CRISPRimmunity

Overview of predicted results

Overview of the results

Contig_ID	Contig_def	CRISPR array number	Contig Signature genes	Self targeting spacer number	Target MGE spacer number	Prophage number	Anti-CRISPR protein number
NC_020291	Clostridium saccharoperbutylacetonicum N1-4(HMT), complete sequence	12 crisprs	RT,DEDDh,cas3,csa3,PD-DExK,WYL,DinG,cas2,cas1,cas4,cas5,cas7,cas8b2,cas6,cas14j	1	7	12	0
NC_020292	Clostridium saccharoperbutylacetonicum N1-4(HMT) plasmid Csp_135p, complete sequence	0 crisprs	PD-DExK	0	0	0	0

1. NC_020291

CRISPR-Cas detection and classification

Crispr_ID: NC_020291_1

• CRISPR_ID: NC_020291_1
• CRISPR_location: 629602-629699
• CRISPR_type: Orphan
• Repeat_type: II-B
• Spacer_info: 1 spacers

Consensus repeat of NC_020291_1

Consensus_repeat	Method
TGATTAACTTCAACATGAGATGTATTTAAATA	CRISPRCasFinder

spacers of NC_020291_1

>1.1|629634|33|NC_020291|CRISPRCasFinder
TTGTATTATTATTAGCTTTGAATAACATTAAAG

CRISPR arrays and Neighbor proteins around NC_020291_1

CRISPR arrays

The CRISPR arrays of NC_020291_1

>merge|NC_020291|1|629602-629699|CRISPRCasFinder
GGATTAACATTAACATGGGATGTATTTAAATGTTGTATTATTATTAGCTTTGAATAACATTAAAGCGATTGACATTAACATGAGATGTATTAAGTTTA

>NC_020291|1|1|629602-629699|CRISPRCasFinder
GGATTAACATTAACATGGGATGTATTTAAATG	TTGTATTATTATTAGCTTTGAATAACATTAAAG
CGATTGACATTAACATGAGATGTATTAAGTTTA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_020291.1|WP_015390682.1|626306_627572_+|YibE/F-family-protein	unknown	unknown	gnl|CDD|377940
NC_020291.1|WP_015390679.1|623462_623870_+|nucleotidyltransferase-domain-containing-protein	unknown	unknown	gnl|CDD|376187
NC_020291.1|WP_015390688.1|634422_634755_-|antibiotic-biosynthesis-monooxygenase	unknown	unknown	gnl|CDD|367760
NC_020291.1|WP_015390689.1|635271_636993_+|HAMP-domain-containing-protein	unknown	unknown	gnl|CDD|214599
NC_020291.1|WP_015390686.1|632331_632643_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390680.1|623866_624295_+|DUF86-domain-containing-protein	unknown	unknown	gnl|CDD|225293
NC_020291.1|WP_015390681.1|624534_626193_+|metallophosphoesterase-family-protein	unknown	unknown	gnl|CDD|277318
NC_020291.1|WP_015390678.1|622688_623000_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390675.1|619911_620394_+|flavodoxin	unknown	unknown	gnl|CDD|180850
NC_020291.1|WP_015390677.1|621513_622503_+|AraC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|225117
NC_020291.1|WP_015390684.1|630538_631831_+|histidine--tRNA-ligase	unknown	unknown	gnl|CDD|223202
NC_020291.1|WP_081603970.1|620808_621444_+|SDR-family-NAD(P)-dependent-oxidoreductase	unknown	unknown	gnl|CDD|223377
NC_020291.1|WP_015390685.1|631909_632233_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390693.1|642048_642303_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390683.1|627797_629381_+|AAA-family-ATPase	unknown	unknown	gnl|CDD|313108
NC_020291.1|WP_015390690.1|637393_637840_+|HIT-family-protein	unknown	unknown	gnl|CDD|223611
NC_020291.1|WP_015390687.1|632792_633632_-|amino-acid-ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|270248
NC_020291.1|WP_015390674.1|618676_619495_+|oxidoreductase	unknown	unknown	gnl|CDD|180448
NC_020291.1|WP_015390692.1|641802_642036_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390691.1|639394_641560_+|YhgE/Pip-domain-containing-protein	unknown	unknown	gnl|CDD|224428

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_020291.1|WP_015390682.1|626306_627572_+|YibE/F-family-protein	gnl|CDD|377940	pfam07907, YibE_F, YibE/F-like protein. The sequences featured in this family are similar to two proteins expressed by Lactococcus lactis, YibE and YibF. Most of the members of this family are annotated as being putative membrane proteins, and in fact the sequences contain a high proportion of hydrophobic residues.	4.25578e-85
NC_020291.1|WP_015390679.1|623462_623870_+|nucleotidyltransferase-domain-containing-protein	gnl|CDD|376187	pfam18765, Polbeta, Polymerase beta, Nucleotidyltransferase. A member of the nucleotidyltransferase fold found in polymorphic toxins (NTox45) and polyvalent proteins.	1.37238e-11
NC_020291.1|WP_015390688.1|634422_634755_-|antibiotic-biosynthesis-monooxygenase	gnl|CDD|367760	pfam03992, ABM, Antibiotic biosynthesis monooxygenase. This domain is found in monooxygenases involved in the biosynthesis of several antibiotics by Streptomyces species. It's occurrence as a repeat in Streptomyces coelicolor SCO1909 is suggestive that the other proteins function as multimers. There is also a conserved histidine which is likely to be an active site residue.	3.02811e-09
NC_020291.1|WP_015390691.1|639394_641560_+|YhgE/Pip-domain-containing-protein	gnl|CDD|224428	COG1511, COG1511, Predicted membrane protein [Function unknown].	2.20314e-103
NC_020291.1|WP_015390689.1|635271_636993_+|HAMP-domain-containing-protein	gnl|CDD|214599	smart00283, MA, Methyl-accepting chemotaxis-like domains (chemotaxis sensory transducer). Thought to undergo reversible methylation in response to attractants or repellants during bacterial chemotaxis.	2.67252e-59
NC_020291.1|WP_015390680.1|623866_624295_+|DUF86-domain-containing-protein	gnl|CDD|225293	COG2445, COG2445, Uncharacterized conserved protein [Function unknown].	0.000143681
NC_020291.1|WP_015390681.1|624534_626193_+|metallophosphoesterase-family-protein	gnl|CDD|277318	cd00839, MPP_PAPs, purple acid phosphatases of the metallophosphatase superfamily, metallophosphatase domain. Purple acid phosphatases (PAPs) belong to a diverse family of binuclear metallohydrolases that have been identified and characterized in plants, animals, and fungi. PAPs contain a binuclear metal center and their characteristic pink or purple color derives from a charge-transfer transition between a tyrosine residue and a chromophoric ferric ion within the binuclear center. PAPs catalyze the hydrolysis of a wide range of activated phosphoric acid mono- and di-esters and anhydrides. PAPs are distinguished from the other phosphatases by their insensitivity to L-(+) tartrate inhibition and are therefore also known as tartrate resistant acid phosphatases (TRAPs). While only a few copies of PAP-like genes are present in mammalian and fungal genomes, multiple copies are present in plant genomes. PAPs belong to the metallophosphatase (MPP) superfamily. MPPs are functionally diverse, but all share a conserved domain with an active site consisting of two metal ions (usually manganese, iron, or zinc) coordinated with octahedral geometry by a cage of histidine, aspartate, and asparagine residues. The MPP superfamily includes: Mre11/SbcD-like exonucleases, Dbr1-like RNA lariat debranching enzymes, YfcE-like phosphodiesterases, purple acid phosphatases (PAPs), YbbF-like UDP-2,3-diacylglucosamine hydrolases, and acid sphingomyelinases (ASMases). The conserved domain is a double beta-sheet sandwich with a di-metal active site made up of residues located at the C-terminal side of the sheets. This domain is thought to allow for productive metal coordination.	7.42655e-10
NC_020291.1|WP_015390675.1|619911_620394_+|flavodoxin	gnl|CDD|180850	PRK07116, PRK07116, flavodoxin; Provisional.	3.07428e-20
NC_020291.1|WP_015390677.1|621513_622503_+|AraC-family-transcriptional-regulator	gnl|CDD|225117	COG2207, AraC, AraC-type DNA-binding domain-containing proteins [Transcription].	7.20664e-20
NC_020291.1|WP_015390684.1|630538_631831_+|histidine--tRNA-ligase	gnl|CDD|223202	COG0124, HisS, Histidyl-tRNA synthetase [Translation, ribosomal structure and biogenesis].	2.08666e-131
NC_020291.1|WP_081603970.1|620808_621444_+|SDR-family-NAD(P)-dependent-oxidoreductase	gnl|CDD|223377	COG0300, DltE, Short-chain dehydrogenases of various substrate specificities [General function prediction only].	6.49478e-58
NC_020291.1|WP_015390683.1|627797_629381_+|AAA-family-ATPase	gnl|CDD|313108	pfam09820, AAA-ATPase_like, Predicted AAA-ATPase. This family contains many hypothetical bacterial proteins. This family was previously the N-terminal part of the Pfam DUF1703 (pfam08011) family before it was split into two. This region is predicted to be an AAA-ATPase domain.	3.85936e-05
NC_020291.1|WP_015390690.1|637393_637840_+|HIT-family-protein	gnl|CDD|223611	COG0537, Hit, Diadenosine tetraphosphate (Ap4A) hydrolase and other HIT family hydrolases [Nucleotide transport and metabolism / Carbohydrate transport and metabolism / General function prediction only].	9.59367e-12
NC_020291.1|WP_015390687.1|632792_633632_-|amino-acid-ABC-transporter-substrate-binding-protein	gnl|CDD|270248	cd13530, PBP2_peptides_like, Peptide-binding protein and related homologs; type 2 periplasmic binding protein fold. This domain is found in solute binding proteins that serve as initial receptors in the ABC transport, signal transduction and channel gating. The PBP2 proteins share the same architecture as periplasmic binding proteins type 1, but have a different topology. They are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically-located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis. Besides transport proteins, the family includes ionotropic glutamate receptors and unorthodox sensor proteins involved in signal transduction.	2.56271e-52
NC_020291.1|WP_015390674.1|618676_619495_+|oxidoreductase	gnl|CDD|180448	PRK06182, PRK06182, short chain dehydrogenase; Validated.	1.64618e-160

Protein sequences

>NC_020291.1|WP_015390683.1|627797_629381_+|AAA-family-ATPase
MRKKFNVTGTCIPNKHYMVNTSNKMKKIIRLIEDEEYFIINRPRQYGKTTTLYLLEKLLNEDSEYLVISISFEGIGDLIFEEEKRFSKGFLNLIERTLFMGNEEISEFVKNEKNDVETMDDLSHFLTKFILKCNRKVILMIDEVDKSSNNQLFLSFLGMLRNKYLLRNTGKDYTFYSVILAGVHDVKSLKLKIRPEEESKYNSPWNIASDFNVDMSFSEEEIGTMLDDYTENKGVVLDKAYFAERLYFYTSGYPFLVSKLCKIIDEKIMAEEELKWEKDYMELAVKEILKESNTNFDSLIKNIENNNDLKVLVKRIILDGTDITYNQDNLIINMAIMYGIFKNNNGKVNIHNRIYEQRIYNYMSSLIETSTEVGAYNQSAKFIKVNGDLDIEKILVKFQEFLKHEYSEKREEFLEADGRLVFLAFISPVINGTGFAFKEVQGGEEKRFDIVITYNKKMYILELKKWNGEEYHKKGMLQLAEYLEQYSLEEGYLLIFDFRKLKGEAGNVARSTVTFEGKKKEIVEVYC
>NC_020291.1|WP_015390682.1|626306_627572_+|YibE/F-family-protein
MKVNLNWNSSIKICGKIIGPIAVLLIYIVMAVSFSSHTPIYNPYSSGAGGELHYEKGKVVSIDEQVINPSGFSELYIGRQIVNVLIESGQYEGQTFQVNNALNYDTNFVLHKGQDIVVSINTSTGDKSLVNVYMFAPSRVVPLLVLIGIFIGVMCLVGGWRGFHSILGIVFTLTTVLFIFIPLLFHGVSVVFATILLVIITSCVTLFLVGGFDRKSISAILGTVAGVIVSVIIMLIFSKLLGISGYTSTDADAMLNIASQTKLQVKDLLFTGIIIASLGAVMDIAISIATSINELKKQKEDATFKELFSSGMNIGRDMMGTMSNTLILAFLGESIFSFILMYSYQVQFRQLFNSNSIAIDILNAICGSLAVVLTVPIVAAIAAKLLQGSQSSYKAQDGELAENKEMTSTLKNGYALEMSRK
>NC_020291.1|WP_015390681.1|624534_626193_+|metallophosphoesterase-family-protein
MRINKNVKFILPIAVATVMATSACIPFITNVNAEITGSSGIQGFSLPKVTGAYNINAGVGSDPKELDFAWFTQASGKAQIKIARTADMKGTDFPSSATIQDADQMAVKATQSIDQKYTVLADIKGVGNPANEGDNVYNGKKALNAPTGEYSNKAKVKDLDSDTQYSYSVSDGQGNWSPIYTINTLPADKVTFAAFGDPQIGAFDNSKGTAKSNATGGHKNLSDDKTAWKNMLKLVTQNKDLNFLFTMGDQINDYNYLIQPSNASDGQWYQYRDFFNPDDSVNYMQSMPLAAFSGNHDHQMGEYYGYHYNQPNLGKLGATQYGNDGDYWFTAGPVLFMVLNANNYGTADHDQFIAEAIKVNPNAKWKVASWHQSAYSEANHNTKNEIDDPVLTIRNTWTKMMDKYKIDVVLQGHDHYYTRTAQMLNGNVVDPSTGAPETLKNNGSAQAPGTSNPNATYATKEYPNSVTNPKGTVYFTLDTGTGSKYYDVNKGNNDSIGGSADHSFSVVGWQGYVPSYSDISFTNDTFTIKTYATSDFTVENQTLIDSYTITKK
>NC_020291.1|WP_015390680.1|623866_624295_+|DUF86-domain-containing-protein
MNKERLIKIIEDMQECIVDINECLELLATRKDDKLIIKLSKSSLRQLFVSFHTILEDLCSIVLKEIKKYKIGITLHDSLIILKENGIINEETYVFLEKSRLLRNRISHRYKEPKHEELIEHILTYNNKFEEIVKIAKAYLRD
>NC_020291.1|WP_015390679.1|623462_623870_+|nucleotidyltransferase-domain-containing-protein
MDKEQIIDKLKSNEFVDFINKYNIITVILFGSINGNDFNEESDVDLAMIADTEIELDRVLDIELFLQNLLDREIDVLDLRNDEVDLFVKINILNNGKVIYSLDNNEALEAIYNETDRIYKENENFMYFRRGDVLY
>NC_020291.1|WP_015390678.1|622688_623000_-|hypothetical-protein
MKKIIFVFLILSFVIIGATTPITTNVFKEGIYNLSDFEALLTDKIYEVQNVSTNKSSLVIILDNNLATLQSIKLNPKSIKYDLTPLKSNYKIIVVGDGDIYIS
>NC_020291.1|WP_015390677.1|621513_622503_+|AraC-family-transcriptional-regulator
MSTNKFILDRKFADLIESLGISIAEVLKKSNLPEDLFSHQMPSLTAIEYINFMEILKELSNDECIPIRIGTIENIETFSPPIFAAYCSRNVLTCMKRISTYKKLICPLVFLVNENKDNITLELTFENTENELPEFLVAIEMVFLVQLIRNATKIRIIPKEVVTKHKIDNDNYEKFFGIRPKVGTRNILTISKEDAFRSFISQNDAMWEYFEPELRRRLSELDIDDTYAARVRSALIELLPAGEGSIDDVSSKLGCSTRTLQRKLKEEDTTFQKQLNHTRELLARHYLKNSAISSDDIAYLLGYQDLNSFVRAFNAWTGMTISEYKKKIN
>NC_020291.1|WP_081603970.1|620808_621444_+|SDR-family-NAD(P)-dependent-oxidoreductase
MKVKVIAKDLTLPQAPSEIYNEVKDAGIEVDYLINNAGFGGHGYFHERPMELDLQMIQVNIVTLTTLTRLFLPDFVKRNSGKVLNVSSTAVLMAGSLQAVYYASKAYVLSFSNAIAQELHDTNVTVTALLLGATETKFTKTYDMSNTPLFAKTVSQHIVAKDGYNAMLQGKLDIIAGVTVPQKVMMSMLQFMPKKLMLKQIYQIQQKNKNE
>NC_020291.1|WP_015390675.1|619911_620394_+|flavodoxin
MKKLVIYYSHDGNTKFIAETIAREINADITELKTKKTMNASGLMKVGWGVRQLVSQSEPVLCAMEKNPTDYDLIIIGSPVWTYTFAPPIRTFLKNYSMLGKKIGLFCCHGGQKGKTLENMKKLLDGNMIIGECEFLEPLSYEKENNKKKAIVWAKKIVNE
>NC_020291.1|WP_015390674.1|618676_619495_+|oxidoreductase
MSKKVALITGASSGIGKSTAIELNKRGFIVYGAARRKDMMQDLEVKGIHTISLDVTNDESMVKCVNEILNKEGKIDVLVNNAGYGSYGAIEDVPMEEARRQVEVNVFGLARMVQLVVPSMRKNKSGRIVNISSMGGKIWTKFGGWYHATKFAVEGFSDCLRLELEPFGIDVVVIEPGGITTDWGIIAAEKLRDASAKGAYAQAASKTADGMIKNYTGNQMSKPELIARCIGKAITVRRPKTRYLVGYFAKPMVFMKAVFGDRAYDRIIKMFS
>NC_020291.1|WP_015390684.1|630538_631831_+|histidine--tRNA-ligase
MKNNKVQPSILPGFMELLPKEQQIFRDMVRKITNVYEQNGFLEMDTPIIEKSEVLLAKSAGETEKQVYRFNRGSNDLSLRFDLTVPFARFSAQYFNELTFPFKRYQIGKVYRGERNQRGRYREFYQCDIDIIGNNKLSVNNDALVISMVSKGFKAIGLKDYKFQISNRKILSAILKDLEIINAIEVMGLIDKYDKIGKEEFLNSLVELVGQEKADVINKAININGSNEEIMKQLRELAMNSEEFEKGLEELSVVRNMLKIFGVEEDEYVINIKIIRGLDYYTGTVFETFLTGNEGYGSICSGGRYDNLAQNYTDNILPGVGISIGLTRLFFVLKEIGFLKDYKVEKSIEYLIIPIGDTLEYCAEVYNGLLRKGKYAEIYLEDDKLKKKLNYANKLGIPNVILIGEDEVLNKQVKIKDMVSGEETIVGAED
>NC_020291.1|WP_015390685.1|631909_632233_+|hypothetical-protein
MKKFTILFLILLCLSFNIMTISPLAQTSGIKEGLYTVSDLKLAPNSTYVIQNQSSADSVFVLVFNENNVVQQSLRLETKSPKFNLFPLKSEYKILIIGNGDISISET
>NC_020291.1|WP_015390686.1|632331_632643_+|hypothetical-protein
MKNFFISLLILLFLSFNITLIPLAIGNIFKEGLYTPSDLNLPSKPSYNIQNISSTDNVYVLVFDKTHSLYQSIRMEPNSPKYVVSFDPDFRIAVIGKGEVFFS
>NC_020291.1|WP_015390687.1|632792_633632_-|amino-acid-ABC-transporter-substrate-binding-protein
MKKIFTLIVIIGLIAIIGCDTNSSKITTTNIASVKDRLQTIKEKGTLTFVSADAPPFAYINPETNKLSGIDADIIAEIAKRLGINKIEEKKIKFADLLNQLNTDDSIDLAADGIYITPEREEIVSFTQPLYKESEVVIVPKASKINFKDDLKNAVVGTIRGTKFADLIQDWKKNNLVKNVLFFEDNTNLLNAINNGEIDAGVSDSALVEYSLKNNSFYLKILSDYTPEIHGLVGIAVKKSDITLLNNLNEKINEMKADGTLYAILVDNGLDKSNTIENQ
>NC_020291.1|WP_015390688.1|634422_634755_-|antibiotic-biosynthesis-monooxygenase
MSITVNLYYSGINGNARKFAEEMENSGTAAAIRNEDGNEKYEYFFPMNDPETVLLIDSWRDQNAIDAHHASPMMTTIAHLRNKYDLHMKVERYVSDTVEVPSSDVKFIRE
>NC_020291.1|WP_015390689.1|635271_636993_+|HAMP-domain-containing-protein
MRWLNNLKVGKKLTLLIICSLIGLFAVGITGYYFLLSSSKSIDSMYNERLLSSEWLSESRVHARAITADIYRLMVTTDNAENESLIKDIDNRAEQFNNYMNQYKNLKLDSFETSKIKEIEDKLSKYREGRKVVISLAKENKNQEAYEYYEKNVDIYVQAFMNSLVELGDHNRQIAEEINNADKLNFKIAVGTFLIIVITASILIIVLGVLITKRITKRLNDFVIFIGALSQGDFSLKIKPENLKDKSEFGTVSNALDKMTNNIRELVKQLGDTSKQLVSSSEELTASAEQSADASNLVATAVTTMANGADDQLAFANSTTKVVENISDKINVVSENTKSVSTLTDNAQTSANAGEEAVEKAINQMEIIERKTNETSTIISELEEKSAKIGQIIDTIEGISEQTNLLALNAAIESARAGEAGKGFSVVADEIRKLAEQSQEATKEIAKIINDVQSKTNSAVSVMNESSKEVDTGAMVVNVAGTSFREILQMISAISEQIHQISKSINEISVGTKASVTSVNNIQNISMKIADETQTISAAAEEQLASVEEIASSSKILSQMSEDLGSIITKFKI
>NC_020291.1|WP_015390690.1|637393_637840_+|HIT-family-protein
MSCKMCEKQKNIKDDPYFIMELETGYVILGWFQRFKGYTVFNCKEHGPELHNLEHSFKIKHLEEMSIVAEAVSNIFKPDKMNYELLGNGCSHIHWHLYPRVKGDTPIVSSVYQLSNEELFDESTRPNEEQREEMKEKIKNEIVRLLSR
>NC_020291.1|WP_015390691.1|639394_641560_+|YhgE/Pip-domain-containing-protein
MSIIFKIYKRDMKKIITNTPLMIIIVGLLLVPALYAWINIIASWDPYGNTKGLLVAAVNNDKGAEIKNMEINVGKEVIDKLKDNQSIGWTFVEQNEAENGVRYGKYYASITIPEDFSSSLLSVAANGEPNRAKLIYSVNEKINAIAPKITKSGLTSLQSEITKSVTEEVSNTILNYMNAYGTELEQIKPQLENFINVVSDIDTNLPQIGESINNAYNGAVNMNNFIKNIQGNIYNITNFLDNAQNVIKASNDFFTKFNSAIKNISPYIKSDLAGIKANVNGAKDNLNSFKNSVDTDAKGAQEALKAADANVENAISVINNDINILQSINDILHSDLLSSFINKMQNIRDQLVQNKLNIDNLIKTLSNGSKNFSDAVASVIQNIDKISQFMDDSIGNFDNTISPQISRLVNNTTDMANNSLGLLESEKNTMPLINNLLKDADIGTALGEEHIKSIKDKFPQIEESIHANTEKLKNLNDDEKFNELATFLQKNTKNVSSFLADPIELVQNRVFPIPNYGSAMAPFYSTLAIWVGGFTLLSILSVHVEPFEKVKNLGTTKMFFGRFLTLATLSVLQTIIIILGNLFFIKTYTVDPVVLLIFSIYVGLVFMMIIYTLVSVFGNVGKALALIIMVLQVSASGGTFPIQLTPKFFQNVSPMLPFAYAIGGMREAEGGIIWSSLYYNIGILSIYFFISIIIAIFLKEKVNKKSEKFVNKMRESGLVGE
>NC_020291.1|WP_015390692.1|641802_642036_+|hypothetical-protein
MKSLLNVFILLALIVALLLAVIAIIRGYKGMKISKQFETSDKKIKFAYWLLSAIHMWVGIVVTLCYVIAGMLILNRL
>NC_020291.1|WP_015390693.1|642048_642303_+|hypothetical-protein
MGIILLPFIAAIIGIIIFLICFIGTCLIIIGGTGMAMNKIYLKQMKTNNVLLKPQFNISSIILGIIFIIFPLGCVLSGVIYSLA

Crispr_ID: NC_020291_2

• CRISPR_ID: NC_020291_2
• CRISPR_location: 629945-630175
• CRISPR_type: Orphan
• Repeat_type: NA:II-B
• Spacer_info: 3 spacers

Consensus repeat of NC_020291_2

Consensus_repeat	Method
TGATTAACTTCAACATGAGATGTATTTAAATA	CRISPRCasFinder
AACATGAGATGTATTTAAATA	CRT

spacers of NC_020291_2

>2.1|629977|35|NC_020291|CRISPRCasFinder
CCAGTTTGACTTTATAGCCTTCTGTATATTGCTTG
>2.2|630044|34|NC_020291|CRISPRCasFinder
GAATAAGGTCCATAGCTTCTACAACTTCAATTTC
>2.3|630110|34|NC_020291|CRISPRCasFinder
AAATTGCACTTTTCGCTTTCATATCGTCAAAACG
>2.4|629977|46|NC_020291|CRT
CCAGTTTGACTTTATAGCCTTCTGTATATTGCTTGTGATTAACTTT
>2.5|630044|45|NC_020291|CRT
GAATAAGGTCCATAGCTTCTACAACTTCAATTTCTGATTAACTTC
>2.6|630110|45|NC_020291|CRT
AAATTGCACTTTTCGCTTTCATATCGTCAAAACGTGATTAACTTT

CRISPR arrays and Neighbor proteins around NC_020291_2

CRISPR arrays

The CRISPR arrays of NC_020291_2

>merge|NC_020291|2|629945-630175|CRISPRCasFinder,CRT
GGATTAACTTCAACATGAGATGTATTTAAATACCAGTTTGACTTTATAGCCTTCTGTATATTGCTTGTGATTAACTTTAACATTAGATGTATTTAAATAGAATAAGGTCCATAGCTTCTACAACTTCAATTTCTGATTAACTTCAACATGAGATGTATTTAAATAAAATTGCACTTTTCGCTTTCATATCGTCAAAACGTGATTAACTTTAACATGAGATGTATTTAAATA

>NC_020291|2|2|629945-630175|CRISPRCasFinder
GGATTAACTTCAACATGAGATGTATTTAAATA	CCAGTTTGACTTTATAGCCTTCTGTATATTGCTTG
TGATTAACTTTAACATTAGATGTATTTAAATA	GAATAAGGTCCATAGCTTCTACAACTTCAATTTC
TGATTAACTTCAACATGAGATGTATTTAAATA	AAATTGCACTTTTCGCTTTCATATCGTCAAAACG
TGATTAACTTTAACATGAGATGTATTTAAATA

>NC_020291|2|1|629956-630175|CRT
AACATGAGATGTATTTAAATA	CCAGTTTGACTTTATAGCCTTCTGTATATTGCTTGTGATTAACTTT
AACATTAGATGTATTTAAATA	GAATAAGGTCCATAGCTTCTACAACTTCAATTTCTGATTAACTTC
AACATGAGATGTATTTAAATA	AAATTGCACTTTTCGCTTTCATATCGTCAAAACGTGATTAACTTT
AACATGAGATGTATTTAAATA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_020291.1|WP_015390682.1|626306_627572_+|YibE/F-family-protein	unknown	unknown	gnl|CDD|377940
NC_020291.1|WP_015390679.1|623462_623870_+|nucleotidyltransferase-domain-containing-protein	unknown	unknown	gnl|CDD|376187
NC_020291.1|WP_015390688.1|634422_634755_-|antibiotic-biosynthesis-monooxygenase	unknown	unknown	gnl|CDD|367760
NC_020291.1|WP_015390689.1|635271_636993_+|HAMP-domain-containing-protein	unknown	unknown	gnl|CDD|214599
NC_020291.1|WP_015390686.1|632331_632643_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390680.1|623866_624295_+|DUF86-domain-containing-protein	unknown	unknown	gnl|CDD|225293
NC_020291.1|WP_015390681.1|624534_626193_+|metallophosphoesterase-family-protein	unknown	unknown	gnl|CDD|277318
NC_020291.1|WP_015390678.1|622688_623000_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390675.1|619911_620394_+|flavodoxin	unknown	unknown	gnl|CDD|180850
NC_020291.1|WP_015390677.1|621513_622503_+|AraC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|225117
NC_020291.1|WP_015390684.1|630538_631831_+|histidine--tRNA-ligase	unknown	unknown	gnl|CDD|223202
NC_020291.1|WP_081603970.1|620808_621444_+|SDR-family-NAD(P)-dependent-oxidoreductase	unknown	unknown	gnl|CDD|223377
NC_020291.1|WP_015390685.1|631909_632233_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390693.1|642048_642303_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390683.1|627797_629381_+|AAA-family-ATPase	unknown	unknown	gnl|CDD|313108
NC_020291.1|WP_015390690.1|637393_637840_+|HIT-family-protein	unknown	unknown	gnl|CDD|223611
NC_020291.1|WP_015390687.1|632792_633632_-|amino-acid-ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|270248
NC_020291.1|WP_015390674.1|618676_619495_+|oxidoreductase	unknown	unknown	gnl|CDD|180448
NC_020291.1|WP_015390692.1|641802_642036_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390691.1|639394_641560_+|YhgE/Pip-domain-containing-protein	unknown	unknown	gnl|CDD|224428

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_020291.1|WP_015390682.1|626306_627572_+|YibE/F-family-protein	gnl|CDD|377940	pfam07907, YibE_F, YibE/F-like protein. The sequences featured in this family are similar to two proteins expressed by Lactococcus lactis, YibE and YibF. Most of the members of this family are annotated as being putative membrane proteins, and in fact the sequences contain a high proportion of hydrophobic residues.	4.25578e-85
NC_020291.1|WP_015390679.1|623462_623870_+|nucleotidyltransferase-domain-containing-protein	gnl|CDD|376187	pfam18765, Polbeta, Polymerase beta, Nucleotidyltransferase. A member of the nucleotidyltransferase fold found in polymorphic toxins (NTox45) and polyvalent proteins.	1.37238e-11
NC_020291.1|WP_015390688.1|634422_634755_-|antibiotic-biosynthesis-monooxygenase	gnl|CDD|367760	pfam03992, ABM, Antibiotic biosynthesis monooxygenase. This domain is found in monooxygenases involved in the biosynthesis of several antibiotics by Streptomyces species. It's occurrence as a repeat in Streptomyces coelicolor SCO1909 is suggestive that the other proteins function as multimers. There is also a conserved histidine which is likely to be an active site residue.	3.02811e-09
NC_020291.1|WP_015390691.1|639394_641560_+|YhgE/Pip-domain-containing-protein	gnl|CDD|224428	COG1511, COG1511, Predicted membrane protein [Function unknown].	2.20314e-103
NC_020291.1|WP_015390689.1|635271_636993_+|HAMP-domain-containing-protein	gnl|CDD|214599	smart00283, MA, Methyl-accepting chemotaxis-like domains (chemotaxis sensory transducer). Thought to undergo reversible methylation in response to attractants or repellants during bacterial chemotaxis.	2.67252e-59
NC_020291.1|WP_015390680.1|623866_624295_+|DUF86-domain-containing-protein	gnl|CDD|225293	COG2445, COG2445, Uncharacterized conserved protein [Function unknown].	0.000143681
NC_020291.1|WP_015390681.1|624534_626193_+|metallophosphoesterase-family-protein	gnl|CDD|277318	cd00839, MPP_PAPs, purple acid phosphatases of the metallophosphatase superfamily, metallophosphatase domain. Purple acid phosphatases (PAPs) belong to a diverse family of binuclear metallohydrolases that have been identified and characterized in plants, animals, and fungi. PAPs contain a binuclear metal center and their characteristic pink or purple color derives from a charge-transfer transition between a tyrosine residue and a chromophoric ferric ion within the binuclear center. PAPs catalyze the hydrolysis of a wide range of activated phosphoric acid mono- and di-esters and anhydrides. PAPs are distinguished from the other phosphatases by their insensitivity to L-(+) tartrate inhibition and are therefore also known as tartrate resistant acid phosphatases (TRAPs). While only a few copies of PAP-like genes are present in mammalian and fungal genomes, multiple copies are present in plant genomes. PAPs belong to the metallophosphatase (MPP) superfamily. MPPs are functionally diverse, but all share a conserved domain with an active site consisting of two metal ions (usually manganese, iron, or zinc) coordinated with octahedral geometry by a cage of histidine, aspartate, and asparagine residues. The MPP superfamily includes: Mre11/SbcD-like exonucleases, Dbr1-like RNA lariat debranching enzymes, YfcE-like phosphodiesterases, purple acid phosphatases (PAPs), YbbF-like UDP-2,3-diacylglucosamine hydrolases, and acid sphingomyelinases (ASMases). The conserved domain is a double beta-sheet sandwich with a di-metal active site made up of residues located at the C-terminal side of the sheets. This domain is thought to allow for productive metal coordination.	7.42655e-10
NC_020291.1|WP_015390675.1|619911_620394_+|flavodoxin	gnl|CDD|180850	PRK07116, PRK07116, flavodoxin; Provisional.	3.07428e-20
NC_020291.1|WP_015390677.1|621513_622503_+|AraC-family-transcriptional-regulator	gnl|CDD|225117	COG2207, AraC, AraC-type DNA-binding domain-containing proteins [Transcription].	7.20664e-20
NC_020291.1|WP_015390684.1|630538_631831_+|histidine--tRNA-ligase	gnl|CDD|223202	COG0124, HisS, Histidyl-tRNA synthetase [Translation, ribosomal structure and biogenesis].	2.08666e-131
NC_020291.1|WP_081603970.1|620808_621444_+|SDR-family-NAD(P)-dependent-oxidoreductase	gnl|CDD|223377	COG0300, DltE, Short-chain dehydrogenases of various substrate specificities [General function prediction only].	6.49478e-58
NC_020291.1|WP_015390683.1|627797_629381_+|AAA-family-ATPase	gnl|CDD|313108	pfam09820, AAA-ATPase_like, Predicted AAA-ATPase. This family contains many hypothetical bacterial proteins. This family was previously the N-terminal part of the Pfam DUF1703 (pfam08011) family before it was split into two. This region is predicted to be an AAA-ATPase domain.	3.85936e-05
NC_020291.1|WP_015390690.1|637393_637840_+|HIT-family-protein	gnl|CDD|223611	COG0537, Hit, Diadenosine tetraphosphate (Ap4A) hydrolase and other HIT family hydrolases [Nucleotide transport and metabolism / Carbohydrate transport and metabolism / General function prediction only].	9.59367e-12
NC_020291.1|WP_015390687.1|632792_633632_-|amino-acid-ABC-transporter-substrate-binding-protein	gnl|CDD|270248	cd13530, PBP2_peptides_like, Peptide-binding protein and related homologs; type 2 periplasmic binding protein fold. This domain is found in solute binding proteins that serve as initial receptors in the ABC transport, signal transduction and channel gating. The PBP2 proteins share the same architecture as periplasmic binding proteins type 1, but have a different topology. They are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically-located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis. Besides transport proteins, the family includes ionotropic glutamate receptors and unorthodox sensor proteins involved in signal transduction.	2.56271e-52
NC_020291.1|WP_015390674.1|618676_619495_+|oxidoreductase	gnl|CDD|180448	PRK06182, PRK06182, short chain dehydrogenase; Validated.	1.64618e-160

Protein sequences

>NC_020291.1|WP_015390683.1|627797_629381_+|AAA-family-ATPase
MRKKFNVTGTCIPNKHYMVNTSNKMKKIIRLIEDEEYFIINRPRQYGKTTTLYLLEKLLNEDSEYLVISISFEGIGDLIFEEEKRFSKGFLNLIERTLFMGNEEISEFVKNEKNDVETMDDLSHFLTKFILKCNRKVILMIDEVDKSSNNQLFLSFLGMLRNKYLLRNTGKDYTFYSVILAGVHDVKSLKLKIRPEEESKYNSPWNIASDFNVDMSFSEEEIGTMLDDYTENKGVVLDKAYFAERLYFYTSGYPFLVSKLCKIIDEKIMAEEELKWEKDYMELAVKEILKESNTNFDSLIKNIENNNDLKVLVKRIILDGTDITYNQDNLIINMAIMYGIFKNNNGKVNIHNRIYEQRIYNYMSSLIETSTEVGAYNQSAKFIKVNGDLDIEKILVKFQEFLKHEYSEKREEFLEADGRLVFLAFISPVINGTGFAFKEVQGGEEKRFDIVITYNKKMYILELKKWNGEEYHKKGMLQLAEYLEQYSLEEGYLLIFDFRKLKGEAGNVARSTVTFEGKKKEIVEVYC
>NC_020291.1|WP_015390682.1|626306_627572_+|YibE/F-family-protein
MKVNLNWNSSIKICGKIIGPIAVLLIYIVMAVSFSSHTPIYNPYSSGAGGELHYEKGKVVSIDEQVINPSGFSELYIGRQIVNVLIESGQYEGQTFQVNNALNYDTNFVLHKGQDIVVSINTSTGDKSLVNVYMFAPSRVVPLLVLIGIFIGVMCLVGGWRGFHSILGIVFTLTTVLFIFIPLLFHGVSVVFATILLVIITSCVTLFLVGGFDRKSISAILGTVAGVIVSVIIMLIFSKLLGISGYTSTDADAMLNIASQTKLQVKDLLFTGIIIASLGAVMDIAISIATSINELKKQKEDATFKELFSSGMNIGRDMMGTMSNTLILAFLGESIFSFILMYSYQVQFRQLFNSNSIAIDILNAICGSLAVVLTVPIVAAIAAKLLQGSQSSYKAQDGELAENKEMTSTLKNGYALEMSRK
>NC_020291.1|WP_015390681.1|624534_626193_+|metallophosphoesterase-family-protein
MRINKNVKFILPIAVATVMATSACIPFITNVNAEITGSSGIQGFSLPKVTGAYNINAGVGSDPKELDFAWFTQASGKAQIKIARTADMKGTDFPSSATIQDADQMAVKATQSIDQKYTVLADIKGVGNPANEGDNVYNGKKALNAPTGEYSNKAKVKDLDSDTQYSYSVSDGQGNWSPIYTINTLPADKVTFAAFGDPQIGAFDNSKGTAKSNATGGHKNLSDDKTAWKNMLKLVTQNKDLNFLFTMGDQINDYNYLIQPSNASDGQWYQYRDFFNPDDSVNYMQSMPLAAFSGNHDHQMGEYYGYHYNQPNLGKLGATQYGNDGDYWFTAGPVLFMVLNANNYGTADHDQFIAEAIKVNPNAKWKVASWHQSAYSEANHNTKNEIDDPVLTIRNTWTKMMDKYKIDVVLQGHDHYYTRTAQMLNGNVVDPSTGAPETLKNNGSAQAPGTSNPNATYATKEYPNSVTNPKGTVYFTLDTGTGSKYYDVNKGNNDSIGGSADHSFSVVGWQGYVPSYSDISFTNDTFTIKTYATSDFTVENQTLIDSYTITKK
>NC_020291.1|WP_015390680.1|623866_624295_+|DUF86-domain-containing-protein
MNKERLIKIIEDMQECIVDINECLELLATRKDDKLIIKLSKSSLRQLFVSFHTILEDLCSIVLKEIKKYKIGITLHDSLIILKENGIINEETYVFLEKSRLLRNRISHRYKEPKHEELIEHILTYNNKFEEIVKIAKAYLRD
>NC_020291.1|WP_015390679.1|623462_623870_+|nucleotidyltransferase-domain-containing-protein
MDKEQIIDKLKSNEFVDFINKYNIITVILFGSINGNDFNEESDVDLAMIADTEIELDRVLDIELFLQNLLDREIDVLDLRNDEVDLFVKINILNNGKVIYSLDNNEALEAIYNETDRIYKENENFMYFRRGDVLY
>NC_020291.1|WP_015390678.1|622688_623000_-|hypothetical-protein
MKKIIFVFLILSFVIIGATTPITTNVFKEGIYNLSDFEALLTDKIYEVQNVSTNKSSLVIILDNNLATLQSIKLNPKSIKYDLTPLKSNYKIIVVGDGDIYIS
>NC_020291.1|WP_015390677.1|621513_622503_+|AraC-family-transcriptional-regulator
MSTNKFILDRKFADLIESLGISIAEVLKKSNLPEDLFSHQMPSLTAIEYINFMEILKELSNDECIPIRIGTIENIETFSPPIFAAYCSRNVLTCMKRISTYKKLICPLVFLVNENKDNITLELTFENTENELPEFLVAIEMVFLVQLIRNATKIRIIPKEVVTKHKIDNDNYEKFFGIRPKVGTRNILTISKEDAFRSFISQNDAMWEYFEPELRRRLSELDIDDTYAARVRSALIELLPAGEGSIDDVSSKLGCSTRTLQRKLKEEDTTFQKQLNHTRELLARHYLKNSAISSDDIAYLLGYQDLNSFVRAFNAWTGMTISEYKKKIN
>NC_020291.1|WP_081603970.1|620808_621444_+|SDR-family-NAD(P)-dependent-oxidoreductase
MKVKVIAKDLTLPQAPSEIYNEVKDAGIEVDYLINNAGFGGHGYFHERPMELDLQMIQVNIVTLTTLTRLFLPDFVKRNSGKVLNVSSTAVLMAGSLQAVYYASKAYVLSFSNAIAQELHDTNVTVTALLLGATETKFTKTYDMSNTPLFAKTVSQHIVAKDGYNAMLQGKLDIIAGVTVPQKVMMSMLQFMPKKLMLKQIYQIQQKNKNE
>NC_020291.1|WP_015390675.1|619911_620394_+|flavodoxin
MKKLVIYYSHDGNTKFIAETIAREINADITELKTKKTMNASGLMKVGWGVRQLVSQSEPVLCAMEKNPTDYDLIIIGSPVWTYTFAPPIRTFLKNYSMLGKKIGLFCCHGGQKGKTLENMKKLLDGNMIIGECEFLEPLSYEKENNKKKAIVWAKKIVNE
>NC_020291.1|WP_015390674.1|618676_619495_+|oxidoreductase
MSKKVALITGASSGIGKSTAIELNKRGFIVYGAARRKDMMQDLEVKGIHTISLDVTNDESMVKCVNEILNKEGKIDVLVNNAGYGSYGAIEDVPMEEARRQVEVNVFGLARMVQLVVPSMRKNKSGRIVNISSMGGKIWTKFGGWYHATKFAVEGFSDCLRLELEPFGIDVVVIEPGGITTDWGIIAAEKLRDASAKGAYAQAASKTADGMIKNYTGNQMSKPELIARCIGKAITVRRPKTRYLVGYFAKPMVFMKAVFGDRAYDRIIKMFS
>NC_020291.1|WP_015390684.1|630538_631831_+|histidine--tRNA-ligase
MKNNKVQPSILPGFMELLPKEQQIFRDMVRKITNVYEQNGFLEMDTPIIEKSEVLLAKSAGETEKQVYRFNRGSNDLSLRFDLTVPFARFSAQYFNELTFPFKRYQIGKVYRGERNQRGRYREFYQCDIDIIGNNKLSVNNDALVISMVSKGFKAIGLKDYKFQISNRKILSAILKDLEIINAIEVMGLIDKYDKIGKEEFLNSLVELVGQEKADVINKAININGSNEEIMKQLRELAMNSEEFEKGLEELSVVRNMLKIFGVEEDEYVINIKIIRGLDYYTGTVFETFLTGNEGYGSICSGGRYDNLAQNYTDNILPGVGISIGLTRLFFVLKEIGFLKDYKVEKSIEYLIIPIGDTLEYCAEVYNGLLRKGKYAEIYLEDDKLKKKLNYANKLGIPNVILIGEDEVLNKQVKIKDMVSGEETIVGAED
>NC_020291.1|WP_015390685.1|631909_632233_+|hypothetical-protein
MKKFTILFLILLCLSFNIMTISPLAQTSGIKEGLYTVSDLKLAPNSTYVIQNQSSADSVFVLVFNENNVVQQSLRLETKSPKFNLFPLKSEYKILIIGNGDISISET
>NC_020291.1|WP_015390686.1|632331_632643_+|hypothetical-protein
MKNFFISLLILLFLSFNITLIPLAIGNIFKEGLYTPSDLNLPSKPSYNIQNISSTDNVYVLVFDKTHSLYQSIRMEPNSPKYVVSFDPDFRIAVIGKGEVFFS
>NC_020291.1|WP_015390687.1|632792_633632_-|amino-acid-ABC-transporter-substrate-binding-protein
MKKIFTLIVIIGLIAIIGCDTNSSKITTTNIASVKDRLQTIKEKGTLTFVSADAPPFAYINPETNKLSGIDADIIAEIAKRLGINKIEEKKIKFADLLNQLNTDDSIDLAADGIYITPEREEIVSFTQPLYKESEVVIVPKASKINFKDDLKNAVVGTIRGTKFADLIQDWKKNNLVKNVLFFEDNTNLLNAINNGEIDAGVSDSALVEYSLKNNSFYLKILSDYTPEIHGLVGIAVKKSDITLLNNLNEKINEMKADGTLYAILVDNGLDKSNTIENQ
>NC_020291.1|WP_015390688.1|634422_634755_-|antibiotic-biosynthesis-monooxygenase
MSITVNLYYSGINGNARKFAEEMENSGTAAAIRNEDGNEKYEYFFPMNDPETVLLIDSWRDQNAIDAHHASPMMTTIAHLRNKYDLHMKVERYVSDTVEVPSSDVKFIRE
>NC_020291.1|WP_015390689.1|635271_636993_+|HAMP-domain-containing-protein
MRWLNNLKVGKKLTLLIICSLIGLFAVGITGYYFLLSSSKSIDSMYNERLLSSEWLSESRVHARAITADIYRLMVTTDNAENESLIKDIDNRAEQFNNYMNQYKNLKLDSFETSKIKEIEDKLSKYREGRKVVISLAKENKNQEAYEYYEKNVDIYVQAFMNSLVELGDHNRQIAEEINNADKLNFKIAVGTFLIIVITASILIIVLGVLITKRITKRLNDFVIFIGALSQGDFSLKIKPENLKDKSEFGTVSNALDKMTNNIRELVKQLGDTSKQLVSSSEELTASAEQSADASNLVATAVTTMANGADDQLAFANSTTKVVENISDKINVVSENTKSVSTLTDNAQTSANAGEEAVEKAINQMEIIERKTNETSTIISELEEKSAKIGQIIDTIEGISEQTNLLALNAAIESARAGEAGKGFSVVADEIRKLAEQSQEATKEIAKIINDVQSKTNSAVSVMNESSKEVDTGAMVVNVAGTSFREILQMISAISEQIHQISKSINEISVGTKASVTSVNNIQNISMKIADETQTISAAAEEQLASVEEIASSSKILSQMSEDLGSIITKFKI
>NC_020291.1|WP_015390690.1|637393_637840_+|HIT-family-protein
MSCKMCEKQKNIKDDPYFIMELETGYVILGWFQRFKGYTVFNCKEHGPELHNLEHSFKIKHLEEMSIVAEAVSNIFKPDKMNYELLGNGCSHIHWHLYPRVKGDTPIVSSVYQLSNEELFDESTRPNEEQREEMKEKIKNEIVRLLSR
>NC_020291.1|WP_015390691.1|639394_641560_+|YhgE/Pip-domain-containing-protein
MSIIFKIYKRDMKKIITNTPLMIIIVGLLLVPALYAWINIIASWDPYGNTKGLLVAAVNNDKGAEIKNMEINVGKEVIDKLKDNQSIGWTFVEQNEAENGVRYGKYYASITIPEDFSSSLLSVAANGEPNRAKLIYSVNEKINAIAPKITKSGLTSLQSEITKSVTEEVSNTILNYMNAYGTELEQIKPQLENFINVVSDIDTNLPQIGESINNAYNGAVNMNNFIKNIQGNIYNITNFLDNAQNVIKASNDFFTKFNSAIKNISPYIKSDLAGIKANVNGAKDNLNSFKNSVDTDAKGAQEALKAADANVENAISVINNDINILQSINDILHSDLLSSFINKMQNIRDQLVQNKLNIDNLIKTLSNGSKNFSDAVASVIQNIDKISQFMDDSIGNFDNTISPQISRLVNNTTDMANNSLGLLESEKNTMPLINNLLKDADIGTALGEEHIKSIKDKFPQIEESIHANTEKLKNLNDDEKFNELATFLQKNTKNVSSFLADPIELVQNRVFPIPNYGSAMAPFYSTLAIWVGGFTLLSILSVHVEPFEKVKNLGTTKMFFGRFLTLATLSVLQTIIIILGNLFFIKTYTVDPVVLLIFSIYVGLVFMMIIYTLVSVFGNVGKALALIIMVLQVSASGGTFPIQLTPKFFQNVSPMLPFAYAIGGMREAEGGIIWSSLYYNIGILSIYFFISIIIAIFLKEKVNKKSEKFVNKMRESGLVGE
>NC_020291.1|WP_015390692.1|641802_642036_+|hypothetical-protein
MKSLLNVFILLALIVALLLAVIAIIRGYKGMKISKQFETSDKKIKFAYWLLSAIHMWVGIVVTLCYVIAGMLILNRL
>NC_020291.1|WP_015390693.1|642048_642303_+|hypothetical-protein
MGIILLPFIAAIIGIIIFLICFIGTCLIIIGGTGMAMNKIYLKQMKTNNVLLKPQFNISSIILGIIFIIFPLGCVLSGVIYSLA

Crispr_ID: NC_020291_3

• CRISPR_ID: NC_020291_3
• CRISPR_location: 634173-634260
• CRISPR_type: Orphan
• Repeat_type: II-B
• Spacer_info: 1 spacers

Consensus repeat of NC_020291_3

Consensus_repeat	Method
GATTAACTTCAACATGAGATGTAT	CRISPRCasFinder

spacers of NC_020291_3

>3.1|634197|40|NC_020291|CRISPRCasFinder
TTAAATCCGATCCAATGAATAAGATGCAAATCTATATTAA

CRISPR arrays and Neighbor proteins around NC_020291_3

CRISPR arrays

The CRISPR arrays of NC_020291_3

>merge|NC_020291|3|634173-634260|CRISPRCasFinder
GATTAACTTCAACATGAGATGTATTTAAATCCGATCCAATGAATAAGATGCAAATCTATATTAAGATTAACTTCAACATTAGATGTAT

>NC_020291|3|3|634173-634260|CRISPRCasFinder
GATTAACTTCAACATGAGATGTAT	TTAAATCCGATCCAATGAATAAGATGCAAATCTATATTAA
GATTAACTTCAACATTAGATGTAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_020291.1|WP_015390682.1|626306_627572_+|YibE/F-family-protein	unknown	unknown	gnl|CDD|377940
NC_020291.1|WP_015390680.1|623866_624295_+|DUF86-domain-containing-protein	unknown	unknown	gnl|CDD|225293
NC_020291.1|WP_015390688.1|634422_634755_-|antibiotic-biosynthesis-monooxygenase	unknown	unknown	gnl|CDD|367760
NC_020291.1|WP_015390689.1|635271_636993_+|HAMP-domain-containing-protein	unknown	unknown	gnl|CDD|214599
NC_020291.1|WP_015390686.1|632331_632643_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390679.1|623462_623870_+|nucleotidyltransferase-domain-containing-protein	unknown	unknown	gnl|CDD|376187
NC_020291.1|WP_015390681.1|624534_626193_+|metallophosphoesterase-family-protein	unknown	unknown	gnl|CDD|277318
NC_020291.1|WP_015390696.1|644466_645087_-|TetR/AcrR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224228
NC_020291.1|WP_015390678.1|622688_623000_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390690.1|637393_637840_+|HIT-family-protein	unknown	unknown	gnl|CDD|223611
NC_020291.1|WP_015390683.1|627797_629381_+|AAA-family-ATPase	unknown	unknown	gnl|CDD|313108
NC_020291.1|WP_015390684.1|630538_631831_+|histidine--tRNA-ligase	unknown	unknown	gnl|CDD|223202
NC_020291.1|WP_015390685.1|631909_632233_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390693.1|642048_642303_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390697.1|645138_646329_-|alpha/beta-hydrolase	unknown	unknown	gnl|CDD|368943
NC_020291.1|WP_015390698.1|646473_647268_-|SDR-family-NAD(P)-dependent-oxidoreductase	unknown	unknown	gnl|CDD|223377
NC_020291.1|WP_015390687.1|632792_633632_-|amino-acid-ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|270248
NC_020291.1|WP_015390691.1|639394_641560_+|YhgE/Pip-domain-containing-protein	unknown	unknown	gnl|CDD|224428
NC_020291.1|WP_015390692.1|641802_642036_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390694.1|642938_644183_+|DUF2334-domain-containing-protein	unknown	unknown	gnl|CDD|200549

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_020291.1|WP_015390682.1|626306_627572_+|YibE/F-family-protein	gnl|CDD|377940	pfam07907, YibE_F, YibE/F-like protein. The sequences featured in this family are similar to two proteins expressed by Lactococcus lactis, YibE and YibF. Most of the members of this family are annotated as being putative membrane proteins, and in fact the sequences contain a high proportion of hydrophobic residues.	4.25578e-85
NC_020291.1|WP_015390680.1|623866_624295_+|DUF86-domain-containing-protein	gnl|CDD|225293	COG2445, COG2445, Uncharacterized conserved protein [Function unknown].	0.000143681
NC_020291.1|WP_015390688.1|634422_634755_-|antibiotic-biosynthesis-monooxygenase	gnl|CDD|367760	pfam03992, ABM, Antibiotic biosynthesis monooxygenase. This domain is found in monooxygenases involved in the biosynthesis of several antibiotics by Streptomyces species. It's occurrence as a repeat in Streptomyces coelicolor SCO1909 is suggestive that the other proteins function as multimers. There is also a conserved histidine which is likely to be an active site residue.	3.02811e-09
NC_020291.1|WP_015390691.1|639394_641560_+|YhgE/Pip-domain-containing-protein	gnl|CDD|224428	COG1511, COG1511, Predicted membrane protein [Function unknown].	2.20314e-103
NC_020291.1|WP_015390689.1|635271_636993_+|HAMP-domain-containing-protein	gnl|CDD|214599	smart00283, MA, Methyl-accepting chemotaxis-like domains (chemotaxis sensory transducer). Thought to undergo reversible methylation in response to attractants or repellants during bacterial chemotaxis.	2.67252e-59
NC_020291.1|WP_015390679.1|623462_623870_+|nucleotidyltransferase-domain-containing-protein	gnl|CDD|376187	pfam18765, Polbeta, Polymerase beta, Nucleotidyltransferase. A member of the nucleotidyltransferase fold found in polymorphic toxins (NTox45) and polyvalent proteins.	1.37238e-11
NC_020291.1|WP_015390681.1|624534_626193_+|metallophosphoesterase-family-protein	gnl|CDD|277318	cd00839, MPP_PAPs, purple acid phosphatases of the metallophosphatase superfamily, metallophosphatase domain. Purple acid phosphatases (PAPs) belong to a diverse family of binuclear metallohydrolases that have been identified and characterized in plants, animals, and fungi. PAPs contain a binuclear metal center and their characteristic pink or purple color derives from a charge-transfer transition between a tyrosine residue and a chromophoric ferric ion within the binuclear center. PAPs catalyze the hydrolysis of a wide range of activated phosphoric acid mono- and di-esters and anhydrides. PAPs are distinguished from the other phosphatases by their insensitivity to L-(+) tartrate inhibition and are therefore also known as tartrate resistant acid phosphatases (TRAPs). While only a few copies of PAP-like genes are present in mammalian and fungal genomes, multiple copies are present in plant genomes. PAPs belong to the metallophosphatase (MPP) superfamily. MPPs are functionally diverse, but all share a conserved domain with an active site consisting of two metal ions (usually manganese, iron, or zinc) coordinated with octahedral geometry by a cage of histidine, aspartate, and asparagine residues. The MPP superfamily includes: Mre11/SbcD-like exonucleases, Dbr1-like RNA lariat debranching enzymes, YfcE-like phosphodiesterases, purple acid phosphatases (PAPs), YbbF-like UDP-2,3-diacylglucosamine hydrolases, and acid sphingomyelinases (ASMases). The conserved domain is a double beta-sheet sandwich with a di-metal active site made up of residues located at the C-terminal side of the sheets. This domain is thought to allow for productive metal coordination.	7.42655e-10
NC_020291.1|WP_015390696.1|644466_645087_-|TetR/AcrR-family-transcriptional-regulator	gnl|CDD|224228	COG1309, AcrR, Transcriptional regulator [Transcription].	3.53943e-18
NC_020291.1|WP_015390690.1|637393_637840_+|HIT-family-protein	gnl|CDD|223611	COG0537, Hit, Diadenosine tetraphosphate (Ap4A) hydrolase and other HIT family hydrolases [Nucleotide transport and metabolism / Carbohydrate transport and metabolism / General function prediction only].	9.59367e-12
NC_020291.1|WP_015390683.1|627797_629381_+|AAA-family-ATPase	gnl|CDD|313108	pfam09820, AAA-ATPase_like, Predicted AAA-ATPase. This family contains many hypothetical bacterial proteins. This family was previously the N-terminal part of the Pfam DUF1703 (pfam08011) family before it was split into two. This region is predicted to be an AAA-ATPase domain.	3.85936e-05
NC_020291.1|WP_015390684.1|630538_631831_+|histidine--tRNA-ligase	gnl|CDD|223202	COG0124, HisS, Histidyl-tRNA synthetase [Translation, ribosomal structure and biogenesis].	2.08666e-131
NC_020291.1|WP_015390697.1|645138_646329_-|alpha/beta-hydrolase	gnl|CDD|368943	pfam06500, DUF1100, Alpha/beta hydrolase of unknown function (DUF1100). This family consists of several hypothetical bacterial proteins of unknown function. Members of this family have an alpha/beta hydrolase fold.	6.08493e-11
NC_020291.1|WP_015390698.1|646473_647268_-|SDR-family-NAD(P)-dependent-oxidoreductase	gnl|CDD|223377	COG0300, DltE, Short-chain dehydrogenases of various substrate specificities [General function prediction only].	3.49859e-72
NC_020291.1|WP_015390687.1|632792_633632_-|amino-acid-ABC-transporter-substrate-binding-protein	gnl|CDD|270248	cd13530, PBP2_peptides_like, Peptide-binding protein and related homologs; type 2 periplasmic binding protein fold. This domain is found in solute binding proteins that serve as initial receptors in the ABC transport, signal transduction and channel gating. The PBP2 proteins share the same architecture as periplasmic binding proteins type 1, but have a different topology. They are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically-located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis. Besides transport proteins, the family includes ionotropic glutamate receptors and unorthodox sensor proteins involved in signal transduction.	2.56271e-52
NC_020291.1|WP_015390694.1|642938_644183_+|DUF2334-domain-containing-protein	gnl|CDD|200549	cd10923, CE4_COG5298, Putative NodB-like catalytic domain of uncharacterized proteins found in bacteria. This family corresponds to a group of uncharacterized bacterial proteins with high sequence similarity to the catalytic domain of the six-stranded barrel rhizobial NodB-like proteins, which remove N-linked or O-linked acetyl groups from cell wall polysaccharides and belong to the larger carbohydrate esterase 4 (CE4) superfamily. Some family members contain an additional copper amine oxidase N-terminal domain.	1.34596e-62

Protein sequences

>NC_020291.1|WP_015390687.1|632792_633632_-|amino-acid-ABC-transporter-substrate-binding-protein
MKKIFTLIVIIGLIAIIGCDTNSSKITTTNIASVKDRLQTIKEKGTLTFVSADAPPFAYINPETNKLSGIDADIIAEIAKRLGINKIEEKKIKFADLLNQLNTDDSIDLAADGIYITPEREEIVSFTQPLYKESEVVIVPKASKINFKDDLKNAVVGTIRGTKFADLIQDWKKNNLVKNVLFFEDNTNLLNAINNGEIDAGVSDSALVEYSLKNNSFYLKILSDYTPEIHGLVGIAVKKSDITLLNNLNEKINEMKADGTLYAILVDNGLDKSNTIENQ
>NC_020291.1|WP_015390686.1|632331_632643_+|hypothetical-protein
MKNFFISLLILLFLSFNITLIPLAIGNIFKEGLYTPSDLNLPSKPSYNIQNISSTDNVYVLVFDKTHSLYQSIRMEPNSPKYVVSFDPDFRIAVIGKGEVFFS
>NC_020291.1|WP_015390685.1|631909_632233_+|hypothetical-protein
MKKFTILFLILLCLSFNIMTISPLAQTSGIKEGLYTVSDLKLAPNSTYVIQNQSSADSVFVLVFNENNVVQQSLRLETKSPKFNLFPLKSEYKILIIGNGDISISET
>NC_020291.1|WP_015390684.1|630538_631831_+|histidine--tRNA-ligase
MKNNKVQPSILPGFMELLPKEQQIFRDMVRKITNVYEQNGFLEMDTPIIEKSEVLLAKSAGETEKQVYRFNRGSNDLSLRFDLTVPFARFSAQYFNELTFPFKRYQIGKVYRGERNQRGRYREFYQCDIDIIGNNKLSVNNDALVISMVSKGFKAIGLKDYKFQISNRKILSAILKDLEIINAIEVMGLIDKYDKIGKEEFLNSLVELVGQEKADVINKAININGSNEEIMKQLRELAMNSEEFEKGLEELSVVRNMLKIFGVEEDEYVINIKIIRGLDYYTGTVFETFLTGNEGYGSICSGGRYDNLAQNYTDNILPGVGISIGLTRLFFVLKEIGFLKDYKVEKSIEYLIIPIGDTLEYCAEVYNGLLRKGKYAEIYLEDDKLKKKLNYANKLGIPNVILIGEDEVLNKQVKIKDMVSGEETIVGAED
>NC_020291.1|WP_015390683.1|627797_629381_+|AAA-family-ATPase
MRKKFNVTGTCIPNKHYMVNTSNKMKKIIRLIEDEEYFIINRPRQYGKTTTLYLLEKLLNEDSEYLVISISFEGIGDLIFEEEKRFSKGFLNLIERTLFMGNEEISEFVKNEKNDVETMDDLSHFLTKFILKCNRKVILMIDEVDKSSNNQLFLSFLGMLRNKYLLRNTGKDYTFYSVILAGVHDVKSLKLKIRPEEESKYNSPWNIASDFNVDMSFSEEEIGTMLDDYTENKGVVLDKAYFAERLYFYTSGYPFLVSKLCKIIDEKIMAEEELKWEKDYMELAVKEILKESNTNFDSLIKNIENNNDLKVLVKRIILDGTDITYNQDNLIINMAIMYGIFKNNNGKVNIHNRIYEQRIYNYMSSLIETSTEVGAYNQSAKFIKVNGDLDIEKILVKFQEFLKHEYSEKREEFLEADGRLVFLAFISPVINGTGFAFKEVQGGEEKRFDIVITYNKKMYILELKKWNGEEYHKKGMLQLAEYLEQYSLEEGYLLIFDFRKLKGEAGNVARSTVTFEGKKKEIVEVYC
>NC_020291.1|WP_015390682.1|626306_627572_+|YibE/F-family-protein
MKVNLNWNSSIKICGKIIGPIAVLLIYIVMAVSFSSHTPIYNPYSSGAGGELHYEKGKVVSIDEQVINPSGFSELYIGRQIVNVLIESGQYEGQTFQVNNALNYDTNFVLHKGQDIVVSINTSTGDKSLVNVYMFAPSRVVPLLVLIGIFIGVMCLVGGWRGFHSILGIVFTLTTVLFIFIPLLFHGVSVVFATILLVIITSCVTLFLVGGFDRKSISAILGTVAGVIVSVIIMLIFSKLLGISGYTSTDADAMLNIASQTKLQVKDLLFTGIIIASLGAVMDIAISIATSINELKKQKEDATFKELFSSGMNIGRDMMGTMSNTLILAFLGESIFSFILMYSYQVQFRQLFNSNSIAIDILNAICGSLAVVLTVPIVAAIAAKLLQGSQSSYKAQDGELAENKEMTSTLKNGYALEMSRK
>NC_020291.1|WP_015390681.1|624534_626193_+|metallophosphoesterase-family-protein
MRINKNVKFILPIAVATVMATSACIPFITNVNAEITGSSGIQGFSLPKVTGAYNINAGVGSDPKELDFAWFTQASGKAQIKIARTADMKGTDFPSSATIQDADQMAVKATQSIDQKYTVLADIKGVGNPANEGDNVYNGKKALNAPTGEYSNKAKVKDLDSDTQYSYSVSDGQGNWSPIYTINTLPADKVTFAAFGDPQIGAFDNSKGTAKSNATGGHKNLSDDKTAWKNMLKLVTQNKDLNFLFTMGDQINDYNYLIQPSNASDGQWYQYRDFFNPDDSVNYMQSMPLAAFSGNHDHQMGEYYGYHYNQPNLGKLGATQYGNDGDYWFTAGPVLFMVLNANNYGTADHDQFIAEAIKVNPNAKWKVASWHQSAYSEANHNTKNEIDDPVLTIRNTWTKMMDKYKIDVVLQGHDHYYTRTAQMLNGNVVDPSTGAPETLKNNGSAQAPGTSNPNATYATKEYPNSVTNPKGTVYFTLDTGTGSKYYDVNKGNNDSIGGSADHSFSVVGWQGYVPSYSDISFTNDTFTIKTYATSDFTVENQTLIDSYTITKK
>NC_020291.1|WP_015390680.1|623866_624295_+|DUF86-domain-containing-protein
MNKERLIKIIEDMQECIVDINECLELLATRKDDKLIIKLSKSSLRQLFVSFHTILEDLCSIVLKEIKKYKIGITLHDSLIILKENGIINEETYVFLEKSRLLRNRISHRYKEPKHEELIEHILTYNNKFEEIVKIAKAYLRD
>NC_020291.1|WP_015390679.1|623462_623870_+|nucleotidyltransferase-domain-containing-protein
MDKEQIIDKLKSNEFVDFINKYNIITVILFGSINGNDFNEESDVDLAMIADTEIELDRVLDIELFLQNLLDREIDVLDLRNDEVDLFVKINILNNGKVIYSLDNNEALEAIYNETDRIYKENENFMYFRRGDVLY
>NC_020291.1|WP_015390678.1|622688_623000_-|hypothetical-protein
MKKIIFVFLILSFVIIGATTPITTNVFKEGIYNLSDFEALLTDKIYEVQNVSTNKSSLVIILDNNLATLQSIKLNPKSIKYDLTPLKSNYKIIVVGDGDIYIS
>NC_020291.1|WP_015390688.1|634422_634755_-|antibiotic-biosynthesis-monooxygenase
MSITVNLYYSGINGNARKFAEEMENSGTAAAIRNEDGNEKYEYFFPMNDPETVLLIDSWRDQNAIDAHHASPMMTTIAHLRNKYDLHMKVERYVSDTVEVPSSDVKFIRE
>NC_020291.1|WP_015390689.1|635271_636993_+|HAMP-domain-containing-protein
MRWLNNLKVGKKLTLLIICSLIGLFAVGITGYYFLLSSSKSIDSMYNERLLSSEWLSESRVHARAITADIYRLMVTTDNAENESLIKDIDNRAEQFNNYMNQYKNLKLDSFETSKIKEIEDKLSKYREGRKVVISLAKENKNQEAYEYYEKNVDIYVQAFMNSLVELGDHNRQIAEEINNADKLNFKIAVGTFLIIVITASILIIVLGVLITKRITKRLNDFVIFIGALSQGDFSLKIKPENLKDKSEFGTVSNALDKMTNNIRELVKQLGDTSKQLVSSSEELTASAEQSADASNLVATAVTTMANGADDQLAFANSTTKVVENISDKINVVSENTKSVSTLTDNAQTSANAGEEAVEKAINQMEIIERKTNETSTIISELEEKSAKIGQIIDTIEGISEQTNLLALNAAIESARAGEAGKGFSVVADEIRKLAEQSQEATKEIAKIINDVQSKTNSAVSVMNESSKEVDTGAMVVNVAGTSFREILQMISAISEQIHQISKSINEISVGTKASVTSVNNIQNISMKIADETQTISAAAEEQLASVEEIASSSKILSQMSEDLGSIITKFKI
>NC_020291.1|WP_015390690.1|637393_637840_+|HIT-family-protein
MSCKMCEKQKNIKDDPYFIMELETGYVILGWFQRFKGYTVFNCKEHGPELHNLEHSFKIKHLEEMSIVAEAVSNIFKPDKMNYELLGNGCSHIHWHLYPRVKGDTPIVSSVYQLSNEELFDESTRPNEEQREEMKEKIKNEIVRLLSR
>NC_020291.1|WP_015390691.1|639394_641560_+|YhgE/Pip-domain-containing-protein
MSIIFKIYKRDMKKIITNTPLMIIIVGLLLVPALYAWINIIASWDPYGNTKGLLVAAVNNDKGAEIKNMEINVGKEVIDKLKDNQSIGWTFVEQNEAENGVRYGKYYASITIPEDFSSSLLSVAANGEPNRAKLIYSVNEKINAIAPKITKSGLTSLQSEITKSVTEEVSNTILNYMNAYGTELEQIKPQLENFINVVSDIDTNLPQIGESINNAYNGAVNMNNFIKNIQGNIYNITNFLDNAQNVIKASNDFFTKFNSAIKNISPYIKSDLAGIKANVNGAKDNLNSFKNSVDTDAKGAQEALKAADANVENAISVINNDINILQSINDILHSDLLSSFINKMQNIRDQLVQNKLNIDNLIKTLSNGSKNFSDAVASVIQNIDKISQFMDDSIGNFDNTISPQISRLVNNTTDMANNSLGLLESEKNTMPLINNLLKDADIGTALGEEHIKSIKDKFPQIEESIHANTEKLKNLNDDEKFNELATFLQKNTKNVSSFLADPIELVQNRVFPIPNYGSAMAPFYSTLAIWVGGFTLLSILSVHVEPFEKVKNLGTTKMFFGRFLTLATLSVLQTIIIILGNLFFIKTYTVDPVVLLIFSIYVGLVFMMIIYTLVSVFGNVGKALALIIMVLQVSASGGTFPIQLTPKFFQNVSPMLPFAYAIGGMREAEGGIIWSSLYYNIGILSIYFFISIIIAIFLKEKVNKKSEKFVNKMRESGLVGE
>NC_020291.1|WP_015390692.1|641802_642036_+|hypothetical-protein
MKSLLNVFILLALIVALLLAVIAIIRGYKGMKISKQFETSDKKIKFAYWLLSAIHMWVGIVVTLCYVIAGMLILNRL
>NC_020291.1|WP_015390693.1|642048_642303_+|hypothetical-protein
MGIILLPFIAAIIGIIIFLICFIGTCLIIIGGTGMAMNKIYLKQMKTNNVLLKPQFNISSIILGIIFIIFPLGCVLSGVIYSLA
>NC_020291.1|WP_015390694.1|642938_644183_+|DUF2334-domain-containing-protein
MIYDKQLFSIESNLKISFEGKLLKFISPIYRDINRYFLPLVEFIGLIGGAFNITGSKIDILFKGKSPIFINYETDDYKFTLVNSVLYLSLFDICSMLNAKSKWDYDSSSIFLYLDRNKYESYTRPPGRNALIRFEDVTAGDEYLDSDNLEKFRIVADYMFSNGVPFHIAWIPRFVDPPNSIDNDISKDYSMPNSNFLFTMEYLLSRNGVIGLHGYTHQYQKEVSADGTEFNEERNNDEKSIRKRVEAAINMAKKLELPVKFFESPHYAATQFQQSIFEQYFDVIYEGYVGIWGRKIVKSPRNHRTLYIPTPLSYVEDKDSTKEMLDRINHLSENTLASLFYHPNIDFEYITLQNDTSGYPISNYSENSPLHRIIKKLYDKGYSFAKITDLGFNNTKNISIELVRLYKYFKNKIL
>NC_020291.1|WP_015390696.1|644466_645087_-|TetR/AcrR-family-transcriptional-regulator
MNQEQETHAPRQKRSELTRSKILDTALELFCQKGYYKTTTNEIATCANISIGNLYFYFPNKETIFLEILDRYHQSFLAIHETFLSEMENLNDNFRDFLMKLMEVIIKNHEESKALNQEIQILSFSNPKVAEILETQQTHVENAVLRYFQKIKDKIKVHDIEAATSITFSLINSIVDQIVFSKNKISRKRLLEETVNAVEAYLFVVD
>NC_020291.1|WP_015390697.1|645138_646329_-|alpha/beta-hydrolase
MGFLFKNKHFDYQALRTLGTTPVGQADISEVTATSQKIKNGSCSSWCTEWEKTADRVRKFGEECLKEGLETSASESFLRASNYYRTAEFYLNYGSNKEYMDKINTLSTQCFNLAIKYGPYHIEPVEIPFEWISLPGHFYHADTKGPAPTIIVISGNDGTKEELYAIGIAAIKRGMNCLAFDGPGQGESIRRRNIPFRYNYETAIFPAVDFVLKDLSVDHDRIILWGESLGGYFAPRAAAFEKRISACIANGGLYDCLSLNPKKREATLNKIHKHATTFNLISRMLMKMSVALDWRFRHGFLTFGVDTPAEYVLSYKNFCLDGVTSKISCPVLVIGNESDKKAWNTQSKILYDKLECPKDYLFFTNNEGAGYHCQVGCRIYANDRIFNWIEKTIATI
>NC_020291.1|WP_015390698.1|646473_647268_-|SDR-family-NAD(P)-dependent-oxidoreductase
MKEKQKYIVITGASSGIGYETAKAFAKRNKNLVIVARSKDNLEKLKEEILQENPLLNVIIKCVDLSITSKVHQLYEELKPYCIETLINNAGFGNYSSVADQDIEKIETMLRLNIDALVILSSLFVRDYKDVTGSQLINISSSGGYIIVPNAVTYCASKFFVSTFTEGLARELKACNAKLQAKVLAPAATKTNFGNIANNVQKYDYDKSFGTYHTSKQMADFLLKLYDSNEVIGLVNRETFEFELSSPLFNYSGNSQNNQTCYTL

Crispr_ID: NC_020291_4

• CRISPR_ID: NC_020291_4
• CRISPR_location: 638183-638343
• CRISPR_type: Orphan
• Repeat_type: II-B
• Spacer_info: 2 spacers

Consensus repeat of NC_020291_4

Consensus_repeat	Method
GATTAACTTTAACATGAGATGTATTTAAAT	CRISPRCasFinder

spacers of NC_020291_4

>4.1|638213|36|NC_020291|CRISPRCasFinder
GAGGAATGATGACAGGCAATGAAGTAAGAGACTGGA
>4.2|638279|35|NC_020291|CRISPRCasFinder
TAGAGTACAGGATGTGTTGTTTGCATTTTTTGAAA

CRISPR arrays and Neighbor proteins around NC_020291_4

CRISPR arrays

The CRISPR arrays of NC_020291_4

>merge|NC_020291|4|638183-638343|CRISPRCasFinder
GATTAACTTTAACATGAGATGTATTTAAATGAGGAATGATGACAGGCAATGAAGTAAGAGACTGGAGATTAACTTTAACATGAGATGTATTTAAATTAGAGTACAGGATGTGTTGTTTGCATTTTTTGAAAGATTAACTTCAACATTAGATGTATTTAAAT

>NC_020291|4|4|638183-638343|CRISPRCasFinder
GATTAACTTTAACATGAGATGTATTTAAAT	GAGGAATGATGACAGGCAATGAAGTAAGAGACTGGA
GATTAACTTTAACATGAGATGTATTTAAAT	TAGAGTACAGGATGTGTTGTTTGCATTTTTTGAAA
GATTAACTTCAACATTAGATGTATTTAAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_020291.1|WP_015390682.1|626306_627572_+|YibE/F-family-protein	unknown	unknown	gnl|CDD|377940
NC_020291.1|WP_015390691.1|639394_641560_+|YhgE/Pip-domain-containing-protein	unknown	unknown	gnl|CDD|224428
NC_020291.1|WP_015390688.1|634422_634755_-|antibiotic-biosynthesis-monooxygenase	unknown	unknown	gnl|CDD|367760
NC_020291.1|WP_015390686.1|632331_632643_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390689.1|635271_636993_+|HAMP-domain-containing-protein	unknown	unknown	gnl|CDD|214599
NC_020291.1|WP_015390693.1|642048_642303_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390681.1|624534_626193_+|metallophosphoesterase-family-protein	unknown	unknown	gnl|CDD|277318
NC_020291.1|WP_015390696.1|644466_645087_-|TetR/AcrR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224228
NC_020291.1|WP_015390690.1|637393_637840_+|HIT-family-protein	unknown	unknown	gnl|CDD|223611
NC_020291.1|WP_015390683.1|627797_629381_+|AAA-family-ATPase	unknown	unknown	gnl|CDD|313108
NC_020291.1|WP_015390684.1|630538_631831_+|histidine--tRNA-ligase	unknown	unknown	gnl|CDD|223202
NC_020291.1|WP_015390685.1|631909_632233_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390697.1|645138_646329_-|alpha/beta-hydrolase	unknown	unknown	gnl|CDD|368943
NC_020291.1|WP_015390698.1|646473_647268_-|SDR-family-NAD(P)-dependent-oxidoreductase	unknown	unknown	gnl|CDD|223377
NC_020291.1|WP_015390701.1|648721_648973_+|hypothetical-protein	unknown	unknown	gnl|CDD|379332
NC_020291.1|WP_015390687.1|632792_633632_-|amino-acid-ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|270248
NC_020291.1|WP_015390700.1|647940_648642_+|radical-SAM-protein	unknown	unknown	gnl|CDD|223803
NC_020291.1|WP_015390692.1|641802_642036_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015390694.1|642938_644183_+|DUF2334-domain-containing-protein	unknown	unknown	gnl|CDD|200549
NC_020291.1|WP_015390699.1|647376_647748_+|MerR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|133384

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_020291.1|WP_015390682.1|626306_627572_+|YibE/F-family-protein	gnl|CDD|377940	pfam07907, YibE_F, YibE/F-like protein. The sequences featured in this family are similar to two proteins expressed by Lactococcus lactis, YibE and YibF. Most of the members of this family are annotated as being putative membrane proteins, and in fact the sequences contain a high proportion of hydrophobic residues.	4.25578e-85
NC_020291.1|WP_015390691.1|639394_641560_+|YhgE/Pip-domain-containing-protein	gnl|CDD|224428	COG1511, COG1511, Predicted membrane protein [Function unknown].	2.20314e-103
NC_020291.1|WP_015390688.1|634422_634755_-|antibiotic-biosynthesis-monooxygenase	gnl|CDD|367760	pfam03992, ABM, Antibiotic biosynthesis monooxygenase. This domain is found in monooxygenases involved in the biosynthesis of several antibiotics by Streptomyces species. It's occurrence as a repeat in Streptomyces coelicolor SCO1909 is suggestive that the other proteins function as multimers. There is also a conserved histidine which is likely to be an active site residue.	3.02811e-09
NC_020291.1|WP_015390689.1|635271_636993_+|HAMP-domain-containing-protein	gnl|CDD|214599	smart00283, MA, Methyl-accepting chemotaxis-like domains (chemotaxis sensory transducer). Thought to undergo reversible methylation in response to attractants or repellants during bacterial chemotaxis.	2.67252e-59
NC_020291.1|WP_015390681.1|624534_626193_+|metallophosphoesterase-family-protein	gnl|CDD|277318	cd00839, MPP_PAPs, purple acid phosphatases of the metallophosphatase superfamily, metallophosphatase domain. Purple acid phosphatases (PAPs) belong to a diverse family of binuclear metallohydrolases that have been identified and characterized in plants, animals, and fungi. PAPs contain a binuclear metal center and their characteristic pink or purple color derives from a charge-transfer transition between a tyrosine residue and a chromophoric ferric ion within the binuclear center. PAPs catalyze the hydrolysis of a wide range of activated phosphoric acid mono- and di-esters and anhydrides. PAPs are distinguished from the other phosphatases by their insensitivity to L-(+) tartrate inhibition and are therefore also known as tartrate resistant acid phosphatases (TRAPs). While only a few copies of PAP-like genes are present in mammalian and fungal genomes, multiple copies are present in plant genomes. PAPs belong to the metallophosphatase (MPP) superfamily. MPPs are functionally diverse, but all share a conserved domain with an active site consisting of two metal ions (usually manganese, iron, or zinc) coordinated with octahedral geometry by a cage of histidine, aspartate, and asparagine residues. The MPP superfamily includes: Mre11/SbcD-like exonucleases, Dbr1-like RNA lariat debranching enzymes, YfcE-like phosphodiesterases, purple acid phosphatases (PAPs), YbbF-like UDP-2,3-diacylglucosamine hydrolases, and acid sphingomyelinases (ASMases). The conserved domain is a double beta-sheet sandwich with a di-metal active site made up of residues located at the C-terminal side of the sheets. This domain is thought to allow for productive metal coordination.	7.42655e-10
NC_020291.1|WP_015390696.1|644466_645087_-|TetR/AcrR-family-transcriptional-regulator	gnl|CDD|224228	COG1309, AcrR, Transcriptional regulator [Transcription].	3.53943e-18
NC_020291.1|WP_015390690.1|637393_637840_+|HIT-family-protein	gnl|CDD|223611	COG0537, Hit, Diadenosine tetraphosphate (Ap4A) hydrolase and other HIT family hydrolases [Nucleotide transport and metabolism / Carbohydrate transport and metabolism / General function prediction only].	9.59367e-12
NC_020291.1|WP_015390683.1|627797_629381_+|AAA-family-ATPase	gnl|CDD|313108	pfam09820, AAA-ATPase_like, Predicted AAA-ATPase. This family contains many hypothetical bacterial proteins. This family was previously the N-terminal part of the Pfam DUF1703 (pfam08011) family before it was split into two. This region is predicted to be an AAA-ATPase domain.	3.85936e-05
NC_020291.1|WP_015390684.1|630538_631831_+|histidine--tRNA-ligase	gnl|CDD|223202	COG0124, HisS, Histidyl-tRNA synthetase [Translation, ribosomal structure and biogenesis].	2.08666e-131
NC_020291.1|WP_015390697.1|645138_646329_-|alpha/beta-hydrolase	gnl|CDD|368943	pfam06500, DUF1100, Alpha/beta hydrolase of unknown function (DUF1100). This family consists of several hypothetical bacterial proteins of unknown function. Members of this family have an alpha/beta hydrolase fold.	6.08493e-11
NC_020291.1|WP_015390698.1|646473_647268_-|SDR-family-NAD(P)-dependent-oxidoreductase	gnl|CDD|223377	COG0300, DltE, Short-chain dehydrogenases of various substrate specificities [General function prediction only].	3.49859e-72
NC_020291.1|WP_015390687.1|632792_633632_-|amino-acid-ABC-transporter-substrate-binding-protein	gnl|CDD|270248	cd13530, PBP2_peptides_like, Peptide-binding protein and related homologs; type 2 periplasmic binding protein fold. This domain is found in solute binding proteins that serve as initial receptors in the ABC transport, signal transduction and channel gating. The PBP2 proteins share the same architecture as periplasmic binding proteins type 1, but have a different topology. They are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically-located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis. Besides transport proteins, the family includes ionotropic glutamate receptors and unorthodox sensor proteins involved in signal transduction.	2.56271e-52
NC_020291.1|WP_015390700.1|647940_648642_+|radical-SAM-protein	gnl|CDD|223803	COG0731, COG0731, Fe-S oxidoreductases [Energy production and conversion].	4.59038e-17
NC_020291.1|WP_015390701.1|648721_648973_+|hypothetical-protein	gnl|CDD|379332	pfam13684, Dak1_2, Dihydroxyacetone kinase family. This is the kinase domain of the dihydroxyacetone kinase family.	2.95588e-20
NC_020291.1|WP_015390694.1|642938_644183_+|DUF2334-domain-containing-protein	gnl|CDD|200549	cd10923, CE4_COG5298, Putative NodB-like catalytic domain of uncharacterized proteins found in bacteria. This family corresponds to a group of uncharacterized bacterial proteins with high sequence similarity to the catalytic domain of the six-stranded barrel rhizobial NodB-like proteins, which remove N-linked or O-linked acetyl groups from cell wall polysaccharides and belong to the larger carbohydrate esterase 4 (CE4) superfamily. Some family members contain an additional copper amine oxidase N-terminal domain.	1.34596e-62
NC_020291.1|WP_015390699.1|647376_647748_+|MerR-family-transcriptional-regulator	gnl|CDD|133384	cd01109, HTH_YyaN, Helix-Turn-Helix DNA binding domain of the MerR-like transcription regulators YyaN and YraB. Putative helix-turn-helix (HTH) MerR-like transcription regulators of Bacillus subtilis, YyaN and YraB, and related proteins; N-terminal domain. Based on sequence similarity, these proteins are predicted to function as transcription regulators that mediate responses to stress in eubacteria. They belong to the MerR superfamily of transcription regulators that promote transcription of various stress regulons by reconfiguring the operator sequence located between the -35 and -10 promoter elements. A typical MerR regulator is comprised of distinct domains that harbor the regulatory (effector-binding) site and the active (DNA-binding) site. Their N-terminal domains are homologous and contain a DNA-binding winged HTH motif, while the C-terminal domains are often dissimilar and bind specific coactivator molecules such as metal ions, drugs, and organic substrates.	6.0608e-47

Protein sequences

>NC_020291.1|WP_015390690.1|637393_637840_+|HIT-family-protein
MSCKMCEKQKNIKDDPYFIMELETGYVILGWFQRFKGYTVFNCKEHGPELHNLEHSFKIKHLEEMSIVAEAVSNIFKPDKMNYELLGNGCSHIHWHLYPRVKGDTPIVSSVYQLSNEELFDESTRPNEEQREEMKEKIKNEIVRLLSR
>NC_020291.1|WP_015390689.1|635271_636993_+|HAMP-domain-containing-protein
MRWLNNLKVGKKLTLLIICSLIGLFAVGITGYYFLLSSSKSIDSMYNERLLSSEWLSESRVHARAITADIYRLMVTTDNAENESLIKDIDNRAEQFNNYMNQYKNLKLDSFETSKIKEIEDKLSKYREGRKVVISLAKENKNQEAYEYYEKNVDIYVQAFMNSLVELGDHNRQIAEEINNADKLNFKIAVGTFLIIVITASILIIVLGVLITKRITKRLNDFVIFIGALSQGDFSLKIKPENLKDKSEFGTVSNALDKMTNNIRELVKQLGDTSKQLVSSSEELTASAEQSADASNLVATAVTTMANGADDQLAFANSTTKVVENISDKINVVSENTKSVSTLTDNAQTSANAGEEAVEKAINQMEIIERKTNETSTIISELEEKSAKIGQIIDTIEGISEQTNLLALNAAIESARAGEAGKGFSVVADEIRKLAEQSQEATKEIAKIINDVQSKTNSAVSVMNESSKEVDTGAMVVNVAGTSFREILQMISAISEQIHQISKSINEISVGTKASVTSVNNIQNISMKIADETQTISAAAEEQLASVEEIASSSKILSQMSEDLGSIITKFKI
>NC_020291.1|WP_015390688.1|634422_634755_-|antibiotic-biosynthesis-monooxygenase
MSITVNLYYSGINGNARKFAEEMENSGTAAAIRNEDGNEKYEYFFPMNDPETVLLIDSWRDQNAIDAHHASPMMTTIAHLRNKYDLHMKVERYVSDTVEVPSSDVKFIRE
>NC_020291.1|WP_015390687.1|632792_633632_-|amino-acid-ABC-transporter-substrate-binding-protein
MKKIFTLIVIIGLIAIIGCDTNSSKITTTNIASVKDRLQTIKEKGTLTFVSADAPPFAYINPETNKLSGIDADIIAEIAKRLGINKIEEKKIKFADLLNQLNTDDSIDLAADGIYITPEREEIVSFTQPLYKESEVVIVPKASKINFKDDLKNAVVGTIRGTKFADLIQDWKKNNLVKNVLFFEDNTNLLNAINNGEIDAGVSDSALVEYSLKNNSFYLKILSDYTPEIHGLVGIAVKKSDITLLNNLNEKINEMKADGTLYAILVDNGLDKSNTIENQ
>NC_020291.1|WP_015390686.1|632331_632643_+|hypothetical-protein
MKNFFISLLILLFLSFNITLIPLAIGNIFKEGLYTPSDLNLPSKPSYNIQNISSTDNVYVLVFDKTHSLYQSIRMEPNSPKYVVSFDPDFRIAVIGKGEVFFS
>NC_020291.1|WP_015390685.1|631909_632233_+|hypothetical-protein
MKKFTILFLILLCLSFNIMTISPLAQTSGIKEGLYTVSDLKLAPNSTYVIQNQSSADSVFVLVFNENNVVQQSLRLETKSPKFNLFPLKSEYKILIIGNGDISISET
>NC_020291.1|WP_015390684.1|630538_631831_+|histidine--tRNA-ligase
MKNNKVQPSILPGFMELLPKEQQIFRDMVRKITNVYEQNGFLEMDTPIIEKSEVLLAKSAGETEKQVYRFNRGSNDLSLRFDLTVPFARFSAQYFNELTFPFKRYQIGKVYRGERNQRGRYREFYQCDIDIIGNNKLSVNNDALVISMVSKGFKAIGLKDYKFQISNRKILSAILKDLEIINAIEVMGLIDKYDKIGKEEFLNSLVELVGQEKADVINKAININGSNEEIMKQLRELAMNSEEFEKGLEELSVVRNMLKIFGVEEDEYVINIKIIRGLDYYTGTVFETFLTGNEGYGSICSGGRYDNLAQNYTDNILPGVGISIGLTRLFFVLKEIGFLKDYKVEKSIEYLIIPIGDTLEYCAEVYNGLLRKGKYAEIYLEDDKLKKKLNYANKLGIPNVILIGEDEVLNKQVKIKDMVSGEETIVGAED
>NC_020291.1|WP_015390683.1|627797_629381_+|AAA-family-ATPase
MRKKFNVTGTCIPNKHYMVNTSNKMKKIIRLIEDEEYFIINRPRQYGKTTTLYLLEKLLNEDSEYLVISISFEGIGDLIFEEEKRFSKGFLNLIERTLFMGNEEISEFVKNEKNDVETMDDLSHFLTKFILKCNRKVILMIDEVDKSSNNQLFLSFLGMLRNKYLLRNTGKDYTFYSVILAGVHDVKSLKLKIRPEEESKYNSPWNIASDFNVDMSFSEEEIGTMLDDYTENKGVVLDKAYFAERLYFYTSGYPFLVSKLCKIIDEKIMAEEELKWEKDYMELAVKEILKESNTNFDSLIKNIENNNDLKVLVKRIILDGTDITYNQDNLIINMAIMYGIFKNNNGKVNIHNRIYEQRIYNYMSSLIETSTEVGAYNQSAKFIKVNGDLDIEKILVKFQEFLKHEYSEKREEFLEADGRLVFLAFISPVINGTGFAFKEVQGGEEKRFDIVITYNKKMYILELKKWNGEEYHKKGMLQLAEYLEQYSLEEGYLLIFDFRKLKGEAGNVARSTVTFEGKKKEIVEVYC
>NC_020291.1|WP_015390682.1|626306_627572_+|YibE/F-family-protein
MKVNLNWNSSIKICGKIIGPIAVLLIYIVMAVSFSSHTPIYNPYSSGAGGELHYEKGKVVSIDEQVINPSGFSELYIGRQIVNVLIESGQYEGQTFQVNNALNYDTNFVLHKGQDIVVSINTSTGDKSLVNVYMFAPSRVVPLLVLIGIFIGVMCLVGGWRGFHSILGIVFTLTTVLFIFIPLLFHGVSVVFATILLVIITSCVTLFLVGGFDRKSISAILGTVAGVIVSVIIMLIFSKLLGISGYTSTDADAMLNIASQTKLQVKDLLFTGIIIASLGAVMDIAISIATSINELKKQKEDATFKELFSSGMNIGRDMMGTMSNTLILAFLGESIFSFILMYSYQVQFRQLFNSNSIAIDILNAICGSLAVVLTVPIVAAIAAKLLQGSQSSYKAQDGELAENKEMTSTLKNGYALEMSRK
>NC_020291.1|WP_015390681.1|624534_626193_+|metallophosphoesterase-family-protein
MRINKNVKFILPIAVATVMATSACIPFITNVNAEITGSSGIQGFSLPKVTGAYNINAGVGSDPKELDFAWFTQASGKAQIKIARTADMKGTDFPSSATIQDADQMAVKATQSIDQKYTVLADIKGVGNPANEGDNVYNGKKALNAPTGEYSNKAKVKDLDSDTQYSYSVSDGQGNWSPIYTINTLPADKVTFAAFGDPQIGAFDNSKGTAKSNATGGHKNLSDDKTAWKNMLKLVTQNKDLNFLFTMGDQINDYNYLIQPSNASDGQWYQYRDFFNPDDSVNYMQSMPLAAFSGNHDHQMGEYYGYHYNQPNLGKLGATQYGNDGDYWFTAGPVLFMVLNANNYGTADHDQFIAEAIKVNPNAKWKVASWHQSAYSEANHNTKNEIDDPVLTIRNTWTKMMDKYKIDVVLQGHDHYYTRTAQMLNGNVVDPSTGAPETLKNNGSAQAPGTSNPNATYATKEYPNSVTNPKGTVYFTLDTGTGSKYYDVNKGNNDSIGGSADHSFSVVGWQGYVPSYSDISFTNDTFTIKTYATSDFTVENQTLIDSYTITKK
>NC_020291.1|WP_015390691.1|639394_641560_+|YhgE/Pip-domain-containing-protein
MSIIFKIYKRDMKKIITNTPLMIIIVGLLLVPALYAWINIIASWDPYGNTKGLLVAAVNNDKGAEIKNMEINVGKEVIDKLKDNQSIGWTFVEQNEAENGVRYGKYYASITIPEDFSSSLLSVAANGEPNRAKLIYSVNEKINAIAPKITKSGLTSLQSEITKSVTEEVSNTILNYMNAYGTELEQIKPQLENFINVVSDIDTNLPQIGESINNAYNGAVNMNNFIKNIQGNIYNITNFLDNAQNVIKASNDFFTKFNSAIKNISPYIKSDLAGIKANVNGAKDNLNSFKNSVDTDAKGAQEALKAADANVENAISVINNDINILQSINDILHSDLLSSFINKMQNIRDQLVQNKLNIDNLIKTLSNGSKNFSDAVASVIQNIDKISQFMDDSIGNFDNTISPQISRLVNNTTDMANNSLGLLESEKNTMPLINNLLKDADIGTALGEEHIKSIKDKFPQIEESIHANTEKLKNLNDDEKFNELATFLQKNTKNVSSFLADPIELVQNRVFPIPNYGSAMAPFYSTLAIWVGGFTLLSILSVHVEPFEKVKNLGTTKMFFGRFLTLATLSVLQTIIIILGNLFFIKTYTVDPVVLLIFSIYVGLVFMMIIYTLVSVFGNVGKALALIIMVLQVSASGGTFPIQLTPKFFQNVSPMLPFAYAIGGMREAEGGIIWSSLYYNIGILSIYFFISIIIAIFLKEKVNKKSEKFVNKMRESGLVGE
>NC_020291.1|WP_015390692.1|641802_642036_+|hypothetical-protein
MKSLLNVFILLALIVALLLAVIAIIRGYKGMKISKQFETSDKKIKFAYWLLSAIHMWVGIVVTLCYVIAGMLILNRL
>NC_020291.1|WP_015390693.1|642048_642303_+|hypothetical-protein
MGIILLPFIAAIIGIIIFLICFIGTCLIIIGGTGMAMNKIYLKQMKTNNVLLKPQFNISSIILGIIFIIFPLGCVLSGVIYSLA
>NC_020291.1|WP_015390694.1|642938_644183_+|DUF2334-domain-containing-protein
MIYDKQLFSIESNLKISFEGKLLKFISPIYRDINRYFLPLVEFIGLIGGAFNITGSKIDILFKGKSPIFINYETDDYKFTLVNSVLYLSLFDICSMLNAKSKWDYDSSSIFLYLDRNKYESYTRPPGRNALIRFEDVTAGDEYLDSDNLEKFRIVADYMFSNGVPFHIAWIPRFVDPPNSIDNDISKDYSMPNSNFLFTMEYLLSRNGVIGLHGYTHQYQKEVSADGTEFNEERNNDEKSIRKRVEAAINMAKKLELPVKFFESPHYAATQFQQSIFEQYFDVIYEGYVGIWGRKIVKSPRNHRTLYIPTPLSYVEDKDSTKEMLDRINHLSENTLASLFYHPNIDFEYITLQNDTSGYPISNYSENSPLHRIIKKLYDKGYSFAKITDLGFNNTKNISIELVRLYKYFKNKIL
>NC_020291.1|WP_015390696.1|644466_645087_-|TetR/AcrR-family-transcriptional-regulator
MNQEQETHAPRQKRSELTRSKILDTALELFCQKGYYKTTTNEIATCANISIGNLYFYFPNKETIFLEILDRYHQSFLAIHETFLSEMENLNDNFRDFLMKLMEVIIKNHEESKALNQEIQILSFSNPKVAEILETQQTHVENAVLRYFQKIKDKIKVHDIEAATSITFSLINSIVDQIVFSKNKISRKRLLEETVNAVEAYLFVVD
>NC_020291.1|WP_015390697.1|645138_646329_-|alpha/beta-hydrolase
MGFLFKNKHFDYQALRTLGTTPVGQADISEVTATSQKIKNGSCSSWCTEWEKTADRVRKFGEECLKEGLETSASESFLRASNYYRTAEFYLNYGSNKEYMDKINTLSTQCFNLAIKYGPYHIEPVEIPFEWISLPGHFYHADTKGPAPTIIVISGNDGTKEELYAIGIAAIKRGMNCLAFDGPGQGESIRRRNIPFRYNYETAIFPAVDFVLKDLSVDHDRIILWGESLGGYFAPRAAAFEKRISACIANGGLYDCLSLNPKKREATLNKIHKHATTFNLISRMLMKMSVALDWRFRHGFLTFGVDTPAEYVLSYKNFCLDGVTSKISCPVLVIGNESDKKAWNTQSKILYDKLECPKDYLFFTNNEGAGYHCQVGCRIYANDRIFNWIEKTIATI
>NC_020291.1|WP_015390698.1|646473_647268_-|SDR-family-NAD(P)-dependent-oxidoreductase
MKEKQKYIVITGASSGIGYETAKAFAKRNKNLVIVARSKDNLEKLKEEILQENPLLNVIIKCVDLSITSKVHQLYEELKPYCIETLINNAGFGNYSSVADQDIEKIETMLRLNIDALVILSSLFVRDYKDVTGSQLINISSSGGYIIVPNAVTYCASKFFVSTFTEGLARELKACNAKLQAKVLAPAATKTNFGNIANNVQKYDYDKSFGTYHTSKQMADFLLKLYDSNEVIGLVNRETFEFELSSPLFNYSGNSQNNQTCYTL
>NC_020291.1|WP_015390699.1|647376_647748_+|MerR-family-transcriptional-regulator
MNYSIGEFSKLTNLSIDTLRYYEKEGLITPERKENGRRYYSEKDVTWIAFIKRLKETRMPIKEIQEYAKLRAIGDKTMAERMEMLIKHRTALEEEIMRANENLQKLNEKIDFYKSAIDEKLIL
>NC_020291.1|WP_015390700.1|647940_648642_+|radical-SAM-protein
MSNFSYKDIYMEDVRRVLEVNILPEKHCNFDCIFCPIGRSQNKVDTQKSFDKIDSSLAELESKIETGKAELIFINSKGEALVHDKIDDIIDFVKAKGLQVRLLSNGYLLSREEYIEISNKCDEVVGEIKVITEEDFQKVQRPIEGYTLAEYISNMASFNKQYKGKFIFEITIIKGYNDDEKSIEKIKAVIKEISPDEIIVARMEEDRFKKKLGITDERYEEISKALLDDVWKF
>NC_020291.1|WP_015390701.1|648721_648973_+|hypothetical-protein
MLEYRYDTQLLIEGENLDEDKINEYFTKNFKGDCLLAVGDEELIKIHYHTNEPWKVLEYCASLGEIYDIVIEDMERQSKGLKG

Crispr_ID: NC_020291_5

• CRISPR_ID: NC_020291_5
• CRISPR_location: 1174106-1174207
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_020291_5

Consensus_repeat	Method
ATCAGATGGTACTAGAGGTGCAATGAA	CRISPRCasFinder

spacers of NC_020291_5

>5.1|1174133|48|NC_020291|CRISPRCasFinder
AACTGGATGGCAATATATTGGAGGTACATGGTACTACTTAAATCCAAT

CRISPR arrays and Neighbor proteins around NC_020291_5

CRISPR arrays

The CRISPR arrays of NC_020291_5

>merge|NC_020291|5|1174106-1174207|CRISPRCasFinder
ATCAGATGGTACTAGAGGTGCAATGAAAACTGGATGGCAATATATTGGAGGTACATGGTACTACTTAAATCCAATATCAGATGGTACTAAAGGTGCAATGAA

>NC_020291|5|5|1174106-1174207|CRISPRCasFinder
ATCAGATGGTACTAGAGGTGCAATGAA	AACTGGATGGCAATATATTGGAGGTACATGGTACTACTTAAATCCAAT
ATCAGATGGTACTAAAGGTGCAATGAA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_020291.1|WP_015391165.1|1181956_1182337_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015391154.1|1168026_1168791_-|dioxygenase	unknown	unknown	gnl|CDD|153375
NC_020291.1|WP_015391166.1|1182364_1183339_-|flotillin-like-protein-FloA	unknown	unknown	gnl|CDD|237462
NC_020291.1|WP_015391156.1|1169573_1170047_+|glutathione-peroxidase	unknown	unknown	gnl|CDD|223463
NC_020291.1|WP_015391151.1|1164443_1164635_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015391163.1|1179358_1181005_-|hydroxylamine-reductase	unknown	unknown	gnl|CDD|235391
NC_020291.1|WP_015391152.1|1164734_1166210_-|6-phospho-beta-glucosidase	unknown	unknown	gnl|CDD|182112
NC_020291.1|WP_015391153.1|1166430_1167888_+|MFS-transporter	unknown	unknown	gnl|CDD|341045
NC_020291.1|WP_015391169.1|1185228_1186956_+|phospho-sugar-mutase	unknown	unknown	gnl|CDD|100092
NC_020291.1|WP_015391168.1|1184108_1184957_-|GHKL-domain-containing-protein	unknown	unknown	gnl|CDD|225827
NC_020291.1|WP_015391157.1|1170090_1170957_+|NAD(P)/FAD-dependent-oxidoreductase	unknown	unknown	gnl|CDD|223566
NC_020291.1|WP_015391162.1|1175797_1179286_+|AAA-family-ATPase	unknown	unknown	gnl|CDD|129705
NC_020291.1|WP_015391150.1|1163599_1164328_+|DUF523-domain-containing-protein	unknown	unknown	gnl|CDD|377367
NC_020291.1|WP_015391170.1|1187114_1188215_+|tetratricopeptide-repeat-protein	unknown	unknown	gnl|CDD|276809
NC_020291.1|WP_015391155.1|1169040_1169475_+|MarR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|197670
NC_020291.1|WP_015391159.1|1171445_1171982_+|glutathione-peroxidase	unknown	unknown	gnl|CDD|223463
NC_020291.1|WP_015391167.1|1183411_1183909_-|membrane-bound-serine-protease	unknown	unknown	gnl|CDD|223961
NC_020291.1|WP_015391158.1|1170973_1171285_+|thioredoxin	unknown	unknown	gnl|CDD|200072
NC_020291.1|WP_026106441.1|1174587_1175823_+|exonuclease-SbcCD-subunit-D	unknown	unknown	gnl|CDD|223497
NC_020291.1|WP_015391164.1|1181194_1181938_-|response-regulator-transcription-factor	unknown	unknown	gnl|CDD|225818

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_020291.1|WP_015391154.1|1168026_1168791_-|dioxygenase	gnl|CDD|153375	cd07363, 45_DOPA_Dioxygenase, The Class III extradiol dioxygenase, 4,5-DOPA Dioxygenase, catalyzes the incorporation of both atoms of molecular oxygen into 4,5-dihydroxy-phenylalanine. This subfamily is composed of plant 4,5-DOPA Dioxygenase, the uncharacterized Escherichia coli protein Jw3007, and similar proteins. 4,5-DOPA Dioxygenase catalyzes the incorporation of both atoms of molecular oxygen into 4,5-dihydroxy-phenylalanine (4,5-DOPA). The reaction results in the opening of the cyclic ring between carbons 4 and 5 and producing an unstable seco-DOPA that rearranges to betalamic acid. 4,5-DOPA Dioxygenase is a key enzyme in the biosynthetic pathway of the plant pigment betalain. Homologs of DODA are present not only in betalain-producing plants but also in bacteria and archaea. This enzyme is a member of the class III extradiol dioxygenase family, a group of enzymes which use a non-heme Fe(II) to cleave aromatic rings between a hydroxylated carbon and an adjacent non-hydroxylated carbon.	2.68199e-120
NC_020291.1|WP_015391166.1|1182364_1183339_-|flotillin-like-protein-FloA	gnl|CDD|237462	PRK13665, PRK13665, hypothetical protein; Provisional.	0
NC_020291.1|WP_015391156.1|1169573_1170047_+|glutathione-peroxidase	gnl|CDD|223463	COG0386, BtuE, Glutathione peroxidase [Posttranslational modification, protein turnover, chaperones].	1.16982e-92
NC_020291.1|WP_015391163.1|1179358_1181005_-|hydroxylamine-reductase	gnl|CDD|235391	PRK05290, PRK05290, hybrid cluster protein; Provisional.	0
NC_020291.1|WP_015391152.1|1164734_1166210_-|6-phospho-beta-glucosidase	gnl|CDD|182112	PRK09852, PRK09852, cryptic 6-phospho-beta-glucosidase; Provisional.	0
NC_020291.1|WP_015391153.1|1166430_1167888_+|MFS-transporter	gnl|CDD|341045	cd17502, MFS_Azr1_MDR_like, Saccharomyces cerevisiae Azole resistance protein 1 (Azr1p), and similar multidrug resistance (MDR) transporters of the Major Facilitator Superfamily. This subfamily is composed of multidrug resistance (MDR) transporters including various Saccharomyces cerevisiae proteins such as azole resistance protein 1 (Azr1p), vacuolar basic amino acid transporter 1 (Vba1p), vacuolar basic amino acid transporter 5 (Vba5p), and Sge1p (also known as Nor1p, 10-N-nonyl acridine orange resistance protein, and crystal violet resistance protein). MDR transporters are drug/H+ antiporters (DHA) that mediate the efflux of a variety of drugs and toxic compounds, and confer resistance to these compounds. This subfamily belongs to the Methylenomycin A resistance protein (also called MMR peptide) and similar multidrug resistance (MDR) transporters (MMR-like MDR transporter) family of the Major Facilitator Superfamily (MFS) of transporters. MFS proteins are thought to function through a single substrate binding site, alternating-access mechanism involving a rocker-switch type of movement.	1.45775e-63
NC_020291.1|WP_015391169.1|1185228_1186956_+|phospho-sugar-mutase	gnl|CDD|100092	cd05799, PGM2, This CD includes PGM2 (phosphoglucomutase 2) and PGM2L1 (phosphoglucomutase 2-like 1). The mammalian PGM2 is thought to be a phosphopentomutase that catalyzes the conversion of the nucleoside breakdown products, ribose-1-phosphate and deoxyribose-1-phosphate to the corresponding 5-phosphopentoses. PGM2L1 is thought to catalyze the 1,3-bisphosphoglycerate-dependent synthesis of glucose 1,6-bisphosphate and other aldose-bisphosphates that serve as cofactors for several sugar phosphomutases and possibly also as regulators of glycolytic enzymes. PGM2 and PGM2L1 belong to the alpha-D-phosphohexomutase superfamily which includes several related enzymes that catalyze a reversible intramolecular phosphoryl transfer on their sugar substrates. Other members of this superfamily include phosphoglucosamine mutase (PNGM), phosphoacetylglucosamine mutase (PAGM), the bacterial phosphomannomutase ManB, the bacterial phosphoglucosamine mutase GlmM, and the bifunctional phosphomannomutase/phosphoglucomutase (PMM/PGM). Each of these enzymes has four domains with a centrally located active site formed by four loops, one from each domain. All four domains are included in this alignment model.	0
NC_020291.1|WP_015391168.1|1184108_1184957_-|GHKL-domain-containing-protein	gnl|CDD|225827	COG3290, CitA, Signal transduction histidine kinase regulating citrate/malate metabolism [Signal transduction mechanisms].	1.73702e-35
NC_020291.1|WP_015391157.1|1170090_1170957_+|NAD(P)/FAD-dependent-oxidoreductase	gnl|CDD|223566	COG0492, TrxB, Thioredoxin reductase [Posttranslational modification, protein turnover, chaperones].	7.09415e-63
NC_020291.1|WP_015391159.1|1171445_1171982_+|glutathione-peroxidase	gnl|CDD|223463	COG0386, BtuE, Glutathione peroxidase [Posttranslational modification, protein turnover, chaperones].	3.70794e-85
NC_020291.1|WP_015391150.1|1163599_1164328_+|DUF523-domain-containing-protein	gnl|CDD|377367	pfam04463, DUF523, Protein of unknown function (DUF523). Family of uncharacterized bacterial proteins.	2.98152e-61
NC_020291.1|WP_015391170.1|1187114_1188215_+|tetratricopeptide-repeat-protein	gnl|CDD|276809	sd00006, TPR, Tetratricopeptide repeat. The Tetratricopeptide repeat (TPR) typically contains 34 amino acids and is found in a variety of organisms including bacteria, cyanobacteria, yeast, fungi, plants, and humans. It is present in a variety of proteins including those involved in chaperone, cell-cycle, transcription, and protein transport complexes. The number of TPR motifs varies among proteins. Those containing 5-6 tandem repeats generate a right-handed helical structure with an amphipathic channel that is thought to accommodate an alpha-helix of a target protein. It has been proposed that TPR proteins preferentially interact with WD-40 repeat proteins, but in many instances several TPR-proteins seem to aggregate to multi-protein complexes.	1.97589e-11
NC_020291.1|WP_015391155.1|1169040_1169475_+|MarR-family-transcriptional-regulator	gnl|CDD|197670	smart00347, HTH_MARR, helix_turn_helix multiple antibiotic resistance protein.	2.46309e-20
NC_020291.1|WP_015391162.1|1175797_1179286_+|AAA-family-ATPase	gnl|CDD|129705	TIGR00618, Nuclease_SbcCD_subunit_C, exonuclease SbcC. All proteins in this family for which functions are known are part of an exonuclease complex with sbcD homologs. This complex is involved in the initiation of recombination to regulate the levels of palindromic sequences in DNA. This family is based on the phylogenomic analysis of JA Eisen (1999, Ph.D. Thesis, Stanford University). [DNA metabolism, DNA replication, recombination, and repair].	1.09428e-43
NC_020291.1|WP_015391167.1|1183411_1183909_-|membrane-bound-serine-protease	gnl|CDD|223961	COG1030, NfeD, Membrane-bound serine protease (ClpP class) [Posttranslational modification, protein turnover, chaperones].	1.2993e-22
NC_020291.1|WP_015391158.1|1170973_1171285_+|thioredoxin	gnl|CDD|200072	TIGR01068, Thioredoxin-like_protein_slr0233, thioredoxin. Several proteins, such as protein disulfide isomerase, have two or more copies of a domain closely related to thioredoxin. This model is designed to recognize authentic thioredoxin, a small protein that should be hit exactly once by this model. Any protein that hits once with a score greater than the second (per domain) trusted cutoff may be taken as thioredoxin. [Energy metabolism, Electron transport].	1.02434e-33
NC_020291.1|WP_026106441.1|1174587_1175823_+|exonuclease-SbcCD-subunit-D	gnl|CDD|223497	COG0420, SbcD, DNA repair exonuclease [DNA replication, recombination, and repair].	5.51632e-59
NC_020291.1|WP_015391164.1|1181194_1181938_-|response-regulator-transcription-factor	gnl|CDD|225818	COG3279, LytT, Response regulator of the LytR/AlgR family [Transcription / Signal transduction mechanisms].	1.40217e-46

Protein sequences

>NC_020291.1|WP_015391159.1|1171445_1171982_+|glutathione-peroxidase
MIYDFNVKAVRGREVSMEDYKGKVLLIVNTATGCGFTPQYEGLQKLYDKYKHNGFEILDFPCNQFLEQAPGSDEEIVSFCQLKYRTTFKTFSKIDVNGENASDLYKYLREQAPKAAEDEASEGLYDKLKGYGFSTDGDEIKWNFTKFLIDKEGNVIERFAPTYEPEKIAEKIEELLKK
>NC_020291.1|WP_015391158.1|1170973_1171285_+|thioredoxin
MVKVIEENVFKSEISEGIVVVDFFATWCGPCKMLSPILDDLSAEMEGKVKFIKVDVDSCTEIVNEYDVSNIPAVFIFKNGEKKDVLVGFSPKENIKEKIDLYL
>NC_020291.1|WP_015391157.1|1170090_1170957_+|NAD(P)/FAD-dependent-oxidoreductase
MSERYDLAIIGSGPAGLSAALNAKIRKKKFIIFGTNELSAKLTKAEKINNYLGFYGKSGAEIRDEFVKHLDFMDISIKEEKINNIYAMGDYFALMVNEKMYEATSIILATGVNFGKPFKGEEEFLGKGVGYCATCDAPLYKDKVVTIIAYNKHEEAEVNFLSTIASKVYYLPMYKEKVDVNESVEIIKDIPLEIIGDKKVNKLILKNSEIETDGIFILRDSVAPGQLVPGLKMDGSHIEVDKKMKTNLKGCFAAGDIVGVPYQYIKAAGEGNIAALSAVSYIDEVSKK
>NC_020291.1|WP_015391156.1|1169573_1170047_+|glutathione-peroxidase
MNFYDFAANKMNGKEIKMEEYKGKVILIVNTASKCGLTPQLEGLENLYKEYKDKNFEILGFPCNQFANQDPGTNKEISEFCLINYGVTFMMFEKIDVNGQKAHPIYKFLKENAKGTFGSEIKWNFTKFLIDKEGNVIKRYAPITTPEKIKSDIEKLL
>NC_020291.1|WP_015391155.1|1169040_1169475_+|MarR-family-transcriptional-regulator
MDKYNSIKLENQLCFPIYALSREIIKLYKPFLDKFNLTYTQYVTMLVMWEDEKITFKNLGKKLHLDSGTLTPVLKKLESANLIIKYRTKEDDRVVVVELTEEGRKLKDDILEVPQNMFCKLQMSGADALELKNRLNDVLKIFDN
>NC_020291.1|WP_015391154.1|1168026_1168791_-|dioxygenase
MIKPLFLAHGSPMMAIEKSVYTKFLNNLGHSINPKAIVVFTSHWTTEKITISSIDSIYDTMYDFYGFPKELYQIKYPAKGSSSLALTIQNKLIASGIQTKLDSARGLDHGTWTVLQHLYPNADIPVIQVSINCTLSVEEQIRIGAALKDLSQEDILIIGSGNTVHNLRLVNWDSSDTDPWAQEFDDWLINKIETNDFKALYDYRNSAPHANLAAPTQDHLVPLFITLGSSPNLSPKIIYRDYQLGNLSYLCYEF
>NC_020291.1|WP_015391153.1|1166430_1167888_+|MFS-transporter
MDSRKINIMIALLVAMFLGAIEGTVVTTAIPTIVKELQGFEIISSVFSVYLLTSAISTPIYGKLSDLYGRKNILSIGIIIFLIGSFLCGLSQNMYMLIICRAIQGIGAGAIFTVTYTIIGDVFTIEERPKIQGIISAVWGIASLAGPFIGGILIDILSWHWIFFINIPFGIVSVILIQRNLNESFEKKKHKIDFAGIITLSAAMLVFLNIFMSTENTNTTSNKFIVISLVITIVLLMLFYKIEEKAEEPIVPFDIFTKSSTIVNLVSLLDSTILIGANVYMPIYIQNVLGFSPEISGLALAPMSASWLIASVFLGKMIMKHGGKAVIVMSNIILFISTVLLITLDIKSSLVIVLVYVFIMGFGFGGAFTTLTIIVQESVEFNQRGVAMSTNSLLRTLGQTIGVSIFGSIFNLYIVKYFVKLGINGVEPSDLYKASSGNAILTSEQISLSLNSSLHVLFIIFVVICIVASALSVLMPKMIESYEKR
>NC_020291.1|WP_015391152.1|1164734_1166210_-|6-phospho-beta-glucosidase
MTIRRFPEGFLWGGATAANQVEGGWKDGGKGISVSDCARHHLDVDVTNYKKHNTVTSKDIEEALKTDDESLYPKRHGSDFYHHYKEDIKLFAEMGFKVYRMSIAWSRIFPNGDDIEPNEEGLQFYDNVFDECLKYGIEPLVTMSHYEPPINLVLNYNGWYSRELVGFFEKYVTTICTRYKDKVKYWLTFNEIDSMIRHPYTTGGLIEDRFPGMNWEQVIFQAMHHQFIASALATKICHEIIPEAKVGCMLTKLTYYPYTCKPEDVLKAQQDMRATYCYSDTQVFGEYPSYLLARFKNNGIIIKKEPGDDEIMRNYPVDFVSFSYYMSSCTAASTEGLDISAGNTITAIKNPYLPSSAWGWQIDPIGLRISMVDLYDRYRKPLFIVENGLGARDEVNTDGTIDDQYRIDYFNSHFKSMLDAIEYDGVECLGYTSWGCIDIVSESTKQMSKRYGFIYVDCDDYGNGTFKRIPKKSFYWYKNVIKSNGECLFEN
>NC_020291.1|WP_015391151.1|1164443_1164635_-|hypothetical-protein
MHNEKNRNNANTGNNSEELLIDISSSKSPASDTEDMLETNNSNISRSSISPETIDVNDDDDDD
>NC_020291.1|WP_015391150.1|1163599_1164328_+|DUF523-domain-containing-protein
MYIISACLCGVNCRYNGKSGSNERCLKLFREGKAVLVCPEQLGGLPTPRNPVELDNTASQIIEGNGKAISNKGEDVTEKFLNGAYETLKIAKELGATKAILKEGSPSCGANFVHDGTFTGNRINGKGITAKILENEGITVFSDEDLEINNSKLVYLNEFDREKAKKRRLFELEEEDDEEEEYFDLTENLTDMSELPPKVEENVKKLMISLARDLMGFEELDEIAEATGLSIEEVEEILNEEE
>NC_020291.1|WP_026106441.1|1174587_1175823_+|exonuclease-SbcCD-subunit-D
MRILHTGDWHLGKNLEGISRMDEQEEFLNDFVEIVEENNIDLIMIAGDVYDSSNPPARAEKMFYDTLKRLSKNGERLTLVIAGNHDNPDRLVAAGPLAREHGIIMVGTPKTVVPCGDYGKHKILDSGEGFIEIEINNEKTVILTVPYPSEKRLNEVIYNYMEDEEEKAQSYSEKIFSLFDSLKSHYREDTINLVISHLFAMGSEESGSERSIQLGGTYIVDGNCFPKEAQYIALGHVHKPQVVPGTNKRARYCGSPIHYNKKEINFEKKCYIVEVKAKEEGKIEELNLKVYKPIEIWKCADIDDAIAKCEENKARKCFVYLEIETDRYIREDEIKQMKELKKDILEIMPKIKGTTEEEVDFNLNEKSFEEIFIDFYTKERGTAPEEDVVSLLLSIINEEEGEINETSKIED
>NC_020291.1|WP_015391162.1|1175797_1179286_+|AAA-family-ATPase
MRPVRLKIRGLNSFIDEQTIDFDKLTDRGFFGIFGPTGSGKSTILDGITLALYGNLARKSSNFINTNCDRLNVNFEFQISGSETRKYIIDREFRRKKDGSINSGKCKIVDITDSEEVLADSVKNMNKKVEEIIGLNLEDFTRTVVLPQGKFSEFLKLEGKDRRDMLERLFNLEQFGDNLTRKLNTKISKERTENSVLIGQLSVYSDISDEKLKEKQAELQLTILNLENLKKELDNIEKNYKENEELWKLQLELLEYKNKEKLLKEKEEEINKDIEKIRLGEAGEKVIPYIKAYENTKKEFTKNEVEFQDLKVKIEKIKEEQENIEKSWNEIKDKKENKLPQLMIQEEKIKNAIEEKKLLEKILAEINMLMTHIEEVKIKLEKGQKDLIEIENEIKIKDKEIKEDEKRYDEIKIDELIKEKVQEGILCEEKISSLKNNISKDTEKKAKIEKENDDIIASGKALKETIEEATKELEEKLNQHEYLLNNPPGEQKDLLNLKQVILENEQNWSNFNKFTNEIAASKKEIVKLNTEIEKIQMEEAKNNQELEELKAKEKEIMTENIAHTLRMELKDGEACPVCGAIHHIKENIKVLSATDISLIENKIKEKEEFIKVVNNNIIENQTKVITLNEKISNNESEIINIGSEFKEKTLEKLQEEFINLEKALENYNKDKEGLDKIINELKNNINIKNGEINELRAVVRTNMKQLKELEENIKVNTQEFNELNNNVNLLKSETLITNFIEKNEEIKAVEKERERLAKKIKENRVAIENLENRKEKLNNEVISIKELLVKYNADLAAYEKNRDEKLLAIRSKVSEESNLDNMLSEVQENIKNINEEFFSAQKNKDRIQKEFTDNNEKLIDVGSKYKELIKRKKDEEAQLEVSIDSEGFKSLEEVKANLIEKEEINKYKEKIDDYRENLSKVKGTIESLLNKIDGKTLNEEDYTKVKLLKEQKEIEFSSVNENKIKVDEELKKIKIKLNEQRELFEKKNKLEHKLALLGDLEKLFKGKKFVEFVAINKLKYISIEASKRLREITHGNYGLEVDENGKFMIRDYKNGGAERDSSTLSGGETFIASLSLALALSAQIQLKGTAPLELFFLDEGFGTLDDELLEVVMGSLERIHNEKLKVGIISHVEAIKNRVPIKLMITPAECGMGGSKVRIERS
>NC_020291.1|WP_015391163.1|1179358_1181005_-|hydroxylamine-reductase
MVQEMFCFQCEQTAGGKGCTKVGVCGKTPEIAAMQDLLIYQLKGISIYANELIKKGEVIDKTIVSFVEDSLFMTLTNVNFDPAAHLTKLKKSQEIKEALRKKVSTDGIKAPEALYDLAASTEAMLEDAKKAGIMYDENLNPDIRSVRETIKYGLKGISAYSHQARFIKHSSDEVDNFYFKALAALTDNDLTLDDLIKLLVETGEKSVKIMETLDTANNGLYSSPTPTKVNVNIKKGPFIIVSGHDLKDLEMLLQQTEGKGINIYTHGEMLPSHGYPELNKYPHLVGNFGSAWQNQQKEFDNIPGCILMTTNCLMKPKDSYQDRLFSTSVVGWDRIKHIEKDENGHKDFSEVINKALELGGFKEDEEVKEILVGFGHKATLSHAETIINAVKDGKVKHFFLIGGCDGAKPGRNYYTEFAEKVPKDSIILTLACGKYRFNKLEFGEVAGLPRLLDVGQCNDAYSAVRIALALADAFNCGVNDLPLSIILSWYEQKAVADLLALLSLGVKGMYLGPSLPAFLTPNVLQFLIDNFDIKPISTPDEDLKQILG
>NC_020291.1|WP_015391164.1|1181194_1181938_-|response-regulator-transcription-factor
MNIKVLIVDDEQGMRTIIKKILDKSSGFEVVGDTDNGEEAIKIFKEHRPEVVFFDIEMPGCNGIDCAKILTDIDPKTIIIFATAHQEYMSDAFQLYAFDYLVKPFKIERVLHTLDRIKTLNKPNYEDGIDKIIKHEKGLDKLMIKNKEGISFVDTKEIVLIQREDSSTVIYTQSDSFTTSISLSEIEEKLDHSQFFRSHKSYIINLSLITKIYPYGRWTYIVKLKNTEKDALLTHEKYEEIKKLFSL
>NC_020291.1|WP_015391165.1|1181956_1182337_-|hypothetical-protein
MKSNEIFKSTLTALKDSFITNDKIGLRVNFQYPFGTLPKNEFTISTSLRPEDDNGASDVSIPVGDNKDYTEANSSYNKQQSASSNPQGVIDSITQELTSVKLQQAIILSEIVGKPRSKTRRQRRRF
>NC_020291.1|WP_015391166.1|1182364_1183339_-|flotillin-like-protein-FloA
MINLIIVAIAVVCLVFLFITFIPIGLWISSLAANVQVSIFNLIGMRLRRVVPSKIVIPLIKSTKAGMGLTVNQLEAHYLAGGNVDNVVNALIAAHRADIDLQFEKAAAIDLAGRDVLEAVKMSVNPKVIETPNVSAVAKDGIELLVKARVTVRANLERLVGGAGEATILARVGEGIVTTVGSSTSHKIVLENPDAISKTVLSKGLDAGTAFEILSIDIADVDVGRNIGAQLQTLQAEADKNIAQAKAEERRAMAVAKEHEMRAAVVEAESEVPKAMAYALREGKLGIMDYYDMQNVIADTSMRSSISSAGNKTQISNNDNKKMK
>NC_020291.1|WP_015391167.1|1183411_1183909_-|membrane-bound-serine-protease
MSTFLPDITLLTLLLLIIGFGLVFLEMHIPGFGIPGILGAICLILAVALTAQNFAEGLVMTLGILAILGIMLGVVLTFFTKGKFFKPLILPDVQRKEHGYISSSDLDYLLGKKGIALTDLRPSGSIDIDGVKFDVISDGEYISSGTKVEIFKVSGVKLLVKKTKD
>NC_020291.1|WP_015391168.1|1184108_1184957_-|GHKL-domain-containing-protein
MAIKKQVYNISKIVLVSIFLNLIQIISITLFIYYKYKNPYMIEGNFILNVIAISIGVNSIITGIIFYNLLFKKGNNNLIDTLNYLEALNKTLRTQRHDYLNHIQVIYSLMELEEYDEARRYIEPVYKDIIRVSKALKTSKPAVNALLQAKLQVAEKNNIDMELEIKSDLQYLNIEPWEFCRIIGNIIDNAIFSLKEKPDNKYILVEFSEDLENIRINISNNGNMIPKDIIDKIYDAGFTTKGNKGDGMGLAIVKEIIENFSGTISVISTIQRTSFEVVIPKK
>NC_020291.1|WP_015391169.1|1185228_1186956_+|phospho-sugar-mutase
MNYKEKYNLWIESDVINEETKNELKSISDEKEIEDRFYQDLDFGTGGLRGIIGAGSNRMNIYTVAKATQGFADYLNANFKEPSLAIAYDSRNMSKEFAKAAALTLCANNVKVFLYESLRPTPVLSFTVRELKCAGGIVVTASHNPKIYNGYKVYDEFGGQVTDEKANIIINCVNAVDDFSKIKSIDEKEALEKGLLKYIGEDVDRAYYDRVKGLTIRTDLVKEKADNLNVIYTPIHGSGNVPVRAVLKELGYSNVKVVKEQEAPDGNFPTASYPNPENPDVFKLALDMAKDENPDIIFGTDPDCDRIGVVVKDSSGEYKVLTGNQTGLLLTHYVLSSLKETNKLPQNGVVIKTIVTTEGARSIAEDFDIELMDVLTGFKYIGEKIREFEDAGNKTYLFGFEESYGYLAGNFVRDKDAVIASMLICEMCLYYKQQGKSLYDALIDLYEKYGYFTENLVSIELKGKEGQEKIASCIEAMRNDPLNEVDGVKIVKRLDYKLSTEEDTVNNTKTTIDLPKSNVLKYILENGSYFVVRPSGTEPKMKVYLAVKSNSLDNAGKDIAEFKEKVMEKINAKLS
>NC_020291.1|WP_015391170.1|1187114_1188215_+|tetratricopeptide-repeat-protein
MSNYKTLYKDKLSKLLFLEMKKEGFKKNLNIPQEVKFKNDDLYMPISAEYVAANANNEIKLNNLPIYYFVEGMFIVFGADKNVKYIDDYGTILGYIPDSEECVKSLIADRIKKDRLEDAYILLKGLYRYTKEEEILTKLLAVGETIREKDSSFGELLLEDIDECKDNFEKSPEPYLYKALILKDKGDYKGAQVEINEYMNKGGKQTSEIKQIITDINNIGGFEKAVEYLKDEPKKAIDLLLPLSEEFKENPLIYYYLGVGYRRIDNYNKAIHYLTQSLSIESGSLETVNELGMNYACLGDYEEAVKYFRKAFEASKEVEICTNIVMCYINLGDKEQAKLNLDIAKKLAPEDPIVIEIDQMLNRTVK

Crispr_ID: NC_020291_6

• CRISPR_ID: NC_020291_6
• CRISPR_location: 2066409-2066536
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NC_020291_6

Consensus_repeat	Method
GCATAGCTGCTCTTTTTATAAGGGCA	CRISPRCasFinder

spacers of NC_020291_6

>6.1|2066435|20|NC_020291|CRISPRCasFinder
TAGCTGCTCTTTTTATAAGG
>6.2|2066481|30|NC_020291|CRISPRCasFinder
TTCTTATATGCAGATAGTTTCCGTATTGCA

CRISPR arrays and Neighbor proteins around NC_020291_6

CRISPR arrays

The CRISPR arrays of NC_020291_6

>merge|NC_020291|6|2066409-2066536|CRISPRCasFinder
GCATAGCCACTCTTTTTATGAGTGCATAGCTGCTCTTTTTATAAGGGCATAGCTGCTCTTTCTAAGGGAATGTTCTTATATGCAGATAGTTTCCGTATTGCAGCATAGCTGCTCTTTTTATAGGGGCA

>NC_020291|6|6|2066409-2066536|CRISPRCasFinder
GCATAGCCACTCTTTTTATGAGTGCA	TAGCTGCTCTTTTTATAAGG
GCATAGCTGCTCTTTCTAAGGGAATG	TTCTTATATGCAGATAGTTTCCGTATTGCA
GCATAGCTGCTCTTTTTATAGGGGCA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_020291.1|WP_015391951.1|2056237_2056381_+|cyclic-lactone-autoinducer-peptide	unknown	unknown	unknown
NC_020291.1|WP_015391959.1|2066706_2068188_+|cellulase-family-glycosylhydrolase	unknown	unknown	gnl|CDD|225344
NC_020291.1|WP_015391967.1|2077233_2077533_+|hypothetical-protein	unknown	unknown	gnl|CDD|374983
NC_020291.1|WP_015391952.1|2056653_2058795_+|endoglucanase	unknown	unknown	gnl|CDD|376383
NC_020291.1|WP_015391961.1|2069753_2070974_-|multidrug-effflux-MFS-transporter	unknown	unknown	gnl|CDD|340878
NC_020291.1|WP_015391960.1|2068222_2069362_+|endoglucanase	unknown	unknown	gnl|CDD|226609
NC_020291.1|WP_015391950.1|2053441_2056057_+|cellulose-1,4-beta-cellobiosidase-CelK	unknown	unknown	gnl|CDD|376383
NC_020291.1|WP_015391949.1|2050799_2053025_+|endoglucanase	unknown	unknown	gnl|CDD|376714
NC_020291.1|WP_015391962.1|2071263_2072148_-|MBL-fold-metallo-hydrolase	unknown	unknown	gnl|CDD|293798
NC_020291.1|WP_017810738.1|2062163_2063486_-|GHKL-domain-containing-protein	unknown	unknown	gnl|CDD|340412
NC_020291.1|WP_015391956.1|2063473_2064205_-|response-regulator-transcription-factor	unknown	unknown	gnl|CDD|225818
NC_020291.1|WP_015391963.1|2072452_2072788_+|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|224647
NC_020291.1|WP_015391965.1|2074941_2076900_+|tetracycline-resistance-ribosomal-protection-protein	unknown	unknown	gnl|CDD|223556
NC_020291.1|WP_015391968.1|2078239_2078992_+|SGNH/GDSL-hydrolase-family-protein	unknown	unknown	gnl|CDD|238141
NC_020291.1|WP_015391953.1|2058820_2060647_+|endoglucanase	unknown	unknown	gnl|CDD|378986
NC_020291.1|WP_015391957.1|2064492_2065089_-|AgrB-like-protein	unknown	unknown	gnl|CDD|234898
NC_020291.1|WP_015391954.1|2060675_2062094_+|cellulase-family-glycosylhydrolase	unknown	unknown	gnl|CDD|226444
NC_020291.1|WP_017810737.1|2078975_2079128_+|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015391958.1|2065459_2065996_+|CPBP-family-intramembrane-metalloprotease	unknown	unknown	gnl|CDD|376806
NC_020291.1|WP_015391964.1|2073698_2074958_+|tetracycline-efflux-MFS-transporter-TetA(P)	unknown	unknown	gnl|CDD|349949

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_020291.1|WP_015391959.1|2066706_2068188_+|cellulase-family-glycosylhydrolase	gnl|CDD|225344	COG2730, BglC, Endoglucanase [Carbohydrate transport and metabolism].	1.05011e-49
NC_020291.1|WP_015391967.1|2077233_2077533_+|hypothetical-protein	gnl|CDD|374983	pfam17098, Wtap, WTAP/Mum2p family. The Wtap family includes female-lethal(2)D from Drosophila and pre-mRNA-splicing regulator WTAP from mammals. The former is required for female-specific splicing of Sex-lethal RNA, and the latter is a regulatory subunit of the RNA N6-methyladenosine methyltransferase. The family also includes the yeast Mum2p protein which is part of the Mis complex.	0.004589
NC_020291.1|WP_015391952.1|2056653_2058795_+|endoglucanase	gnl|CDD|376383	pfam00759, Glyco_hydro_9, Glycosyl hydrolase family 9.	3.99123e-162
NC_020291.1|WP_015391961.1|2069753_2070974_-|multidrug-effflux-MFS-transporter	gnl|CDD|340878	cd17320, MFS_MdfA_MDR_like, Multidrug transporter MdfA and similar multidrug resistance (MDR) transporters of the Major Facilitator Superfamily. This family is composed of bacterial multidrug resistance (MDR) transporters including several proteins from Escherichia coli such as MdfA (also called chloramphenicol resistance pump Cmr), EmrD, MdtM, MdtL, bicyclomycin resistance protein (also called sulfonamide resistance protein), and the uncharacterized inner membrane transport protein YdhC. EmrD is a proton-dependent secondary transporter, first identified as an efflux pump for uncouplers of oxidative phosphorylation. It expels a range of drug molecules and amphipathic compounds across the inner membrane of E. coli. Similarly, MdfA is a secondary multidrug transporter that exports a broad spectrum of structurally and electrically dissimilar toxic compounds. These MDR transporters are drug/H+ antiporters (DHA) belonging to the Major Facilitator Superfamily (MFS) of membrane transport proteins, which are thought to function through a single substrate binding site, alternating-access mechanism involving a rocker-switch type of movement.	1.42791e-71
NC_020291.1|WP_015391960.1|2068222_2069362_+|endoglucanase	gnl|CDD|226609	COG4124, ManB, Beta-mannanase [Carbohydrate transport and metabolism].	3.2176e-15
NC_020291.1|WP_015391950.1|2053441_2056057_+|cellulose-1,4-beta-cellobiosidase-CelK	gnl|CDD|376383	pfam00759, Glyco_hydro_9, Glycosyl hydrolase family 9.	4.13968e-62
NC_020291.1|WP_015391949.1|2050799_2053025_+|endoglucanase	gnl|CDD|376714	pfam02011, Glyco_hydro_48, Glycosyl hydrolase family 48. Members of this family are endoglucanase EC:3.2.1.4 and exoglucanase EC:3.2.1.91 enzymes that cleave cellulose or related substrate.	0
NC_020291.1|WP_015391962.1|2071263_2072148_-|MBL-fold-metallo-hydrolase	gnl|CDD|293798	cd07712, MBLAC2-like_MBL-fold, uncharacterized human metallo-beta-lactamase domain-containing protein 2 and related proteins; MBL-fold metallo hydrolase domain. Includes the MBL-fold metallo hydrolase domain of uncharacterized human MBLAC2 and related proteins. Members of this subgroup belong to the MBL-fold metallo-hydrolase superfamily which is comprised mainly of hydrolytic enzymes which carry out a variety of biological functions.	8.89916e-45
NC_020291.1|WP_017810738.1|2062163_2063486_-|GHKL-domain-containing-protein	gnl|CDD|340412	cd16935, HATPase_AgrC-ComD-like, Histidine kinase-like ATPase domain of two-component sensor histidine kinases similar to Staphylococcus aureus AgrC and Streptococcus pneumoniae ComD which are involved in quorum sensing. This family includes the histidine kinase-like ATPase (HATPase) domains of various two-component sensor histidine kinase (HKs) including Staphylococcus aureus AgrC which is an HK of the accessory gene regulator (agr) quorum sensing two-component regulatory system (TCS) AgrC-AgrA. The agr system plays a part in the transition from persistent to virulent phenotype. This family also includes Streptococcus pneumoniae ComD HK of the ComD-ComE TCS, involved in quorum sensing and genetic competence.	3.41244e-21
NC_020291.1|WP_015391956.1|2063473_2064205_-|response-regulator-transcription-factor	gnl|CDD|225818	COG3279, LytT, Response regulator of the LytR/AlgR family [Transcription / Signal transduction mechanisms].	7.85029e-43
NC_020291.1|WP_015391963.1|2072452_2072788_+|helix-turn-helix-transcriptional-regulator	gnl|CDD|224647	COG1733, COG1733, Predicted transcriptional regulators [Transcription].	2.27964e-32
NC_020291.1|WP_015391965.1|2074941_2076900_+|tetracycline-resistance-ribosomal-protection-protein	gnl|CDD|223556	COG0480, FusA, Translation elongation factors (GTPases) [Translation, ribosomal structure and biogenesis].	0
NC_020291.1|WP_015391968.1|2078239_2078992_+|SGNH/GDSL-hydrolase-family-protein	gnl|CDD|238141	cd00229, SGNH_hydrolase, SGNH_hydrolase, or GDSL_hydrolase, is a diverse family of lipases and esterases. The tertiary fold of the enzyme is substantially different from that of the alpha/beta hydrolase family and unique among all known hydrolases; its active site closely resembles the typical Ser-His-Asp(Glu) triad from other serine hydrolases, but may lack the carboxlic acid.	8.23232e-17
NC_020291.1|WP_015391953.1|2058820_2060647_+|endoglucanase	gnl|CDD|378986	pfam12891, Glyco_hydro_44, Glycoside hydrolase family 44. This is a family of bacterial glycoside hydrolases formerly known as cellulase family J, and now known as Cel44A. It is one of the major enzymatic components of the cellulosome of Clostridium thermocellum strain F1 and of many other Firmicutes.	1.86993e-85
NC_020291.1|WP_015391957.1|2064492_2065089_-|AgrB-like-protein	gnl|CDD|234898	PRK01100, PRK01100, accessory gene regulator ArgB-like protein.	8.57371e-31
NC_020291.1|WP_015391954.1|2060675_2062094_+|cellulase-family-glycosylhydrolase	gnl|CDD|226444	COG3934, COG3934, Endo-beta-mannanase [Carbohydrate transport and metabolism].	5.15408e-56
NC_020291.1|WP_015391958.1|2065459_2065996_+|CPBP-family-intramembrane-metalloprotease	gnl|CDD|376806	pfam02517, Abi, CAAX protease self-immunity. Members of this family are probably proteases (after a isoprenyl group is attached to the Cys residue in the C-terminal CAAX motif of a protein to attach it to the membrane, the AAX tripeptide being removed by one of the CAAX prenyl proteases). The family contains the CAAX prenyl protease. The proteins contain a highly conserved Glu-Glu motif at the amino end of the alignment. The alignment also contains two histidine residues that may be involved in zinc binding. While they are involved in membrane anchoring of proteins in eukaryotes, little is known about their function in prokaryotes. In some known bacteriocin loci, Abi genes have been found downstream of bacteriocin structural genes where they are probably involved in self-immunity. Investigation of the bacteriocin-like loci in the Gram positive bacteria locus from Lactobacillus sakei 23K confirmed that the bacteriocin-like genes (sak23Kalphabeta) exhibited antimicrobial activity when expressed in a heterologous host and that the associated Abi gene (sak23Ki) conferred immunity against the cognate bacteriocin. Interestingly, the immunity genes from three similar systems conferred a high degree of cross-immunity against each other's bacteriocins, suggesting the recognition of a common receptor. Site-directed mutagenesis demonstrated that the conserved motifs constituting the putative proteolytic active site of the Abi proteins are essential for the immunity function of Sak23Ki - thus a new concept in self-immunity.	4.61812e-13
NC_020291.1|WP_015391964.1|2073698_2074958_+|tetracycline-efflux-MFS-transporter-TetA(P)	gnl|CDD|349949	cd06174, MFS, Major Facilitator Superfamily. The Major Facilitator Superfamily (MFS) is a large and diverse group of secondary transporters that includes uniporters, symporters, and antiporters. MFS proteins facilitate the transport across cytoplasmic or internal membranes of a variety of substrates including ions, sugar phosphates, drugs, neurotransmitters, nucleosides, amino acids, and peptides. They do so using the electrochemical potential of the transported substrates. Uniporters transport a single substrate, while symporters and antiporters transport two substrates in the same or in opposite directions, respectively, across membranes. MFS proteins are typically 400 to 600 amino acids in length, and the majority contain 12 transmembrane alpha helices (TMs) connected by hydrophilic loops. The N- and C-terminal halves of these proteins display weak similarity and may be the result of a gene duplication/fusion event. Based on kinetic studies and the structures of a few bacterial superfamily members, GlpT (glycerol-3-phosphate transporter), LacY (lactose permease), and EmrD (multidrug transporter), MFS proteins are thought to function through a single substrate binding site, alternating-access mechanism involving a rocker-switch type of movement. Bacterial members function primarily for nutrient uptake, and as drug-efflux pumps to confer antibiotic resistance. Some MFS proteins have medical significance in humans such as the glucose transporter Glut4, which is impaired in type II diabetes, and glucose-6-phosphate transporter (G6PT), which causes glycogen storage disease when mutated.	6.0934e-19

Protein sequences

>NC_020291.1|WP_015391958.1|2065459_2065996_+|CPBP-family-intramembrane-metalloprotease
MLDVKYYIYSLLMYLLICISPVILYIKFKEKANVLAYLKLTGNSRKGVIVGSVISIIFVVLIIIKNTIIGFDKFNTNLGLLWISGLLVGFFEEIPFRGFLLQKLWNHMNFWKANLLTTIIFVLFHIPVWMSSNTPLLKAAVSIGAVSLALGYLFKEYKSLWIPIICHSIYNLCIWMGL
>NC_020291.1|WP_015391957.1|2064492_2065089_-|AgrB-like-protein
MILSKPLSEKCTKFIKNNTSASTEDLEKIHYGILVIFLTIFKSIILFATAYFLGILGYALTAFLVFAALRIFASGVHANSTFQCIIINYILFFGNVYLSRNIQRNLLLVSILFLISFALILLYAPADTEERPLISLKLRKSLKIKSIIVIIAFYILALLLHNNIYTNLITFSILEGALVVTPIAYRLFGKKYANYKNL
>NC_020291.1|WP_015391956.1|2063473_2064205_-|response-regulator-transcription-factor
MNNIIICEDNLDQRKKIEAIISNETKKFNCKIALSTNNPHEVIQYIDNSQNSFIYFLDVDLNSDLNGFQLAHLIRTYDPKGYIIFLTAHAELTLLTFQYKVQALDYIVKGDINAIKVKIADCLNAVHNNLNAAKTKNDNKLSIDVGSNVIFLDFDEILFFETAGKEHKISVHTFKGQYEFYGTLKNIEQAVSSNFYKTHRSYLVNTKKIKSIDKSKMIVEMTNSEICYVSLRYIKGLLKKCLK
>NC_020291.1|WP_017810738.1|2062163_2063486_-|GHKL-domain-containing-protein
MLEIVLNILFPLIIMLEILVPALNFTFFVKPNKNILIKFSIIIYILIGYFFINTKAALPIYVMPLCIFTCLLLIYRNFFISVIFSAFIWILLFISDAITGAILIYLLKYNYSDINANLLLNFMSELLILLNVFVLSKIIRLILLKISSRIDINIKISNKPPIAFIISILLIIFLYYQYSLKDFVVTWNKNMLLFNALNLFIFFILITTITYYCFTILVNKHRSKEYSQLQNYTNMLENMYSDLRSFKHDYLNILSTLAGYIETDDINGLKNYYYNDLLPESDEIVNKDMSLSYLSHIKISPLKALLSSKIVNAHSKGIDVKIEMADDIELINMSVIDICRIIGILLDNAIEASILCDNKFIHFAAINTDNEVIFNIRNSCLSSTPPIHKLYQKNFSTKGEGRGLGLNNVKDIINKRYKNVLFNTTIEDCIFVQELLIRNK
>NC_020291.1|WP_015391954.1|2060675_2062094_+|cellulase-family-glycosylhydrolase
MFKVKKGVALLIAYALTISCVPMIHGNAAEISPINSSIEKNLNQDVVSSTNSDISTSSFVTCDGNKFKVDGHDFYFVGQNNYYLPYAPDYMVDDVFADAQAMGSKVMRTWGFIDGASSCDVVLQPSLGVYSEEGFKHFDYAVKKAKESGIKLVIPFVNNWKDFGGMDKYVEWTGAGNHDAFYTNEACKTAYKNYIYHFLNRTNTYTGVKYKDDPTIMTWELGNEPRCKSDATGETLYNWAKEMSEYIKSIDSKHLVALGDEGFFKRDGAKYNWDWNYTGGEGVDWDKLISIPTLDYGTFHLYPDGWNESVDWGTKYIKDHIDAANLVNKPAVLEEYGIKNNQLNVYTTWGNAVINNGGAGLMPWMLSGIGFDNRTLYPDYDGFRIIYPSDIATLLSDNAKVMNAKSIATTGPSVMLGDVNEDNAVDVLDYTALQKYLLVGTGDINKANADVNKDARINTADLFALRKIILEG
>NC_020291.1|WP_015391953.1|2058820_2060647_+|endoglucanase
MIKTKKGLAFLIACALITSVLPMTSVHAEETNSINISIDTGADNAKISPYIYGANYDSNGNEGTIPQVATASRLSGNRLTGYNWENNASNAGSDWKHSSDNYLNMNRPYDTQNIPGEVVTNFHDEALKNGSTYSLATLQLAGYVAKDKNGSVSESEAAPSARWDQVKVRKGSAFSQTPDLTDNYVYMDEFVNSLISKYGKSDTATGIKGYSLDNEPGLWSGTHPRIHKDKVTCAELISKGTDYAKMVKDMDSKAEIFGPVLYGMGAYQSLQSAPDWDSVKGNYKWFPEYYLDNMKKASEKDGRRLLDVFDIHYYSEATGGGIRVTESNDTNVDCNKARIQAPRTLWDSTFKEDSWIGQWCGDFTPIIPKMQSAINTYYPGTKLGITEYNFGGNNHISGGIAQADTLGIFGKNNVYFAALWPFDGKSDYTQAAFNLYRNYDGKKSTYGDIKVKAETSDVDNSSVYSALDSKDPSKLHVIMINKNYDKPMTMSFNIGGNKVYQSGKVWAFDESSAQITERTPITNITDNKFQYTVPKLTACHIVLDLKQGSTTMPGDVNNDGEVNVLDYIALQKYIMNPSAGIELKNADLNGDGKINSADLFELRKKINE
>NC_020291.1|WP_015391952.1|2056653_2058795_+|endoglucanase
MLKRKGYISSIISIILLTGFIGTLCPIKVKADESSIKYNYGEALQKSIMFYDFQRSGKLPNDKRDNWRSDSGMDDGKDVGLDLTGGWYDAGDHVKFNLPMSYTSTMLAWSLYEDKEAYEKSEQLKYIKDEIKWANDYFIKCNPEKDVYYYQVGDGGQDHSWWGPPEVMQMKRPSYKVDINNPGSTVTAETAASLASAALVFKDSDSEYSQKCLKHAKELFEFADETRSDSGYKAASPYYTSNSGFWDELSWAATWLYMATGDSAYLDKAESYVPHWSVEQQTSTISYTWGHCWDDVHYGAELLLAKITNKETYKESIERNLDFWTTGYNGRRVTYTPKGLAWLSDWGSLRYATTTAFLAGVYADWSGCSKEKASTYNNFLESQVNYALGSTGRSFVVGFGENSPKNPHHRGAQGSWLDDKKVPGYNRHVLYGALVGGPSSNDSYTDDVENFRCNEPACDYNAGFVGALAKMYEKHGGEPIKDFKAIEQKTNDEFYAEAGVNASGPNFMEIKALLYNKSGWPAKVGDKLSFKYFIDISEIIKAGYTSKDITISTNYNQGAKVSNLIPWNEAQNIYYVNVDFSGTKIYPGGQPNYRKEVQFRMSAPEKCSWDNSNDFSYKGISTVPGGTPLQTSNIPVYDDNVLVYGNTPDKGDKPAIIGDVNNDGEVNILDYIALQKYIMNPSASIELKNSDLNGDGRVNTSDLFILRRTIIEQ
>NC_020291.1|WP_015391951.1|2056237_2056381_+|cyclic-lactone-autoinducer-peptide
MTISRIKGLVAMGLSAAAMFVAATSSSMCFSCHFEEVKMPKSLYKRD
>NC_020291.1|WP_015391950.1|2053441_2056057_+|cellulose-1,4-beta-cellobiosidase-CelK
MIRKKIACLMLAGSLFMSFVPTTFANAADKVSVGNLIKNNTFDNGVGLPWNQVETYPADADFDIDNGTYNVTIKTPDETKSKDTRWGVQFRHRGLTLEQGHTYEVSFTVKATADCKVYPKIGQQGKEYKEYWNYNHKGWEPLSLKANQPVTVKETFTMTDPTENACEFAFHLAGDCLAANLPYTVSFDNINLKDPQFPGYDKEPEEPTNAVRVNQVGYFTDLEKKATVVSSSTTPIAWRLLDSSNNVVKSGQTTVFGKDHASGDNVHTIDFSDFKTEGKGYKLAVDSADVSPKESMKFDIGNSIYSKMKSDAIKYFYNNRSGIEIKGNYAGRADLARPAGHPNDVLGNAPNTWYKANYTLDVTGGWYDAGDHGKYVVNGGISTWTMMNQYERALYNKVDLKRAPFGDGTMNIPESGNGIPDILDESRWNLQTLLKMQVPDGNELAGMVHHKAHDERWTALGIRPDQDPQKRYLQPPSTAATLNLAAIAAQGSRLWKSYDSAFASKCLASAEKAWDAAVAHPDKLAPLTGAIGGGAYGDNKVDDEFYWAACELYATTGESKYLDYIKSSKYYLQMPTSLTGGEDNGITGPFDWGNVQGLGTITLALVPNGLPKEDVDTAKKNIKAAADAFITNENKEGYGTPMTEGPYGSPLNDGSAPSGKGYPWGSNSLVVNEGIVMAYANDFSDKTDNKYINGAERSMDYILGCNPNVQSYITGYGSNPLENPHHRFWAYQTDNTFPKAPAGAMAGGPNSGLEDPWVKGSGWKPGSRPAAKCFMDNIESWSTNEVTINWNAPFAWMSSYMDDNGGQKGGNAVKGDVNNDGEVDSMDYIALQKYIMDPSNSNINTANADLNGDGKINTADLFALRKTIINS
>NC_020291.1|WP_015391949.1|2050799_2053025_+|endoglucanase
MIKAKLKILVASVMCSAICLTPLFNTAAMAATTAQNASTTQTDEYQQRFMTMWGKIHDSKNGYFKNFTDGGTTLKVPYHSVETFMCEAPDYGHETTSEAYSYYMWLEAMYGKFTGNWNEFKNAWDSADKYIIPHGQDQAGMNAYNPNSPATLANEYPTINKYPSKLLFGTPVGKDPINNELKNAYGSGEMYGMHWLLDVDNWYGYGNRGDANSNAPAYINTFQRGSEESVWKTVPQPSYETFKWGGKNGYLDLFTGDNNYSKQWRYTDAPDADARAIQATYWADEWAKTQGKDVSQYVSKASKMGDYLRYSMFDKYFKPIGVGADQQTEASGQHYLLSWYYAWGGGAGGDWSWKIGCSHNHFGYQNPMTAWVMSKDADFKPKSSGGASDWNKSLDRQLELYQWLQSSEGGIAGGATNSLTTDAGSYQKYPEGTPTFYGMAYDWQPVYHDPPSNNWFGMQTWSMQRVAELYYKTGDKRAQAVLDKWTKWVKSVVKLNDDGTYAIPNNLTWSGQPDTWNGTYTGNPGLHVDVKDYSQDVGVTSSLANTLTYYAAASNKYSTFDKDSAKLAKELLDRMWKLDQDSKGLSVEEERADYSKIFDTKVYIPDGWSGKMPNGDVIKPGVSFLDIRSKYKQDPDFAKVEEAYKEGKAPVFKYHRFWAQSEAAIANGAYSILSKEFPADSILKGDVTGDGTVDIQDYIALQKYILDPATQINAANADVNGDGRVNTADLFALRKMVLDNQ
>NC_020291.1|WP_015391959.1|2066706_2068188_+|cellulase-family-glycosylhydrolase
MKIKVNYIAIIMTMLFSLMAPINVLAAENDNSDDYLHTDGSKIFDAEGNEVRLTGIAWFGNETPNYSYHGLWANTLDDILDKVADNGFNLLRVPLSVQLVNEWRQGNYPMPDSINDYVNPDLKNKNSLEILDKSVSVCKKKGIKVMLDMHRVIDGSQSNAWYTDKYSVEDYEECWKWLTNHYKNDDTVIAMDIFNEPHGKAYRQEQCAKWDESTDADNWKHEAEKVGKEILDINPNLLIMVEGVETYPKEGKDYSSKDVNNYYGTWWGGNLRGVQDHPIKIENHPNQVVYSPHDYGPGVSNQPWFENGFTKESLVKEVWEPNWFYIQQKNIAPLLIGEWGGNMDGSDNQKWMQGLADFIKENNINHTFWCLNPNSGDTGGILGYDFKTVDTAKMALVKPTLWQEKESGKFIGLDHKINLGKNGTHVAANTNVNPAVKLGDVNGDGSVDTMDYIALQKYVMDSSNTINTKNADINGDNRINTADLLSLKKLILQ
>NC_020291.1|WP_015391960.1|2068222_2069362_+|endoglucanase
MRIRLKGFLQLASMVIVTLIMFGNVQVASASTEIQNNRELQYGAWIGSWPTAQGLTDFQNLQQRHLDVVNMFIDWNTDFDHIKPNFDAIYANNSIASLTWEAHGLSNADIRDGKKDNYIRQMAKDIKAYNKRMIIRLFHEANGNWYAWAVGDSKINTNETYVAAFRHVVDIFRQEGAANVKWDFNVNASSVGQGASYLGHYPGDDYVDIISIDGYNWGTTQSWSSWQSFDQIFSQAYNALKIKNKPMAISEFSSAEKGGDKAKWYEDAFNNIRSEKYNLINTVVCFNENKETDWRINSSESALEAFKKAINLGKSSNVEPEVRLGDVNDDGSKDAMDYIALQKYIMDSSNTINTKNADINGDNRINTGDLFVLKKLILE
>NC_020291.1|WP_015391961.1|2069753_2070974_-|multidrug-effflux-MFS-transporter
MEIIKDNYVEKEKKQKYLGKKGFLAFITLLSAFIPLSTDIYLPALPKMVESLNTNTSIVNLTLILFFAFYALGTILWGPLSDKYGRRTILIIGLTIYTIASISCVFSGNVYQLILFRILQAIGCGAATAVSTAIVKDSYSGRKLVTVLALVQSTAMLSPIISPVIGAMILSVLSWRGVFEVLGALGILTLAGSIAMEETIEKRYTGSIISSISNIGVVSRNRSFMSLLITFSIMSIPSMSFISASSYIFVDGFGLSPKVYSYYFAANAVFFLLGPLAYVKLSKHYNKIPYITIAYIVMAISGFSMFITGNLSPVIFMISLIPASFFGSLIRPQTTSIMLNQIPEETGAASSLINCALTLFGCIGMIVISSNFFNRIIIMGLMYLITSVISLILWLILSKKHEYNIV
>NC_020291.1|WP_015391962.1|2071263_2072148_-|MBL-fold-metallo-hydrolase
MITSTNFCKVQKLDDDLYVITQAALVHFYLILGQKKAILIDAGYGFEDIRPIIRSITSLPVMLVLTHGDPDHSYGSEYFGDVWLYQPDYGQIMGFDTKHERQFIAEMGVNFLKENKPEAIEHFDSKAFAERSLLRTLTPHFVKDGELFDLGGKTLEVIFTPGHSYGHIMLLDREKKRLFSGDMICDYVIIYFFESDRNAPFSMALDSWKKIKRLENDIKDIYSAHGQLPITMNYVDAYIECFSGEFQQNYLKDKPFDRGPLGRGYQHIYKTVNIQYSDKRLEEFLGHKVERIDL
>NC_020291.1|WP_015391963.1|2072452_2072788_+|helix-turn-helix-transcriptional-regulator
MKRKSEDDYVENCPISSVQKIVRGKWTMVIVFFLSQGTLRFGELSRKMPQVTQANLTKELRMLEEYRIIHREIYKEVPPKVEYSLTELGVKFLPVLKSLEKWAIEYEKMSN
>NC_020291.1|WP_015391964.1|2073698_2074958_+|tetracycline-efflux-MFS-transporter-TetA(P)
MVNKLSAYKIYLLFSAITAMCFSLTATVMIVYHIENVHLNPLQLILVGTTLETACFIFEIPTGIVADVYSRKLSIIIGAVLTGGGLILEGSISSFIFVLTAQIVWGVGSTFISGSLEAWIAEEERTKDLDRIYIKGAQVGQIGSVVGIVLSTVIANFSVRLPIIVSGVLFIILALFLGLYMPENNFKPSAPEDLNTFKKMEYTFKSGLKFIKSKSIIMILLSVTLFYGLSSEGYDRLSNAHFLQDTMLPKLWNLHPVTWFGIFGIAGMVLSAIVMHFMSNRLDDDKNNSGKLLLGINIFYILFMFIFAITKNFSLMLMAYLATNTFRTINEPIFSAWINGHIDDKARATVLSINGQINALGQILGGPIIGIIATNISISIGIACTSLLVTPVLILYVASMIMDKKVADRVGGGDYEENN
>NC_020291.1|WP_015391965.1|2074941_2076900_+|tetracycline-resistance-ribosomal-protection-protein
MKKIINIGIVAHVDAGKTTITENLLYYSGAIKAVGRVDLGNTQTDSMELERKRGITIKSSTVSFTWNDVKVNIIDTPGHVDFISEVERSLSVLDGAIIVISGVEGIQSQTRILFNTLKKLNIPTIIFINKLDRIGANSNKVLKEIKKNMSSKVVRLQKVYDEGSKEVYIKNLHDICMMNDDVINVLSDLDEAFLEKYISGMEIDKREIQEKLSLYAREGKLYPVFCGAAAIGLGIEDLLEGICSYLPFAGDDCVRDLSGVVFKIERTSTNEKKVYVRLFNGKISVRDKIQMPNKETVEKVKKINRLENGKITEAQSIKAGDIGILYGLASFQVGDVIGISNNKVKNISMAKPTLKTTISAIDKEKNPELFRALTFLSEEDPLLELEMNDLDKEIHVNLFGEVQMEILSAIIDDFYGIKVEFSNIQTIYKEAPKGVGTSIIHIKEEANPFYATVGLKIEPLGRGEGLKYISNVSVGSLPKSFQNAIEEAVIKTSKQGLFGWEVTDAKVTLTCGEFFSPVSTPADFRNVTPMVFMEALYKAQTVLLEPLHEFELRIPQNVLSKAIWDLETMRATFDNPVVIEDEFSIKGLIPVENSKEYKMKIASYTQGKGMFVTKFYGYNEVPAEFGKVNPRTTYDPLNKKEYLLHKLNAIRD
>NC_020291.1|WP_015391967.1|2077233_2077533_+|hypothetical-protein
MIGTGLGKILSGITIAAMITGAGIGFDRMINTNKIDSTTAVIQKAEQQIDEIGKQNDADKGTVQKLIDYVKGLEKQIDDTNKKLDDLDREASKLNSMLK
>NC_020291.1|WP_015391968.1|2078239_2078992_+|SGNH/GDSL-hydrolase-family-protein
MFQSKIFKMVPVVLLVFLFTLIIPKNTNAEVISGNFSEKSINNLPISKVTTVKGNDVLVIGESFIALSHDITKYLEQDARNAGVLANNENFRDYAVSGTKLSGGIYPSIPNQYNNAAKQSKVKYVIMDGGGNDCLQPTGQYAQDATNALKNLLAQMKKDEVLKVVYFFYPEPQSDFGGLKNRLDILRPQIQNIVNNNISPKCYWLDLRPVFAGKYSQYIKADGIHPTADGSKAAADAIWKVIQNNNVFNK
>NC_020291.1|WP_017810737.1|2078975_2079128_+|hypothetical-protein
MYLINNKYILKKLEFDKTIISEEVQNISNKEGRFLVNEIANEVLNLKERF

Crispr_ID: NC_020291_7

• CRISPR_ID: NC_020291_7
• CRISPR_location: 4306294-4306455
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NC_020291_7

Consensus_repeat	Method
TATTCCTAATGGGGTAACAAATAT	CRISPRCasFinder

spacers of NC_020291_7

>7.1|4306318|45|NC_020291|CRISPRCasFinder
TTGCAATAACACCTTTAATTATTGCTATAGTTTGACAGACATAAC
>7.2|4306387|45|NC_020291|CRISPRCasFinder
AGGAATGGGTGCATTCAATCATTGCAAAAATCTAAATACCATAAC

CRISPR arrays and Neighbor proteins around NC_020291_7

CRISPR arrays

The CRISPR arrays of NC_020291_7

>merge|NC_020291|7|4306294-4306455|CRISPRCasFinder
TATTCCTAATGGGGTAACAAATATTTGCAATAACACCTTTAATTATTGCTATAGTTTGACAGACATAACTATTCCTAATGGGGTAACAAGTATAGGAATGGGTGCATTCAATCATTGCAAAAATCTAAATACCATAACAATTCCAAATAGTGTTCAAAATAT

>NC_020291|7|7|4306294-4306455|CRISPRCasFinder
TATTCCTAATGGGGTAACAAATAT	TTGCAATAACACCTTTAATTATTGCTATAGTTTGACAGACATAAC
TATTCCTAATGGGGTAACAAGTAT	AGGAATGGGTGCATTCAATCATTGCAAAAATCTAAATACCATAAC
AATTCCAAATAGTGTTCAAAATAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_020291.1|WP_015394047.1|4307633_4308590_-|lactate-dehydrogenase	unknown	unknown	gnl|CDD|240639
NC_020291.1|WP_015394051.1|4311483_4312680_-|neuraminidase	unknown	unknown	gnl|CDD|227036
NC_020291.1|WP_015394054.1|4315518_4316811_-|four-carbon-acid-sugar-kinase-family-protein	unknown	unknown	gnl|CDD|377757
NC_020291.1|WP_015394044.1|4303977_4305267_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015394039.1|4298220_4298640_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_017810460.1|4309816_4309912_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015394040.1|4299244_4300966_-|hypothetical-protein	unknown	unknown	gnl|CDD|350801
NC_020291.1|WP_015394042.1|4302101_4302998_-|LysR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|176125
NC_020291.1|WP_015394049.1|4309984_4310440_-|YhcH/YjgK/YiaL-family-protein	unknown	unknown	gnl|CDD|377217
NC_020291.1|WP_015394052.1|4313017_4314430_-|sodium:solute-symporter-family-protein	unknown	unknown	gnl|CDD|271357
NC_020291.1|WP_015394050.1|4310476_4311223_-|SDR-family-oxidoreductase	unknown	unknown	gnl|CDD|235546
NC_020291.1|WP_015394038.1|4293297_4298202_-|DUF4132-domain-containing-protein	unknown	unknown	gnl|CDD|379270
NC_020291.1|WP_015394035.1|4290879_4291809_-|2-dehydropantoate-2-reductase	unknown	unknown	gnl|CDD|273247
NC_020291.1|WP_015394037.1|4292595_4293234_-|lactate-utilization-protein	unknown	unknown	gnl|CDD|376839
NC_020291.1|WP_015394053.1|4314526_4315522_-|4-hydroxythreonine-4-phosphate-dehydrogenase-PdxA	unknown	unknown	gnl|CDD|234696
NC_020291.1|WP_015394043.1|4303327_4303888_+|nitroreductase-family-protein	unknown	unknown	gnl|CDD|380313
NC_020291.1|WP_015394041.1|4301057_4301960_-|ribokinase	unknown	unknown	gnl|CDD|238579
NC_020291.1|WP_015394046.1|4306753_4307536_-|rRNA-pseudouridine-synthase	unknown	unknown	gnl|CDD|224108
NC_020291.1|WP_015394048.1|4308626_4309619_-|tetratricopeptide-repeat-protein	unknown	unknown	gnl|CDD|274350
NC_020291.1|WP_015394036.1|4292232_4292568_-|SnoaL-like-domain-containing-protein	unknown	unknown	gnl|CDD|226913

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_020291.1|WP_015394047.1|4307633_4308590_-|lactate-dehydrogenase	gnl|CDD|240639	cd12162, 2-Hacid_dh_4, Putative D-isomer specific 2-hydroxyacid dehydrogenases. 2-Hydroxyacid dehydrogenases catalyze the conversion of a wide variety of D-2-hydroxy acids to their corresponding keto acids. The general mechanism is (R)-lactate + acceptor to pyruvate + reduced acceptor. Formate/glycerate and related dehydrogenases of the D-specific 2-hydroxyacid dehydrogenase superfamily include groups such as formate dehydrogenase, glycerate dehydrogenase, L-alanine dehydrogenase, and S-adenosylhomocysteine hydrolase. Despite often low sequence identity, these proteins typically have a characteristic arrangement of 2 similar subdomains of the alpha/beta Rossmann fold NAD+ binding form. The NAD+ binding domain is inserted within the linear sequence of the mostly N-terminal catalytic domain, which has a similar domain structure to the internal NAD binding domain. Structurally, these domains are connected by extended alpha helices and create a cleft in which NAD is bound, primarily to the C-terminal portion of the 2nd (internal) domain. Some related proteins have similar structural subdomain but with a tandem arrangement of the catalytic and NAD-binding subdomains in the linear sequence. While many members of this family are dimeric, alanine DH is hexameric and phosphoglycerate DH is tetrameric.	6.44869e-131
NC_020291.1|WP_015394051.1|4311483_4312680_-|neuraminidase	gnl|CDD|227036	COG4692, COG4692, Predicted neuraminidase (sialidase) [Carbohydrate transport and metabolism].	3.18367e-69
NC_020291.1|WP_015394054.1|4315518_4316811_-|four-carbon-acid-sugar-kinase-family-protein	gnl|CDD|377757	pfam07005, DUF1537, Putative sugar-binding N-terminal domain. This conserved region is found in proteins of unknown function in a range of Proteobacteria as well as the Gram-positive Oceanobacillus iheyensis. Structural analysis of the whole protein indicates the N- and C-termini interacting to produce an interacting surface into which a threonate-ADPcomplex is bound, suggesting that a sugar binding site is on the N-terminal domain here, and a nucleotide binding site is in the C-terminal domain (manuscript in preparation). There is a critical motif, DDXTG, at approximately residues 22-25.	4.18613e-81
NC_020291.1|WP_015394040.1|4299244_4300966_-|hypothetical-protein	gnl|CDD|350801	cd18043, DEXXQc_SF1, DEXXQ-box helicase domain of Superfamily 1 helicases. Superfamily 1 (SF1) helicases are nucleic acid motor proteins that couple ATP hydrolysis to translocation along with the concomitant unwinding of DNA or RNA. This is central to many aspects of cellular DNA and RNA metabolism and accordingly, they are implicated in a wide range of nucleic acid processing events including DNA replication, recombination, and repair as well as many aspects of RNA metabolism. Superfamily 1 helicases are members of the DEAD-like helicase superfamily, a diverse family of proteins involved in ATP-dependent RNA or DNA unwinding. This domain contains the ATP-binding region.	2.94538e-05
NC_020291.1|WP_015394042.1|4302101_4302998_-|LysR-family-transcriptional-regulator	gnl|CDD|176125	cd08434, PBP2_GltC_like, The substrate binding domain of LysR-type transcriptional regulator GltC, which activates gltA expression of glutamate synthase operon, contains type 2 periplasmic binding fold. GltC, a member of the LysR family of bacterial transcriptional factors, activates the expression of gltA gene of glutamate synthase operon and is essential for cell growth in the absence of glutamate. Glutamate synthase is a heterodimeric protein that encoded by gltA and gltB, whose expression is subject to nutritional regulation. GltC also negatively auto-regulates its own expression. This substrate-binding domain has strong homology to the type 2 periplasmic binding proteins (PBP2), which are responsible for the uptake of a variety of substrates such as phosphate, sulfate, polysaccharides, lysine/arginine/ornithine, and histidine. The PBP2 bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two cytoplasmically located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis.	1.99694e-69
NC_020291.1|WP_015394049.1|4309984_4310440_-|YhcH/YjgK/YiaL-family-protein	gnl|CDD|377217	pfam04074, DUF386, Domain of unknown function (DUF386). This family consists of conserved hypothetical proteins, typically about 150 amino acids in length, with no known function.	1.53043e-48
NC_020291.1|WP_015394052.1|4313017_4314430_-|sodium:solute-symporter-family-protein	gnl|CDD|271357	cd10322, SLC5sbd, Solute carrier 5 family, sodium/glucose transporters and related proteins; solute-binding domain. This family represents the solute-binding domain of SLC5 proteins (also called the sodium/glucose cotransporter family or solute sodium symporter family) that co-transport Na+ with sugars, amino acids, inorganic ions or vitamins. Family members include: the human glucose (SGLT1, 2, 4, 5), chiro-inositol (SGLT5), myo-inositol (SMIT), choline (CHT), iodide (NIS), multivitamin (SMVT), and monocarboxylate (SMCT) cotransporters, as well as Vibrio parahaemolyticus glucose/galactose (vSGLT), and Escherichia coli proline (PutP) and pantothenate (PutF) cotransporters. Vibrio parahaemolyticus Na(+)/galactose cotransporter (vSGLT) has 13 transmembrane helices (TMs): TM-1, an inverted topology repeat: TMs1-5 and TMs6-10, and TMs 11-12 (TMs numbered to conform to the solute carrier 6 family Aquifex aeolicus LeuT). One member of this family, human SGLT3, has been characterized as a glucose sensor and not a transporter. Members of this family are important in human physiology and disease.	5.79372e-69
NC_020291.1|WP_015394050.1|4310476_4311223_-|SDR-family-oxidoreductase	gnl|CDD|235546	PRK05653, fabG, 3-oxoacyl-ACP reductase FabG.	2.16907e-99
NC_020291.1|WP_015394038.1|4293297_4298202_-|DUF4132-domain-containing-protein	gnl|CDD|379270	pfam13569, DUF4132, Domain of unknown function (DUF4132). This domain might be involved in the biosynthesis of the molybdopterin cofactor in E.coli.	4.20939e-57
NC_020291.1|WP_015394035.1|4290879_4291809_-|2-dehydropantoate-2-reductase	gnl|CDD|273247	TIGR00745, Putative_2-dehydropantoate_2-reductase, 2-dehydropantoate 2-reductase. This model describes enzymes that perform as 2-dehydropantoate 2-reductase, one of four enzymes required for the de novo biosynthesis of pantothenate (vitamin B5) from Asp and 2-oxoisovalerate. Although few members of the seed alignment are characterized experimentally, nearly all from complete genomes are found in a genome-wide (but not local) context of all three other pantothenate-biosynthetic enzymes (TIGR00222, TIGR00018, TIGR00223). The gene encoding this enzyme is designated apbA in Salmonella typhimurium and panE in Escherichia coli; this protein functions as a monomer and functions in the alternative pyrimidine biosynthetic, or APB, pathway, used to synthesize the pyrimidine moiety of thiamine. Note, synthesis of the pyrimidine moiety of thiamine occurs either via the first five steps in de novo purine biosynthesis, which uses the pur gene products, or through the APB pathway. Note that this family includes both NADH and NADPH-dependent enzymes, and enzymes with broad specificity, such as a D-mandelate dehydrogease that is also a 2-dehydropantoate 2-reductase. [Biosynthesis of cofactors, prosthetic groups, and carriers, Pantothenate and coenzyme A].	1.89289e-63
NC_020291.1|WP_015394037.1|4292595_4293234_-|lactate-utilization-protein	gnl|CDD|376839	pfam02589, LUD_dom, LUD domain. This entry represents a domain found in lactate utilization proteins B (LutB) and C (LutC), as well as several uncharacterized proteins. LutB and LutC are encoded by th conserved LutABC operon in bacteria. They are involved in lactate utilization and is implicated in the oxidative conversion of L-lactate into pyruvate.	8.54463e-57
NC_020291.1|WP_015394053.1|4314526_4315522_-|4-hydroxythreonine-4-phosphate-dehydrogenase-PdxA	gnl|CDD|234696	PRK00232, pdxA, 4-hydroxythreonine-4-phosphate dehydrogenase; Reviewed.	3.4893e-164
NC_020291.1|WP_015394043.1|4303327_4303888_+|nitroreductase-family-protein	gnl|CDD|380313	cd02136, PnbA_NfnB-like, nitroreductase similar to Mycobacterium smegmatis NfnB. Members of this family utilize FMN as a cofactor and catalyze reduction of a variety of nitroaromatic compounds, including nitrofurans, nitrobenzens, nitrophenol, nitrobenzoate and quinones by using either NADH or NADPH as a source of reducing equivalents in an obligatory two-election transfer mechanism. The enzyme is typically a homodimer. Mycobacterium smegmatis nitroreductase NfnB plays a role in resistance to benzothiazinone.	2.27812e-37
NC_020291.1|WP_015394041.1|4301057_4301960_-|ribokinase	gnl|CDD|238579	cd01174, ribokinase, Ribokinase catalyses the phosphorylation of ribose to ribose-5-phosphate using ATP. This reaction is the first step in the ribose metabolism. It traps ribose within the cell after uptake and also prepares the sugar for use in the synthesis of nucleotides and histidine, and for entry into the pentose phosphate pathway. Ribokinase is dimeric in solution.	1.1428e-89
NC_020291.1|WP_015394046.1|4306753_4307536_-|rRNA-pseudouridine-synthase	gnl|CDD|224108	COG1187, RsuA, 16S rRNA uridine-516 pseudouridylate synthase and related pseudouridylate synthases [Translation, ribosomal structure and biogenesis].	6.64802e-86
NC_020291.1|WP_015394048.1|4308626_4309619_-|tetratricopeptide-repeat-protein	gnl|CDD|274350	TIGR02917, TPR_domain_protein, putative PEP-CTERM system TPR-repeat lipoprotein. This protein family occurs in strictly within a subset of Gram-negative bacterial species with the proposed PEP-CTERM/exosortase system, analogous to the LPXTG/sortase system common in Gram-positive bacteria. This protein occurs in a species if and only if a transmembrane histidine kinase (TIGR02916) and a DNA-binding response regulator (TIGR02915) also occur. The present of tetratricopeptide repeats (TPR) suggests protein-protein interaction, possibly for the regulation of PEP-CTERM protein expression, since many PEP-CTERM proteins in these genomes are preceded by a proposed DNA binding site for the response regulator.	3.71954e-16
NC_020291.1|WP_015394036.1|4292232_4292568_-|SnoaL-like-domain-containing-protein	gnl|CDD|226913	COG4538, COG4538, Uncharacterized conserved protein [Function unknown].	2.48081e-23

Protein sequences

>NC_020291.1|WP_015394044.1|4303977_4305267_-|hypothetical-protein
MDNEIKRIPCKNRDCDKTILEATAVKTEGYCYPCYNSIKAKEREEYIRKNKKDVNLYEGITDLVEIIKIMHMNKKYDPLINYISYPMTKEEVYASLLPKDVKRLKKYAMELFKNDNDEWEQILLHLVCINRVNIDEILEVLIDEFKIFESSLFYNASDYIAELLMEKLKSKDDRLSINHILLALAMIGNDRVVKAFNEWKKNEPDFSKDLYIKAYEYALEGGWKLDDQGKRKNLYYEKSYGIKKGFSEKDTPVKFFKTQDGKCEWCGRKLKSLFTIDLQNENMKFLDLDGENINISTCNNCTCYGFVYTDIDTKGNATWSKYNAEPAYLNTHDDEEFEEGNYDKKVYIDLNVKADNYAANQFLEVSFTKIGGMPAWIQDAEYPKCPKCKEEMKFVGQASMEDFEDYGEGICYGFVCNECKIAATGYQQT
>NC_020291.1|WP_015394043.1|4303327_4303888_+|nitroreductase-family-protein
MNEVIQNILSRRSVRAFKEDQISDEDLNLILEAAKFAPSGMGKQEWHFTAIQNKEKIEQLVSAAKEVMQNSPIEQFKKMGSNPNFNPFYNAPTIIITAYEKNAPTKVSDCAVALENIFLAANSLNIGSCWIHILALAGDDPKVRSILTELGVPANYEVSGTAALGFNSKEASNAAPRKEGTVNIVK
>NC_020291.1|WP_015394042.1|4302101_4302998_-|LysR-family-transcriptional-regulator
MNWQQLEYFKKIAETENFTEAANLLSVTQPALSKAISKLEEELEVSLFEKNGRNIRLTRYGSMFLKHAETAISEINEGIQELKDMVNPTTGTISIASLYTIGTHFIPTIISEFLNECPNIKFEYCMESTVNILKGLENGNFDLGFYDEIEANITNNKEVESIPIKREELVLIVPKNHYLAKNTEISLEDLKDENFVFYSERTKSKICSLFENCGFIPKVIMKPSQNSLIGTGFVSAGLGISVVPNTPNLKADGVAILKIKENHCYRTIHMGWRRKGNMSSSAEKFKEFIIEEISRLKF
>NC_020291.1|WP_015394041.1|4301057_4301960_-|ribokinase
MKVLSFGSLNIDYVYSVEHFMKPGETQASHSLDIFCGGKGLNQSIALSRSKAQVYHAGAVGESDSAMLINALESAGVNTKYIKRVKGNSGHAIIQKDITGQNSILLFGGANQQISVEYIKEVLSNFENGDFIILQNEISCIKEIMEEAYVRGLKIVFNPSPMNSEVLKYPLNNVEYFILNEVEAREIIESEEDGEELIKAVANKFPNAKIILTLGEKGAFYRFKDIQLKHNSYSVEVTDTTAAGDTFLGYFIGSIAKEYGVEEALELASKAAAISVTRLGASTSIPELDEVINNKFIEKA
>NC_020291.1|WP_015394040.1|4299244_4300966_-|hypothetical-protein
MNIENSIILINDEDKTEEIVDCYQSEEDKLEVRFKNGESNTYNKDQIKLSTEGKLIELKNVVIYENEVKITNILMAIIFEEFNIVKIIFKNGENKLFEREQLNISDNGFDEAVVENNFMYFREVAKKLDLYNVYNNGVSEAFERISMINPNSALVDYLNPKEIETIEDFDFAIYPYGFNLRQQEAVEKAVTNKISIIESVSIEERTEAILNITATVVLEGKNVIIVTKDNFSTLKYLEILKKSDIDFTVNHLKEEGNNFINVCEQWLRNSGSRFGNQNIADKKEECLNIQNELVEKLENIAKIESLEKEQTYLLAENVKVEKELQSKEVNIPPAILKFNQEKLLAFKEEYISIIKKQGHIGFFTKIMFIFKYSIWDFSFYDIDPELLEKAIEEVYNDRKVDEINEEIKALKNDLDKNKIDGEIEKIQEKSMEVLKCGLYENFKYIEGMYTSQEEENEPIKKKVNYPILTSARDFFINSIYDNCIFDFVILDEAADMDIATGVLALARGRNIIVVDDLNEIKTKLDEGLADELKTVFDMNEVNSGYKYMDNSLISSLNQVFKQVPKTELSKKNN
>NC_020291.1|WP_015394039.1|4298220_4298640_-|hypothetical-protein
MRLYFKVKQAGSRKNFIAKEEIVLECIPTTLRELIKCIVTKNVKEFNENIKKERLVDYLTNKEIENRAEAGKVSFGSIYNESKQDLGKALDSAYLAYEDGIYKVFVGDKEAGKLDEEIELKDADTLTFIKFTMLAGRLW
>NC_020291.1|WP_015394038.1|4293297_4298202_-|DUF4132-domain-containing-protein
MYFDKEKEEIIFSYLKEIIEKNSSDKDIALAKEISENINPPYRELEKKADSLKVLLWDESIKAIEEVFEGENYKKIELLLQEDYAELGKVIWDNATKYPYSIGYCRRSYRTKKSSQLYLNKNIEKLKELVYLKASGFSLVKYFENNKEKYRGIDVIGDLIAVELDRDNNEVLEKIKEVIYSDNNTSIITREIIRGLLMSENEEAHRILGELLLAAKLQEGLRQVIVENLDEGSKKAFMYILKLIIDNNLIRFSSVVRGFSVWTGLYLEAEKPKLILKCFEAAYSVLKDKEYQKECLASDDNILLYTGIWSVAFDELEDVKELLNELLHGKVKYKKLAALQFLSQIQFETYKHKIACEMLEEEDLEVVGSALKNIFTGISTYSLIYNKHLIEPYADLGEAYYGMELFNKLKTVLDNMPKKEVIFKESLFPWISFELTKTELMDNMLLAVSMSYNDEILDVLVDYKDKMSVQTREVFVKKFLKKPGNLKQRNALIEACGDRGQSVREAAFKNINAIELNKEDCVYIEDLLKYKSGDLRKNAIKLLLKQSNEELIKSINNLINSKDENKKLAAIDIVNAIEGDTNHKTIFEESLKAVAAMEDVLQKGKLLTENIGNDQKEVKNLNNGFGLYDPSKDYEPIEIENNNFDIQSKFCSTEEEIIKIVNTFSELIDKNRDLEYETTRWDGNKEMITLGGSYYLQPFNTESRKLNNFPLADEIRTAARNNGLDSWKLLELNFYMRAVHYRAYSGNSKWYVEFLELNFNYGIVYKLSKSIEKIKYYQLIKDYIILLVDDIPQDEIFEISKTITEYIYTKVPKHRHIEEYSQGGYYNNGTRIKAYFSAASEINNWLYLLKNNSETDEKFKEYFNIAYNYYKASEYNVAGSLEIYDFGRALDIGLIDDNEALKEIMGRPNSSQNIGLLTSVHKYHRERVLKYGKLLELADKAVEVICEIEVNRGELDTEVSLLASKVGKCYGVNIFASIILASEKDTYIRGYNFVSGDCTKKQILSHLLKCCYPKAYETAETLKKFLKGKKVTSKQLIEAAMYSPGWLDIVAEYLGYEGLKSACWYFHAHVNDYFSDEKTAIVARYTPITVEDLKDGAFDQEWFKEAYETLGEKNFKVVYDSAKYIAGGALHKRSQLFADATLGKLDLEEVKNRVKDKRNKDYLLTYGLIPVKNKEDVLERYEYIQEFIKESKKFGAQRQASEKRSGSIALLNLARNAGFSDSNRLIWNMETLKIQSVLEYLKPKAIDEVEVQLVIDEFGQADVACIKGGKALKNIPAKLKKNEYILEINQLKKDLKDQYSRARKSFEDAMENGEIFKGGELIEFCKNPVLAPIIKSLVFKTNAFIGYLQENSLVNYKNEILKLKEEDDITIAHPLHLYEAEVWRDYQKDIFEKKIVQPFKQVFRELYLPNKDELKEQTLSRRYAGHQVQPKKTLALLKTRGWMASDEEGLQKVYYKENIIATIYALADWFSPADIESPTIEFVRFEDRKTYKPLNLEEVSKLIFSEVMRDLDLVVSVAYVGGVDPEVSMSTIEVRTAIVEEILKLMKLSNVKLKGTHAHISGVHGEYTVHLGSGVVHKLGSGAINIIPIHSGQRGKLFLPFIDSDPKSAEIISKIAILAEDNKLKDPSILEQIV
>NC_020291.1|WP_015394037.1|4292595_4293234_-|lactate-utilization-protein
MDNNVEWYLKKRVDRTLESLKNNNMKGYYIEKREQLFEILKNLIIEKSIIGIGDSITLSETGVIDFLREGNYEFLDKYRDGITSEEKKQIYIQNFSADTFICSTNALTENGELYNIDGNGSRVAPMIYGPKQVIIVVGINKIVKNIEEAEKRVRNYAAPIDAKRLDKDTPCTKLGYCVDCKSPNRICNHFISIRGQFVKDRIKVIIGEELGY
>NC_020291.1|WP_015394036.1|4292232_4292568_-|SnoaL-like-domain-containing-protein
MNTEEIVQKQLEFYNDHDLESFISTYHDEIEIYNLMNNSIMIRGKEQLKNSYRERFEVLNVYANIQNRIVIGNKVIDHEYVTGLEEDKIKKAVAIYEVENNLIKRVWFVFE
>NC_020291.1|WP_015394035.1|4290879_4291809_-|2-dehydropantoate-2-reductase
MDNKKVCVVGMGGVGGYVGCILAKHFDNVYFFARGKRLESIKQNGLKLCSNAHGETVIHPKMASDNAEEMGAMDYIFLCVKNFSLEQVCAEILPMINENTVIIPLLNGVGISEEARRLIGKGTIIDGLVYIISGSDKDFVIHHTSSYCNIHIGCEVKKNLEDSILLEVQKLLQSEEITCIIEKDIIAAIWEKYILNCAFNVITAYYNATIGELRKNENAIMQVKLLLNEACKVARELKINIDDNLEEIHFNRIMYKQSDQATSSLQRDMEAGRQSELEVFSGKLLQLAASCEIKIPTTEFFYEELKKKC
>NC_020291.1|WP_015394046.1|4306753_4307536_-|rRNA-pseudouridine-synthase
MRLDKFLAESAIGSRKKVREYIKEGSVKVNGEVITEPAIEINENFDVVEYINEIVVYTGKVYYMFHKPAGCITAKTDAVNKTVFDFFDNTSMKGVFHVGRLDKDTEGLLLLTNDGEFEHKIMHPKKHVEKTYFFWALGSLDEADKNQLEQGICIGQDKEIMTKPAKIEVDKFGMYKELKHKITIDNITSIASMHPNQPVVSGYLTISEGRKHQVKRMLKAVGCYVVYLKRISIGGLTLDETLEKGSHRHLTESEILKVLE
>NC_020291.1|WP_015394047.1|4307633_4308590_-|lactate-dehydrogenase
MSNIIFLNSSKINFDNKLDFSLLDNLGKVTKYEDSSNEEILKRIKDQEIVITKEMTIGRDLIEKFPPCVKLICEAGTGYNNIDIEAAKEKNIAVCNVPGYSSEAVAQLVITFILNLTSSLAAQQRMIENKNYDNFTKYLQVPHFEIQNKTLGVVGAGAIGKQVMKVAKALGMNILVYSRTPKDLGDSTIKFVSLEELLKNSDFVTLHCPLTNATKHLINKSTLELMKPEACIINTSRGAIINELDLIEALKNKKIAGAALDVQEQEPPELNNPLFNMKNVILTPHIGWRCLESRQRLLNLLADNIEGFTTGNPINIVK
>NC_020291.1|WP_015394048.1|4308626_4309619_-|tetratricopeptide-repeat-protein
MIKKIITLILISTLIITLSTISGCNIGKYNTLGNFKSEEPKKLYKDKKYDEAIKSIDSFLEKYPKNKEAIALKAYILIGSGKNDEGLVLLTDLYDNGEKDSTTLNNISWAYNNLHMYEMANKYIDICLKNSPGDSEEFVNKGNALYGLKKYDEALLYYDNALYKDSEDTLALYGKALSLYASEKYSEGLVNFKKYVEIGGTNKSANSYIMNSYLKLKDHNGAIEEFNNQIKKNPDNLSLYISLGSIYEKQGDFEKAISCYDTIINKKIDFAAAYYNKGVCLVKLGKKDEACNNLKLAIKYDEEYIYDIEDATEFDSLRNYDKFKEILKKN
>NC_020291.1|WP_017810460.1|4309816_4309912_-|hypothetical-protein
MSASTEEVASSAQILNNMTNQMIEEVNEFKV
>NC_020291.1|WP_015394049.1|4309984_4310440_-|YhcH/YjgK/YiaL-family-protein
MIIADLKDFNHYCNGNEKIQRAFKFIQETNLKELEAGKHLIDGEDVFVLVQEYLTKEPELCRFESHERYIDIQFIVSGTEKMSWLPINKLALAKNDLAKTDKVLYKDSSEGNNFIVNEGQFVIFYPEDGHKACIAIDEPCLVKKLVLKVSL
>NC_020291.1|WP_015394050.1|4310476_4311223_-|SDR-family-oxidoreductase
MLLEGKIAIVTGASRGIGREIALTLAENGASLVISGNKEDLLKEVAGEIEKLNQKCIIHTGDISKPETSKDIASKAIEAFGKIDILVNNAGVNTRIPTLELQPEEWQKVININLSGTFYSCSAVLPHMIKQQYGKIINVSSTTAKTPHRNASPSYGASKAGVNYLTQHLALEMAKNNICVNAVCPGPIETDMSLQWTEDYRKQVLAKIPLGRIGESKDVANTVLFLASNMSDFITGESININGGTYMN
>NC_020291.1|WP_015394051.1|4311483_4312680_-|neuraminidase
MSNIEQGKLYQVEGDLERVEAALPSFCIQNHASNVMPLANGDLLCAWFSGTQEGIADISIFMSRLNKGETVWTEPVKLSEDPTKSEQNPILFPAPNGDLWLIYTAQKSGNQDTAIVRYRVSSDNGYTWGPIETLFDKPGTFVRQPIVVLDNSEWLIPIFYCYTPQGQKWNGDYDVSAVKISADNGNTWTEYEVPNSTGCVHMNVEKLHDGTLLALYRSRWADNIYMSRSTDNGRTWTEPVPTELPNNNSSIQFTVLNNGHLALIFNDINAEKATERRASLYDEIEDDEEASEAVDNTENSFVPEDNGTERKTAFWGTPRAPLAIAISEDGGKTWPYKRNIEVGDGYCMSNNSKEKVNREFSYPSVKQTSDGKINITFTYFRQYIKHVCVSEEWVKKGE
>NC_020291.1|WP_015394052.1|4313017_4314430_-|sodium:solute-symporter-family-protein
MNQHFSTSSLMLIGGMIIVYILFTSWLTVKLRSKTNEQFMTAAKSMPAFIVGILMMSEYIGAKSTVGTAQEAFTAGLAASWSTVAATIGFVLFGLFMVKRMYNSGQVTISGMIEQKFGKSTKIAVSLIMIYALLLVNVGNYISGAAALSSVFSVNLPIAYLVIAVVSTFYFAFGGMKSIAYVTILHTALKYFGVILILVFALSQTGGITPMVQNMPSFYFTWDGHIGATTVIAWIVATIGSIFSTQYIIQAISSTKSAAEAKKSTIYAGILCLPIAVFLGVIGVAAKYLYPDMKSVYALPVFINGMNPFLAGLVTTSLVASIFVSVSTVALAISSLVVKDFYVPYYKPSAEKEFKMTRIFSLIIGFVPLLFVFMFPSILSLSFFTKALRLTIAIIAVMGFFLPMFNSNRGATLGLLGAAITTSVWYALGNPYGIDNIYIAIATPIIIMLIERLFGGNKKKVENLKEEAAS
>NC_020291.1|WP_015394053.1|4314526_4315522_-|4-hydroxythreonine-4-phosphate-dehydrogenase-PdxA
MKPIIAITMGDAAGIGPEIIVKALEHKSVYDICRPLVIGDLKILERATAVTKSKVTFNKVEHASECKFNMGTIDCIDLDLLPADLTFGELSGKAGDAAFQFIKKAVDLAKAGEIQVICTAPLNKAALHLGGHMYPGHTEILADLTETEDYSMMLTTPKLKVIHLTTHKGLIDAINSINPDRTYKVVNLANDTLKSAGNKNPRIAVAGINPHCGENGMFGYGEEEEKLIPAIEKAAAEGVNVTGPYPADTVFFRAIRGEFDIVVACYHDQGHVPVKVSGFEDGVNITVGLKGGIIRTSVDHGTAFDIAGKNIADEASMIAALVSGAELAPKQ
>NC_020291.1|WP_015394054.1|4315518_4316811_-|four-carbon-acid-sugar-kinase-family-protein
MKPIRLAVIADDITGASDCGGQLIHYGLNVSVILNNNSIIEGDREAIIYNTDSRSVSQEEAYTKVKYICEKIKGEKYDIVYKKIDSTMRGNIGQEVNAVYDVFKPDFVLIAPGYPENGRQIIDGIHFLNNIQLHETEVANDPKTPVTDSNITRLIQKQSNKDVGHISCGDLHEGFEKVATLLEEFKKNNICYITVDSIQGSDLESLAEYICKARCSAIWVGSAGLMNYLPKVYGLKQKGMDLSIKPAEKPVLLVVGSVSAIGRVQLEHLLNVKDVIGLEMNSSEVLLDNEVKEKEINRLKEEAKKAFNENKNIALFSSNNVKEIQAIGAKIGKTPIELSNIIADTLGELAVELINALDINHLFLTGGDTAYQVLDKLDVKELRLMDEVEPGIPIGYTKTNKEIYAITKAGNFGSKLAMVNALNKLKGGTI

Crispr_ID: NC_020291_8

• CRISPR_ID: NC_020291_8
• CRISPR_location: 4341559-4341685
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_020291_8

Consensus_repeat	Method
GGAGTTACTGCATCATTCTTTTTTGCATTTACTTTTATA	CRISPRCasFinder

spacers of NC_020291_8

>8.1|4341598|49|NC_020291|CRISPRCasFinder
TTTAATATTCATAAAAAGGAGTTTTAAAATGGCAAAAGCATTTATATTA

CRISPR arrays and Neighbor proteins around NC_020291_8

CRISPR arrays

The CRISPR arrays of NC_020291_8

>merge|NC_020291|8|4341559-4341685|CRISPRCasFinder
GGAGTTACTGCATCATTCTTTTTTGCATTTACTTTTATATTTAATATTCATAAAAAGGAGTTTTAAAATGGCAAAAGCATTTATATTAGGAGTCACTGCATCATTCTTTTTTGCATTTACTTTTATA

>NC_020291|8|8|4341559-4341685|CRISPRCasFinder
GGAGTTACTGCATCATTCTTTTTTGCATTTACTTTTATA	TTTAATATTCATAAAAAGGAGTTTTAAAATGGCAAAAGCATTTATATTA
GGAGTCACTGCATCATTCTTTTTTGCATTTACTTTTATA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_020291.1|WP_015394083.1|4351800_4352571_-|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|223488
NC_020291.1|WP_015394071.1|4339358_4340477_+|NADH-dependent-flavin-oxidoreductase	unknown	unknown	gnl|CDD|240086
NC_020291.1|WP_015394079.1|4348316_4349390_-|DUF4392-domain-containing-protein	unknown	unknown	gnl|CDD|379563
NC_020291.1|WP_015394075.1|4344110_4345112_-|biotin-dependent-carboxyltransferase-family-protein	unknown	unknown	gnl|CDD|224895
NC_020291.1|WP_017810459.1|4336745_4338731_+|HAMP-domain-containing-protein	unknown	unknown	gnl|CDD|223910
NC_020291.1|WP_015394082.1|4351094_4351799_-|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|223487
NC_020291.1|WP_015394066.1|4331636_4332497_-|class-II-fructose-bisphosphate-aldolase	unknown	unknown	gnl|CDD|376459
NC_020291.1|WP_015394080.1|4349400_4350249_-|D-amino-acid-aminotransferase	unknown	unknown	gnl|CDD|238799
NC_020291.1|WP_015394077.1|4345969_4346749_-|5-oxoprolinase-subunit-PxpA	unknown	unknown	gnl|CDD|212099
NC_020291.1|WP_015394067.1|4332524_4333601_-|PTS-fructose-transporter-subunit-IIC	unknown	unknown	gnl|CDD|224218
NC_020291.1|WP_015394068.1|4333631_4333943_-|PTS-IIB-component,-Fru-family	unknown	unknown	gnl|CDD|224362
NC_020291.1|WP_017810457.1|4347107_4347896_-|putative-hydro-lyase	unknown	unknown	gnl|CDD|180100
NC_020291.1|WP_015394069.1|4334015_4336415_-|transcription-antiterminator	unknown	unknown	gnl|CDD|334031
NC_020291.1|WP_015394074.1|4342865_4343756_-|hypothetical-protein	unknown	unknown	gnl|CDD|226202
NC_020291.1|WP_015394072.1|4340812_4341367_-|helix-turn-helix-domain-containing-protein	unknown	unknown	gnl|CDD|380339
NC_020291.1|WP_015394081.1|4350629_4351085_-|Lrp/AsnC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224439
NC_020291.1|WP_015394064.1|4327419_4330563_-|efflux-RND-transporter-permease-subunit	unknown	unknown	gnl|CDD|223911
NC_020291.1|WP_015394065.1|4330726_4331596_-|ketose-bisphosphate-aldolase	unknown	unknown	gnl|CDD|181275
NC_020291.1|WP_015394063.1|4326179_4327430_-|efflux-RND-transporter-periplasmic-adaptor-subunit	unknown	unknown	gnl|CDD|273776
NC_020291.1|WP_015394076.1|4345111_4345822_-|5-oxoprolinase-subunit-PxpB	unknown	unknown	gnl|CDD|224960

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_020291.1|WP_015394083.1|4351800_4352571_-|ABC-transporter-ATP-binding-protein	gnl|CDD|223488	COG0411, LivG, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism].	4.51888e-128
NC_020291.1|WP_015394071.1|4339358_4340477_+|NADH-dependent-flavin-oxidoreductase	gnl|CDD|240086	cd04735, OYE_like_4_FMN, Old yellow enzyme (OYE)-related FMN binding domain, group 4. Each monomer of OYE contains FMN as a non-covalently bound cofactor, uses NADPH as a reducing agent with oxygens, quinones, and alpha,beta-unsaturated aldehydes and ketones, and can act as electron acceptors in the catalytic reaction. Other members of OYE family include trimethylamine dehydrogenase, 2,4-dienoyl-CoA reductase, enoate reductase, pentaerythriol tetranitrate reductase, xenobiotic reductase, and morphinone reductase.	0
NC_020291.1|WP_015394079.1|4348316_4349390_-|DUF4392-domain-containing-protein	gnl|CDD|379563	pfam14336, DUF4392, Domain of unknown function (DUF4392). This family of proteins is found in bacteria, archaea and eukaryotes. Proteins in this family are typically between 282 and 585 amino acids in length. There are two completely conserved G residues that may be functionally important.	1.82448e-110
NC_020291.1|WP_015394075.1|4344110_4345112_-|biotin-dependent-carboxyltransferase-family-protein	gnl|CDD|224895	COG1984, DUR1, Allophanate hydrolase subunit 2 [Amino acid transport and metabolism].	1.53859e-135
NC_020291.1|WP_017810459.1|4336745_4338731_+|HAMP-domain-containing-protein	gnl|CDD|223910	COG0840, Tar, Methyl-accepting chemotaxis protein [Cell motility and secretion / Signal transduction mechanisms].	6.13053e-53
NC_020291.1|WP_015394082.1|4351094_4351799_-|ABC-transporter-ATP-binding-protein	gnl|CDD|223487	COG0410, LivF, ABC-type branched-chain amino acid transport systems, ATPase component [Amino acid transport and metabolism].	7.30831e-131
NC_020291.1|WP_015394066.1|4331636_4332497_-|class-II-fructose-bisphosphate-aldolase	gnl|CDD|376459	pfam01116, F_bP_aldolase, Fructose-bisphosphate aldolase class-II.	1.63263e-116
NC_020291.1|WP_015394080.1|4349400_4350249_-|D-amino-acid-aminotransferase	gnl|CDD|238799	cd01558, D-AAT_like, D-Alanine aminotransferase (D-AAT_like): D-amino acid aminotransferase catalyzes transamination between D-amino acids and their respective alpha-keto acids. It plays a major role in the synthesis of bacterial cell wall components like D-alanine and D-glutamate in addition to other D-amino acids. The enzyme like other members of this superfamily requires PLP as a cofactor. Members of this subgroup are found in all three forms of life.	2.98097e-122
NC_020291.1|WP_015394077.1|4345969_4346749_-|5-oxoprolinase-subunit-PxpA	gnl|CDD|212099	cd10787, LamB_YcsF_like, LamB/YcsF family of lactam utilization protein. The LamB/YbgL family includes the Aspergillus nidulans protein LamB, and its homologs from all three kingdoms of life. The lamb gene locates at the lam locus of Aspergillus nidulans, consisting of two divergently transcribed genes, lamA and lamB, needed for the utilization of lactams such as 2-pyrrolidinone. Both genes are under the control of the positive regulatory gene amdR and are subject to carbon and nitrogen metabolite repression. Although the exact molecular function of LamB is unknown, it might be required for conversion of exogenous 2-pyrrolidinone to endogenous GABA.	8.7027e-151
NC_020291.1|WP_015394067.1|4332524_4333601_-|PTS-fructose-transporter-subunit-IIC	gnl|CDD|224218	COG1299, FruA, Phosphotransferase system, fructose-specific IIC component [Carbohydrate transport and metabolism].	4.89638e-104
NC_020291.1|WP_015394068.1|4333631_4333943_-|PTS-IIB-component,-Fru-family	gnl|CDD|224362	COG1445, FrwB, Phosphotransferase system fructose-specific component IIB [Carbohydrate transport and metabolism].	1.46516e-38
NC_020291.1|WP_017810457.1|4347107_4347896_-|putative-hydro-lyase	gnl|CDD|180100	PRK05463, PRK05463, putative hydro-lyase.	1.45266e-180
NC_020291.1|WP_015394069.1|4334015_4336415_-|transcription-antiterminator	gnl|CDD|334031	pfam00359, PTS_EIIA_2, Phosphoenolpyruvate-dependent sugar phosphotransferase system, EIIA 2.	2.46561e-38
NC_020291.1|WP_015394074.1|4342865_4343756_-|hypothetical-protein	gnl|CDD|226202	COG3677, COG3677, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	7.00899e-09
NC_020291.1|WP_015394072.1|4340812_4341367_-|helix-turn-helix-domain-containing-protein	gnl|CDD|380339	cd02209, cupin_XRE_C, XRE (Xenobiotic Response Element) family transcriptional regulators, C-terminal cupin domain. This family contains transcriptional regulators containing an N-terminal XRE (Xenobiotic Response Element) family helix-turn-helix (HTH) DNA-binding domain and a C-terminal cupin domain. Included in this family is Escherichia coli transcription factor SutR (YdcN) that plays a regulatory role in sulfur utilization; it regulates a set of genes involved in the generation of sulfate and its reduction, the synthesis of cysteine, the synthesis of enzymes containing Fe-S as cofactors, and the modification of tRNA with use of sulfur-containing substrates. This family belongs to the cupin superfamily with a conserved "jelly roll-like" beta-barrel fold capable of homodimerization.	1.9349e-18
NC_020291.1|WP_015394081.1|4350629_4351085_-|Lrp/AsnC-family-transcriptional-regulator	gnl|CDD|224439	COG1522, Lrp, Transcriptional regulators [Transcription].	1.21823e-35
NC_020291.1|WP_015394064.1|4327419_4330563_-|efflux-RND-transporter-permease-subunit	gnl|CDD|223911	COG0841, AcrB, Cation/multidrug efflux pump [Defense mechanisms].	0
NC_020291.1|WP_015394065.1|4330726_4331596_-|ketose-bisphosphate-aldolase	gnl|CDD|181275	PRK08185, PRK08185, hypothetical protein; Provisional.	8.59628e-161
NC_020291.1|WP_015394063.1|4326179_4327430_-|efflux-RND-transporter-periplasmic-adaptor-subunit	gnl|CDD|273776	TIGR01730, COG0845:_Membrane-fusion_protein, RND family efflux transporter, MFP subunit. This model represents the MFP (membrane fusion protein) component of the RND family of transporters. RND refers to Resistance, Nodulation, and cell Division. It is, in part, a subfamily of pfam00529 (Pfam release 7.5) but hits substantial numbers of proteins missed by that model. The related HlyD secretion protein, for which pfam00529 is named, is outside the scope of this model. Attributed functions imply outward transport. These functions include nodulation, acriflavin resistance, heavy metal efflux, and multidrug resistance proteins. Most members of this family are found in Gram-negative bacteria. The proposed function of MFP proteins is to bring the inner and outer membranes together and enable transport to the outside of the outer membrane. Note, however, that a few members of this family are found in Gram-positive bacteria, where there is no outer membrane. [Transport and binding proteins, Unknown substrate].	3.08416e-60
NC_020291.1|WP_015394076.1|4345111_4345822_-|5-oxoprolinase-subunit-PxpB	gnl|CDD|224960	COG2049, DUR1, Allophanate hydrolase subunit 1 [Amino acid transport and metabolism].	1.22552e-99

Protein sequences

>NC_020291.1|WP_015394072.1|4340812_4341367_-|helix-turn-helix-domain-containing-protein
MKDLNLIIGNKLKDIRNKRNLSLEEVAKLTGVSKAMLGQIERGKSNPTVSTLWKIATGLKISFSLFIDENQEDLKVINQKDISPIIEDNDRMKLYPIFPFDANKGFEIFTIELEPACNHISTPHNEGVEEYIIVTEGEIEIDINNKIFKLQKGNSIRFMANCPHSYKNINQGRSVFQNIILYFK
>NC_020291.1|WP_015394071.1|4339358_4340477_+|NADH-dependent-flavin-oxidoreductase
MELKNLIKSKNLNTKITLRNPIVMAPMTTFSANEDGTVSDAELSYYKKRAKEVGMVITATTYVAPSGKGFQGEFAAYNKSFLPSLRKLAETIKGEGALAILQIFHAGRMALPDEIPGGQPISASAVAAERPGAVVPKEMTEAEIQELIKAFSETTKLAIEAGFDGVEIHGANTYLLQQFISPHSNRREDFWGGSRDKRRNFPLAVIAEVKKTVKEKGAENFIVGYRFSPEEIENPGITLEDTLSFVDILADQGLSYLHASLMNFWQSSIRDAKETSPVINKLIDQIHGRVPFIGVGAINTPEDALKALESGVDLVALGREIIIEPDWTSKIQLGKASEIRTKLNKNDREVLSVPVPLWNAIVNTPGWFPIEE
>NC_020291.1|WP_017810459.1|4336745_4338731_+|HAMP-domain-containing-protein
MKINNIRNKLGISLVGICMLPLIILGLVSYFQSKAILNQKLSTTSQQTLIEVNTGMDNYFSSFGNMVSMLSQNYDVINSDNDINVTFIPGVLKSVKDVNPDIFSAYFGTKDGKFNIYPNSKMPDDFNPTARPWYKQAMEHKGQVIVTLPFKDSQTGKSVVSIAKTVERNGEVIGVCAMNLSLETLSGKITEKKVGNSGYVFISDSDGNVIAHPNKDIINTNEASKLAVWNEIKTSDSGFTTYTYNGQKKFGAFDTNSMTGWKVVAILNESELSTDTKAILITTITSIFIMLIISILVSLFLSKGIAANIKNLKKVFEKAENGDLTVSIEPVTKDEFLDLATSFNSMMHNISNLIQNAASSSNEVLETSTNLASMSEEVTASISDVAKAIEDVAHGATQQAQNAQNGVTEMNELSKKLDKISENSTQIDMLSNNTKTLGTKGLSIINTLIDKTNKTKTSTSEVNRIIQDMNESTIKISSISEAIAEITEQTSLLSLNASIESARAGEAGKGFAVVAAEIGKLAEESKNSTEEIKSIIENIQKKSTIAVQAIKATEDIVIEQDLEVTNTQKIFDDILNSINTMINKIDEIKFSIKDVGEKKENTMIEIENISSISEETASSSEEVTASTEEIASAMDRFTKYAETLKSLAEKLDNELDNFKVT
>NC_020291.1|WP_015394069.1|4334015_4336415_-|transcription-antiterminator
MYNLNVRQIEFINLLLEEKQYKPIKYYTEFLNVSDKTLKKDLIIIEEYLNKHNVELDKKHSIGIMIKDTMNAKLILHRVLQSQESKNNKISINYRRIEIIKNMLTDPHNNTSIQKLSDKYYVSKTSIVNDFKYIEEWFSLFNLKLEKTVEGTQINGLEVDIRRAIASLLFEYSKDGKNKNTIEELAIRLDAITLNALSELFEKEKIIYVNRLLLDLEKKYNCRINDPYYINLLTHILISMVRGSQGRKIYKKSDIGKFKPEKDYEEAALCINKINRDFGMTLDESEVYYLYQYFVSFGLIKDMSGKEDTVLSELDCLAINYRNRITHCMEEILQVNISKYQNIMEKLLLHIRPMLNRMKHDIHISNPLINDIKEQYPILLNVCKAATLMVSFDMKLNHIPIDEVGYLTLYYQLGLEENYATRKRVLVVCHSGYGTSKLLMTRLKRYFPEFEIIESASASRMMNINLEEIDFIISTVPLELEKNSYLLVSTFLNEHDIKNISDFLLNNKSKHLRLTSSTKLIGEYLKEELIYFNKEENEVKKQINRNIKRSIIFNPIDINRNLKIQLGFCKDECILGLSINDIENNEKQLTFYIAMENVEIMTLILKEAFNFNIKEDYANYLMKCKKEKDVKQYFKLNGEGGMKMEVDLAKVIQKETIKLDMKATTKDEALKELTELLYDSGTLSNKEEFLEDVYYRETLGSTGIGNGIAIPHGKSKFVNKTSIAFGKTRSDIKWETLDGKPVNFIILFAVTESDKNSVHVRLLSKVAARLGDDEVCEALLGAKSSEEVYEIFTSSDEIQ
>NC_020291.1|WP_015394068.1|4333631_4333943_-|PTS-IIB-component,-Fru-family
MKIVGIAACTSGIAHTYIAKEKLVRAAKALNHEIHIETQGTIGTEDELSPKEISEADVVIIAADIKVGGRERFKGKKVIDVSTDIVIKSPKALINKIQQELGL
>NC_020291.1|WP_015394067.1|4332524_4333601_-|PTS-fructose-transporter-subunit-IIC
MLKKLELKKHAMTGISYMLPLVVAAGLLIAIGNLAGGNPSLISDYKASYSIWQASVTLGVFGMQLLPAVMGAAISYSIADRPGIAPGLLMGMVANAMGAGFLGGMLGGYLSGYFVVFLKNNIKVPKWAQGLLPMMIIPLISSVVIGLVMFFVVGRPIASVSASLTSMLNNMQGGSKAIFGLIMGAMAAFDFGGPVNKVASLFADGLLLQGVYGPEAIKICASMIPPFGVALSWVIRRARYSKSESDNIKIAFPMGICMITEGVIPIAAVDPLRVIFSCSFGAAIGGMLIMLLDVGSPVPSGGMFIVPAMQNPIGFLIALGVGSVITAILLVILKKDAKEQVIEEEEEEEVDLSNLQIK
>NC_020291.1|WP_015394066.1|4331636_4332497_-|class-II-fructose-bisphosphate-aldolase
MYVSMTEMLKKANEENYAVMAINCFNLETARSVIKAAELENAPIIINLVQDHLIDHCDSELITPIVKTLASRTSIKVALNFDHGQEVLFIKKAIDDGFSSVMVDASRFGLQGNIDMTKEVVNYAHSKGVSVEGEIGCLGGTEGGAFTNDHMYTNPDEALKFAKETGIDALAISIGTSHGNYPDGMVPEFDFERLKTIKELTKMPLVLHGGSGSGRDNILKAVKYGINKINVGCDFMNANVQAITAILKEKPDINYYVLMHQVEQDSIDIVRNYIKLSGSNNKNLNI
>NC_020291.1|WP_015394065.1|4330726_4331596_-|ketose-bisphosphate-aldolase
MLMNMKELLSIAQENKFAVPAFNTSSNMILRGVMEAAKEKQAPVIIAIHPDELSFLEDSFIATVKEEAFKSEVPVVIHLDHGGTFEQILRAIRCGFTSVMIDASHMSFEENIAITKKVVEAAHPLNVSVEAELGTIGTTGNGGEYGANEIIYTDPEKAKEFVDRTGVDTLAIAIGTSHGIYPKDMKPKLKLDLLKIIRETVQIPLVLHGGSANSDDEIAESVKLGISKINISSDIKDAFYKKCREILTEDLGAREPNAIYPPCIEAMKEVIYHKISLFNDEDKVKCYNK
>NC_020291.1|WP_015394064.1|4327419_4330563_-|efflux-RND-transporter-permease-subunit
MRITEISVKRPAAMWMAVILFIGLGIMGYKSMGADLMPSMNIPVISIMTTYNGASAEDVKKDIVKPIEDAVSGISGVDVLNSTSGEGYGTVTITFKMSANINTAYLDVQKAVEVVSARLPKAADKPTLFKMDMSAIPIMIVSINGDSSYEELYNQSDILKQKLEKIPGVGNISLMGADKKQLMIKIDKATMEYYGVNVDALMGALQASNVNIPAGDIKQENLDQAVRIIGQFNSIDAVKNLLVPAGNGVNIRLGDIAKIDLEVPDATVLTRYGGNKTIAMILGKQSDSNVVEVADSVKKELEDIRKSLPKGTEVNILMDTTTFINSSLTQIKHNLIEGIITTAIVLYLFFRSFRSSLVVLIAIPTSLVATFFMMYQMHFTLNMLSLMGLSLVVGTLVDDSIVVIENIQRHMDMGKNPLQAAIDGRKEVGMAAIAITLCDVVVFAPVSLVSGLVGQMFREFGLTIVAATMFSLIVSFTITPMLSSRLLKNQNNDEKIAPKETFLSRINSKFARKSSDKKGSFDKLVEVYRKTLIWSLDNRKKVLAFVIAGVVLSVMLIPMGMIKSEFIPVADQSSFTISLKLAPGSTLKQTDAKVSEVEKYLQGTKEVKDYFSLIGHDGESTADKSIAQIFVNLVPKGERKKSQSELASEIRTFGKKMSGVDLNVAESSSSGGSSKPVSIKIKGNDSSTIRDLSKEVEKLLNTVSGITDISNSTSSRSSELRVNIDNLAATQYKISTSNIGSVVRMALAGTNVGVYRSNNEENDITLKFENGQINSAEDLKSLMITNSAGEEIPLSQVASIQKIDGAPSISREDKQDMVSVEANIQGRVLGEVTDDINSKLKALSIPDGYSISFGGNQKQMADSFSSLGLALCASLALVYMILVVLYESFLTPFIRMMALPCAIIGAFGLLALTGQTLNLMSMIGLIMLEGLASKNGTLLIDYTNTLMKRGMNLREALIESGVTRLRPIIMTSATMIVSMLPVALSMGEGTEMKKSMAIVIIGGMLASTILSPIVLPIIYTLMADLKNKVSFKKKKSHSLEGGSTYEV
>NC_020291.1|WP_015394063.1|4326179_4327430_-|efflux-RND-transporter-periplasmic-adaptor-subunit
MKFKELMKKKKLIVGIILAVVVVAIIFSFPKSKPVDVAQEVKNVKTEKITTGTISARVEYAGNLKPAKEVVVLPKAGGRVATVNVKVGDKVSVGQTLFTLDTTDYAAQLEQAQAGVSAASANLERTSDSGFTQQLLQAEQLVEKLQIQYNTVKDSYDKTQTLYSANAVSKKEYDDAKAQYDAITIDLKNAKDSLELLKSKSGPQATKAAAAALEQAQAGVSAVQNQINNATITSPIDGVVSEKAVEVGQIAGGQSGSVTVIDYSGLEAEVNVPDKMLTKIKEGLSVPVTINALPDAKIVGVIESISPNTSSKNNFYVVRVKVDNSNADIKAGMFAKISLPAEQKDDILMVPNETIKMENGVNYLYTVDNDEVKKIAVETGISNEKFTEVKGKVQDGLPVITEGQNLLSDGEKVNLV
>NC_020291.1|WP_015394074.1|4342865_4343756_-|hypothetical-protein
MIKTDTNFNLLNSHITTLIKKDMYLNRIIEKCPNCESKHYIKYGLFKGFQRYKCKECGKTFSKATSSLWSYSKKKPTQWVKFTEYGLERKSLRFCAEKLGLSLVTAFYWRHKVLHGLNYDSVPEKLSGDVHIAKKLIPENFKGSKNITITVRHNIWVVAAKDCEDSIIIKPISRCHWHLPSFNKKIYYLIDEKAYIVPYGDRYISLVAKAHNKKHIKEVKNDKIIWSFQIILEKWLKKYHGVASKYLEKYLALFILYITKKEINCMEIFKKLSFENKFIKILDIGRLKTQSNSVLL
>NC_020291.1|WP_015394075.1|4344110_4345112_-|biotin-dependent-carboxyltransferase-family-protein
MRISVLNPGLQSTIQDLGRHGYQKYGVIVSGAMDAYSMRLANIAIGNTEKEGVLEITMIGPSLELEKGTLFSITGGNISPTIDGKKIPMGRPIYLKEACVLNFGACIAGCRSYLAIAGGFEVPEVMESKSTYLRAQFGGFNGRTLKKGDILNLGVKSVEAKKIIEKLQQITSKGEFTAPSWYIGDSIAENSNSTFVRVFKDRQFNNISEESVSKFFNSEFNVDNKSDRMGYRLCGEKIELKESLEMISEEVSVGTIQIPPDGNPIVLLADRQTTGGYPKLAHVASVDIQKIVQLKPNDKIKFKQITLKEAERLYLEREKYINKVKKTIKFIIS
>NC_020291.1|WP_015394076.1|4345111_4345822_-|5-oxoprolinase-subunit-PxpB
METGKFKTEISQISETAALVEFGREISETINKKVRTFCAYLDENPFHGMIEYVPAFASVSVIYNPLDMNSEAPYEVVKGILDDIIAKLDFSSVYEENIVEIPVCYGGEFGQDIGEVAKINNISVDEVIKIHSEGKYLVYMLGFAPGFPYLGGMSEKIAAPRRETPRTAIPAGSVGIAGMQTGVYPIETPGGWQLIGKTPLKLFDLKRKSKSLLKSGDIVKFYPISYEEYVQLKEEE
>NC_020291.1|WP_015394077.1|4345969_4346749_-|5-oxoprolinase-subunit-PxpA
MYKVDLNCDLGESFGAYKLGLDEEIISYVSSANIACGFHAADPLVMDHTVKLAKAAGVNIGAHPGFPDLVGFGRRNMNVSPNEAKAMVQYQIGALDAFCRAQGIKMQHVKPHGALYNMAGKDLKLAEAICQGIYEVNSELILLALAGSEMIKAAENIGLKVAREAFADRAYEEDGSLVARAKEGAMITDEAVVIKRVIKMIKENNVTAITGKDISIKVDSICVHGDGAKALEFVKKIRLSLEAENIEIVPLYKVLLDTL
>NC_020291.1|WP_017810457.1|4347107_4347896_-|putative-hydro-lyase
MDYSKMKPSEVRALIREGKITGPTSGMCAGYAQANLVILPKELAYDFLLFSQRNPKACPILEVSDVGSRSLRYIAEGADIAKDIPKYRVYEEGVLTGEYTSIEHLWRDDFVSFLIGCSFSFESELLEAGVPVRHIEENCNVPMFITNIDCEPAGIFNGKMVVSMRPIPYDQIVKSVMVTGSMPKVHGTPIHIGDPSVIGISEISRPDFGDSVKIKEGEVPVFWPCGVTPQAVVMNVKPKIVITHSPGHMLITDTKNIDIKFS
>NC_020291.1|WP_015394079.1|4348316_4349390_-|DUF4392-domain-containing-protein
MNQQELTIFNLGENLDNIVNLDPRGYGVCRILYSAARKYTKEPLTTNAAKKLVNTLKDGDLVYIMTGFVLLPFKKAEMDGIVSSMILARALIKAFNVKPVIICPEDNMEAVKNLAQVIGVHLYDTMQELKEYPISIAAVPFTKDINEAEKQADEIIAKGLPSAVISIECPGANSIGVYHNAVGLAVTELEAKQDILFTKLQAKGVLNIAIGDLGNEIGMGTISEHLQEYVPYAAEGKCNCGCNGGIAVATKADNIITATVSDWGCYGLIAAIAYLKKDLEILHTKELQEEAMVVASRSGMIDMYGWLVPAIDGFGLSMNLSIVNLMRECVSYAIKLEDTCATWFDKVIELGFYEKVV
>NC_020291.1|WP_015394080.1|4349400_4350249_-|D-amino-acid-aminotransferase
MENLGYYNGKFGLLEEMTVPMLDRVCYFGDGVYDATYSRNHKIFALDEHIERFYNSAGLLGIKIPHSKEQVKEILKEMVLKVDSGEQFVYWQITRGTGMRNHAFPGDEVPANLWIMLKPLNIKDMSKKLKLITLEDTRFLHCNIKTLNLLPSVIAAQKTEEAGCQEAVFHRCDRVTECAHSNVSIIKDGVLKTAPTDNLILPGIARAHLIKMCKAFNIPVDETAFTLKELMEADEIIVTSSGQFCMATSEIDGKPVGGKAPELVKKLQAALLNEFLEETNAD
>NC_020291.1|WP_015394081.1|4350629_4351085_-|Lrp/AsnC-family-transcriptional-regulator
MDKMDYKILKCLKANARIKAATISSQIHLSVSAVLERIHKMEKNEVIQNYTIIVDQKKLDNDVTALMEVSLEHPKFYDTFTLAIKGNDNIVSCYYLTGDYDFMLKIICQSSDHLEKIHRSIKSIEGVSATKTHFVLKNIKNTFCVIPEVED
>NC_020291.1|WP_015394082.1|4351094_4351799_-|ABC-transporter-ATP-binding-protein
MLKVENINISYGAIHAIHDLSLEVKSGEIVTLIGANGAGKTSTLRAISGLNPVKSGEITYEGKVISNIGAHKIVGYGLSQVPEGRRVFGDQTIEENLLLGAYLRKSKAEIKASMEEVFNLFPRVKERRKQLAGTMSGGEQQMLAIGRALMAKPRLLLLDEPSMGLAPIVVEEIFEIIKNIRKAGTTILLVEQNANAALQIADRGYVLETGSVVLEGLAQDLLHDDSVRKAYLGE
>NC_020291.1|WP_015394083.1|4351800_4352571_-|ABC-transporter-ATP-binding-protein
MSLLSVENLTIRFGGLTAVSDVNMEIGEHQLIGLIGPNGAGKTTLFNMLTGVYKPTEGKIELNGERIDGTKPYNITSKHISRTFQNIRLFKDLTVIENVMISFNYQAKSSLFTSIIKTPAHILEEEKMKQEALEILKIFKLDDKAEELASNLPYGKQRRLEIARALAAKPKLLLLDEPAAGMNPQETVELTELIRWIKNQFKISILLIEHDMKLVMNVCEYIYVLSFGEIIAKGIPKEIQKNPQVIEAYLGKGAAQ

Crispr_ID: NC_020291_9

• CRISPR_ID: NC_020291_9
• CRISPR_location: 4375620-4375720
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_020291_9

Consensus_repeat	Method
ATAATCTTGGTTGCAGATAAGTT	CRISPRCasFinder

spacers of NC_020291_9

>9.1|4375643|55|NC_020291|CRISPRCasFinder
CCGTATTGCAGCATAGCTGCTCTTTTTAGAAGTGCATAGCTGCTTTTTATAATTT

CRISPR arrays and Neighbor proteins around NC_020291_9

CRISPR arrays

The CRISPR arrays of NC_020291_9

>merge|NC_020291|9|4375620-4375720|CRISPRCasFinder
ATAATCTTGGTTGCAGATAAGTTCCGTATTGCAGCATAGCTGCTCTTTTTAGAAGTGCATAGCTGCTTTTTATAATTTATGATCTTGGTTGCAGATAAGTT

>NC_020291|9|9|4375620-4375720|CRISPRCasFinder
ATAATCTTGGTTGCAGATAAGTT	CCGTATTGCAGCATAGCTGCTCTTTTTAGAAGTGCATAGCTGCTTTTTATAATTT
ATGATCTTGGTTGCAGATAAGTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_020291.1|WP_017810455.1|4364456_4364969_-|hypothetical-protein	unknown	unknown	gnl|CDD|365963
NC_020291.1|WP_015394106.1|4377805_4378051_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_158399838.1|4381434_4381992_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015394111.1|4382299_4382524_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015394099.1|4370945_4371578_-|YkgJ-family-cysteine-cluster-protein	unknown	unknown	gnl|CDD|223799
NC_020291.1|WP_015394097.1|4369224_4370172_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015394098.1|4370652_4370847_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015394108.1|4379240_4380317_+|GIY-YIG-nuclease-family-protein	unknown	unknown	gnl|CDD|234792
NC_020291.1|WP_015394094.1|4365166_4366105_+|tyrosine-type-recombinase/integrase	unknown	unknown	gnl|CDD|234698
NC_020291.1|WP_008418503.1|4372034_4372211_-|30S-ribosomal-protein-S21	unknown	unknown	gnl|CDD|234707
NC_020291.1|WP_015394096.1|4368104_4368983_-|Rpn-family-recombination-promoting-nuclease/putative-transposase	unknown	unknown	gnl|CDD|273806
NC_020291.1|WP_015394102.1|4373620_4375555_-|DUF2075-domain-containing-protein	unknown	unknown	gnl|CDD|378274
NC_020291.1|WP_015394101.1|4372789_4373536_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015394105.1|4377443_4377809_-|aspartyl-protease	unknown	unknown	gnl|CDD|379408
NC_020291.1|WP_015394109.1|4380634_4381291_-|leucine-rich-repeat-protein	unknown	unknown	gnl|CDD|275383
NC_020291.1|WP_017810453.1|4382042_4382222_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015394103.1|4375743_4376061_-|nucleotide-pyrophosphohydrolase	unknown	unknown	gnl|CDD|212144
NC_020291.1|WP_015394095.1|4366293_4367997_-|hypothetical-protein	unknown	unknown	gnl|CDD|227059
NC_020291.1|WP_015394107.1|4378431_4379022_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015394104.1|4376329_4377211_-|Rpn-family-recombination-promoting-nuclease/putative-transposase	unknown	unknown	gnl|CDD|273806

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_020291.1|WP_017810455.1|4364456_4364969_-|hypothetical-protein	gnl|CDD|365963	pfam00232, Glyco_hydro_1, Glycosyl hydrolase family 1.	0.0071054
NC_020291.1|WP_015394099.1|4370945_4371578_-|YkgJ-family-cysteine-cluster-protein	gnl|CDD|223799	COG0727, COG0727, Predicted Fe-S-cluster oxidoreductase [General function prediction only].	0.00029289
NC_020291.1|WP_015394103.1|4375743_4376061_-|nucleotide-pyrophosphohydrolase	gnl|CDD|212144	cd11537, NTP-PPase_RS21-C6_like, Nucleoside Triphosphate Pyrophosphohydrolase (EC 3.6.1.8) MazG-like domain found in mouse RS21-C6 protein and its homologs. RS21-C6 proteins, highly expressed in all vertebrate genomes and green plants, act as house-cleaning enzymes, removing 5-methyl dCTP (m5dCTP) in order to prevent gene silencing. They show significant sequence similarity to the dimeric 2-deoxyuridine 5'-triphosphate nucleotidohydrolase (dUTP pyrophosphatase or dUTPase) and NTP-PPase MazG proteins. However, unlike typical tandem-domain MazG proteins, RS21-C6 contains a single MazG-like domain and functions as a tetramer (a dimer of dimers) with a typical four-helical bundle. Divalent ions, such as Mg2+, are required for its pyrophosphatase activity. This family also includes a pyrophosphatase from Archaeoglobus fulgidus (Af1178). Although its biological role remains unclear, Af1178 shows significant sequence similarity to the mouse RS21-C6 protein.	1.50676e-35
NC_020291.1|WP_015394108.1|4379240_4380317_+|GIY-YIG-nuclease-family-protein	gnl|CDD|234792	PRK00558, uvrC, excinuclease ABC subunit UvrC.	1.14592e-67
NC_020291.1|WP_015394094.1|4365166_4366105_+|tyrosine-type-recombinase/integrase	gnl|CDD|234698	PRK00236, xerC, site-specific tyrosine recombinase XerC; Reviewed.	7.99113e-92
NC_020291.1|WP_008418503.1|4372034_4372211_-|30S-ribosomal-protein-S21	gnl|CDD|234707	PRK00270, rpsU, 30S ribosomal protein S21; Reviewed.	8.02872e-13
NC_020291.1|WP_015394096.1|4368104_4368983_-|Rpn-family-recombination-promoting-nuclease/putative-transposase	gnl|CDD|273806	TIGR01784, Uncharacterized_protein_pSLT051, conserved hypothetical protein (putative transposase or invertase). Several lines of evidence suggest that members of this family (loaded as a fragment mode model to find part-length matches) are associated with transposition, inversion, or recombination. Members are found in small numbers of genomes, but in large copy numbers in many of those species, including over 30 full length and fragmentary members in Treponema denticola. The strongest similarities are usually within rather than between species. PSI-BLAST shows similarity to proteins designated as possible transposases, DNA invertases (resolvases), and recombinases. In the oral pathogenic spirochete Treponema denticola, full-length members are often found near transporters or other membrane proteins. This family includes members of the putative transposase family pfam04754.	6.54538e-24
NC_020291.1|WP_015394102.1|4373620_4375555_-|DUF2075-domain-containing-protein	gnl|CDD|378274	pfam09848, DUF2075, Uncharacterized conserved protein (DUF2075). This domain, found in various prokaryotic proteins (including putative ATP/GTP binding proteins), has no known function.	2.2891e-124
NC_020291.1|WP_015394105.1|4377443_4377809_-|aspartyl-protease	gnl|CDD|379408	pfam13975, gag-asp_proteas, gag-polyprotein putative aspartyl protease. This family of putative aspartyl proteases is found pre-dominantly in retroviral proteins.	1.356e-09
NC_020291.1|WP_015394109.1|4380634_4381291_-|leucine-rich-repeat-protein	gnl|CDD|275383	sd00036, LRR_3, leucine-rich repeats. A leucine-rich repeat (LRR) is a structural protein motif of 20-30 amino acids that is unusually rich in the hydrophobic amino acid leucine. The conserved eleven-residue sequence motif (LxxLxLxxN/CxL) within the LRRs corresponds to the beta-strand and adjacent loop regions, whereas the remaining parts of the repeats are variable. LRRs fold together to form a solenoid protein domain, termed leucine-rich repeat domain. Leucine-rich repeats are usually involved in protein-protein interactions.	1.44791e-17
NC_020291.1|WP_015394095.1|4366293_4367997_-|hypothetical-protein	gnl|CDD|227059	COG4715, COG4715, Uncharacterized conserved protein [Function unknown].	2.50111e-07
NC_020291.1|WP_015394104.1|4376329_4377211_-|Rpn-family-recombination-promoting-nuclease/putative-transposase	gnl|CDD|273806	TIGR01784, Uncharacterized_protein_pSLT051, conserved hypothetical protein (putative transposase or invertase). Several lines of evidence suggest that members of this family (loaded as a fragment mode model to find part-length matches) are associated with transposition, inversion, or recombination. Members are found in small numbers of genomes, but in large copy numbers in many of those species, including over 30 full length and fragmentary members in Treponema denticola. The strongest similarities are usually within rather than between species. PSI-BLAST shows similarity to proteins designated as possible transposases, DNA invertases (resolvases), and recombinases. In the oral pathogenic spirochete Treponema denticola, full-length members are often found near transporters or other membrane proteins. This family includes members of the putative transposase family pfam04754.	9.21035e-19

Protein sequences

>NC_020291.1|WP_015394102.1|4373620_4375555_-|DUF2075-domain-containing-protein
MIVYQASKKDFMKHVTNDEISILIDREYKSKIGKSREKEFQAWDNSMLYMFKALNTKEIPDECGVAIEYKIPGTSMRVDFILTGLDEYDKENIIIVELKQWTHLEEVKEENDIVLTYLNNSKIPKTHPSYQAWTYANLIEDYNDAVETKLIKLHPCAYLHNYIKKKENDPLLSEIYNNSLNLAPAYTRGDALKLREFICRYVKKSDQGKGIYFIEGGKIRPSKSLQDALKVMIDGNEEFIMIEDQKVAFESIMRTVRDCIKNEKKKTIIVEGGPGTGKSVLAINLLVKICNRNLNCQYVTKNAAPRNVYCEKLKGNYTQKYINNLFKGSGVYTDTSQNEIDVLIIDEAHRLNAKSGMFKNLGENQIKEIINTAKVSIFFVDNNQRVTMDDIGSIEEIEKHARALEVKTRKLKLTSQFRCNGSDGYVSWLDDVLEIAETGNFDGFEFDFDFRVFDDPSEMKKAIEEKNEVNNKSRLVAGYCYEWATKKKENYNKYDIEFPEYDFKMKWNLSNSPTWAIDKESVNECGCIHTCQGLEFDYVGVIIGQDLRFENGKLITDLFKRAKTDKSLNGVKKLYKEDKEKALKISDELIKNTYRILMTRGLKGCYIWCEDKSLSNYFKERLNSFMRQIVVKEIEGEYMYLLRE
>NC_020291.1|WP_015394101.1|4372789_4373536_-|hypothetical-protein
MNKIIYFNKIVIITMIVALLEGCGEKTQQVETSPSNQNTASEDKFSSNTDKKEEIKAVETTKQDFKEINIDANLKKKLDTFFSNFSEAHLKSFEKDKLDDSSLIVFGIRHIMLNNFKLIQLKGDTGYVKAEDVDAKALFYFGKKVNQHKNTGEYIFENGLYKIRMASGDEYTFSQINKLYDLGNNKYKAEVSVYIASSGYTGDSHGTIEEWKASGGEIPKLSNKVTATIEKISQDGNERFILTEYNIN
>NC_020291.1|WP_008418503.1|4372034_4372211_-|30S-ribosomal-protein-S21
MSEIKVGENESLEQALRRFKRKCSASGILSEAKKRQHYEKPSVKRKKKSEEARKRKFK
>NC_020291.1|WP_015394099.1|4370945_4371578_-|YkgJ-family-cysteine-cluster-protein
MMKLLYDVEGKVNYDKINKNTTVKDVLDAVDIFLNNNPLNCNECEESCCKRSWSVEMDNICVNRLSSWNDEAVLDFIQEKLVKKKNYYRDFDQYVLNKKMDCNFITETNLCTIYEDRPIICRLYICISRSYRYNLIRELIGSTYLKALIHEEKIRNNNFTNETINKYKRNPAVLAKDYNILLEKVFDYSEDEGWLDIDEREELYKERILE
>NC_020291.1|WP_015394098.1|4370652_4370847_-|hypothetical-protein
MPSTTKLMEEFLDEIMEESSYSSFERAIEPVRKEEYLKDEYFCTREVLVGSLKSKELPYNFLSS
>NC_020291.1|WP_015394097.1|4369224_4370172_-|hypothetical-protein
MSISNEKVKLDEVLKFLFSTSKKVLVNLLNGIFQENYSSDQVKLSVSNNEFVMDTFDTLRGDVFFDILNSESDKISYHLEFQTRNDSTMVIRMFEYGLRKAKEQSRNNDDFRTIFFPKQKVIFFEENRNIMDIIKLKIVLPSGESFLYSVPVMKYWEYSDKKLLEDKMYPLLPLQLFNLRRELEQYKRKNDIKKINELSIKAKEIAEKIANESKELFEKNEIIGEDFHKMLLAIQNLIEYLNRNYFNDEKIEEEVIRVTKTLFDPEVEKRKAIEIAKNLLDILDNETIALKTGLELEEVIKLRNAMQTKVSKYML
>NC_020291.1|WP_015394096.1|4368104_4368983_-|Rpn-family-recombination-promoting-nuclease/putative-transposase
MTADSKIISSREIIKSSMNKTLKELNLEDDFLFAKVMSDKEICKELLEKILEVEIEKVEMIQEQKAIDLLLESKGIRLDVYVKDENNTIYNVEMQRGKHKNLAKRLRYYQGSIDLDLISKGEDYRKLTKSYIIFICTFDLFSKGRHKYAFRNICLEDNSIELNDEAEKIILNTKGFMKDLSEELLEFLAYVEDSRDEVVKNFNGNLVKSIHERVKEVKNDVSMEVEFMHLLKECEAQFGTYKILEKDKVKIEEGIEQGEKKKALEMLKDNEPIEKIIKYSKFSKEEILKIKI
>NC_020291.1|WP_015394095.1|4366293_4367997_-|hypothetical-protein
MNINNFKEYIDKTILKRGYDYYTDGNILNSCNVEDNTYTFEVQGSEYYQVVVQLDDNGEIIHSECDCPYDFGPICKHEVAAYFELAEHMSKSVNKNDKNANNVINNEKLIKKKAKEPEIKEVLSNLSKEKLIDIILEITQNNRILKNSLVVRYSKGNSEQELHKCKKLIDSIVRKHLGREDFISYREAGDFVSDMEVLLEKIKETEDIILAFDIAFLVIDEGIEAFQYADDSDGDIGYLVSETINLIGEVIGYNEDIDVNIKEELFEKLLSKSESKVFDEWTDYRIDMLELCAEVAATEVIRNKLKTKLNYLIDNNSNNEYMKYSDESMHHILFNMVNKYGTEEEAEQFIKDNLKFSSFRELFINKYLNEKDYEKVIELALEGEKQDARFAGLILKWKQMRYKAYKELDLKDDQRNLAKELLFEGKFEYYKELKELAEDKISFYNNLKQELKVKEDWHSKSMFLQIILEEKDLNEIMDYVRDNPTSIDRYADILIDKFKDEVIEIYKKYIKFEASRASNRSHYKSVCAIIRKYKKIAGKQSQIPIVNELIALYRKKPAFLDELSRIK
>NC_020291.1|WP_015394094.1|4365166_4366105_+|tyrosine-type-recombinase/integrase
MTHNNKIVSDNINNYINTLKIERNLSEKSIKAYVSDLSSFSDWLKDNNAEEIDINTINQYITWLQNYKKLKDTSIKRKYVTLKSFFKYLLRKNLITSYPFEHMRISFKTTKKLPKTLSSQDIIKLLKSPIEDLNNIKTEFRKIICIRNLAIIELLYCVGIRIGELVNINLNDLNFNDQTLLINGKGRKERLLYISSSDVIDTLKTWINSRDSLAPKGDALFINKYGDRLSIYSIEDIYSKYIKLANIETKSTPHYLRHTFATQLLNNGADIRAVQEILGHSSITTTQIYTEVSTERKKQVLLQYNGRNLLKI
>NC_020291.1|WP_017810455.1|4364456_4364969_-|hypothetical-protein
MDNNSVIKKLTMCGNSLKKLYKFLPENSIKAIPYTTSGESKYDLEVNINGVEFKGKEDNSNIVINSLHRNYTKEELMAIQKIATKCYTYPFGGLEFSFGLNIFRNDKTEITIINLLDKYNIEPFLESLDSEGHIELKISNVKYFSTEAFINFVLELQTLIYLLDEKYDDN
>NC_020291.1|WP_015394103.1|4375743_4376061_-|nucleotide-pyrophosphohydrolase
MKETINRIRKFRDDRDWSQFHTPANLSKAISIEAGELLEEFLWDEENYNKEHVLEELADVMVYCIHMADALGVDLEEIINSKMNKNEEKYPVEKAKGNSKKYTHL
>NC_020291.1|WP_015394104.1|4376329_4377211_-|Rpn-family-recombination-promoting-nuclease/putative-transposase
MTADSKIISSGEIIKSSTNKTLKELNLEDDFLFAKVMSDKEICKELLEKILEIEIEKVEMVEEQKTIDLLLESKGIRLDVYVKDEKNTIYNVEMQRGKYKNLPKRLRYYQGSIDLDLISKGEDYRKLAKSYIIFICTFDLFNKGRHKYTFQNVCLEDNSIILNDEAQKIILNTKGILNDLNEELLEFLNYVEDSTDDKVKSIKGNLVKSIHKRVQEVKNDVSMEVEYMTLLERDREKIEEGKVELLLKLLIKKFKIIPDEYKDKLKSLSEENIELIATEIFDMKSIEDLKKYF
>NC_020291.1|WP_015394105.1|4377443_4377809_-|aspartyl-protease
MKLEYKSGLLFVDMKIGYKGNNVLLKNVVVDTGAAHTIINPDSVYKLGIKAEADDYGIGGEHYSYRNNINSVSIGSDCIEDINIDFGIIDEEGYINWLLGLDVLLKLGITINLKELELYSS
>NC_020291.1|WP_015394106.1|4377805_4378051_-|hypothetical-protein
MKWEEVRNIYPNKFVLLRSLEAHIEDNKKCIDDVAVVRALDDEEASDLLIKCKGDTFVFHTSKKELSMNIIQMPILRGVFK
>NC_020291.1|WP_015394107.1|4378431_4379022_-|hypothetical-protein
MYNNQFPCCPYYMNQAAYPYYNVMRRNTAPKFAAFSGTVTRIEDFYPGQDDASVGCYKLISLENIDRGPVNFVISPRTYFVDHKLVEVGDEVTGFYDANAPALLIYPPQYPAIVMAKDTVYQNVTVDYFNNQLISSDGNLKLNIDISTEVILTNDQIFNRFPRNKNLIVVYGPTTKSIPAQTTPYKIIVLCGQNLV
>NC_020291.1|WP_015394108.1|4379240_4380317_+|GIY-YIG-nuclease-family-protein
MDLKEKIRDLPSVPGVYLMKDSLGSIIYVGKSKNLKNRVGSYFQNIKSRTPKVEKLIKNLKDFDYIITDTEFEAFMLECTLIMELKPRYNRLMKNPLSYTYIKIDLGEKYPSIEISSTNNQNEHTLYFGPYTNKNAAEKAIQCIKDFYKINCNYNYKNGTSCLNYSLNLCIGMCLDIAATTKQYENITFKVIASLNDTDNTLLKEIEEKMLIASEKFDFETATKYRDYMASVTYLTNNRKTIKFAEENNNIVMIEALNEHLIKLFLIKKSNVLFSKTYNMKDINVKQLNEIIKINIIHYFKTITSDSIEINKDEIDKTQIIHSYLQSSKCNYITIPENLLNLECNSELDALITKLLII
>NC_020291.1|WP_015394109.1|4380634_4381291_-|leucine-rich-repeat-protein
MKKSKLTKVIASVLVVASVLLLNPIGASAEWKQDYNGWWYSEGDSWAKGWRYISGNWYYFGTFGYMEKNQDVDGWYLDNNGVGIKCIKAGEFDILKSTSGIVKFNRNVPWGPGETGIPLVIPGKIGDIEIKSIGNRGFYDCGFLTDVTIPDSVTSIGDSAFGRCVSLKRIIIPDSVESIGRDAFYACDEAVFYVNSEKTKQYLIKYGISPSKIILNTK
>NC_020291.1|WP_158399838.1|4381434_4381992_-|hypothetical-protein
MVLVYYSSDTCELGVIYVALAQSQNSFGSDGGIVWYGKIKDIHLVKRNEIIELPKDSDSLYYRLEIDKWCRLERKIEIAKYQVRSFIYTTFYLLNNARSVTELCIKSKEEFRLFLELRRFHNKSSIEVDREIEVQSEINAFNFDGINIVVNDEGIMSIVDKTVIEVSKDDFIKKPIKSIKELLRK
>NC_020291.1|WP_017810453.1|4382042_4382222_-|hypothetical-protein
MVYKKIKKIADENGVRIKKISDNYVVGSHVVEIIDGRVIRVNGKIVRFNELKRQCFKKL
>NC_020291.1|WP_015394111.1|4382299_4382524_-|hypothetical-protein
MNIEYVAFYQSQKVFREDSGIRYYGKIKEIKRYKRSECKEIPCEKGSEEEKYLRIDFEWIKEIPKIEPIQYGHK

Crispr_ID: NC_020291_10

• CRISPR_ID: NC_020291_10
• CRISPR_location: 5276834-5278564
• CRISPR_type: Unclear
• Repeat_type: I-A:NA
• Spacer_info: 26 spacers
• Cas_protein_info: cas2,cas1,cas4,cas3,cas5,cas7,cas8b2,cas6,WYL

Consensus repeat of NC_020291_10

Consensus_repeat	Method
ATTTACATTCCTCATAGTTAATATAANNAAC	CRT
ATTTACATTCCTCATAGTTAATATAAAAC	PILER-CR
ATTTACATTCCTCATAGTTAATATAAAAC	CRISPRCasFinder

spacers of NC_020291_10

>10.1|5276863|36|NC_020291|CRT
AATAGCTGAATCTTTTATTGTTCATTTTTCATCATA
>10.2|5276928|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TAAAAGAGAAATAGTAGTATGGTCAAAGATTAAAAT
>10.3|5276993|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CAACAACTGGTGGAAGTAGTGGTGGTTCACATCATTC
>10.4|5277059|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTAGCCCACCCAATTTCTCTAAACATATAATAATTT
>10.5|5277124|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
AAAGGAGAAATAAATTTAACTGATGTAATAAATATA
>10.6|5277189|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TCCGAAATATCCAAAGCACAAAAAGAAGGCAGAACAG
>10.7|5277255|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
AATTTACACTAGAAGGGGCTACAAAGGAGCCAGTAAA
>10.8|5277321|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
GTTTCTTAATTTGCTTTTTCCTCCCATTCTAGTAAT
>10.9|5277386|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
ATGGAAAAATAATTATTGAAACTAGTCTTGATACCAA
>10.10|5277452|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
ATAAATATCACTTGTAAATCTATCTATTGTACCTTT
>10.11|5277517|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
GCAAGAAGCAATGTCGGGCATGATGGTATTAATGCA
>10.12|5277582|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTCACATTTTTGAGTATACAACAACAAAATATATGCC
>10.13|5277648|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTGTACAAAAATATCATCAATGATAATGTTATAATCA
>10.14|5277714|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TAGTAATAATATTTTCTTTAGAAGCTATAACAAAGTT
>10.15|5277780|35|NC_020291|CRT,PILER-CR,CRISPRCasFinder
GTATAAAGAAACTTTTTGTATGTTGCCACGTAAGC
>10.16|5277844|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CTTCAATCGATAAGGATAAGCTTTCTTTTGAGGAAAA
>10.17|5277910|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CAAATTTATCATTTGAAGCTAAAATGGCTAATATGGT
>10.18|5277976|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTACTTTTGATATATCAGTATTTTTAAATTCATAAAG
>10.19|5278042|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
AAAACACAAGATTGTAACGTGGATGGCAACATTCCAC
>10.20|5278108|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
AGATTTCAGAATTTTAATATTAAATGGTGATTGCGT
>10.21|5278173|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTAAAATAATAATTCATTTATTGAGATAGGAGAATG
>10.22|5278238|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
GTGATATCTTTTATTATTCTTAAGCAACCATTTAAT
>10.23|5278303|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
AAATTGAACTGATTCATTATTGAATAGATGATCTAA
>10.24|5278368|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CAATTAATGTTAAACTTTCATCATCTAAACTCATTG
>10.25|5278433|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CTATGCAACAACGCGTCATAAGTGATTTAGAAGCATT
>10.26|5278499|36|NC_020291|CRT,CRISPRCasFinder
TCATAATATTCACGTATAGTCTTATCAACCATCTTA

CRISPR arrays and Neighbor proteins around NC_020291_10

CRISPR arrays

The CRISPR arrays of NC_020291_10

>merge|NC_020291|10|5276834-5278564|CRT,PILER-CR,CRISPRCasFinder
TAATTTTATTGAATTACAATATATAAAACAATAGCTGAATCTTTTATTGTTCATTTTTCATCATAATTTACATTCCTCATAGTCAATATAAAACTAAAAGAGAAATAGTAGTATGGTCAAAGATTAAAATATTTACATTCCTCATAGTTAATATAAAACCAACAACTGGTGGAAGTAGTGGTGGTTCACATCATTCATTTACATTCCTCATAGTTAATATAAAACTTAGCCCACCCAATTTCTCTAAACATATAATAATTTATTTACATTCCTCATAGTTAATATAAAACAAAGGAGAAATAAATTTAACTGATGTAATAAATATAATTTACATTCCTCATAGTTAATATAAAACTCCGAAATATCCAAAGCACAAAAAGAAGGCAGAACAGATTTACATTCCTCATAGTTAATATAAAACAATTTACACTAGAAGGGGCTACAAAGGAGCCAGTAAAATTTACATTCCTCATAGTTAATATAAAACGTTTCTTAATTTGCTTTTTCCTCCCATTCTAGTAATATTTACATTCCTCATAGTTAATATAAAACATGGAAAAATAATTATTGAAACTAGTCTTGATACCAAATTTACATTCCTCATAGTTAATATAAAACATAAATATCACTTGTAAATCTATCTATTGTACCTTTATTTACATTCCTCATAGTTAATATAAAACGCAAGAAGCAATGTCGGGCATGATGGTATTAATGCAATTTACATTCCTCATAGTTAATATAAAACTTCACATTTTTGAGTATACAACAACAAAATATATGCCATTTACATTCCTCATAGTTAATATAAAACTTGTACAAAAATATCATCAATGATAATGTTATAATCAATTTACATTCCTCATAGTTAATATAAAACTAGTAATAATATTTTCTTTAGAAGCTATAACAAAGTTATTTACATTCCTCATAGTTAATATAAAACGTATAAAGAAACTTTTTGTATGTTGCCACGTAAGCATTTACATTCCTCATAGTTAATATAAAACCTTCAATCGATAAGGATAAGCTTTCTTTTGAGGAAAAATTTACATTCCTCATAGTTAATATAAAACCAAATTTATCATTTGAAGCTAAAATGGCTAATATGGTATTTACATTCCTCATAGTTAATATAAAACTTACTTTTGATATATCAGTATTTTTAAATTCATAAAGATTTACATTCCTCATAGTTAATATAAAACAAAACACAAGATTGTAACGTGGATGGCAACATTCCACATTTACATTCCTCATAGTTAATATAAAACAGATTTCAGAATTTTAATATTAAATGGTGATTGCGTATTTACATTCCTCATAGTTAATATAAAACTTAAAATAATAATTCATTTATTGAGATAGGAGAATGATTTACATTCCTCATAGTTAATATAAAACGTGATATCTTTTATTATTCTTAAGCAACCATTTAATATTTACATTCCTCATAGTTAATATAAAACAAATTGAACTGATTCATTATTGAATAGATGATCTAAATTTACATTCCTCATAGTTAATATAAAACCAATTAATGTTAAACTTTCATCATCTAAACTCATTGATTTACATTCCTCATAGTTAATATAAAACCTATGCAACAACGCGTCATAAGTGATTTAGAAGCATTATTTACATTCCTCATAGTTAATATAAAACTCATAATATTCACGTATAGTCTTATCAACCATCTTAATTTACATTCCTCATAGTTAATATAAAACT

>NC_020291|10|2|5276834-5278563|CRT
TAATTTTATTGAATTACAATATATAAAAC	AATAGCTGAATCTTTTATTGTTCATTTTTCATCATA
ATTTACATTCCTCATAGTCAATATAAAAC	TAAAAGAGAAATAGTAGTATGGTCAAAGATTAAAAT
ATTTACATTCCTCATAGTTAATATAAAAC	CAACAACTGGTGGAAGTAGTGGTGGTTCACATCATTC
ATTTACATTCCTCATAGTTAATATAAAAC	TTAGCCCACCCAATTTCTCTAAACATATAATAATTT
ATTTACATTCCTCATAGTTAATATAAAAC	AAAGGAGAAATAAATTTAACTGATGTAATAAATATA
ATTTACATTCCTCATAGTTAATATAAAAC	TCCGAAATATCCAAAGCACAAAAAGAAGGCAGAACAG
ATTTACATTCCTCATAGTTAATATAAAAC	AATTTACACTAGAAGGGGCTACAAAGGAGCCAGTAAA
ATTTACATTCCTCATAGTTAATATAAAAC	GTTTCTTAATTTGCTTTTTCCTCCCATTCTAGTAAT
ATTTACATTCCTCATAGTTAATATAAAAC	ATGGAAAAATAATTATTGAAACTAGTCTTGATACCAA
ATTTACATTCCTCATAGTTAATATAAAAC	ATAAATATCACTTGTAAATCTATCTATTGTACCTTT
ATTTACATTCCTCATAGTTAATATAAAAC	GCAAGAAGCAATGTCGGGCATGATGGTATTAATGCA
ATTTACATTCCTCATAGTTAATATAAAAC	TTCACATTTTTGAGTATACAACAACAAAATATATGCC
ATTTACATTCCTCATAGTTAATATAAAAC	TTGTACAAAAATATCATCAATGATAATGTTATAATCA
ATTTACATTCCTCATAGTTAATATAAAAC	TAGTAATAATATTTTCTTTAGAAGCTATAACAAAGTT
ATTTACATTCCTCATAGTTAATATAAAAC	GTATAAAGAAACTTTTTGTATGTTGCCACGTAAGC
ATTTACATTCCTCATAGTTAATATAAAAC	CTTCAATCGATAAGGATAAGCTTTCTTTTGAGGAAAA
ATTTACATTCCTCATAGTTAATATAAAAC	CAAATTTATCATTTGAAGCTAAAATGGCTAATATGGT
ATTTACATTCCTCATAGTTAATATAAAAC	TTACTTTTGATATATCAGTATTTTTAAATTCATAAAG
ATTTACATTCCTCATAGTTAATATAAAAC	AAAACACAAGATTGTAACGTGGATGGCAACATTCCAC
ATTTACATTCCTCATAGTTAATATAAAAC	AGATTTCAGAATTTTAATATTAAATGGTGATTGCGT
ATTTACATTCCTCATAGTTAATATAAAAC	TTAAAATAATAATTCATTTATTGAGATAGGAGAATG
ATTTACATTCCTCATAGTTAATATAAAAC	GTGATATCTTTTATTATTCTTAAGCAACCATTTAAT
ATTTACATTCCTCATAGTTAATATAAAAC	AAATTGAACTGATTCATTATTGAATAGATGATCTAA
ATTTACATTCCTCATAGTTAATATAAAAC	CAATTAATGTTAAACTTTCATCATCTAAACTCATTG
ATTTACATTCCTCATAGTTAATATAAAAC	CTATGCAACAACGCGTCATAAGTGATTTAGAAGCATT
ATTTACATTCCTCATAGTTAATATAAAAC	TCATAATATTCACGTATAGTCTTATCAACCATCTTA
ATTTACATTCCTCATAGTTAATATAAAAC

>NC_020291|10|1|5276899-5278498|PILER-CR
ATTTACATTCCTCATAGTCAATATAAAAC	TAAAAGAGAAATAGTAGTATGGTCAAAGATTAAAAT
ATTTACATTCCTCATAGTTAATATAAAAC	CAACAACTGGTGGAAGTAGTGGTGGTTCACATCATTC
ATTTACATTCCTCATAGTTAATATAAAAC	TTAGCCCACCCAATTTCTCTAAACATATAATAATTT
ATTTACATTCCTCATAGTTAATATAAAAC	AAAGGAGAAATAAATTTAACTGATGTAATAAATATA
ATTTACATTCCTCATAGTTAATATAAAAC	TCCGAAATATCCAAAGCACAAAAAGAAGGCAGAACAG
ATTTACATTCCTCATAGTTAATATAAAAC	AATTTACACTAGAAGGGGCTACAAAGGAGCCAGTAAA
ATTTACATTCCTCATAGTTAATATAAAAC	GTTTCTTAATTTGCTTTTTCCTCCCATTCTAGTAAT
ATTTACATTCCTCATAGTTAATATAAAAC	ATGGAAAAATAATTATTGAAACTAGTCTTGATACCAA
ATTTACATTCCTCATAGTTAATATAAAAC	ATAAATATCACTTGTAAATCTATCTATTGTACCTTT
ATTTACATTCCTCATAGTTAATATAAAAC	GCAAGAAGCAATGTCGGGCATGATGGTATTAATGCA
ATTTACATTCCTCATAGTTAATATAAAAC	TTCACATTTTTGAGTATACAACAACAAAATATATGCC
ATTTACATTCCTCATAGTTAATATAAAAC	TTGTACAAAAATATCATCAATGATAATGTTATAATCA
ATTTACATTCCTCATAGTTAATATAAAAC	TAGTAATAATATTTTCTTTAGAAGCTATAACAAAGTT
ATTTACATTCCTCATAGTTAATATAAAAC	GTATAAAGAAACTTTTTGTATGTTGCCACGTAAGC
ATTTACATTCCTCATAGTTAATATAAAAC	CTTCAATCGATAAGGATAAGCTTTCTTTTGAGGAAAA
ATTTACATTCCTCATAGTTAATATAAAAC	CAAATTTATCATTTGAAGCTAAAATGGCTAATATGGT
ATTTACATTCCTCATAGTTAATATAAAAC	TTACTTTTGATATATCAGTATTTTTAAATTCATAAAG
ATTTACATTCCTCATAGTTAATATAAAAC	AAAACACAAGATTGTAACGTGGATGGCAACATTCCAC
ATTTACATTCCTCATAGTTAATATAAAAC	AGATTTCAGAATTTTAATATTAAATGGTGATTGCGT
ATTTACATTCCTCATAGTTAATATAAAAC	TTAAAATAATAATTCATTTATTGAGATAGGAGAATG
ATTTACATTCCTCATAGTTAATATAAAAC	GTGATATCTTTTATTATTCTTAAGCAACCATTTAAT
ATTTACATTCCTCATAGTTAATATAAAAC	AAATTGAACTGATTCATTATTGAATAGATGATCTAA
ATTTACATTCCTCATAGTTAATATAAAAC	CAATTAATGTTAAACTTTCATCATCTAAACTCATTG
ATTTACATTCCTCATAGTTAATATAAAAC	CTATGCAACAACGCGTCATAAGTGATTTAGAAGCATT
ATTTACATTCCTCATAGTTAATATAAAAC

>NC_020291|10|10|5276899-5278564|CRISPRCasFinder
ATTTACATTCCTCATAGTCAATATAAAAC	TAAAAGAGAAATAGTAGTATGGTCAAAGATTAAAAT
ATTTACATTCCTCATAGTTAATATAAAAC	CAACAACTGGTGGAAGTAGTGGTGGTTCACATCATTC
ATTTACATTCCTCATAGTTAATATAAAAC	TTAGCCCACCCAATTTCTCTAAACATATAATAATTT
ATTTACATTCCTCATAGTTAATATAAAAC	AAAGGAGAAATAAATTTAACTGATGTAATAAATATA
ATTTACATTCCTCATAGTTAATATAAAAC	TCCGAAATATCCAAAGCACAAAAAGAAGGCAGAACAG
ATTTACATTCCTCATAGTTAATATAAAAC	AATTTACACTAGAAGGGGCTACAAAGGAGCCAGTAAA
ATTTACATTCCTCATAGTTAATATAAAAC	GTTTCTTAATTTGCTTTTTCCTCCCATTCTAGTAAT
ATTTACATTCCTCATAGTTAATATAAAAC	ATGGAAAAATAATTATTGAAACTAGTCTTGATACCAA
ATTTACATTCCTCATAGTTAATATAAAAC	ATAAATATCACTTGTAAATCTATCTATTGTACCTTT
ATTTACATTCCTCATAGTTAATATAAAAC	GCAAGAAGCAATGTCGGGCATGATGGTATTAATGCA
ATTTACATTCCTCATAGTTAATATAAAAC	TTCACATTTTTGAGTATACAACAACAAAATATATGCC
ATTTACATTCCTCATAGTTAATATAAAAC	TTGTACAAAAATATCATCAATGATAATGTTATAATCA
ATTTACATTCCTCATAGTTAATATAAAAC	TAGTAATAATATTTTCTTTAGAAGCTATAACAAAGTT
ATTTACATTCCTCATAGTTAATATAAAAC	GTATAAAGAAACTTTTTGTATGTTGCCACGTAAGC
ATTTACATTCCTCATAGTTAATATAAAAC	CTTCAATCGATAAGGATAAGCTTTCTTTTGAGGAAAA
ATTTACATTCCTCATAGTTAATATAAAAC	CAAATTTATCATTTGAAGCTAAAATGGCTAATATGGT
ATTTACATTCCTCATAGTTAATATAAAAC	TTACTTTTGATATATCAGTATTTTTAAATTCATAAAG
ATTTACATTCCTCATAGTTAATATAAAAC	AAAACACAAGATTGTAACGTGGATGGCAACATTCCAC
ATTTACATTCCTCATAGTTAATATAAAAC	AGATTTCAGAATTTTAATATTAAATGGTGATTGCGT
ATTTACATTCCTCATAGTTAATATAAAAC	TTAAAATAATAATTCATTTATTGAGATAGGAGAATG
ATTTACATTCCTCATAGTTAATATAAAAC	GTGATATCTTTTATTATTCTTAAGCAACCATTTAAT
ATTTACATTCCTCATAGTTAATATAAAAC	AAATTGAACTGATTCATTATTGAATAGATGATCTAA
ATTTACATTCCTCATAGTTAATATAAAAC	CAATTAATGTTAAACTTTCATCATCTAAACTCATTG
ATTTACATTCCTCATAGTTAATATAAAAC	CTATGCAACAACGCGTCATAAGTGATTTAGAAGCATT
ATTTACATTCCTCATAGTTAATATAAAAC	TCATAATATTCACGTATAGTCTTATCAACCATCTTA
ATTTACATTCCTCATAGTTAATATAAAACT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_020291.1|WP_015394862.1|5263950_5264991_+|ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|238568
NC_020291.1|WP_015394867.1|5272072_5272756_+|Crp/Fnr-family-transcriptional-regulator	unknown	unknown	gnl|CDD|223736
NC_020291.1|WP_015394880.1|5290673_5291426_-|TSUP-family-transporter	unknown	unknown	gnl|CDD|182593
NC_020291.1|WP_015394874.1|5282851_5285068_-|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	gnl|CDD|273707
NC_020291.1|WP_015394863.1|5265369_5267172_+|hypothetical-protein	unknown	unknown	gnl|CDD|227588
NC_020291.1|WP_015394877.1|5286795_5288619_-|type-I-B-CRISPR-associated-protein-Cas8b1/Cst1	cas8b2	cd09665_cas8b2_CAS-I-B	gnl|CDD|187796
NC_020291.1|WP_015394869.1|5274438_5275551_-|5-methyltetrahydropteroyltriglutamate---homocysteine-S-methyltransferase	unknown	unknown	gnl|CDD|180601
NC_020291.1|WP_015394865.1|5267580_5267919_-|cupin-domain-containing-protein	unknown	unknown	gnl|CDD|380358
NC_020291.1|WP_015394876.1|5285885_5286794_-|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR	cas7	cd09687_cas7_CAS-I-B	gnl|CDD|274215
NC_020291.1|WP_015394873.1|5282289_5282808_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|366863
NC_020291.1|WP_015394861.1|5263130_5263922_+|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224045
NC_020291.1|WP_015394866.1|5268096_5271966_-|CoA-substrate-specific-enzyme-activase	unknown	unknown	gnl|CDD|224835
NC_020291.1|WP_015394872.1|5281301_5282285_-|type-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	gnl|CDD|274695
NC_020291.1|WP_017810384.1|5285207_5285879_-|type-I-B-CRISPR-associated-protein-Cas5	cas5	cd09658_cas5_CAS-I-B	gnl|CDD|187789
NC_020291.1|WP_015394871.1|5281036_5281300_-|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	gnl|CDD|187856
NC_020291.1|WP_015394878.1|5288633_5289371_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	gnl|CDD|273848
NC_020291.1|WP_015394868.1|5272990_5274133_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015394879.1|5289462_5290413_-|WYL-domain-containing-protein	WYL	COG2378_WYL_CAS-I:CAS-III	gnl|CDD|379100
NC_020291.1|WP_015394870.1|5275716_5276625_-|LysR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|223656
NC_020291.1|WP_015394864.1|5267240_5267576_-|hypothetical-protein	unknown	unknown	gnl|CDD|380388

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NC_020291.1|WP_015394878.1|5288633_5289371_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	4.6e-29	96.7	15.8
NC_020291.1|WP_015394876.1|5285885_5286794_-|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR	cas7	cd09687_cas7_CAS-I-B	2.1e-59	195.9	0.5
NC_020291.1|WP_015394873.1|5282289_5282808_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	1.2e-48	160.0	4.4
NC_020291.1|WP_015394872.1|5281301_5282285_-|type-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	5.5e-128	421.3	18.4
NC_020291.1|WP_015394871.1|5281036_5281300_-|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	4.9e-28	91.9	1.2
NC_020291.1|WP_015394874.1|5282851_5285068_-|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	1.9e-76	252.5	18.1
NC_020291.1|WP_015394877.1|5286795_5288619_-|type-I-B-CRISPR-associated-protein-Cas8b1/Cst1	cas8b2	cd09665_cas8b2_CAS-I-B	1.8e-26	87.9	15.5
NC_020291.1|WP_015394879.1|5289462_5290413_-|WYL-domain-containing-protein	WYL	COG2378_WYL_CAS-I:CAS-III	2.6e-40	133.5	0.0
NC_020291.1|WP_017810384.1|5285207_5285879_-|type-I-B-CRISPR-associated-protein-Cas5	cas5	cd09658_cas5_CAS-I-B	2.1e-40	133.5	1.9

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_020291.1|WP_015394862.1|5263950_5264991_+|ABC-transporter-substrate-binding-protein	gnl|CDD|238568	cd01148, TroA_a, Metal binding protein TroA_a. These proteins are predicted to function as initial receptors in ABC transport of metal ions in eubacteria. They belong to the TroA superfamily of helical backbone metal receptor proteins that share a distinct fold and ligand binding mechanism. A typical TroA protein is comprised of two globular subdomains connected by a single helix and can bind the metal ion in the cleft between these domains.	5.9302e-47
NC_020291.1|WP_015394867.1|5272072_5272756_+|Crp/Fnr-family-transcriptional-regulator	gnl|CDD|223736	COG0664, Crp, cAMP-binding proteins - catabolite gene activator and regulatory subunit of cAMP-dependent protein kinases [Signal transduction mechanisms].	1.2358e-23
NC_020291.1|WP_015394866.1|5268096_5271966_-|CoA-substrate-specific-enzyme-activase	gnl|CDD|224835	COG1924, COG1924, Activator of 2-hydroxyglutaryl-CoA dehydratase (HSP70-class ATPase domain) [Lipid metabolism].	3.65225e-76
NC_020291.1|WP_015394880.1|5290673_5291426_-|TSUP-family-transporter	gnl|CDD|182593	PRK10621, PRK10621, hypothetical protein; Provisional.	8.40731e-31
NC_020291.1|WP_015394874.1|5282851_5285068_-|CRISPR-associated-helicase/endonuclease-Cas3	gnl|CDD|273707	TIGR01587, CRISPR-associated_endonuclease/helicase_Cas3, CRISPR-associated helicase Cas3. This model represents the highly conserved core region of an alignment of Cas3, a protein found in association with CRISPR repeat elements in a broad range of bacteria and archaea. Cas3 appears to be a helicase, with regions found by pfam00270 (DEAD/DEAH box helicase) and pfam00271 (Helicase conserved C-terminal domain). Some but not all members have an N-terminal HD domain region (pfam01966) that is not included within this model.	6.54995e-67
NC_020291.1|WP_015394863.1|5265369_5267172_+|hypothetical-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	7.84847e-17
NC_020291.1|WP_015394877.1|5286795_5288619_-|type-I-B-CRISPR-associated-protein-Cas8b1/Cst1	gnl|CDD|187796	cd09665, Cas8a1_I-A, CRISPR/Cas system-associated protein Cas8a1. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Large proteins, some contain Zn-finger domain; signature gene for I-A subtype; also known as CXXC_CXXC family.	1.89259e-19
NC_020291.1|WP_015394869.1|5274438_5275551_-|5-methyltetrahydropteroyltriglutamate---homocysteine-S-methyltransferase	gnl|CDD|180601	PRK06520, PRK06520, 5-methyltetrahydropteroyltriglutamate--homocysteine S-methyltransferase.	2.65318e-139
NC_020291.1|WP_015394865.1|5267580_5267919_-|cupin-domain-containing-protein	gnl|CDD|380358	cd02230, cupin_HP0902-like, Helicobacter pylori HP0902 and related proteins, cupin domain. This family includes prokaryotic and archaeal proteins homologous to HP0902, a functionally uncharacterized protein from Helicobacter pylori and Spy1581, a protein of unknown function from Streptococcus pyogenes. These proteins demonstrate all-beta cupin folds that cannot bind metal ions due to the absence of a metal-binding histidine that is conserved in many metallo-cupins. HP0902 is able to bind bacterial endotoxin lipopolysaccharides (LPS) through its surface-exposed loops, where metal-binding sites are usually found in other metallo-cupins, and thus may have a putative role in H. pylori pathogenicity.	1.09235e-23
NC_020291.1|WP_015394876.1|5285885_5286794_-|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR	gnl|CDD|274215	TIGR02585, conserved_protein, CRISPR-associated protein Cas7/Cst2/DevR, subtype I-B/TNEAP. CRISPR is a term for Clustered Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR associated) proteins. This clade is a member of the DevR family (TIGR01875) and includes the DevR protein of Myxococcus xanthus, a protein whose expression appears to be regulated through a number of means, including both location and autorepression; DevR mutants are incapable of fruiting body development.	3.47126e-54
NC_020291.1|WP_015394873.1|5282289_5282808_-|CRISPR-associated-protein-Cas4	gnl|CDD|366863	pfam01930, Cas_Cas4, Domain of unknown function DUF83. This domain has no known function. The domain contains three conserved cysteines at its C-terminus.	2.75866e-53
NC_020291.1|WP_015394861.1|5263130_5263922_+|ABC-transporter-ATP-binding-protein	gnl|CDD|224045	COG1120, FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism].	8.94993e-101
NC_020291.1|WP_015394872.1|5281301_5282285_-|type-I-B-CRISPR-associated-endonuclease-Cas1	gnl|CDD|274695	TIGR03641, cas1_HMARI, CRISPR-associated endonuclease Cas1, subtype I-B/HMARI/TNEAP. The CRISPR-associated protein Cas1 is virtually universal to CRISPR systems. CRISPR, an acronym for Clustered Regularly Interspaced Short Palindromic Repeats, is prokaryotic immunity system for foreign DNA, mostly from phage. CRISPR systems belong to different subtypes, distinguished by both nature of the repeats, the makeup of the cohort of associated Cas proteins, and by molecular phylogeny within the more universal Cas proteins such as this one. This model is of type EXCEPTION and provides more specific information than the EQUIVALOG model TIGR00287. It describes Cas1 subgroup that includes Cas1 proteins of the related HMARI and TNEAP subtypes of CRISPR/Cas system.	4.22497e-152
NC_020291.1|WP_015394871.1|5281036_5281300_-|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	2.77171e-28
NC_020291.1|WP_015394878.1|5288633_5289371_-|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|273848	TIGR01877, CRISPR-associated_endoribonuclease_Cas6_1, CRISPR-associated endoribonuclease Cas6. CRISPR is a term for Clustered, Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR-Associated) proteins. This broadly distributed, highly divergent Cas family is now characterized as an endoribonuclease that generates guide RNAs for host defense against phage and other invaders. The family contains a C-terminal motif GXGXXXXXGXG, where the each X between two Gly is hydrophobic and the spacer XXXXX contains (usually) one Arg or Lys. The seed alignment for the current version of this model has gappy columns removed. Members of this protein family are found associated with several different CRISPR/cas system subtypes, and consequently we designate this family Cas6.	1.5215e-20
NC_020291.1|WP_017810384.1|5285207_5285879_-|type-I-B-CRISPR-associated-protein-Cas5	gnl|CDD|187789	cd09658, Cas5_I-B, CRISPR/Cas system-associated RAMP superfamily protein Cas5. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas5 is a RAMP superfamily protein; Subunit of the Cascade complex.	2.88488e-35
NC_020291.1|WP_015394879.1|5289462_5290413_-|WYL-domain-containing-protein	gnl|CDD|379100	pfam13280, WYL, WYL domain. WYL is a Sm-like SH3 beta-barrel fold containing domain. It is a member of the WYL-like superfamily, named for three conserved amino acids found in a subset of the superfamily. However, these residues are not strongly conserved throughout the family. Rather, the conservation pattern includes four basic residues and a position often occupied by a cysteine, which are predicted to line a ligand-binding groove typical of the Sm-like SH3 beta-barrels. A WYL domain protein (sll7009) is a negative regulator of the I-D CRISPR-Cas system in Synechocystis sp. It is predicted to be a ligand-sensing domain that could bind negatively charged ligands, such as nucleotides or nucleic acid fragments, to regulate CRISPR-Cas and other defense systems such as the abortive infection AbiG system.	3.87408e-36
NC_020291.1|WP_015394870.1|5275716_5276625_-|LysR-family-transcriptional-regulator	gnl|CDD|223656	COG0583, LysR, Transcriptional regulator [Transcription].	8.21351e-35
NC_020291.1|WP_015394864.1|5267240_5267576_-|hypothetical-protein	gnl|CDD|380388	cd06983, cupin_dsy2733, Desulfitobacterium hafniense dsy2733 and related proteins, cupin domain. This family includes bacterial proteins homologous to dsy2733, a Desulfitobacterium hafniense protein of unknown function. Proteins in this family belong to the cupin superfamily with a conserved "jelly roll-like" beta-barrel fold capable of homodimerization.	2.41173e-11

Protein sequences

>NC_020291.1|WP_015394870.1|5275716_5276625_-|LysR-family-transcriptional-regulator
MTLQQLKYVVTVADKGTISDAAKELFISQPTITNAIKDLEKEMHITIFNRTNKGIVVSNIGNEFLAYARQVLEQANLLEEKFLNAKEQSPRFSVSTQHYSFAVNAFVDVIREFGGNQYDFTLRETQTYEIIEDVSRMKSEIGILYTSSKNEEVIMKFIKQNDLEFEELFEAKPHVFISSKHPLAERKEITLEELEDYPYLSFEQGDYNSFYFSEEILSTLDRNKNIKVRDRATLFNLAVGLNGYTVSTGVISKELNGENIIARPLMVEEYMRIGVIRQRKMPLSRYGEAYMAALKKHVLEYV
>NC_020291.1|WP_015394869.1|5274438_5275551_-|5-methyltetrahydropteroyltriglutamate---homocysteine-S-methyltransferase
MKDNAPFKYDIVGSFLRPEHLKHAREEFAKGKINADELKKIEDEAITDLIAKQKAVGLQVITDGEFRRSSWHLDFMWAFNDVGHEKTKKGIPFHGEPALIDDTFLVGKVSIDNHPFVEHFKFVKQFEDENTVARQTIPAPAQFFFQMIIPDNLERTKSIYQNEEELIQDIAKGYKKVIQELYEAGCRNIQFDDCTWGVCVDPNACFILGTDEEGLQQIIEKLIRINNLAIEDKPEDLVINTHICRGNFHSTWACQGGYDRVAKDLFANENVNAFYLEFDDERSGDFKPLQYVSEDKKVVLGLITTKSSTLEDKKNIIERIHEAEKYIPLERLALSPQCGFASTEEGNKLTEEEQWEKLRLIQEISKEVWK
>NC_020291.1|WP_015394868.1|5272990_5274133_-|hypothetical-protein
MDKTIDILKTTNYDKFKCTADKCKFTCCEGWDVSVDGDTYNKWEKGKCSEILKNIKVEKSGDSVSYSIAKENHETCPFLDMKGLCEIVKKHGEEYISSICHTFPRVENKFEDRRELSLSCACPEVVEIISGLSGKINIFSDNKKATKNNLLELKVRDTLVNIVQQDDFLLEEKLLVCFQMLLDILEDEELSEEGLEEELEKYEDSKYLQEVIGKCKEIDSDINESVEEINYLLLDITKNYKEVSSFEFLLKDISDFAEAVKVGNLSVKWQEYKILFEQHSEFAENWIVSDIISSCISDDIEELIISFELIILEYLMVRYAVFLKYCINNNKEIEIQDIKDYIVTLSRIIGNNSEAVTEFLRDGFEDPILEIGYLCFISLF
>NC_020291.1|WP_015394867.1|5272072_5272756_+|Crp/Fnr-family-transcriptional-regulator
MKNLILELEKADLFTNKTKEELQNLITKIEYKFINAAKNEYVFNSLTSTKFIGIVLSGKVNVERILPYGKLILMYTKKSGDMFGEVAVFSEANHYPCNVVAKEDSSILLISKDEFFKLLTLDNIILENFLKIISNKAFQLNSRVEALSFVSTKQKVAFSLLNDFHIEKNLLIKLPFSKKMWADNLNVSRASLYKALEELCADSIISMDKTNLIEIIDSQKLEDIVLN
>NC_020291.1|WP_015394866.1|5268096_5271966_-|CoA-substrate-specific-enzyme-activase
MNKLGIDIGYSTFKYVYLDSKNNLIESDYIFHKGNITKYYKELLEKIKASNKEKSIKIGITGSLASRINLSKEYHINNSISLIEGTLLKNKSVKAIIELGAQETKYITDIEHNNMKFFMNTSCAAGTGSFLEEQALRLSIDIKDISAYIDKATEVPRIAGRCSVFSKTDMIHHMQDGVKIEDILQGLCYALVRNYKANVLQKNELKKPVMLSGGVINNKGVVKALKDILKLKEEDIVINENFELLTCFGACKIAEEKGLIIDVNKLESLGEAIIEKPKNNVYEQLNKFGMDDSLDKHNCISTNTKEGYLGVDIGSTSINFVVIDEDKNVIDYIYTKTNGKPKEVVYEYLEKLKERLGKEFKFKGIGTTGSGREYIGKLINADLIVNEITAQAEGAVNVCSDVDTIFEIGGQDSKYICIENKLVKDFEMNKICAAGTGAFIEEQIKKLGISLEEFGKIALKGDDPCNLGDRCTVFIEGNIGKAIGEGESIENISAGLAYSIVKNYLNRVVGARPIGNKIFLQGGIAHNQAVVNAFRALLKKEIMVPEFFSVTGALGTAVLTKESMRNKDKINKQAEFISYLDENEKYFLDGYVNNKELTKKTIGIPRVLFLNKMFPMFNEIFKKLGYNVLISDATNEDIIALSQEYSFEETCFPVKLINGHVAWLLERKVDYIFLPHLYTMKHAGSKVREDYACVYIQTSPKIIESVFNLEARNIKLISPVLSFNFGKQYMIKTLLGIGKVLGKNKIETTAAVMSGMKKFMNYEKKMEAIGNKVLKDIDKDEKVFVIVSRVYNIVDPALNMGIEKELIKRGYRVLHLSHLEASEMNIGEEYSNMYWPFGQHIIMGAKIIKNHKNLYPIYITNHGCGPDTILMHYFKKEMENKPYLHIEVDEHSSKVGVITRVEAFINSLKNCENNDSLEAENIIKAQNKRQTKNKIDFEEEILIPYMYPFSNILKAFLERKNKKVTILEPVSEKTIELGKNFSRGKEYFSLTGMLAEVTNKIKNDEKEYTLYFPTTEGSETFGQYGKLIQYKALECGKNLKLEAPFIEDYLGNKDFGLEFFKALVIGDLINLSSENKRELCLKDLIETIKNNEISNEYFDKTLKNIRNYISKKEGLKKLLIIGEAIVVNKDYLNSNMIKSLQNDYEVIKQPLSEELYMLFSDFCNKRNKVNKPLIRILNEAKTIIEKVNLSLEIRSPFNRNSESLNEVLIDKLPQYAGGSGRYRLAKLVTAENVDGIIIVSSMYENTATILKILREKYKELLNIPILDLYFDSNISKNNEELIETFIAYL
>NC_020291.1|WP_015394865.1|5267580_5267919_-|cupin-domain-containing-protein
MEELIKNIVKSKAIDFDSLVSCKEGQIETVTMAQKKGVGLTALAFGKGEGVGPHAAKGDAMIYIHQGIATVKIGDEEMEAHKGQVVVMPANIQHQVTAKEDMKMLLIVVKEG
>NC_020291.1|WP_015394864.1|5267240_5267576_-|hypothetical-protein
MKYLRNINPFEPIKMKDMVNHSGNKIASKALVDNDKHEVRFFSFAKGESIDKEYYEMESLFIVIEGEAKVVYKENSEAVIKEGEIFALEADIQYGIEAVSDVKLLNILIRG
>NC_020291.1|WP_015394863.1|5265369_5267172_+|hypothetical-protein
MIKRITKSTSILICIASIISIAPAHAADYKVLDAQEGTIYSATAKGKGIFLDGEINGEEEAVYWVSEDGKYNKLNGINTGATFSDLLLNKYLEIDDGSSDYSYIDITDNCKLLDYDVREDLEDAEAILLKSKIKHDNAGRFDESYYSSSNLISATIEGKNKFLSSSNGLAIYKYKLKEPQINGDYYSTIYANLQGNYVDVDYDLGNLKVSMSTTSSAVTIKNTKDTYEIKQDGITYELKAVIKENKYVTSDSDTIYRLADLTIYKKEKGASDSTYKSATNELKFGKDCYQVTDGNSVTVLQKFSMTPAIDTIDGIKSPKDSTIYFIADEDGNNEYLLGKSVADAIKKIGLSKGAGKVKLTANSQGLYSMYQDTAQKKLYVEKLKLKSKNGFNYIDYDDYYSSDVDSIDSLNTPGGFPWFVNNAYVKAWDGKNFNKLYRIDGSMDSVSITSKDNMIAWNTDTGVYSIVHNITSTKDKNAISGSDTINPQTTTNAAITLNNSSNGWVLNQDNTWTYTLQDGTKKTGWFNTNGSWYYFNADGIMSTGWIKDNDIWYFLDTSGLMKTGWINYNSSWYYCNPSGAMLHDTVIDGYKLGIDGAWTN
>NC_020291.1|WP_015394862.1|5263950_5264991_+|ABC-transporter-substrate-binding-protein
MKRKILLLIMSVTLMTTIFTSCGNTTTNNNIPKPKDSYSSSENSSTKTSYPVNFDAFDSKGNIYKQTFNEAPKKAITNNQSSTELLLTLGLKDSLIGTGDLDTPIPENLLNDYNSIPSVAKKGDVAKEVVIGSGTDLVIGRSASFEDSRYGSISSLNQVGINTYVQLASKMNADINLTTIIQDVKNVGVIFNVQDKANKLADSLQKTLDKVKSKVPNKGERKKVLLVVNYSGGAFTVYGANASLQKEMLNVLNADNVVKKGGSVSFENVISANPDYIVYVTANKNSATDNDAVDRILTESTIQNVNAIKNKNIISVDYTELMGYGIRTFDCLEKLASAFYPENFKS
>NC_020291.1|WP_015394861.1|5263130_5263922_+|ABC-transporter-ATP-binding-protein
MEIKGDLMDVEIKNLNITLSKKEIIKGIHLTVTGNKFVGLIGPNGSGKSTLLKALYRVLKPTYGDIYIYGKNIESYSKKSSAKILGVVSQFNNINFDFNVIDIVLMSRSPHKNLLEKDTKVDYDIALNALSLVGMLESAQKSFNLLSGGEKQRVLLARAITQEPKILILDEPTNHLDIKYQLEVMNIVKKLNICVLAALHDLTLASQFCDEIYVLKDGQIVCQGIPKDVITKEMIKEVYDVNSNVFVNPTTKRISIDYFTEDL
>NC_020291.1|WP_015394871.1|5281036_5281300_-|CRISPR-associated-endonuclease-Cas2
MFIILTYDVGEKRVNRVRKCLKKYLTWTQNSVFEGEITEGKLHKCLADVNKFIERDEDSLYIYMVKNIHNIKKEVIGQQKNYDELFL
>NC_020291.1|WP_015394872.1|5281301_5282285_-|type-I-B-CRISPR-associated-endonuclease-Cas1
MGRDYYIFSNGRIKRKENTIYFVDSEENKKAIPVEEVERLHLFGEVDLNTKFLNHISKYSILINIYNYYGFYSGTYYSKKKNVSGLVLVNQSRMYLEFSLRLKLAKAFIDSANHHMLRNLRRHKITTQEYIDKIEKERQVMNNSNTIQEVMGAEGRARKAYYEAFNTFIKEDFYMEKREKRPPTDPINALISFGNSLMYTTVLGEIYKTQLDPTISYLHEPSTKRFSLSLDIAEIFKPLIVDSIIFTMINKGMIKKDDFQIENEVCLLNENGKKKFIRELENKLSTTVKHRSLHRNVSYRNLIKLECYKIIKMAIENEEYKPLKAWW
>NC_020291.1|WP_015394873.1|5282289_5282808_-|CRISPR-associated-protein-Cas4
MNIDFENLKVSGLKVDYYFICKRKLWLFDKGISMESANDRVMQGTVVHKESYKKAKTKELLIDNLIRLDIIDDNYVREVKITSRMRHADEMQLLYYLYYLKRLGIERKGTLNYVKEKKVEEVILTKENEALVEEALIGISELLQEKYPPKVEAYPHCSKCAYYEYCFVKEEE
>NC_020291.1|WP_015394874.1|5282851_5285068_-|CRISPR-associated-helicase/endonuclease-Cas3
MIYYAKTKPMETIKEHTDNVLKEYENLKNTYEIEINNVVRNFMEPEYFWKLLEFCCEYHDYGKCNVQFQNKLRKKIIEMKDIDPKSEEFNEIPCDKHEEIPHNYLSPAFLPTEELKQISEPLRNIIYQAIAYHHERKSIPDQNEIKEYIKNTLDKELDGMNKHMGNNISKVFGGYAGKIENVVRIKERDENYKFYIMLKGLIHRLDHSASAHVKVEEKLQKTVGKCTEDFFKNKDWDFRAPQEFAMKNREDNLLIIASTGIGKTESALLWINDKKGFFTLPLRVSLNALYSRVKDDIGYDSVGLLHSSALEYMEKQGDDEAYKTYEEASLLNKKLSFSTIDQIFKYPFKYLGYEKVLATLAYSRVVIDEIQAYSPEIAAVILYSVKQLIEMGGKFMIMTATLPRIYKDKLKEFNIEFKEEKFISDNDRHKIKLVEDEIINSVEKVSELGRKNKVLVIVNTVDKAIEYYKLLEDKKVNVNLLHSLFNNNDRSKKEEEIKKFTKEGNKECGIWVTTQIVEASLDVDFDYLISEMSTLDSQFQRYGRCFRKRTFKGADPNIFIYTSNASGVGGVYDEEIFNKSIELLMPYDNQILKEAIKVDLVDKLYSKEMLKGTKFLKKFIEACNVLENIIPYENTSREAQKVLRDIDSVRVIPNDLYNKNMNLFDEVIEDRNSDRHKLFREINNLTISIPRQKLKKFSKLNNELRVDPVAKIDNILLINAKYTKEEGLCLGELYDNIF
>NC_020291.1|WP_017810384.1|5285207_5285879_-|type-I-B-CRISPR-associated-protein-Cas5
MKALKLKLYQETVCYKKPYAFKVTETYPLPPYSTVIGMLHGIIGAGKDDYHEMEVSVQGKYEGIFTAYNTTRFYNGDDITSMPLNVHMLYGVSLVIHVVSDEDTLNKIYEGFRTTDTAFTLGRREDLARLDDIKFVELNKLLKEDEFDDEKDIKLKYSMYVPDKYQTSLRGIGYKINKVYRIVNDLRQWGKINVKYVECDESLDNGEYYIDDDSIEKDIAFLA
>NC_020291.1|WP_015394876.1|5285885_5286794_-|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR
MGKSITCSIIFQGQSLNYGEGIGNISELKKLTRNDGNFYTLATRQALTYDVRRLGEEIFGWNLQTVDKSKGTIQFKNQYTIKDSEEMDLFGYMKTAKKEGDEKGGSAIRPAVARVSTAISLEPYKSDMDFLSNKGFADRIGEHPNLANSEQHLSYYTYTLTIDLDKVGVDGDLNLDNSEKAKRVNQLLDLVKILNRNIRGRQENLSPLFIIGGTYDIANPFFMGRIELEINKGKFNIKTKPLEDALDMTILECNVKDNTNIGVVSGVFGNEEELDKLVKEGVSNIESFFKQLKNKVNAYYGV
>NC_020291.1|WP_015394877.1|5286795_5288619_-|type-I-B-CRISPR-associated-protein-Cas8b1/Cst1
MKIYNSEQWFYKLGIVGFNRIINYNKDYYGLDVDKYNYNVSSDFIEFDSELLEDFPTYYYNYFINEYNVSESMNEKLNKLLGAAKDKDKFQERLNDIKKVIGERNKKIEKLQVAEFDKCKDIHSKIGKVKFEQLAEVEELVKKYEDIVQLEHLNHPMTVINFKSILYNSFFGQISFLNLTHNNKSIDYQKEMFFKDYIKPVLDGEKFSKIIKANDEVELKKYIEIKKEDAAKCPKNELNNIDRVVSIINTALFGKKRKAESVNDVLENYNICRICDDNISFGDDYTDGNFIPLAISNANSKNLFWMFDSRYPICPLCKLVLFCTAAGCTKIFKSYLNDKYDYNDKLYYGFVSIEGDLLELIQGNDNFRNVTKKDGTFEEFILDSVKQNRKISSWQLENILYVEFNADYRSRNSKLNYFNIPTYLARFLRDKDTYTELDNMKNSREKMKIFDLMIQRKDLKHVIDLELRALVNEEAYANRDILRTIRIRNYLKQYKGGCKKVDELAKKNLNYLYFQGVDISKIYRSNNSENKITGLSYRLLNSAKAENKKDFMDTIIRIYMSVDKEIPMIFLEVMKESKLDFEEIAHSFIAGLNSKGKENDDRVEGEN
>NC_020291.1|WP_015394878.1|5288633_5289371_-|CRISPR-associated-endoribonuclease-Cas6
MRIKVIFKAEENKFPLSYRMMISSVIKKSLEISDEEYFKNMYYYEEKKNKRIKPFTFSVFFKDYKIEKEEVNLNGQGSIIISTPDYNFGIILYNGLLRLRKHEYKKYKINIEKVLLEKEKLISEGEILCKTLSPINIKSKDNRAVAIEDLEQFNAELNYISNIALETYNGKGLKEELKFTPVKMKKVVAKEKITDFKLLNGKEFIYIEGYAGIFKLQGSIEDLNLLKQLGVGFRRSEGFGLFDLV
>NC_020291.1|WP_015394879.1|5289462_5290413_-|WYL-domain-containing-protein
MGNLNNTLKMLFILKSGGTIKAKDIASRLEVDEKQVRRYKENLDEFFDIESISGKNGGYKLNAAYFPFKEVLTEEEVILLKEAISSLDANYIENNPKLIKAIEKINYTIFNSEDEEDSCEQIIPYSRVNRMDRDLKKVSEDIYKNILDNQELIIEYKDNKGESTERRVQPYQFITYKGEKYLVAFCLLRDEIRFFKLRRIMDYKITSEKFQKVVDVKKLLEDYKKNSIGIFGGEKYNLKLEIKYPMANTIKERIWVENQEIDDTVFQDKIIFKATMTGGPEIISWILSMGTCVKVIEPEELKQDIHKKLKEMIKNI
>NC_020291.1|WP_015394880.1|5290673_5291426_-|TSUP-family-transporter
MIQYIIVCPLVFLAGFIDAIAGGGGLISLPAYMLAGVPVHFAIGTNKMSSSMGTVIATYRFARNGYIKLKLAACSVICALLGSPLGAMLSLKINDSYLKLLMLVILPVTAFYVLRKRDFNQKQNIENDVDIQTYFKCMLIAFLIGAYDGFYGPGTGTFLILLLTGIANLSLNNAAGTTKAINLSSNIAGLATFIINAKVLFPLGIAAGLFSIAGNYFGAGYFTKSGAKIARPIIITVLSIFLIKVLIEML

Crispr_ID: NC_020291_11

• CRISPR_ID: NC_020291_11
• CRISPR_location: 5278601-5280855
• CRISPR_type: Unclear
• Repeat_type: I-A
• Spacer_info: 34 spacers
• Cas_protein_info: cas2,cas1,cas4,cas3,cas5,cas7,cas8b2,cas6,WYL

Consensus repeat of NC_020291_11

Consensus_repeat	Method
ATTTACATTCCTCATAGTTAATATAAAAC	CRT
ATTTACATTCCTCATAGTTAATATAAAAC	PILER-CR
ATTTACATTCCTCATAGTTAATATAAAAC	CRISPRCasFinder

spacers of NC_020291_11

>11.1|5278630|36|NC_020291|CRT
TTATCTTATTGAAAGCTGATAAATACGATAATAATA
>11.2|5278695|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CTATGGTTGGTGTTGTAGCTACAAGCGGTGGAGCTA
>11.3|5278760|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CCTTTACTAGTAAATCTACTCTAACTTTTATCCTAT
>11.4|5278825|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TAGAACATTATGACGTTTATAACATGGAATATATTGA
>11.5|5278891|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTTGGAAATCTGATAGTTTTAGACAATATTAAAAGG
>11.6|5278956|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
ATTGACAAAATTTATAAATCTGTTAAATTATATATG
>11.7|5279021|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
AAAATTTATATAGAACATAAAGGGAATATTACTCCA
>11.8|5279086|38|NC_020291|CRT,PILER-CR,CRISPRCasFinder
GCATTAAGAAATTTTTTTATAATATTAGCCATTCTATC
>11.9|5279153|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
GTGATGCGATTGACTTCATTATGAAATATAAAAATTT
>11.10|5279219|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
AAACTGAACTGATTCATTATTAAACATATGGTCCAG
>11.11|5279284|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TATTCTTTCTCTTTTATTCATGTGTATATCTCCTTT
>11.12|5279349|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TGATTATAATTCTTTCAATTCTTTAATTTCTTCAAT
>11.13|5279414|38|NC_020291|CRT,PILER-CR,CRISPRCasFinder
GTTCTAAAAGTTATTGGAACTGGCACACTCCAATCTTT
>11.14|5279481|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
ATGGAATTCAAAGAACATACAACTATGTAAAAAACGA
>11.15|5279547|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TAACATTATCCTTAATGTACTCTATCATTATTTCTTT
>11.16|5279613|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
ATGATGTGTTAATATCTACAATAACAAATGTAAACCA
>11.17|5279679|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTATACATTTATTGCAAGAAAAAAGCAATAAAAATA
>11.18|5279744|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
AATGTGGAAAGCTTCAAAATTCAGAAATTATGATTAG
>11.19|5279810|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTGATTAGTGACCATGTTAATGAAACAATTAATTTGA
>11.20|5279876|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CTTAACAAAACAATTAATGTCTATGGCATTTGAAAA
>11.21|5279941|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
GAAGACAAGAAACTTGATGAACAAAAACAAATTCAAA
>11.22|5280007|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CTTTATGAAATTGAAGAAAAGAAGAAAAGCAGCAAG
>11.23|5280072|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTTAAAGAAAAAAAGAGGCTGGAACGTGAAATTTGG
>11.24|5280137|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TGAATATATAATTGATGGGGATGGTATCTTAGTTGT
>11.25|5280202|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTAGAGGTAATAAGTTAACTCTTATGAAATCTTATTT
>11.26|5280268|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTTAATAGATTCAAATGGAAGATTAAAATAATTAAA
>11.27|5280333|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CTCTATAAGCATTGTAATAAGTTCCATATAAAGCAG
>11.28|5280398|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTAAAAATACAACAGATACATTATTTATTTTTAATA
>11.29|5280463|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
GTAACGCCAAAAAAGAACAATCAGAGAGTAGCCTAT
>11.30|5280528|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CTGAAATAGTTAACTGGTTTAAAAACATGAAGAAAAA
>11.31|5280594|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
TTGATGAACATAAAATTGATATGAATAATATCCATG
>11.32|5280659|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CAAGTGATGCAGGAAAGTTTTACATGAAAATACCAA
>11.33|5280724|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
GAAGAAAGTGAGGTTGATTGCAATGGCATTAGGTAAA
>11.34|5280790|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder
CTTTAGGCGGTAAATTAAGAACTTGTCTCCATTCATT

CRISPR arrays and Neighbor proteins around NC_020291_11

CRISPR arrays

The CRISPR arrays of NC_020291_11

>merge|NC_020291|11|5278601-5280855|CRT,PILER-CR,CRISPRCasFinder
ATTTACATTCTGTTTAAATGTAGTTGCATTTATCTTATTGAAAGCTGATAAATACGATAATAATAATTTACATTCCTCATAGTTAATATAAAACCTATGGTTGGTGTTGTAGCTACAAGCGGTGGAGCTAATTTACATTCCTCATAGTTAATATAAAACCCTTTACTAGTAAATCTACTCTAACTTTTATCCTATATTTACATTCCTCATAGTTAATATAAAACTAGAACATTATGACGTTTATAACATGGAATATATTGAATTTACATTCCTCATAGTTAATATAAAACTTTGGAAATCTGATAGTTTTAGACAATATTAAAAGGATTTACATTCCTCATAGTTAATATAAAACATTGACAAAATTTATAAATCTGTTAAATTATATATGATTTACATTCCTCATAGTTAATATAAAACAAAATTTATATAGAACATAAAGGGAATATTACTCCAATTTACATTCCTCATAGTTAATATAAAACGCATTAAGAAATTTTTTTATAATATTAGCCATTCTATCATTTACATTCCTCATAGTTAATATAAAACGTGATGCGATTGACTTCATTATGAAATATAAAAATTTATTTACATTCCTCATAGTTAATATAAAACAAACTGAACTGATTCATTATTAAACATATGGTCCAGATTTACATTCCTCATAGTTAATATAAAACTATTCTTTCTCTTTTATTCATGTGTATATCTCCTTTATTTACATTCCTCATAGTTAATATAAAACTGATTATAATTCTTTCAATTCTTTAATTTCTTCAATATTTACATTCCTCATAGTTAATATAAAACGTTCTAAAAGTTATTGGAACTGGCACACTCCAATCTTTATTTACATTCCTCATAGTTAATATAAAACATGGAATTCAAAGAACATACAACTATGTAAAAAACGAATTTACATTCCTCATAGTTAATATAAAACTAACATTATCCTTAATGTACTCTATCATTATTTCTTTATTTACATTCCTCATAGTTAATATAAAACATGATGTGTTAATATCTACAATAACAAATGTAAACCAATTTACATTCCTCATAGTTAATATAAAACTTATACATTTATTGCAAGAAAAAAGCAATAAAAATAATTTACATTCCTCATAGTTAATATAAAACAATGTGGAAAGCTTCAAAATTCAGAAATTATGATTAGATTTACATTCCTCATAGTTAATATAAAACTTGATTAGTGACCATGTTAATGAAACAATTAATTTGAATTTACATTCCTCATAGTTAATATAAAACCTTAACAAAACAATTAATGTCTATGGCATTTGAAAAATTTACATTCCTCATAGTTAATATAAAACGAAGACAAGAAACTTGATGAACAAAAACAAATTCAAAATTTACATTCCTCATAGTTAATATAAAACCTTTATGAAATTGAAGAAAAGAAGAAAAGCAGCAAGATTTACATTCCTCATAGTTAATATAAAACTTTAAAGAAAAAAAGAGGCTGGAACGTGAAATTTGGATTTACATTCCTCATAGTTAATATAAAACTGAATATATAATTGATGGGGATGGTATCTTAGTTGTATTTACATTCCTCATAGTTAATATAAAACTTAGAGGTAATAAGTTAACTCTTATGAAATCTTATTTATTTACATTCCTCATAGTTAATATAAAACTTTAATAGATTCAAATGGAAGATTAAAATAATTAAAATTTACATTCCTCATAGTTAATATAAAACCTCTATAAGCATTGTAATAAGTTCCATATAAAGCAGATTTACATTCCTCATAGTTAATATAAAACTTAAAAATACAACAGATACATTATTTATTTTTAATAATTTACATTCCTCATAGTTAATATAAAACGTAACGCCAAAAAAGAACAATCAGAGAGTAGCCTATATTTACATTCCTCATAGTTAATATAAAACCTGAAATAGTTAACTGGTTTAAAAACATGAAGAAAAAATTTACATTCCTCATAGTTAATATAAAACTTGATGAACATAAAATTGATATGAATAATATCCATGATTTACATTCCTCATAGTTAATATAAAACCAAGTGATGCAGGAAAGTTTTACATGAAAATACCAAATTTACATTCCTCATAGTTAATATAAAACGAAGAAAGTGAGGTTGATTGCAATGGCATTAGGTAAAATTTACATTCCTCATAGTTAATATAAAACCTTTAGGCGGTAAATTAAGAACTTGTCTCCATTCATTATTTACATTCCTCATAGTTAATATAAAAC

>NC_020291|11|3|5278601-5280855|CRT
ATTTACATTCTGTTTAAATGTAGTTGCAT	TTATCTTATTGAAAGCTGATAAATACGATAATAATA
ATTTACATTCCTCATAGTTAATATAAAAC	CTATGGTTGGTGTTGTAGCTACAAGCGGTGGAGCTA
ATTTACATTCCTCATAGTTAATATAAAAC	CCTTTACTAGTAAATCTACTCTAACTTTTATCCTAT
ATTTACATTCCTCATAGTTAATATAAAAC	TAGAACATTATGACGTTTATAACATGGAATATATTGA
ATTTACATTCCTCATAGTTAATATAAAAC	TTTGGAAATCTGATAGTTTTAGACAATATTAAAAGG
ATTTACATTCCTCATAGTTAATATAAAAC	ATTGACAAAATTTATAAATCTGTTAAATTATATATG
ATTTACATTCCTCATAGTTAATATAAAAC	AAAATTTATATAGAACATAAAGGGAATATTACTCCA
ATTTACATTCCTCATAGTTAATATAAAAC	GCATTAAGAAATTTTTTTATAATATTAGCCATTCTATC
ATTTACATTCCTCATAGTTAATATAAAAC	GTGATGCGATTGACTTCATTATGAAATATAAAAATTT
ATTTACATTCCTCATAGTTAATATAAAAC	AAACTGAACTGATTCATTATTAAACATATGGTCCAG
ATTTACATTCCTCATAGTTAATATAAAAC	TATTCTTTCTCTTTTATTCATGTGTATATCTCCTTT
ATTTACATTCCTCATAGTTAATATAAAAC	TGATTATAATTCTTTCAATTCTTTAATTTCTTCAAT
ATTTACATTCCTCATAGTTAATATAAAAC	GTTCTAAAAGTTATTGGAACTGGCACACTCCAATCTTT
ATTTACATTCCTCATAGTTAATATAAAAC	ATGGAATTCAAAGAACATACAACTATGTAAAAAACGA
ATTTACATTCCTCATAGTTAATATAAAAC	TAACATTATCCTTAATGTACTCTATCATTATTTCTTT
ATTTACATTCCTCATAGTTAATATAAAAC	ATGATGTGTTAATATCTACAATAACAAATGTAAACCA
ATTTACATTCCTCATAGTTAATATAAAAC	TTATACATTTATTGCAAGAAAAAAGCAATAAAAATA
ATTTACATTCCTCATAGTTAATATAAAAC	AATGTGGAAAGCTTCAAAATTCAGAAATTATGATTAG
ATTTACATTCCTCATAGTTAATATAAAAC	TTGATTAGTGACCATGTTAATGAAACAATTAATTTGA
ATTTACATTCCTCATAGTTAATATAAAAC	CTTAACAAAACAATTAATGTCTATGGCATTTGAAAA
ATTTACATTCCTCATAGTTAATATAAAAC	GAAGACAAGAAACTTGATGAACAAAAACAAATTCAAA
ATTTACATTCCTCATAGTTAATATAAAAC	CTTTATGAAATTGAAGAAAAGAAGAAAAGCAGCAAG
ATTTACATTCCTCATAGTTAATATAAAAC	TTTAAAGAAAAAAAGAGGCTGGAACGTGAAATTTGG
ATTTACATTCCTCATAGTTAATATAAAAC	TGAATATATAATTGATGGGGATGGTATCTTAGTTGT
ATTTACATTCCTCATAGTTAATATAAAAC	TTAGAGGTAATAAGTTAACTCTTATGAAATCTTATTT
ATTTACATTCCTCATAGTTAATATAAAAC	TTTAATAGATTCAAATGGAAGATTAAAATAATTAAA
ATTTACATTCCTCATAGTTAATATAAAAC	CTCTATAAGCATTGTAATAAGTTCCATATAAAGCAG
ATTTACATTCCTCATAGTTAATATAAAAC	TTAAAAATACAACAGATACATTATTTATTTTTAATA
ATTTACATTCCTCATAGTTAATATAAAAC	GTAACGCCAAAAAAGAACAATCAGAGAGTAGCCTAT
ATTTACATTCCTCATAGTTAATATAAAAC	CTGAAATAGTTAACTGGTTTAAAAACATGAAGAAAAA
ATTTACATTCCTCATAGTTAATATAAAAC	TTGATGAACATAAAATTGATATGAATAATATCCATG
ATTTACATTCCTCATAGTTAATATAAAAC	CAAGTGATGCAGGAAAGTTTTACATGAAAATACCAA
ATTTACATTCCTCATAGTTAATATAAAAC	GAAGAAAGTGAGGTTGATTGCAATGGCATTAGGTAAA
ATTTACATTCCTCATAGTTAATATAAAAC	CTTTAGGCGGTAAATTAAGAACTTGTCTCCATTCATT
ATTTACATTCCTCATAGTTAATATAAAAC

>NC_020291|11|2|5278666-5280855|PILER-CR
ATTTACATTCCTCATAGTTAATATAAAAC	CTATGGTTGGTGTTGTAGCTACAAGCGGTGGAGCTA
ATTTACATTCCTCATAGTTAATATAAAAC	CCTTTACTAGTAAATCTACTCTAACTTTTATCCTAT
ATTTACATTCCTCATAGTTAATATAAAAC	TAGAACATTATGACGTTTATAACATGGAATATATTGA
ATTTACATTCCTCATAGTTAATATAAAAC	TTTGGAAATCTGATAGTTTTAGACAATATTAAAAGG
ATTTACATTCCTCATAGTTAATATAAAAC	ATTGACAAAATTTATAAATCTGTTAAATTATATATG
ATTTACATTCCTCATAGTTAATATAAAAC	AAAATTTATATAGAACATAAAGGGAATATTACTCCA
ATTTACATTCCTCATAGTTAATATAAAAC	GCATTAAGAAATTTTTTTATAATATTAGCCATTCTATC
ATTTACATTCCTCATAGTTAATATAAAAC	GTGATGCGATTGACTTCATTATGAAATATAAAAATTT
ATTTACATTCCTCATAGTTAATATAAAAC	AAACTGAACTGATTCATTATTAAACATATGGTCCAG
ATTTACATTCCTCATAGTTAATATAAAAC	TATTCTTTCTCTTTTATTCATGTGTATATCTCCTTT
ATTTACATTCCTCATAGTTAATATAAAAC	TGATTATAATTCTTTCAATTCTTTAATTTCTTCAAT
ATTTACATTCCTCATAGTTAATATAAAAC	GTTCTAAAAGTTATTGGAACTGGCACACTCCAATCTTT
ATTTACATTCCTCATAGTTAATATAAAAC	ATGGAATTCAAAGAACATACAACTATGTAAAAAACGA
ATTTACATTCCTCATAGTTAATATAAAAC	TAACATTATCCTTAATGTACTCTATCATTATTTCTTT
ATTTACATTCCTCATAGTTAATATAAAAC	ATGATGTGTTAATATCTACAATAACAAATGTAAACCA
ATTTACATTCCTCATAGTTAATATAAAAC	TTATACATTTATTGCAAGAAAAAAGCAATAAAAATA
ATTTACATTCCTCATAGTTAATATAAAAC	AATGTGGAAAGCTTCAAAATTCAGAAATTATGATTAG
ATTTACATTCCTCATAGTTAATATAAAAC	TTGATTAGTGACCATGTTAATGAAACAATTAATTTGA
ATTTACATTCCTCATAGTTAATATAAAAC	CTTAACAAAACAATTAATGTCTATGGCATTTGAAAA
ATTTACATTCCTCATAGTTAATATAAAAC	GAAGACAAGAAACTTGATGAACAAAAACAAATTCAAA
ATTTACATTCCTCATAGTTAATATAAAAC	CTTTATGAAATTGAAGAAAAGAAGAAAAGCAGCAAG
ATTTACATTCCTCATAGTTAATATAAAAC	TTTAAAGAAAAAAAGAGGCTGGAACGTGAAATTTGG
ATTTACATTCCTCATAGTTAATATAAAAC	TGAATATATAATTGATGGGGATGGTATCTTAGTTGT
ATTTACATTCCTCATAGTTAATATAAAAC	TTAGAGGTAATAAGTTAACTCTTATGAAATCTTATTT
ATTTACATTCCTCATAGTTAATATAAAAC	TTTAATAGATTCAAATGGAAGATTAAAATAATTAAA
ATTTACATTCCTCATAGTTAATATAAAAC	CTCTATAAGCATTGTAATAAGTTCCATATAAAGCAG
ATTTACATTCCTCATAGTTAATATAAAAC	TTAAAAATACAACAGATACATTATTTATTTTTAATA
ATTTACATTCCTCATAGTTAATATAAAAC	GTAACGCCAAAAAAGAACAATCAGAGAGTAGCCTAT
ATTTACATTCCTCATAGTTAATATAAAAC	CTGAAATAGTTAACTGGTTTAAAAACATGAAGAAAAA
ATTTACATTCCTCATAGTTAATATAAAAC	TTGATGAACATAAAATTGATATGAATAATATCCATG
ATTTACATTCCTCATAGTTAATATAAAAC	CAAGTGATGCAGGAAAGTTTTACATGAAAATACCAA
ATTTACATTCCTCATAGTTAATATAAAAC	GAAGAAAGTGAGGTTGATTGCAATGGCATTAGGTAAA
ATTTACATTCCTCATAGTTAATATAAAAC	CTTTAGGCGGTAAATTAAGAACTTGTCTCCATTCATT
ATTTACATTCCTCATAGTTAATATAAAAC

>NC_020291|11|11|5278666-5280855|CRISPRCasFinder
ATTTACATTCCTCATAGTTAATATAAAAC	CTATGGTTGGTGTTGTAGCTACAAGCGGTGGAGCTA
ATTTACATTCCTCATAGTTAATATAAAAC	CCTTTACTAGTAAATCTACTCTAACTTTTATCCTAT
ATTTACATTCCTCATAGTTAATATAAAAC	TAGAACATTATGACGTTTATAACATGGAATATATTGA
ATTTACATTCCTCATAGTTAATATAAAAC	TTTGGAAATCTGATAGTTTTAGACAATATTAAAAGG
ATTTACATTCCTCATAGTTAATATAAAAC	ATTGACAAAATTTATAAATCTGTTAAATTATATATG
ATTTACATTCCTCATAGTTAATATAAAAC	AAAATTTATATAGAACATAAAGGGAATATTACTCCA
ATTTACATTCCTCATAGTTAATATAAAAC	GCATTAAGAAATTTTTTTATAATATTAGCCATTCTATC
ATTTACATTCCTCATAGTTAATATAAAAC	GTGATGCGATTGACTTCATTATGAAATATAAAAATTT
ATTTACATTCCTCATAGTTAATATAAAAC	AAACTGAACTGATTCATTATTAAACATATGGTCCAG
ATTTACATTCCTCATAGTTAATATAAAAC	TATTCTTTCTCTTTTATTCATGTGTATATCTCCTTT
ATTTACATTCCTCATAGTTAATATAAAAC	TGATTATAATTCTTTCAATTCTTTAATTTCTTCAAT
ATTTACATTCCTCATAGTTAATATAAAAC	GTTCTAAAAGTTATTGGAACTGGCACACTCCAATCTTT
ATTTACATTCCTCATAGTTAATATAAAAC	ATGGAATTCAAAGAACATACAACTATGTAAAAAACGA
ATTTACATTCCTCATAGTTAATATAAAAC	TAACATTATCCTTAATGTACTCTATCATTATTTCTTT
ATTTACATTCCTCATAGTTAATATAAAAC	ATGATGTGTTAATATCTACAATAACAAATGTAAACCA
ATTTACATTCCTCATAGTTAATATAAAAC	TTATACATTTATTGCAAGAAAAAAGCAATAAAAATA
ATTTACATTCCTCATAGTTAATATAAAAC	AATGTGGAAAGCTTCAAAATTCAGAAATTATGATTAG
ATTTACATTCCTCATAGTTAATATAAAAC	TTGATTAGTGACCATGTTAATGAAACAATTAATTTGA
ATTTACATTCCTCATAGTTAATATAAAAC	CTTAACAAAACAATTAATGTCTATGGCATTTGAAAA
ATTTACATTCCTCATAGTTAATATAAAAC	GAAGACAAGAAACTTGATGAACAAAAACAAATTCAAA
ATTTACATTCCTCATAGTTAATATAAAAC	CTTTATGAAATTGAAGAAAAGAAGAAAAGCAGCAAG
ATTTACATTCCTCATAGTTAATATAAAAC	TTTAAAGAAAAAAAGAGGCTGGAACGTGAAATTTGG
ATTTACATTCCTCATAGTTAATATAAAAC	TGAATATATAATTGATGGGGATGGTATCTTAGTTGT
ATTTACATTCCTCATAGTTAATATAAAAC	TTAGAGGTAATAAGTTAACTCTTATGAAATCTTATTT
ATTTACATTCCTCATAGTTAATATAAAAC	TTTAATAGATTCAAATGGAAGATTAAAATAATTAAA
ATTTACATTCCTCATAGTTAATATAAAAC	CTCTATAAGCATTGTAATAAGTTCCATATAAAGCAG
ATTTACATTCCTCATAGTTAATATAAAAC	TTAAAAATACAACAGATACATTATTTATTTTTAATA
ATTTACATTCCTCATAGTTAATATAAAAC	GTAACGCCAAAAAAGAACAATCAGAGAGTAGCCTAT
ATTTACATTCCTCATAGTTAATATAAAAC	CTGAAATAGTTAACTGGTTTAAAAACATGAAGAAAAA
ATTTACATTCCTCATAGTTAATATAAAAC	TTGATGAACATAAAATTGATATGAATAATATCCATG
ATTTACATTCCTCATAGTTAATATAAAAC	CAAGTGATGCAGGAAAGTTTTACATGAAAATACCAA
ATTTACATTCCTCATAGTTAATATAAAAC	GAAGAAAGTGAGGTTGATTGCAATGGCATTAGGTAAA
ATTTACATTCCTCATAGTTAATATAAAAC	CTTTAGGCGGTAAATTAAGAACTTGTCTCCATTCATT
ATTTACATTCCTCATAGTTAATATAAAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_020291.1|WP_015394862.1|5263950_5264991_+|ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|238568
NC_020291.1|WP_015394867.1|5272072_5272756_+|Crp/Fnr-family-transcriptional-regulator	unknown	unknown	gnl|CDD|223736
NC_020291.1|WP_015394880.1|5290673_5291426_-|TSUP-family-transporter	unknown	unknown	gnl|CDD|182593
NC_020291.1|WP_015394874.1|5282851_5285068_-|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	gnl|CDD|273707
NC_020291.1|WP_015394863.1|5265369_5267172_+|hypothetical-protein	unknown	unknown	gnl|CDD|227588
NC_020291.1|WP_015394877.1|5286795_5288619_-|type-I-B-CRISPR-associated-protein-Cas8b1/Cst1	cas8b2	cd09665_cas8b2_CAS-I-B	gnl|CDD|187796
NC_020291.1|WP_015394869.1|5274438_5275551_-|5-methyltetrahydropteroyltriglutamate---homocysteine-S-methyltransferase	unknown	unknown	gnl|CDD|180601
NC_020291.1|WP_015394865.1|5267580_5267919_-|cupin-domain-containing-protein	unknown	unknown	gnl|CDD|380358
NC_020291.1|WP_015394876.1|5285885_5286794_-|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR	cas7	cd09687_cas7_CAS-I-B	gnl|CDD|274215
NC_020291.1|WP_015394873.1|5282289_5282808_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|366863
NC_020291.1|WP_015394861.1|5263130_5263922_+|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224045
NC_020291.1|WP_015394866.1|5268096_5271966_-|CoA-substrate-specific-enzyme-activase	unknown	unknown	gnl|CDD|224835
NC_020291.1|WP_015394872.1|5281301_5282285_-|type-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	gnl|CDD|274695
NC_020291.1|WP_017810384.1|5285207_5285879_-|type-I-B-CRISPR-associated-protein-Cas5	cas5	cd09658_cas5_CAS-I-B	gnl|CDD|187789
NC_020291.1|WP_015394871.1|5281036_5281300_-|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	gnl|CDD|187856
NC_020291.1|WP_015394878.1|5288633_5289371_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	gnl|CDD|273848
NC_020291.1|WP_015394868.1|5272990_5274133_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015394879.1|5289462_5290413_-|WYL-domain-containing-protein	WYL	COG2378_WYL_CAS-I:CAS-III	gnl|CDD|379100
NC_020291.1|WP_015394870.1|5275716_5276625_-|LysR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|223656
NC_020291.1|WP_015394864.1|5267240_5267576_-|hypothetical-protein	unknown	unknown	gnl|CDD|380388

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NC_020291.1|WP_015394878.1|5288633_5289371_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	4.6e-29	96.7	15.8
NC_020291.1|WP_015394876.1|5285885_5286794_-|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR	cas7	cd09687_cas7_CAS-I-B	2.1e-59	195.9	0.5
NC_020291.1|WP_015394873.1|5282289_5282808_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	1.2e-48	160.0	4.4
NC_020291.1|WP_015394872.1|5281301_5282285_-|type-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	5.5e-128	421.3	18.4
NC_020291.1|WP_015394871.1|5281036_5281300_-|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	4.9e-28	91.9	1.2
NC_020291.1|WP_015394874.1|5282851_5285068_-|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	1.9e-76	252.5	18.1
NC_020291.1|WP_015394877.1|5286795_5288619_-|type-I-B-CRISPR-associated-protein-Cas8b1/Cst1	cas8b2	cd09665_cas8b2_CAS-I-B	1.8e-26	87.9	15.5
NC_020291.1|WP_015394879.1|5289462_5290413_-|WYL-domain-containing-protein	WYL	COG2378_WYL_CAS-I:CAS-III	2.6e-40	133.5	0.0
NC_020291.1|WP_017810384.1|5285207_5285879_-|type-I-B-CRISPR-associated-protein-Cas5	cas5	cd09658_cas5_CAS-I-B	2.1e-40	133.5	1.9

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_020291.1|WP_015394862.1|5263950_5264991_+|ABC-transporter-substrate-binding-protein	gnl|CDD|238568	cd01148, TroA_a, Metal binding protein TroA_a. These proteins are predicted to function as initial receptors in ABC transport of metal ions in eubacteria. They belong to the TroA superfamily of helical backbone metal receptor proteins that share a distinct fold and ligand binding mechanism. A typical TroA protein is comprised of two globular subdomains connected by a single helix and can bind the metal ion in the cleft between these domains.	5.9302e-47
NC_020291.1|WP_015394867.1|5272072_5272756_+|Crp/Fnr-family-transcriptional-regulator	gnl|CDD|223736	COG0664, Crp, cAMP-binding proteins - catabolite gene activator and regulatory subunit of cAMP-dependent protein kinases [Signal transduction mechanisms].	1.2358e-23
NC_020291.1|WP_015394866.1|5268096_5271966_-|CoA-substrate-specific-enzyme-activase	gnl|CDD|224835	COG1924, COG1924, Activator of 2-hydroxyglutaryl-CoA dehydratase (HSP70-class ATPase domain) [Lipid metabolism].	3.65225e-76
NC_020291.1|WP_015394880.1|5290673_5291426_-|TSUP-family-transporter	gnl|CDD|182593	PRK10621, PRK10621, hypothetical protein; Provisional.	8.40731e-31
NC_020291.1|WP_015394874.1|5282851_5285068_-|CRISPR-associated-helicase/endonuclease-Cas3	gnl|CDD|273707	TIGR01587, CRISPR-associated_endonuclease/helicase_Cas3, CRISPR-associated helicase Cas3. This model represents the highly conserved core region of an alignment of Cas3, a protein found in association with CRISPR repeat elements in a broad range of bacteria and archaea. Cas3 appears to be a helicase, with regions found by pfam00270 (DEAD/DEAH box helicase) and pfam00271 (Helicase conserved C-terminal domain). Some but not all members have an N-terminal HD domain region (pfam01966) that is not included within this model.	6.54995e-67
NC_020291.1|WP_015394863.1|5265369_5267172_+|hypothetical-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	7.84847e-17
NC_020291.1|WP_015394877.1|5286795_5288619_-|type-I-B-CRISPR-associated-protein-Cas8b1/Cst1	gnl|CDD|187796	cd09665, Cas8a1_I-A, CRISPR/Cas system-associated protein Cas8a1. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Large proteins, some contain Zn-finger domain; signature gene for I-A subtype; also known as CXXC_CXXC family.	1.89259e-19
NC_020291.1|WP_015394869.1|5274438_5275551_-|5-methyltetrahydropteroyltriglutamate---homocysteine-S-methyltransferase	gnl|CDD|180601	PRK06520, PRK06520, 5-methyltetrahydropteroyltriglutamate--homocysteine S-methyltransferase.	2.65318e-139
NC_020291.1|WP_015394865.1|5267580_5267919_-|cupin-domain-containing-protein	gnl|CDD|380358	cd02230, cupin_HP0902-like, Helicobacter pylori HP0902 and related proteins, cupin domain. This family includes prokaryotic and archaeal proteins homologous to HP0902, a functionally uncharacterized protein from Helicobacter pylori and Spy1581, a protein of unknown function from Streptococcus pyogenes. These proteins demonstrate all-beta cupin folds that cannot bind metal ions due to the absence of a metal-binding histidine that is conserved in many metallo-cupins. HP0902 is able to bind bacterial endotoxin lipopolysaccharides (LPS) through its surface-exposed loops, where metal-binding sites are usually found in other metallo-cupins, and thus may have a putative role in H. pylori pathogenicity.	1.09235e-23
NC_020291.1|WP_015394876.1|5285885_5286794_-|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR	gnl|CDD|274215	TIGR02585, conserved_protein, CRISPR-associated protein Cas7/Cst2/DevR, subtype I-B/TNEAP. CRISPR is a term for Clustered Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR associated) proteins. This clade is a member of the DevR family (TIGR01875) and includes the DevR protein of Myxococcus xanthus, a protein whose expression appears to be regulated through a number of means, including both location and autorepression; DevR mutants are incapable of fruiting body development.	3.47126e-54
NC_020291.1|WP_015394873.1|5282289_5282808_-|CRISPR-associated-protein-Cas4	gnl|CDD|366863	pfam01930, Cas_Cas4, Domain of unknown function DUF83. This domain has no known function. The domain contains three conserved cysteines at its C-terminus.	2.75866e-53
NC_020291.1|WP_015394861.1|5263130_5263922_+|ABC-transporter-ATP-binding-protein	gnl|CDD|224045	COG1120, FepC, ABC-type cobalamin/Fe3+-siderophores transport systems, ATPase components [Inorganic ion transport and metabolism / Coenzyme metabolism].	8.94993e-101
NC_020291.1|WP_015394872.1|5281301_5282285_-|type-I-B-CRISPR-associated-endonuclease-Cas1	gnl|CDD|274695	TIGR03641, cas1_HMARI, CRISPR-associated endonuclease Cas1, subtype I-B/HMARI/TNEAP. The CRISPR-associated protein Cas1 is virtually universal to CRISPR systems. CRISPR, an acronym for Clustered Regularly Interspaced Short Palindromic Repeats, is prokaryotic immunity system for foreign DNA, mostly from phage. CRISPR systems belong to different subtypes, distinguished by both nature of the repeats, the makeup of the cohort of associated Cas proteins, and by molecular phylogeny within the more universal Cas proteins such as this one. This model is of type EXCEPTION and provides more specific information than the EQUIVALOG model TIGR00287. It describes Cas1 subgroup that includes Cas1 proteins of the related HMARI and TNEAP subtypes of CRISPR/Cas system.	4.22497e-152
NC_020291.1|WP_015394871.1|5281036_5281300_-|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	2.77171e-28
NC_020291.1|WP_015394878.1|5288633_5289371_-|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|273848	TIGR01877, CRISPR-associated_endoribonuclease_Cas6_1, CRISPR-associated endoribonuclease Cas6. CRISPR is a term for Clustered, Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR-Associated) proteins. This broadly distributed, highly divergent Cas family is now characterized as an endoribonuclease that generates guide RNAs for host defense against phage and other invaders. The family contains a C-terminal motif GXGXXXXXGXG, where the each X between two Gly is hydrophobic and the spacer XXXXX contains (usually) one Arg or Lys. The seed alignment for the current version of this model has gappy columns removed. Members of this protein family are found associated with several different CRISPR/cas system subtypes, and consequently we designate this family Cas6.	1.5215e-20
NC_020291.1|WP_017810384.1|5285207_5285879_-|type-I-B-CRISPR-associated-protein-Cas5	gnl|CDD|187789	cd09658, Cas5_I-B, CRISPR/Cas system-associated RAMP superfamily protein Cas5. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas5 is a RAMP superfamily protein; Subunit of the Cascade complex.	2.88488e-35
NC_020291.1|WP_015394879.1|5289462_5290413_-|WYL-domain-containing-protein	gnl|CDD|379100	pfam13280, WYL, WYL domain. WYL is a Sm-like SH3 beta-barrel fold containing domain. It is a member of the WYL-like superfamily, named for three conserved amino acids found in a subset of the superfamily. However, these residues are not strongly conserved throughout the family. Rather, the conservation pattern includes four basic residues and a position often occupied by a cysteine, which are predicted to line a ligand-binding groove typical of the Sm-like SH3 beta-barrels. A WYL domain protein (sll7009) is a negative regulator of the I-D CRISPR-Cas system in Synechocystis sp. It is predicted to be a ligand-sensing domain that could bind negatively charged ligands, such as nucleotides or nucleic acid fragments, to regulate CRISPR-Cas and other defense systems such as the abortive infection AbiG system.	3.87408e-36
NC_020291.1|WP_015394870.1|5275716_5276625_-|LysR-family-transcriptional-regulator	gnl|CDD|223656	COG0583, LysR, Transcriptional regulator [Transcription].	8.21351e-35
NC_020291.1|WP_015394864.1|5267240_5267576_-|hypothetical-protein	gnl|CDD|380388	cd06983, cupin_dsy2733, Desulfitobacterium hafniense dsy2733 and related proteins, cupin domain. This family includes bacterial proteins homologous to dsy2733, a Desulfitobacterium hafniense protein of unknown function. Proteins in this family belong to the cupin superfamily with a conserved "jelly roll-like" beta-barrel fold capable of homodimerization.	2.41173e-11

Protein sequences

>NC_020291.1|WP_015394870.1|5275716_5276625_-|LysR-family-transcriptional-regulator
MTLQQLKYVVTVADKGTISDAAKELFISQPTITNAIKDLEKEMHITIFNRTNKGIVVSNIGNEFLAYARQVLEQANLLEEKFLNAKEQSPRFSVSTQHYSFAVNAFVDVIREFGGNQYDFTLRETQTYEIIEDVSRMKSEIGILYTSSKNEEVIMKFIKQNDLEFEELFEAKPHVFISSKHPLAERKEITLEELEDYPYLSFEQGDYNSFYFSEEILSTLDRNKNIKVRDRATLFNLAVGLNGYTVSTGVISKELNGENIIARPLMVEEYMRIGVIRQRKMPLSRYGEAYMAALKKHVLEYV
>NC_020291.1|WP_015394869.1|5274438_5275551_-|5-methyltetrahydropteroyltriglutamate---homocysteine-S-methyltransferase
MKDNAPFKYDIVGSFLRPEHLKHAREEFAKGKINADELKKIEDEAITDLIAKQKAVGLQVITDGEFRRSSWHLDFMWAFNDVGHEKTKKGIPFHGEPALIDDTFLVGKVSIDNHPFVEHFKFVKQFEDENTVARQTIPAPAQFFFQMIIPDNLERTKSIYQNEEELIQDIAKGYKKVIQELYEAGCRNIQFDDCTWGVCVDPNACFILGTDEEGLQQIIEKLIRINNLAIEDKPEDLVINTHICRGNFHSTWACQGGYDRVAKDLFANENVNAFYLEFDDERSGDFKPLQYVSEDKKVVLGLITTKSSTLEDKKNIIERIHEAEKYIPLERLALSPQCGFASTEEGNKLTEEEQWEKLRLIQEISKEVWK
>NC_020291.1|WP_015394868.1|5272990_5274133_-|hypothetical-protein
MDKTIDILKTTNYDKFKCTADKCKFTCCEGWDVSVDGDTYNKWEKGKCSEILKNIKVEKSGDSVSYSIAKENHETCPFLDMKGLCEIVKKHGEEYISSICHTFPRVENKFEDRRELSLSCACPEVVEIISGLSGKINIFSDNKKATKNNLLELKVRDTLVNIVQQDDFLLEEKLLVCFQMLLDILEDEELSEEGLEEELEKYEDSKYLQEVIGKCKEIDSDINESVEEINYLLLDITKNYKEVSSFEFLLKDISDFAEAVKVGNLSVKWQEYKILFEQHSEFAENWIVSDIISSCISDDIEELIISFELIILEYLMVRYAVFLKYCINNNKEIEIQDIKDYIVTLSRIIGNNSEAVTEFLRDGFEDPILEIGYLCFISLF
>NC_020291.1|WP_015394867.1|5272072_5272756_+|Crp/Fnr-family-transcriptional-regulator
MKNLILELEKADLFTNKTKEELQNLITKIEYKFINAAKNEYVFNSLTSTKFIGIVLSGKVNVERILPYGKLILMYTKKSGDMFGEVAVFSEANHYPCNVVAKEDSSILLISKDEFFKLLTLDNIILENFLKIISNKAFQLNSRVEALSFVSTKQKVAFSLLNDFHIEKNLLIKLPFSKKMWADNLNVSRASLYKALEELCADSIISMDKTNLIEIIDSQKLEDIVLN
>NC_020291.1|WP_015394866.1|5268096_5271966_-|CoA-substrate-specific-enzyme-activase
MNKLGIDIGYSTFKYVYLDSKNNLIESDYIFHKGNITKYYKELLEKIKASNKEKSIKIGITGSLASRINLSKEYHINNSISLIEGTLLKNKSVKAIIELGAQETKYITDIEHNNMKFFMNTSCAAGTGSFLEEQALRLSIDIKDISAYIDKATEVPRIAGRCSVFSKTDMIHHMQDGVKIEDILQGLCYALVRNYKANVLQKNELKKPVMLSGGVINNKGVVKALKDILKLKEEDIVINENFELLTCFGACKIAEEKGLIIDVNKLESLGEAIIEKPKNNVYEQLNKFGMDDSLDKHNCISTNTKEGYLGVDIGSTSINFVVIDEDKNVIDYIYTKTNGKPKEVVYEYLEKLKERLGKEFKFKGIGTTGSGREYIGKLINADLIVNEITAQAEGAVNVCSDVDTIFEIGGQDSKYICIENKLVKDFEMNKICAAGTGAFIEEQIKKLGISLEEFGKIALKGDDPCNLGDRCTVFIEGNIGKAIGEGESIENISAGLAYSIVKNYLNRVVGARPIGNKIFLQGGIAHNQAVVNAFRALLKKEIMVPEFFSVTGALGTAVLTKESMRNKDKINKQAEFISYLDENEKYFLDGYVNNKELTKKTIGIPRVLFLNKMFPMFNEIFKKLGYNVLISDATNEDIIALSQEYSFEETCFPVKLINGHVAWLLERKVDYIFLPHLYTMKHAGSKVREDYACVYIQTSPKIIESVFNLEARNIKLISPVLSFNFGKQYMIKTLLGIGKVLGKNKIETTAAVMSGMKKFMNYEKKMEAIGNKVLKDIDKDEKVFVIVSRVYNIVDPALNMGIEKELIKRGYRVLHLSHLEASEMNIGEEYSNMYWPFGQHIIMGAKIIKNHKNLYPIYITNHGCGPDTILMHYFKKEMENKPYLHIEVDEHSSKVGVITRVEAFINSLKNCENNDSLEAENIIKAQNKRQTKNKIDFEEEILIPYMYPFSNILKAFLERKNKKVTILEPVSEKTIELGKNFSRGKEYFSLTGMLAEVTNKIKNDEKEYTLYFPTTEGSETFGQYGKLIQYKALECGKNLKLEAPFIEDYLGNKDFGLEFFKALVIGDLINLSSENKRELCLKDLIETIKNNEISNEYFDKTLKNIRNYISKKEGLKKLLIIGEAIVVNKDYLNSNMIKSLQNDYEVIKQPLSEELYMLFSDFCNKRNKVNKPLIRILNEAKTIIEKVNLSLEIRSPFNRNSESLNEVLIDKLPQYAGGSGRYRLAKLVTAENVDGIIIVSSMYENTATILKILREKYKELLNIPILDLYFDSNISKNNEELIETFIAYL
>NC_020291.1|WP_015394865.1|5267580_5267919_-|cupin-domain-containing-protein
MEELIKNIVKSKAIDFDSLVSCKEGQIETVTMAQKKGVGLTALAFGKGEGVGPHAAKGDAMIYIHQGIATVKIGDEEMEAHKGQVVVMPANIQHQVTAKEDMKMLLIVVKEG
>NC_020291.1|WP_015394864.1|5267240_5267576_-|hypothetical-protein
MKYLRNINPFEPIKMKDMVNHSGNKIASKALVDNDKHEVRFFSFAKGESIDKEYYEMESLFIVIEGEAKVVYKENSEAVIKEGEIFALEADIQYGIEAVSDVKLLNILIRG
>NC_020291.1|WP_015394863.1|5265369_5267172_+|hypothetical-protein
MIKRITKSTSILICIASIISIAPAHAADYKVLDAQEGTIYSATAKGKGIFLDGEINGEEEAVYWVSEDGKYNKLNGINTGATFSDLLLNKYLEIDDGSSDYSYIDITDNCKLLDYDVREDLEDAEAILLKSKIKHDNAGRFDESYYSSSNLISATIEGKNKFLSSSNGLAIYKYKLKEPQINGDYYSTIYANLQGNYVDVDYDLGNLKVSMSTTSSAVTIKNTKDTYEIKQDGITYELKAVIKENKYVTSDSDTIYRLADLTIYKKEKGASDSTYKSATNELKFGKDCYQVTDGNSVTVLQKFSMTPAIDTIDGIKSPKDSTIYFIADEDGNNEYLLGKSVADAIKKIGLSKGAGKVKLTANSQGLYSMYQDTAQKKLYVEKLKLKSKNGFNYIDYDDYYSSDVDSIDSLNTPGGFPWFVNNAYVKAWDGKNFNKLYRIDGSMDSVSITSKDNMIAWNTDTGVYSIVHNITSTKDKNAISGSDTINPQTTTNAAITLNNSSNGWVLNQDNTWTYTLQDGTKKTGWFNTNGSWYYFNADGIMSTGWIKDNDIWYFLDTSGLMKTGWINYNSSWYYCNPSGAMLHDTVIDGYKLGIDGAWTN
>NC_020291.1|WP_015394862.1|5263950_5264991_+|ABC-transporter-substrate-binding-protein
MKRKILLLIMSVTLMTTIFTSCGNTTTNNNIPKPKDSYSSSENSSTKTSYPVNFDAFDSKGNIYKQTFNEAPKKAITNNQSSTELLLTLGLKDSLIGTGDLDTPIPENLLNDYNSIPSVAKKGDVAKEVVIGSGTDLVIGRSASFEDSRYGSISSLNQVGINTYVQLASKMNADINLTTIIQDVKNVGVIFNVQDKANKLADSLQKTLDKVKSKVPNKGERKKVLLVVNYSGGAFTVYGANASLQKEMLNVLNADNVVKKGGSVSFENVISANPDYIVYVTANKNSATDNDAVDRILTESTIQNVNAIKNKNIISVDYTELMGYGIRTFDCLEKLASAFYPENFKS
>NC_020291.1|WP_015394861.1|5263130_5263922_+|ABC-transporter-ATP-binding-protein
MEIKGDLMDVEIKNLNITLSKKEIIKGIHLTVTGNKFVGLIGPNGSGKSTLLKALYRVLKPTYGDIYIYGKNIESYSKKSSAKILGVVSQFNNINFDFNVIDIVLMSRSPHKNLLEKDTKVDYDIALNALSLVGMLESAQKSFNLLSGGEKQRVLLARAITQEPKILILDEPTNHLDIKYQLEVMNIVKKLNICVLAALHDLTLASQFCDEIYVLKDGQIVCQGIPKDVITKEMIKEVYDVNSNVFVNPTTKRISIDYFTEDL
>NC_020291.1|WP_015394871.1|5281036_5281300_-|CRISPR-associated-endonuclease-Cas2
MFIILTYDVGEKRVNRVRKCLKKYLTWTQNSVFEGEITEGKLHKCLADVNKFIERDEDSLYIYMVKNIHNIKKEVIGQQKNYDELFL
>NC_020291.1|WP_015394872.1|5281301_5282285_-|type-I-B-CRISPR-associated-endonuclease-Cas1
MGRDYYIFSNGRIKRKENTIYFVDSEENKKAIPVEEVERLHLFGEVDLNTKFLNHISKYSILINIYNYYGFYSGTYYSKKKNVSGLVLVNQSRMYLEFSLRLKLAKAFIDSANHHMLRNLRRHKITTQEYIDKIEKERQVMNNSNTIQEVMGAEGRARKAYYEAFNTFIKEDFYMEKREKRPPTDPINALISFGNSLMYTTVLGEIYKTQLDPTISYLHEPSTKRFSLSLDIAEIFKPLIVDSIIFTMINKGMIKKDDFQIENEVCLLNENGKKKFIRELENKLSTTVKHRSLHRNVSYRNLIKLECYKIIKMAIENEEYKPLKAWW
>NC_020291.1|WP_015394873.1|5282289_5282808_-|CRISPR-associated-protein-Cas4
MNIDFENLKVSGLKVDYYFICKRKLWLFDKGISMESANDRVMQGTVVHKESYKKAKTKELLIDNLIRLDIIDDNYVREVKITSRMRHADEMQLLYYLYYLKRLGIERKGTLNYVKEKKVEEVILTKENEALVEEALIGISELLQEKYPPKVEAYPHCSKCAYYEYCFVKEEE
>NC_020291.1|WP_015394874.1|5282851_5285068_-|CRISPR-associated-helicase/endonuclease-Cas3
MIYYAKTKPMETIKEHTDNVLKEYENLKNTYEIEINNVVRNFMEPEYFWKLLEFCCEYHDYGKCNVQFQNKLRKKIIEMKDIDPKSEEFNEIPCDKHEEIPHNYLSPAFLPTEELKQISEPLRNIIYQAIAYHHERKSIPDQNEIKEYIKNTLDKELDGMNKHMGNNISKVFGGYAGKIENVVRIKERDENYKFYIMLKGLIHRLDHSASAHVKVEEKLQKTVGKCTEDFFKNKDWDFRAPQEFAMKNREDNLLIIASTGIGKTESALLWINDKKGFFTLPLRVSLNALYSRVKDDIGYDSVGLLHSSALEYMEKQGDDEAYKTYEEASLLNKKLSFSTIDQIFKYPFKYLGYEKVLATLAYSRVVIDEIQAYSPEIAAVILYSVKQLIEMGGKFMIMTATLPRIYKDKLKEFNIEFKEEKFISDNDRHKIKLVEDEIINSVEKVSELGRKNKVLVIVNTVDKAIEYYKLLEDKKVNVNLLHSLFNNNDRSKKEEEIKKFTKEGNKECGIWVTTQIVEASLDVDFDYLISEMSTLDSQFQRYGRCFRKRTFKGADPNIFIYTSNASGVGGVYDEEIFNKSIELLMPYDNQILKEAIKVDLVDKLYSKEMLKGTKFLKKFIEACNVLENIIPYENTSREAQKVLRDIDSVRVIPNDLYNKNMNLFDEVIEDRNSDRHKLFREINNLTISIPRQKLKKFSKLNNELRVDPVAKIDNILLINAKYTKEEGLCLGELYDNIF
>NC_020291.1|WP_017810384.1|5285207_5285879_-|type-I-B-CRISPR-associated-protein-Cas5
MKALKLKLYQETVCYKKPYAFKVTETYPLPPYSTVIGMLHGIIGAGKDDYHEMEVSVQGKYEGIFTAYNTTRFYNGDDITSMPLNVHMLYGVSLVIHVVSDEDTLNKIYEGFRTTDTAFTLGRREDLARLDDIKFVELNKLLKEDEFDDEKDIKLKYSMYVPDKYQTSLRGIGYKINKVYRIVNDLRQWGKINVKYVECDESLDNGEYYIDDDSIEKDIAFLA
>NC_020291.1|WP_015394876.1|5285885_5286794_-|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR
MGKSITCSIIFQGQSLNYGEGIGNISELKKLTRNDGNFYTLATRQALTYDVRRLGEEIFGWNLQTVDKSKGTIQFKNQYTIKDSEEMDLFGYMKTAKKEGDEKGGSAIRPAVARVSTAISLEPYKSDMDFLSNKGFADRIGEHPNLANSEQHLSYYTYTLTIDLDKVGVDGDLNLDNSEKAKRVNQLLDLVKILNRNIRGRQENLSPLFIIGGTYDIANPFFMGRIELEINKGKFNIKTKPLEDALDMTILECNVKDNTNIGVVSGVFGNEEELDKLVKEGVSNIESFFKQLKNKVNAYYGV
>NC_020291.1|WP_015394877.1|5286795_5288619_-|type-I-B-CRISPR-associated-protein-Cas8b1/Cst1
MKIYNSEQWFYKLGIVGFNRIINYNKDYYGLDVDKYNYNVSSDFIEFDSELLEDFPTYYYNYFINEYNVSESMNEKLNKLLGAAKDKDKFQERLNDIKKVIGERNKKIEKLQVAEFDKCKDIHSKIGKVKFEQLAEVEELVKKYEDIVQLEHLNHPMTVINFKSILYNSFFGQISFLNLTHNNKSIDYQKEMFFKDYIKPVLDGEKFSKIIKANDEVELKKYIEIKKEDAAKCPKNELNNIDRVVSIINTALFGKKRKAESVNDVLENYNICRICDDNISFGDDYTDGNFIPLAISNANSKNLFWMFDSRYPICPLCKLVLFCTAAGCTKIFKSYLNDKYDYNDKLYYGFVSIEGDLLELIQGNDNFRNVTKKDGTFEEFILDSVKQNRKISSWQLENILYVEFNADYRSRNSKLNYFNIPTYLARFLRDKDTYTELDNMKNSREKMKIFDLMIQRKDLKHVIDLELRALVNEEAYANRDILRTIRIRNYLKQYKGGCKKVDELAKKNLNYLYFQGVDISKIYRSNNSENKITGLSYRLLNSAKAENKKDFMDTIIRIYMSVDKEIPMIFLEVMKESKLDFEEIAHSFIAGLNSKGKENDDRVEGEN
>NC_020291.1|WP_015394878.1|5288633_5289371_-|CRISPR-associated-endoribonuclease-Cas6
MRIKVIFKAEENKFPLSYRMMISSVIKKSLEISDEEYFKNMYYYEEKKNKRIKPFTFSVFFKDYKIEKEEVNLNGQGSIIISTPDYNFGIILYNGLLRLRKHEYKKYKINIEKVLLEKEKLISEGEILCKTLSPINIKSKDNRAVAIEDLEQFNAELNYISNIALETYNGKGLKEELKFTPVKMKKVVAKEKITDFKLLNGKEFIYIEGYAGIFKLQGSIEDLNLLKQLGVGFRRSEGFGLFDLV
>NC_020291.1|WP_015394879.1|5289462_5290413_-|WYL-domain-containing-protein
MGNLNNTLKMLFILKSGGTIKAKDIASRLEVDEKQVRRYKENLDEFFDIESISGKNGGYKLNAAYFPFKEVLTEEEVILLKEAISSLDANYIENNPKLIKAIEKINYTIFNSEDEEDSCEQIIPYSRVNRMDRDLKKVSEDIYKNILDNQELIIEYKDNKGESTERRVQPYQFITYKGEKYLVAFCLLRDEIRFFKLRRIMDYKITSEKFQKVVDVKKLLEDYKKNSIGIFGGEKYNLKLEIKYPMANTIKERIWVENQEIDDTVFQDKIIFKATMTGGPEIISWILSMGTCVKVIEPEELKQDIHKKLKEMIKNI
>NC_020291.1|WP_015394880.1|5290673_5291426_-|TSUP-family-transporter
MIQYIIVCPLVFLAGFIDAIAGGGGLISLPAYMLAGVPVHFAIGTNKMSSSMGTVIATYRFARNGYIKLKLAACSVICALLGSPLGAMLSLKINDSYLKLLMLVILPVTAFYVLRKRDFNQKQNIENDVDIQTYFKCMLIAFLIGAYDGFYGPGTGTFLILLLTGIANLSLNNAAGTTKAINLSSNIAGLATFIINAKVLFPLGIAAGLFSIAGNYFGAGYFTKSGAKIARPIIITVLSIFLIKVLIEML

Crispr_ID: NC_020291_12

• CRISPR_ID: NC_020291_12
• CRISPR_location: 6007076-6007161
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_020291_12

Consensus_repeat	Method
AACCAACCAGTTTTCATTGCTCCTGA	CRISPRCasFinder

spacers of NC_020291_12

>12.1|6007102|34|NC_020291|CRISPRCasFinder
TGGTTGTAAGTAATACCAAGTTCCATTGTCATTT

CRISPR arrays and Neighbor proteins around NC_020291_12

CRISPR arrays

The CRISPR arrays of NC_020291_12

>merge|NC_020291|12|6007076-6007161|CRISPRCasFinder
AACCAACCAGTTTTCATTGCTCCTGATGGTTGTAAGTAATACCAAGTTCCATTGTCATTTAACCAACCAGTTTTCATTGCTCCTGA

>NC_020291|12|12|6007076-6007161|CRISPRCasFinder
AACCAACCAGTTTTCATTGCTCCTGA	TGGTTGTAAGTAATACCAAGTTCCATTGTCATTT
AACCAACCAGTTTTCATTGCTCCTGA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_020291.1|WP_015395461.1|6026015_6026969_-|glycosyltransferase-family-2-protein	unknown	unknown	gnl|CDD|133030
NC_020291.1|WP_015395441.1|5985560_5987888_-|N-acetylmuramoyl-L-alanine-amidase	unknown	unknown	gnl|CDD|119407
NC_020291.1|WP_015395456.1|6016657_6018208_-|AAA-family-ATPase	unknown	unknown	gnl|CDD|313108
NC_020291.1|WP_015395448.1|6000839_6002147_-|methyl-accepting-chemotaxis-protein	unknown	unknown	gnl|CDD|223910
NC_020291.1|WP_015395453.1|6011485_6013300_-|N-acetylmuramoyl-L-alanine-amidase-family-protein	unknown	unknown	gnl|CDD|227588
NC_020291.1|WP_015395442.1|5988032_5988347_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015395455.1|6014954_6016358_-|ATP-binding-protein	unknown	unknown	gnl|CDD|224586
NC_020291.1|WP_015395449.1|6002411_6004640_-|hypothetical-protein	unknown	unknown	gnl|CDD|227588
NC_020291.1|WP_015395445.1|5991897_5995356_-|hypothetical-protein	unknown	unknown	gnl|CDD|227588
NC_020291.1|WP_015395447.1|5998269_6000324_-|diguanylate-cyclase	unknown	unknown	gnl|CDD|225971
NC_020291.1|WP_015395460.1|6024362_6025535_+|acyltransferase	unknown	unknown	gnl|CDD|224748
NC_020291.1|WP_015395454.1|6013702_6014830_+|hypothetical-protein	unknown	unknown	gnl|CDD|227588
NC_020291.1|WP_015395452.1|6009493_6011185_-|N-acetylmuramoyl-L-alanine-amidase-family-protein	unknown	unknown	gnl|CDD|227588
NC_020291.1|WP_015395458.1|6019984_6021685_-|AAA-family-ATPase	unknown	unknown	gnl|CDD|313108
NC_020291.1|WP_015395457.1|6018268_6019951_-|AAA-family-ATPase	unknown	unknown	gnl|CDD|313108
NC_020291.1|WP_015395459.1|6021861_6023256_-|hypothetical-protein	unknown	unknown	unknown
NC_020291.1|WP_015395446.1|5996093_5998097_-|N-acetylmuramoyl-L-alanine-amidase-family-protein	unknown	unknown	gnl|CDD|227588
NC_020291.1|WP_015395450.1|6005193_6006639_-|hypothetical-protein	unknown	unknown	gnl|CDD|227588
NC_020291.1|WP_015395443.1|5988605_5990201_-|peptide-chain-release-factor-3	unknown	unknown	gnl|CDD|226593
NC_020291.1|WP_015395444.1|5990744_5991809_-|hypothetical-protein	unknown	unknown	gnl|CDD|227588

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_020291.1|WP_015395461.1|6026015_6026969_-|glycosyltransferase-family-2-protein	gnl|CDD|133030	cd04187, DPM1_like_bac, Bacterial DPM1_like enzymes are related to eukaryotic DPM1. A family of bacterial enzymes related to eukaryotic DPM1; Although the mechanism of eukaryotic enzyme is well studied, the mechanism of the bacterial enzymes is not well understood. The eukaryotic DPM1 is the catalytic subunit of eukaryotic Dolichol-phosphate mannose (DPM) synthase. DPM synthase is required for synthesis of the glycosylphosphatidylinositol (GPI) anchor, N-glycan precursor, protein O-mannose, and C-mannose. The enzyme has three subunits, DPM1, DPM2 and DPM3. DPM is synthesized from dolichol phosphate and GDP-Man on the cytosolic surface of the ER membrane by DPM synthase and then is flipped onto the luminal side and used as a donor substrate. This protein family belongs to Glycosyltransferase 2 superfamily.	6.43755e-66
NC_020291.1|WP_015395441.1|5985560_5987888_-|N-acetylmuramoyl-L-alanine-amidase	gnl|CDD|119407	cd02696, MurNAc-LAA, N-acetylmuramoyl-L-alanine amidase or MurNAc-LAA (also known as peptidoglycan aminohydrolase, NAMLA amidase, NAMLAA, Amidase 3, and peptidoglycan amidase; EC 3.5.1.28) is an autolysin that hydrolyzes the amide bond between N-acetylmuramoyl and L-amino acids in certain cell wall glycopeptides. These proteins are Zn-dependent peptidases with highly conserved residues involved in cation co-ordination. MurNAc-LAA in this family is one of several peptidoglycan hydrolases (PGHs) found in bacterial and bacteriophage or prophage genomes that are involved in the degradation of the peptidoglycan. In Escherichia coli, there are five MurNAc-LAAs present: AmiA, AmiB, AmiC and AmiD that are periplasmic, and AmpD that is cytoplasmic. Three of these (AmiA, AmiB and AmiC) belong to this family, the other two (AmiD and AmpD) do not. E. coli AmiA, AmiB and AmiC play an important role in cleaving the septum to release daughter cells after cell division. In general, bacterial MurNAc-LAAs are members of the bacterial autolytic system and carry a signal peptide in their N-termini that allows their transport across the cytoplasmic membrane. However, the bacteriophage MurNAc-LAAs are endolysins since these phage-encoded enzymes break down bacterial peptidoglycan at the terminal stage of the phage reproduction cycle. As opposed to autolysins, almost all endolysins have no signal peptides and their translocation through the cytoplasmic membrane is thought to proceed with the help of phage-encoded holin proteins. The amidase catalytic module is fused to another functional module (cell wall binding module or CWBM) either at the N- or C-terminus, which is responsible for high affinity binding of the protein to the cell wall.	8.10169e-55
NC_020291.1|WP_015395456.1|6016657_6018208_-|AAA-family-ATPase	gnl|CDD|313108	pfam09820, AAA-ATPase_like, Predicted AAA-ATPase. This family contains many hypothetical bacterial proteins. This family was previously the N-terminal part of the Pfam DUF1703 (pfam08011) family before it was split into two. This region is predicted to be an AAA-ATPase domain.	1.81087e-05
NC_020291.1|WP_015395448.1|6000839_6002147_-|methyl-accepting-chemotaxis-protein	gnl|CDD|223910	COG0840, Tar, Methyl-accepting chemotaxis protein [Cell motility and secretion / Signal transduction mechanisms].	1.93314e-37
NC_020291.1|WP_015395453.1|6011485_6013300_-|N-acetylmuramoyl-L-alanine-amidase-family-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	2.46989e-27
NC_020291.1|WP_015395455.1|6014954_6016358_-|ATP-binding-protein	gnl|CDD|224586	COG1672, COG1672, Predicted ATPase (AAA+ superfamily) [General function prediction only].	4.67033e-30
NC_020291.1|WP_015395449.1|6002411_6004640_-|hypothetical-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	5.64232e-38
NC_020291.1|WP_015395445.1|5991897_5995356_-|hypothetical-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	1.27089e-21
NC_020291.1|WP_015395447.1|5998269_6000324_-|diguanylate-cyclase	gnl|CDD|225971	COG3437, COG3437, Response regulator containing a CheY-like receiver domain and an HD-GYP domain [Transcription / Signal transduction mechanisms].	4.8975e-55
NC_020291.1|WP_015395460.1|6024362_6025535_+|acyltransferase	gnl|CDD|224748	COG1835, COG1835, Predicted acyltransferases [Lipid metabolism].	5.2094e-23
NC_020291.1|WP_015395454.1|6013702_6014830_+|hypothetical-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	1.49879e-12
NC_020291.1|WP_015395452.1|6009493_6011185_-|N-acetylmuramoyl-L-alanine-amidase-family-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	6.27288e-24
NC_020291.1|WP_015395458.1|6019984_6021685_-|AAA-family-ATPase	gnl|CDD|313108	pfam09820, AAA-ATPase_like, Predicted AAA-ATPase. This family contains many hypothetical bacterial proteins. This family was previously the N-terminal part of the Pfam DUF1703 (pfam08011) family before it was split into two. This region is predicted to be an AAA-ATPase domain.	3.19852e-59
NC_020291.1|WP_015395457.1|6018268_6019951_-|AAA-family-ATPase	gnl|CDD|313108	pfam09820, AAA-ATPase_like, Predicted AAA-ATPase. This family contains many hypothetical bacterial proteins. This family was previously the N-terminal part of the Pfam DUF1703 (pfam08011) family before it was split into two. This region is predicted to be an AAA-ATPase domain.	8.6179e-64
NC_020291.1|WP_015395446.1|5996093_5998097_-|N-acetylmuramoyl-L-alanine-amidase-family-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	1.00352e-28
NC_020291.1|WP_015395450.1|6005193_6006639_-|hypothetical-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	2.8507e-37
NC_020291.1|WP_015395443.1|5988605_5990201_-|peptide-chain-release-factor-3	gnl|CDD|226593	COG4108, PrfC, Peptide chain release factor RF-3 [Translation, ribosomal structure and biogenesis].	0
NC_020291.1|WP_015395444.1|5990744_5991809_-|hypothetical-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	6.52705e-15

Protein sequences

>NC_020291.1|WP_015395450.1|6005193_6006639_-|hypothetical-protein
MDRIFRSVIIGAFFCGLSFISPSSLDLVNTGVYASERQPFLRNITLSEGSKLKFDQDVHSYIVDVGKDIDVVSIKVKPDEPENTVKIDGEIVTKDDSYKKWVNLKKGKNKVEIEVEDANTQAVSKYTVFVYRGGKDAVYLKDIRVDDETIGFDNSINFYNLELDEGTEMVELNAVTEDENYTVTVNKTELKASNITRLRLHDMGKYTLTITVTDKETGRVGIYTLNIYLGIPVTPDVQGAINAVLKPNQWLIVNGRWRYNDSKGDPLKSTWFYDNKYKRYFHFSGAGNMQTGWIKDNGKSYYLNKFGMMETGWVLFEDKWYYLGADGAMRTGWLQDEGKWYFLNEDGSMETGWIIKNGKWYCLNNDGAMETGWIPYKYKWYYLNSSGEMEIGWTKIDGEWYYFNYDGSMKSGEWFKYTGDWYYLNFVGNMRHRIESIANSGWLAQNGKYYYFNEDGTMNNQTKTIDGYTYDFNQDGSVKFD
>NC_020291.1|WP_015395449.1|6002411_6004640_-|hypothetical-protein
MRTKKFSLRKIISYLLIFTVFFTVLQIGNTNKANAATQETTQVPGLVINIGDLTENVTRIVDKDSLGGYICEYLPIGKGLTLTSTSGYSITSVTSNSTNMVIGQIGNASGGQNYTISSITDYSDFILTVTIKDSAGNSVTYPIKMRFEADSSLDFNTLRVTLDSQTPQNFPYSQIDANGNYSMKADATINTAKIELLDISGTPMTFTVNGASSNIVNLVGGDNIIKIKRTNQNVSKQYTLVITKKGLPKLQALVPSTGALTPAFDKDVNEYIVTVPTDQTTVSFIPTAVDNSSTIKVNGVSVASGSKSQNIKLSEGNNEVDIVLTTKDGDVGTYIVNVTRTPLFRSTGLTSLTLTSGTLSPTFNKGITEYTATVENSITSVGVTPTAEDPNATITVNGKKVPSAATSPNISLDEGVNTINVKVTDTKGNTQTYVVNVTRKYSKDNVNLATLSVTDGTLSPKFDPETYLYSVKVAKNIEKVRILFSAQNDSAKIKVNGKEYTNGQSDYIKLEVGANNVDVQVVAEDGTTTTTYKLSLIRGDIEGKNQWVLVAGEWRFYNAAGIQVKNDWVKYDNQWYFCDINGDRKTGWIFESGNWYYLNDDGIMITGWQYDKGYWYYLQGDGSMRTNAWATYDGKWYYFNNYGQLQTGWYFYKGKYYYMDDHGVMQKGWVTYDKNKYYLNDDGSMRTGWLYTGKIWYYLDDSGMMVRGWKNIGGKNYYFDANGVMKTGMFFLDGQWINLNNA
>NC_020291.1|WP_015395448.1|6000839_6002147_-|methyl-accepting-chemotaxis-protein
MDGNKKNISLKAKLIITYVIMSVLVLISGFVNFKQLSDIRNGLANGDTIASDIITTTGLCVISVVIAVIAAMYMNKSIIKRLNNLQTFAKQLAAYDFTEECEMAKNDEIGNTGRELNIAQKNIRELITIILNESSNMSALSQELSANIEEVTAKLEEVDRSSKNINVTMTETSATAEEIAASIEEVNTNMEGLAGKAEAGSTNAEKIKKRAEGIKNDSQIAIRNTAQIRDQKEKNIAKAIQDAKVVEEVKVMAGAIADIAEQTNLLALNAAIEAARAGESGKGFAVVAEEIRKLAEESSQTVVTIQDTIGKINEAVKNLSENSNDILNFMSTEVDKQLQDYAKVGEKYSNDGEFVSTMSEELVSMAQEVEATVEQINQALQSTAADVQKSSVSSENIQAEIGRSSSAMEQVAHAATEQAKIAIHLNELVQKFKVK
>NC_020291.1|WP_015395447.1|5998269_6000324_-|diguanylate-cyclase
MSIKHKTLLIGFLSMLSIIGITISIFNFSYFGYIDKEHERRLKRNFEVIDYLINKEEDNMQRLITDWGQWDDTYRFIAEPNQEFVNSNLQEETIENLNLKNIVFVNNNKEIVYSKESSVSKEFSKKLVERLLGVNTNFNGDEGKNGLLSYKEKTYIVAIIPVTSSNKHAKSNGFIIMAREVDKNIITYIEEIAGVKLTLSDFQQENYKQNDEVSFINIDNNTVIYNKKYSEAVKIIKDINGESSISASLIDNGYNNDQIGYFFKSFILQFLGLIVIVLIIDVLIINKYILKRLSKLTKFMEKVGKSKDTSLNIEISGKDEVYKLAAATNKMLSELNCANDEIRFLSYCDKLTKLNNRAYIEKILDELDENKFENYFILMGDLNGLKLTNDALGHFEGDKLLVLVGKILKEICAEDDVISRWGGDEFVILVRNKDSYYVTDLIDRIKEKCNNETEFHFKISIAWGYAGYYEENSNTENVMSLAEKRMYRSKLMENKSARSAAIQSLLKTLHEKDSETEEHTIRIKWLSLKLGKKLGLTTEKLDELELLSSLHDIGKIGIPENILMKPGKLTDEEWVIMKTHCDIGYRIASSTPELAHIANKILAHHERYDGTGYPNKLKGEEIPLLSRIISIVDSYDVMTHRRIYKETYEKEYVIEELKKCSGEQFDPYLVKEFIKLLEEENILL
>NC_020291.1|WP_015395446.1|5996093_5998097_-|N-acetylmuramoyl-L-alanine-amidase-family-protein
MIRKISKIVALILITTSFSTISPIGISNINAKADTTSVATSASSTEAAYAAVAQAELVTKLSGQYPSAGFNPATDVVSQFEPCGTLSYTLSDTAASTIATSLQANIGTISAGLTSVYNYGQYLSAYGPTAEYRAKGAQLVVAVGIVQTSLASGVTTTSIKEAAKSVPVYKYTVKRGTNVVAQGFAVGGPLGLATFPSDTLNGTGKNATYSSANLIPALPLSGNSTYGKTIDLSAVSMNVICDGLDINVVDSTNNKVYAINNPVYKMLKYGSSAATQADTLNVIDFSGVTNLKGVTNNIDLSSMGISTNVLGISLTTNSSTNKVYLYDIPVDAYEKNMIVSYLTTVIPSTYTTVAAAMIKPGTYAMVPDFNNEISNSVSGITNNLDKISDSIDDLSNAIKDKSDDVDNAWDKVFDRFDNSEGWGKRDGYVYYYDKDGVSLKGVQKINGKTYYFNRIDGAMETGWQIVDGNRAYFDKKKGYELFNQWIQDGDDYYFVGEDGAVKKMDWVNVGGKSYYLKADGKRAKDWIKIDDYWYDFNADGSMVTSAWKKNKDKWCYLKDNGQAATNWLQLGDKWYCFKDPSGELQTGWFRADGSWYYSNSDGVMQTGWASSNDGWSYLDDSTGKMKKNEWVTVNGNTYYFNVNGIMVTGTRYIDGTKYVFNSDGTLS
>NC_020291.1|WP_015395445.1|5991897_5995356_-|hypothetical-protein
MKRELINKIVVGTIISTTLFTLAPTVASAAWVNDYQGNYYFMQDGKKVTGWKKIDGSLYYFDSYGRMQKGWIQAGDSWYFLQDDGSLKTGWIKYNKNYYYADSTGAIQTGVINIDGRVYIFDDKGIMKTSNTIINGVFYTIGSDGQVAGYRAPTPDKEFDSAGNLVQVLNSSSKTVSSPTKSEYNEVVQDKTQADYEDAKEGRKFTLTYKDSKTDGIIKTEMVKYGKKADLFAPTKTSYKFKEWNTRKDGSGTDYDGNDDIKIKGDTVLYAQWNDDTTVYVTGITINGSSYVTVGKTSQMTAQVSPSNAATSAVKWTVTNGTGSATIDQNTGVLTGVTAGTVTVKATATDGSGVSETKDVTVSATDVVVNVGKILVTTKTGGTPVITSNGGTLDLVASILPNDATTQDVTWDVQNGTGSATVSSISGNNITIKAISNGTVTVKATAKDGSGIVGSATVTITGQTTVIPVDSVNIGTANATDTMAISKNDGTLQLAVNILPATASNKEVTWSIIKAKNEDGVEVTAASDIAKVATISRNGVVSAIGNGSITVQIVTADGNKIATQDVTITGQIVKIASIDITGPNAASGTNPVQMIAVITGENSKVITTGAAVKWTVTNGTGSASINPTTGLLTPTSDGTVTVKAAATDGSTASDTQGVTITGTGKQIPISNINVATATGATHAYVSDDNGTVDFIATITPTYATTTASAVTWSIVGGSDGGSAIIDPAGTSGNTVRIQAVKNGTVTVYATVADVDGKTKTGSATVSIYNQIQEVESIAINAPANGGKVGVNEGLLLTATVTGGDAKYQQVKWQVSNGVGDTGSASFDSNVNGLLIGNKTGTVTVTAISTDGKGLNSTPIKITVVDPLTKTNNVTIVLPKDKNGADISAITTNQGSLSLSATVDAAATSNVVKWSVENVTGKATFVDNGDSTVTLTAVENGTINVTATANGGKTATMPITISGQDATGLTVTSVTGAAGITKIGDTLDMTYNLVPSTATTPSAITWSVSDTTKASITTSADKKTATITAKDNGAIAVTVTATTANGVTLTNSKTISINAPKSIAITNGAASVNGGSVTINSGSSLTLSAAVLPAGVTDGSVTWLVSDPSKVSVTVSADTKAALFNGTASGTVLVTVKSNGDPSVTATTTIIVQ
>NC_020291.1|WP_015395444.1|5990744_5991809_-|hypothetical-protein
MKHKILKKLIASSLVSLALVTLVPVGASAAWISGSDGAWYYSMGYSFATGWKYINGSWYYFDSMGKMQTGWIPYGDNWYYADLSGAMQTGLIQIEGKIHLFSSSGEMQKGSSMINGQLCNFDDNGVYIGSYPITPIKAFDYYGNSTMPYASNQLITSNSTMSKDIPSDGLYHPKQYTIKFKDPDADNEDDELLKTKTVDENSQMYLYIPTKSGYTFVEWNTKSNGNGTGYLDSDRIYVTKDMTLYAQWEENTNSNNNNNGNNTDTVKVTSIAVSGASGLKSIAVGGSLQMTCIVSPGDATTQSVKWSILSEGGSATISTTGKLTGTGAGKVIVKAAATDGSGVVGTTEITISAS
>NC_020291.1|WP_015395443.1|5988605_5990201_-|peptide-chain-release-factor-3
MADYIKEIEKRRTFAIISHPDAGKTTLTEKLLLYGGAIRLAGSVKARKASKHAVSDWMEIEKQRGISVTSSVMQFNYDGYCINILDTPGHQDFSEDTYRTLMAADSAVMVIDAAKGIEDQTRKLFHVCALRGIPIFTFINKMDREAQDPFTLLDDIENELGIKTYPINWPIGSGKEFKGVYERQNKRVLAFNGGNHGQTEVEATEGDVNDEIFKDLLGAPLHEKLMEDIELLDIAGDELDLKKVREGELTPVFFGSALTNFGVEPFLEHFLQMTSSPLPRNSSIGEIDPMNKEFSAFVFKIQANMNKAHRDRIAFMRICSGEFKKGMEVMHMQGGKKIKLAQPQQFLAEEREIVEEAYAGDIIGVFDPGIFSIGDTLCMPANKFKFEGIPTFAPEHFARVRPVDTMKRKQFVKGVSQIAQEGAIQVFKETHIGMEEIIVGVVGVLQFEVLEYRLNNEYNVDVKMERLAYRYVRWIENKNIDMDSLNLTSDTKKVKDLKDRNLLIFQNDWGINWALEHNKGLVLSAVGKSEE
>NC_020291.1|WP_015395442.1|5988032_5988347_-|hypothetical-protein
MSNCNFSDPGFNTLGENCGNDPVSDLTLSTMVVGSQEALLNRLILVLLFLYAYTNQNFICYLMSVNEKIMCNQMCLTDKLVDNLMDNLEDCRSSLDSCRRGKHR
>NC_020291.1|WP_015395441.1|5985560_5987888_-|N-acetylmuramoyl-L-alanine-amidase
MKIKRKLITFVLAFAMVLSFIPTLSVKAATTDFKIISDTKVTAKEAEEWAESKGATETFVGLADLYFKYAPDHGDVNPAIAYVQAAKETGFGKFGGVIDESYHNPCGLKKPEGGGDTDPNAHQKFASWDEGVQAHLDHLALYAGADGYPRSDTPDPRHFATVKGRATTVNSLGTKWAPSATYGEEVNKLYKDLMDFAGVDYPKDTIDDSTNTDNSKDNNQSSNGTPNPGKPESKPNVQNVSSVIPENQIKNDTTIIDDKTNITSTVGWKNEDGNWYYYKSDNTKAIGWIKPDSNWYYLNDEGKLQTGWFKYNSKWYYSDSSGAMVKGWKQIGDEWYFLSDSGTMATGILFDGSNSYYLQDSGAMAEYKGWKKIGDKWYFFEAGSKIKTGWLKDNNNWYYLQGDGSMVTGIKKIDNKNYMLNQDGSMATGWIQQSNIWYYFNQDGSMATGWILDNGTYYYLYDNGAMAKGWINLGDAWYHLENGGAMSTGWVTSNGDTYYLNPSTGRLVTNTTQDGYKIGSDGKRQNASTVKNDDSTSSGSNSSQNDKGNSGSNSSQGDVDNSGTNSPINNNTSNGKKTIVIDAGHDYGKDYGAESTIDGVTYSETELNIQVADKLKKELKAKGYNVLMTRDLGSKPSYGSLTASLTHKVTTANNVNADFFISIHHNSAGATAQGVMTLYSNEPQDTSFGGKLNSARIDKSRKIATLINNNIASKLNLNNRGGQEQNLFVCRNANMPAVLVEVGFITNKEEAIRCADPSSQQKVAEAIAEVIANNV
>NC_020291.1|WP_015395452.1|6009493_6011185_-|N-acetylmuramoyl-L-alanine-amidase-family-protein
MLKNINKTISLLAAVATVVSIVPVSANAATKEIKSQEGDIYNAIAYKDGEFYIGGKPNKKDEGAYFFSDGKYKELDNLDSEDKVEVYGTKYAEVKDGEYFLDLSNGKVSDDEIKNKDLDSVGVNLRSSIKYDNDGRYDDTDAKDIKEVTELPKAKFAEGWYAAQYKTKSADTNINGGATSFNVYTDKSGKYIDADYNLGKIKVQLDGGKTANVENTNDADNNVRGAVANATVIGQDSSNIYRLATITIKTTNGIAVTGIGGLTLGTETTAFTQSSDKTSVTFQVIQVISKNQYSKGINGIKYARTVTDYIVCDKNGKKIDLLSEDQKAFTVSDGKLINYKLNGNDLEASIIELKNKSSLYYVELGDNDNITVQDGDNSVDVDVKGNLWALSDDAVSKFDSDGNFDKVYDTDEEYNDLSVYDQDNLIVWNSSDEIYSVISKKVESEDKTDKTTNTDKNTTTNETKAGWVSNNGTWSYINADGSKFKGWFGSDQTWYYLDENGIMVTGWKQVNGQWYYLDTVSGLMKTGWFNDNGKWYYFDASGAMQKNTSIGGYKLDANGVWVG
>NC_020291.1|WP_015395453.1|6011485_6013300_-|N-acetylmuramoyl-L-alanine-amidase-family-protein
MIRRTNKITSLLLATAAVVSMVPAYAADIKKVDTEVGTVYNAIAYKDGKDLVNGKIKDNEGTYYYVNGKYTNLNDIDSGSDYTIYGTKYAEVENGDYYVDLDTGKVTKDSMRKNDLDDAESSLRKKIKEVNRYNSNSNLPTDFIKIAGNKFSENWYATKFYTIATNLDNAGDKPTIYTDAKGNYIDADYNLGKIKVETTGSGVSGEVTVENTVDKKILKSGSTTIATVDAKIVNSATKELGQDKDNIYRYTQVKITLTPANGITLPSSVKINGKIFAVDASNHTVILDTIQKISKAQNSDTIKDAKYAKSVSNYIISNDNGSVLSNESNYLALAKVSGTEARVIGEKLVLFNINNTKGSDPNLKIQAATLKGKNGYYYTDVEKKADIKAEYSTDINKAAIDTDIEGNIYILDSGYIKKFDGTDDWTKIYKVDGAFDSLSVYDNNNMITWSQHDEVYSVIGGKKQDDNPTPTPNVTKGWVKATDGTWSYNKADGTKTIGWFQDGNGWYYTNGAGVMQTGWQYVGGLWYYLNPVSDGNMGAMKTGWQNIGGTWYYLNPISNGAMGAMKTGWINDNGTWYYCNSSGAMLADTVVNGYVLGKNGAWIR
>NC_020291.1|WP_015395454.1|6013702_6014830_+|hypothetical-protein
MNKKIKKIIVFTLICAAFSTFMSSTINMGNQCAYAYSNDEISNLGLTTSTGIIIPIYNSVSNKEKNRVKKYDKIPIVIYSKLASNQDNIKLGTIEADAKDIRVFVGTEKIKLADINSVIKFEKGEKKSIYIRLYDSKNDFDSSFNTEYQLNVEREVGEDNDTDEDTVTLKDYDDVYLTQLSLSSDDKQIDLNFNKEQAIYNVTVDQDIKYLRIKAVPEQDNYRLTINDKDVDTKGSNKNVRTEALDEDKTLIKIRIVSTDHKRRDYYLNVTKNTSKTSTTDTTSSNTINPPENNISQYALTNGVWQFKKTDGTIATGWTNIGNQLYYFDETGAMKTGWLKDASGKWYYLNAGGDMAKNTTVDGYKIGTDGVYVGK
>NC_020291.1|WP_015395455.1|6014954_6016358_-|ATP-binding-protein
MFIGREYEINALNKLYSKEEFQFIVMYGRRRVGKTTLLSEFCNNKPAIFFVAEEYNSSLSLRNFSKQILEYFKMTDYISTFESWEKAFMFLAKESEDKQLILVVDEFPYLVQSNNTLPSLLQNLIDHYLKKTKLFIVVCGSSMSFMEKEVLSYKSPLFGRRTAQMLIEPFDFYNSSKFFPKYSFNERVMTYGIIGGIPQYLEKFNEKNTIEDNIKQELLDKSSYLYEEPKNLLKQELREPAVYNSIIEAIANGYTKINEISTKIGEPKDKCSKYLSSLIDLHIVSKETPIMEKENSRKSIYKLNDNLFKFYYNFIFSNKSLIEQHMGDFLYEKKIEPQIPKYLGEIFEKVCIDFMNYQNRNGDLPFIYTNIGRWWGNNPKTKKQEEIDIVAIDDTMILFGECKWRNEKLDMDVVNSLIKKSEINVFEKFQKKFYSFFSKSGFTDSVKDYSNNNKNILLFGPEELIGD
>NC_020291.1|WP_015395456.1|6016657_6018208_-|AAA-family-ATPase
MGKRFNIAGPCISKKHYMVNMDNKLKKIESLIDKGDYFIINRPRQYGKTTLLSQIAKVFKEKYLIIRTSFEGIGDSVFEDEEVFSSTFFILIIDALRFIDEEKSNELRNLKVEIKNLQMLSSVITKFIQSTEKPVLLIIDEVDKASNNQLFLSFLGMLRNKYILSNDDMDYTFHSVILAGVHDVKNLKLRIRPDEERKYNSPWNIAVDFNVDMTFNSMEIETMLKDYSIEENVKMDTKAIAEKIYYYTSGYPFLVSKLSLLMEQNFKNNWIEDNIDKAVKLLLYEKNTLFDSLIKNLENNEDFKKFIEKIVLSGEEIVYVPSDSLISLGELYGFIKQENNICKIHNRIFEQYIYNHLTSIKARESENISNYNFRENFLTLDNGLDFEKVLLNYQKFMKEQYSNKDEKFIEYHGRLLFLAFIKPIINGIGFDFKEVQISREKRLDVVVTYNNHKYITELKIWHGEEYHKAGVNQLCDYLSIHSMDKGYLIVYNFNKNKKFIHETIYVRNKEIFIVYV
>NC_020291.1|WP_015395457.1|6018268_6019951_-|AAA-family-ATPase
MKKTIQIGTSDFKELIEKNNYFVDKSLLIKEFIENGAKIILTPRPRRFGKTLNLSMLRYFFDIRTKEETKSLFNGLKIENEKEIMKLQGEYPVVFVTFKNQKHLSYENFEDGIKVLLSSLYNEHEYLLESSKLSEFDKEEFRDIISRNPSQGLLAEGISNLMRYMNKHYGKKVMLFIDEYDVPIQEGYIHGYYEEMIALIRNLLTSALKDNPYVEKSLITGILRVAKESIFSGLNNLEVNTLLRYSFNDKFGFTEEEIQELVKYFDSANELEGIREWYDGYIFGGEVIYNPWSVLNYLKNKREGFMPYWINSSSNDLIKKLLLKGDNSLKLELEDLIEGKSISKVIDDTIVMSEVEDSNENIWSFLLMSGYLKAVKTELVRGRLNCELKVPNEEVHIFYENLIEKWFKETLNNQKYNIMLKALITKDLEVFEEIFTDFVMKNMSYFDVSGKEPEKVYHAFVLGMIVSLADKYEVKSNKESGYGRYDVMLIPRDISKLGIIIEFKRIKDTASKTIDEGVKEALDQIGKNKYEAELQDRGVKNIWKLAIVFKGKRVRIVSGD
>NC_020291.1|WP_015395458.1|6019984_6021685_-|AAA-family-ATPase
MNFKPLPIGIDNFEKLITRGYYLVDKTLLIKDLLDNKADVNLFTRPRRFGKTLNMSMLQYFFENSSEDNSYLFENLNIMKTGEQYTSHMGQYPVINLSLKSSKQPTFDLALKCIKDEIVNEFRRHDYILESDKLNEEREEYRSIARKDGDEGLYVTALKFLSDCLEKYHGKKVIILIDEYDVPLENAFFEGFYDRMIAFIRSLFESALKTNSSLEFAVITGCLRISRESIFTGLNNLDIISILNDYYDEYFGFTQAEVSNMLMDYGLSEKEELTRNWYNGYIFGQAQVYNPWSVVKFVKDLYKNPNVFPSSYWANTSSNSIVRSLIERADNVTKNEIELLIEGKTIEKPVHEDITYDEIYDSMDNLWNFMFFTGYFKKVNERISETNQKYVELEIPNEEVKYIFRTKILKWFHDKIKVKDLSILYSAIFEKDRDTFQKELNKLLRETISFNDAYENFYHGFVVGVLANMHEYIVKSNRESGDGRSDIFIKSPSIFDPAVIIELKVCDNPKDIFKMSDKALEQIEEKKYEEELNQEGYENIIKYGISFYRKDCIVKCRDCHLVKVGD
>NC_020291.1|WP_015395459.1|6021861_6023256_-|hypothetical-protein
MYFNERVNKKRYIFIAFAIVFFIAQCFITLYPGDDTYFIETVSKSKSIISFVIMRYETWGGRIASEFFIGIFSLLPLFIWRILNTIIAVMFVVFISNIIKLSISKDSFEKHSNIIDVFVCLSFFMIPISVTTRACSWFTGSFYYLWPTFFCLIAMSPFIYKIYNKDISKKHCIIAMLSVLYASYMEQTAAVLICFGIMTVLYLYKRDKKFYLGLVAENLLVLINLIIYTLSPGNELRNISETKTWYPGFDSLSLFQKVYQGVCWTHSHLVRETTILMLVISLLLFIIVFNRNSKWSVRISAFIPSMYFIGSLAPINKMVLSTTSYEYPYDIQTILDKIFFNPMLDIVPAVISSVIIFSIVILMFMCIKNKNERYLCIIFYLAALACGYILGFSPTIFASGPRIFFMTNILLLIIGGILLKNILEEVPINKMLWKISSIFYCSLASIYALIYVGGIAIKTIFKIK
>NC_020291.1|WP_015395460.1|6024362_6025535_+|acyltransferase
MIQNEKSLDGLRGLAAFIVIIHHYLVGFYPSTYTGNINSIRTSSGFDALISRTPFNLFFNGNASVCMFFILSGYVLSCKFFKYKEKNIVISSAIRRYLRLMIPVLSSIVLVFILMKFKLFYNIQASTITGSDWWLGSFYNFEPNTFEMLKQGLYRVFFFSETSYNAVLWTMHYELFGSFIVFGFLFIFGKIKTRVITYIVIIFLLFNTYYLAFILGMFLSDIHSVNCKLINKINFRFPKIFFLITGLYLCSYPSGVDVTGSIYNYIKISKFNDVVMLYHIIGSFFIMITLLNSYKLKNFFSNKIFLFLGKISFSMYLIHLIVLCSFSSFIFLNLINYFRYYQTFFIMLILSIPLIILISHCFYKYIDSNSIKLSKILYKKYLEHNTKNFF
>NC_020291.1|WP_015395461.1|6026015_6026969_-|glycosyltransferase-family-2-protein
MKKISILIPTYNEEENVIPLSQEIINLFKNKLENYEYEIIFIDNYSKDKTRESLLNLCQKNKNIKAIFNAKNFGQFNSPYYGLCQTTGECTILLCADFQDPISMIPKFIKEWEGGYKIVCGIKTKSKENKIMYFLRSCYYTMIKKMSSVEQIEHFTGFGLYDKSFIDVLRNLGDPSPFLRGIVAELGFERKDIAYEQEKRRSGKTSNNFYKLYDAAMLSFTSYTKIGLRLATIAGFVLSALSIIISVIYLILKIIYWNDFPLGVAPILIGVFFFGSIQLFFIGLVGEYIMSMNTRIMKRPLVIEAQRINFDEKQQQE

Self-targeting detection

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_ID	Protospacer_location	Mismatch	Identity
NC_020291_6	6.1|2066435|20|NC_020291|CRISPRCasFinder	2066435-2066454	20	NC_020291.1	2722980-2722999	1	0.95
NC_020291_6	6.1|2066435|20|NC_020291|CRISPRCasFinder	2066435-2066454	20	NC_020291.1	910586-910605	2	0.9
NC_020291_6	6.1|2066435|20|NC_020291|CRISPRCasFinder	2066435-2066454	20	NC_020291.1	4561423-4561442	2	0.9
NC_020291_6	6.1|2066435|20|NC_020291|CRISPRCasFinder	2066435-2066454	20	NC_020291.1	5926267-5926286	2	0.9

1. spacer 6.1|2066435|20|NC_020291|CRISPRCasFinder matches to position: 2722980-2722999, mismatch: 1, identity: 0.95

tagctgctctttttataagg	CRISPR spacer
tagctgctctttttataggg	Protospacer
*****************.**

2. spacer 6.1|2066435|20|NC_020291|CRISPRCasFinder matches to position: 910586-910605, mismatch: 2, identity: 0.9

tagctgctctttttataagg	CRISPR spacer
tagctgctctctttataggg	Protospacer
**********.******.**

3. spacer 6.1|2066435|20|NC_020291|CRISPRCasFinder matches to position: 4561423-4561442, mismatch: 2, identity: 0.9

tagctgctctttttataagg	CRISPR spacer
tagctgctttttttgtaagg	Protospacer
********.*****.*****

4. spacer 6.1|2066435|20|NC_020291|CRISPRCasFinder matches to position: 5926267-5926286, mismatch: 2, identity: 0.9

tagctgctctttttataagg	CRISPR spacer
tagctgctctctttataggg	Protospacer
**********.******.**

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
NC_020291_1	1.1|629634|33|NC_020291|CRISPRCasFinder	629634-629666	33	LT615366	Enterococcus phage VPE25 genome assembly, chromosome: VPE25	41134-41166	6	0.818
NC_020291_1	1.1|629634|33|NC_020291|CRISPRCasFinder	629634-629666	33	LT546029	Enterococcus phage VFW genome assembly, chromosome: VFW	41065-41097	6	0.818
NC_020291_1	1.1|629634|33|NC_020291|CRISPRCasFinder	629634-629666	33	LT546030	Enterococcus phage VPE25 genome assembly, chromosome: I	41134-41166	6	0.818
NC_020291_1	1.1|629634|33|NC_020291|CRISPRCasFinder	629634-629666	33	MT119361	Enterococus phage vipetofem, complete genome	44143-44175	6	0.818
NC_020291_11	11.12|5279349|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder	5279349-5279384	36	KJ019082	Synechococcus phage ACG-2014i isolate Syn7803US120, complete genome	173350-173385	8	0.778
NC_020291_1	1.1|629634|33|NC_020291|CRISPRCasFinder	629634-629666	33	GQ478082	Enterococcus phage phiFL1B, complete genome	27079-27111	9	0.727
NC_020291_1	1.1|629634|33|NC_020291|CRISPRCasFinder	629634-629666	33	GQ478083	Enterococcus phage phiFL1C, complete genome	26807-26839	9	0.727
NC_020291_1	1.1|629634|33|NC_020291|CRISPRCasFinder	629634-629666	33	GQ478085	Enterococcus phage phiFL2B, complete genome	24911-24943	9	0.727
NC_020291_1	1.1|629634|33|NC_020291|CRISPRCasFinder	629634-629666	33	NC_013646	Enterococcus phage phiFL1A, complete genome	26855-26887	9	0.727
NC_020291_1	1.1|629634|33|NC_020291|CRISPRCasFinder	629634-629666	33	NC_013643	Enterococcus phage phiFL2A, complete genome	24355-24387	9	0.727
NC_020291_6	6.2|2066481|30|NC_020291|CRISPRCasFinder	2066481-2066510	30	CP046596	Acinetobacter indicus strain FS42-2 plasmid pFS42-2-1, complete sequence	74266-74295	9	0.7
NC_020291_12	12.1|6007102|34|NC_020291|CRISPRCasFinder	6007102-6007135	34	NZ_CP043762	Paenibacillus sp. 37 plasmid pART37, complete sequence	25632-25665	9	0.735
NC_020291_12	12.1|6007102|34|NC_020291|CRISPRCasFinder	6007102-6007135	34	NC_012961	Photorhabdus asymbiotica plasmid pPAU1, complete sequence	15903-15936	9	0.735
NC_020291_10	10.3|5276993|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder	5276993-5277029	37	LR721753	Aliivibrio wodanis 06/09/160 plasmid 2 complete sequence	14844-14880	10	0.73
NC_020291_10	10.13|5277648|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder	5277648-5277684	37	NC_014557	Bacillus sp. BS-02 plasmid pBS-02, complete sequence	1095-1131	10	0.73
NC_020291_10	10.13|5277648|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder	5277648-5277684	37	NC_013963	Bacillus sp. BS-01 plasmid pBS-01, complete sequence	6898-6934	10	0.73
NC_020291_11	11.31|5280594|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder	5280594-5280629	36	NZ_CP007767	Campylobacter peloridis LMG 23910 plasmid pPEL1, complete sequence	30031-30066	11	0.694
NC_020291_11	11.31|5280594|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder	5280594-5280629	36	NC_012040	Campylobacter lari RM2100 plasmid pCL2100, complete sequence	25962-25997	11	0.694
NC_020291_11	11.31|5280594|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder	5280594-5280629	36	NZ_CP044261	Campylobacter armoricus strain CA639 plasmid pCA639-1, complete sequence	28716-28751	11	0.694

1. spacer 1.1|629634|33|NC_020291|CRISPRCasFinder matches to LT615366 (Enterococcus phage VPE25 genome assembly, chromosome: VPE25) position: , mismatch: 6, identity: 0.818

ttgtattattattagctttgaataacattaaag	CRISPR spacer
ataaattatttttagctttgaataagattaatg	Protospacer
 *. ****** ************** ***** *

2. spacer 1.1|629634|33|NC_020291|CRISPRCasFinder matches to LT546029 (Enterococcus phage VFW genome assembly, chromosome: VFW) position: , mismatch: 6, identity: 0.818

ttgtattattattagctttgaataacattaaag	CRISPR spacer
ataaattatttttagctttgaataagattaatg	Protospacer
 *. ****** ************** ***** *

3. spacer 1.1|629634|33|NC_020291|CRISPRCasFinder matches to LT546030 (Enterococcus phage VPE25 genome assembly, chromosome: I) position: , mismatch: 6, identity: 0.818

ttgtattattattagctttgaataacattaaag	CRISPR spacer
ataaattatttttagctttgaataagattaatg	Protospacer
 *. ****** ************** ***** *

4. spacer 1.1|629634|33|NC_020291|CRISPRCasFinder matches to MT119361 (Enterococus phage vipetofem, complete genome) position: , mismatch: 6, identity: 0.818

ttgtattattattagctttgaataacattaaag	CRISPR spacer
ataaattatttttagctttgaataagattaatg	Protospacer
 *. ****** ************** ***** *

5. spacer 11.12|5279349|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder matches to KJ019082 (Synechococcus phage ACG-2014i isolate Syn7803US120, complete genome) position: , mismatch: 8, identity: 0.778

tgattataattctttcaattctttaatttcttcaat	CRISPR spacer
ttctacttcttctttcaattctttgattgcttcaat	Protospacer
*  *  *  ***************.*** *******

6. spacer 1.1|629634|33|NC_020291|CRISPRCasFinder matches to GQ478082 (Enterococcus phage phiFL1B, complete genome) position: , mismatch: 9, identity: 0.727

ttgtattattattagctttgaataacattaaag	CRISPR spacer
ctagctttttattagctttaaataacattccat	Protospacer
.*.  ** ***********.*********  * 

7. spacer 1.1|629634|33|NC_020291|CRISPRCasFinder matches to GQ478083 (Enterococcus phage phiFL1C, complete genome) position: , mismatch: 9, identity: 0.727

ttgtattattattagctttgaataacattaaag	CRISPR spacer
ctagctttttattagctttaaataacattccat	Protospacer
.*.  ** ***********.*********  * 

8. spacer 1.1|629634|33|NC_020291|CRISPRCasFinder matches to GQ478085 (Enterococcus phage phiFL2B, complete genome) position: , mismatch: 9, identity: 0.727

ttgtattattattagctttgaataacattaaag	CRISPR spacer
ctagctttttattagctttaaataacattccat	Protospacer
.*.  ** ***********.*********  * 

9. spacer 1.1|629634|33|NC_020291|CRISPRCasFinder matches to NC_013646 (Enterococcus phage phiFL1A, complete genome) position: , mismatch: 9, identity: 0.727

ttgtattattattagctttgaataacattaaag	CRISPR spacer
ctagctttttattagctttaaataacattccat	Protospacer
.*.  ** ***********.*********  * 

10. spacer 1.1|629634|33|NC_020291|CRISPRCasFinder matches to NC_013643 (Enterococcus phage phiFL2A, complete genome) position: , mismatch: 9, identity: 0.727

ttgtattattattagctttgaataacattaaag	CRISPR spacer
ctagctttttattagctttaaataacattccat	Protospacer
.*.  ** ***********.*********  * 

11. spacer 6.2|2066481|30|NC_020291|CRISPRCasFinder matches to CP046596 (Acinetobacter indicus strain FS42-2 plasmid pFS42-2-1, complete sequence) position: , mismatch: 9, identity: 0.7

ttcttatatgcagatagtttccgtattgca	CRISPR spacer
ccagctgctgtagatagtttccgtattgca	Protospacer
..  .   **.*******************

12. spacer 12.1|6007102|34|NC_020291|CRISPRCasFinder matches to NZ_CP043762 (Paenibacillus sp. 37 plasmid pART37, complete sequence) position: , mismatch: 9, identity: 0.735

tggtt--gtaagtaataccaagttccattgtcattt	CRISPR spacer
--gtcagataagtcataccaagttccattctcacaa	Protospacer
  **.  .***** *************** ***.  

13. spacer 12.1|6007102|34|NC_020291|CRISPRCasFinder matches to NC_012961 (Photorhabdus asymbiotica plasmid pPAU1, complete sequence) position: , mismatch: 9, identity: 0.735

tggttgtaagtaataccaagttccattgtcattt	CRISPR spacer
acgtacccagtaataccaagtttcatcgtcatta	Protospacer
  **  . **************.***.****** 

14. spacer 10.3|5276993|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder matches to LR721753 (Aliivibrio wodanis 06/09/160 plasmid 2 complete sequence) position: , mismatch: 10, identity: 0.73

caacaact-----ggtggaagtagtggtggttcacatcattc	CRISPR spacer
-----gctttgaatgtggaaatagtggtggttctcatcatgc	Protospacer
     .**      ******.************ ****** *

15. spacer 10.13|5277648|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder matches to NC_014557 (Bacillus sp. BS-02 plasmid pBS-02, complete sequence) position: , mismatch: 10, identity: 0.73

ttgtacaaaaatatcatcaatgataatgttataatca	CRISPR spacer
taattttacaatatcatcaatggtaaagttataatat	Protospacer
* .* . * *************.*** ********  

16. spacer 10.13|5277648|37|NC_020291|CRT,PILER-CR,CRISPRCasFinder matches to NC_013963 (Bacillus sp. BS-01 plasmid pBS-01, complete sequence) position: , mismatch: 10, identity: 0.73

ttgtacaaaaatatcatcaatgataatgttataatca	CRISPR spacer
taattttacaatatcatcaatggtaaagttataatat	Protospacer
* .* . * *************.*** ********  

17. spacer 11.31|5280594|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder matches to NZ_CP007767 (Campylobacter peloridis LMG 23910 plasmid pPEL1, complete sequence) position: , mismatch: 11, identity: 0.694

ttgatgaacataaaattgatatgaataatatccatg	CRISPR spacer
aaaatgaaaataaaattgatatcaataattttagct	Protospacer
  .***** ************* ****** *. .. 

18. spacer 11.31|5280594|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder matches to NC_012040 (Campylobacter lari RM2100 plasmid pCL2100, complete sequence) position: , mismatch: 11, identity: 0.694

ttgatgaacataaaattgatatgaataatatccatg	CRISPR spacer
aaaatgaaaataaaattgatatcaataattttagct	Protospacer
  .***** ************* ****** *. .. 

19. spacer 11.31|5280594|36|NC_020291|CRT,PILER-CR,CRISPRCasFinder matches to NZ_CP044261 (Campylobacter armoricus strain CA639 plasmid pCA639-1, complete sequence) position: , mismatch: 11, identity: 0.694

ttgatgaacataaaattgatatgaataatatccatg	CRISPR spacer
aaaatgaaaataaaattgatatcaataattttagct	Protospacer
  .***** ************* ****** *. .. 

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	789315 : 862261	65	Clostridium_phage(83.33%)	tRNA,plate,tail	NA
DBSCAN-SWA_2	1066247 : 1197944	118	Clostridium_phage(74.58%)	head,portal,terminase,capsid,integrase,transposase,protease,coat,tail	attL 1087378:1087399|attR 1179522:1179543
DBSCAN-SWA_3	1269739 : 1279487	7	Cyanophage(28.57%)	NA	NA
DBSCAN-SWA_4	1358860 : 1367652	10	Pseudomonas_phage(12.5%)	NA	NA
DBSCAN-SWA_5	1497531 : 1507486	7	Staphylococcus_phage(42.86%)	NA	NA
DBSCAN-SWA_6	2672466 : 2682606	6	Bacillus_phage(33.33%)	NA	NA
DBSCAN-SWA_7	2907642 : 2937657	46	Clostridium_phage(18.75%)	portal,capsid,integrase,coat,tail	attL 2902083:2902099|attR 2938828:2938844
DBSCAN-SWA_8	2942215 : 2952705	12	Clostridium_phage(90.0%)	plate,tail	NA
DBSCAN-SWA_9	3970653 : 3980546	13	uncultured_Caudovirales_phage(28.57%)	integrase	attL 3962867:3962884|attR 3987312:3987329
DBSCAN-SWA_10	5934548 : 5943292	6	Catovirus(50.0%)	NA	NA
DBSCAN-SWA_11	6024362 : 6032530	7	uncultured_Caudovirales_phage(16.67%)	NA	NA
DBSCAN-SWA_12	6045223 : 6052500	7	Enterobacteria_phage(50.0%)	NA	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NC_020291|789315:862261|DBSCAN-SWA
GCTATTTCATCCTTTGCTCATATTCTCTTTCTGCTTGAGGTTTTTTTAAATAAAATGGAGTGGAGTTTGGATCATCGAATTCACCATTTTCTATTAGTGAATATCCAATTTCGCCTAAAGCAGAAGCACGAACTAAATTAAGGTGATTAGGTGGAAAATAGCAATTTGGACAGTGTTCAATTAAATAGTCTTTGTATTTATCTACGCCATCACCTATGAAGATGACTTTTTCATTTTTAGATTTTATTATTTCTATAAGTTCATCAATATCTAAGGCTGAAAAATCTAATAATCTTTCTAAAGTTACTGGTATTTCAGAGGCAACTAAGCTTGGATGTCCTTTATATAACGAAGTATAAACACTATTTCTTAAAGCATCCATTATAGGACAAATTATTCCATCAAAATTAGAAGCGCTAAGAGCTAGGGCATCTAAACTAGATATACTTACATATGGCTTATTGCTTCCAAAGCTAAGTCCCTTTATAGTAGCCATGCCTATTCTAAGACCAGTGAAAGATCCAGGGCCTTTAGAAACTACATAGCCATCAATATCATCAATAGTTAGGTTATTAAGTTTTAGTAAATTATCAATTATATTCATTAGTATAACTGAATGTTCTTTTTTATCATTTAAAGTAATTTCTCCAAGTAATTTATGATTCTTCATTAAAGCAACAGTTGCTACTTTTGAAGATGAATCAATAGCAAGTATAATCATATTTTAAAGCTCCTTTATATAGTTATATCGATCTCCATAAGGAGTTAATATTATTTTTCTGTAATCTTCACCTTTTTCAAGGTCTTTCTTTATGCTTATATGAAGTAAATCTTGAGGTAAAATTTCTTCAATGTAATTTGCCCATTCTATAATAGACACTGCATCTGAAAATATGTAGTCATCAAATCCAATTGCATATATTTCATCAGGATCGCTCACTCGATAAACATCAAAATGGTTAAGTTTGAGCCTACCACCTTCATATTCATTAACAATTGTAAAAGTTGGACTTGTTATATTATCATTTATTCCTAAACCAAGGGCAATTCCTTTAGTAATATGTGTCTTGCCAGCACCTAAATCTCCAGTTAAACAAATTATATCACCAGCTTGTAGCAATTTACCTAAATTTATTCCTAATTGAGTAGTACTATCTACATTATAAACTTCGAATTCCATGAAAATCCTCCTTTAATGAGAGTTTAAATTATAATTCCCATCCTTATATTTTATATCAAAACAGAATAAAATCAAATTAATTAAACGAATACTAAAATATTATTATAAAATAGGCTTATATTTAATGTGAGTTTTATATAATATAAGAAAAGTAATAAATTTTTATATATTTATTATAAATTAATTGGTATAATGAACATAAGTATATCCAGAAATTAATTTACCGAATTCATGAAAAGTAATATGTGTTATTAAACTTGGAGGTGGCATACTTTGAAAAAGATTACCTTTGCAATGGTAATAATAACTATTGCATTGTCTTTTGGCATGAATTTATTTTCAGACCCGTTATTAGCAAATACAGAGAGTCATAAAACTGAAAATAGGGGAGATTTTTTAAACATACTAACGGTTAATAAACCTCAATATGATATGGTTAAAAAAATTGTGAAAGATAAAAATAATGTTGAATATATGCTTACTAATGAAAAAGATATTAGTGAGTTTAAGTATAATGAAGATGTTTTAAATAATATATCCAATATGGACTTATTTATATATTCCGGCACTTCATTTGAACCTTGGAGCAATTCTTTAATTGATGAATTGAAAAAAGGAGATTTAGGAATAATAAATTTATCTAGAGGCATAAGATTACTGAATTATTCACAAAATAATAGTAATAAAGAAAATCCTTATTATTTTGAGGGAATTAGTGAATATAAAATTGCATTATGTAATGTAAAATCAGCAATTCAAGATAGAGATCCCCAAAATAGAGATTATTATGAAGAAAATTATAATGAAGCCATAAAAGAATTTGATAATAAGATAAAGATATATAATGATAAAATTAAATCACTTAGTGACTATAAATTTATAACGCTAAATAATGATTTTGATTATTTAACTAAAGCATTAAATTTAAATACTATTCAGCTTGATAATCACGAAATAGCTGATTTTATTAAGCTTAATAATTTAGATGCTAAAAAGGTTATAATAATAGTTGATGGAGAAGCAGGAACTAAATTGAATTTATCAGGATACAATACAGTGAATTTATGGAAATATTATGGAGATATGTCTTTCGATGATTTAATTTTGTATAATATAAAAGAATTATCAAAATGGGCTCCATTAAAAGAGAATGGAACGGTTAATTCTACAGGTAAAGTGGCATAAGAAAAAAAGTGTTGCTTTATTTATAAATGTATTATATAATGATTATTGTCTCGAAGGGGTATGGCTCAACGGTAGAGTAGTGGTCTCCAAAACCATTGGTTCTGGGTTCAAATCCTAGTGCCCCTGCCAAGAAGATTAAAGTTATAGTGTTTATATGCTATAACTTTTTTTGTTATAAGAAACAATATATGATTATAGCTATATTGAAGATGAATTTTGAATACTTTTAAATTTAAAATTTTGGAGTAATAATTTAATTAAAATTAAGTGGAATTCTATTCAGCTTTATATAATTAAGTATATGGATATCCTTATTGACATAGATATGAAACAACTATATAATTTCAATATTGATTAAACAATGGCGTTTAAAGAAGCAATTCTTTAAGTGCTATTTTTTTATACTTATTTTATTATGTGAATTTATGACTAGAATGATATTTAATAATCCTAAGGGAGATATATGTTCTGATTATTAATGTTCAATTATCAATGGGTATTGAACACGAAAGTGTTAGGGCGAAATTCATATAAATAAAAATCAATAAATAATTAGTTAATGTGTGTATTTATTGAATGCAATTTAATTAAAAGTAGATGAATAGGACAATGGTGTCAAATAAATAGTATTTTGGCCCATTGTCTCTTTTTTTGTTTTCGGGGGGTGGGATATATATTAAATGATGAAATATATAGTATAGGTGTTGATATTGGAACTTCAACAACCGAAGTTATAGTTAGCAAATTAAAGATTAAAAAAATTTTAGGTTCTTCGCTGATTAAGGAAACAGTAATAGAAGGGAAAGAAATAATATATAGGAGTCCTATTGTATTTACTCCACTTTGCAATGAAACAACTATAGATTTTATAAAGGTTAAAGATATTGTATCCGACGCTATAAAGTTAAGTGTAGTAGAAAAAGAAAAAATATCTACAGGAGCAGTTATTATAACAGGAGAAACTGCAAGAAAAGAAAATGCAATGGAAGTATCTAATAATCTTTCAGAGTATTTAGGAGATTTTGTAGTAGCAACAGCAGGTCCTAAGCTTGAAGCCTTACTTGCAGGTTTTGGTTCAGGTGCTTCAGATATATCAAGGAAGCTTAATAGAAGAATAATGAACCTTGATATTGGAGGAGGAACAACTAACGTAGCTATTTTCAATTGTGGTGAATGTGAGCAGACTTTTGCGTTAGATATTGGGGGACGACTTATAAAGTTTAATGATGAGGGTCAAATTATTTATATTTCTAATAGAATTCAATTTCTAATAAAAAGCCTTGATATAAACTTGCAGCTTGGAGAGAAGCCAGAACTAGAAGCTTTAAAGCTCATATGTGGAAAGCTAGCAGAAAGTTTATTGGAAGTATGTTGTTTGAAAGAAATTAACCAAAGCACAAAAAAGTTATTTATAAGTGATGGGTTTGAAGGGATTGAGGTTGACTATATAAGTTTTTCAGGGGGAGTTGGAGAATACGTAGGGAAAATTAATGAGAATATTAGTTTAAATGAAATAACAAAACACAACGATATAGGACAACTTTTGGGAAATTCTATAAGTGAGATGTTTGAAGAGCACAAGGAAATGTTACTAGCTCCAAAGGAGAAAATAAGGGCAACTGTAATTGGAGCAGGAAACCATTCTTTAACTATAAGCGGTGGTACAATAGCCTTTGATAAATCGGTGCTTCCATTAAAAAATATACCTATACTAAAACCTTTTTATGAGAATGAAAACTTAAATGATATATATGTTCAAGGCATGAAAAAACTTGATATGTATGAAGATATACCAATTGCAGTTTCACTTAAAGGCCCTAAAAGTCCAACTTATGAAGAAATTAAATTAATTGGTCAGGAGATAATTAAATTATTCAAAAAAATTAAAGGACCAATAATTGTAGTTTTAGAAAATGATTTTGCAAAAGCTTTAGGACAAATAATTTCTCTAAATTTAGAAGAAAAAAGAGAAGTTATATGTATAGACAAGATATCAACAAGCAATGGTGATTATATTGACATTGGCCTGCCAATAGGAGATGCAATCCCAGTAGTTATAAAGACTCTAATATATAGCACTTAAAGTCCTATATTTCTATAATAGTTACCTAAAAATAAGAAAATCTTAAATTAATTATATTTATATATTGTAATGACAGTTAGCAATTATACAATGTTACCAGTGTCTAAGCCATTATTTTCTAAATAAATTTTATAATCTGTAAGCTGTAAATAGCAAACTGTAAATGTGAAGCTATGCAAGTTGTAAGGGATGATGAAATTTTATCCAACTGTGAACTGTAAATGGTTAACTGTTAACTGAATTAAGGGAGTGGTTAAAATGAATAATGAATTAAAAAAGACACTTAAACCAATACAACTTTGGAGCATAATAGTTGGAATGGTTATATCAGGAATGTATTGTGGGTGGAATAATGCTTTAGATTTTACAAGTCCAGTTGGATTTATTATAGCAATTTTAATTGTTACAGTTTTTTATACTACATTTATGTTTAGCTATGCGGAGCTTTCTACTGCAATTCCTCATGCTGGGGGAGCTTCAGAATATGCTTCCAGATCACTTGGTAAGTTTGGTGGATTTATTGCTGGATTTTCATGTTTAGTAGAATTTTTGTTTGCAACACCAGCAATAGCAATATCAATAGGAGCATATATTAACTTTTTAATACCAGCAGTTCCAGCTGTTGCAGCAGCTTTAGTAGCATATGCAATATTTGTGCTTATAAATTGTTTTGGTATTGAAGCAGCTGCTAAGGTAGAACTTATTGTTACTATAGTTGCAATAGGTGGATTAATTTTATTTATGGGAGCAGGTGCACCTCATATTGAAATGAGTAACATTTTTGGAGGAGATATTTTTAAGGGTGGTTTTAATGGAATCTTTGGTGCAATACCTTTTGCAATTTGGTTTTATTTAGCTGTTGAAGGTGGAGCTATGTCTGCTGAAGAATGTGCAAATCCTAAAAAGGATGTTCCAAAAGGCTTTATTTTAGGAATTGTTACTCTTGTTATATTAGCTCTTGGGACATTCTTTGTTGTAGTTGGAATTTCAGATCTTAGCACTTTAGCTGCATCAGGCTCACCATTACCAGATGCCTTACAAAGAGTATATGGAGATGGTCTAATATCGAATGGAATGAGTTTTATTGGATTATTTGGACTGGTAGCAAGTTTACATGGAATTATAATTGGTTATTCAAGACAGGCTTTTGCAATGTCTAGATCTGGATATTTACCTAAATTTCTATCAAATACAAATTCTAAAGGAGCTCCAGCACATGCTATCGTTATAATGAGCTTAATAGGAATGATCTTTGTATTAACAGGTCAAACTGCTGTAATTATAGTTATATCATCCTTTGGAGCAGTTGCATTATATATTATAAGTATGATTTCATTGTTTATATTAAGAAGAAAAGAGCCAAAGCTTAATAGACCATTTAAAGTTGCATACCCAATCGTACCAGCAATAGCACTTTCAATAGCTTTTGTATTTTTAATTGCATTAATTGTTTCGAATTTTTCAACTGTATTATGGGTAGCAGGGGCTTATATATTAGCAATAGCTTATTATTTTGTATATTCTAAAATTCAACAAACAGCTAATGAAGAAGAAATTAAAGGAAAACTTGATGGAGAAATTGTTTAATTTTATAAGGATAATTATATAAGTTCTAATAAAATTCACAATTTTAAAATTTTAAGGCAGTTAAGATTTAATGCTCTTTATGCGGTGAAGTATTAGTTCAGAGTTAAGAGTTTAGGATGAAATAACAAAGCCTATGGCTTTTCTTGCTAAACTGTTAACTGTAAATTGTAAACTGTTAACTGAATAAACGGGGGGGGGTGGGAATATGATTTTAAGAACAACCCTTTTTGGAAATGTATATAATTTTAAAGATATAAAGGAAGTTCTTGCAAAAGCAAATGAAGAAAAATCAGGGGATAGACTAGCTGGAATTATAGCTGAGTCAACAGCAGAAAGGGTTGCAGCTAAAGTAGTTCTTTCGGAGCTTACTATTGGGGATTTAAGAAATAATCCAGTTGTAGATTATGACATAGATGAAGTTACTAGGGTTATCCAAGATGGGGTTAATGAAGAAATATATAATGGGATTAGGGGTATGACTATAGGAGATTTTAGGGAATTTCTTCTTAGTTCAAGTGGTGATGAAATAAAAGCTATAAGGGATGGATTAACTTCAGAAGTTATTGCAGGAGTAACTAAACTTATGAGTAATATGGATCTTATATGTGCATCAAAAAAGCTTGTTAATATAGCAACTTGTAATACTACAATTGGAAAGCTTGGAACACTTTCAGCAAGGCTTCAGCCAAATCATCCAACTGATAATATTGAGGGAATAATGGCATCGGTTATGGAAGGAATAAGCTATGGTGTAGGAGATGCATTAATAGGTCTTAATCCAGCAGTTGATACTATTGATAGTGTTTCTAGGATTTTAAAAGCTTTTAGAGAATTTATGGAGAAGTTTAAAATACCAACACAGAATTGTGTGTTAGCTCATGTAACAACTCAAATGGAAGCTTTAAAAAAAGGAGCTCCTATGGATGTCATGTTTCAAAGTATAGCAGGCTCTGAAATTTCAAATAGAGGCTTTGGTATAGATGTGAAGCTTATAGATGAAGCATATGCTATGATGAAGGAATTAAAAGCTTCAAAGGGAGAAAATTTCATGTATTTTGAAACTGGTCAAGGCTCGGAGCTATCTTCAGATGGTCATAATGGAGCAGACCAGCTTACAATGGAAGCTAGATGTTATGGGTTTGCTAAAAAATATAATCCATTTTTGGTTAATACAGTTGTGGGATTTATAGGACCTGAATATCTTTATGATGGAGCACAGGTTATAAGGGCAGGTCTTGAAGATCATTTTATGGGTAAATTAACGGGACTTTCTATGGGGGTTGATGTTTGTTATACAAATCATATGAAGGCAGATCAAAATGATTTAGAGAATTTGGCAATATTACTTGCGCAAGCCAACTGTAATTATTTCATGGGAATACCAGGTGGTGACGATGTAATGCTAATGTATCAGTCTTCAAGTTATCATGATATTGCAACTTTAAGAGAGGTAACTAATAAAAGACCAATAAAAGAATTTGAAACTAGACTTGAAGAGCTTGGAATAATGAAAAATGGAATATTGACAAGCAGGGCGGGAGATCCATCAATATTTCTAAATATGGGAGTGTAAAAAATAAGAAAAATCAAAGGGTTACTGTCCTAGTTAGATAAAAAACTTTGACAGTAATTTTTTAAATATGGGAGTGTAACTTATGGAAAAGGATATGTTAGAAGATATATCTGCTGTTGATTTAAGTACTAAAATTTCAGTAGATAATCCAATAGATTATAAAGGGTTAATGATTTTAAAACAGTCAACTTCAGCAAGAATTTGCATCGGAAGAGCTGGCTCAAGATATAAAACAAGGGATTATTTACGACTTAGAGCTGATCATGCAGTTGCAATGGATGCAGTTTGGTCTCATGTGGACGAAAAAGTGGTTGAGGAGTTAGGCTTTTATAAGGTTCAAACTTTAGTAAAAGATAAAGAAGAATATATAACAAGACCAGATCTTGGCAGAGGTTTTTCAGAAGAAATCTTAAAGGCTATAAAAGAAAAATGTATAAATGATGTAGATGTACAAATTATAGCTGGAGATGGATTAAGTTCACCTGCAATAACTGCAAATATAAAAGAAATTTATCCAATGATAGTGGAGGGAGCAGAGGCTAAAGGATATAAAATAGGAACACCTATTTTTGTTAAATATGCAAGGGTTGCTACTATGGATAAAATAAGTGAAGCATTAAATGCAAAAGTAACTTTAATACTAATAGGTGAAAGACCAGGTCTTGCTACAGGAGAAAGCATGAGTTGTTATATGGCATATGAAGCAAGTACTAAAAAGCCAGAATCACAAAGAACTGTAATATCAAATATACACAAAAATGGAATGCCACCAGTAGAAGCTGGAGCACAAATTGTTCAATTAATTGAGACTTTATTAGTGGAAAAAAAGAGTGGGACAGACCTCAAATTATAGATATTAAATTACCCAAATGCGGCATGAAGAAAACAAATTAATATTTAAAGCATTTCAAAGGAAATTAACACTTCTTGATCATTGAGCATTGAGCATTGAGCATTGCACTATACGGATTAAGAAAAAATTGTATATGAAATGATAAGGTGATACAATTGAATAAATTAAAATAATTAGAAGTTAAGGCATCAATATAGTATAAATAACAAGGATGTCGCAGATTTGGGGAGGAATAAAAAATGTTAAAAGTAACAAAAACAGATAAGGCTCCAGCAGCTATTGGACCATATTCTCAAGCAGTGAGTTTTGGAGATTTATTATTTACATCAGGGCAAATAGCTTTAGATCCTGTAACAGGAGAAGTGGTAGGAACAACTATAGAAGAGCAGACAGAACAAGTTATGAAGAATCTTTCTGCAATATTAGAAGCTAATAATATTGATTTTAACAATGTAATAAAGACTACATGCTTTATTGCTGATATGGGGGATTTTGCAAAATTCAATGAAGTATATGCTAAATACTTTGTGAGTAAACCAGCGCGATCATGTGTTGCTGTAAAAGAGCTTCCTAAATCAGTTTTATGTGAAGTTGAAGTAATAGCCTATAAATAAAAAATTACTAAGAATGCAATTACTAATCCATAGATTATAGAAGTTTAAGTAGTAGCATATAAATAGAAAACAAATTGTCCACAAGATTTGCTTTATTTAAAGTAAATCTGTGGACAATTTGTTTATTTTATGTTAAGCATTTTTTAATTCAGATACTAACTCATCCATAAGTTCTTGAACTGTTGTGATTTTAGTGATTTTACTTGCATTTTCACCACAGAATATAAGACCTTCGTCTATATTACCATTTACAGCATTTATTAAAGCTTTGCTTATGCAGTAAGGAGTGGTAGCAGGATTACAAGGTGTTAAACAATTATAACAACGAGTTACTTTTTCACCAGTAGCATGAACTTTTTTTACAAAAGGATTGCTAATAGCTCTTCCTGGCATTCCTACAGGGCTTTTTACTATTTGTATATCTTCTTTGGAACAATTAATATAAGCATTCTTGAACTCATCAGATGCATCGCACTCTTCAGTAGCTACAAATCTTGTTGCCATTTGAACACCATTTGCGCCTAATTTTAAATATTTAGCAATATCATATCCATCAAAAACGCCTCCAGCAACAACTACAGGAATTTCCTTATTGTATTTTTCAGCATATTTTTTTGTTTCACTTATTATGTCAACAACAGATTGATCGAAGTCTACACTGTCATTTTCTAGTTCTTCAACTTTAAAACCTAAATGACCACCAGCTTTTGGTCCTTCAATAACAACAAGGTCTGGTGCAACATTATCATGCTTATCCCACAATTTTAATATTACTTTTGCAGCCTTTAAAGAAGAAACAATTGGTGCAATTTTTACAGAAGATCCCTTAACTATTTTAGGTAGCATTGTAGGAAGTCCAGCACCAGATATTATTAAATCAACACCAGCTTCTATTGCAGCTCTTATATGTTCTTCATAGTTGTTAGTTGCAACCATAGCATTAATTCCTATTATTCCATTAACAGCTTTAGATTTTGCTAATTCAATATGCTTTTTTAAAGCTTTTAAATTTGCTTCTAAAGTGTTCTTTTCAAAATCATCTTCTTTATATCCAAGTTGTGCGGCAGAAATTATTCCAATACCACCAGCCTTTGCAACAGCAGCAGCTAAATTAGAAGCTGAAACACCAACACCCATACCTCCTTGGATAATAGGAATAGGAGCAACTAAATTTCCAATTTTAAGAGAATTAAAATTCATTTCACATATATCCTTTCACAAGAAAATTCGATAATAAAATACTTTGACTATCAAAGTATTATACTATATTATAGAATAACCTGACTACTTAGACAAGAAATATTTAAAAATACTTTGTATAATGTTATATAAAAATATGCTGTTTGTATAAGTTTTGGTAAGAGCTTTAATATTCATATTATATTGTATAAGCTTGTGTTAATTACTATGATTTAATATAATTAGCGAAACTTATGATAATTCAGTAGTTATAACTGAATTTATGGAAGAAGAGTATAATATAGAAATTTAATGTTATAAATCCTTGACATAATATATTGTTCTATGATAAGATACTAAATGTCTTAGGGGTATGGCTCAACGGTAGAGTAGTGGTCTCCAAAACCATTGGTTGTGGGTTCAAATCCTACTGCCCCTGCCACAAAGGTCGTAGTACGTTGTATTACGGCTTTTTTTTATTTTAGGAGATAATTTAGCAACAGGATTCAGTTATGCATTTCTATGAATTATCAAAACTTCCGAACCAACAATAGAAGAAATAAAAGAGACTTTGGAATAAAATTAAATTATAAAATGTTTGAGGTATCCAAAATAAATTTGTTATGGAATTGATAATGTTGTTGATTATTTTGTGGATAAGAATCTTGAGGCTGTGAATAATTTTAATCTTGAATAATTAATAACATAAATTAAAAATCTTAGAAATATTCAATTTTGAGTATTCTAAGATTTTTTTGAAATTTAAAGTGTGCTTTTTTATTGAATAGAAAAATATGTAATTATATAATTAGAAGTAGTAAACAAATTAGAAGGAGGCACCATATGTCTTTTTAGATATATTCAAATCAGGGGTCTCAAAAGTAGAATTTGAAGATTTAAAAAACAAGGAATAAAATTTAAGGAATTATAAAGAAGAAAAATATAAAGAAACTTATTAAATTATAAGGAGACAAAAAATGAGCAGGTGTGAAAAGGCTATTGTGACAGTTTTATGTATGGTTTATGATGGTAATAAAATACTACTTCAGGATAGAGTGAAAAAAGATTGGCGTGGACTAACGTTTCCAGGTGGACATGTAGAGAAAGAAGAATCTTTTGTTCAAGCAGTTATTCGTGAAATATATGAAGAAACTGGATTAACGATAAGTGAGCCTAAATTATGCGGAGTAAAGCAATTTCAGACAGATGAGGATGAAAGATATATTGTATTGTTGTTTAAAACTAATAAATTTGAAGGAACTTTAGTTTCTTCTGATGAAGGAGAAATGATATGGGTTGATAGGAACTCATTAAACAATTGTAAGTTAGTGGATGATTTTATGGATTTAATAAAAGTTTTTGATTCAGATAACTATAATGAATTTATGTATGAACGCAATAAATCAGGTGAAGATTGGTTAATTAGATTGTATTAATTTTTAGATTGGAGAGAAGTTTATGAAAAATAGTTGATAAACAATATTTAGAACAGTTAAAAATATGGTTTTAAACTATTGCGAATAAAGAAGGAGAAGATTTTAAATGGTTGTTCGTAAGGCTAAATTAGAAGATGCCAATAATTTATTAAGCATGTTGTTGGCTTTAGATAAAGAAACTAAATATATGTTGTTAGAACCTGATGAAAGAAATAATGATGTTAGTAGAGTGGAAGGAATGATACAGCAGAGTATTAATGGAGGTAATCTTTTATTAGTTTCAGGGGAAGGTAATAATATAGTAGGGTTTCTTTCTGCCCAAAGAGGTATTTTAAAAAGAATTAATCACACAGCATATATTGTTGTGGGGATTCGTGAGTTTCAACGTGGAAAAGGAATTGGAAGCAAATTTTTCTCTGAATTGGATCTGTGGGCAAAAGAAAATTCAATTATAAGACTTGAATTGACAGTAATGTGTCCTAATATAGTTGCAAAACATTTATACGAAAAGAATGGATTTGAGGTAGAAGGTATAAAAAAGAAGTCTATGCTGGTTGATGGTGAATATGTGGATGAATTTTATATGGCAAAGTTGTATTTATAATCCATTGTAAAATTTTATTATAATTTTTGTATGTTAATATTGACACTACATAAGTAATAACATATAATAAACAAGCAAATGGTTTTATTTTTAGTTAATTAATCCTTTTATTGTATAAGGATTAAGAAGTTAAATAATCATTATGGTGAACGTAGTTCAGTTGGTAGAGCGCCAGTTTGTGGCACTGGTTGTCGTGGGTTCGAGTCCCATCGTTCACCCCATACTGGGATGTCGCCAAGTGGTAAGGCCATGGATTCTGACTCCATCATTCGTAGGTTCGAATCCTACCATCTCAGCCATTATATACGGTTCACTAGCTCAGTCGGTAGAGCACATGACTTTTAATCATGGTGTCCCGGGTTCGATTCCCGGGTGAGCCACCAATTATTTAGCCTAAAGTAGAAAAAGATATTTAAGCATATCTCTACTTTAGGCTTTTTTGCGTATAAAAATATAAAACTTTTGGATTTTAAAAGATTAAAATATAGATTTCTTTATTAGGTATTCGTTAATTTGTTCGGACGAAGCATTATTTTCAGGTACTATTATACATAATAAATATTAAAGGAATATAGACATAGATGCAGTCTATACTTTATTCATAAGGATATTATTTCGTAAATTTTCTAAATATGAATATAAAAACAAAGTCAACTATGTCTAGCGTATCAATATGAATATATTGAAGAGAAATAAAGCATTATTGTGTAATATGAGTATATATGTGAATTTCTGCTCAAATTAATAGTATTGAGGTGAATAAAATGATGTTAAGATAAAACACGTCGCTGAGATGCGTAAACAACTTAAAACAAATTGATTGATGAAAGTTACAAAGATAACTTAAAAGAAATTGAAAAAAGTTGTTGACAGAGCATTCGAGTGATGATATACTAAATAAGCTGTCAGAAACGACAGCAAACGATTAGATATTACAGCGAAAGTTGTAAGAAAAGAAATGGTCTTTGAAAATTGAACAGAATAAGATAAATACATTTAAGTAAACCAGCAATTTTTATTTGAGTAAGCTAAGATTAAACTTTTTATTGAGAGTTTGATCCTGGCTCAGGACGAACGCTGGCGGCGTGCTTAACACATGCAAGTCGAGCGATGAAGTTCCTTCGGGAATGGATTAGCGGCGGACGGGTGAGTAACACGTGGGTAACCTGCCTCATAGAGGGGAATAGCCTTTCGAAAGGAAGATTAATACCGCATAAGATTGTAGTACCGCATGGTGCAGCAATTAAAGGAGTAATCCGCTATGAGATGGACCCGCGTCGCATTAGCTAGTTGGTGAGGTAACGGCTCACCAAGGCGACGATGCGTAGCCGACCTGAGAGGGTGATCGGCCACATTGGGACTGAGACACGGCCCAGACTCCTACGGGAGGCAGCAGTGGGGAATATTGCACAATGGGGGAAACCCTGATGCAGCAACGCCGCGTGAGTGATGACGGTCTTCGGATTGTAAAGCTCTGTCTTCAGGGACGATAATGACGGTACCTGAGGAGGAAGCCACGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTGGCAAGCGTTGTCCGGATTTACTGGGCGTAAAGGGAGCGTAGGTGGATATTTAAGTGGGATGTGAAATACTCGGGCTTAACCTGGGTGCTGCATTCCAAACTGGATATCTAGAGTGCAGGAGAGGAAAGTAGAATTCCTAGTGTAGCGGTGAAATGCGTAGAGATTAGGAAGAATACCAGTGGCGAAGGCGACTTTCTGGACTGTAACTGACACTGAGGCTCGAAAGCGTGGGGAGCAAACAGGATTAGATACCCTGGTAGTCCACGCCGTAAACGATGAATACTAGGTGTGGGGGTTGTCATGACCTCCGTGCCGCCGCTAACGCATTAAGTATTCCGCCTGGGGAGTACGGTCGCAAGATTAAAACTCAAAGGAATTGACGGGGGCCCGCACAAGCAGCGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTTACCTAGACTTGACATCTCCTGAATTACTCTGTAATGGAGGAAGCCCTTCGGGGCAGGAAGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCTTATTGTTAGTTGCTACCATTTAGTTGAGCACTCTAGCGAGACTGCCCGGGTTAACCGGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGTCTAGGGCTACACACGTGCTACAATGGCTGGTACAGAGAGATGCTAAACCGCGAGGTGGAGCCAAACTTTAAAACCAGTCTCAGTTCGGATTGTAGGCTGAAACTCGCCTACATGAAGCTGGAGTTGCTAGTAATCGCGAATCAGAATGTCGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCATGAGAGTTGGCAATACCCAAAGTTCGTGAGCTAACGCGTAAGCGAGGCAGCGACCTAAGGTAGGGTCAGCGATTGGGGTGAAGTCGTAACAAGGTAGCCGTAGGAGAACCTGCGGCTGGATCACCTCCTTTCTATGGAGAAATCTAGACCAACATGATGTTTGGCTAGTACAGATACATTTATGTATCAAAATTAAAATACTTACTCGACAGGTTGCTTAAAGTATTTGTTCTGTTCAATTTTGAAAGACTAAGTCTTTCAAAAAAATTTTGCTAAAAACAGCAAAATTGTTGCTTAGCTTAGTAGCAACAAGTGCGAGGAAGCAAAAATTTTATGAAATGAAGCGTACTTCACGTACGTGAATGAATAAAATTTGTAGCTGACGAAGCAATTGGCGGTAATAAGCAAGCAAATTGTTCTTTGAAAATTGCACATAGATTTGATGTATAAAAAATACAACAAAGCCAAGAATATATATTCTTTGTGAAATGACTAATAAATAGGTCAAGCTACAAAGGGCGTATGGTGAATGCCTTGGCATCAGGAGCCGATGAAGGACGCGATAAGCTGCGATAAGCTTCGGGTAGACGCACATAGTCAGAGATCCGAAGATTTCCGAATGAGGAAACTCACATGGGAAACCCCATGTATCATAAAGTGAATACATAGCTTTATGAAGGTAAACCCAGGGAACTGAAACATCTAAGTACCTGGAGGAAGAGAAAGAAAAATCGATTTTCTTAGTAGCGGCGAGCGAAAAGGAAAGAGCCCAAACCAGAAATTTATTTCTGGGGTTGCGGACAGAACATAACGTGAAATTATTGTTAACCGAACACAACTGGAAAGTTGGACCATAGGGGGTAATAGTCCTGTAGGTGAAAATAATAATGAACAGTTCTGCACCAGAGTACCACGAGACACGTGAAACCTTGTGGGAAGCAGGGAGGACCACCTCCCAAGGCTAAATACTACCTGATGACCGATAGTGAAGCAGTACCGTGAGGGAAAGGTGAAAAGAACCCCGGGAGGGGAGTGAAATAGAACCTGAAACCATATGCCTACAACCGATCAGAGCACCTTACGTGTGTGATGATGTGCTTTTTGTAGAACGAGCCAACGAGTTACGGTATGTAGCGAGGTTAAGTACTTAAGGTACGGAGCCGAAGGGAAACCGAGTCTTAATAGGGCGATTAGTTGCATGCTGTAGACCCGAAACCGGGTGACCTATCCATGGCCAGGTTGAAGCGAGGGTAAAACCTCGTGGAGGACCGAACCACGTTGCTGTTGAAAAAGCATGGGATGAGCTGTGGATAGCGGAGAAATTCCAATCGAACTCGGATATAGCTGGTTCTCCTCGAAATAGCTTTAGGGCTAGCGTCGGAAAATGTGAGTAGTGGAGGTAGAGCACTGAATAGGCTAGGGGGCATAGCGCTTACCGAACCTTATCAAACTCCGAATGCCATATACTATCAGTCCGGCAGTCAGACTGTGAAAGATAAGTTCCATGGTCAAAAGGGAAACAGCCCAGATCGTCAGCTAAGGTCCCAAAGTGTAAGTTAAGTGGAAAAGGATGTGGGATTTCTAAGACAACTAGGATGTTGGCTTAGAAGCAGCCACTCATTAAAAGAGTGCGTAATAGCTCACTAGTCAAGAGATCCTGCGCCGAAAATGTCCGGGGCTCAAACTTACCACCGAAGCTACGGGTTCACGCTTATTCGTGAGCGGTAGAGGAGCGTCGTAATCGGGCTGAAGTCGTACCGAAAGGAGCGGTGGACTGATTACGAGTGAGAATGTTGGCATTAGTAGCGAGATGTAGGTGAGAATCCTACAGGCCGAATATCTAAGGTTTCCTGAGTAAAGTTTGTCTTCTCAGGGTTAGTCGGGACCTAAGGCGAGGCCGAAAGGCGTAGTCGATGGACAATTGGTTGATATTCCAATACCACTATCATCGTTAATATCGAGGGTGTGACGGAGAAGGATAGGATGTGCTAGCTATTGGATGCTAGTCTAAGCGTTTAGGGAGTTGGGATTGGCAAATCCGTTCCAACAATTCTGAGGCGTGATGGGGAAGGTTCTACGGAACCGAAGTATCTGATTCCATGCTTCCAAGAAAAGCATCTAGAGAGAGAAGTAGTGCCCGTACCGCAAACCGACACAGGTAGATGAGGAGAGAATCCTAAGGCCGACGGAAGAATTGCAGTTAAGGAACTAGGCAAATTGACCCCGTAACTTCGGGAGAAGGGGTGCCTGCGAAAGCAGGTCGCAGAGAATAGGCACAAGCAACTGTTTAACAAAAACACAGGTCTCTGCTAAAGCGAAAGCTGATGTATAGGGGCTGACGCCTGCCCGGTGCTGGAAGGTTAAGGGGAATACTTAGCAGTAATGCGAAGGTATGAACTTAAGCCCCAGTAAACGGCGGCCGTAACTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCAGGTAAGTTCTGACCCGCACGAATGGCGTAATGACTTGTGCACTGTCTCAACTGCAAATCCGGCGAAGTTGTAGTGCGAGTGAAGATGCTCGCTACCCGCGATTGGACGGAAAGACCCCGTAGAGCTTTACTGTAGCTTAGCATTGAATTTCGGTATTGTCTGTACAGGATAGGTGGGAGACTGGGAAACTAGGGCGTCAGCTTTAGTGGAGTCGTTGTTGGGATACCACCCTGATAGTATTGAAGTTCTAACTGGATGCCATGAAACTGGTGACAGGACATTGTTAGGTGGGCAGTTTGACTGGGGCGGTCGCCTCCTAAAATGTAACGGAGGCGCCCAAAGGTTCCCTCAGAACGGTCGGAAATCGTTCGAAGAGTGCAAAGGCAGAAGGGAGCCTGACTGCGACACCTACAAGTGGAGCAGGGACGAAAGTCGGGCTTAGTGATCCGGTGGTACCTCGTGGGAGGGCCATCGCTCAACGGATAAAAGCTACCTCGGGGATAACAGGCTGATCTCCCCCAAGAGTTCACATCGACGGGGAGGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGAAGTAGGTCCCAAGGGTTGGGCTGTTCGCCCATTAAAGCGGCACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGGCGTAGGAAATTTGAGAGGAGCTGTCCTTAGTACGAGAGGACCGGGATGGACTGACCTATGGTGTACCAGTTGTTTCGCCAGAAGCATAGCTGGGTAGCTAAGTCGGGAAGGGATAAACGCTGAAAGCATCTAAGTGTGAAGCCCCCCTCAAGATGAGATTTCCCATAGCATAAGCTAGTAAGACCCCTTGAAGACTACAAGGTTGATAGGTCAGAGGTGTAAGTGTGGTAACATATTTAGCTGACTGATACTAATAGGTCGAGGGCTTGACCAATAAGTTAAGTTGTAAAAAATACATTAAAAAACTATGTGCAATTTTGAAAGAACAAATCTTTCAGTTAAATAAAGTATAAGTGATGAACTGGATTCTTTTTATAAGGAATACAAATCGCTGAAGCGATTTGCATAAGTTCGTTCAACCAAATCATAGATTTGGGAACTCACTTAATCTCGTGGTGATGGCATAGAGGTAACACTCCTTCCCATTCCGAACAGGAAAGTTAAGGTCTATAGCGCCGATGGTACTGCATGGGAGACTGTGTGGCAGAGTAGGACGTTGCGAGATAAGATAAGAGGTAGTTAAATAACTACCTCTTTTTGTGGTGTGCCCAGTATTGGAGAAATCTAACGGATGAAAGTTAGGAAATGTTTGATTAAGAAGAGTAAGTAAGCTGTTACTTAATACAACCTTAAGTTTTGAATATTGAGAAAATTGCCTGTTATAAATTTTAAGGATTTGACGTATTTATTTCTCAGGGGTGTATTTAAATAAATCAAGCAATCCTTATTTTGAGTACGAAAAAAGCTTAACCCTAGTGGTTAAGCCATTCTATTTAATAAACTGGCAGAGCATGAAGAAATCTTAAAAGCTAAGAAGGAATTGCAATATTTCTTAACAAATTAAAAATAACCCCAAAAGTAGTTTTTGAAAGAGCAAAAAATCTATCTTTATTGAATAGTATTTTTATGCTCTTTCTTGATTTTCGAATAAATAACTACACTGTATTTAATAAAAATTGTAACATAACTGTAACATAACTAGAAAAAAAGCAACTGAAATGAAAAAAATACATTGTATTATGAAAGTGTAATCCAAAAAATATCTTTATTGGAAGTTGTTAAAATGATGAAGATAATGGCATTGTTTGCTATTTTTACTTAGTTTACAAATGCACAAAGAGATTGTTGAATGAAATTATTACGATGAAAAATACAATAAAGTATATTTAATATTAATGATTGCAAAAGTAACAAATTAAAGGAGGAGGTAATCTTGAAAAAGAAACTAATAATTTTTTTAGTAATGAGTTTAATTTTATCATTGAAAATATCAGTTATAGACATAACAAAGGTATGGGCAGCTATAACTGATGATACGATTAAAGTGAATTTAGATAATTTAAGAGATATCATGAACGAAAATAATTTAGATATAAAAACGTATTACAATAACAAAGAAATAGCAAGAAAACAGTATGAGATGGCTAAGGACGAAGTAAATGCAGCGCAGGAAAATCTAGATAATGCAAAAAAGACTGTAGATAATTTTAAACCTTTAGAAGATGGATCAAATTTAGGCGATTTAGTTACTGATAAAGAGAACTTGAGTTCGGCTGAAGATATTTTAGAAGTTAAAAAGTCCAATTTAGGTAATATTAGATACGCATTAAAGATGGCAAATATTAAATATCTACAAAATATAGAAACATCAGTAAATAAAGCAGAGAAAGAGTATATAGATTATCTAGCAGCTTTATCCGATGAACAATTAGAAGAGGATACAGTAAAGTCTCAAGAAAAAAGCTTACAAATATCAAAAATTCAATACGACAATGGATTTATACCTAATGATGAATATATTACTACAATCCAGAATAATACCGATGCAGTTAATAAGTTGCAGGAATTAAAGGATAAGGAAGCTTTGGCTAAAACAAATTTATATATTATGCTAGGGATTTCAAATGCATATAAAGTTACAATTAGTACGGATTTTAATGAAGATTTGAATAAAATTGCAAACATTAAGTATGATGATGATTTAGCAAAAATGCTTGATAATAATGTAGAAATACAACTTCAAAGTATTGCAATTGATAAATTAGACAATGAAATAGATACAGAAACAACAACAAATTATTACACTGATGAAATTGATAAGTATAATACAGATAATGCCAAAATTAATTTACAACAAAAAATTAATTCAGCTAAGGCTGATTTCAAAGCACAATATAATACTCTTATGAGTTCATATAACTCAATAAAAAGCAATTATGATAAAATTATTCAAGCACAGAAAGAGTATCAAACTATTCAAATAAAATATGATTATGGCTTTGTATCCTTAAAAAACGTATATGATGCAAAATTAGAATTAAATACAAAGATAAGCAGTTTTAGTAAAGATAAAAATACATTATATGTAAATTACTTACGCTATATTCAAATGAAAGAGGGATACTAAATTGAAATTATTGAAGAATAAAAAAATAGGTGATAATGAAATTCTAAGAAAGAAAGCAGTAAAAAATTTTTTTTTAAATAAAAAAGTAATAGCTGGGATTTGTATAATATTAGTTTTTGCTTTAAGCCTTGGAATATATAAATTTAAAGCTGCTAAACAGAAGCCGCCTAAAAGTAATGTTAAATATACTACTCTTAGTAAAACAAATATTAAAACCACAATAGGTTCATCTGGATCAATAAAAAGTGGGTCATCCACAAATATTTATTCCAATTTGGAATATAATGTTGCCTCTATTAATGTAGAAGTTGGTGATGTAGTAAAAAAAGGCGATGTTCTTGCAACAATAGATACTGCTACATTACAGGAACAGATTTCTGAAGCAGAACAAACTTTTAATTCAAATCAAGCAAAAAATAACTTAACATTAGCTAGTGCAAAGCAAAAATATGAAAATATGCAATACCTGTATGATAACAATCTAAATACGGACATAATAAATGCAGAAAAAGCTGTTGGTTCGGCAGAACTTGATTTAGAAGATAAAAGAAAAACTTATGAGTATTATAAGGTAATGCTTGCTAATGGAGCAATGTCACAGGATACAGTAAATAAAGAAAAAATAACGGTTGATGGGGCCAAAGATACTTATGATAAAGCAACCGTAGCTTTAGAGGCTATAAAGGTTAATGCTAAGCAGGCATTAGCTGAAGTAAAAATGTCTTATGAGAGTGCACAAGTGATTGCTAATGATAAAACAGCAGAACTTGCCTTAGAAGATAAGAAAAAGAAACTAGCGGATGCAAAAGTATTAGCTACAGTAGATGGAACAGTGACTAATGTAAATGCCATAGTAGGTATACAATCCACTGGAGCATTATTTGTAATTCAAGATTTAAATGATTTAATAGTAAATGTAACTGTTGATGAAAGAGATGTTTCAGATGTAAAAGTTGGACAAAAAGCAGAAATAACAACAGATGTATCAGGTTCTGATGTTATTGAAGCAGAAGTTAAGAATGTTGAACCAATTTCCAGTAATATTAGTTCTAGTGCAAACACTAACGGTGGAAAAGCTACTCAGACCCCTAATGCTGCTACCAGCAATTCAGCTAGTAGTGATGTGTCGTATAATGTTAAGGTACAATTAACAGGTCATAATGATAAAATTAAAGTGGGAATGAATGCAGTAGTAAATATTATTACAAATGAAAGTGAAAATGTTTATTCAGTACCATATGGAGCAGTTGTAACAAAAGATGGACAAAGTTTAGTATATTCAGCTGTGAAACAAGGAAATGAATATGTTGTTAAAGATATTGCTGTAACTAAAGGATTAGAATCAGATATTGATGTTGCAATTGATGGAGCTGATCTTGCTGATAATATGATTATACTTAATGAGCCCACAAATTATTCAGTAGGGAGTACAGTAGAAATATAATATAATGGGGTGAGTTTTTTTGAGTAAAAATATAATAGAAATGAAAAATATTAAAAAAACTTTTATATAGGAACTTCAAATGAATTAAATATATTAAAGGGAATTGATATTACAATAAAAGAAGGAGAATTTGTATCGATAATAGGTTCATCAGGATCTGGAAAAAGTACTTTAATGAATATTATAGGTGCACTTGATAGGGCAACTTCTGGAGATTATATTTTAAATGGAACTAATATTAATGAAATATCAGATGATGGTTTGTCAAAAGTAAGAAACAAGAAAATAGGTTTTGTATTTCAAACTTATAATTTAATACCGAGAAGTACAGCATTAAATAATGTTGAATTACCGTTGCTTTACTATGGCATGAGCAAGAAAAAGCGAAAAGAGCGAGCAGAAGAACTGTTAGAACTTGTAGGAATGAAGGAAAGAATGCGGCATAAGCCTAATGAATTGTCAGGAGGACAAAAACAAAGAGTTGCAATTGCAAGAGCACTAGCTACTAATCCAAGCATAATCCTTGCAGATGAACCTACAGGAGCTCTTGATTCTGGAACAGGAAGACTTGTTATGGATTTATTTCATAAAGTTCATGAAGAAGAAGGAAAAACTATAATACTTATAACTCATAATAATGAACTTGCAGATGAAACGGAAAGAATTATAACATTAAAAGACGGTAATATAATATCAACTAAAATGAATGAAAAATATTATAGAAGATATAAAGAAGAGGAAAAAATATGTTTATAAAAGAGAATATAATGCTTGCAATAGCAGGTCTTAAGGCTAATAAAATGCGTGCATTGCTTACGATGCTTGGAATAATAATAGGGATAGCATCAGTAATAGGAGTTGTTTCAATAGGAAATACAATGACTTCTTCTGTAACAAGTTCTATGGCTTCAATGGGCGTTTCCAATATTACTGTTAATGTTCATGAAAAAAGTGCAGCAGATAAAGCGGCTGCATTAGCTAGAAAAACTGTAACTGACACAAGTAATTCCAATGCAAGCAGCAAAAAAGCAGAGGATTCCCAAAATAAAGAACCTGGAAATAAGGGAGGTCCTGAAGAAAGCATTATACATTTGCCTGCTGGCCCTCCACCAGGAGGACCAACACCTCCTCCTGGCCGAAAAGGTGCAGACAGTTCACCATCTGATGCTGATCTTATGACTATGGAACAGATAAGTGTATTACAAAAAAAGTTTAATGACAAAATAGATGCTATAAGCATATCTGAAAATGGTAATTCAGGTAAAGTTAAAAATGAATCAACATTTACTAATGTAAGTGTAATTGGCACAAACGTTGGCTATCAGGAAGTTAATGCTATGACAATTATAGATGGGAGATATTTTATTCAAAATGATATTGATGAAGCAAAAAATGTTGCAGTAGTTTCAGATAAATTAGCAATAAAAATATTTGGTAATAGTGTTGATCCCATAGGGAAAAAGATAAAGTTTTACACATCAAATGCTATTTTTACGTATTATATAGTTGGTGTATATGAGTATCAATCTGATGGTGGAAATAGGACAGCATCAGATGAAAATTTGTCTACAAGCTTGTATATTCCTATATCTGTTGAAAAGAAAGCAGCAATAAATAAAAATTATCAAACATTTACAATTAAAGCTAAAGATAATGTCGATATTATGCAATTTACAAATGAAGTATCAAAATATTTAGTTACTCTTTATACTAAAAATATCAAGTTCGTAGCTGATGCAAACAATAGAGAAAACATGCTTCAATCAATGAATTCAATGCTCACTACAGTTTCTATGGCTATTTCTGGAATTGCAGCAATATCACTTATAGTTGGCGGAATTGGAGTAATGAATATAATGCTAGTATCAGTTACTGAAAGAACAAGAGAAATAGGAACTAGAAAAGCACTTGGTGCTAAAGGAAGTCATATAAAGATACAATTTATAGTTGAATCCGTGATAATATGCTCTATAGGTGGCATTATTGGAATAGCTGTGGGCTTAGGTGCTGGTGCAGTTGGTTCAAAATTTATTGGACAGACATTAACAGTATCACCATTAGTAGTTTTAATAAGCTTCTCATTTTCAATGTTTATAGGTGTGTTTTTTGGATATTATCCAGCTAAAAAAGCAGCAGAACTTGATCCAATTGAAGCACTTAGATATGAATAAAAAATATACATTTAAATATTATCTACAAGAGCAGCTAAGCAAAGTCAAGTGAAATACTAAAAACTATTTTTATAAAAATTTTGCATGGCAAACAGACAGTTTTAAAACATGAATGATTAAAGGTGTTGTAAAATAATCAAGCTATATGAATAAAGACGCATTCTACAATGAATTTTAGGAGGTCTTTCATCATATGGCTTTTGATTTTTTATTATAGAAAATATATACCTAACTATCTTATGAATTATTGAACCTAGAGTAACTTTAAGTATATCTCTTCGCAATACTCAATACTTCCCTTCGCATTATTTTTAATAGTATATAAGTTTTAATTAAGAAAGTTCATAATTTAGGTGATTGCCTTATTTAACCACTCTAATATAGTAATTAAATCTTAATGAAGAAAATTTTTTAGAACATATATATAATAATTTTATCTTTAGGAGTATTCATGACTGCAGATGGTCATGGATACTTATTTAAAAGATCTAGAGATGTTTTAAACAGATATCTCTAAAAATTTTATTTAAAAATTATAATGAGTTTAATAATAATTTTCAACTAACAATATTTATTCAAGCAGGAAAATTAAAAAAGCATGGGAAAGAGATATAAAATTTAAGTGGTTACTTCAATGTTATAAGGCACTTGATCATACTATAATCAGTAAATTCCGTAAGGACTACATTTCAAATGAGGTAATTTAAGATTTATTTTATCAACAAGTTAATTGTTTAACCGATTAAAATGAAAAAACTTAGAATCATCTTCATGAATTGAAAACTTATGCCTAATTATGGAATAAACTAACTGGGGCTATTCGAGTACGGCTAAAAGTCAGAAATTTTTAAATAATTGATATGAGACCATAAATATTGGAAAATTTAATATTTTAAACTGAAAAGAGTATCGCATTTGATTAAAATTCAATCATTTTGCGATACTCCATTTTTATAATATTTTAAAAGCAGGTGGTAAAATACAATGGTTTTTTAGTAGACTTATTATATCAAATCTTTAGGGCCTTTAGGAGCGATTGCTGCTTCAATAGCAGCTGATTGCTCAGAAGTTATAGTTCCGTTAGATACAAGAGAAGCAAGTTGCTCTTTAGGACCTTTAGGAGCAGTAGCAGCCTCAATAGCAGCTGATTGCTCAGAAGTTATAGTTCCGTTAGATACAAGAGAAGCAAGTTGCTCTTTAGGACCTTTAGGAGCAGTAGCAGTCTCAATAGCAGCTAATTGCTCAGAAGTTATAGTTCCGTCAGATACAAGAGAAGCAAGCTGTTCTTTAGGACCTTTAGGAGCAATAGCAGTCTCAATAGCAGCTAATTGCTCAGAAGTTATAGTTCCGTCAGATACAAGAGAAGCAAGCTGTTCTTTAGGACCTTTAGGGGCAATAGCAGCTTCAATAGTAGCTGATTGACCAGAAGTTATAGCTTTGTCAGATACAAGGGAAGCAAATTGTTCTTTAGGATCTTTAGGAGTAATAGCAGCTTCAATAGCAGCTAATTGCTCAGAAGTTATAGTTCCGTCAGATACAAGAAAAGTAAGCTGTTCTTTAGGATCTTTAGGAGTAATAGAAGCTTCAATAGCAGCTAATTGCTCAGAAGTTATAGTTCCGTCAGATACAAGAGAAGCAAATTGTTCTTTAGGATCTTTAGGAGTAATAGCAGCTTCAATAGCAGCTAATTGCTTAGAAGTTATAGCTTCGTCAGATACAAGAGAAGCAAATTGTTCTTTAGGACCTTTAGGAGTAATAGCAGCTTCAATAGCAGCCGATTGCTCAGAAGTTATAGTTCCGTCAGATACAAGAGATTCAAGGTGCTCTGTAATATCTTTGGGAGCTTTTATATCAATATTCTGAGTTGAAGCTGCATCATTAGAAATGCTAGCTGCATTAACTATAGTAACTCCTGTGCATAATGATACTAAAATAACTAAAGATCCGATTATTTTTAAATTTCTTTTTAACATTTTAACAACCTCCAAAAAAATATTTTTTGATTATGTATTCATGATACAATATATATTTTTCATTCTAGTTACTTTTTTCGTAGTTATGTTACAGTTATGTTACAGTTTTACCAACAATGATATTTCATTATAGATTTAAAGTGTTAATATGATATAATTTTATTAAATAAATCAAGGAAAAGAGTGTTGCAAATTGAAAAAAAAAAAGATATTGATTGTAGATGATGAATTAAAAATAAGGATATTATTAAAAGATTTTCTTGAGGCAGAAGGTTTTATCGTTTTGGAATCTCCAGATGGAAAACATGCTCTTGATATATTTCATGAATCTAGTAAAACTATAGATCTGATTCTTTTAGATGTAATGATTCCAGAATATGATGGCTGGACAGTGTGCAGGGAAATACGTAAAGCATCAAATGTACCAATTATTATGCTTACCGCAAGAGGAGAAGATTTTGATGAAGTACATGGATTTGAAATCGGTGCTGATGACTATGTAAAAAAACCTATAAAGCCTACAGCATTAATCGCTAGAATAAATGCCCTTTTTCGTAGAATTAACAAAGACAACCTAAACTACAATGGTCTTGAAATTAATGATACTTCGCATATTGTAAAGGTAAATAATGAAGAAGTCGCTCTAGGTCCCAAAGAATATACGCTATTATTAACATTGGTTAAGAATGAGGGGAAGATATTATCCCGTAATCAACTGATTAATATGATATGGGGATATGATTACTACGGTGGAACTAGGATGATAGATACTAATATTAACAGGTTAAGGATAAAACTAGGAGAAAAAGGCAATTCAATAACCACAGTAAGAGGCTTTGGTTATAAATTTGAGGGACAACTATGAAAATATCAATTCGTTATAAATTGTTAATTTATATGACTGTGAATATATTTATTTTTGCATTATTACTATATGGTTCAAATATATTTTTTGCTGAAAAATATTATATGAGCAACAAGAAAAGTAATCTTATTGAAACAGGTAAGAAGATATCCAAGCTTATTGCAGAAAAATCACCAAGCTATGAGTTGGATGATAGTAACTTGATTTATGAAATTGAATCAGTGGAAAAAGAAATTGGAGGGACTATTTATGTTGGAACTTTAGATGGTGAATTATATTATCCTCTTAAAAATAAACCAACGCCACCAACAATTGAGGCTGATAAGGGCAGTCCCTTTTTTAAATATGACAATAATTTTAACTTTCCATTCAAGTCTAATTTGGAACCACCTGAAAAACCGGAACCAGCTATAAAAAATTGGGAACGTTATGATAAAAATTCATTTTTCATTGTGATGAGAGATCCTCAATATAAGATAGAGACACTTAGGTATCAAACTCATCTTGATAATGGTTTAGAGTTGCTGATATGGATTACTATGACAGGTATATCTGAAAACGCAACAATTTCAAATAATCTTACTGCAATTGTTGGAGGAATTACAATAATAATCACAGTAATTTGGGCTTTGTTTGTTTCAAGTAGATTTACACGTCCGATTTCTGAAATGAATAGGATTACCAAGAAAATATCTGAACTTGATTTTTCTCAAACACTTCAGGTCAAAAAAAATGATGAGATTGGTGAATTGTCTTATAGTATAAATCAATTATCTTACAATCTAGATAATGCAATAAGAGAATTGAATATAAAAAATAGATATTTGGAGGAAGATATTGAACATGAACGAAAATTGGATAAAATGAGGCAGCAATTTATTTCTGATGTATCTCATGAACTTAAAACTCCAATATTTTTAATTCAGGGGTATGCTGATGGACTTAAGGCAAATGTTGCAACTGATGAATATAAGAGAAACTTTTATTGTGATGTTATTATGGAAGAAACAGAAAAAATGAATATGTTGATTAAAGATCTTCTAGATTTGTCTAAAATGCAATCGGGATTTTTTTCAGTTAATAAGACTAATTTTAATGTGTCTTTCCTTATAAAGAGTATCGTTTCTAAATATGATTACATATTTAAAGAGAAAAATATTTGTATGAAGGTAGCGGTTGAGGAAGAATTGATCGGTGAAGCTGATCCTATAAGGATTGAACAGATAATAGTAAATTTTATGAACAATGCAATAGAACATATAGATGATAAAAAGATAATTAAACTATCCATAAATTTAAAGGGCAATAAAATCAGAGTATCTGTTTTTAATTCTGGCTTGCCAATTCCAGAGGAGTCTATTGATAAAATCTGGTCAAGTTTCTATAAAATTGATAAAGCAAGGACTAGGATTATTGGTGGAACAGGACTTGGTTTATCAATTGTTAGAGCCATACAAGAGGCTCATAAATGCGCATATGGTGTTGAAAATTTATATGACGGGGTTGAATTTTGGTTTGAAATAGATTTGGCTAAAAAAATATAATTTAGTTCAAGAATAAAAGCTATTAGAAGAATAATTGTAACTTTAATCTTTCAGTTGAACTTTTGAATCATCTCTTTAATTATGGAGCAAAGAAAGATCGTTAATAGAAAGATTTAGAGATAAATTAAAAGATGAAATGTATATTTATATTTCTCCAATAAGAAAAGGCAGCAAAGTTACTAACGATACAACAATGTCTGGAAGAGTAGAACTAGCTGAAGAGGAGATAGCTGATATAAAATCAATAAAAGCAGTAACTATGTATGAAATAGAATTTGGAACATAGAAGTTTTGGGATTTATTATTATCACAAGGTATAAATTTTTCAATATTTAACTGAATAATACAATAAGAAAATAGGAGAGCTTGTAGCAACTCCTATTTTTTAGTGTGCCGGTATGACCACACGTTAATTTGATTAAAAAATACATTAATTTGTAAAGGAATTTATAAAATTAATATATTCATTATATTCTTGTTCCTGCATATGTAAATAATTTTGAAAGTTTCTAAGAATAGCTCTATCAGAACTAGTTAAAATCTTATATTTACACCATTTCTTATAATTTTTATATCTGTATTTAGCAGCTTGATAAGATATAGAACAATAAGTTTCAATATCTGATGAACGTCTTACTTTTAATTTATCTAATATTATTGGATTAGATAATAGAAGTGCTGTAAAATGATTAGCTTCAGCTTCTTTAAAATTATATTCGTCTTCATCCATATTTTCAGAAAATATCCTTGTGTTATTTGAATAATGTCCACATAAAATATGGCCTAATTCGTGAGATAGAGTCCATCTAATTCTGCTTGGAGATTTGTCGTTTAAGTCGTTATAGTAAATTATATATCTATCTAGTGGCTTAAAATAATCAGTACAGCCATCATCTGAAGTTAATAATTCAAAAGTTTCTTCTGTAGTTAAATTATGATCAGTCATGAATTGATGATAAGAAACTATTTTTATATTATCAAAAGAATTTATTATATCTAATACATCGATAGGAAATTCTTTGATATTTAATTTAATATAAATACCATTTACTATATTTTTAATGTATCTATATCTAATCGTCAAAGTATTCATCGAAAGCAGTCCTTAAAATTTGCATCATTTTTTCTTTATTTTTTGCATCCATTTTCTTTCTAGCTCTTTCGATTCTTCTAATATCATTATCATAATTCATTTCATTCTCATCATCTGAAGTAGTAGAAGTTATCTCTTCTACTGAATTACCCAATAAATAGTCGACAGTAGTATTTAATACATTAGCAAGCTTTATTAAAGTATCATTACTAGCACCTTGTTTGTTGCCCTCAATCATTCCTATGGTTGATTGACTTACTCCAATAGTTTCAGCTAATTTTTGTTGTGTGATATTCATTTGTTTTCTAAGAAATTTTACTTTATCACCTAACATTTTAATCACCTCTTATGATAATTTTATCATAATTGCCGATAAAATCAATGGAAATTTTAAGAAAAATAAAGAAAATAAGAGGACTAGCTCCATAATTTGAAAATTTATCACTTTATGTACGAGAACAAGTGTTTGTAAATATCGGTTATTATGATAAAATATATATATGATGAAGCAAAGGAGATTAAGTTAAAAATATATTTTGAAAGATTGGAGTTAAGACTTAAAATCACAATATGTATATAAGAAAAGTAATATTCTAATACAAACTCAAGAATTAAAATTCATATCTATATTTTAGAATACGATTGTTAGGAAGTGGAAAAATGAAATTAACGCCAATAAGATTAAGAAGATTAAACGCAGGTCTTGAAATTGATGAAGTTATAGAACTATTAAAAATAAGTAAAAGTACCTTTTACAAATTAGAACAAGGAAGATTAACTCCTTCTTCACAATTAATAAAGAGACTTTCAATTACTTATAGTTGCACAACAGATGAGATATTCAAGGATCTAAAGATAACAGGATAAGGCATAATCAAATAATATACTTATTAATAATCAGTATGACTAATTGGATTAAAATAAAAAATAGAGGCAATGAAATTTTAAAGGATAACATAATAAATAAATTGAAAATATGAAATTATATTAACTTTCTATGGAGATTGTAGTGGTGGGAAGATGAACATTATTTATATCGAATAGAGGGAGGCATTTAAATTGTTAGTTAAGTGTGGAGCAAAAACTTGTGTTAACTATAATGAGGGAATGTGTAAAGCAGAAGCAATAGAAATTAAAAACTTTACTTGGTATTCAGAAGAGGAAAAAGAAGAATTGGATGAAATGAGATGTGATACTTATAAGTATTATGTTAATTGGATGCTTAAACCAGTAAGTATGTAAGTAGATATTTTAATATATAAGAAAAAATGTATATTTGGAGGTACACGTAATGAATTCACAAGGAATAATTGAAAGTTTGAATTTATGCATTGTTGCATTAGATAAGGGAAGCACAGAGTTAAAGACATTAGGCTTAAGGAGAGCAAAAGCAGAAAAAGCTTATAGAATAAAACAAGCTGTTGAAATATTGAAGCTTAAATCAGAGAAGTATCCTGCTACATTAATAATGGAATTGGTAAAGGGTAATGAAGAGGTCGCAGAATTAAGATTACAAAGGGATATAGCAGAAAGTTCTTATTATTCCTGCAAGAATGGTTTAGAAAATTTAAGAATGGAAATTGAGGTATTAAGAAGTAAGTTAATATGGATTAGAACTGAATTAAACAATTGGAAGGTTAATTAATTTAGAGATTAATAGTTAAAAGAATGGTTTATTTGTTGGGAGGGGTATATATGAATTACACATTAGATAGAATAAGAAGATACAAAGAAATTCTAGCAGATATAGGATATATAGATATAAGAGTTCAAGAATTAGAAGAAGAAATACTTGGTGTAAGTGGACAAGGCATGGGCGAAAAAACAGGAAAGACTAATAAGTTCACCTCTAGCGTGGAACAGCAGGCTGAGATACTTATGGAAAAGAAAGAGGAATTATATAGGGAAAAGGCAGCTAAAAAAAGAGAATTGCAAAGGATAGATAATGCAATAACTATATTGACAGAGGAGGAAAAAGAAATAATAAGTGTTGTGCATATAGAACATAGAAAGTATTATGTTGTTCAGGATAAATTGAATTTATCATATCAAAGAATCAAGCAGTTAGAGAAACAAGCAGCTGGGAAAATGGAAAAGTATATCTGCTAAATTGAATAAATTATTAATGAATATAGGTGGATATTTCTGCCTATATTTTTTTGTTTAATTTTAAGAAGTTATAACTTTGAACATTAGTTAAATTCATTTATATAATGTTTTTAACTACATGAATCTCCATATAATTACTTGCAATAAATTACTATTATAGATAAATTATAAGAAAATTATAGAAATGCTAGAGGATGTGTATAAGAAATTGATATTTAGAAGTCCTATAATAGTAAGTGGGAAGAAAAGATAAATCCCTTTTAGAAATCAAATACAATTTTAAAAAGTATCTAGTTTACCCCATAGACTAGGTACTTTTTGTTATGGGGATTAATGTGTTGTTGGATGAAGAGGATTCTTGATTATTAACCCAAAAATAAATTAACAATTAATTATTTAGGAGGAAAATATAATGGGAACAATTAAACAAAGAAAGAGTTTTGCAAATTATCTAAATGTAGGGAAGGATACAGAAGAATATGTATTAATGGGTGCTGGATTTACGGATTTAAATGAAACTCCAGCAGCTCAAACAGCATCTAAGAAATATGTAAATGATAAATCAGCAACTAAAAGTATAGTTGGATATGATTGGAGTACAGCATATGTTACAGATCAAATAAGAGATGAAAAAGCAGTTGATTTTATTTGTAATGTTGGTGAAAAACAGTTGGTTGGAGCAGAGTGTGAAACTGAGTATATTATTGTTGACTTGGATAAAAAGGGTACTACAGAAGGTCAATACGAAGCTAGAAAATTTAGAGTGGCAATAGAAGTTGCAAGTTTTGATAATAATGATGGGCAAATGGGAGCAACAGGTAATTTACTTGGTATTGGAGATATAAAATTTGGGACTTTTGATGTTACTACAAAGAAGTTTATTCCAGCTGTATAGAATAAATTTTAAATACTATAGTAATAATTTATTTTAATACAGCTTTAGCATAAGATTAAGAAAAATAAATATAATTAGAATTTATTTAGGCATCTTCAAAAATAGCAAGTTTATATACCATATTAATAGATTACTTGATTAAAAATAAAAATGGTATTTGTAGACTTGTTATTTTTTTCATTTGCCTTAAGAGATATTTGAGGAGGAATTTAGATGATTATTAATAATGTAGAAATAGGACAATTGGATATATTTGATGCAGATAGTTCTGAAAAGTATGAAAAAACAATTGATAAAGTTATAAAGGAAGCTCAAGACTCAAAAGGTCTTAAGCTTTCTTCTGCAATTAGGAAACAATGTAATGCTGTCTTTAACTGTTTTAATGAACTTTTTGGAGAAGGTACAGCTAAAAAGATTTTTGGAGAGAAGGTCAACTTATTAATTTGCTTGAAGGCATTTGATGAATTGAAAAATGGAATTTCTGAGCAGATAAAACAATCAGAAGAAGAATTAAATACTATTTCATCTAAATACTCTTCAGATAGAGCTAAACGTAGAACTAAGGTAAAATAATGAACATTTTAATTGACTTATTGCCAAAGTCAGTAGAGATAGCAGGCACAGAATATGAAATAAATTTTGATTTCCGCACTTCTATTCTTTTTGAAATGATGATACAGGATGAAGCACTTAGTGATAAGGAGAAGATTATTAAAACACTAGAACTCTACTATCCTGTTATTCCTAAAGATATTGATAAGAATATTAATGAAGCAATTGATAAGGCATTATGGTTTTATCGAGGAGGCAAAGATATAAAAAGTCAGAAATCTCAAAGTAGTACTGGCAAGAGTGAAAAAGTTTATTCCTTTGAGTATGATGATGAATATATTTATAGTGCTTTTTTAGATCAATATGCTTTGGATCTTCAAGATGTAGAGGAGCTTCATTGGTGGAAATTTAAGGCTATGTTTAAAGCCCTTAAGGAAGATAATGAGATAGTTAAAATAATGGGTTATAGAGCAATGACCATAGATAATAAAATGTCTAAAGAACAAAAAGAATATTATAGAAAAATGAAAAAACTTTATGAAATTCCAAAATCCAAAAATGAAATAGAAAAAATTAATGCGATAGAAGAAGCTTTGATGGGAAATGGGGATTTAAGAGGAATATTATAAGAGTTTTTATTTTATGTCTTAGGAAAGGTGGTGAATAAATGGCAGAAAATTCGATTAAAATTGATACGTCTATTGATACAAGCAGTTTTGAAAAAGGACTTAAAGATCTGGAGGATAAGGTAAAAGGTACTCTGGAGGAAACTTTTGTGACTCCCATAGCAGAGAAGGTTTTACCTAGCTTAGATGACATGGCAAATGCTTTAAAGAAGGCTTTAGGATCTGATGAAATATCTTCAAAAGTCCAAGCAATAGCTGAAAGTTTGGGAGTATTTGCGGAAAGTGTAAATAAAGTAGTTGAAGGTGCATTACCAGAACTCACTGATGGGCTTGCTTGGATTCTTGATAACAATAATGCAATTGTAATGGGGATTGTTGGAATTGGAACTGCTCTTAAAGTATTTGAAGCAGCAAACTTAGTTATGAGCTTAGTTGAAGCCTTTAAATTAGCAGAAGAAGCAACTAAAGGATTAACGGTGGCACAATGGCTATATAATTTAGCATTGGATGCCTGTGGAGGAACTCTAGGATTAACAATAGGAATAATTGCAGGAGTAGTAGCAGCTATAGTTGCATTATGGACTACAAATGAAGGCTTTAGAGAATTTATAATAGGTTCATGGACTGCAATTTCAGAAGCGGCAGCTACAGTATGGGATAGCATTTGTTTAATTTTCACAGAAACAATTCCAGAAGCTTTTAACAGCCTAGTTGAGTTTTTTACAGAAACAGTTCCAGAATTTTTTGGAACCTTGTGGGAAACCGTATATCAGCTATGTAGTGATGGATGGAATTCAGTAGTAGCTTTTTTTACAGAAACTTTACCTGCATTTTTTGGAGAGTTATGGCAAAGTGTAGCTCAATCATGTAGTGATGGTTGGAATCTTATTGTAGTTTTTTTCACAGAAGCAATACCAGCATGGATAGAATCTATAGGAGCATTCCTAGCAGAATTACCTAATCAAATGGCATATGGCTTAGGAGAAGTATTAGCAATTATAGTAAACTGGTGTGTAAGTACTTGGGAATATTTATCAACTAATGTGCCACTTTGGATAGAAGGGGTAGTTAACTTTTTTGCTCAGCTTCCAACTCAAATAGCTACTTGGTTAGATACAACCTTGACCAATTTAATAGCTTGGGGAAGTAATATGCTGATAGCAGCAACAACAGCAGCAGAAAGTATGTTAACTTCAATAATTAATTTTTTCATGCAGCTTCCAACTCAAATAATGGCTTGGTTAGATGCAACTTTGACAAATTTATCAACTTGGGGGAGTAGCATGCTTACAGCAGCAACGACTACAGCAGAAAGTATAATAACCTCAATAGTTAACTTTTTTATGCAACTACCAACTCAAGTGATGACTTGGTTAGATTCAACTTTAAGCAATTTAGTAGCTTGGGGGGGAAATATGCTAAGCACAGCAACAGCAGCAGCAGGAAATGTGGTTACAGGAATTGTTAATACAATTTCTAATCTTCCAAGTCAAATGATTTCAATTGGAAGCAACATAGTTGATGGTATAAAACAGGGGATTGAAAATGCATGGGATAGTATGACTGGGTGGATTGGAGGTCTGTGTGATAGTTTTGTACAAGGCTTTAAAGATAATTTAGATATACATTCACCTTCAAGAGTTTTCAGAGATCAAATAGGTAAAAATATAATAAAAGGTATTGGCGTTGGTATTGAGCTTGAAACACCGAATTTGGAAGATCAGTTGGATTATAATGTATCAAATTTAACTGATAGATTAAAGGCTAGTGTAGGTTTTGAAACTGCAAGGACTACTGCAGGAATTGTAGCATCAGCTAATAAGGAAGCAGGAGCTAATACACAAGGAATAACTAACAATAATGATAATGGAATAAATGTAAATATAGAAAACTTTAATGGAACAGATAAGCAGAGTGTACAAGAATTAGCACAAGAAATTGCATTTTTAAGTAAAAGAAAATTAGTATAGAAAGGGTGGTAAAATGTTTATATGGAATGGAATAAGCTCTGATGATATGGGTGTTAAGGTGATATCTTTACCACCTGTTTCTTTAAGTGCTGAAAATACAAAGGAAATTACCATAGAGGGTAGAGATGGATTTTTAACAGAATTCAAAGGCTATAGTGGGGAAACTAAAAAAGTTGAAGCAGATTATTTCGGTGATGACCCGTATTCTATCTGTAGCTGGCTTAGAGGTAATGGAGAAGTAACTTTTAGTAATGAAGAAGGTTTTTATTATAAGGCAAGAATTAGTAATCAAATTCCTCTTGAACAGATAATAAAAAATCAAATGTATAATTTTCTGATACAATTTAGATGTCAGCCATTTAAGTATTTTATAAGTGGAAGAAATAAAAATATTATAAATTCCAATGGAACAATATTAAATAATTTTGGAAATCATAAAGCTTTACCTATTATAACTATTTATGGTAGTGGAAACATTACTATAAATATAAATGGTAGAGCTTTTACTTTATCTAATTTATATGATTCCATAACAATAGCCTCTGAAATAGAAGAAGTATTAGAGGGTAAAGGAAAATTAATGGAGGGTGATTTCCCATATTTTGATCCAGGTAAAAACATTATTTCTTGGAGTGGAAATGTTAGTAAAATAGAGGTTACTCCAAATTGGAGAGTGATATGATGATTAGACTGTGGGAGAGTACAGAAAAGAATTTTAAAGGTAATCAATGGATTTTAAGTGAGTGTACTAAATGTCAAATAACAGAAATAATCAATGGTGAATTTACTTTGGATTTGGAGTATCCTCTTCAAGATACTAAAGGAATCAGTAATTATATAGTAAGAGGAAATATAATTACGTGTCCTATGAAAGATACTAGATCTGAACAGCAGTTCAGAATAAGAAAAGTTGAAAAGACCTCAAGTAAAGTAATAGTTTATGCAGAAACTAAACTTATTGCAGATTTAAGAGCAAATAGGGTAAGGAAAATGACAATTGCAGGTAAAACAAGAAAGGAAGCTATACAGTATATTTTAGCTAATACTTTGGAAAAAAATAATTTTACTGTTGGAAATCTAGATAATAATGCAATTAGTAATGTAATAGTTGATGTTAAAGAAGGTTCTGCATTAGAAGCTTTAATAGGTAAAGAAAATAGTATTTTAGGTGAATATGGTGGAGAATTTATCATAAACAATAATGCAATAGATATAGTTGACAGCAGAGGTTCAAATGACGGATTTACTATTTCATATGGTAAAAATATAGCTTCTATAAAAGAAACTATAGATGATACAGACTTAGTAACTGTTCTAATACCAAAGGTGGGAGACTTAAGACTTCCAGAATATTATGTAGAATCTCCAAAGGTAAATAATTATGAGAAAAAATATTTTAAAGAAATAGAATTAAAATTAAAAATTTGGGATGGTAAAGGTGAAAAAGCTTCAAATGAGGTAGCAGAAGCAGAAGCTTATAAAATTATAAGGGAAACTTGTAGCAAGATGTTTGCCGAAGAAAAATTTGATCAAATTAATTTTAATTATTCAGTTGATTTGGTGACGCTTGGGAAGACAGAAGAGTATAAAGAATATGCTATTTTAGAAAACACGAGTTTAGGGGATTTAGTAGAAATAAAGCATAGGTTATTAAATTTAGATTTGGTTGGAAGGATAAATAAAACTATTTATGATGTATTGTCAGATAAATATATTAAGTTAGAAATTGGATTCGCAAAACAAGATATAGCAGATCTTATAAACACTACAGTTAAACAAATTGAAACTGCTAAACAAGAAGTAACTTTGAGAGTAGAAAGTATGCAAAATACTTTGTCTACTCAAATAAAATTAACAGAAGATACTTTAAGAACAGAAGCAACAAATAGCAAAAATCAGTTACAAACTTCTATAAATCAAACTGCTAGTCAAATAAGGCAGGAAGCTTTAGATACTAAAAATAATCTGCAATCAAGCATAACTCAAAATGCAAATAAAATAAATGCTGTAGTACAAGGCGGAAATACTCAAGGTTCCTGGGAATTAAATAAAGATGCTTTTAAGGTTGCTTTTAGCGGAGCTTCTGATGGTTATACTCAAATTAATGGTGATGGAATAACCATTAATGATGGTAAGTTTAGAATTAGACATGATGGAGAAACGGTTTTTAATGTAAGTAAGCGAGGTTATGCTAGAGCAGTAAGAGGTTTTGAAGTTTCAGGAAATGATGAAGACACTTATTGCTTAATTGACAGTACAGGCTTGGAGATATCAAATGAAAATGGTTATACAGGCAGATTTGAAGCTCATTCAAGTAAAACAGGATTATATATTCCAGATGATTTAATAGCTTCTGATTTAGAAGTTGAAGATTTTTGTAAAGTACGTGGAAATCTCAGGGTTAATGAAGATCTTACTGTTTTTGGTGAAAAAAATTGTATACAAGTAACTAGAAATTATGGAGACAGAAGAATAAGTGCATATGAAACTACAGAATATTATTTCGGGGATATAGGAGAAGGTATTATTAGAAATGGAGAATGTATTGTTTATATAGATGATATATTTTCTGAATGTATAAACACAAATATAAGTTATCAAGTTTTTACACAAGTCTATAATGGAAGTGTCACTAAAATATGTAGACATGAAAATTATTTTATAGTTTATGGAGCTGATGAAACAGTGTTTGCATGGGAACTTAAAGGAAAAAGAAAAGGTTATGAAAACAATAGATTAGATGAAAGTGTAATAGAGATAAATACAAAAAATAAAATAGAGAAGATATTGCTAGAGGAGGGGCTATAATGAAAAAAATAACAGGTCTTGCAATTGTAAATTGTGAAATAGGTAAAAAGATAGCTTATACTTATTCAATTTTAGATAATTATGGGAATATAACAACTTCTAATGTAAAGGAAAGCTTTGCAGTGGTAGATGAAGAAATTTTAAAGGCTATAACAACAATTGAAAATAATATAAGTAAGAGACTCTCATAATTAAGCACCTAGTTATAATTACAGGTGCTATTTTTTATAGAGAAGAAAGGAATGAATAAAATGAGTGATATACATGCATTAGAAACAAACTTAGATTTAAAACAAAATTTAAACGTATATGCAAATTGTAAACAGCTAGATATACTTCATTTGATTTTTAATATATTTGATGGTGGATTACAAGCAGATTTAACTAATTACAAGGTTAGATTAAAAGCAATGAAAGCTGATTATATGCTGCTTATCCAAGATACTCAATATACAATAAATAAAAATGTGGTAACAATAATGCCTGACGAACAACTTACAACTACAAGTGGGACGACCAAAATAGAATTGCAATTTATCAATACAAAAACAGGGGAAAAGAAAGCTACATTTAATTTAACTTTAAAAGTAATCCCTAGTGTACTAGAAAATGAAAGAACTATAAGTACAGCAACATATACACTTATGGATGAATTAGAAAATAAATTAGATAAGGCAGCCAGCTTCTTTGAAAATATAAATAAAGCAATAGATGCTAATACAACCTTAGCTGAAACTACAAATAATGCTAATACAAGTAATACAAACTTAAATACAACAATCTCAGCAGGAAATACTTTAAAAACAGCATTAGATGGTTTAAATACTACTGCTAATACAACTAAAAGTAATTTAGATACAAGCAATAATAATGCACTAGCTACAAAAACAGCTTTAGACACATCAAATTCAAATGCAGCAGCTACTAAAACTGCATTAGATGCAAGTAACACAACAGCTAATACGACTAAAAGTAACTTGGATGCAAGCAATTCAACAGCGAATAGTACTAAAACTGATTTAGATAAAAGTAATGCAAATGCATTAGCAACAAAAACAGATCTGGATAAATTAAATACAACAGCAAATGTAACCAAAGCAGATTTAACTACTGTAAATGACAAAGCTACTGTGACTAAGAAAGATTTAACGGATATAAATACAACAGCAAATAGTACTAAAACTGATTTAGATGCTGAAAATGTAAGAGCAGAAGCAAATATAACTGCGATGGAAAGCTTTGGAGATATTACAGCACTATCTAAAAATGTGACAAACCTTAGGGCAGAGGTTGAAACTGCTAGAGGCGGGGAGAGTGATTTAGATGGAAGAATGGACAAGATTGCTACACAATTGTCTGATAATACGCAGAAGATAGCACAATTAAGCAATCCAAACTTATTAATAAATGGTGATCTTCAAATATGGCAAAGAGGCACTAGTTTTAGTAGCTCTGGTATTTATTATTCTGCCGATAGATGGAAAGTAGATGCTGGGGGTTCCGGTGGAGTTACACACAGTATATCCAAGCAATATGATGATGTTTATAAAAATTTTATACGTATTACCACTACTGGTTATGCAAATATTTGGCATCAAATAGAACAAGCGGAATTAGATAAATTAAAAGGTAAGACTGTAACTTTATCGTTTTATGCTAGGAAACTTAGTGGAAATTTTGTATCAGCTAACTTTAGACTTTATGGAACTTATATAGATGGAAATACACTAACTACTAATTGGGCAAGGTATGTAATTACTACAACTATACCGCTTGACGCAACTTCAATAAATATAGGTCTTGTTAATTTCGTTGCTGGACAAGGTGGTAGCGCAGTTACCTGGGATATAGCCCAAATAAAACTTGAATTGGGTTCTATAGCAACACCTTTTGTTCCAAGACTTTATGCAGAAGAATTAGCATTATGTCAAAGGTATTATGAAACAATACAATATTCAGTAGTACAGCCAACAACGGCAACAGGGCAAGTAGTTAGAGCTATTTATAATTTTAAAACTATTAAACGAACTACTCCGACTGTTGTTTTAAATGATGGATATAGAGGTGGTTTTGGGTTACCTACTCTCTTATCTTATGCTAATGGGGCTGTCGGCGTACAAGCAACTTCAACCTCAGTATTTAATGGTAGTGAATTCTCAGGCTCAATAAATGCAGATTCAGAAATATATTAGGGGGTGCAGAGTATGGAGGAATATATAAAAGTTTATGTAAAAGTAGATAGTAACAATGTTATTACTCAAATTGATAGTAGTATATTCTTATTTAATGTTGAAAGTTGGGTAAAAATAGATGAAGGCATAGGCGATAAATACAGCCATGCGCAAGGGAATTATCTTGATAAGCCCTTAATTGACATGCAAGGTAAATTTAATTATAAGCTCGTGGATGGAAAGATTGTAGAGTTAACAGATGAAGAAAAGGAAAAGTTATTTCCGACTAAACCAACTCAAAAAACGGAATTAGAAATTTTAAAAGAAACAGTTGATGCTTTAGTATTAGCTAACTTGGGGGTGTGATTTATGTATGAGACATTACGAAGACTATATCAAGAAAGCAAATTAAAAGAAACAGGATTAAATAATGCAATTACAAAAGGATGGATTACAGAAGAACAAAAGGCAAAAATAATTACTAGTGTTGCTACACAATAATTGGAAAATAGGGTGTAAAACTTAATAAGCCAAATAAGCACCATTATAGGTGTTTTTATTTTACTTATTTTTACACTAAAATGAAGTATGTAAAAATTTACTAAAATTCTTAGATATAAAGTAATTTGTATTACGATTATTGTTGGATTTAATTGGTATTAGAACTAAAATAAATATAAGGAATGCGCATTCATTTATTATTGAAAATAAGGGAGAGAATGATAGATGAAAAATTACTTTAAAAAGTTTAGTATAATGTTTGTAATGTCTTTAGTATTGACACTAGGATTTTGTGTTAGTGCTTTTGCTATTACTGATGATGGAGTTGTTGGAACTTCTAATTTAAATAATACAACTAATAATAGTGCAGTAGTTGGAAGTAAATTAGCAGCTCCAGAAAAAGGCTGGAAAAGATATGATGATAGTGATAGTAGGATAAAATATATTGGCAATTGGACTAATGGTACATATCCAAGTTATTACAATCAAAAATATCATGAAACAAATACAGTTGGTAGTTACTGTACATTCAAATTTAGAGGAACGCAAATTCGTATTATGTCATCAATGATACTAAATAGATCTAAGAATATAACTGTAAAAATTGATGATAACATTGTAGAACCTTCATCACAATACAATAATGGTACATCAGAGGGAATATATTTATTTTATACAAAAACAGGTTTATCAAATATAGAACATTCAGTACAAGTAATTTGTAATACAACTGGTATAATTGGCTATATGGATATAGACGCTATAGATATAGATGATACTGGTAAATTAATAGATCCTAATGAATCAATATCATTGGATAAATCAACAATGAATCTTACAGTAGGAGATACACAACAATTAACTGCAACAACAACTCCATCAGCAATAGGAGTAACATGGAAATCAAGTGATCCTTTAATAGCAATAGTGGATTCAAATGGTAAAGTTACTGGGATTAAAGAAGGTTCATGCAACATAATAGCAACAACAACCGACGGAAGTAATTTAACTACAGCATGTGCTGTATCAGTAATACCAAAAGGAACAGATCCAAATCCTCAACCAATAGATACAGAGTATATAACTAATATTGCTCATGCTAAAGGTACCAATACTAATAACCCTGGTGGGGAGGTTACAATTATATTTCATGGAACGGCTGATACTACATTGAGTGTATTAAAAACAGCCGATGTAAAAGATGTATGGATAGGAGATAATTTTACATATACTCTTGTAATAACTAATACTGGGACAAAGACAGCTAAAGCAGTAGTGGTAAATGATCCAGCTCCTAGTCATATTGATTTTAATGTTAGTGGAGTAACAACTACTCAAGGAACAGTTGATTCAAGTTCAACATCTAAAAATATTATAGTTAATGTTGGAGATATTCCACCTGCAGGAACAGTTACAATTAAAATACCTGCAACAGTAATAGCATAAATTGATTGTTTGAGAAGATAATTAAATATAAAGTTTATAAAAGATACTTGCAGAAATGTAGGTATCTTTTTATGTTGCTACATAATTGGAAAATATGAAGTAGAATTAATAAAAATATATAAATGTAATCTATAGTTAGATTTGCAAGAATTTTTGTATTATAAAAATAAAAAATAATGAAGGACATTATTTTAAATCATCTAAAAATTATATTGTAGATAAATTATAAGAAAATTATAGAAAAGCTAGAGGAAATGTATAAGAATTTGAGATTTAGAAGTCTTATAATAGTAAATGGGAACAAAAGATAGTTTCCTCTCATAACTTAATACCCTTTTAAAGTACCTAGTTTAACCCATAGACTAGGTACTTTTTTGTACAAAAATTTAATGTAAAGGGGGAGAGGCTTTTGCTGTGTAGTTTCAAGTAAATAGATGATAAGGGAGAGTTGCAGAAGGGATACTAGAAGCTATTATCCATGCATGCACGACCAAGAAAGTAAAATAAAATATGGGATTTTAGGGGGCGATTCATGATTAATGAATTAATAAACTTAATTAACAATATGTTAGTTGAAAACTTTCCAAGTACAAAAGTATATTTATCAAAGACAGAGAAGGATTTTATAAGACCTTCTTTTTTTATTCGCTATATTACTAGTAGGCAGAAGGATTTAAATAGAAATAGTTATTTGAATGTAATAACTATAAAGATAATTTATTTTCCGCCACTAGATGAACTAATGAATGTGGACTTGGTATCACAAAATGAGGTTTTTGATAAAATGCGAGAAATTTTTAGCAGTGGGTATATAAAGGTTTTGGATAGAGCTGCAAAGATAAGAAAGCTAAGAGGTAGAACGAAGAACACGGAGATTCACCTAAAGCTTAAAATAGACTTTACACAAGACCGAAGCTTTAATACTCCTGAAAGTCCAAAAGCAGATAAAGTTAAATTTAATTTTTAAGGAGGAATAAAAATGGGAGAACCATCAATACAAATTGTATTTAAGCAAGCAGGTATTACTGCAATTAAAAGAGGAGAAAGAGGTGCAGTGGTACTTATTTTAAAAGACACTATGCCAGCAACCTATAGCAATCCAATTAAAATGGAAACTATAGATGAAATTCCAGAAGGGTTATCAGACTTTAGTAAAGAGCAAATTAAACTTGCAATGATAGGCTATCAAAATCCACCTAAACAAGTTATTGCTTATATAGAAAAAGCAGATGCAGCTGATTATTCAGAAGCTCAAAGCTATTTAGAAACTATAAAATGGGATTATGTAGTAGTTCCAGGGATTGGCATAACTGTAGATGGTAAGCCTGATACAGAAGCAAATACTACTTCAAGAGCAACGGATTTTGCTACTTGGATAAAACAACTAAGAAGTACTAAGGATATTAAAGTTAAAGCAGTGCTTCCACATTGTCCAGCAGATAATGAAGGAGTAATTAATTTCTGTACTGATGATATTAAAACTGCAAACAAAACTTATACAGCAGCCGAATATTGTTCAAGAATTGCAGGGATGCTTGCTGGTACACCACTAACTATTAGTGCTACTTTTGCACCACTTGCAGAAGTAATTGATGTGCCACATTTAAAGAAAGAAGAAAGAGATGCAGCAGTTGATGCTGGTAAATTAATCTTATTTAATGATGGAAAGAAAGTCAAAATTGATAGAGCAGTAAACAGCTTTGTTACTACAATTGAAAACAAAGGTGATGATTTTAAGAAAATTAAAATCGTAGACATTATGGATTTAATTCATGATGATATTAAGACAACAGCTGAAGATAGTTATATTGGTAAATATCCAAATGACTATGATCACAAGTGTTTACTTATTACTGCTATTAATGGATATTTTGAAGGTTTAGAATTAGATGGTTTACTTGATAGCAGCATTGAAGGACAAAATAAAGCTGAAATTGATTTAGAGGCTCAAAAGGTTTATTTAAAGAGTCAAGGAACAGATCTATCAAGTATGAAAGATCAAGAAATAAAAGAAAGTAACACAGGTTCTCAAGTATTTCTTAAAGGACAAGCTGTTATTTTAGATGCAATTGAAGATATTAAATTTCAAATATATATATAGGAGGCGGTTATAATGCCACAAGCAAAACAAGTTATAAACGGAACATGGGGAGAAGTATGGATTAATGGAGAGTATGTTTCAGAAGTGTCAGCTCTTCAAGCAAAGGTTACCTTAACAAAGGTAGATGTTAATTTTACAAGGGATTTATGGAAGAGAAGCAAAGTAACAGGGATAGAAGGAAAAGGAACCTTGAAATTACATCATGTGTCATCAAGAATGGCAATTTTAATGAAGGATAATATTAAACAAGGAAAGCAAACAGTATGTACTATAATATCAAAATTGGCTGATCCAGATGCTTTAGGAGCAGAAAGAGTTGTACTTAAGGATGTTACTTTTGATGAGTTAACAATAGCAGACTGGGAAGTTAAAAAGAATGTTGAAGAATCACTTCCATTCACTTTTTCTGGTTATGATTTCTTAGATATGATTGAACCTCAATAAAAATTTTGAGGTTATAAAAATTTGTAATATCAAAAGCACAAAAAACCTTACTGAAAAGTGAGGTTTTTTGATTTAAATTAATTTTAGAAAATGGAGATGAAAGTTATGAATTTAGTTGAACAATTATTAAAAATAGATGCAGGTAAAATAGAAATTCCATCAAAGGAAGTAAAGCTTAAGCTTGCTAAGCTAGGAAACAAGGAAATTACCTTTACTTGTAATGCAATTTCTATGGAGAGATACAATGAAATTCAAGAAAGAGTGTTACAAGTAGATAAGAAAGGAAATATTCAAGGTTTTGCTACAGCTCAAGCTAAGATAGAAACAGTTCTTGCAGGAGTGCCAGAGCTTAGATCAGAAGAACTTATGAAGCATTTTAAAGCTCCAACTCCAAAGGAACTTATGAATAAGATCTTCTTACCTGGTGAAGTTGATATTTTAGCAGATACTATAAGTGAAATTTCAGGAGTAGAATCTACTAATAAAAAAGAAGATATAAAAAACTCATAAGCACTGATGAAACTGTAAATCTCTTATATTACTGCTGGAAACTTCATGATAAGTGGCCAGCAGAAACAATTAATAGGGGATTTGGAGAAAAGATTATCATCAGTGCTTTTATTGAACAAGAAATTGAAGAGAAAATGAAACAAATGGAAGCATTGTATCCAGGAGGTGATGATTAATGGCGTTTGAACTAGATTCAGCATTATTAAAAGTTGTTGATGGAGCTCAAAAAGCTCAAAAGGCAATTGATAGTTTATCACCTGTAGCTTCAAAAGCATCAGAAAGTGTGAAAGCAATTTCTAAAGCAGCAGAATCAGTAGATAAACTTGAAAGTAGTGTTAAAAATACAAGAGACGCAATAGGAAATACAACCTCAGCTGTTTCTAATTTTATACAAGCATGTACAGATAATAGTGGGGAAAGATCCTTTGAAAATATTGGAGAGAAAGCTAATGATGTAGTTAAATCAATATCTAATGTATCAAAAACAGTTAAAGATATGAAAACTAATTTTAATAATACAAAAGCTGAGATTGAAAATGTAAAAAACAGTGCAACGAATTTGTATAAGGCCTTTGCAAGTACAGATTTGGGTAAAAAATCTATTGGTTTTATAGGAAAACAGGCTTCCAAAGTAGCTCAAAAACTTCCTAAATCAAAGGGAGGTAAAGCCTCAGTAGTCTTAAATAAAGGTGGACAAGTAATAGGAAAGGCTGTTGATGGAGTTCAGAAAACTAAAAAGGCAATAGAAGGTCTAGCACCAGTGGCTTCAAAAGCAACAGAAAGTGTACAAGCAATAACTAAAGCATCAGAATCAGTAGGGAAAGTTAAAAGCAGCTTTAATGATACAAAAGATGCAGTAGGAAATGTAAGAACTTCTGTTTCTGATTTAATGCAAACACTTACAAATAACAATGGACAAAGATCTATTGAAAATATTGGACAGAAAGCTAAAGAGGTAGTTAAATCAATATCCAATGCATCAAAAACTGTTGAAGATTTGGCAACTAATTTTATTAATGCAAAAGATGAGATTAAAAATGTAAAAAGTACGGTGTCAGATTTGTATACAACCTTTAAAAATAATGATTTGGTCAAAAAAGCTACTGGCGGTATAGGGAAACGGGCTTCCAAAGTAGCTCAAAAAATTCCTAAATTAAATAGCGCTAAAGGGTCAAATACTGCAAAATCAGCTGGAATTGGTGGTAAAGTCTCTAGTGTAATGAATGTAGCTAAACAATCGATGGGAAAAATTGGTTCATTAATTCCTTCTGTAACAGCACCATTACAAGGTCTAGCTGGAAGTTTTGGGAAAATTAAAGGTGTAGTTTCAAAGAGCTTTTCATCTATATTTGGAATCTTTACTAAATTGCCATTACCTCTTCAAATAGTAATTGGAGTAGTTGGACTACTCGCAGTTGCCTTTGCTACAAATTTTGGTGGAATAAGAGATAAAGTTAAAGCAGTAGTAACCTTTATTCAAGCTAACATGCCTAAAATAAAGAGTATAATCCAAAATGTATTTAAAGGAATTCAAGCAGTTTGGAACTTTATATTAAAACCAGTACTAACAGTTGCTATTCAAATTTTTGGGAAACTAATCAGCTTTGTAACAGCTAACTGGCCACTTATAAAGCAAACTATTACAACGGTTATGACAGCTATTAAAACTGTGATTACAACAGTTTTAAATGTAGTAATGTCTTTTTGGAATGCACATGGACAAACTATAAAAGTGGTAGTAGGTGCTGTTTTTAATCATATAAAGCTTGTTATTACAACAGTATTAGCTGTAATAACAGGAGTAATTAAAGCTGTTATGCAAATAATAAATGGAAACTGGTCAGGTGCCTGGAATACTATAAAAGAAACAGTCTCAACAGTATTTAATGGAGCTGTTGATATTGTTAAAAATGTTATAAATGCAATAAGTGCAGTATTTAAAGATATAGCAAAAACAGCACTTACTTGGGGAAAAGATATGATAATGGGTATTGTTGATGGGATAAAAGGAGGAGTAAGCTATATTGAAGATGCAGTTAAAGGCGTAGCAGATAAAATAAGATCCTTTCTTCACTTCTCAGTCCCAGATCAAGGACCGTTAGAATTAGCGGCTTAGAATCGTGAGGTTCTTCGAAAAACAATGTGAACTTGCAAATGCAAGGTGTGAGTTTTAATTAACTTGCTAACGTGGGAAATCTAAGTTTTGGTATAATAAGACTCAATTTAGAATGGGCATAGTGGCTTTTTTATTACACAAAATATGATAATCACGTGCCAAGCCTAGAAATAGGAAGGTGTAACGACTATCTCGAAAGAGAGTAGCTTTAAGGTGAAATTCCTTATTGCGAAGTGCATTGGCTCTTAATTTTAAGAGTATGATATAGTCTAATCCCACTATTTAAATAGTGTTAAAGTATCTCGAAAGAGAGGGTGCTAATGTAACAGATTACGAAAGCTGGATGCCAGACTTTATGAAGGGTATGGGACATGGAATTAAGGTTAACACTCATTTAGTAACTGAGCCTGTCAAAGACCTTTCAGTTGGAATAAAAACTAATATGAATGGCGGCTTATCTGGTGGAAGTAAATCCGGCAGTTTAGGTCTTAAAGGAAGTACAAATACAACCAAGGACAATAGTGCACAAAATGGTTTTGCAATAACTATAGCTAAACTTGCTGATTCTATAATAATCAGAGAAGAGGGTGATATAGATAAGATAGCAACAGCCCTAGCAAATAAGTTAAGTCAAACAGCACTTGGAATGGGTTAGGAGGTAATTAGAAATGATAGAATTTTGGCTTAATCAAGATAATGAATGGTTACAGCTGCCTGTGTCCCCTTCTAGTTATTCACTCAAAGTAGGTAATAATAATACAGTAATTAATGTTGAATCAGTTGGAGAATTAAATATTTTAGGAGAATCAAAGCTTTCAGAAATATCTTTTGAAAGCTTTTTCCCTGCTCAGGAATATTATTTTTGCGCATATTCTGATATTCCTGCACCTATTGAATGTGTAGTTCAAATAGAGACTTGGAGAAAGAGCAAGAAACCTATAAGGGTAATTCTTACAGATACAGGCATTAATGATTTATTTTCCATAGAATCCTTTGAATATGGTGAAAAAGATGGAACTGGAGATATATATTTTACTTTGGAACTAAAGCAATATAAGGTTTTAAAGTTAAATGAAAAAATTGTTGGACAGTGGGGGGCAAGTTTTAGTTTTACTAATTCAAATAACATATTAGGGGGAAATTCATGATGCTTAGGTTAAATGAAAATAGTTCTAAAATGTTAGGTGAAAATTATGATTAGGATATATAGCTTATACGATGGCTGGGATTTAACAGAAATAACAGCAGTATGTAAAAATGTTGAACTATCAGCCTCAGTTGATCAGCCAGCAAGAAAATGCACCTTTACTATGGCTTATTCTTTAACAGATAATAATCAACCAAGAGTTCAAATAGGACCTGGAACCTTAATTAGTATTATTGAAGAAGATTATGGAGAAATTTTTAGAGGAGAAGTTGTAGATAGAACTTTAACAAGTTCTAGCCAAGAGGAGTCCTTCACTTGTTATGATTACATGAGATTTCTTATGAAGTCCTCAACTAGTATGAATATTAAAAATATGCCTCCAGAAGGCGTTGCAGCTAAATCTTGTGAAGAAGTTAATATAACAACAGGGGAGATAATCGCAACTGGAAAGCCTATAAATAGGCTTTGCCCAAATAAGACTTACTACAACATAATTATGGAATGCTATAGTGAAGCTAGTAAGCAAAATGGAAAACAATATATTCCCATAATGAGAGCAGATAAGTTAAGCATAATTGAAAAAGGACGGGTTGTTTCAAATTATGTTATTCAATCAAGTAAGGATGATACTTACAACAATAATTTGATTGATATGACTTATAAGGATTCATTAGAGAATATGATAAATAGAGTTGTAATTTTTGATGCTGATAATAATTATGTGGATAAAGTAGAAAACTCAAGCCTTGTAAGTAGTTATGGACTTTTTCAAGACTCTTATTCAATAGAAGATGGTAAAGATCCATATAATGTAGCTCAAAATAAATTGTATGCTTTTGATGAAGAAATTGAACTTGAAGCTCTTGGAAATTATAGTTGCTTAACAGGTTATGCGGTTAAAACTAAGATCTGGTATCTAGGTTTGCTTAATAATGCAACAGTATATATTAATGCTGATACTCATACTTGGGAGTGTGGAACTGGAAAATATACCATGAAGCTTACAGTGAGTTTAAGTAACAAAATGGATTTACAGGAGGTTGATAGCTAATGGACCCTTATGTAAAAATGCTTAATTTAATGAAAACTAAAGGTGCAGAAAGTAATTCACCAACCATTAATATAGGTAAAATTATAGCTCCTCCACCTGAAATAATAATTCAAACTAATGATTTGCAGCTCTATAAGGATGATATTTTAATATCAGAAAGCTTAGTAGATTATAAGCAGGAAATAAGTATAAGCAGTGCAGCAAGTGGAGGAGTTTCCTGTGGAGGGCAGCTTCAAAATATTAGTATAGAGAAGCAAGAAATGCAATTTCATAAAATATTAAAAGTAGGAGATGAAGTTGCAGTGCTTCCTACAGCAGATAATCAAACCTGGGTAGTTCTTTGTAAGGTGGTGAGATTATAAATATGAACAGTGTATTACCAAAAGCAAATTTGAATTTATCAACTGTAATTGCTTCCTTTTCAGATAAGCAAAAAGAAGTAACAATGCCCAAAGAATATGCTTGGGATTTTGATAAAAATGATTTTAAGCTTAAGGATGGAAAATTTCAAATTGTAGAAGGAATAGAAGCTTTAAAGATTTGGGTATGGAAAGCATTAAAAACAAGTAGAGCAACCTATCCAATTTATAGCAGCACTTATGGACAAGAAATTGAAAAGCTAGTAGGCAATGGGCTAAGTAAAAGCCTTATTGAAAGTGAAGCAAAGAGGTTGACTTTAGAATGCTTAAAGGAAAATGAGCATATTTTGAGCATCAAAAATTTTAAAGTAAGTAAAGAAAAGGATTTATTAAATATTTCATTTACAGCAGTAACTGATTGTGGGGAGGTGATAATTGATGTATGAAAATAATACTGAAGAAGCTTTGAGAACACAAATGCTTAATGCTATTGATTCTGGAATATCTAAAAGCGAAGGATATTTTGTATACGATGCTATAGCACCAGCAGCAAAGAGGTTAGCTGAATGTTATTCCACATTAGATACAATTTTGAAATTAGTATTTGGAGAGCCAGCACCAGAAATACCAGCTAAGGATTACGATAAATTTATAGATGAAGATGCGGCAAGGCATGGTTTAGAACGTAAGCAAGGATTTTATTCTGTAGGCAAAGTGACTTTTATAGGTTTAGAAGGTTCAATGATTTATGAAAATAGTATTGTTCAAACGGTTGAAGGCTTGAAATATAAGGTTATTTCTCAAGGAAAAATTACTGATGGAAAATGTACTCTAGAGATTAAGGCAATGGAATTAGGAGCTAAGTATAATGTACCATCAAATTCTATAGTTCAAATTCCTATTAAAATAAATGGTATAACAAGCGTTAGTAATTTGGACCCAACTACTAGTGGAACTGATACTGAAACTAGTGAAGAATTGTTGAAAAGAATTATAACAAAGGAAAGAGAAGAAAGCAGCAGTGGAAATATTTATGACTATGAAAAATGGGCAATGGAAGTTTCAGGCGTTGAATATGCTAAGGTAAAAGCACTATGGAATGGAAATGGAACTGTGAAAGTAATAGTTGCTGGGGAAAATGGTGCTCAATTAGATGATACTATAATTCAAAAAGTAAAGGCTCATATTGATCCACAAGATGGACTTGGAAGTGGTAAAGCTCCTATAGGTGCTACTGTAACAGTTGTTTCTGTTATGCCTATAGAGATAAAAGTTAAGATTTCAGGCCTTGTTATAGAAGATAAATACAACTTAGATGATGTGAAGCTTAATATTAAAAAGTCTCTTGAAGATTATTTGAAAAAGGTACCAGCAGGGGGAACAGTAAAGATAAATGCTGTGGAAGCTGTAATAGTAATGACAGAAGGAGTAAATGACATAACGTCAATTAGGATAAATGATGATACTAAAAATATAACTACTTTAGATGAGAATAAGGCAGCTTTGGGAGGCATTGATTATGAGTAAAAATGCAGAAATGTTAAAAAGCTATGTTCCTTATGAAATACAAAACAGTAATGTTTTTAATGAAATATTTAATTCTTATGGACAAGTGTTTGATAAATTAGGTATAGAGCTTTCAGATTTACTTTTGCAAATATTACCTCAAACTGCAGCAGAATGGGGCTTAAACCTTTGGGAAAAAAGAATTGGAATACAAACCAATACTTCTAAAACTATTGAGGAAAGAAGAGCAAGAATTTTAGCCAAACTTAGAAATAAGGGAACAACTACAGTTGAAGTAATAAAGCAAATCTGTAGAAGCTTTGCTTCAGAAGTTGAAGTGATTCAACATAACTCAGATTATTATTTTGAAATAAATTTATTGAGCAGTACAGGATTTCCTTATGAACTAGAAAGTATGTATGACAATATAGATATTGTAAAACCAGCGCATCTAGGAACAAAATACAAATTAACATCACTTTCCAAAGCAGAAACTTATTATAGATTGGCAGCGACAACAGGAGAAGTTATAGTAGTTTATCCCTGGATTGCAAGAACAATAAATGCAAATACGAAATTAGAAGTTGGAATAAGTCAAAATAAATCTTCAGAAAGTATGACAATATATCCAAGAAAGGGGAGAAAATAATGTCAGAAAATTTTTATACAATATTAACTGCAACTGGAAAAGCAAAATTAGCAAATTCAGCAGTTCTAGGCAGCAAAGTTAATTTTAAAACCTTAAAAGTAGGAGATGGAAATGGAGCTTACTATGAACCAACAGAAAGCCAGACATCTTTAGTAAGAGAGGTATGGTCAGGAAATGTAAGCTCAATTTCCGTAGATGAAAATAATCCAAATTGGATAGTAGCAGAGACACTGATACCAGCAACTATTGGAGGATTCTTCATTAGGGAAGCTGGTATTTTTGATGAGGATGGCGATTTGATTGCCATAAGTAAACTATCAGAAACCTATAAACCAGTAGTTTCTGAAGGAAGCATAAAGGATTTATGCATTAAGATCGTATTAGAAGTTAGCAACGTTGCAAGTGTTACCTTAAAGATTGATCCTACAGTGATTGTAGCGACTAGAAAGGATATTGATGTACTTCAAGCTAAAATGGATGCATCAAATGCTGAAACATCAGAAGAAATAAAGGAATTAGATAGCAAGCTTTCTGAACAGATATCAGAATTGGCCAATGAAATTTCCAATAAAAATGTAATAACTCCAGCTGTAGGTTATGGAATGAATAATGTAATTAAGAATGTAGGGGAAACAAGTGTGTCACCTAAGTTTACTATACAAGGGAAGACTGTTGTTAATTTACTTGGGAAAGATGGGAATTGTGAGGACTTAAGTAAATGGTATTCTAGTGGCGTAACAAGAGTATTAGATGTATCAAATAAAGTATTTGGCAATAATGGTATAAAAATAATTGAGAATTCGGCTAATAGTAATTGTGCCATAAGTTTAGATGTAACACCTTTTATAGATAAAACAAAATATTATTGCTTAAGTGGTTACTTAAAAAATGGAAATATTGATAGTAATTTTTATATACAAATATCTGATAATGTATCTTATGCAATAAATTCAGTTGATGTTACTGATTCAACTAAGTTTAATAGGGTATTTCTTAAATATGATGCTAGCAAGATAGCACCTACAAGTACCAACAGATATGCATATGTAGGTGTAAGAGGAACAACTGTAGGGCAATATGGATACTTGGATGGAATAATGCTAGAAGAGATAACAAAAGAACAGTATAGTGACCCTAACTTCCAGCCAAGTCCATATGTAGATTCTTATACATGTCTTCAAAATCCATATATAGAAGTAAGACATGATAACTTGGTTAGAAATGGTAATGGCGAAGAAGGAACTGCTTGGTGGCTGCCAATTAATTCTGGTGCAACATTAAGCCTATTAAATAGTAAATTAACATTAACAACAACGTCTACGTATTTATGGGTTAGGCAACCAATTAATGTAAAACCTAACACGGACTATTATTTAGCTGGGAATGTAAGTGGTAATGTTAATCTTGTAATTGCTAAAGGAGACTTAACAGGAAATATATTGATAAATAATGGAACGTTTAACTCTGGAAATAACTCTGTTATAAACGTTGTTATTAACAATAATAACATTGGTACAGGAACAGCTGATTCTATCATGCTAGTAGAAGGAACTACAGCGCCAATATCATATAAATCATGTAGAATAGAAAGATGTGTTGTAGAAGGAAAATTTGCTGATGGAGATTCTTTAGTATTAGAGAATGGAGAAGTAACTGGACAAATAAATTGGAAACATAAATCTTTAATAGGAAAGGACTATGACTGGGAATTGCAAGGAGATTATACTGGATACAAGTGTTTAGATATTAGAACTCCAATTGCATCTGATAGAATAAATAAAGGGATAAATACTAACTATTCAGATTATGTTATAACTAAGTACAATGGGGCTATTATTAGAAATATTAATGCAAGTGCGTGTATAGACTCTGGTTGGATAGGTTTAGGAGATCAAATAGGTGTGTGTGTAGCTGATTCAGAAAGTGGATGGACAGAAAGTATAAATCCAAACAATGATGAAGTAAAAGCATTTATGAATGGATGGAAAGCTATATGGAATAATGGAACTAGATATATTGCGTGGGCAAGTATAATAGATAACTCTTTACCAAGTGTTATGAGTCAAAGTACAACTACTGCAACAGGAACAAGCACAACATCGCTACCCGTTGCAGATGGAACTAAATTTTCTGTTGGTGCTATTTGTGTATTTCATCCAAGTGGGTATTATCAAGTCGTTAATGTCAGTAGTATATCGGGAAACAACCTAACTGTATCTAATCCAGTTTCATTTAATAATGGAGCAGTAGTAGGAAGCATTTCTGACAATGGAACAACCAATGTATCAGTATTAACCTACTGTAAGAACAATGTAGCACCTAACTACGAAGGATATCAGCTACACTATAAATTAGCTACTCCAGAACCACTTACTGATGTTAATGCTAATATTCATGGGGATATTCCTAAATTAGATGTAGGAGATAATTATTTATTATTAGATAGTGGAAGCGTATTAAATGAAGTCGCAAATCCACAATCTCACAATGCTTCAGATTATCAATATAAGATAAACTCTAATTATTATGATGGCAAAACAGCATCATATTTAAAAAATAAAACTGAAATTATAAATGGCATATTTAGAAATGGTTTATGGGATTCAATGAAATGGTTGATAAAGTCTCAATATGAGTATTCAGCATATGGAAATTGCGGAGCATATATAACAGCTACTAACTTTGACACCAACGCAACCTATACTGTAGATTATAAAATTTTATCAACTATAGCACCTCAAATAGGATCTTTTATATTCAATTATGAACAAAATATAGTATCGGCTATTAATAATTTAGAAGACCAAATAGATAATCGACAAGCACATGATAGTATTTTAGATACTCTGGTGGATTTAAGTATATACGAAAAAAAGGTAAATTGTTCGCTTTTTAATAGAGCTTCAAAATGTAGCAATTTACCTATAATAGAGTATATAGTTCAGTTTACACCTAAAAAAACCGTGCCAATAATTTCTTTATTGAATATAGGTACTAGCTACTGTGATGGAACCAGTGGATATGTTATACCCCTTTCTGATGTTAAATTTACTGTTTATATACTTGATAAAAGTACTATAAAAGTTACTAGTGCTTATACTGGAAATAATACAACAATACAAAATAATCTTTATAATTATGGTGGATGGATAGTATTTGATATAACCGCAGATTGTAGAGGAAGAATATAAGGAGGGTATAAACTATGAGTTTAAATTTAGATAAAACAGATTTAAAAGATAATGTATTAATTATTCAAAACGATGATAATTCAATTAAATGTATCCCAAGAGAAAATGCCACAGATTATGAATTAAGTTTATTTAAAGAATTTGAAGTTGCTTATCCTAATGGTAAACCAGTACCTTTAGTAGAGCAAGTAGTAAATATAGCAACTGATAGAGAAAGAATAGAAGCTTTAGAAAATTACTTATTAGAAAAAGAAACTGCTGAAACTATAAAATAAATTGTATATATGAAATGGAGTGATCTTAATGACAAAAATGCAGGAAGTTTTAGGGAAAATTTTAAAGAATAGGATTGAAAGTGAATTAGTAAAGGATAAAGCAGAACAAAATTTTGCAACTATCAAAGAAACTATGGATATATTTTTAGCTGGAGATAAAATTGCAGCAGATCAGTATGAAGAGTTTACAAATTTGATTAAACCATCAGATAACACAACTGATAACTCTGAGACAAAAATTAGTTAATTTAATATTATTTTAAGATTATTATTATATAAATGTAACATTTGTAGTGTATTATGGTATTAAGAAAGGTGGGTGAGAGAATTGGGAAACCTAATTAAAATTAATCTCTATGCAGAACTTAAAAACAAAAAGCAAAACAAAGTAAACATTAAAAAGGTTGAAGAGATTATATTAAATTATAACAGTTGGTTAAGGAATACCAATAGAGAGGACAAAATAGAAAACTATGAGAAGTTTTTACGAGCTCAGTAATTATCTTTAAAGGTGGATTAGGCATTAAGGTTTAATCTGCCTTATTTTTTTCTAAAGAATAAATTGAAAAATTAAGATAAGAGATGGTCTTAAATTGAAATGCCTAATTAAAGAAGTGAATATATATTATAAGAGATTAATTATAAGAAAAGTATAGGAAAATTAGAGAAATTGTATAAGAAATTGATATTTATAAGCCTTATAATAGTAAGTGGGAAGGAAAGATAATTTTCTCCTAAGAAGTTAATACCCTTTTGTTAAAAGACATTTATAGAAATATAGATGTCTTTTTTGTGAGTAATTTTTTAAATGCTCTTATATTTAAGGACCTTTTTTAAAACTTATTTGAGTGAGGAGGTGGTAATATAAATGATTTATTGGTAGCAATTAAAAATATTATCAAAAACAATTTTCAAGAAAGTAATGTATATAGTGAAGGCAAGGAAGAAAGCTTTAATAAGCCTTATTTTTTTATTAAAATATCAAATTCAAGTGAAGCTAAAGAGCTTAATAGAAGATACAAAAGAAATATAGCTTTTGAAATTAGCTATGTAAGTGATAAGGACAATATCAATGAAGAATATTTAAACAAGGCTGACGAACTATATGAACTTCTAGAAATCGTAGAAAAGGGAGAAAGAAAATTTAGAGCACTTAATATGAATCATGAGGTAAAAGATGGGGTATTATATTTCAAATTTCAATTAGAAGTCAGTTTAATAAAGAATACTGAAGAAAATAGTATGAAGCAATTGGAGGTAGATGTACTTGGAAAATAAGTTTTCTAAAGAACAAATCATAGCATCTAAACAATTTACAATTAACCAAAAGGATATTCTAAATGCCTTATTAGAGGATAGAGAATATAGCATTGATGAGGTAAGAGAAATAATTAATAATTTTAATAATAAGGAGGCTAAATAAATGGCTGGAGGAACATGGATAAAACAAAATAAAGTAAGAGCAGGAGCTTATATAAATTTTAAGGGTAAATATGATGAAACAGTTGCTAGTGAAAGAGGTATTGTTGGATTACCAATAGTATTACCTTTTGGACCTGAAAAGGAAATTATTGAAATAGATAACAACACAGATTTATTTGAAATTTTAGGAATTCAAGAAGAGGATGCTTGTCTTTTAATGCTTAGAGAAGCCTTAAAGAAAGCAAATAAAGTGTTACTTTATAGAATTAATGGAGGCGTTAAAGCAGCTTGCACATCAGGAGACTTTGTTATTACCTCTAAATTTAGTGGGACTGTAGGAAACGATATTAGAGTTGTAATTCAAAGTAATATTGATGATGCAGGATATTTTGATGTAATTACATTTTTAGGTGATATAAAGGTAGAAGCTCAAAAAGTGAAAACTTCAGCAGACCTTGTTTCAAATAGTTTTGTCGATTTTTCTGGAAAAGGAGATCTTACTGTATCAGCCGGACTTAAGCTTGCAGGAGGAGAAAATAAGGCAGCTACAGGAGAAGATTATGCAGACTTCTTAAAAGAATTGGAATTGCATGAATTCAATGTTCTTGCTATGCCGGTTAGTGATCCTGCTATAAAAGCAGTTACTAAAGAGTTTGTAAGAAGATTAAGAGAAGAAGATGGCAGAAAGATACAAGCTGTGTTACCAGATTATAAGGAAGCAGATTATGAAGGAATAATATCAGTTAAAAATGGTGTTTACATTAAAAATAATGTTCATGTATCAAATATAGAAGCTACTTCATATGTAGCAGCTTTAACTGCAAGTGCTGGATATGCAGCTTCAAATACTTATGCTGAATATGAAGGTGCAATTAATGTTGATTGTAAATATTCAGACAGAGAAATAATTACTGCTATTCAAGATGGGGAAATAGTTTTTATTAAAAATGGTGAAAAGATTTTAGTTGAACAAGATATTAATACCTTAAAAACCTTTAGTGATGGTAAAAAGTCTGAGTTTAGAAAGAATAGAGTGATTCGAGTTTTAGATGGAATTAATAACAGGATTAAAACAAGATGGGAAGAGGTTTATATTGGTAAGACAAGCAATAATGAAGATGGAAGAAATCTATTTAAAAAAGATGTACTTAAAATTCTAGAAACCTTAGAAAGTGAAGGTGCATTGGAAAATGTAACAATAGATGATATCGATGTAGCAATAGGAGCATCAAAAGATTCGGTTTTAGTTAAGGTTAATGCACAACCAGTTGATGCTATGGAAAAAATTTATATGACAGTATATGTGTAAGAAGAAAGTGGAGGTAATATAAATGAGTAATTTTTTAAATTATAGTGATACTTTAAGTGGGACAGAAGCAAAGGGATTTATAACTGTGAATGGCAGAAATGAAGAATTATTTTATGCTAAAAAGTTAGAATCAACTGCAGAAAAAACTAAAAAGACAGGAAAGACTTTAGGCAGCAGAGTTGAGCAAAATAAGGCAACAGGCTGGAAAGGCACAGGAACTTTAACTGTTTATTATGTGACATCATTATTTAGAGAAATGATGATTAACTATATTAAGACTGGTAAGGATGTATATTTTGATTTAACAGTTACAAATGAAGATAAATCTTCAACAATTGGAAAACAAACCGTTGTATTAAAGAAATGCAATTTTGATAAGGTGAGTATGGCAATGTTTAATGTGGACGATGAAGTGCTAGAAGAAGAAATGGCCTTCACTTTTGAAGATGTTGATTTATTAGATAAGTTTGGAAAGCCTGTTGTTTCATAAAATAAATTAGACAGTTAAACATAAAATTTTAATACGTAATTGTAAATGGTCGAGGCTAAATTGTTAGAAATTAATAATTGGATCTCGACCATTAAATTTAAATATAAGAGAGGAAGATGCTATTATGAGTAACAATTTTGAAGAATTTTTAATGGAAAGCTTTGAAGAAACAAGAGAAACAGAAAGAGAAGTGACTTTAGGAGGCAAGAAAAAATTAATGAAATTTAAACCTATATCAGCTGATTTAGGAGATAAATTAAGAAAGAAGAATAGAAAAGTTAAACTTGTGAAAGGCCAAAGAATAATTGAAACAGATCAAGATAATTATATTTCAGATTTAATAATTGAAACTACAACTTGCCCTGATTTAAAGAATTCAAAATTACAAGCTTCATGGGGAGTTATGGGAGCAGTGGAACTTTTGGATGCAATGAAAGCGAAAATGAAGGATGGAGAATTCTCAGAATGGTCAACCATAGTAAGTGAAGTAAATGGCTATGATAAGAGCACAAGTGAATTAGTTGAAGAAGCAAAAAACTAATTATGGGGGGAGATGGTGAAGCAGCCTATGCTCATTATGCCCTCCACAAGCTAAAAATACTTCCTCATGAATTAATGAAGTTATCTAGACAGGAAAAAGCTTTTGTTTATGCATCTATAGATTTACATGTTGAAAAAGAAAATAAAGAAGCTAAAAGGATAAAAAGTAAAAGATAAACTCAAAAAGGATAACTAGGATTAAAAAAAGAAAAGAGGTGAAAGTATGGGATCAATAGAAATGACAGCAATATCCATGACATCTAATCTTACAGTAAACATAGGACTAATGGATAATTTCAATAATAAAGTAGATCAGTTAATAAGTGGTGTAGATAAATTAAATAATAGTTTTAGTAGAATAGAAGGAACTTTAAAGGAAATGTGTGGACTGCAATCAGAGCTTTTAAATAAGGAGTCTAGCACAACCAATATTATTAGTCAGCAAATATCATTAACAAATACCTTACAAATATCAATAAATGAAGCAGCTAAGGAAGAAGAAAATTTAAGTCAAAAAACAAGTAAAACTACAAATATATTTAAAGAACTTGCTGGAAAGCTTAAAGAGGGTTTTAATACTGATTTAGGAATGAAACTTATTAAAAATGGAATAAGTACAACTATTGATGAAGCAGTAAAAATGCAAAATCAAATTATTTCAATGCAAGGGATGCTTGGAAACAAAGAAGCTGGAAAAGCATATTTTAATCATTTACAAAAAGAAGCTAATAATTCAGGCTTTGCATTTCAAGATCTACAGGATAATGCGAGAAACTTTATAGGAATTACTAAAAATACAGATAGCCTTGATCAATTGAATAACTTATCAGAAAGATTATCAATAGGTAATACCTCTAAGGGACTTGGTGATGCAGGAAGTGCAATCAAGGACATGATGTCTGGAAAAGGAGATTCACTTAAAGAGAATTTTGGGTTTAATGATGATGATATAGGAATATTAAAAGCAAGTAAGGACATGGATGATTTTACAGCTAAGTTTGATAAATTACTAGACAAAAAAGGTCTTGACTCAGACATGCTCAATACTTTTAATAGTTCACCTACAGCTCAATTTGACAATTTAAAATCAAATCTTGATGCAGGGTTAGGACAAGCAGGACAGGGAATTTTAGAAGCATTTACTCCAGTAATGGCAATGATAAATCAAGCTTTTGCAAATGGATCATTTCAGCCGTTTTTTGCTGCACTTTCAACAGCACTTACAGCTGTATCAGATGCTATAATATTTATTTACAATTTGGCAATCCAAAACTGGCCAATAATTGAATCAATATTAATTGCATTAGGCATATATTTAATAAGTACTGCGATAACCTGTGCTGCAGCATGGCTTATAGCAAATTGGCCTATATTGCTAATAATTGGATTAATTTCGTTACTTATATATGCACTAATTCAATCTGGAGTTACTTGTGAACAAGTATGTGGTTTTATAGGCGCAGCTTTCATGATAGCCTTTGGATATATATATAATGAAATTGCAATGACATGGAATGTAATTGCAAGCTTTGTTGAATTTTTTGCAAATGTATTTAAGCATCCACTATATTCAGTTGAAATGTTATTTGCAAACATTTGGAATTCAATTGTGTCATTTGTTGGTGGAGCATTAGATTATATCGTAGATAAAGCTAAATCTATACCTTTCTTGAAAGATTTATTAGGTGATTTTGAAATAAAGAATTTTAAAATTAATATGCCTCCTCCACCAGATGATTATACTATTATTCCTAAAATGCAGATGAAGGATTTAGGAAATGAAGCTCAATATGGGTATAATGGTGGTTCTAAATTTGGAGCTAGTATGTCAGAACTTAAGGTTGGTTTAGGCGATAATGATATAATAAATAATTTCAATAAAAATCAAGGTAAAGGTGACCTTCCAATGAATAGTCTTGGAGATAGTGGCCTTACAAGTAACAATCTTGGAAATAACAGTGCTTTAACAGATAATTCAGCAAAGTGTGCTGATAGTCTTAAAAATATGGATAATTCAATAGATATTTCAAATGAGCATTTAGAAATGCTAAGAGATTTAGCAGAGCAGGATAGTATTCAAAACTTTGTAACCTTGACACCAACAGTACAAATCACTACTGGAGATATAAAAGAAGAAGCAGATATTAATAAAATAATATCTCATATAGAAAATTATATGGAAAATGAGTTAGCTAATAGTGCAGAAGGGGTGTATGCATAGTGTATAAAATGTATTTAGAAATTAACGGCGATGAGGAAGGCTTTTTACTCCCTGTACTTCCAGAGAAAATTCAAATTGATGAAGGTGGAGATAATAAGAGTTATAACATAGTGAATCTAGGGGAAGTAAATGTAATAAACTTACCTAAACTTACTAAGATTTCTTTTGATAGCTATTTTCCTTTGAATAGAGGTCCCTATGTGAGTTCTGAAAAATTATATGCTCCAAGTGTATATATAAAAAAAATACAAGAATGGCGAAAAAAATGCTGTAAAGTACGATTTATATTTACAGGTAGTACCTTAGATTCAGTATTTAATACTTCTACAGAGATAAATAATCTTTTCTCCATAGAAAATTTTAAATATGAGGAACATGGAGGAGAAGTTGGTGACATCTATTACACTTTAGAATTAAAAAAATATAAGAATTATGCACCTAAAAAAATTGATATCAAGAAAGATGTGACTGCAGTAACAGCAACTGTTTCTCAAGCTGCCACTAGAGAAAGCAATCCTCCTCAGCCAAAAACTTACACTGTAATTGAAGGTGATACTCTCTGGCATATAGCTAAAAGGTTTTTAGGTGATGGAAATAGATATGGAGAAATAGCAGCTTTAAATAATATTTCAAATCCAGATATAATTTATGTTGGACAGGTATTAAACCTTCCATAAAGGAGGAGTATATGCAGATAAATCTAATAATTGATGATAAAAATGGAAATGTATTTGATATCTCTGAATTAGTAGAAGAGGTTACTTGGAAGACTAAAAGAAAAGGCAGTCCTTCAAGTTTAGATATTAAATTGCTGGAAGATAGCCAGGTTAAAATTAGCAATGGCAATATAATAAGCTTTAAAGTAAATGATACTAATGTATTTTATGGTTATGTATTTAAAAATAGTGGTGATGATAGCCCAGAAATTAAAATCACAGCTTACGATCAAATTAAATATCTTATGTATAATGATGTTTGTGTTGGGGTTAACAAAAAGGCAAGCGAAATAATTACTGGGATCTTTGAAAAGCTTCAATTAAAGATTGGAACCATTGAGGATACTGGATATGTAATTCCAACGTTTGTAGAGGATGACAAGAAGTATTTAGATATTATATACAGTGCTTTAGACAAGACCATAGTTTCTAATACAAAAATGTTTGTTTTGTATGATGATTATGGATATTTAAATCTCAGGGATATCAATAATATGAGGCAAGAAATTGTAATAGCAGATGACAGTAATCTGGGAAATTATGATTGGGAAAGTTCAATTGAAGAAAGCTATAACTGTATAAAATTTGTTAGGGATAATGAAGAAACTAAAGGAAGAGATGTGTATATTGGACAGGATTCTCAAAATATTGCTAATTGGGGTAAATTACAACTTTTTAAGAAGGTTGACAGTAAGCTAAATAAAGCCCAAATAGAAGAAATGGTTATGGGAAATTTAAAACTTAAAAATAAAGAAACTAAAAAACTTAAACTTAAAGATGTTTTAGGAACAGAAACAAATTTGGATTTAAAGCTTAGAGGTGGTGCTGGAGTCTATGTGATTATTAAAAAAAGGAACATAGCTCAGTATTATTTAATTGAAGAAGCTACTCATAAGTTTTCTAAAAATGAACATACAATGGATTTTGATTTGAAGGTGGTGTAAAAATGTTAGAGTTGATAAAACAAGCAAGTGTTAATGCCATAAATGCAAGTAATCCATTAGATATTGAATTTGGAACAGTCACAGATGCTGAAAATATTACTATAAAAATAAGCCAGAAAAAAATACTACCAAAAGAGTTCTTTGTTGTGCCTGAAAGTTTAACTAGATATGAGGTGAATTTAAAAAATAGCAAAGTTGTTGATGGAACCTCTGAATCAGATAAGTTGGTCATAAGAGAAGGCTTAAAAATAGATGATACAGTAATATTATTAAAAATCGAAAGTGGAGCAAGGTATTTAATACTTGATAAGGTGGTGAAATAATGAGTTATGTAAGTATACTGCCACAAGGTGCCATTATAGATAATCTAGAAATTAAAAATGAAGCTGAGATGCCTAGTAAAACCTACAAAATTAAAGATAATAAAATAGTTGGATTTTGCGATGGCAAGGAGGCCTTGGAGCAAACGATATATTTTATATTAAACACAGAAAGATATAATTATTTGATTTATTCTAATAGTTATGGAAGTGAACTTAATATCATATCTGAATTAGATAGAGATATAGCAAAAAGTGAATTAAAGAGGAGAATTTCAGAAGCTATACTCCAAGATGATAGAGTCAAGGACGTTGGTAATTTTGAATTTTCCTATAGTGAAGACAGTGTATTAGTAAAATTCACTGTTTTTTCTATTTATGGGGATATAGAGATAGAAAAGGAGGAAAGCTGATGTTTGAAGTAAAGGAAGAAGATATATTAAACAGAATGCTGGAAAGCATACCCAAGGACATAGATAAAAGAAAAGACAGCAGTTTAATTTATAATGCCTTAGCTCCAGCTGCACAGGAAGTAGCAAAAATAAGAAGTGATATGGATAGATTTCTAAGCTATAGCTTCGCTTCTAAAGATATGCCTGAAGAATATTTGGATTTAAAAGCAATGGAATATGGACTTACAAGAAAACCAGCAACCTATGCAGTAAAGCTTGGAATTTTTACAGATGCAGATGGCAATTTAATGGATATACCGCTAAATTCAAGGTTTTCTATAGATAAGATCAATTATGAAGCAATAGAAAAAATTGAAAAAGGCAAATATAAAATGAAATGTGAAACCCTAGGAGCAGCAGGAAATTATCCAACAGGAGCTTTATTGCCAATCGAATATGTTGAGGAACTTGGGACAGCTAAACTTACTGAAAGCTTAGAGCCAGGTATAGAGGTTGAAGATAATGAAAAATTATTTGATAGGCTTATGTTAAAAATAAAGACACCTGCTACAAGCGGAAATAAATATCATTATTTGAATTGGGCCCTAGCAGTTTATGGAGTAGGAGCAGCTAAAGTATTTCCTGTTGCAAATGGACCAGGAACAGTAAAAGTTGTAATAGCAGACTCAGATAAGAAAGCAGCTTCAGGTGAGCTTGTAGAAAAGGCAGCGGCTTATATAGAAGAGCTAAGACCAATTGGAGCGACTGTAACAGTTACAAGTGCAATAGAAAAAATGTTAAAGATAACTGCTAATATAACCATAGTAGATGGATTAAATTTAGGAAATGTTAAAGGGGAATTTGATGGACTTATTACAGCATATCTTAAGGAAGTGGCTTTTGAAGCTTCTTCTATAAGTATAGCTAAAATAGGGAATATTTTGTTAAATACTACCGGGGTGCTAGATTATCAGGACTTAAAAGTTAATGGATTAACTTCAAATATAGTTTTAGCAGATGAGGAAATTCCAGTATTAGAAATAACTGAGTTAGGGGTGGTTTAATTGAGTAATTATCCTAAGGAGATAGACAATTTTGTAGAAAAGCTTAATAAGTTGGATAACAACACATATGTTATTGAGGAAGAAATTATAACCTCTAATGGCGTTTATGAAGCAGAACTTCAGCATGATAATGTAAATAAAAAAACAGTTAATGTTTATACAGGAACTAAGCTTTCAGGAAATAAACTTGAAACCTATATTATTTCAACACCATCCTTAACCCCTTGGAAAACTAATATAAAAATATTTTCAACCATATCTCATTTGTACATTTCTTATGAAACTCAAGGAGACACTGTTGAAGCAGAGGATATAAATAGGGTTCAAGATAGCATTGTATCAACCCAAATGGCCTTGAATACAGAAGCTTCAAGGGCCGTCAGTAGAGAAGATGAAATTGAAGGTAATTTAAATTTTGAGGTTTCAAGAGCGAAAAATTCTGAGCAGACACTAACAAGTAATTTATCAAGTGAAATAAATAGAGCAAAAACTAGTGAATATACTATAACTGATAATCTCAATTCAGAGATAACAAGAGCTGTCAATTCTGAAAAGGTGTTAAGTGATAATTTGAATTCAGAAGTATCAAGAGCCAAAACTTCAGAGCAAGCATTAACTGATAATTTGACAAATGAGGTTAATAGGGCTACTTTAGCTGAAAATACTTTGACAAATGCGATTAATTCAAATATACCAATTTGGAATGACAAATATACAAAAAATGAAATTGATAATAAATTAAGTGCTTTAGTAACCAGTTTAGATTGGAAGGAGTCTGTAGCTACATTTTCAGTTATAGCAACGACTTATCCATCTCCAGAGGATGGTTGGACGGTTAATGTTAAAGATACAGATATAACTTATAGATATGATGGAACTGCATGGATTCCTATTTCAGCAAATTCCATTCCTTTAGCTTCCTCAAGTGTTGATGGTAAGATGAGCAAACAGGATAAGATAGATCATGATGATATGAATACCAAGAAGCATGTCCATGATAATAAATCTATAATTGATACTATTACTAAAACATTAATTGATACTTGGAATAGTGCTTATACACATATTAGTGATTCAAGTAATCCACATGCCACAACAGCAAGCCAAATAGGACTTGGCAATTTAACAAATGATGTTCAAGTAAAGAGAAGTGAAATGGGGGCAGCTAATGGAGTAGCAACATTAGATAGTTCTGGTGTTAATAATCAAGCACCTAAAGAGCACACTCACGACGATAGGTATTATACAGAAAGTGAAGCAGATACAAAATTTGCAACAAAAACTCAAATCTCTCAGCTTGGTTTTGGAGACATGGTTAAGTCAGTATATGATACAAATGACGATGGAATTATTGACAATGCTGATAAATTAGATGGCAAACATGGTTCTTTTTATGCTCCAGTAGATTCTCCAATATTTACAGGTATTCCAGTAGCAACAACAGCAAGTTTAGGTAATTCAAGCACACAAATTGCTACTACAGCTTTTTTAAATAATACCTTGGCAGCTTATGGGTTAGGCTCAGTAGCAAAAGATATTAGTAATACGGATTTAAACAGTTGTCAAACATCTGGATTTTATAGAGGAAGTACAGTAATTAATGCTCCTAACACTGGATGGTTCTATTTTATTGTAATATCTCATTCAGATACAAACTGGATGTGCCAATATGCCATAAGTTATGGTTCTGGAAATACTGCTAATTTGATTTATATAAGAACTAAAGTTGATGGAACATGGGGTTCTTGGCAGAATGTCTATACATCAAATAATAAATTAATACCATCAGACATTGGAGCCATGAAAAAGGGCCCTTTAATTTGGAATGACTTAAAGGGGGTATAGTATGTATGGAACAAGCGAATATGGACTATTAAAATATGCAGAAAATATACCAAGTGCAGAGGAAATTAAAAAATATTTTGTTGATTTAACAAGATACGTACCATCCTTTATAAGTGATATTCAGGAAATGAAGGCTGTTTATGAGGTTGAAGGCACAGAATTAGGAAGTATTTTATATTACTTAAATGATTGTATAAAGCAATTTTTTATAGATACTGCTACTTGGGGGCTTACTTACTGGGAAGATGAATATGGAATAGACACCAATTTAAATGCAAGCTATGAGGAAAGGCGAGAAGTTTTAAAAGCAAAAAAACGTGGACAAGGCACTACAACTAAAGCCATGTTAAAGAAAACTGCTGAAGCTTTTAGTGGTGGGGAAGTAAATGTAATAGAAAACAATGCAGAGTATTCTTTTGTAATACAGTTTGTAGGTATTAAGGGCATTCCTAAAAATCTGCAAGCCTTTAAAAACATGTTAGAAGATATTAAGCCAGCGCATTTAACGTATTCCTTTAAATATACTTATACAGTGTGGAATGTATTAAAGCAAAAGAATTTAAGCTGGAACAATTGTAAAATTAAAACTTGGGATGAACTAAAAGTTTATGAATAGAAAGGAAGGATTATATGTTAACAACAACAAATTATGGACTAAAAAAACCAGAAGGAACCGATGTTGTAGATATTCAAAATTTCAATGATAATGCAGATATAATAGATCAAGCGTTAAAAGCACATGATACACAATTGTCAGATATGGTGTATCAAACAGCAGGTGGAACAGGAACGGCTCTTACATTAACAATAAATGGAACATTAAAAAATGGCTATCCAATAACATTTATAGCAAGTGCAAATAATGGTGGAGCTGCAACAACTATAAATGGTAAGAAGTTATATAAACCAGCCACAACAGTGGCACCAAATTTAATAGCTGAAAAGGCATATACGGTTTGGTATAATGCCACTGGGGATAATGGTAATGGTTGTTTTTTTATCAAAGCTAGTGCAGAGGGAGATGCAGTAGCAGCCAATGTACTAGCTGGAAAGAAATTTAGTAATGATAATGATACTGGATTAGTTGGAACTTTAGATTTAAGCAACTTAGTAAATGGAAATATAAGAAGTGGAGTGACTATTAATGGTGTTAGTGGAAAGTCAAGTGTTGTAGATACAGCAGACGCCAATGCAGTATCCGCACAGATATTGAATGGTGCTTTTGCATATGTTAATGGGGCAAAAATATCAGGGAATATTCCAGTTTTAGCAAATAATACACCACCGAGTAATATTGCTTATTGGGCACCAGGACAAGTTGGTAATGCCTACGCAAAGGGGCATTTTTTAGTGCCTAAAGGTTATTACGATGGGAATACATGGCTTAGTCAAGATATGCCAGATTTATTAGCACAAAATATTGTAAGTGGTAAAAGCATATTTGGAGTAGTTGGAAATGCAACAGTTGCAAGTCTTGGTGGATATTCAAGTGGTTCTTATGTAGGTTCAAATAGTATTAATAGAAATATAGGAGCTTCTGTAAATGTTTATTTAGGTGCTGGCAATAAAGCCGCGAGTCCAAATAATACTTGGAATTATGCAAATTCTTTAACTGTAATAAATAACTATTGTTATGTAGTTAATTATGGTATGCTTCAAAAATATGATAACAATGGAAATCTAATATGGACTAGAACATTGCCATTATCAACTAATTATGGTCCATCTAGTAATATTAAAAGTGATAATAATGGAAATATAATATTGTATTATAGTAGTAGATTATTTAAATATGATGTTAATGGAAATTTATTTTGGACTTATGATATGACAAATGATGCAACAGGAAGAACAATATCATATATAGCTGTAGACAATAGTGGAAGTACATTTATGGCGTATTATTGGTATAATGGTTCAGGTTGTTATGCTATTAAAAAAATAAATACTTATGGACAACAAGTTTGGGATAAACAAATGCAATTTTCGAAAATAACTACAGATGGTACTAATTTATATGTATTTGTCCCTAATGTTCCAAATGGAGCATCAGCACATATTGATAAATATGATACAAATGGAAATAAATTTTCTATTATTAATAGAGGACTTTCGAGTTGTAATACTGATTTTACTTATTGTAATAATACTTTATATGGTACAGATTGGTGGAATCCAAATTCAGGTGGTTATTGGAATACTATAACTAAATGTGATTTAAATTTAGTAAGTCCTACTGATGCAAGTGGTTCTGTACAATATGCAAATAGTCAAGTTCATTTTGGATGTTTTAGTAAAGATTCTAACTATTTATATATATTATATTCAAGAATGGATTACTCTGCATGTTATATTAGAAAATTACGTACGTCTGATCTAATGGATGAGTGGAGTTATCCTATATGGTGTGATAGTAGTATGTGTACAGATGATTATGGTAACTTATGGATTAGATCTGGAGATTCTTTATTAAGAATGACTGAAAGCTATAAAATATTATAATAAAATAAAGAATGGAAAAATATGACTTATGATGAAATGAGTTGAATAAAAAGAGGAAATAAAAATACTATTACAATTTTGAAATCAGGAGAACATTTTTAATTATTTGAAATAGAAAGTAACGGAGGTAAATTCTAAAAAGTGTGATACAAGTAGAAGCATAATGCGATAATATATTATAACTTCGAAGCAAAGTTTAATTAATATTAGATAATATAGTTATGGACATATAAAAAATACAAACAACAAACCAGCACAAATAAGTGCTTTTTTTATTGTCAATTTTTACTTACAAATTCACATTTTAAAACTCAAGGAAAGGAGGCTTTGCCTATGAATGAAGAATTAATGAAAGATAAATTAGAAACTCATGATACCCGTTTAAATAATCATGGTTGCCGAATTGATAAATTAGAACAGGATAGTGCTAGTTTCAAAATAGAAATAAAAAACTTATGTGATAATTTAAAAGCCCTAACGAGTGTGCTAAAAGGTCTTATTGGACTTGGAGCAACAACGTTTGTAGGCTTTTTTATTTATTCTATTGAAAAATTGATGAAATAAAAATATAGAAGCTTAAATGTTATCAGATAAAGAACTGTGATTATAGCATTTCTTTATCTGATTATAAAATTTAGAGAGGATGGATTTAAGATGATAAAAGCATTAATAGCAATTTTAATAAAGCTAGCAGAATCTAGGTTTGAAAAAGCAGGAGTGGAGACTTTAATTTTAAAGAATGAAAGTTACATCAAGGTTGCTAAGCAAATATGGTATATGATAGATGAGAATTTTAGAATTAGCACAATTGTAGAGGAGAAGTTGAAATCAAAGGTAGACTTGTTTAATGAAGCTATATTGAAAAAATTCCCGGAATTAAGTCAAGAAGATGTTGATAATTTAAGACAAGCTATAGCAGGAGAAATTAATCAAGGCAAGGAAGAGGTAATAAATAATTCAGAAATTATAAAACAACTAACTGAAGAAAACTCTAATTTAAAAGTACAAAATGAAAATCTTTTAAGTGAATTAAACAATGTTAAATCAGCGCTTCCAGTAGTTTAACTTAAAGAAAAATTTTCTTTGTAAACTCAAATTTCAGATAAACATATGTAAATACTTTTCATATTATATATTAAAATTATCAGTGCTCACTACTCAATGCTCAATTATAGCCCAAATTACAATGTAATTTTTGAAATTGGCAATAAATAAGTATTTTTACAACGTATATATTTAGAAAGGGGTGGATTATAATGAAAAATATAAAAGGAATAGATATATCTAATAACAATGGGGAAATAAATTTTAATAAAGTAGCAAATGACGGAGTTGAGTATGTTTATGTAAAAGCTACAGAAGGCACAACTTTTCAGGACTTAACTATGGAAGATTTTTATACTGAATGCAAAAATAATGGTTTGAAGGTTGGCGCATATCACTTCTTAGTTGGCACAAGCTCACCTGAAACACAGGCAGCTAATTTCTATAACAAAATAAAAGCTTATGAATGGGACTTGGTTCCTATGATGGATATAGAGACAAATTTTGAGGCTTTATCTGATTATGTTATTAGATTTATTACTACTTTTAATCAGCTTAGTCCTTTGAAATTAGGAATCTATAGCTATACAAGCTTTTTAGCTTATATAAGTGACATTAGTACTACAATTGAAAATATGCCTTTTTGGGAAGCTAATTATAATAATGATCCTTGGAATCTACCAGATAATTTTTTTGCCAATAGAATAGGGCATCAATATACTGAATTAGGTCTTATTAATGGGGTGGCTTCTAAATGTGATATAAATGTATTTACAGGGGCTGCATTAATTAGTGATCAAATAAATCCTGGTGTATGGTTAGAAGATGCACCTACTGGCAAGTGGTGGTATAAACATTCAGATGGAAGTTATACCAAGAGCGGCTGGGAAAAGATTAATGGTAAATGGTATGTATTTGATTCGGATGGATGGATGATTTATGATTGGAAGAAAGATGGAATCAACTGGTATTATATGGGCAACAGTGAGGATGGCGCTATGAAAACAGGTTGGGTACTTTTAGAAAATAAATGGTACTATTTCAATGAAAGTGGAGCTATGCAAACTGGCTGGCAAAAAATAGATGGTGAATGGTACTATTTAGATCACACTGGAGCTATGCAGACAGGCTGGATACATGATGATGGTAAAGATTATTTAATGTATTCCAATGGTATGATGGCTCATGATTGTGAACTTTATGGCTACAGCTTTTCAAGCAATGGTGTTGCAACTAAACTATCTTAGAAGACAGACTTAAAGAAAAAGCAAATTAAAATATCTAAGGAAAATTCTTAGCATATTTTAATTTGCTTTATTTTGGTTTATTTAAAGTAATATCCCTGGGGATAAAATAAGTTTGTACTATTTGTTATTATTATTTCATTAACTTAACAAGTACAGCTTTTTGTGCATGTAATCTATTTTCAGATTCATCAAAAATAGAATCTGCATGTTCCTCTAAAACCTCAGCTGTAATTTCTTCACCTCTATGGGCTGGTAGGCAATGGAGTACCATTACGTTACTATCGGCTACTTCTAATAATTCCTTATTAATTTGAAAGCCTTTAAAAGCTTTAGCTCTTTCTTCAACTTCCTTTTCATGCCCCATGCTAGCCCAAACATCTGTGATTAATACATCTGCATCTTTGGCAGCTTCTAGAGGAGAAGTAGTATTGGTAAAATTAACTCCTTCTTTTAAAGCAAGTTCCTTAGCCCTATTTAAATATGTTTCGGAGACTGTATAAGCTTCAGGAGAGGCAATTGAAAAATTCATTCCAATTTTTAAACAGCCAATCATTAAAGAGTTTGCCATGTTATTACCATCACCTATATAGGCAACCTTTAGACCTTCAAGAATGTTCTTATTTTCTCTTATCGTCATCAAATCAGCCAATACCTGACATGGATGTTCAGCATCAGTTAAACCATTGATGATTGGAATTGATGAATATTTCGCTAATTTTTCAGCTTTTTCATGGGAGAAAGTTCTTATCATTATACCTTGAATGAATCTTGAAAGCACTCGTGCAGTATCTTCAATAGGTTCGCCACGTCCAATTTGTAAATCTTTATCAGTTAAAAATAACGAATTTCCACCTAATTGATACATACCAACTTCAAAAGATACTCTAGTTCTAGTAGATGCTTTTTCGAATATCATTCCTAAGCTCTTTCCTTTTAAGTGAGGATGATCTATACCATGCTTTTGTTCATACTTTAATTGATCAGCTAAGTTTAGAATATCTAAAATTTCTTCTTTAGATAGATCATCTATTTTTAATAAATCTCTTTTCAT

Protein sequences of DBSCAN-SWA_1

>NC_020291|789315:862261|833918_834350_+|WP_015390867.1|tail|DBSCAN-SWA
MPQAKQVINGTWGEVWINGEYVSEVSALQAKVTLTKVDVNFTRDLWKRSKVTGIEGKGTLKLHHVSSRMAILMKDNIKQGKQTVCTIISKLADPDALGAERVVLKDVTFDELTIADWEVKKNVEESLPFTFSGYDFLDMIEPQ
>NC_020291|789315:862261|841052_841688_+|WP_015390876.1|DBSCAN-SWA
MSKNAEMLKSYVPYEIQNSNVFNEIFNSYGQVFDKLGIELSDLLLQILPQTAAEWGLNLWEKRIGIQTNTSKTIEERRARILAKLRNKGTTTVEVIKQICRSFASEVEVIQHNSDYYFEINLLSSTGFPYELESMYDNIDIVKPAHLGTKYKLTSLSKAETYYRLAATTGEVIVVYPWIARTINANTKLEVGISQNKSSESMTIYPRKGRK
>NC_020291|789315:862261|853118_853529_+|WP_015390890.1|DBSCAN-SWA
MSYVSILPQGAIIDNLEIKNEAEMPSKTYKIKDNKIVGFCDGKEALEQTIYFILNTERYNYLIYSNSYGSELNIISELDRDIAKSELKRRISEAILQDDRVKDVGNFEFSYSEDSVLVKFTVFSIYGDIEIEKEES
>NC_020291|789315:862261|792343_793762_+|WP_015390832.1|DBSCAN-SWA
MGYILNDEIYSIGVDIGTSTTEVIVSKLKIKKILGSSLIKETVIEGKEIIYRSPIVFTPLCNETTIDFIKVKDIVSDAIKLSVVEKEKISTGAVIITGETARKENAMEVSNNLSEYLGDFVVATAGPKLEALLAGFGSGASDISRKLNRRIMNLDIGGGTTNVAIFNCGECEQTFALDIGGRLIKFNDEGQIIYISNRIQFLIKSLDINLQLGEKPELEALKLICGKLAESLLEVCCLKEINQSTKKLFISDGFEGIEVDYISFSGGVGEYVGKINENISLNEITKHNDIGQLLGNSISEMFEEHKEMLLAPKEKIRATVIGAGNHSLTISGGTIAFDKSVLPLKNIPILKPFYENENLNDIYVQGMKKLDMYEDIPIAVSLKGPKSPTYEEIKLIGQEIIKLFKKIKGPIIVVLENDFAKALGQIISLNLEEKREVICIDKISTSNGDYIDIGLPIGDAIPVVIKTLIYST
>NC_020291|789315:862261|819786_819969_+|WP_015390851.1|DBSCAN-SWA
MLVKCGAKTCVNYNEGMCKAEAIEIKNFTWYSEEEKEELDEMRCDTYKYYVNWMLKPVSM
>NC_020291|789315:862261|811827_813252_+|WP_015390843.1|DBSCAN-SWA
MFIKENIMLAIAGLKANKMRALLTMLGIIIGIASVIGVVSIGNTMTSSVTSSMASMGVSNITVNVHEKSAADKAAALARKTVTDTSNSNASSKKAEDSQNKEPGNKGGPEESIIHLPAGPPPGGPTPPPGRKGADSSPSDADLMTMEQISVLQKKFNDKIDAISISENGNSGKVKNESTFTNVSVIGTNVGYQEVNAMTIIDGRYFIQNDIDEAKNVAVVSDKLAIKIFGNSVDPIGKKIKFYTSNAIFTYYIVGVYEYQSDGGNRTASDENLSTSLYIPISVEKKAAINKNYQTFTIKAKDNVDIMQFTNEVSKYLVTLYTKNIKFVADANNRENMLQSMNSMLTTVSMAISGIAAISLIVGGIGVMNIMLVSVTERTREIGTRKALGAKGSHIKIQFIVESVIICSIGGIIGIAVGLGAGAVGSKFIGQTLTVSPLVVLISFSFSMFIGVFFGYYPAKKAAELDPIEALRYE
>NC_020291|789315:862261|844893_845154_+|WP_015390878.1|DBSCAN-SWA
MSLNLDKTDLKDNVLIIQNDDNSIKCIPRENATDYELSLFKEFEVAYPNGKPVPLVEQVVNIATDRERIEALENYLLEKETAETIK
>NC_020291|789315:862261|821944_822304_+|WP_015390855.1|DBSCAN-SWA
MIINNVEIGQLDIFDADSSEKYEKTIDKVIKEAQDSKGLKLSSAIRKQCNAVFNCFNELFGEGTAKKIFGEKVNLLICLKAFDELKNGISEQIKQSEEELNTISSKYSSDRAKRRTKVK
>NC_020291|789315:862261|846577_847885_+|WP_015390882.1|DBSCAN-SWA
MAGGTWIKQNKVRAGAYINFKGKYDETVASERGIVGLPIVLPFGPEKEIIEIDNNTDLFEILGIQEEDACLLMLREALKKANKVLLYRINGGVKAACTSGDFVITSKFSGTVGNDIRVVIQSNIDDAGYFDVITFLGDIKVEAQKVKTSADLVSNSFVDFSGKGDLTVSAGLKLAGGENKAATGEDYADFLKELELHEFNVLAMPVSDPAIKAVTKEFVRRLREEDGRKIQAVLPDYKEADYEGIISVKNGVYIKNNVHVSNIEATSYVAALTASAGYAASNTYAEYEGAINVDCKYSDREIITAIQDGEIVFIKNGEKILVEQDINTLKTFSDGKKSEFRKNRVIRVLDGINNRIKTRWEEVYIGKTSNNEDGRNLFKKDVLKILETLESEGALENVTIDDIDVAIGASKDSVLVKVNAQPVDAMEKIYMTVYV
>NC_020291|789315:862261|853528_854572_+|WP_015390891.1|plate|DBSCAN-SWA
MFEVKEEDILNRMLESIPKDIDKRKDSSLIYNALAPAAQEVAKIRSDMDRFLSYSFASKDMPEEYLDLKAMEYGLTRKPATYAVKLGIFTDADGNLMDIPLNSRFSIDKINYEAIEKIEKGKYKMKCETLGAAGNYPTGALLPIEYVEELGTAKLTESLEPGIEVEDNEKLFDRLMLKIKTPATSGNKYHYLNWALAVYGVGAAKVFPVANGPGTVKVVIADSDKKAASGELVEKAAAYIEELRPIGATVTVTSAIEKMLKITANITIVDGLNLGNVKGEFDGLITAYLKEVAFEASSISIAKIGNILLNTTGVLDYQDLKVNGLTSNIVLADEEIPVLEITELGVV
>NC_020291|789315:862261|859573_859984_+|WP_015390896.1|DBSCAN-SWA
MIKALIAILIKLAESRFEKAGVETLILKNESYIKVAKQIWYMIDENFRISTIVEEKLKSKVDLFNEAILKKFPELSQEDVDNLRQAIAGEINQGKEEVINNSEIIKQLTEENSNLKVQNENLLSELNNVKSALPVV
>NC_020291|789315:862261|813821_813959_+|WP_081604003.1|DBSCAN-SWA
MYSSRKIKKAWERDIKFKWLLQCYKALDHTIISKFRKDYISNEVI
>NC_020291|789315:862261|834455_834860_+|WP_015390868.1|DBSCAN-SWA
MNLVEQLLKIDAGKIEIPSKEVKLKLAKLGNKEITFTCNAISMERYNEIQERVLQVDKKGNIQGFATAQAKIETVLAGVPELRSEELMKHFKAPTPKELMNKIFLPGEVDILADTISEISGVESTNKKEDIKNS
>NC_020291|789315:862261|841687_844879_+|WP_015390877.1|tail|DBSCAN-SWA
MSENFYTILTATGKAKLANSAVLGSKVNFKTLKVGDGNGAYYEPTESQTSLVREVWSGNVSSISVDENNPNWIVAETLIPATIGGFFIREAGIFDEDGDLIAISKLSETYKPVVSEGSIKDLCIKIVLEVSNVASVTLKIDPTVIVATRKDIDVLQAKMDASNAETSEEIKELDSKLSEQISELANEISNKNVITPAVGYGMNNVIKNVGETSVSPKFTIQGKTVVNLLGKDGNCEDLSKWYSSGVTRVLDVSNKVFGNNGIKIIENSANSNCAISLDVTPFIDKTKYYCLSGYLKNGNIDSNFYIQISDNVSYAINSVDVTDSTKFNRVFLKYDASKIAPTSTNRYAYVGVRGTTVGQYGYLDGIMLEEITKEQYSDPNFQPSPYVDSYTCLQNPYIEVRHDNLVRNGNGEEGTAWWLPINSGATLSLLNSKLTLTTTSTYLWVRQPINVKPNTDYYLAGNVSGNVNLVIAKGDLTGNILINNGTFNSGNNSVINVVINNNNIGTGTADSIMLVEGTTAPISYKSCRIERCVVEGKFADGDSLVLENGEVTGQINWKHKSLIGKDYDWELQGDYTGYKCLDIRTPIASDRINKGINTNYSDYVITKYNGAIIRNINASACIDSGWIGLGDQIGVCVADSESGWTESINPNNDEVKAFMNGWKAIWNNGTRYIAWASIIDNSLPSVMSQSTTTATGTSTTSLPVADGTKFSVGAICVFHPSGYYQVVNVSSISGNNLTVSNPVSFNNGAVVGSISDNGTTNVSVLTYCKNNVAPNYEGYQLHYKLATPEPLTDVNANIHGDIPKLDVGDNYLLLDSGSVLNEVANPQSHNASDYQYKINSNYYDGKTASYLKNKTEIINGIFRNGLWDSMKWLIKSQYEYSAYGNCGAYITATNFDTNATYTVDYKILSTIAPQIGSFIFNYEQNIVSAINNLEDQIDNRQAHDSILDTLVDLSIYEKKVNCSLFNRASKCSNLPIIEYIVQFTPKKTVPIISLLNIGTSYCDGTSGYVIPLSDVKFTVYILDKSTIKVTSAYTGNNTTIQNNLYNYGGWIVFDITADCRGRI
>NC_020291|789315:862261|800545_801004_+|WP_015390838.1|DBSCAN-SWA
MSRCEKAIVTVLCMVYDGNKILLQDRVKKDWRGLTFPGGHVEKEESFVQAVIREIYEETGLTISEPKLCGVKQFQTDEDERYIVLLFKTNKFEGTLVSSDEGEMIWVDRNSLNNCKLVDDFMDLIKVFDSDNYNEFMYERNKSGEDWLIRLY
>NC_020291|789315:862261|847907_848375_+|WP_015390883.1|tail|DBSCAN-SWA
MSNFLNYSDTLSGTEAKGFITVNGRNEELFYAKKLESTAEKTKKTGKTLGSRVEQNKATGWKGTGTLTVYYVTSLFREMMINYIKTGKDVYFDLTVTNEDKSSTIGKQTVVLKKCNFDKVSMAMFNVDDEVLEEEMAFTFEDVDLLDKFGKPVVS
>NC_020291|789315:862261|821248_821731_+|WP_015390854.1|DBSCAN-SWA
MGTIKQRKSFANYLNVGKDTEEYVLMGAGFTDLNETPAAQTASKKYVNDKSATKSIVGYDWSTAYVTDQIRDEKAVDFICNVGEKQLVGAECETEYIIVDLDKKGTTEGQYEARKFRVAIEVASFDNNDGQMGATGNLLGIGDIKFGTFDVTTKKFIPAV
>NC_020291|789315:862261|829891_830224_+|WP_015390862.1|DBSCAN-SWA
MEEYIKVYVKVDSNNVITQIDSSIFLFNVESWVKIDEGIGDKYSHAQGNYLDKPLIDMQGKFNYKLVDGKIVELTDEEKEKLFPTKPTQKTELEILKETVDALVLANLGV
>NC_020291|789315:862261|798521_799589_-|WP_015390837.1|DBSCAN-SWA
MNFNSLKIGNLVAPIPIIQGGMGVGVSASNLAAAVAKAGGIGIISAAQLGYKEDDFEKNTLEANLKALKKHIELAKSKAVNGIIGINAMVATNNYEEHIRAAIEAGVDLIISGAGLPTMLPKIVKGSSVKIAPIVSSLKAAKVILKLWDKHDNVAPDLVVIEGPKAGGHLGFKVEELENDSVDFDQSVVDIISETKKYAEKYNKEIPVVVAGGVFDGYDIAKYLKLGANGVQMATRFVATEECDASDEFKNAYINCSKEDIQIVKSPVGMPGRAISNPFVKKVHATGEKVTRCYNCLTPCNPATTPYCISKALINAVNGNIDEGLIFCGENASKITKITTVQELMDELVSELKNA
>NC_020291|789315:862261|854572_856417_+|WP_015390892.1|DBSCAN-SWA
MSNYPKEIDNFVEKLNKLDNNTYVIEEEIITSNGVYEAELQHDNVNKKTVNVYTGTKLSGNKLETYIISTPSLTPWKTNIKIFSTISHLYISYETQGDTVEAEDINRVQDSIVSTQMALNTEASRAVSREDEIEGNLNFEVSRAKNSEQTLTSNLSSEINRAKTSEYTITDNLNSEITRAVNSEKVLSDNLNSEVSRAKTSEQALTDNLTNEVNRATLAENTLTNAINSNIPIWNDKYTKNEIDNKLSALVTSLDWKESVATFSVIATTYPSPEDGWTVNVKDTDITYRYDGTAWIPISANSIPLASSSVDGKMSKQDKIDHDDMNTKKHVHDNKSIIDTITKTLIDTWNSAYTHISDSSNPHATTASQIGLGNLTNDVQVKRSEMGAANGVATLDSSGVNNQAPKEHTHDDRYYTESEADTKFATKTQISQLGFGDMVKSVYDTNDDGIIDNADKLDGKHGSFYAPVDSPIFTGIPVATTASLGNSSTQIATTAFLNNTLAAYGLGSVAKDISNTDLNSCQTSGFYRGSTVINAPNTGWFYFIVISHSDTNWMCQYAISYGSGNTANLIYIRTKVDGTWGSWQNVYTSNNKLIPSDIGAMKKGPLIWNDLKGV
>NC_020291|789315:862261|818064_818727_-|WP_015390848.1|DBSCAN-SWA
MNTLTIRYRYIKNIVNGIYIKLNIKEFPIDVLDIINSFDNIKIVSYHQFMTDHNLTTEETFELLTSDDGCTDYFKPLDRYIIYYNDLNDKSPSRIRWTLSHELGHILCGHYSNNTRIFSENMDEDEYNFKEAEANHFTALLLSNPIILDKLKVRRSSDIETYCSISYQAAKYRYKNYKKWCKYKILTSSDRAILRNFQNYLHMQEQEYNEYINFINSFTN
>NC_020291|789315:862261|835035_836976_+|WP_015390869.1|DBSCAN-SWA
MAFELDSALLKVVDGAQKAQKAIDSLSPVASKASESVKAISKAAESVDKLESSVKNTRDAIGNTTSAVSNFIQACTDNSGERSFENIGEKANDVVKSISNVSKTVKDMKTNFNNTKAEIENVKNSATNLYKAFASTDLGKKSIGFIGKQASKVAQKLPKSKGGKASVVLNKGGQVIGKAVDGVQKTKKAIEGLAPVASKATESVQAITKASESVGKVKSSFNDTKDAVGNVRTSVSDLMQTLTNNNGQRSIENIGQKAKEVVKSISNASKTVEDLATNFINAKDEIKNVKSTVSDLYTTFKNNDLVKKATGGIGKRASKVAQKIPKLNSAKGSNTAKSAGIGGKVSSVMNVAKQSMGKIGSLIPSVTAPLQGLAGSFGKIKGVVSKSFSSIFGIFTKLPLPLQIVIGVVGLLAVAFATNFGGIRDKVKAVVTFIQANMPKIKSIIQNVFKGIQAVWNFILKPVLTVAIQIFGKLISFVTANWPLIKQTITTVMTAIKTVITTVLNVVMSFWNAHGQTIKVVVGAVFNHIKLVITTVLAVITGVIKAVMQIINGNWSGAWNTIKETVSTVFNGAVDIVKNVINAISAVFKDIAKTALTWGKDMIMGIVDGIKGGVSYIEDAVKGVADKIRSFLHFSVPDQGPLELAA
>NC_020291|789315:862261|825557_827687_+|WP_015390859.1|DBSCAN-SWA
MMIRLWESTEKNFKGNQWILSECTKCQITEIINGEFTLDLEYPLQDTKGISNYIVRGNIITCPMKDTRSEQQFRIRKVEKTSSKVIVYAETKLIADLRANRVRKMTIAGKTRKEAIQYILANTLEKNNFTVGNLDNNAISNVIVDVKEGSALEALIGKENSILGEYGGEFIINNNAIDIVDSRGSNDGFTISYGKNIASIKETIDDTDLVTVLIPKVGDLRLPEYYVESPKVNNYEKKYFKEIELKLKIWDGKGEKASNEVAEAEAYKIIRETCSKMFAEEKFDQINFNYSVDLVTLGKTEEYKEYAILENTSLGDLVEIKHRLLNLDLVGRINKTIYDVLSDKYIKLEIGFAKQDIADLINTTVKQIETAKQEVTLRVESMQNTLSTQIKLTEDTLRTEATNSKNQLQTSINQTASQIRQEALDTKNNLQSSITQNANKINAVVQGGNTQGSWELNKDAFKVAFSGASDGYTQINGDGITINDGKFRIRHDGETVFNVSKRGYARAVRGFEVSGNDEDTYCLIDSTGLEISNENGYTGRFEAHSSKTGLYIPDDLIASDLEVEDFCKVRGNLRVNEDLTVFGEKNCIQVTRNYGDRRISAYETTEYYFGDIGEGIIRNGECIVYIDDIFSECINTNISYQVFTQVYNGSVTKICRHENYFIVYGADETVFAWELKGKRKGYENNRLDESVIEINTKNKIEKILLEEGL
>NC_020291|789315:862261|861340_862261_-|WP_015390898.1|DBSCAN-SWA
MKRDLLKIDDLSKEEILDILNLADQLKYEQKHGIDHPHLKGKSLGMIFEKASTRTRVSFEVGMYQLGGNSLFLTDKDLQIGRGEPIEDTARVLSRFIQGIMIRTFSHEKAEKLAKYSSIPIINGLTDAEHPCQVLADLMTIRENKNILEGLKVAYIGDGNNMANSLMIGCLKIGMNFSIASPEAYTVSETYLNRAKELALKEGVNFTNTTSPLEAAKDADVLITDVWASMGHEKEVEERAKAFKGFQINKELLEVADSNVMVLHCLPAHRGEEITAEVLEEHADSIFDESENRLHAQKAVLVKLMK
>NC_020291|789315:862261|849138_851136_+|WP_015390886.1|DBSCAN-SWA
MGSIEMTAISMTSNLTVNIGLMDNFNNKVDQLISGVDKLNNSFSRIEGTLKEMCGLQSELLNKESSTTNIISQQISLTNTLQISINEAAKEEENLSQKTSKTTNIFKELAGKLKEGFNTDLGMKLIKNGISTTIDEAVKMQNQIISMQGMLGNKEAGKAYFNHLQKEANNSGFAFQDLQDNARNFIGITKNTDSLDQLNNLSERLSIGNTSKGLGDAGSAIKDMMSGKGDSLKENFGFNDDDIGILKASKDMDDFTAKFDKLLDKKGLDSDMLNTFNSSPTAQFDNLKSNLDAGLGQAGQGILEAFTPVMAMINQAFANGSFQPFFAALSTALTAVSDAIIFIYNLAIQNWPIIESILIALGIYLISTAITCAAAWLIANWPILLIIGLISLLIYALIQSGVTCEQVCGFIGAAFMIAFGYIYNEIAMTWNVIASFVEFFANVFKHPLYSVEMLFANIWNSIVSFVGGALDYIVDKAKSIPFLKDLLGDFEIKNFKINMPPPPDDYTIIPKMQMKDLGNEAQYGYNGGSKFGASMSELKVGLGDNDIINNFNKNQGKGDLPMNSLGDSGLTSNNLGNNSALTDNSAKCADSLKNMDNSIDISNEHLEMLRDLAEQDSIQNFVTLTPTVQITTGDIKEEADINKIISHIENYMENELANSAEGVYA
>NC_020291|789315:862261|827686_827878_+|WP_015390860.1|DBSCAN-SWA
MKKITGLAIVNCEIGKKIAYTYSILDNYGNITTSNVKESFAVVDEEILKAITTIENNISKRLS
>NC_020291|789315:862261|856418_857033_+|WP_015390893.1|DBSCAN-SWA
MYGTSEYGLLKYAENIPSAEEIKKYFVDLTRYVPSFISDIQEMKAVYEVEGTELGSILYYLNDCIKQFFIDTATWGLTYWEDEYGIDTNLNASYEERREVLKAKKRGQGTTTKAMLKKTAEAFSGGEVNVIENNAEYSFVIQFVGIKGIPKNLQAFKNMLEDIKPAHLTYSFKYTYTVWNVLKQKNLSWNNCKIKTWDELKVYE
>NC_020291|789315:862261|822950_824879_+|WP_015390857.1|DBSCAN-SWA
MAENSIKIDTSIDTSSFEKGLKDLEDKVKGTLEETFVTPIAEKVLPSLDDMANALKKALGSDEISSKVQAIAESLGVFAESVNKVVEGALPELTDGLAWILDNNNAIVMGIVGIGTALKVFEAANLVMSLVEAFKLAEEATKGLTVAQWLYNLALDACGGTLGLTIGIIAGVVAAIVALWTTNEGFREFIIGSWTAISEAAATVWDSICLIFTETIPEAFNSLVEFFTETVPEFFGTLWETVYQLCSDGWNSVVAFFTETLPAFFGELWQSVAQSCSDGWNLIVVFFTEAIPAWIESIGAFLAELPNQMAYGLGEVLAIIVNWCVSTWEYLSTNVPLWIEGVVNFFAQLPTQIATWLDTTLTNLIAWGSNMLIAATTAAESMLTSIINFFMQLPTQIMAWLDATLTNLSTWGSSMLTAATTTAESIITSIVNFFMQLPTQVMTWLDSTLSNLVAWGGNMLSTATAAAGNVVTGIVNTISNLPSQMISIGSNIVDGIKQGIENAWDSMTGWIGGLCDSFVQGFKDNLDIHSPSRVFRDQIGKNIIKGIGVGIELETPNLEDQLDYNVSNLTDRLKASVGFETARTTAGIVASANKEAGANTQGITNNNDNGINVNIENFNGTDKQSVQELAQEIAFLSKRKLV
>NC_020291|789315:862261|820422_820836_+|WP_015390853.1|DBSCAN-SWA
MNYTLDRIRRYKEILADIGYIDIRVQELEEEILGVSGQGMGEKTGKTNKFTSSVEQQAEILMEKKEELYREKAAKKRELQRIDNAITILTEEEKEIISVVHIEHRKYYVVQDKLNLSYQRIKQLEKQAAGKMEKYIC
>NC_020291|789315:862261|838169_839174_+|WP_015390872.1|DBSCAN-SWA
MIRIYSLYDGWDLTEITAVCKNVELSASVDQPARKCTFTMAYSLTDNNQPRVQIGPGTLISIIEEDYGEIFRGEVVDRTLTSSSQEESFTCYDYMRFLMKSSTSMNIKNMPPEGVAAKSCEEVNITTGEIIATGKPINRLCPNKTYYNIIMECYSEASKQNGKQYIPIMRADKLSIIEKGRVVSNYVIQSSKDDTYNNNLIDMTYKDSLENMINRVVIFDADNNYVDKVENSSLVSSYGLFQDSYSIEDGKDPYNVAQNKLYAFDEEIELEALGNYSCLTGYAVKTKIWYLGLLNNATVYINADTHTWECGTGKYTMKLTVSLSNKMDLQEVDS
>NC_020291|789315:862261|795554_796922_+|WP_015390834.1|DBSCAN-SWA
MILRTTLFGNVYNFKDIKEVLAKANEEKSGDRLAGIIAESTAERVAAKVVLSELTIGDLRNNPVVDYDIDEVTRVIQDGVNEEIYNGIRGMTIGDFREFLLSSSGDEIKAIRDGLTSEVIAGVTKLMSNMDLICASKKLVNIATCNTTIGKLGTLSARLQPNHPTDNIEGIMASVMEGISYGVGDALIGLNPAVDTIDSVSRILKAFREFMEKFKIPTQNCVLAHVTTQMEALKKGAPMDVMFQSIAGSEISNRGFGIDVKLIDEAYAMMKELKASKGENFMYFETGQGSELSSDGHNGADQLTMEARCYGFAKKYNPFLVNTVVGFIGPEYLYDGAQVIRAGLEDHFMGKLTGLSMGVDVCYTNHMKADQNDLENLAILLAQANCNYFMGIPGGDDVMLMYQSSSYHDIATLREVTNKRPIKEFETRLEELGIMKNGILTSRAGDPSIFLNMGV
>NC_020291|789315:862261|824892_825561_+|WP_015390858.1|tail|DBSCAN-SWA
MFIWNGISSDDMGVKVISLPPVSLSAENTKEITIEGRDGFLTEFKGYSGETKKVEADYFGDDPYSICSWLRGNGEVTFSNEEGFYYKARISNQIPLEQIIKNQMYNFLIQFRCQPFKYFISGRNKNIINSNGTILNNFGNHKALPIITIYGSGNITININGRAFTLSNLYDSITIASEIEEVLEGKGKLMEGDFPYFDPGKNIISWSGNVSKIEVTPNWRVI
>NC_020291|789315:862261|797004_797775_+|WP_015390835.1|DBSCAN-SWA
MEKDMLEDISAVDLSTKISVDNPIDYKGLMILKQSTSARICIGRAGSRYKTRDYLRLRADHAVAMDAVWSHVDEKVVEELGFYKVQTLVKDKEEYITRPDLGRGFSEEILKAIKEKCINDVDVQIIAGDGLSSPAITANIKEIYPMIVEGAEAKGYKIGTPIFVKYARVATMDKISEALNAKVTLILIGERPGLATGESMSCYMAYEASTKKPESQRTVISNIHKNGMPPVEAGAQIVQLIETLLVEKKSGTDLKL
>NC_020291|789315:862261|790767_791679_+|WP_015390831.1|DBSCAN-SWA
MKKITFAMVIITIALSFGMNLFSDPLLANTESHKTENRGDFLNILTVNKPQYDMVKKIVKDKNNVEYMLTNEKDISEFKYNEDVLNNISNMDLFIYSGTSFEPWSNSLIDELKKGDLGIINLSRGIRLLNYSQNNSNKENPYYFEGISEYKIALCNVKSAIQDRDPQNRDYYEENYNEAIKEFDNKIKIYNDKIKSLSDYKFITLNNDFDYLTKALNLNTIQLDNHEIADFIKLNNLDAKKVIIIVDGEAGTKLNLSGYNTVNLWKYYGDMSFDDLILYNIKELSKWAPLKENGTVNSTGKVA
>NC_020291|789315:862261|832784_833906_+|WP_015390866.1|tail|DBSCAN-SWA
MGEPSIQIVFKQAGITAIKRGERGAVVLILKDTMPATYSNPIKMETIDEIPEGLSDFSKEQIKLAMIGYQNPPKQVIAYIEKADAADYSEAQSYLETIKWDYVVVPGIGITVDGKPDTEANTTSRATDFATWIKQLRSTKDIKVKAVLPHCPADNEGVINFCTDDIKTANKTYTAAEYCSRIAGMLAGTPLTISATFAPLAEVIDVPHLKKEERDAAVDAGKLILFNDGKKVKIDRAVNSFVTTIENKGDDFKKIKIVDIMDLIHDDIKTTAEDSYIGKYPNDYDHKCLLITAINGYFEGLELDGLLDSSIEGQNKAEIDLEAQKVYLKSQGTDLSSMKDQEIKESNTGSQVFLKGQAVILDAIEDIKFQIYI
>NC_020291|789315:862261|830584_831805_+|WP_015390864.1|DBSCAN-SWA
MKNYFKKFSIMFVMSLVLTLGFCVSAFAITDDGVVGTSNLNNTTNNSAVVGSKLAAPEKGWKRYDDSDSRIKYIGNWTNGTYPSYYNQKYHETNTVGSYCTFKFRGTQIRIMSSMILNRSKNITVKIDDNIVEPSSQYNNGTSEGIYLFYTKTGLSNIEHSVQVICNTTGIIGYMDIDAIDIDDTGKLIDPNESISLDKSTMNLTVGDTQQLTATTTPSAIGVTWKSSDPLIAIVDSNGKVTGIKEGSCNIIATTTDGSNLTTACAVSVIPKGTDPNPQPIDTEYITNIAHAKGTNTNNPGGEVTIIFHGTADTTLSVLKTADVKDVWIGDNFTYTLVITNTGTKTAKAVVVNDPAPSHIDFNVSGVTTTQGTVDSSSTSKNIIVNVGDIPPAGTVTIKIPATVIA
>NC_020291|789315:862261|818707_819061_-|WP_015390849.1|DBSCAN-SWA
MLGDKVKFLRKQMNITQQKLAETIGVSQSTIGMIEGNKQGASNDTLIKLANVLNTTVDYLLGNSVEEITSTTSDDENEMNYDNDIRRIERARKKMDAKNKEKMMQILRTAFDEYFDD
>NC_020291|789315:862261|851135_851813_+|WP_015390887.1|DBSCAN-SWA
MYKMYLEINGDEEGFLLPVLPEKIQIDEGGDNKSYNIVNLGEVNVINLPKLTKISFDSYFPLNRGPYVSSEKLYAPSVYIKKIQEWRKKCCKVRFIFTGSTLDSVFNTSTEINNLFSIENFKYEEHGGEVGDIYYTLELKKYKNYAPKKIDIKKDVTAVTATVSQAATRESNPPQPKTYTVIEGDTLWHIAKRFLGDGNRYGEIAALNNISNPDIIYVGQVLNLP
>NC_020291|789315:862261|837644_838124_+|WP_015390871.1|DBSCAN-SWA
MIEFWLNQDNEWLQLPVSPSSYSLKVGNNNTVINVESVGELNILGESKLSEISFESFFPAQEYYFCAYSDIPAPIECVVQIETWRKSKKPIRVILTDTGINDLFSIESFEYGEKDGTGDIYFTLELKQYKVLKLNEKIVGQWGASFSFTNSNNILGGNS
>NC_020291|789315:862261|859252_859483_+|WP_015390895.1|DBSCAN-SWA
MNEELMKDKLETHDTRLNNHGCRIDKLEQDSASFKIEIKNLCDNLKALTSVLKGLIGLGATTFVGFFIYSIEKLMK
>NC_020291|789315:862261|794020_795349_+|WP_015390833.1|DBSCAN-SWA
MNNELKKTLKPIQLWSIIVGMVISGMYCGWNNALDFTSPVGFIIAILIVTVFYTTFMFSYAELSTAIPHAGGASEYASRSLGKFGGFIAGFSCLVEFLFATPAIAISIGAYINFLIPAVPAVAAALVAYAIFVLINCFGIEAAAKVELIVTIVAIGGLILFMGAGAPHIEMSNIFGGDIFKGGFNGIFGAIPFAIWFYLAVEGGAMSAEECANPKKDVPKGFILGIVTLVILALGTFFVVVGISDLSTLAASGSPLPDALQRVYGDGLISNGMSFIGLFGLVASLHGIIIGYSRQAFAMSRSGYLPKFLSNTNSKGAPAHAIVIMSLIGMIFVLTGQTAVIIVISSFGAVALYIISMISLFILRRKEPKLNRPFKVAYPIVPAIALSIAFVFLIALIVSNFSTVLWVAGAYILAIAYYFVYSKIQQTANEEEIKGKLDGEIV
>NC_020291|789315:862261|801110_801608_+|WP_015390839.1|DBSCAN-SWA
MVVRKAKLEDANNLLSMLLALDKETKYMLLEPDERNNDVSRVEGMIQQSINGGNLLLVSGEGNNIVGFLSAQRGILKRINHTAYIVVGIREFQRGKGIGSKFFSELDLWAKENSIIRLELTVMCPNIVAKHLYEKNGFEVEGIKKKSMLVDGEYVDEFYMAKLYL
>NC_020291|789315:862261|846030_846432_+|WP_015390880.1|DBSCAN-SWA
MVAIKNIIKNNFQESNVYSEGKEESFNKPYFFIKISNSSEAKELNRRYKRNIAFEISYVSDKDNINEEYLNKADELYELLEIVEKGERKFRALNMNHEVKDGVLYFKFQLEVSLIKNTEENSMKQLEVDVLGK
>NC_020291|789315:862261|832337_832772_+|WP_015390865.1|DBSCAN-SWA
MINELINLINNMLVENFPSTKVYLSKTEKDFIRPSFFIRYITSRQKDLNRNSYLNVITIKIIYFPPLDELMNVDLVSQNEVFDKMREIFSSGYIKVLDRAAKIRKLRGRTKNTEIHLKLKIDFTQDRSFNTPESPKADKVKFNF
>NC_020291|789315:862261|827929_829879_+|WP_017810825.1|DBSCAN-SWA
MNKMSDIHALETNLDLKQNLNVYANCKQLDILHLIFNIFDGGLQADLTNYKVRLKAMKADYMLLIQDTQYTINKNVVTIMPDEQLTTTSGTTKIELQFINTKTGEKKATFNLTLKVIPSVLENERTISTATYTLMDELENKLDKAASFFENINKAIDANTTLAETTNNANTSNTNLNTTISAGNTLKTALDGLNTTANTTKSNLDTSNNNALATKTALDTSNSNAAATKTALDASNTTANTTKSNLDASNSTANSTKTDLDKSNANALATKTDLDKLNTTANVTKADLTTVNDKATVTKKDLTDINTTANSTKTDLDAENVRAEANITAMESFGDITALSKNVTNLRAEVETARGGESDLDGRMDKIATQLSDNTQKIAQLSNPNLLINGDLQIWQRGTSFSSSGIYYSADRWKVDAGGSGGVTHSISKQYDDVYKNFIRITTTGYANIWHQIEQAELDKLKGKTVTLSFYARKLSGNFVSANFRLYGTYIDGNTLTTNWARYVITTTIPLDATSINIGLVNFVAGQGGSAVTWDIAQIKLELGSIATPFVPRLYAEELALCQRYYETIQYSVVQPTTATGQVVRAIYNFKTIKRTTPTVVLNDGYRGGFGLPTLLSYANGAVGVQATSTSVFNGSEFSGSINADSEIY
>NC_020291|789315:862261|851824_852796_+|WP_015390888.1|DBSCAN-SWA
MQINLIIDDKNGNVFDISELVEEVTWKTKRKGSPSSLDIKLLEDSQVKISNGNIISFKVNDTNVFYGYVFKNSGDDSPEIKITAYDQIKYLMYNDVCVGVNKKASEIITGIFEKLQLKIGTIEDTGYVIPTFVEDDKKYLDIIYSALDKTIVSNTKMFVLYDDYGYLNLRDINNMRQEIVIADDSNLGNYDWESSIEESYNCIKFVRDNEETKGRDVYIGQDSQNIANWGKLQLFKKVDSKLNKAQIEEMVMGNLKLKNKETKKLKLKDVLGTETNLDLKLRGGAGVYVIIKKRNIAQYYLIEEATHKFSKNEHTMDFDLKVV
>NC_020291|789315:862261|839173_839536_+|WP_015390873.1|DBSCAN-SWA
MDPYVKMLNLMKTKGAESNSPTINIGKIIAPPPEIIIQTNDLQLYKDDILISESLVDYKQEISISSAASGGVSCGGQLQNISIEKQEMQFHKILKVGDEVAVLPTADNQTWVVLCKVVRL
>NC_020291|789315:862261|790038_790494_-|WP_015390830.1|tRNA|DBSCAN-SWA
MEFEVYNVDSTTQLGINLGKLLQAGDIICLTGDLGAGKTHITKGIALGLGINDNITSPTFTIVNEYEGGRLKLNHFDVYRVSDPDEIYAIGFDDYIFSDAVSIIEWANYIEEILPQDLLHISIKKDLEKGEDYRKIILTPYGDRYNYIKEL
>NC_020291|789315:862261|798014_798389_+|WP_015390836.1|DBSCAN-SWA
MLKVTKTDKAPAAIGPYSQAVSFGDLLFTSGQIALDPVTGEVVGTTIEEQTEQVMKNLSAILEANNIDFNNVIKTTCFIADMGDFAKFNEVYAKYFVSKPARSCVAVKELPKSVLCEVEVIAYK
>NC_020291|789315:862261|820018_820372_+|WP_015390852.1|DBSCAN-SWA
MNSQGIIESLNLCIVALDKGSTELKTLGLRRAKAEKAYRIKQAVEILKLKSEKYPATLIMELVKGNEEVAELRLQRDIAESSYYSCKNGLENLRMEIEVLRSKLIWIRTELNNWKVN
>NC_020291|789315:862261|839538_839979_+|WP_015390874.1|DBSCAN-SWA
MNSVLPKANLNLSTVIASFSDKQKEVTMPKEYAWDFDKNDFKLKDGKFQIVEGIEALKIWVWKALKTSRATYPIYSSTYGQEIEKLVGNGLSKSLIESEAKRLTLECLKENEHILSIKNFKVSKEKDLLNISFTAVTDCGEVIIDV
>NC_020291|789315:862261|845182_845401_+|WP_015390879.1|DBSCAN-SWA
MTKMQEVLGKILKNRIESELVKDKAEQNFATIKETMDIFLAGDKIAADQYEEFTNLIKPSDNTTDNSETKIS
>NC_020291|789315:862261|809638_811081_+|WP_015390841.1|DBSCAN-SWA
MKLLKNKKIGDNEILRKKAVKNFFLNKKVIAGICIILVFALSLGIYKFKAAKQKPPKSNVKYTTLSKTNIKTTIGSSGSIKSGSSTNIYSNLEYNVASINVEVGDVVKKGDVLATIDTATLQEQISEAEQTFNSNQAKNNLTLASAKQKYENMQYLYDNNLNTDIINAEKAVGSAELDLEDKRKTYEYYKVMLANGAMSQDTVNKEKITVDGAKDTYDKATVALEAIKVNAKQALAEVKMSYESAQVIANDKTAELALEDKKKKLADAKVLATVDGTVTNVNAIVGIQSTGALFVIQDLNDLIVNVTVDERDVSDVKVGQKAEITTDVSGSDVIEAEVKNVEPISSNISSSANTNGGKATQTPNAATSNSASSDVSYNVKVQLTGHNDKIKVGMNAVVNIITNESENVYSVPYGAVVTKDGQSLVYSAVKQGNEYVVKDIAVTKGLESDIDVAIDGADLADNMIILNEPTNYSVGSTVEI
>NC_020291|789315:862261|839971_841060_+|WP_015390875.1|plate|DBSCAN-SWA
MYENNTEEALRTQMLNAIDSGISKSEGYFVYDAIAPAAKRLAECYSTLDTILKLVFGEPAPEIPAKDYDKFIDEDAARHGLERKQGFYSVGKVTFIGLEGSMIYENSIVQTVEGLKYKVISQGKITDGKCTLEIKAMELGAKYNVPSNSIVQIPIKINGITSVSNLDPTTSGTDTETSEELLKRIITKEREESSSGNIYDYEKWAMEVSGVEYAKVKALWNGNGTVKVIVAGENGAQLDDTIIQKVKAHIDPQDGLGSGKAPIGATVTVVSVMPIEIKVKISGLVIEDKYNLDDVKLNIKKSLEDYLKKVPAGGTVKINAVEAVIVMTEGVNDITSIRINDDTKNITTLDENKAALGGIDYE
>NC_020291|789315:862261|830227_830359_+|WP_015390863.1|DBSCAN-SWA
MYETLRRLYQESKLKETGLNNAITKGWITEEQKAKIITSVATQ
>NC_020291|789315:862261|815418_816090_+|WP_015390845.1|DBSCAN-SWA
MKKKKILIVDDELKIRILLKDFLEAEGFIVLESPDGKHALDIFHESSKTIDLILLDVMIPEYDGWTVCREIRKASNVPIIMLTARGEDFDEVHGFEIGADDYVKKPIKPTALIARINALFRRINKDNLNYNGLEINDTSHIVKVNNEEVALGPKEYTLLLTLVKNEGKILSRNQLINMIWGYDYYGGTRMIDTNINRLRIKLGEKGNSITTVRGFGYKFEGQL
>NC_020291|789315:862261|822303_822912_+|WP_015390856.1|DBSCAN-SWA
MNILIDLLPKSVEIAGTEYEINFDFRTSILFEMMIQDEALSDKEKIIKTLELYYPVIPKDIDKNINEAIDKALWFYRGGKDIKSQKSQSSTGKSEKVYSFEYDDEYIYSAFLDQYALDLQDVEELHWWKFKAMFKALKEDNEIVKIMGYRAMTIDNKMSKEQKEYYRKMKKLYEIPKSKNEIEKINAIEEALMGNGDLRGIL
>NC_020291|789315:862261|857047_858919_+|WP_015390894.1|DBSCAN-SWA
MLTTTNYGLKKPEGTDVVDIQNFNDNADIIDQALKAHDTQLSDMVYQTAGGTGTALTLTINGTLKNGYPITFIASANNGGAATTINGKKLYKPATTVAPNLIAEKAYTVWYNATGDNGNGCFFIKASAEGDAVAANVLAGKKFSNDNDTGLVGTLDLSNLVNGNIRSGVTINGVSGKSSVVDTADANAVSAQILNGAFAYVNGAKISGNIPVLANNTPPSNIAYWAPGQVGNAYAKGHFLVPKGYYDGNTWLSQDMPDLLAQNIVSGKSIFGVVGNATVASLGGYSSGSYVGSNSINRNIGASVNVYLGAGNKAASPNNTWNYANSLTVINNYCYVVNYGMLQKYDNNGNLIWTRTLPLSTNYGPSSNIKSDNNGNIILYYSSRLFKYDVNGNLFWTYDMTNDATGRTISYIAVDNSGSTFMAYYWYNGSGCYAIKKINTYGQQVWDKQMQFSKITTDGTNLYVFVPNVPNGASAHIDKYDTNGNKFSIINRGLSSCNTDFTYCNNTLYGTDWWNPNSGGYWNTITKCDLNLVSPTDASGSVQYANSQVHFGCFSKDSNYLYILYSRMDYSACYIRKLRTSDLMDEWSYPIWCDSSMCTDDYGNLWIRSGDSLLRMTESYKIL
>NC_020291|789315:862261|808443_809637_+|WP_015390840.1|DBSCAN-SWA
MKKKLIIFLVMSLILSLKISVIDITKVWAAITDDTIKVNLDNLRDIMNENNLDIKTYYNNKEIARKQYEMAKDEVNAAQENLDNAKKTVDNFKPLEDGSNLGDLVTDKENLSSAEDILEVKKSNLGNIRYALKMANIKYLQNIETSVNKAEKEYIDYLAALSDEQLEEDTVKSQEKSLQISKIQYDNGFIPNDEYITTIQNNTDAVNKLQELKDKEALAKTNLYIMLGISNAYKVTISTDFNEDLNKIANIKYDDDLAKMLDNNVEIQLQSIAIDKLDNEIDTETTTNYYTDEIDKYNTDNAKINLQQKINSAKADFKAQYNTLMSSYNSIKSNYDKIIQAQKEYQTIQIKYDYGFVSLKNVYDAKLELNTKISSFSKDKNTLYVNYLRYIQMKEGY
>NC_020291|789315:862261|852798_853119_+|WP_015390889.1|DBSCAN-SWA
MLELIKQASVNAINASNPLDIEFGTVTDAENITIKISQKKILPKEFFVVPESLTRYEVNLKNSKVVDGTSESDKLVIREGLKIDDTVILLKIESGARYLILDKVVK
>NC_020291|789315:862261|789315_790035_-|WP_015390829.1|tRNA|DBSCAN-SWA
MIILAIDSSSKVATVALMKNHKLLGEITLNDKKEHSVILMNIIDNLLKLNNLTIDDIDGYVVSKGPGSFTGLRIGMATIKGLSFGSNKPYVSISSLDALALSASNFDGIICPIMDALRNSVYTSLYKGHPSLVASEIPVTLERLLDFSALDIDELIEIIKSKNEKVIFIGDGVDKYKDYLIEHCPNCYFPPNHLNLVRASALGEIGYSLIENGEFDDPNSTPFYLKKPQAEREYEQRMK
>NC_020291|789315:862261|819387_819594_+|WP_015390850.1|DBSCAN-SWA
MKLTPIRLRRLNAGLEIDEVIELLKISKSTFYKLEQGRLTPSSQLIKRLSITYSCTTDEIFKDLKITG
>NC_020291|789315:862261|860175_861210_+|WP_015390897.1|DBSCAN-SWA
MKNIKGIDISNNNGEINFNKVANDGVEYVYVKATEGTTFQDLTMEDFYTECKNNGLKVGAYHFLVGTSSPETQAANFYNKIKAYEWDLVPMMDIETNFEALSDYVIRFITTFNQLSPLKLGIYSYTSFLAYISDISTTIENMPFWEANYNNDPWNLPDNFFANRIGHQYTELGLINGVASKCDINVFTGAALISDQINPGVWLEDAPTGKWWYKHSDGSYTKSGWEKINGKWYVFDSDGWMIYDWKKDGINWYYMGNSEDGAMKTGWVLLENKWYYFNESGAMQTGWQKIDGEWYYLDHTGAMQTGWIHDDGKDYLMYSNGMMAHDCELYGYSFSSNGVATKLS
>NC_020291|789315:862261|848499_848916_+|WP_015390884.1|DBSCAN-SWA
MSNNFEEFLMESFEETRETEREVTLGGKKKLMKFKPISADLGDKLRKKNRKVKLVKGQRIIETDQDNYISDLIIETTTCPDLKNSKLQASWGVMGAVELLDAMKAKMKDGEFSEWSTIVSEVNGYDKSTSELVEEAKN
>NC_020291|789315:862261|816086_817634_+|WP_015390846.1|DBSCAN-SWA
MKISIRYKLLIYMTVNIFIFALLLYGSNIFFAEKYYMSNKKSNLIETGKKISKLIAEKSPSYELDDSNLIYEIESVEKEIGGTIYVGTLDGELYYPLKNKPTPPTIEADKGSPFFKYDNNFNFPFKSNLEPPEKPEPAIKNWERYDKNSFFIVMRDPQYKIETLRYQTHLDNGLELLIWITMTGISENATISNNLTAIVGGITIIITVIWALFVSSRFTRPISEMNRITKKISELDFSQTLQVKKNDEIGELSYSINQLSYNLDNAIRELNIKNRYLEEDIEHERKLDKMRQQFISDVSHELKTPIFLIQGYADGLKANVATDEYKRNFYCDVIMEETEKMNMLIKDLLDLSKMQSGFFSVNKTNFNVSFLIKSIVSKYDYIFKEKNICMKVAVEEELIGEADPIRIEQIIVNFMNNAIEHIDDKKIIKLSINLKGNKIRVSVFNSGLPIPEESIDKIWSSFYKIDKARTRIIGGTGLGLSIVRAIQEAHKCAYGVENLYDGVEFWFEIDLAKKI

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015390829.1|789315_790035_-|tRNA	tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex dimerization subunit type 1 TsaB	NA	NA	NA	NA
WP_015390830.1|790038_790494_-|tRNA	tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex ATPase subunit type 1 TsaE	NA	NA	NA	NA
WP_015390831.1|790767_791679_+	metal ABC transporter substrate-binding protein	NA	NA	NA	NA
WP_015390832.1|792343_793762_+	ethanolamine utilization protein EutA	NA	NA	NA	NA
WP_015390833.1|794020_795349_+	ethanolamine permease	NA	NA	NA	NA
WP_015390834.1|795554_796922_+	ethanolamine ammonia-lyase subunit EutB	NA	NA	NA	NA
WP_015390835.1|797004_797775_+	ethanolamine ammonia-lyase subunit EutC	NA	NA	NA	NA
WP_015390836.1|798014_798389_+	RidA family protein	NA	NA	NA	NA
WP_015390837.1|798521_799589_-	nitronate monooxygenase	NA	NA	NA	NA
WP_015390838.1|800545_801004_+	8-oxo-dGTP diphosphatase	NA	NA	NA	NA
WP_015390839.1|801110_801608_+	GNAT family N-acetyltransferase	NA	NA	NA	NA
WP_015390840.1|808443_809637_+	TolC family protein	NA	NA	NA	NA
WP_015390841.1|809638_811081_+	biotin/lipoyl-binding protein	NA	NA	NA	NA
WP_015390843.1|811827_813252_+	FtsX-like permease family protein	NA	NA	NA	NA
WP_081604003.1|813821_813959_+	hypothetical protein	NA	NA	NA	NA
WP_015390845.1|815418_816090_+	response regulator transcription factor	W8CYM9	Bacillus_phage	7.5e-42	42.5
WP_015390846.1|816086_817634_+	HAMP domain-containing protein	W8CYF6	Bacillus_phage	1.9e-24	28.8
WP_015390848.1|818064_818727_-	ImmA/IrrE family metallo-endopeptidase	NA	NA	NA	NA
WP_015390849.1|818707_819061_-	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_015390850.1|819387_819594_+	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_015390851.1|819786_819969_+	DUF1540 domain-containing protein	NA	NA	NA	NA
WP_015390852.1|820018_820372_+	hypothetical protein	A0A0A7RTL9	Clostridium_phage	5.1e-26	56.1
WP_015390853.1|820422_820836_+	hypothetical protein	NA	NA	NA	NA
WP_015390854.1|821248_821731_+	hypothetical protein	NA	NA	NA	NA
WP_015390855.1|821944_822304_+	hypothetical protein	A0A0A8WHT7	Clostridium_phage	1.1e-18	43.7
WP_015390856.1|822303_822912_+	phage gp15 protein	A0A1J1J8Y5	Escherichia_phage	5.9e-62	61.4
WP_015390857.1|822950_824879_+	phage tape measure protein	A0A1J1J8L9	Escherichia_phage	2.5e-05	27.9
WP_015390858.1|824892_825561_+|tail	phage tail component	A0A0A7RWN1	Clostridium_phage	1.5e-18	29.5
WP_015390859.1|825557_827687_+	phage minor structural protein	A0A1L2BYA1	Clostridium_phage	7.4e-128	43.6
WP_015390860.1|827686_827878_+	hypothetical protein	NA	NA	NA	NA
WP_017810825.1|827929_829879_+	hypothetical protein	A0A1L2BYA7	Clostridium_phage	5.4e-101	54.2
WP_015390862.1|829891_830224_+	hypothetical protein	A0A1L2BYA5	Clostridium_phage	9.4e-38	89.4
WP_015390863.1|830227_830359_+	hypothetical protein	NA	NA	NA	NA
WP_015390864.1|830584_831805_+	DUF11 domain-containing protein	A0A1L2BYA9	Clostridium_phage	2.9e-52	40.7
WP_015390865.1|832337_832772_+	hypothetical protein	NA	NA	NA	NA
WP_015390866.1|832784_833906_+|tail	phage tail sheath protein	A0A0A7S0D2	Clostridium_phage	6.1e-81	46.5
WP_015390867.1|833918_834350_+|tail	phage tail tube protein	A0A0A7RVT1	Clostridium_phage	3.1e-41	62.5
WP_015390868.1|834455_834860_+	XkdN-like protein	A0A0A7RTP2	Clostridium_phage	9.7e-29	50.0
WP_015390869.1|835035_836976_+	hypothetical protein	A0A2K9V3N5	Faecalibacterium_phage	4.1e-08	62.5
WP_015390871.1|837644_838124_+	hypothetical protein	A0A0A7RTT3	Clostridium_phage	2.6e-20	37.0
WP_015390872.1|838169_839174_+	hypothetical protein	A0A0A7RTP6	Clostridium_phage	6.3e-61	39.2
WP_015390873.1|839173_839536_+	DUF2577 domain-containing protein	NA	NA	NA	NA
WP_015390874.1|839538_839979_+	DUF2634 domain-containing protein	A0A0A8WJ32	Clostridium_phage	9.0e-20	42.4
WP_015390875.1|839971_841060_+|plate	baseplate J/gp47 family protein	A0A0A7RUN3	Clostridium_phage	3.0e-48	33.5
WP_015390876.1|841052_841688_+	YmfQ family protein	A0A0A7RTT8	Clostridium_phage	1.1e-39	43.8
WP_015390877.1|841687_844879_+|tail	phage tail protein	A0A0A7RTP0	Clostridium_phage	1.9e-55	65.6
WP_015390878.1|844893_845154_+	hypothetical protein	NA	NA	NA	NA
WP_015390879.1|845182_845401_+	hypothetical protein	NA	NA	NA	NA
WP_015390880.1|846030_846432_+	hypothetical protein	NA	NA	NA	NA
WP_015390882.1|846577_847885_+	phage-like element PBSX protein XkdK	A0A0A7S087	Clostridium_phage	1.7e-111	49.5
WP_015390883.1|847907_848375_+|tail	phage tail tube protein	A0A0A7RVP1	Clostridium_phage	3.1e-55	71.5
WP_015390884.1|848499_848916_+	phage XkdN-like protein	A0A0A7RTN3	Clostridium_phage	1.9e-43	63.7
WP_015390886.1|849138_851136_+	hypothetical protein	A0A0A7S091	Clostridium_phage	6.9e-75	37.6
WP_015390887.1|851135_851813_+	LysM peptidoglycan-binding domain-containing protein	A0A0A7RW06	Clostridium_phage	1.6e-68	57.1
WP_015390888.1|851824_852796_+	hypothetical protein	A0A0A7RTZ4	Clostridium_phage	4.4e-120	65.7
WP_015390889.1|852798_853119_+	DUF2577 domain-containing protein	A0A0A7RTJ2	Clostridium_phage	5.3e-22	53.3
WP_015390890.1|853118_853529_+	DUF2634 domain-containing protein	A0A0A7RTH1	Clostridium_phage	1.1e-40	65.9
WP_015390891.1|853528_854572_+|plate	baseplate J/gp47 family protein	A0A0A7S0L4	Clostridium_phage	1.1e-92	51.9
WP_015390892.1|854572_856417_+	hypothetical protein	A0A0A7S1G0	Clostridium_phage	2.9e-35	66.4
WP_015390893.1|856418_857033_+	YmfQ family protein	A0A0A7RTU9	Clostridium_phage	1.2e-62	58.0
WP_015390894.1|857047_858919_+	hypothetical protein	NA	NA	NA	NA
WP_015390895.1|859252_859483_+	hypothetical protein	A0A0A7S0T7	Clostridium_phage	1.7e-14	54.2
WP_015390896.1|859573_859984_+	hypothetical protein	M9Q2G0	Clostridium_phage	4.0e-30	51.1
WP_015390897.1|860175_861210_+	autolytic lysozyme Lyc	Q0SPG7	Clostridium_phage	2.3e-26	38.1
WP_015390898.1|861340_862261_-	ornithine carbamoyltransferase	A7RB08	Paramecium_bursaria_Chlorella_virus	1.6e-26	31.5

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NC_020291|1066247:1197944|DBSCAN-SWA
TTTATAAATTTGCATTAAAATTTTTTTGTACAGCATTAATTATTTCTAAAGCAAATTCATATTGAGAATCTGATTTTGAAATTGTATTTGAAAGTAAAGTTAAGAAAGCCGATTTATTACATTTATTTATATTATTATAGTAATCCCTTGATATTCTCCAATATTTTTGTGGGAAACAAACATAAGATAATATATATCTTAAGTCTGATTCATTTAATGGAGCAGATTCATTATAAGTTTTTAATATTGATAAGGCTAAATCAACATTCCATTTTGTATTTTCACGTTTAAGTAATCTACGCATGAAATATGACAAGTCTTTTGAACTATAATCCATTTTACATTTGTCAAAATCTATTATCCACGGGTCTGAATCAGGAGGGAAAATTAAATTTTTGTTTACATAATCACCGTGACATAGAGACTTACTTAACTTGGAATTATCAATTTTATTTGATATATCTAATGAAATTTGTGCAAGACGCAAATTTGTTTCAAAACTTGAAATAAAATATCTCGAAAAGGTATCTTTAAACTTAAATGCTTCATTCGAAGCTTTCAGCAAATCTTGAAAATGCTTTAAGGTTGATATGTAAAAATCATCAAATCCTTCTCTTTGAGAACCTCCTAAAATAGGCTGAAAATTACGTGACAGTGAGTGAATAGTGGAAAGTTTTTTGACAGATATTAAAACATGATTTATGTTATCGAAATTGCACTTTTCACCTTCAATCCATGGTGTCAATATAAAAAGCATACCTTGATAAGATACAAATCTATTGTTATCAATAGTGGGTAAAAGTTTAGGGACTCTTATGTTGTTTCTATATAACCATTCGATGGCAGAATATACATAAAGTAAATCATTTATATTATAATAAACTTTTTTTAAACAATAATTTTTTTCTTTAAAACGAACTTTATATACAGCTCTTTGCTTATCTGTATCTTTAAATTTGATTACTGACACAAGGGCGTTCTCTAATCTATAGTATGGCAAAACATATTGCTTTATAATTTCAGGTGAAAGATTAGATTCTTGTAAAGATAAAATTTCAGTCCCCATTAAAACACTCCTTTATATGGTGAATATTTAATAAAACAAATTTTCTATTAAGAAAAGTTGTTTTATTAAATAATATTAAAATAATATTAGTAATATACTTAAAGAGTGTTATTAAAAATAAATTTTTAATTAATTTAGATATTATTTTTTAATTATTTGCAAATAATAAATATGGCTAAAAATTAAAGGGAAATGATGAAAAAGGTAGAATACATAAAGTGAGGTGAAAATGTATGGATGTAAGAGAAAAAATTCAGAATTTTGAAAACTTGACATTGATTAAAGAAGCAGCATTTTCCAAAAACACTTTAGGAAGAAATATAGAAGAAACAGAAGATGACATAAGAACATGTTATATGGTTGATAGAGATAGAATAATTCAAAGCAAATCTTTTAGGCGTCTTAAACATAAAACGCAAGTATATATAAAAACTTTTGGAGATCATTACAGAACTAGGCTGACTCATACTTTAGAAGTGTCACAAGTTGCAAGAACTATAGGGGTTGGAATTGGGTTAAATGAAAATCTAATTGAAGCTATAGCTTTAGGACATGATTTAGGGCATGTTGCATTTGCTCATAATGGAGAAGAAGTTCTTAATGATTATTTGGAAAATGGATTTAGGCATAATGAACAAAGTGTAAGGGTAGTTACAAAGCTTGAAAATAATGGATTAGGCCTCAATTTAACTAAAGAAGTGATTAATGGAATATTAAATCATAGCGGTCTTGGTACTGTTAAAGACATAATTACTTTAGAAGGTGTGGTAGTTAAGTTTAGTGATAAAATGGCATATTTAAATCATGATATTGATGATTCAATAAGGGCAGGTTTGTTGACAAAGGAAGAGATTCCAAAAGAAATAGTCAGAGTTTTAGGTAATAACTCAGCTGAAAGATTAAATACTCTAATTAAAGATTTTGTTAAAACTTCAAATGAGAACATAAATAATGGTAAAAAAGAAGTTGGAATGAGTAAAGAAATTAATGAAGCAATGGTAGAACTTAGAAAGTTTATGTTTAAAAATATATATTTAGGGGATACCTTAAAGGTTGAGAGAAATAAAGCTAAATTTATATTAGATGAAATAATAAAATATTTCGAGAAAAATCCAGAAAAGATGCCAGATATGTATTTAAAAATATCTAAAGCAGAAAGCCTTAAGAGAGGTGTTGCGGATTATGTTGCAGGAATGAGTGATGATTATTGTTTAGCATTATTTAATAATTTATTTGTGCCTAAATTAGTAATAAATTAATTAAAATAATAAAATCATTTTAAATAAAAAAGGATTTTATTATTTAAAAACGAATTAATTAATACATAGTAATATTTTTTGATGAATATTACTTAAATGAGTTAACTAAAAAAATAAATTTTAAATTTTATTTAAATTATAGAAGGGAAACTCATTAACGTGTCGAATAATATATAACTGGCGAAAAAGCAGAATGGAAGGAGATGTCTCCTTGCAAGTATCAGAAGAAGTAATTCAGAAAATAAAAGAACAGAATGATATTGTTGATATTATTTCAGAAGATGTAAGGTTAAAAAAATCAGGCAGAAATTATATGGGGTTATGTCCATTTCATAATGATAAATCCCCATCATTTAGTGTTTCTAGTGAAAAGCAAATATATAAATGTTTTTCATGTGGAGAAGCAGGAAATGTATTTACATTCGTTATGAAATATAAGAAACTCACTTTTGTAGAAGCAGCAAAATACCTAGCTGCTAAGGCAAATATTCCATTGCAAATAGAAAATTCAGAAAATAGTAAAATTTCTAGAAAAAAAGAACTTTTATATAAAATAAATGTAGAAGCAGCTAGATATTATTTTTCTAATTTACAAAGGAATAGAACAGCAAAAGATTATTTCCTTAAACGAGGAATTAAAGAGGAAACTATAAAGCGATTTGGATTAGGGTATTCCAATGATGAGTGGCAGGGAGTAATAAATTATTTAAGAAGAAAAGGATATAAAAATGATTTGTTACTTGAAGCTGGATTAGTTTCTAAAAGTGAAAAAAGTGGAAATATATATGATAAATTTAGAAATCGTGTTATGTTTCCAGTATTTGATGTTAGAGGAAAAGTAATTGGCTTTGGAGGCAGGGTTTTAGATGATTCAAAACCAAAATATTTAAATTCACCAGAGACCATGGTTTTCCAAAAGGGAATTAATCTTTATGGACTGAATTTTGCAGTTAAAAATAAGCTACAAGAGGACTATATCATTATTGTAGAAGGATATATGGATCTAATAGCACTTCACCAATACGGTATAACAAATGCCGTTGCATCTCTAGGAACTGCACTTACCGTAAATCAAGTAAGACTTTTAAGAAGATATGTAAATAAAGTAATAATTTCTTATGATGCTGATGTTGCAGGGCAAACTGCTACATTAAGAGGATTAGAAATTTTAAGAAGTGCTGGACTTGATGTGAAAGTGTTAACAGTACCAGAAGGAAAAGATCCAGATGAATTTGTGAGAAATAACGGAAAAGATGCATTTTTAAGATTAATAAATGAGGCTTTACCATTAATTGATTATAAAATTAAGCGAGCAGCCCAAGGAATCGATCTTAAAAATCAAAACGACTTAATAGAATATGGAGAAAAATTTGCTGAAATTTTAGCAGACTTAAATCCAATAGAAAAAGACGTATATATAAAGAAGATTTCTGAAGAAACATCGATTAAAGAGCAGGCGTTATATGACTTACTTTCGCAAGTATTAACGAAAAAACAAAAAGAAGATAATTTTGTGAATAAAAAGGGAATTTATGGAACAAAATTATATGTAGAACCAGCATACTTAAAAGCTGAAAGAGCTTTATTAAAATTAATGCTTAATGATGAATTTTATGATGAACTTAAAGACATCATAAAGGTTGGAGATTTTGTAATGAAATCTCATAATAAAATTTATTCATTAATATTAGAAGGTAAAAATGAGGATACTATTAATATAGAATCGTATATAGAGAATAGATGTGATGATGTAGAAAGTTCCAAAGAATTAACAAAAATAAAAGAACACGAAATTCTGGAGTTTGCTGATAAAAGTAGATTGATAAGCGATTACCTAAAGGAAGTTAAAAAATTTAAACTTAAGTTACAAATTGATTCTTTAAAAAAGGAACAAAACAAGTTTGAAAAAGAAGGTAAAATAGAAGAATCTATAAAGATTGCAATAGAACTTGCTAAATTATCGAAGGAACTGAAGGTTGAGGAGAGAGGTTAAAGGTTATGACGGAAGGAGGCAATAACAATATGGAACAAAAAACAAATGGAAAAGCAATAAAACCAAAAGATGATAAAAAAGATAAAAATGCTAAAATGGCTGCTGTAAAAGACTTGATTGACAAAGGAAAGAAAAATGGTTCATTAACATATAAAGAAATTATGGAAACAATGGATCATATTGATTTAAGTCCAGAACAAATAGAAAAAATATATGAAGTTTTAGAAATGACAGGCGTTGAGATTATAGGAGAAGAACCTTCTGATAATACTGTTGAAGAAGAAGAAATAGATTTATCTGTACCAGAAGGTATTGCGATAGACGATCCAGTAAGAATGTATCTAAAAGAAATTGGAAAAGTACCTTTATTGTCTTCTGAACAAGAAATGATTTATGCTAGAGAAATAGAAGAAGGTAATCAAAAAGCTAAAAAGAAATTAGCAGAAGCTAATTTAAGATTAGTTGTTAGTATTGCAAAAAGATATGTTGGAAGAGGAATGTTGTTCTTAGATTTGATACAAGAAGGAAACTTAGGGCTTATAAAAGCTGTAGAAAAATTTGATTATAGGAAAGGCTTTAAGTTTTCAACTTATGCTACATGGTGGATTAGGCAAGCAATAACAAGAGCTATTGCAGATCAAGCAAGAACAATCAGAATTCCTGTTCATATGGTAGAAACTATAAATAAGCTTATAAGAGTGCAAAGGCAATTATTACAAGAACTAGGAAGAGATCCTTTTCCAGAAGAAATTTCAAAGGTTATGGAGCTTCCAGTAGATAAAGTTCGTGAAATTCAAAAAATTGCTCAAGAGCCAGTTTCGTTGGAAACACCAATAGGTGAAGAAGAAGATTCACATTTAGGAGATTTTATTCCAGATGATGAGGCACCAGCACCAGCTGAAGCAGCTGCATTTACAATGCTTAAAGAGCAATTAATAAACGTATTAGATACGTTAACACCTAGAGAAGAAAAAGTATTAAGATTGAGATTTGGACTTGATGATGGAAGAGCAAGAACTCTTGAAGAAGTAGGTAAAGAATTTAACGTAACAAGAGAAAGAATTAGACAAATTGAAGCGAAAGCTTTAAGAAAGCTAAGACATCCATCAAGAAGTAAAAAGTTAAAAGATTATTTAGACTAAAAACTTAAGAAGATATTTTTAAAAGTAGTAAGCTGAATTAAATATTTTAGAATATTAGAAAAGCCTATAAATTAATGCACAATGCACAATGAATAATTCGCAATTAGGGATTAAGTAATGAATATAAATCCTTAATTGTGACTTGTAAAATGTTCATTGTGCATTAAAAGTTTTAATGTTATTTATATGTGTTACATTTATAAATGTTCAATTCACCATAGGGTACCCTTTCAGGGCATCAATGATCAATGTATATTGACTTCTTTTTGAAATTTTTGGATTTTGAATAATTCTTTTGTAACATGTATATTTTGATTATATTTTTGAAAGAGGTAAAGCATGGAATTAAGTAAAAGATTAACTTGGATTATTGAAAAGGTAGATAAAGTTCAAGTAATAATGGATATAGGAACTGATCATGGATATATTCCAATTTATTTAGTGAAAAATAATATTGCTCAAAAAGTTATTGCATCTGATATAAACAAAGATCCTTTAAAAAAAGCTAAGATTAATGCAGCTTTAGATGGTGTTTCAGATAAAGTAGATTTAAGACTTGGAGGCGGTTTGCAGCCTTTAAAAAATAATGAAGCACAAACTGTTATAATAGCTGGAATGGGTGGAAATCTAATTAGAGATATATTAGAAAATGACTTTGATAAAGTGAAAAAATTGGAATACTTAATACTTCAACCAGCCCAAAATCCTGAAGTGTTAAGAGAATATTTATATACAAATGATTATGAAATCCTTTATGAAGATATTTGTTTAGATGATAATAAGTACTATGAATTATTTAAAGTAAGATATAAAAAAGGTGATTATATTTCATTAGAAAATTTATTTTATGAAATTAGTCCATTAATGTTAAATAAAAAATTACCTTTGCTAAAAGCTTATATAGAAAGTAAAATAGAAAAAAATAAAAAGGTTATAGAATTTATTACTGATAGTACTGAGCATGCAATAATGAGACGGAATGAATTAAAAGACAAAAATGAAAAATTAGAAAAAATATTAAAAAATTTTTAGGGGGTGGAATCATTGACTAAGGTATTAGATATAGGAAATGAAATTGAAAAAGTTGCACCTAAATTTTTAAAGGAAGACTATGATAATGTTGGTTTAATGGTAGGAGATGAAGAAAAAGAAGTTAAAAAAGTTTTATTAGCTTTGGATTGTACAAAAGAAGTTATAGAGGAAGCAGTAGAACTAAATGCACAGTTAATAATATCTCACCATCCTTTACTTTTTAAAAAGCCTAAAAGTATAACTGCAGGCGATTTGCAAGGGGATAAGATTATAAAATTAATTCAAAAGGATATAGCACTTTATTCCTGTCATACGAATTTAGATAGTACTAAGGATGGAATTAATGATATTTTAGTGAGTATATTAGGATATAACTCATATAAAATAATAGAACCTACTGAATTTAAAAATTATCCAGGTGCAGGAACAGGAAGGCTTATAAAGTTTGAAGAAGAAATTTTATTAGATGAAATTGTACAAAATATTAAAAATAAATTGAATATAAAAAATATGAGAATTGTAAGAGGCAATAAAAAAGTTAAAACTCTAGCAATAATAAATGGAAGTGGAGGAGATTATTTTTATAAAGCAAAAAGCCTTGGAGCTGATTGCATAATCTCAGGAGATACAACTTATCATTTTGCTTCTGATTTTAAAGAAATGGGAATAAGTATAATTGATGCGGGTCACTTTGCGACTGAATTCCTTGCTTTTATAAATTCTTTAGAATTTTTGAAGGTTAAATTTAAGGATGTAGAATTTGTTCAATCTAAAAGGTGCAATGATCCCTTTGAATTTATATAGATACATAACGTAAGAATTAGACTTATGCAACAATTACCGAAATATGATACATTTATCTTCCACAGGACTAGTGAAATTTTCGCTGGAAGGTTCTAAATGTGGGCTTGTCGTCATTTCAGCGTGTTCCGAATATAAAAGCTCCAAGGAGAAAGTTCGTGTGTCCAAATATAAAATTTGGACACTTACTTTTCGGACAAGCTGTAAATGGAACAAGCCCACATTAATACCCTTCAACAGCTCAATTTCACATGCCTGCTCCAGAAAAAAATGTATCATATTTCTAGTGTAGTGTTAGGATTATAATTTCTCAATGATGCATGTATATTCCATTTATAAGTTTGATTCTTAAATTTGATATATATAAATTATACACCTTTAAAAAGAGCAGCTATGCTGCAATACGGATCAATTTTAAAAAGAGCAGCTATGCACCTATGAAAAGAGCAGCTATGCTGCAACATCGGAACTTACATTAGCAATTTTTTACTTGTTATTTATTTTCATATTCCTAATTTATTAGAATTATGCATATAATATTATTGTAATAATAATATGTGGTGTAGCATGAGTAGAAATGATGAAGATAATAAATCGGGAGAGGATTTTAAAAAAGAATTTGGACATTTTTTTAAACATAGCAAAAGAGCTGTAAGAAATTTTTTTAGGGGAGGAAGCTCAAAAAGAAGGACTTGGGGCTGGGGAAATGGATTTTCACCATTTTTCTTTAATAAAAATCCATTATTATGTTTGCTTTATCCTAAATTGATTGTGGCAGGAATAATATTATTGACACTATTATTTTGTGGTGTAAGTCTATATGGAATAATAATAATAATATTATTATTAGTGATATTTATATTAATATAGTAAAAAAATGCAATTTAGTTATTATAAAACATTTGCATATTAGTTAAAATTGTGTTAACATATAGTCTGCGAGTGAGACATGCAATCACTGCTAGACTTAGATCTAGGAGAGGAAAGTCCGAGCTCCATAGGGCAGGGTGCTGGATAACGTCCAGTCAAGGCGACTTGAAGGAAAGTGCAACAGAGATATACCGCCTAAGTTTTCTTAGGTAAGGGTGGAAAGGTGATGGTAAGAGCTCACCAGCGCGTTGGAGACTTCGCGGCTATGTAAACCCCACTTGGAGCAAGACCGAATAGAGAGGCATATGAGGGGCTGCCCGTCCCGCCTCTGGGTGCGTCGCTTGAGCTTACTGGTAACAGTAAGCCTAGATAGATGATTGCTTAGTACAGAACTCGGCTTATGGCTTATCTCGCAACAAGTAATTGCAAGGATTTGAGGAATACACTAGTTGTATTTTCACTTAAGTTTCCCTTGCTTTTTTTTGTTTATAAAGGATTTGGCAGGATATTTGCTGTTTGGAAATTTACATAAATTAGATTTAGTACGTAGAGTATAGTTTTTTTCTTATAATATTGATATAATGCAATAAATAAGGAGTAATATTATGGGGGTGGAAATTTGGATCCAATTAGTTTGATGAAATCAATGGCTTCTACATATACAAAAGTTGAACTTGAAATTTATAATAAATTGATGTCTGACCCAACTTTGATTATGGACAGTACAATTGTAGTACTTTCAGATCACCTTAAAGTATCAAATTCAGCAATAACAAGATTTTGTAAAAAGTTAGGGTATAAAGGATATGTAGAATTTAGATATGATTTTTCTAGTTACTTTAATAAAGAAGAAAAAGATAATGAAGAACATATTGTTAATAGAAGTATTACAACATATTTATCAGTTTTAAGCATTCTTGAAAATATCTTAGATGAACAAGAAATTAAAAAAATTGTATTGCAAATGAAGAATAGCAAGAATATTAGAGTAATAGGAATTGGATCATCAGGATTGGCAGCTAAATATTTAAGATATCGTATTTTTAAATATGGTAGAAATATTGAGGCATTAGATAATAAGTTTGAAATAGATGAAAGTTGTAGCTTAGCAGAAGAAGGTGATATGCTAATTGCTATAACTGATAGTGGAAGAAGTAAGGAAATTAATAAACAAGTTATAGAAGCTTATGAAAATGGAATAACGACTGTAATAATAACAACAAATGATGTAGCTCTTTTAAGAAATAAAGCTAATTTTTATTTTCAGCTACCATCTGTTGGACAATTTTATAGACCAGGTGCATATAATAATCAACCAGTGGTAATGGTATTTTTGGAGATTTTGATTAACTATTATGCCCAACATATCTCTTACGGGCAATGAAAATAAAAACACATTATCTATTAAATTTATTTTAATTATAGATTTAATAGATAATGTGTTTTTTATTTGGAGAAAGTAATGATTGTATAGCGTTTGAACGAAAAACAAACACTACAATAATACTATAAACACTAGCGCTAAAAGTACTAAAATATTAAAACACTACTGGATGGTGTTCAAACAGTATAAGAAATGTATATAAAAGATAAATGCTTCTTAAAAATATTTTCAAAAATAAAAATATTTTTAAGAAAAATTTTTAATATATAGTAATTGTGAAAAATATTGAAATTATGAAGCTTTTGAATAGTATTTAGGAAGATGAAATTATTTACATTATAATATTTTATAATTTTTTTTCAGTGTTTGGCATTTGGATTGCTTTGTATAATATTCGCAAATGAAAAATAAAAAGTGGAGGAGAGCGCAATGGAAGAATTAGAAATGGCAATTATGAACATTATTGTTAATGCAGGAGATTGTAAAAATCATGCGTATATGGCTCTTAACTATGTAAATGAAGGGACTTATGAAGAAGCTGAAAAAGAAATGCAATTAGCAAATGATGCGTTAGCATTAGCTCATGATGGACAAACAATGTTTCTTCATAAAGAAGCAAATGGTGAAAAAATAAATATTTCAGTTTTATTTGTTCATGCACAGGACCATTTGATGACAGCAATAACGGAGAAGAATTTAATTGAACAAATAATTGAATTGAGAAGAGTAATAAATAAATTAAATTTAAAGGAGAATTAAACTATGAAATTTTCTAAAGACTTTCTATTTGGAGCAGCATCTGCTTCATATCAAGTAGAAGGAGCATACAATGAGGATGGAAAAGGTATATCGAATTGGGATGTATTCTCCAAGATACCAGGAAAAACTTTTGAAGGAACTAATGGTGATGTGGCTGTAGACCATTATCACAGATATAAAGAAGATATAAAACTTATGGCGGAAATTGGATTAGAATCATATAGATTTTCTGTTTCTTGGCCTAGAATAATTCCAAATGGTGATGGAGAAATAAATCAAAAAGGAATTGAATTTTATAACAATATAATAGATGAATGCTTAAAGTATGGAATAGTTCCCTTTGTAACCTTATATCATTGGGATATGCCTAATAACTTAGAGGAAGAAGGAGGATGGACTAATAAGAAAACTATTGATGCCTTTGTAAAGTACGCAGATATATGTTTTGATGCATTTGGGGATAGGGTAAAGCATTGGATAACCTTTAATGAAACTGTTGTTTTTGCAGCATTAGGATATTTAGCCGGAGCACACCCACCAGGTATTAAAAATAACCCTAAAAAGTATTTTCAAGTCACTCATAATGTTTTTACAGCCCATGCTAAAGCAGTACAAAACTATAAAGAAATGAAGCAATTTGGTGAAATAGGAATAACTCATGTATTTTCTCCTGCCTTTAGTGTAGATGATGCAGAAGAGAATATAAAAGCAACATACCATGCTAATCAACATGATATAAATTGGTATTATGATCCAGTATTAAAAGGAAATTATCCAGAATATGTAGTAAAACAATTAGAAAAAAATGATTGGACGCCAGATTGGACAGAGGCTGAACTGTCAGTGATTAAGGAAGCAGCGCCTAAAAATGATTTTATAGGTCTTAATTATTATCAGCCAAAAAGAGTTGCTAAAAATGACATACAAAATGAAAATAGTGAAAGAAGTAGAGAAAATTCTACTGGAGCTCCAGGTAATGCTTCGTTTGATGGTGTTTACAAAACAGTAATGATGGAGGATAAGACCTATACAAAATGGGGATGGGAGATTGCTCCAGATGCATTTTTAGATGGACTTAGGATGTTAAAAGAAAGTTATGGGGATATAAAAATGTATATTACAGAAAATGGTTTAGGAGATGAGGATCCTATTATTGAAGGTGAAATAGTAGATATTCCAAGAATAAAATATATTGAATCCCATTTAAAAGCTGTAAAAAAGGCTATTGAAGAAAATATAAATCTTAAGGGCTATTATGCATGGTCTGCAATCGATTTATTAAGTTGGTTAAATGGATTTAAAAAGCAATATGGATTTATATATGTAGATCATAAAAATAATTTAAATAGAAAGATTAAATTATCAGGTTACTGGTATAAAAAGATAATAGAAGAGAGAGGCGAAAATCTTTAATCAAACAAGACTTATTTAGTTTACAGATCTATTATTAACTTTATAAAGCGCGCTATGAAGTTATATGTGATTTGAAACATTAAGTATATATAATTAACTTTAGGAGGAATTATTATGTCATCATTTCAAGACAATTTAAATGAAAAAGTAATACCTGTTGTTATGAAGTTTGTTAATTTAAAAGGAGTTATTGCATTAAAGGATGGTATTTTATTTACATTACCATTAACATTAATAGGTTCAGTATTTCTACTACTAGCACAATTACCATATCAACCTTTAAATGATTGGTTAGCAGTGACATTAGGGGCAGGATGGACAGACCCATTATGGAAAGCATTTGGAGCTACTTTTAATATAATTGCACTTATGGGAACAATGGGAATAGCTTATATTTATGCTAAAAATGAAGGACATGAACCTTTTTCAGCAGGTGTAATAGCCTTTGTTGTTTTTGTACTAACAACTAGTTCTTCAGTAATAACTAAAGGTGGAGAAACAGTAGGAGATGTTATACCAACAGCATGGTGTGGTGGAAAAGGAATGGTAACTGCAATTATAATAGGATTAATAGTAGGTGCAGTTTATTCATGGTTTATGGAAAAGAAGATAACAATTAAAATGCCTGCAGGTGTACCTCAAGGGGTTGCTAACTCATTCGCAGCATTAATTCCAGCAGCAGTTATAATACTTGGAGCAACCGTAGTCTTTTCAATATTCCATTGGGGACTACAAACAACATTAATTGAGTTTATATATAAAGTAATACAAACACCGTTACAAGGTATGACAGATTCATTGGGTGGAGTATTATTTATGGGATTTGCCATTCCATTTTTATGGTGGTTTGGAGTTCATGGTTCAACAATTGTAGGTGGTATAATGGGAAGTCTATTAACATCAAATACATTAGATAATGCAGCTATAGTTACAAGTGGAAAAGAGTTAACAGTAGCAAATGGTGCTCATATAGTAACTCAACAGTTTTTAGATCAATTTATGACAGTAACAGGAGCTGGTATGACAATAGGTCTTGTAACAGCCATGTTAATATTCTCAAAATCAGCTCAATGTAAACAATTAGGTAAGCTAGCAATTTTACCAGCAGTATTTAATATAAATGAACCAATCACCTTTGGAACACCAATAGTAATGAATCCATTTATGGCATTACCATTTATCATTACACCAATGTTATCAGGATTGATTCTTTATTTTGCAATAGCAACTGGTATAGTACCACCATTTGGTGGAGTAATGGTTCCATGGACAACTCCTCCAATAATTTCAGGACTTTTAGTAGGTGGAGTTAGAACTGCAATATTACAATTCTTAGTTTTAGTAATGTCATTTTTCATATATCTTCCATTCTTTAAGAAGTTAGATGCTATGAATTATAAGAATGAACAAGCAGCTCAAAGTGCTGAAGGTGTTCACGCATAAAAAGTATTAGTTAATTAAAATTATAATCTCAACTATGATTGATTCACAAATATAAAAAATGTCCTTCTATAAAAGCATTTATAGAAGGATTTTTTATTTATTACTAAAAGTATTTTTAATTTTAATTAAGATTTTTTGAGAAGTAGGAGCAATATATCTTTTCTTTGGATGTTTATCTTCAACTGCTTTAATATATTCATTAATAATAGAATTTATATTAGTAGATTCAGTAAGCTTAAAGTATGTATACTGCTTTTTTTCAAGTTGTTGTATACAATTCTTAAAGTAAGAATCAATTTTCATCCAGCCAAACTGCTTAGCTATATTTTTTTGGTTAAATCCTGTTGCATAACTTCCTGGTTCAATTAATATAACAGGAATATTAACATCATGTAGTACTTGCAATTCTTCATTCAAAGAAGGGACTATGGCTTCAAGTGCAAATTTAGTTGCGCAATAAGGGGATAAGAATGGTAAGGGGGAACGTCCTGCTAAGGAGGACAAAAAAATTATTCGTCCTTCTTTATTAGAAATCATTTGCTTTAAAACAAGCTGAGTTAAATCAATTGGACCAAAAACATTAGTTTCAAATACCTCTCTATATTTATTAATATCTATTTCAGCTACTGAACCAGAATCTCCAATTGCAGCATTATTTATTAATACATCAATTTTTAATTTAAGTACCTTCATTTTATCATTCTTGCATAGCACATCTAATTTAAAACTTTCAAGGGGAAGATTATAACGTTTATTTAGAGAGTTTAACTTGTTTGCCTGCTCTTCAGTATGCGTCGTTGCATATACATAGTGTCCTCTATTAGCTAAAGCAATTGCTGCTTCAAATCCAAGGCCAGAACCACAGCCAGTAATTAATATTTTTTTCAAGCTATCACCTCAATTTATTTTCTAAAGATATCCAAAGAGAGAATTAGACTTATGCAACAATTACCGAAATCAGATGCATTTATCTTCCACAGGACTAGTGAAATTTTCGCTGTAAGGTTCTAAATGACGGCTTGTCGTCATTTCAGCGTGTTCCAGATGTAAAATCTAGACAAGCTGAAATGAAACAAGCCCCCATTAAGAACCATCATCAGCTCAATTTCACATGCCTGCTTCCAGAAAAATGTATCTGATTTCTAGTGTAGTGTCACGATTATAATTTCTCAATGATGCATGTATATTCCGTTTATAAGTTTGATTCTTAAATTGGATATCTATAGTTACTAGATAACAGTGATGAATTAGAATTATATTTTCCAATTAATAAATAATTATTCTTTATTCAATTACAAAATTTTTGTGATTTGTTATCTATCATTCTTTTAATCAAAATAAACTATGCTTTTTATATAGAAGAAAAACAGTGAATAGATAATTGATTAATGGAAAAAATAGAAAATAGTTAAGCTTGCAAAGATTGTTAATGAATATGTATATGGAATAGAGGGAGGTAAAGGCACTTGGCTGAAACAAATGGAATTGGGGTAAGTATACCTAGAAAGGAAGCCTTTGATAAAGTAACAGGAAAGGCAAAGTATACAGATGATTTGATTCAGACTGGAATATTACATGCAAAAATACTTACGAGTCGATATGCTCATGCAAAAATTAAATCAATAGATATATCAGAAGCTCAGAAAGCATTAGGTGTTCAAGCTGTAATTACAGGGGACTATTGTCCAGTACTTTGTGGAACAATGATAGAGGATAGACCTCCAATAGCAATCGATAAGGTTCGTTATTATGGTGAACCAGTTGCAGTAGTAGTTGCAAATAGTGAACAGAATGCAATGAAGGCTTTAAAATTAATAAAAGTAGAATATGAACCATTAACTGTTATTAACTCAGTGAGTGATGCAGTAAAAGCAGATGCTGTTCTTATTCATGAAAAGTTAAGCAGTTATAAACATGCAGTTCAGGAAGTGTACCCAGAAGAAAATACAAATATTTCTCATAGAATAAAAATAAGAAAAGGGGACTTAAGAAAAGGATGGGAAGAAAGTGAAGTTGCAGTGTGTGAAAAATTTTCACTTCCACAATCAGATCATGCAGCAATGGAAACCAGAAGTGCTAAAGCAGAAATTATGCCAGATGGAAGAGTTATAATTTACACTTCTTCACAAGCTCCTTATTCAGTAAAAAAATTATTGAGTAAATATTATAATATCCCAGAAGGAAATATAATTGTTAAAGTTCCATTTGTAGGAGGAGGTTTTGGAGGCAAAGCTCCAATGCAGTTGGAGATAATAGCATATCTTGCAGCAAAGGCCGTTAATGGAAAAACTGTAAAAATAGCAAATTCAAGAGAAGAAGATATAAAAACTTCACCCTGCAAAATAGGAGTTGAAGCAAATTTAAAATTAGGTGCCACAAAAGATGGAATTATTACAGTTCTTGAAGCAAATTATATGGTTGATGGAGGAGCTTATGCGGATATTGGGCCACGTATGGCTAAAGCTGTAGCTGTAGATTGTTCAGGTCCATATAATATTGATAATATATGGTGTGATTCAATATGTGTATATACAAATCATACCTATGCTACTTCTTATCGTGGTTTTGGTCATGCAGAATATACTTTTTGCATGGAGAGAATGATGGATAGATTAGCAAAGAAACTTAATATGGATCCATTAGAGTTGAGAATTAAAAATGCCATAATACCTGGTCAATATACTCCGACGCAAGTAAAGACAAGTGAAAGTAACATAGGAAGTTTATTAGGTTGCATTAATAAATTAAAGGAACTAGCTAAATGGGATGAAGGTCAAATAACAAAAACAGAAGAAGGAATGATTAAAGCGAAGGGGATAGGCTGCTTTTGGAAAACATCTAATTCACCTACTAATGCTGTATCTGGAGTTTTAATTACATTTAATACAGATGGAAGTATAAATCTTAATAGTGGAGCAGTTGAAATTGGTCAAGGAACTAAAACGACATTAGCACAGATTCTTGCTGAAAAATTGAAAATGGATGTAGGCAAAATTCATTTATTTATGGGAGTAGATACTCAAGTTTCTCCAGAACATTGGAAAACTGTTGCAAGTATGACCACATTTATGGCAGGAAGAGCAGTAATAAGAGCAGCAGAAGATCTTATAAGGCAATTAAAAAGTTTGGCTGCTACTATTATGAAATCTCCACCTGAAGATTTGGAAGTTGAAAATGAAAAGGTCTATTTAAAGCAAAATCCAGAGATATATGTTTCATTTAAAGATTTAGTTAGAGGACATCAAGAAGCAAATGGCCTTGCTGTGGAAGGACAGATACTTGGACGTGGCAGTTATATAATGAGTCATATCACTGGTTTAGATAAGGAAAGTGGAAAAGGCAAACCAGGACCAGCTTGGACTGTAGGAGTTCAGGGAGTTGAAATTGAATATGATCCTAAAACTTATACCTATAGACTTATAAAAGCAATTACTGTTATAGATGCGGGTAAATTGATTAATCCAAAGACTTCAAGAGGATTAGTAATGGGAGGAATAAATATGGGATTTGGGTTAGCCACTAGAGAAGTTTTTATATATGATAGCAATGCTATACTTCAAAATACAACTTTTCGTACATATAAGCCAATGAGATTTGGTGAAAATCCAGAATATATAATTGATTTTATTGAAACACCACAAATTGATGCGCCATTTGGAGCACGTGGATTTGCTGAACATGGCATAATAGCAATACCAGCAGCATTTGCAAATGCAATTTCCATTGCAGCAGAACATGAATTTAATAGTTTACCTATAACTCCAGAAGTCATTTGGAAGGCTAAGACAGGAGGAAAATATGATACCCTTTGATTTTGAATATTATAAACCAGAAACGGTAGAAGAGACTGTTAATCTTTATAAAGAATTAAATAATAAAGGAAAGAAACCATTATATTATGGTGGCGGCACAGAGATAATAAGTATGGCAAGAGCTTATAACATATATACAGAAGCAGTAATTGATATAAAAGGCATTGCGGAATGTAATGTTATGGAGTTAGATGAAAATAAACTTATTATAGGAGCTGCCGTCACTCTTACTCAAATAGCAGAAGCAAATTTATTTCCTTTGCTTAGTCTAACGGTTAAAAGAATTGCAGATCATACAATTCAAGATAAAATTACTCTTGGAGGAAATATAGCAGGTACAATTATATATAGGGAATCTGTACTTCCACTTTTAATCTGTAACAGTCAGGTAGTTATAGCAGGACTAAGTGGTAGAAAGCAAGTTGCGTTTAAAGATATATTTGATAAAAGAATAAAGATAGATCCAGGGGAATTTATCGTAAAGGTAATAGTAGAAGACAAGTACCTTAATTTAGAGCATTTACATGTAAAAAGAACTAAAAATGATAAGATTGATTATCCATTAATAACCCTTGCAGCAATTAAAGATGATGAGAAAATAAATATAGCTTTTAGTGGAGTTTGTGATTATCCATTTAGATCTTCTGTAATTGAAAATTATTTGAATGATAAAAGTTTATCTGTGAATGAAAGAATTAATAATATTATCTGTAATATGCCAGTCTTAATACTAAATGATTTATCTGGTTCAGCTGAATATAGAAAATTTATGCTTCAAAAAATGCTTTTAGAAGTATTAGAGAAAATGGAGGAAGATTAAGTGGTTAATATTCTAGGTAAAACTATAATGACGTTGAATATAAATGGAGAAAATAAGGAAGTTGCAGCAAAACCATCAGATATATTGCTAAATACTCTTAGGAATGAATTAGGACTTACAGGGGCTAAACCAAGCTGTGAAAATGGAGATTGTGGTTCGTGCACTATTCTCGTTGATGGATGGCCAATAAAGTCATGTTTAATGCTTACGGTGGAGGCAATTGGGAAAAAAATAATGACAGTTGAAGGGTTAGAAGATGCTCCAATACAAAAGGCCTTTGTAGAAAAATGGGGATTTCAATGTGGGTATTGTACCTCAGGCTTTTTAATGGTCTGTCATGCTTTAGCTAATATACATCCAGATGCAAATGATTATGTAATACAAGAATGGCTCCAATCGAATATTTGTAGATGTACTGGTTATGAAGAAATAAAAAATGCAATTAAATCAATCATGTAACAAAAGTTACAGACTTAAAATTAGAAAATCAATATAATAAGGCTATAGAACATAAACATATAATATTTAAATTAATTAACGTAAATATAAGCATAAGATAAAGTAAATTTATAACTACAATTAAGTAAAGGAGAGGATTAATAATGATAACTAAAGACTTAACAATTGGAGAAATATTAAGAATAAAGGAAGATGCAGCTCAAATCTTAATGAGTTTTGGAATGGGATGTGTTGGATGCCCTTCTTCTCAAGCAGAAACAATTGAAGATGCTTCACAAGTACATGGATTAAATTTAGAAGACTTATTAGTTGCACTAAATAAATAATTTATAAAGAAAATAGCTATAGCATATGTTGTTATAGCTATTTTTTATAGAATAATATTTTAATTTTGGAAATAGGGAGGAAAAGGTAATATGGGAAGGTACGAAGAGCAGAGAAAATTTCTAAAATCTAACTTTAATGAATTTAAGAACATAAAAACAGATAAAATGAAAGGAATATCACAACCAGATGCTACAAAGCCATATGATAAATTGTGTGAAGTTGTTGCTTTACCACAAGTAAATATGGAGGTTTTAAAAAATCCAAATATCTACAAATGTATTGCTGAAAGAAGAAGTACGAGATTTTATTCTGATGAAGCTATGAGTATTGAAGAATTATCATATTTATTATGGGCAACTCAAGGAATTACTGGTACAAATAAAGTAGGACTTATTTTAAGAACAGTTCCATGTAGCGGTGCTACACATTCTTTTGAAACATATTTATTCATTATGAATGTAGAAGGAATAAAAAAAGGAGTATATAGATATGATCCAATAGAGCACAGACTTTTATTTATATTTGAATCAGAAGGAATAGATTCTAAAATAGATGCAATCACTCTTGACCAACCTTTTGTGCCTAATTTTGCTAAAAAAGCAGCAGTTATATTTGCATGGAGCACAACACCATATCGTTCTGAGTGGAAATTTGATATTACGGCTCATAAAAAAATTCTAATAGATATAGGACATGTATGTCAAAATCTTTATCTAGCAAGTGAATCTGTTGGTGCTGGAACTTGTGCTATAGGTATATATGATCAAAAAATGATAGATGAACTTTTAGAGCTTGATGGCGATGAAGAGTTTGTTATATATCTTGCTGCAGTAGGGAAAAAATTAAAATAATTTAATTATAAAACGGCTTTTGGCTATAAGACGGTGAAAAATACCGTCTTTATTTTTTTTTTTGTAACCATTGTTACAGAATAAATCATAGTGTTTTAGTAATATAAAAGCATAGCGAAGAGCTGATTAATAAAATTAAAATAAGTTAGAATATATATTTAAAATTGAAAGGTGGAATTATTAAATGTCAATGTTTTGTTATCAATGTCAAGAAACAGCTGGATGTAAGGGCTGTACTAAGGTAGGGGTTTGCGGTAAAGATGAAAATGTAGCAAAAGCTCAAGATTTATTAATATATGTAACTAAAGGATTAGCTATTGTAAGCAATGAAGGAAGAAAAGTTGGAGTTAAAGATAGTAAAGTTGATAAATTTATAGTAGAAAATTTATTTACAACAATTACAAATGCTAATTTTGATAGAGATTCTATTTTAGACAGAGTAAAAGAAACTTTAAATATAAGAGAAGTTTTAAAAGCTAAAGTAATTAGTTCTGGTGGAAAAGTTGGAGAAGTAAAATTAACTGGTGGTTTCTTCAAGAAGATGTTTGGAATGCAGACTACTGAAATGATTATGCCAGAAGCAGCAGCTTGGACAGCTGATAATACCATAGAATTTGATGCAAAAGCTGAAAAAGTTGGTGTGCTTGCAACAGAAAATGAAGATATACGAAGCTTAAGAGAACTTATCACTTACGGATTAAAGGGATTATCTGCTTATATGAAGCATGCAATGAATTTAAAATATGATAATGATGAAGTTCATGCATTTATGGCAAAAGCCTTAGCAGCTACAATAGATGATACTTTAACTGTTGATAATTTAGTAGCGTTAGCTTTAGAAGCTGGTAAGTTTGGTGTAGATGGTATGGCATTACTTGATAAAGCTAATACTGAAACTTATGGACATCCTGAAATAACAACTGTTGATATTGGTGTTAGAACTAACCCAGGAATATTAATTTCAGGACATGATTTAAAAGATTTAGAAATGTTACTTGAGCAAACAAAAGGAACAGGGGTAGATGTTTATACTCATGGTGAAATGCTTGCAGGACAATATTATCCAAAATTTAAGAAGTACGAACATTTTGCAGGAAACTATGGAAATGCATGGTGGAAACAAAAAGAAGAATTTGAAAAATTCAATGGACCAATTGTTATGACTACAAATTGTATAGTTATACCAAAGGATTCTTACAAAAATAGATTATTTACAACAGGTGCTACAGGAATGCCAGGATGTGCTCATATAGAAGCTAAAGCAGATGGAACAAAAGATTTCTCTAAAGTTATAGAAATGGCTAAGAAGTGCAAGGCACCTACAGAGATTGAAAAAGGACAAATAGTTGGTGGATTTGCTCACAATCAAGTATTAGCTTTAGCTGATAAAGTTGTAGATGCTGTTAAAACTGGTGCTATAAAGAGATTCTTTGTAATGGCAGGTTGCGATGGAAGAGCAAAATCAAGAGATTACTACACAGAATTTGCACAAAAGTTACCAATGGATACAGTTATATTAACAGCAGGTTGTGCAAAATATAAATATAATAAATTAAACTTAGGTGATATTGGAGGAATTCCAAGAGTATTAGATGCAGGACAATGTAATGATTCATATTCATTAGTTGTTATAGCACTTAAGCTTCAAGAAGTATTTGGATTAAAGAGTGTTAATGAATTACCTATATCATACAACATAGCTTGGTATGAACAAAAAGCTGTAATAGTATTATTATCATTATTACACTTAGGAGTTAAGAACATTCACTTAGGGCCAACACTTCCAGCCTTCCTTTCAGCAAATGTAGCTAAAGTATTAGTTGATAACTTTGGAATTGGTGGAATCACTAATGTAGAAGATGACATGAAAATGTTCATGGAAGCATAAGAGAATAATATTAATTAAAAATGCACCCTATTAATAACTAAAGTATTATTTATAATAAAGAATCCTAATTACGCTTGTAGTTAGGATTCATTTTAGAATTAGTTGAAAAATAATAAGGAGGAATTCAGATGTCTAATTTTGCAGCAACTGTAGATGTTAGAATATACGAACCAAAAGATAAAAGAACTACTATTTTAAAAACTTTTGAAAATATAAATATTGGTGAGACAATGGAATTGGTAAATGATCATGACCCACGTCCACTTTATGATCATTTTAATGTAAGGTTTCCAAATAAATTTGAGTGGAATTATTTAGAGCAGGGTCCTGAACTTTGGAGGATTGGAATCACGAAGAAATAAACATTAAAAAGATAGTTATATATCATATTGAATTACAAGAAACTTAAAGAGTTTTGTGATTCAATATGATTTTTTTATTATATCAGAATTTCAATCATCAAATAATTAATATGAAAATATAAATAGTATTGAAGCTAATTAATATTAGGAGATAAATATGTCTACTTCACGTGAATGTAAGTTTTATTACGATCCCAATACAGCAAATTACTTAATAGAATATAAAGGGAATTTTAAAGAAAGAATAGATAAAATAACTTATGCTTGTGGGGATACAATTACAGACACAATAGGAGTAGTATCAGTAAAAGCTAAAGATTTTGATAGACTCTTAAAGGAAGTGCCAGAAATTGTTTTTTTTGATTTTAGAATTATGTATGTATTACAAGATATTTCGCCAATATCTGTAGATAACATAAATAATATTAAAATTAATCCATATTTAAATTTAACCGGAAGAGGTGTATTGGTTGGAATAGTGGATACTGGTATAGACTATTTAAATGAGGAGTTTATAAGAGAAGATGATACATCAAGGGTAATAAGCATATGGGATCAAAGCATTTCAAATAGCTCTGATAAGACAGTATATATTGGACAGACATATTCAAATGAACAAATAAATAATGCGATTATTGCACGCAGAAATAATAATGATCCATATGCAATTGTACCTTCTAGAGATGAAGTTGGTCATGGGACTAAAGCAGCTGGAATTATAGGAGCAAGAGGATATAATAAAGGCTTCCAAGGAATAGCACAAGACTGTGATTTTGTAATAGTGAAACTTGTTGAATCTGCCAATTTTAAAAGACAGTTGACAGAGAATGGACTGCAAAGTATTCCCGTATACAATGCTTCTGAAATTGTAGGTGGAATAGAGTATTTAAGAAGATTTGCAATGGAACGTAAACAACCTATGGTAATTTATCTTGGCGTCGGAAGTTCAGAAGGAAGTCATGATGGTACTAATTTAATTTCTAGATACGTTACATCTATAGGTAGCAGTAGAGGATTATGTTTTGTGGCTGGAGTTGGAAATGAAGGTGATTCCCAAGGACATGCATCTGGCTATATTAAAAATGTTGGAGATACCAAAGTAGTAGATTTAAGAGTATCAAAGGAAATGAAATATTTTTCTATGTATATATGGGTAAGAAGGCCTAATATTGCATCAATAAATGTAATATCACCAACTGGAGAAGCTTCAGCAATAATTCAAGCAAAAGTTAATAAAATAGCACCAGTAAAATTTGTATTTCTAGATACAGATATGATAGTCAGATATTATAATCCTGAACATTTCACTGGACATGAAGTGATTTTTATTGAATTTTCTAATATAAAACCAGGAATATGGAGATTTAGTTTAATAGGAAACTATATAACTAATGGAAGATATGATATATGGCTTTCTCCTAAAGGTACATTACCCGAAAATACAATATTTTTAGAATCTGATCCATATACTACATTAACAATGCCATCGGAAGCAGTTAATGTAATTACGGTAGCTTATTATGGAAATAACAATGCTTTAATTGCAGCTTCAGGGAAAGGTTTTAATACGAATAATTTAATTAATCCAGATATTGCAACAATAGGGGTAAATATAATAACAACAAAAGTTTTAGGCGGGACAACTACATTTTCAGGAAGCTCGGCAGCCTCAGCAGTAGTTACTGGAGCCTGTGCACTTTTATTGCAATGGGGCATTATTGATGGAAATGATAGAACTATATATACAAAAAAAGTGAGAAGTTATTTAATGTATGGTGCCAACAGAAATATATCTATAAAATATCCAAGCAGAGAAATTGGTTATGGAGATTTTGATTTGTTAGGAACTTTTAATACTATTGCTGGAACCTATAGGAGAAGTAGAGGCAATACAGAGAATTGTGATTATTTAAACAATGAGGTAAGTAAAGATTATCAATTTAAAGAATATTATATCAATGATCTATTTATAAGGATTCCTAAGGAAAGATATGGGGGAAGTTAAGTGAAGAATAATTTTAGAGCACCACAAAATTTATTTTCTGATCCAAATTATTATCATTATGTTGTTGAATATGAAGGAAATATAATTGAAGAAGTTACTAAAGTGCCAGGATATTATGTAACAATAATTAATGGAAAATATGCTATAGTATCGACAAACAAGGAAGTTCAATTAAACATTGAAGGTCAGATATTTACAACAATAGTATATGTTGCGCCTATCGATTTATTTACACTCCAAGAAAGTTCACCAGTTCAAGCATCACAAGCAGAATTTTTGCAATTAGAATTGCCTTTAAGATTGACAGGAAGAGGAGTAACTGTAGCAATAATAGATACAGGTATTGATTATTTAGAAGAAGAATTTATAAAAGAAAATGGAGAAACAAAAATTGAATATATTTGGGATCAAACAATAGAACCAATTCAAAAAAATGAACAGAGCATTGTCCCATTTGGAACAGTTTATAATAAAGATCAAATACAACAAGCAATAGCTGCATCTAGAAATGGACAATCTCCTTATGAAATTGTCCCTAGTAAAGATGAAGTTGGTCACGGGACAAACATGGCTGGGATAATTGGGGCACGAGGAAAAAATCCAAATTTAAAAGGCATGGTTCCAGATTGTGATTTTGTAGTCATAAAATTAATAGAATATATAACAATAATGAAACGATTTAATTTAATGGTTCCTACATATGATTTGTTTTCTATTTTTCCAGCAATAGAATTTTTATATAGATATTCATTAACTACCAATAAACCAATTGTGATATATTTTCCTCTTGGAAGTAACTTAGGAAGTCATAAGGGAAATGGAATTTTAGAGCAGTATATAGATTCTGTATCATCAAAGAGTGGAGTTGCTTTTGTTACAGGCTCGGGAAATCAAGGAGCAAGTGCTTGTCATGCTTCTGGAGTAATACCACAAGTGAATGATTCTAGAATAATACAAATGTATATATCACCAGAGCAAAAAAATAGTTTGATTCAAATTTGGGTTGATTCGCCTAATATAATGTCTTTGGAACTAGTATCACCCTCTGGAGAAAATACTGGGAAAATTAGAGTTTTGATTAATGGTGTAAATACCTATTCCTTTTTGTTTGAAAATACAACTATACTAATAAACTCATATTTTCCAGAAGAAATGACAGGAGATCAATCTTTTACTATTAGATTTCGAAATATAAAAGAAGGGATTTGGAAATTTAGATTAACGGGGGAATCAATTTTAGATGGAAAATTTAATTTATGGATGCCTCCAACAGGTTTAAGTATTGGAGGAACTGCATTTATTCCTTCTGATCCTTATGGAACAATTATGAATCCAGCAACATCAACCTACATACTTACTGCAGCAGCATATAACCAGAATAATAACACGGTTGTAGAATATTCTGGAATGGCATTTTTAGAAGATTATGTTGATAGAATAGATGTTGCAGCTGGTGGAGTTAATGCACTTACAGTAGCACCAAATAATACTACTGCCGTTGTTAATGGTACAAGTGTATCTGCTGCGGTGCTTGCTGGAGCATGTGCTATGCTGTTTCAATGGGGGATTGTTGAGGGGAATGATCCTAATATATACTCTCAAACTATAAAGACATACATTCAGAGAGGGGTTGATGAGAGAGGTGGGGAGGTTTATCCAAATCCACAGTGGGGATATGGACTATTAGATGTAGTAAAAATGTTTGAAAGTATGCTTTAGGATAAGTGAGGTTAAGACGTAGTTTTGAACTTCATTTTAACCTAATACAAGCTATATTTAATTCGATGATATATCTAGATGTCTTAGATATACTGCTTTTTATATTATTTCACAAAAAAGATAATAGAGTTTTGTAAATTCTCAGTATAGTATATAAATGATTGCATGTAGTAAAATAATTTTGTAGCAAAGATTAATGAAATATAAATTAAAGTTATATATATAAAGGGAGGAAGTAAGTATGGCAGATTTATCATTAAGACATATTTATAAAATTTATGAAGGAGATGTAACTGCAGTAAAAGATTTTAACCTAGAAATTGCAGATAAAGAATTTATAGTTTTTGTTGGACCATCAGGTTGTGGTAAGTCAACAACTTTAAGAATGATTGCAGGACTTGAAGAAATATCAAAAGGTGAATTATATATTGGCGGAAAACTTGTTAATGATGTAGAACCTAAAGAAAGAGATATAGCGATGGTATTCCAAAACTATGCGTTATATCCACATATGACAGTTTATGATAACATGGCTTTTGCTTTAAAATTAAGAAAAGCTCCAAAAGATGAAATAGATAAAAAAGTTAGAGAAGCAGCAAAGAGATTAGATATTGAACATTTATTAGAAAGAAAACCAAAGGCTTTATCAGGAGGTCAAAGACAAAGAGTTGCATTAGGACGTGCTATTGTCAGAGAACCAAAGGTATTCTTAATGGACGAGCCTTTATCAAATCTTGATGCAAAATTAAGAGTTCAAATGAGAACAGAAATTTCAAAACTTTACCAAAGTTTAGGAACAACATTTATTTACGTAACTCATGACCAAGTTGAAGCATTAACAATGGGTACTAGAATTGTAGTAATGAAAGATGGTATAATTCAACAAGTGGATACACCACTTAACATCTACAATACACCAACTAATTTATTTGTTGCAGGATTTATTGGAAGCCCTCAAATGAATTTAGTTACTGGTACAGTTGCAGAGAATGACGGAAAATTATATTGCAAATTTGAAGAAAATAATATATTATTACCTCAAGAAAAGGCAGCAATATTAAAAGAAAAAGGTTATGCTAATAAGGAAGTAGTATTTGGTATTAGACCAGAACATTTAGATGATAGTAAAGAGTTAATTGAAAGCAATCCTGCAGCAACATTGACTGGAGATGTAGAAGTTGTTGAACGTATGGGAGCTGAAAGTTATATTTACTTTAAATCAGGAAATAATAATATGACAGCAAGAGTTGATGGAAGTACTGAATGTGAACCTAAAGACAAAATTAAATTATTTGTAGAACATGAAAATATTCATGTATTTGACAAAGAAACAGAATTGAGAATATGTTAATATAAAGTGTAATTAAAAATAATTTTTTAGTTCGATTTTTATAGTCTAGCTAAATTAATTAAAAATGCACAATTCACAATGGATAATTGAAATATGTGAATTGTGCATTATGCATTAATAATTAAAAATAGAGGTGAAAATGTGTGAAGGGATTAGAAAAATATCTACAAGAAATATATGAAAACTGTGAAATACCTTTTGAAGTTTATGCAGATGATGAAATTGTATTTAAATCTCATCCCAATAATCTTAAAGGAGAATTACTGGAAAACAGATTTTCAATAGGATTAAAGAATTTTGTAATAGTAGTAGAACAAAGTTATAAAAATTCTATAAAGTTATTAGAGTTTTGTGTTAGAGATAAATATAAAGAGGATACAAATAAGAGAGAAAAAATTCTTAATCAATTGTTGCAAAAATTAAGCGTATCTAGAGATAAGATAAAAGAAATTATGCCTGAAATAAAAGATGATACATATTTAATTACGATTAATTTACAGGATAAACTAATCGAAGCTTTGGATGTGCTAAAAAATATATATAATGACATAGATGTTATTATTTTAAATTATGAAGATACTATAGTTTTAATAGGAGCTTTTGAGGATATAAATGAACATATTTCTAGTATAAGTGAAACAATATACGTTTCCCTTTATGAAAAATGTTATCTAAGTTATTCCCCTATTGAAGAATATGAAACTATACTTAATTTATATAATGAAAATGTTAATAAAATTAATTTAGCGAGAAAATATAATTTAACAACAATGGTATTTAGTCCTAATAGCCTTTTGTTTGAAGAAATTATGGATAAGTTAAATCAAGAAACAAAAGAAAAGATATTAAGTGACTTTGACAAAAGCTTTTCTAAATTAGACGACGATATGATTAAGACTATAGAAGTTTTCTTAAAACTAGATTTGAACTTGAGTGAAGCATCAAAAGGTTTATATGTTCACAGAAATACTTTAATTTACAGATTGGACAAAATAGAAAAGTATACTGGTTATGACATAAGAAAATTTAATGATGCAGTTTTATTTAAAATGGCATTTTTTATTTGGAAACAAAGAAATAAAATATAAGTTAGAATAAGTCCTTTTCAATAAAATATTAAAAATTTTATTGAAAAGGTTTTTTTTGTCGTATGAGAAATTAAGAATAGGTAAGTGATTAAAACACGAAAATAATAAAATATGGAAAAAATATTGTATAAATATTCTGAATTTGTTAAAATATTATTAAATTCAGACAAAATAAATTAGTTTATTTAAACATGATACGAATATAATATTATAAGTTTAAATAATAATAGTAAAATATTACCATAAGTATGAAAAATATATCCAGATACTTTGAAAATATAGTTATAGTATTTGGGCTTTTCTTTTTTGCATTGATTCAATAAATAAGTAATACAGATTTACTAGAAATTTTATTATTGGGTATTAAGGGTGGGAGGAATGAAAATGAAAAGAGGTAGTGGAATAATAATGCATATTGCATCATTACCAGGAAAATACGGGATTGGGACATTTGGAAAGGAAGCTTATGAGTTTGCAGATTTTTTAAAGAAAGCAGGACAAAGTTATTGGCAGATACTTCCGATTGGTCAAACAAGTTATGGTGATTCACCGTATCAATCATTTTCAGCATTTGCTGGAAATCCATATTTTATTGATTTTGATGTATTAGCTAGTAAAAAGTTGTTAAGGAAAAGTGACTATAATAAGCGGAAATTTGGAAATAATCAAAATAATATTTCTTATGAAACAATATTTATAGAAAAAATGAAAGTATTAAGATTAGCATATAAAAATTTTAAAAAGTATGATGATCAGAATTTTAATCATTTTCAAGAAGCAGAAGCTTTTTGGTTAGAGGATTATTCTTTTTTTATGGCTTTGAAAACTGAATTTGAGTTGAAGAGTTTTCAAACTTGGGAGAATGATATTAGGTTAAGAGTTGATAAGACTTTGGAAAATTATAAACAGTTGCTTGCAGATGAAATTGCTTTTTGGAAATTTATACAGTATGAATTTTTTAATCAATGGGATGAATTGAAAAAATATGTTAATAAATTGGGAATTAAAATTATAGGTGATATACCAATATATGTAGCAGAAGATAGTGCTGATTTATGGAGTAATCCTAAGTTATTTCAATTGGAAGAAGAGACCTTGATTCCAAAGAAGGTTGCGGGATGTCCTCCTGATGCATTTTCAGAAACAGGGCAGCTTTGGGGGAATCCCATTTATAATTGGGATTATCTCGAAGAGACTGAGTATAGGTGGTGGATAAGCAGGATTAAACATAGCCTAAAGCTATATGATGTAATTAGAATAGATCATTTTAGAGGTTTTGAGGCTTATTGGTCTATACCTTATGGTTCAGAAACAGCTCAAAATGGAGAATGGGTAAAGGGACCTGAGATGAAGTTGTTTGATGCAATAAAAAGTGAACTTGGAGATGTGAATATAATAGCAGAAGATTTAGGAATATTAACAAAAGCAACTAGAAAATTTAAAGATAAGACTGGCTTTCCAGGAATGAAAGTTTTAGCTTTTGCTTTTTCTGGTGGTAGCAAGAATTTATATTTACCACATAACTATGAGAAAAATTGTGTAGCCTATACAGGAACTCACGATAATGATACTGTACGAGGATGGGTTGAAACAACAGGAAGTAAGAAAGAAGTGCAAAATGCAATTAAATATTTAAAATTAACTGAAGAGGAGGGGGACAACTGGGGATTTATTAGAGGTGTATGGAGCAGTGTTGCAGATACTTCGATTGCACTTATGCAGGATTTTTTAAATCTTGGTAATGAAACGAGGATTAATTTGCCTTCTACTATAGGAAATAATTGGGTGTGGAGAATGGAAGAAGGCACACTTAGTGATGAATTAGCAAAAAAAATACGTAGAATGACTAAACTTTATGGAAGGTGTGAATAGTATTGGAGAAGAAAAGAATTGTAGAAGGTATAGAAAGATATTTAAAAGTAAAACATGGAGTAAAACTTAAAGATGCAAAAGATTATGAGATTTTTAATGCATTGTCATTAACGATATTAGAAGAGATTGTTGATGATTGGAATGAAACTAGTGATACTTATAATAGAGGTAGGATGGCTTATTATTTATCAGCAGAATATCTAATGGGAAGAGCACTAGGAAACAATTTGATTAATTTAGGTTTATATGATGAAGTTAAGGAAGTATTAGCAGAGTTAAAAATAGATTTAAATAGAATAGAAGAAATTGAAGAAGATGCTGGACTTGGAAATGGTGGTCTTGGTAGACTTGCTGCATGTTTTGTAGAGTCAGCAGCAACATTAAATATGCCTTTAGTTGGTTATGGTATAAGATATAGCAATGGATTATTTAAGCAAAATATAGAAAATGGATTTCAAACTGAATGTGAAGATACTTGGTTAAAATTTGGAGAAGCCTGGAGTATCAGAAAAGACGATGAAATTCAAATAATTAAATTTTCTGATATGACAGTAAAGGCTGTTCCTTATGATGTACCTATAATTGGGTATAAGACTAAAAATATTAATACATTGAGATTATGGCAATGTGAAGCATTAAGGGAGTTTGATTTTAATTTATTTAATAATCAACAATATATTGAGGCAGTATCAGCTAGAAATAAAGCAGAAGATATTTCAAGAGTGTTATATCCTAATGATACAGCAGAAGCAGGAAAAATATTAAGGCTTAGACAACAATACTTTTTCTCAAGTGCATCAATGAAAGATATAATTAAAAAGCATAAAACAAAATTTGGAAGTGATTTCTCAGAATTTGCAAAAAATAATGTTGCACAATTAAATGATACACATCCAACAATATCTATTCTTGAATTTATGAGAATATTGGTAGATGAAGAAAATGTTGAATTCGTAAGCGCTTTAGCAATAGCAAAAGAATTTTTTGGGTACACAAATCATACTATACTTGCAGAGGCTTTAGAAAAATGGGACATTAGATTAATAGAAAGATTATTCCCAAGGCTTCTACAAATTGCATATGAAATTGACGATGCATTAATGAATGAATTAAGACAAAAGGGCTATGATGAAGGAGAAATTTGGAACTTTAGAATTGTTGCTAATAATCAAATTAGAATGGCTAATTTAGCTATTTATGTGAGTAGAGCTGTAAATGGTGTTGCTGCTCTTCATACTGAAATATTGAAGAAGGTAGAATTAAACAACTGGTATAATTTATATCCAAACAAATTTCAAAATAAAACAAATGGTATCACACCAAGAAGATGGCTTAGACTTTGTAATTCAGAGTTATCAGAATTTATCACTGATTTATTAGGCAATGAGGATTGGGTTAAAGATTTATCTTTACTTAAGAATCTAGAAGAATATAGTGACGATGATCAAGTATTGAAAACATTAATGGAAATAAAACGTGAAAAGAAAGTTCAGTTAGCTGAATTCATTAAGCAGGAAGAGGGAATTATTATTGATCCTGATTCATTCTTTGATATTCAAATTAAGAGATTGCATGAATATAAGAGACAATTATTAAATGCTTTATACATTTTAGATTTATATTACAGAATTAAGGAAAATCCAGATTTAGATATTCCTAAAACTACATTCATATTTGGTGCTAAGGCATTTCCAGGGTATAGACGAGCTAAAGGAATTGTTAAATTTATCAATGAAATAGCAAGACTAATTGATAGAGATGAACAAGCATCTAAGAAAATTAAAGTTGTATTTGTACATAATTATAGAGTTTCCTATGCGCAAAAACTTTTCCCAGGTTCTGATTTATCTAAACAAATTTCTACTGCAGGGAAAGAGGCTTCTGGAACTGGAAATATGAAGTTTATGTTAAATGCAACACCTACATTTGGAACTTATGATGGAGCCAATATAGAAATTGTTGAGGCTAGTGGAGAAGAAAATAATTATATTTTTGGTCTTAAAGTTGAGGATATTGAAAAGATTAAGCATGACTATGATCCTAAAGAATATTATCACCAGAATGAAAGCATAAAGAGAGTTGTGGATACATTAATTAATGGTACCTTAGATGATGGCGGAACTGGATATTTTGAAGATTTATACAATGCATTAATAGAGGAAAGAGACCAATACTATTTACTTGCTGATTTTGAACTATTTAAGGAAGCACAGGGAAAGGTATTTGAAGATTATAAGGATAAAAAGAAATGGGCGAAGAAATGTTTTGCAAATCTTTATAGTTCTGGAGTATTCTCAAGTGATAGGACTATAAAACAATATTCAGATGAAATTTGGAATATAAAACCAGCATCAGTAGAATAATAAAGATACCAAAAGCGAGAATCAGACATATGCGGAACTTACCGAAATTAAACACATATTTATTACAGCGGACTAGTGAAATTTTCGCTGGATAGGTTCTAAGTGGAAGGTTGCACCCATTTCTGCATGTTCCTAAAATAAATTTATGACAAGCAGAAAATGGAACAACCTTCCACTAACAACCATCACAGCTTAATTTCATATGCCGCTTGCACAAATAGGTATCTAATTTCTAGTGTAGTGTTACGATTATAATTTCTCAATGATGCATGTACATTCCATTTATAAGTTGGATATCTATAATAAATTTTACTTAGGACTTACAAATATAAAACTTTGTTTTGTATTTATAAGTCTTATTTTTTGATATGTAAAAATAAGGAAGTTAAAGTTTACATTTGCCTTAAATTCTTGTATTATTAATATAGTTAAGTTAAGATTTAGGGATTTATTTGTATAATAATTTGAGTATTTTAAAGTTAGAAAGGGGATTGAATATGAAAAAAATAGTAGTATTAGATGGTAAAACATTAGGTAATGTAGACTATATTAAATTGAACGAATTTGGCCAAGTAGTTTATTATGATTTAACTTTAAAAGAAGAGGTTGCAGAAAGAATTAAAGATGCAAATATAGTATTAACTAATAAAGTAGCTTTAAATGAAGACAACTTAAAAGAGGCTTCTGAATTAGAATTAATATGCGAAATGGCAACGGGTTTTAATAATATAGATATAAAATATTGCAAAGAAAAAAATATTACAGTAACTAATGTTAGTGGGTATTCGACGACTACAGTGGCACAACATACTTTTGCAATGTTATTACACTTATATGATAATATTAGTTATTTCGATCACTTTGTTAAATCAGGAGAATATTCTAAACATAACATGTTTACTAATATAGAAGTACCATATAGAGACTTATGTGGAAAAGTATGGGGAATAGTAGGCCTTGGAAACATTGGAAAGAGAGTTGCAAGAATTGCTCAGGCCTTTGGCGCAAGGGTAGTGTATTACTCAACTTCAGGCAAAAATGCAGATTCTGATTATGCTAGAGTGGAATTTGAATCATTGTTAAAGCAATGTGATATAATTTCTATCCATGCTCCTCTAAATGAGAAAACAGAAGGATTATTTAATTACGAAGCCTTTACTAAAATGAGAAAAGATGCAGTATTAATTAATGTTGGAAGAGGGCCTATAGTAGTCGATGAAGATTTGTCTAGAGCTTTAGATGAAGAAATAATAGGGGGAGCGGCTCTAGATGTTTTTAAAGTTGAGCCAATTCCAGGAGATAATCCACTTTTGAAAATTAAAAATAAAGAAAGATTAGTTTTGACACCTCACATAGCTTGGGCAAGTGAGGAAGCTAGAAATAGATTATTTGCTGACTTGCTTGAAAATATAAGTGCATTTAATAGAGGTGAAAAGAGAAACAGAGTTTAGGGCAATTTACAGTTCACAGTGTACAATTTACAGTTGTTGAGAGTGAGTATAGTGAAAAAGTAGTAGACCAGTGTAGTGTTGGCCTATTATTTTTTTCATTGCGCGCATATATGCTATAATTATCAATGTTTAATTGTCATGTCAGTTAACTATGAAAGCTTTAAGGAGAATGTTGCATTTTCACTTATTTTATATACACTTGTCTTTCTGAATTTCTTGAATTGATATGTAAAATATTAATTATATATATCGAAAACTTGAAGATATTAACATTAATTTATAATTGACAATTGTAAATAGATTTATGCTGGTTTAAAATTTGATTTAATGATAAGATAGATAATGCTGAAAGTAATAAGGAGGAAAAGATATTATGGCGAAGGTTATAATTGCAGAAAAGCCATCTGTTGCTAAAAATATTGCTGATGCATTTAAAATAAAAACTAGAAAAGATGGATATTTTGAAGGTAATGGTTATTATATAACATGGGCATTTGGACATCTCATACAGCTTTATGATGCAAAAGATTATGATGAAAGCATGAAGGGATGGAGATTTGAAAAATTTCCATTTATTCCTGAAAATTTTTTATATAAAGTAAAATGTGATAGTATAGATAGAACAGCAGAAGATAAGGGTGCTAAAAAGCAGCTTGGAATAATTAAAGCTCTAATTGATAAAGAAGAGGTTGATGGAATAATTTCAGCTACTGACTTTGATAGGGAAGGTCAAGTTATAGCTGATGAATTATTTGGTTATTTTGATGTGAAAAAACCAATATATAGATTACTTTTAAATGAATGGACACCTGATGAAGTTAAAAATGGGATGGAAGCATTAAAAGATAATAAAGAAATGCAGCCACTTCAAGATGCAGGGATAGGAAGGCAATGGAGTGATTGGATTATTGGAATAAATCTAACTTCAGTAAGTACTTTAAAATATAAGTTTGAAGAAAATAAGACTATTAATATAGGAAGGGTTCTTCTTCCTACATTAAAGATCATTTATGATAGAGACAAAGAGATAGAAAATTTTACAGCAACTACTTATTATAAATTGGTATCAAATTTCAAGAATTCAGGAAATGAAGAATTTGAGGGATTATATTATGAAAATGAATCTGAGAAATTTGAGCAAAAAGAAGATCTTGATAAACTTCTACCTTTACTCAAAGGGGCAACGGCTAGGATTGTTGACAAGCAGACAGAGTTAAAAAAAGAATATCCTCCATATTTATTTAATTTATCTAATTTACAAGGATATATTACTAGTAAATACAAGGGGTGGACCTCTGATAAAGTTCTTAAGGTTGCGCAATCTCTTTATGAAAAGAAATTTACAACTTATCCAAGAACAGCAAGTGTAGTGTTAGAAGAAAGTTTAAAAGACAGAGCTAAAAAAGTTTTAGATACCTTAAAGTCAGGATTACCTTATGAGAAGGATATTAAATTTACCACCTCTAAAAGAATTTTTGATAGCTCAAAGGTTGAAAGCCATAGTGCTATAACACCAACATATATTAAGCCAACAGGTTTGTCAGCAGATGAAAATATAGTATATGAAGCTATAAAGAACAGATTCATAATGCAGTTTATGCCTATAGCTGAGTTTGAAGAAACAAAAGTAACCTTAAAGGTTAATAATCCAGAGGTTAATGGTGAATTTATTTCAAAAGGAAAAGTAAAGCTGGTTGAAGGCTGGAAGGTAGTAGAAAAAATAGAAAGTAAAGATGTAATCCTCCCAAAAGTTGAAATAAATGAAAATGTTGATATTATAGAAGCTAAGGTAAATGCGGTTACTAAGAAACCGCCTAAATATCATACTGAAAAGACTTTACTAAGAGTTATGGAAACCTGCGGAAAGGGCCTTGAAGATAAAGATGAAGATTCAGATGAAATGATGCAGGCTATTTTAAGTGGTTTTAGTATAGGAACGCCTGCAACTAGAGCTGAAACTATAAAAAAACTAAAAGATATAGGGTACTTAAAAACAAAAGGAAAAAGCCTTATGTGTACAGAACTTGGTAGAAATATTGTTGAAATATTTCCAGTAAGGGATTTACTTGATTTAGAATATACAGGAAGATTAGAAAAAACTCTATCAGATATTGAAAAAGGTAAATTTGCTAAAAGCGATTTTATGAAGTTGATAATTGACTTTACTGTAAAATCTGTAGAGTTAATAAAAAATGATACTGGTGCTCTATCGAGATTTAAAGTAGAAATACCAAATGGAACTGAAAGCGTTGGAGCTTGTCCTGTATGTGGAAATCCAGTAGTTGAAGGTGAAAAAAGTTTTGGCTGCAGCAATTGGAAAAATGGTTGTAAGTTCACTATTTGGAAGGATGATAAATATATTAGATCCTTTGGAAAAAACGTATCAAAAGAAATGGTAGAACTTTTACTTAAAAACGGCAAAGTAGGCTTTAGAAATTTGAAAAGTAAAAAGGGAAATACTTTTTCAGCATATTTTAAATACGAAAAGAATGAGGAAACAGGATATTTCAATTGGAATATGGAATTTATAGATAATTAGGATTTGCAAAGCAAACCCTAATTTTTTGATGTATAGATATCCAAAGCGAGAATTAGACTTATGCAACAATTACCAAAATCCGATACATTTATCTTCCACAGGACTAGTGAAATTTTCGCTGGAAGGTTCTAAATGGCGTCTTGTCGTCATTACAGCGTGTTCCAGATGTGAAATCCCCAAGGAGAAAGTTCATGTTTCCAAATATAAAATTTGGACATTCACTTTTAGACAAGCTGTAAATGAAACAGGCCATAGAGGAAACTCGACTCACGTTCGTTCGCTGAGTAAGCGATTCACACCAAATCACAGATTTGGGTTCTCTGCTTAAGAACCATCATCAGCTTAATTTCACATGCCTGCTTCCAGAAAATGTATCTAATTTCTAGTGTTACGGCTATAATTTCTCAATGATGCATGCATATTCCATTTATAAGATTGATTCTTAAACTGTATATCTATACAAGGAATGTATAGAATTTTAACACAAATCATTCAGCATAAATTATTCACTATTAATTAATTGTATATTATTAGAGAAGTAAGGGACACTAATGACGAGGTGAATATTGTGGAAAGTATATGGAGTTCAGAAGTAAAGTTTAAAGAAAGAGAAAAATTAGATCAAAATTTAGAATGTGATATTGTTATTATAGGTGCAGGCATTACTGGATTGTTAACAGCATATATGCTTAACAAAAGTGGAAGAAATGTAGTAGTTATTGATGCAAAAAGCATTGCAAGTGGAAATACAAAGAATACTACAGCCAAAATAACAAGTCAGCATAAATTAATTTATGATACTTTATTTAAGGAATTTGGAGAAGAAGGAGCTAGGCAATATGCTAAGGCAAATGAACTTGCTATAAAGAGGTATAAGGAAATAATAGATGAAGAAAAAATAGAATGTGATTTTGAATATAAAGATTCATATGTATATTCTCTAGAAAGTGCTGAAAATATTGAAAAAGAATATAATGCAGCTAAAAAGTTAGGGATTGATGCAGAATTAGCAGAGTCAGTAAACCTTCCTTTTGAGATTAAAAGTGCATTAAAATTTAAAAATCAAGCTCAATTTAATCCATTAAAATTTCTAAAGCCAATTTCTGAAAAGTTAACTATATATGAAAATACTAGAGCTATAGATATTAAAGAAAATAAAGTAATTGTAGAAGGTGGAGAAATTAAAGCAAGTCATATTATAGTTGCAACACATTATCCATTTTTAAATGTTCCAGGGTATTATTTCATGAGAATGCATCAAGAAAGGTCATATGTTATTGCATTGGAAAATGCGCAAGAAGTAGATGGCATGTATAAATCTGGTGATAAAAAAGGATATTCTTTTAGAAATTATAAAAACTTGTTGCTATTTGGAGGATCAGCTCAACGAACAGGGGAGAATGAGTCGGGCGGAGCTTATGAGGAATTAAGAAAAGCGGCCAAAGAACTATATCCTAATTCTATAGAAAAATATCATTGGTCAGCACAAGATTGTATGACATTAGATGATATACCATATATAGGACGTTACTCATCAAGTCTTCCAAATGTTTATGTTGCAACTGGATTTAAGAAATGGGGAATGACAAGTTCGATGGTATCTGCAATGATTATAAGTGATATTATTCTTGAAAAGGAAAATGATTTTTCAGAAATATTTTCTCCAAGACGTTTTGATATGTCTGCATCTATGAAAACTGCAGCTAAGGATTTAGTAATAACAGCAAAGAATTTTATAGCTCAAAGAATTGATATTCCAGAAGAACATACGGGGAATATTGAAAAGGGTCATGGGGGAATAATAGAATATAAAGGTCAAAAGGCAGGAGTATATAAGAATAATGATGGAAGGATATTTGCTATATCAACAAAGTGTCCGCATTTAGGCTGTGAACTTCATTGGAATGCAGATGAATTAACCTGGGATTGTCCTTGTCATGGCTCAAGGTTTGATTATGAAGGAAACTGGGTGGAAGGTCCTGCAACTAAAGGGGATAATAATATATAAGTGTGTAATATTTCAGAAGAAAAATCAAATATAGAGGATTATTTTTGTATTAAATTTATATAGATAATGGTATAATACTGTTAATTTAATATTTAATAGGCAGAGTTGTCTCAAAGTAATTATATTTTGAGACAACTTTTTTATGTGTGCCAAGCATGGTTATATGCAAATAGATGAAAGTATATATTCAAATAAGAAAGAAGGTTTGTGTAATGAATAAATTTGAAGTAAATGATGAAGGAAAATTAGAAGATGAACCAGATACTTTTGTAGCAATGTATGGCGTTGAACTTTGGATGGAAGAACAACCAATTATTTTAGAAGATAATTTATTAAAAAATTTAAAAAAGTATTGTGGAAAAATTGAAATTATATCTAAACAAGAGACATCAATTACATTTGGGTTTTTAGAGTACATTATGGAATATAAAAATGCAAGTCTTCCTGTTGCTATAACAATTAGCTTATGTGATGAAGATTTACAAAATGAGAAATTGAAAAGATCCTTAGAACAATCATGGAATTATGATAATAAGAAAGAATTAATTGCAAAGTGTAAATATAATGTTTTAGTAACAGATACAATGGCTGTTGGGCTAGATTATGCTAAAAGAATAGAACTTTTTCAAAAAGCACTTTATTCTATAGTAGAATTAATACAATGTGAAGGAATAAATTATTACATTTCAGAACAAGTAATAAGCAGAGAGGATTATTTAAAAAATAATCCATTAGATGATGATTATGACCCTTTATTTGGCATATTAAATGTGAGACTTTTTAATATTGAAGGAAATGAAAAAGAATATTTGATGGATACACTAGGTCTTTCAGCAATAGGATTATATGATTTACAATGTCATTTTAAAAATTTAGATCCAAATGAAATAGCAAACATTTTATATTCTTATGGATACTATATTTTTGATAAGGGAGATGCTGTTGCAGATATAAAAATAATACAAGGAATTTCAGAAAATGATGAATGGGAATGCCAGCATGAAATATCAATTGCAGAGCCTAGACGTGTTGTTTTAGATATTAATCCAGGAGAAGAATTTTCAACTGAAAATAGAGAGCAAATAATCTAATTGAAAAGAAAACTATGGTAAGTGAAAATTATAGAAAACGAAGATATTTATAATAATTGAAAAGTCATTATAAGTATCTTTTTTATTCCTTGAAGAAATTATAATGAAATTTCATGATAATATATATAGTACTTGTGAATTGAAATATAAAAATACAAATATCAATACAATATGAAAAAATTTTTACATTTTATATTGACATAGAAAATCGATGATAGTAAACTAATAACATTAATAAGAAAAATATATAATTTTGTAGAAAACAATGGCGTTTTCATTTCAAAGAAAGATATATCTTGTAAGAGGTGTACCTTTGAAGTGAATGCGCTTTTTTATTTGTCATCAAATGTTAAGTGAAATTATAATTTAACTTAAATTATTCAAGGGGGAATAAGAAAGATGGAATTGTTAAATGGCGCAGACATGGGATTTGTATTTATTTGTGCTGCATTAGTAATGTTAATGGTACCTGGCTTAGCTTTATTTTATGGTGGAATGGTAAGAAGCAAAAATGTATTGAGTATAACAATACAGAATTACGCAGCCCTTGTTATTATATCACTACAATGGATTTTTGTTGGGTATACATTAGCATTTGGACCAGATATTAAAGGTGTAATTGGAGGTTTAGATTGGGGATTCTTAAGTAATATAGGAATTACACCAAATGCAGATTATGCAGGTACAATACCACATTTAGAATTTGTGATATTTCAACTTATGTTTTCAGCTATTACTGCAGCAGTTATTTCAGGTTCTGTTGCTGAGCGTATGACCTTTCCAGCTTTCTTGGTATTAATAATTTTATGGAGTACCCTAGTTTATGATCCTATCGCTCACTGGGTATGGGGAACAAACGGATGGTTAAAGAATTTAGGAGTTCTTGATTTTGCAGGTGGACATCCTGTTGAAATTAATTCTGGTATTTCTGGTTTAGTTGCAGCAATAGTGATTGGGAAAAGAAGACATCCAAGTCCAGAGCCACACCATATACCTATGGCAATATTGGGAGGAGGACTTTTATGGTTTGGATGGTTCGGATTTAATGCAGGAAGTGCTTTATCTATGAATTATGTAGCAATAAATGCCTTCTTCACCACAAATACTTCTGCAGCAGCAGGAGCAATTGGATGGGCAGCTTGTGAATGGATAATATATAAGAAGCCTACTGCACTTGGAATAGTCAGTGGAGCTATAGCTGGATTAGTTGCAATAACCCAAGGGGCAGGTTTTGTAAGCCCTACATCGGCTATATTAATTGGACTAGTTGGAGGGGCTTTAAGTTTCTTTGCAATAGCGGTATTAAAGAGAAAATTAGGCTATGATGATGCTTTAGATGCATTTGGATGTCATGGTGTAGGCGGAATTTGGGGATCTATAGCTACAGCAATCTTTGCTTCGAAAGCAATAAATCCAGCAGGAGCTGATGGATTAATATATGGAAATTTTGCTTTATTGAAAGCACATTTAATATCAACTTGTGCAACTGCATTATATGCGGCAGTAATAACTTTTGTAATACTTAAAATTATGAAGGCAGTAATGAAGGTAAGAGCAACTTCAAATGAAGAAGCTGAAGGTTTAGATGTATATTTACATGGAGAAGAAGCCTATTCAGGATTTAATAGATAATAAATAAGTTATAATTAAGATTTTACAGCTCATATCAAGAAATACTGAAGGAAAAAGTGAGAATCGAAAAAGAGATTAGTTCTTGGTTGCAGCATAGCTGCTTCTTTTATAGGTGTACATTTCGCTATTCGGACTTTCTATGTGAGCTTCGTGAATAATGACAATTGATAGTTGAACATTGATAATTGGAACATATATATATTAAGGGATATTTCAATTTAAAGTTTTGAAATATCCCTTTTTAAATTTTCTTACATCTCTCTTAAGATGTTTTCCATTTTTTCAAATTCATCATTTACAGCTTTAGTAGGTTTTTCAGTTAAAAGACTTACAATTATAACTGAAATAAGTGATAGAGTGAAGCCTGGAATCATTTCATAAACATAAGTTGATAGACCAGATAATATCCATATAATAACCGTTAATCCACCAACAATCATACCAGAAAGTGCTCCCCATTTATTCATTCGCTTCCAATAAAGGCTTACTAAAAGTACTGGTCCAAAAGATGAACCAAAGCCAGCCCATGCCTGACCAACTATATTAAGAATTGTTTTGTTTGGTAAGTATGCAAATATTGTTGCTATAGCGGCAACTACTAATACTGCTAATCTACCTATTACTATTTGTTGCTTTTCAGAAGCTTCTTTATTTAAGAAAGTAAGATAAAAGTCTTTTGTAATTGAACTTGAACAAACTAAAAGCTGTGAGGAAATAGTACTCATTATTGCTGCTAATACAGCGGATAATATAATTCCTGTAATAAAAGGATGAAATAAAATATCCCCAAGACGAAGGAATACAGTCTCAGGATCACTTAAAGGACTATTATGATCAGTGAAATATACAAGTCCAATAATACCACTTATAACAGCGCCTAGAAGACCGATAGCCATCCAACCAATACCAATTCTTCTTGCGGATTTTAATTCTTTTGCAGATTTTATTGCCATAAAACGAACTATAATATGAGGTTGACCAAAATATCCAAGTCCCCATGCCATTAAACTAATAATACTGGCTATGCTGGTTCCTCTGAACATATCAAATAATGCAGGATCAATGTTTTTTACTTTATTAACAAAGGTACCAGGATCTACTCCTATATTCATATAAGCTACAACTGGAACAGTAACTAAACAAATAAACATTAGTGTTCCTTGGAAAAAATCTGTAAGACTTACAGCTAAAAAGCCACCGAAGTATGTATAAAGCACAACAACAGATAAAGTTACTATGATTCCCATGGTATAAGTTAATTTATAGGTATCTACAAATAGTTTTCCACCAGCCACAAGACCAGATGAAACATAAAGAACAAAGAAAACTAGTATTACCATACCGGATACAAGTCTAAGCATGTTTGATTTATCTTTAAATCGATTTTCTAGATAATCTGGCACAGTTAAGGAGTCGTTTGCTACTTCTGTGTAAACTCTAAACCTTGGAGCTAGTAAAAGATAATTTAAATAGGCTCCAACAGTTAATCCTATTCCTGTCCAAAGATTACAAATTCCAGTTGCATATACTGCACCAGGAAGCCCCATAAGCATCCAGCCACTCATGTCACTTGCTCCAGCTGAAAGTGCTGTTACCAAAGGACCAAGCCCTCTGTCACCAATCATATAATCTGAAAGATTAGTCGTTTTTCTGTAAGAATAATAACCGATCCCAAGCAAAATGAGCAGATATACTCCAATTGCAATAATGGACCATAATTGCATATAAAATTCCCCCTTTAAATTATGTGACACTTATTATAGCATTTTTATAATAATCACCAAATAAAAATATTATATTTATAAAAATAACAATAATATATTAACATATTACTTGAAAAACGACAAATAAATTAAAAAAATCAAGGCTAGAACAATCTATTGTTAAAAATCATATTATACAACATAAATACTAGTAGGAGATGCTTTTTATGATAAAGAAATTAAAAATGGCAGCGGCCATATTAATTTCAAGCATAATGGTTATTTCATTGTTTGGCTGTAGCAATACTAAGAATAATGATGGAACTGTAACGGTAAGGTTAAATGAAGTGACAAGATCTGTTTTTTATGCACCAATGTATGTAGCAATGAGCCAAGGCTTTTTTGAAGAAAATGGTATTAATATTGATTTACAAACAGGTCAAGGTGCTGATAAAACTATGCAGGCAGTTTTGAGTAAATCGGCAGATATAGGTTTCTGTGGACCAGAACAAACAATTTATACAAATAATCAAGGAAGAGAAGATTATCCAATACTTTTTGCACAGCTTACACAAAAGGATGGATCATTTTTAGTTGGAAGAACTAAAGAAGATAATTTTAAATGGACAAATATCAAAGAACATAGTGTTATTGGAGGAAGACCAGGTGGTGTTCCAGCTATGGCGTTAGAATCTGCTATGAAGAAAAACAATATTAATCCAAAAACAGATGTAAATATGGTTACTAACATTGATTTTGCTGCCACTGCAGGAGCATTTGGGCGCTACATTAAAGAGCGCCTTTTTTTTTATTAGTGCAAAATGGCTTTATGACTACTTCCATGGTGTCTGAATTATAAGAAATATAATCAACCAGGGAATTTATAAGAAGCTTTTTCATAGAATAATCAGCCTTTTCCCACATGCTTTTAAAATTTAAAATCATAGAAGTTGAAGCATCAATTTCTTTAATGGCTGCTTTTAAATTGCTATTAGTATTTTCTAATTCGAACTTTTTAAATTTCAATTCTTTAAGCTCTTTATTTAATTCTTCAATTCTGGAAGAAAGTAGATCAAAAATATTAGGATTTAAAGAGAGTTTATCAATTAAGTTTTTTACCTGAAGCTCTTTTTGAGAAATTTGTTTCTCATAAGTTTTAATATTATCTTTATCAATATATTCTGATTCTAAAGATTTTTTGTATTCTTCAATAGCTTTAATTAGTGATCCTTTATCAGCAGTAGCTTTAAAAAGTTCCTTCATAACATGCTTTTCCAATATATCAAGTCTTACGTTTTTAGAATCACAGGTAGTTTCTGTGGAGTTAATTTTATTTGTACATATATAGTATCTAAGAATTTCTCCAGTTTTTTTAGAGGTATGGCCCTGTTTTTGAATCATCTTACCACCACATTTGGCACATTGAAGTACTGAGTTAAATACACCATATTCGCTGCCATTAACCAGTCTTGGTGCAAGGTCTTTATTTTTATCTAATTGTCTTTGAACTTTAATCCACAAGTTATCCATAATTACACCTTCATGTTTTGAAACAGAAAGAATCCATTCGCTGATATCTTTATATTTATCTTTAGAATCTTTCTTATTATAGCTTAAGATTCCATTACCATTTGGATCACCAAAGACAGTTGCTCCTTTAGTAGAAAGATAACTTGTTACAAGATCAGAGGATTTAACATAAACAGGATTTCTAAGTAAAAGCTGCAGAGCTTTTATATCCCAGTTAGAATCTCTTTTGGTTTTTATATTATTTTGAATAAGATACTTTTGAAGTTTTCCAAGACTTCCAAGAGATAAATATTGCTCAAATAAAATTCTAACTAAAGATATTTCCTCATCAATAGGAGATAATTTCATCATCTTTTTTTGCTTTGAATTATTATCTAAATAATATGTGGGTTCAGAAGAAAAACCAAAAGGGGGAGTACCACCAAGCCAACGCCCAGTTTTAGCAAGCTCATACATATTATCTTTAATACGTTCAGCAATGGTTTCACGTTCCAATTGAGCAAATACGCTGCTAATAAACATCATAGCAGTACCCATAGGACTAGAAGTGTCAAACTGCTCACGAATTGAAATAAAATCTATGCTAAGAGCTTTTAATTCATCAATAAGAGAGGAGAAGTCAGAAACATTTCTACTAATTCTATCAAGCCTATAACAAATAATTGCATCAAATTTTTTATATTTGGCATCCTTCATCATAGATTTAAATTCAGGTCTATTTATATTACCACCTGAAAAGCCTTCATCTTCATATATATAAAATTCATCATAGCCATTATTTTTAGCATAAGATTTACATAGCTCTATTTGATTTTCTACACTTTCACCTTTACCAGTGAATTTTGATTTTCTTGAATAAATAGCTGCTTTCATAGTATACCTCCAAAGTGTTTATACATTGATTGTAGTTTTATAAATAAGTTAAGTTAATTGAGTATAACTACATATATTTATTAAAAAGTAGTAGGGAAAATACTATATTTCACAACTATTATATGAGACTTCCTTTTTCATTAATGCAGATCTAATACGTTTATATCTATTTTCATCTAGAACTATGGAATGAATTTTATATTTTAGCATTTCATGAGTCATATTAAAAGAATCACAAATATCAGAAGGATTAGAAATGCAATTGCATAATGCTTGTTCAAATTCTTCATCACTTACAAGAAAATTAGCAGCCCATGATTTGGCTCTATGCTCCTGCTTATTTTTCATTAGTTTTTCAGAATAATTTCTAGATGTAATAGTTAAATTACCTACACTAGTATAATGATGCCCTAGCTCTTCAGCTAAAACAGATATATATTTACACCTATCATTAATAATAGATTTTTCTACTAGTATAACTGGAGGAAAATCTGGAGCTTTAATGTAAATTCCATTAAATGAAGACTGATTAAGATTTCTTTCTTCAAGATATATTTTCTCTTTTTCAATAATGCAAAAAATTTCATTTAATTTTCTCATTAGTCGATCACCGCCATTATCAGTATTAATGATATTATTATAATACAATGGGAACGTATGTTCAAGGGAAGGGTATTAAATATTATGTCATATAATATTAGTAAATTATATTAAGACATGATATAATATATAAATATATGGGGAAAAATGTAAAATTGAAATTGGAGTGAAGATAAATGAGTAAAACTTTATATTTTTCGAAAGTAAGTATAAATTCAAGTAAAATATATGAAATATATGATGGAGTGGAAACACCTCAAAATGTAATGAAAAAGTTATTCAGTGATATGAAAAATGGGAAGAACTACAAGAATGTTATTACACGTATATTAAATGGAGATACTCGTGTAGAAGAATATAATTTTTATCTTACAGGAATAAATAAATTTGATAATGATCCTAGTGATGTATTGGTTGGAGCTGTAATTAAAACATCAAAAATATTTATTAATAATATTGATAAAGAGACTGGAAAAAAGAAAACCAAAGCATTTGATAGTGATGAATTATCAGGATTTTGCTTTTATCCGACTAAAGAAATAGTTTGCTTTTATACTACTAATAGATTTGGATATAAGGAATTCTGTAATGCATTTGAGGGATTATTAAATAGTTGTTCAATGGATGATAGCCAGAATGGTGAATATTTCAAAGTAAAATTACTAACAAATGGAGTTTCTTTAGATAATATTAAAGATGATCTAAAAAGGCTTAGAAATATTGAAACTATTAGAATAAATATAATACCTCCAAATCCTAATGGTGACTTATTGAAAGCTATTAGAGAGGATGCTGAAGAAAGATTAAAAGATATGGGTATGGGAAGAATAAGTGAAAAAAGTATATTATTTAAATCAAGAGATTTAAGAGGTTTAAACTCTGAATCAAAAGAGATAAGTGAAGAGTTGGATAAAATGTCTGCAATACATACAAAATTATCGACAGAAGAATCAACAAGCAATGGATATGTTGAGGTTGAGGCCGTTAGTATGGATGGAACTGTATATAATACTAATAATACTAAAATAATAAAATATAGAATGCCAGATACAATTGTTGGAGATAAGATGTTTGCAGATTATTGCAAAAGCCTAATACTAAAAATCATTTGAGTAGGTGAATGTGAAAATGATTGAAAAAATAATAGAAAATAAAAAATATAGGGATTTTTATGACTATAAAAGCTCTGAATGTAAGATATCATTTGCTATAGTAATAATAATAGTGTTAATGTTATCAATCTTAAAATTAGATTTATTTGAAAACTTTAATAATTATAAACCTGGTTTTCAGAATATAACTATATATGTTGCATCAGGTTTGTTAGCGATGATAGGAATTATATTAGCAGGAGTAGCATTTATTCTTGGATTGCTGGATGACGAGTTTAAAAATTCAATAAAAAATGTGGTTACTGGTGATCCAATAAAAGAAATAATGCTGAGTTTTGAATTTTTAACTATAAACCTAGGATTCGGCAGTGTGATTTTTTTTACAGAGCATTTCTTTCTTTATTCAAATATTTATATAAATAAATACACATTCTATATAATATTACTTTTTAATATATATTATTTTTCATTCTTAGTGTTTTATACAATATCATTAATTTATAATAGCATTGAATTATATCATATTAAGGACATATATAAAGAAGTAAGCAGAAATGAGAAGAGCATATATGATAAGGCTAACGAAATAAGAATAGATTATATATTATCAAAAATTTTAGAGGATAAAAAGCAAGAGGACTTCCTTAAAATATTATTTAAAATGGTTGATGAAATGGAGTTAGAGGATAAAGACAAGATTAAGAAGTATTTTGAAGATTACTATGGGGCATAGTATAAAAGAGAATATTTAATAAGTGTACTATATATTTATTAGAAGAACAGAACATTTTAAATAATTATAGTGAGTTATGGAATATTAAAAAATAAGGTGTCAAGTTAGACCCCTTATTTTTACCTTTGATACTTTTGAATAATGTAATTAAACTACTAATTTTCGATATATTGCAATTGGTCGTATTATATTTGTATTTTCATTTAAAACCATAGAAGAAAATGTAGCGCTAGAAGAATCTATCAATTGCCTAAATTCGTGAATATTTGTACTATTTCTGACTTCTGTAGTGTCTAATATACCAATAACTGTCCAAGAATTAGGAATGCTGATTCCGTATGATCTAAACAGATCATCTGGTGATATTGTCAAACAGTCTTGTTTTAAAATGCAATTGGCACTTTCTCTCGTTGGGGTGTCTAATCCAAATTCTAATCCATAGGGTATTAATTTAATCATATCATAAATCATTGCTCCTAGTGTATTTTGTTTGGATTTTCCTTTTAAATTAGGGTTGACGGGAGTGTTAAATTCTGGCACTAGATTATTTTTTGTAGCGAATGGTATTATTTGAGTAACAACATCAAAATTTCTATATGTAAGGGTACCATCAATTGCAATTATTGTACCAGAAGCAGCTTCGCTTAAAGTAGTTTTCTTCAAGTTAAAGGTTTCTAGTAGTTCAATAACTTTATGATCGTAAGGATTGATGTTGTGAGTTATATTTTCATTATTTGAATTTTTTGAAGAAATATTACCTTTAATAAATCCGCCATTACCTTCTATTAAACTATTGGTTTCATCAGTAGAAAGTTCTGATTTTACAACGTTAGTTAAATCTCCACCAAATATTTGTGAATAGAATGAATTTATTAAATCTGTATCCTTGTATAGAAAATCTATTAAGGTAATTTCTTCCCTGTCTCTGTGTTTATCTTTCCCCATTTGTTCCACTCCTTATTAAAGTTAGTGGTTTTCTTATTTAGCCTATCTTCAATAAGTTGCTGTTTTTCTTTAATGTCTTTTAATGTTTTAATTAATTTAAACATAAACATCCAACTCCTAAATCTATTTAATTATATTATAGACTATTAAACTAAGTTTAACCACTTAATTATTCGATACATTTCCTATAATAAATATATAATAAACATATAATAAATATATATTATATTTATTTGGCAATAATCCCTCGTAAATTAGATTAACATTATGCTATGACAAAATATTGTAATATGGACTTAAAAAAATAGGTGTTTGTGAAGAACACCTTATTTTTTATTTTTATATTTTTGTTTTATATATTCAATAAAATTATTAATTTCATCTTTAGCTTCTTTTGGAAGTTCATCATAATCTGTATCACTATTGAGTGCAATAGTGATATTTGAATCTTTAGTATAATTTCTTACATCGGACATTCCTAATAAATAATCAGAGGATACATTATAAAAGTTAGATAATATTTTTATTGTTTCAGAATCAGGTACACGTTTACCTTGCTCATAATACCCATAAGCACTTGTTGTTAAGTTTAAGATTTGAGCAATATCCTTTTGTAATAAATCACGTTCTAACCTTAATTCTTTTAATCTATCCTTTAGCAACATATTGATCTCCTCTCTAAGGGTTATAGTTATATTTTACAACTAAAAGTTGTTAATTAAAATCAATTCAACAAAAAGTTATATAAATTCGTTGACAAACAACTTTAAGTTATATATACTTTAAACAAACAAACAACTTAAAGTTGAATGAATGAGGTGAAAAATGTGAATAACAAATTGCTTGAGTTTAGAAATCAAAATGAATTGACTCAAAAAGAAATAGCTAAAGTTATACATAAAACTACTAGTTTTTACGGAATGCTGGAAAAAGGAAAAAGAAAACCGTCTATTGAAGTAGCCTATTCTTTAGCTAGATTTTATAATACAACAATTGAAGAAATTTTTTTTAAAAATGAAAACAACTTAAAGTTAATTTAACTATATTTTAGTACATATAATGGAGGAAAGAAATGGTACAAAACTACAGAAATATTTACCAAATAGCGAGAGAGAATACAAGCTTGACTCAAGAAAAATCATCAGAGCTACTAGATATATCTGTTGATAGCTTAAGAGCATATGAAGGAGGGAAGAGAACGCCACCAGAAAACATAGTAATTGATATGGCTAAAATATATAATCGTCCATATTTAATTTTGCAGCATTATCAAAAAACTTTGATAGGAAAAGAACTTTTTCCTAATATACAAATTAAATATCTAGCTGAAGCAGTCTTAACTTTTTTAGATGAGCTTGAAGATTTAGAAACTATTAAGAAATTAATAGTTAAGATTTCACGTGATGGTCAAATTGATGAAAATGAAAAAGATGATTGGGAAATGATAATGAAAATACTTGATGAAATGGTATGTGCAATTATAACTATAAAGTTTGCTAGGTAACACATTGAAATAAGAAAACATATTATGAAATGATTTAAATTTATGGAGGAAGATATATGAAAGGTGATGAATTGAAGGTAACAATAATTGGATTGGAAGATAAGAAAGGATTTAATGATTTAATGGCGGAACTGCAAGTTGCTGCTGTTATGAAAATGTGTCCACCAGAACTAAGAATGCAGATTTTAGATAATGCTTTAAAGATATTAAAAGCAAATTAACTGATTTTAAACATATTTAAAAGGAGAATAGAATGAATGAAAAAATTAAAGAAGATAAAGAAATAAACCAATGCAGAGAGAAAATATTATTGAAAAAGAAGAGTGATCAAGAAACACTAAATAAAGGGCAATGCTTAATATTAATTACAAAAAGAATGATGATTTTGCAAGTTATCTTATCATTAATAGGAATTTTTCTTGGAATAGTAGGAATTATTCTTTCAATGGATAAATTGGGCTAAGTTTTCGATCAAGAGTATTTATAATGATTTCTAGTAGAAAATAATTAAATTTATATCATTGAGGAGGGATTAGAAATTAACATAATAGAAATTCTATGGAAAATAGGCTATGACGTTCTTAAAAGTGATTCAGAGAAATGCGAATATACAATAATCTATACTCCAGAAAGAAAAAGGCGTATGTGGAAGCAAATAAAAAATGGAGAAATCGAAGTTGAAAATGAATTACTTGATGATACCTATGTAGTAAAGGTAGGAGAAGTAAGTTTTAATCAATGTGGAGATCTGTATGTTGATTTTATTGATGTAAAAACGAAAGAATGCATTGATTTCTATGAACATAAAAACATGAAAGAAGATGAACTTTATTAATAAAAAAGAACCTTATATAAAGGTTCACGATTGTTTGAGATACGGACGGCAATCCGTATCTCCATTATAAATTTAAATGGAGGAAAAGTAAATGGTTTTAGAATTTTTAAGTGACTTAAAATCAAAAATTAGCAAAGAAAATTACAATATTATTTTTGCTATGGCAAGAGAAGACATAAGATTTAATAGGACAAGTTTTAATAAAAAAACTACACCTGAAGAATTTATAGAAATATTTAAAAGGTGTTATGTTGCCTTAAGTAAGTGCAAGTAAGATTTTTAGTGGAGGTAGGGATAATGAAAAATATAGATAGTTCACAATTAGAAACTGATCAAGATGAATTAATTCAAGAGCAGTTAAAGGAAGTTTATCCAATCGATTTGACATTAATATATCCTATAGGAAATGGCTTTGAAGTAATTGATGATACAGTACTAGATTCATCAAATGCTATAAAGATTCATGTAAATATTGATAGTAATAAATATCCCAAAAGTAAAGTTTATGAATCCATTAAGATAGCTTGTCAGAGATTTCTAGAATACTATTCCTACTCTTAATTTAATTCTAGAATATTTTGAAATTAAATCATAAAGTGATATAGATATAAAAATTAAGAAATAAGGAGGTATGTTATGGATAAATCGTATTTTGCTATAATACCAGCTAATGTTCGTTATGATGAAAACCTAACTGCAAATGCTAAACTTCTTTATGGCGAGATAACAGCACTAGCTAATGAAAAGGGATATTGTTGGGCTGCAAATACATATTTTGCACAGTTATATGGAGTTAGTAAAACAAGTATTTCAAAATGGATAAAACAGTTAGTTGATAAAGGCTATATAAGATCTCAAATTATATATAAAGAAGGCACTAAAGAAATATTAAACAGGTATTTAACAATTGTTGTAGGAGGTATAGAAGAAAAATTAAATGGGTATCCAACTTTTATTAATGAGGGTGTTGAAGATAAGTTAAGTACCCCTATTGAAGAAAAGTTAAAAGATAATAATACAATAACTAATAATACAATTAATAATACATTAGATAATAATACTATATCTAAAGATATAGTTAGTAACACTAAAGTGCAACAAGTAATAGATAAGTGGAATGAGCTGGGACTTCAAAAACTAATTTCTATAAATAAAGGCACTAACAGATATAAATTACTGAATGCAAGACTTAAAGAATACGGACAAGATAAAATTCTTCAAGCCATAGAAAATATTAAATATAGCGATTTCTTAAAAGGGCAGAATAATAAAAGCTGGACTATTACCTTTGATTGGCTAGTAAAACCAAATAATTTCATTAAGGTTTTAGAAGGAAATTATGCAGATAAAGAAAAGGCAATTGAAGTTACTCAAAGTAATGATGTCAAACCACTTAGATTTAATAATTTCAAAGCAAGGGAATATGATTATGACGATTTGGAAAATAAGCTATTAGGTTGGGATAAAGATGATTAAGAAGAGAGAATTTAATGAGATTTTAGAAGGTCAAATAAGCATATTTGATTTAGAACTTAACTTTTCTCAAAAGCCTAAAAAAGAAAATATACCAGTAGTCAAAAGTCATAGAGATAAATTTGCAGAAATTATTAATTTATATCAATCAAGTGCAGCAAGGATAGTTAAGCAAGTATGTGGATCATTACTTGTTGAGCTTGACGATAAAACTTTATATTTTAATGGTGATGGAGTAAAAGAGCTAGAACTTAGAAAGGATATGGCATTGCTTCCGGGTGATGAAATTTTAGTTGTAAATCAAGATAGAGAATTAAATGAATTGCAGTTGCAAAGGCTTAAAGCTTTGAATGTTACGGAATATATAAAGCGTAAAGGTGATGCTAATATAATAATACAAGAGAAAGGAAAAACAATTGTTATAAGTCCTAAAGGCTGGATATTAGAATATGTACAAGCACCAAAGTATAAAGAAAATGAGGTTTTCAGTACAAAAATCCATAATGAAAATACAGATTCAAATAATAAAATTACAGAATCAGATGAGGATCATATAGAATTCAATCTTGATGATACTGTAGAAATTGAATATGAGGGAAGTAAAGAAATAGGTAAAATAAAGAGTATCTATAATAATGGTGAAACAATAAACGTGTCATGGAATGGGAAACGGACAGCATTTTATTATAAATGCGTTAGAAAAGTATCATAAAATTTTATAAAAGAGAGGTCTTACAAATGGACAAGCTAAATGAAAATATAGAAAAAGTTATTAAAGCTCATTTTGAAGAACCTGATAAAACATTAAAAGAAATATTTGAAGAATTTACTGAAGGACTTTCAGAAGAAGAAAAAGCAGTATTTTATAAAAATATAAGAAAGATAGTAAATTAAAAGTACTTGCAGGACTAGGAGCATTGGCAGGGATTACATGATTGTTAATGTTAAGGTTACTGCAAATAAAAATATATAGGGGAGCAATCCCCTTATAGAAATAAGGTGGAAATATGGGTATTCCAAGGATTGATAAAACAAGAGAATATATGTTTAATGAAGCCTGGGGAAAGATTGATAATAATGTAATTATAACTAGCAGGAACAGTGAGCATAGTTATAAACTTGATGATTTTGCTAATAAGAAGAAACTAAAATTTTTTAATCCAGTAATAGGTACTTGGCAAACTTGTACTTATGTGCAGCCAGAAGAGATGTTTGATGTTTGGTATATTACAGAAGCTGTAGATATGAAGTAGCAAATAGATTAACATAATAAATTTGATCTTTGAAAATTGAATATAGTACGGTAATTACAGAATATGCTATAATTATTTATATATTTTATGGGAATTAAACAAAAATATTAAATTAATGGGGATGTAAGGAGATAATATGTTTAATTATAGTAATTTAGATGATATAGAACTTGAAGAATTATGTAAAGATGTGATGGAGAGAATGCTAAATATAAAATTTAGATCATTCAGAGCAGGAGTAGATGGAGGAATAGATCTTAAAGATTATGATTCTGAAAATAACATAATTGTACAAGTCAAACATTATATTAATAGTACTGTTCCGATGTTAAAAAGTTCTTTAAAAAAAGAGGTTGAAAAAGTTGATAAACTAAATCCAAATGAGTATTACGTGTGTTGTACTAAAGAACTAGGGCCAAATGATATTAAGGATATATATAATTTGTTTAAAAAATATATGGATTCTGAAAAAAATATAATTACTCTCAAAGAAATTGATGATTTGTTAAGAGAAGAGAGAAATATTGATATTGTTAGGAAACATTATAAACTGTGGTTATATTCTTCAAATATATTATCTGAAATAAATAATCAAAATACGTTTATAGATTGTGAAACCTTACTAAGTGACATTAATAATGAAAGCAAATATTATGTAAGAACACAAGCTTATGATATAGGAATTGATATTCTGGAAAAGTTTGGTTCCTTAATATTAGCAGGTTCACCAGGGGTGGGTAAGACAACTATATCAAAGATGATTATATTATATTATGCTACTCTAGGATACAGAGTTAGATATACAACTAATGGTGATATAGATAATATAAAAAAATCGTTATCAGTCGATAGAGAGTTAAATGAAATAATATTATTAGATGATTGTTTAGGACAATATTATTTTAAAATAAAAGAATCTCAGCAGAGAGAATTAATAGATATAATTAAGTATGTGAATAATAATAAAAGCAAAAAAATAATTTTAAATTCAAGAATTACTATATTGAACCAAGCCCAAAAAAAGTCACAAGAGTTTGAAAACTTTGTAATTAACAAAAAAGTTAGAATTCATGTAATGGATATGGATAATATAAGTCTAGTTGAAAAGGCCAGAATATTATATAATCATTTGTATTTCAATAATGTTAGTAAGGAATATTATGACAGTATAAAAAATAATAAAAATTATAATAGAATTATCAGTCATAGAAATTATAATCCAAGAATAATAGAGTATGTGACACAAAAGGAACGTTATAAAAATATAGAGCCAAGCGAGTATTTTGATTTTATTCTATCATATTTAGATAATCCCCAAGAAATTTGGAGAATTGAATACGAAGAGAGGATAGATAAAATTGATAGATTGTTTATGTTAACATTATTTTCGTTAACAGATACAACAATAAGTGAAAGTGTAATCGAGGAATGCTTTAATAAACGGATACTAGAAAGCGCTATTGACACAACAGTGAACAATTTTAAAGATACAATTATAAGGTTAAATAAGTCAATGATTAAAATAATTGATAACAATGGTACAAGGGAAATTTCAGTATTAAATCCATCAGTAAATGATTATCTAAAATCAATTTTTTATGAGAATTCAGCAGAATTAGAGAGAATAAGAGAATCAATAGTGTATTTTGATCAAATAAAAAGATGTTATTCAAAGGATTCTTTTGATGAAGCTATAAAAGAAAGAATAGATAACAATAGATTTTTATGCCTTAAAATTAATAAATTAAGTAATATGAATATTGTAAATATTCAGACGTTGTGGATATATTATATATGCAAATACAAGATATTAGATGAAAAGCATAAGCAATATATACATAATTATATTGAGAATATTGACAATGAAAGTTTCAAAGATGATGAAAACATTAGAAAAAGGCTGTTTATATATAATTTTTTAGAAGAACCATTTTTTAATTTTTATAATATAGATCAATATGTAATAAAAAAAGAATTTATTACAAAAATTTATTACAGTGTAGATTTGGAGGATTTGGTTTCACTTGTTAACGGACTTTATGATAGAGCAAACAATGAATTTTTATATGATTTTTACGATATATCTGTAAGTTGCATTCAAGAAGAATTTGAAAATTATATAGATAAATTTAATATAAGTAATTTTATAGGAGACTTAGACTTTAATCGATATAGTAACGGTAATTATTATGATGAATTTGAATTAGATGAAGATGGAATATATAGTGATGTTAAAGATGCGATTATAGCTGAACTTGAAGAAATTATAGAAAATATAAAATATAATGTTATTAGAGATATAGAAATGGTGTATATAAACAATATAAATTTTGATGAATATAATTTAAAAGAACATGTTTTAGATGCCATTGAATTAAAAAAGGGAGAGCGAGACTATGATGATGATTATGAGTATGAAAGATATAGGGAAGATAGACTAATAGGAACAAATTATAATAATGAGATAGAAAATATATTTAATAGAGATTTTAATTTATAATGAAACTAAAGATACCGTGGGAATTTAACCTATGGTATTTTTTTGTATATTAATAAAAAGGTGTTCATCATGAACACCTTCACTAAATTAGAGAATACACTTTGGAACGTAAGTTCTCTAATCAACCTATCTAAATTATAACATAGAAATTTAAAGAGGGATAGGTGAAAAAACATGAGTGAAAGAATAAAAAAAGAATTAGCATTATATAAATTAAGAGAAATTGAAATTGATGATATGAAGTTGAAAGTTGAAGAATTAAAAATTGGTGAGCAACTTGGAGCAATGAACTATGAGGAAAAAGTACAAAGTTCTATGAATTGTAAAAATAATGATTATGTTATGAATGAAATAGAGACATTGGAAAAGAGAATAAGATTTAATGAGATTGCTAATAAGAGAATTGATAATGCATTAAAAAGATTAGATATAGATGAAGCAGAAATAGTTAGAAGAGTATTTATAGAAAAGAAAAGTATAACACTAACAGCACAGGAATTATTTAAATCAAGAAAAAGTATTAAAAAATCGATAGATAGGGCGTTTGAAAAGCTAAAATTAGCTTAATGGGTAGCAACAAAGGTACCATAAAGGTGTCAGCTAGGGTAGCAGGAAAGGTATCACAAAGGTAGCAGCAAAAGTACCTATTCAGTACCCAAAAAATATTATATACTGTATTTGGTTAAAGAAATAATTAAAATATCACAAATTATTAATATCCGTTTATGATGTTTAAAGCACTTAATTCAGGTGCTTTTTATTATGCAAATTTTTATTGTAAGGAGGTAGATCATGTATAAGAGAATAAAATTAAATATTAGGTTTGCAGGAAATGAAGTTGTATGTGCTAAATCTCCTGCAAATTGCTGTAAAGGATGTGCTAATAAAAATAATTGTGAAGAAATAGAAGTATATTATAATCCTTTTGCTAAAAAAGATATAGAAGAGTGCTTTAAAAATGATGAAAGGAATAGGTGAGGCAGGTGAAGTGATATGGGAAGAAAAAGACCTGCTAAACCTATTGTAAGAACAGATCAAGTACTTGATATTCAAGATTACTTAAAATATAGAAATGAACGTGATTATATTTTATTTGTAGTTGGAATAACAACAGGCTATAGAGCAGGTGATTTAGTAACACTAAAAGCAAGAGATATAAGAGAAGCTCTTAAGAAAAGTGAGTTTACTATTTTTGAGGGAAAGAAAAAGAATTCAAAAAATATTAGAGAAAAAAATAGGAAGCCTAGAACAGTTGAAATAATACCAAAGGTTGCAAAGCTGCTGAAAGAATATATCAGAGATAAAAAGGATTATGAATATATATTTCAATCCAGGAAAGGTGTAAATAAGCATATAGGAGTACAAGCAGTTAGTAATATTTTAAAAGAAGCTGGAGAATATTTTGGTTTATATGATATATCTGCTCATAGTATGAGAAAAACATATGCATATAAAATATATATTGAAAGTGATAAAGATATTGTAGCTGTCCAAAAGTTATTAGGTCATAGAACAACACAAGAAACAGAACTATACATTGGGTTAGATAAAGAAAAATATCATCAATATTCAAAGTCGTTAAGTGATTTTGTGAGATGATATTTTTTTATTTTTAGCTATGAATGTTTAATTTTTGAAGCTATTAACATTCAAGGTTAAAAAATCAAGACATATAGAAGTAGAGATATTTTAAAATGAATGTGTGATTCCCCATGATAATTAAACATTCAAACAAGAAAATATGAATATTGAACTCAATAAAACGAGTAGTATTCGTATTATAATGATAAGAAACATATTGTTTTTTTTAGGTTGCAAACTACAGAATAACCATATTTTTTTTGATAGGGAAATATATACTTATACTGACTTTGAATAAACTTACGAATATATATGAACAATATTAATGTAAGCAAAATTTAGATAAATTTATAAAGTATGAAAGTGAGGTGAATGTGTTAATAAAGCTTACAAGTAAATTTTATATCTATTACTTGAAATATTAATATACTTAATTAAGAATATTTTAAATATAGAATTTTGTAAGTTTTAGATAGCACTTATAAATGAGTAATATACTTGACGAAATTTTAACATTTCAATCTGGAGATGAAGAAATAAAATTGCGCGTATTTGGTGATGAATTTTACGCAAGACGTGAATCGTTAGATGGATATACAGCAATTTATGATCCAAGGCTGGATAAATATTGCTATGCGAAATTAGAAAATGGAGAACTAGTATCTACTGGCAAAAGTATAACTGGAGAGATTCCAGAAGGAGTAACTCCTCATTTAAAAGAAAGTACAGAAGTTAGAAAAGAAAAGTTTGAAAAGAACTATTCAAATAGTGGATATTCTAATATAGAAGATATTGATTTAAAAAAAAACACAAATGATAATGTAGAAAGAACTAAAACTGAGAGTGATGGTTTGCTTGCAGGACGCAAAAGAAACAATGGAAAAATCAAGGGATTAACAGTTATTGTAGAGTTTGCTGATATTTCAACTAATATCACTCCATATGATGTAGAACAAATGTTGAATGGAGAAAATTACAATCGGAATGGGAATTATTGCTCAGTGAATAAATATTTTAAAACTGTTTCTGATGGAAAGTTAGATTATAGCAATGATGTTATAGGACCTATCAAATTATCTCATAGACGTAATTATTATATCAATGAATCTTTTATAGACGAAGTAATGAATATAGTAGTAAATAATTTAAATATTGATCTTTCTATATACGATTCACTAAAAGAGGGGATAGTTGATGCAGTAAATTTTCTTTACGCAGGAGAAACAGTTTATGAAGGGGCACTATGGCCACATAATTCATATAAAAGTATAGAGTTTAATGATATAAAAACTGGTTTTTACATGTTATCTAGCGTAGGCAAGGATGTTGATAATATGAGTATAGGAACTTTTTGTCATGAATCAGGACATTTACTTTGCCGTTTCGCAGATCTATATGATTATGGAAAAAGAGATGGGGATAATATAAAGAGTAAAGGACTAAGCATTTATTGTTTAATGGGTTCAGGTAATCATCTAAACAATGGTAGAACACCTTCTCCTATTTGTGCATATTTAAGGGATTTGGCTGATTGGTGTGATAATAAAGCAAACCTCAATGAGGCAGGATCATATATTGCTAAACATGGGGAATATAATACTGTTATGAAGTATAAGACATCCAAGCCGGATGAATATTTTATCATTGAAAATCGAGCAACATTCGACTTGGATAAATATTTACCATCAAGTGGTCTTGCTATTTATCATTGTGATAAGAACGGTTCTAATGAGTGGCAACAAGGTACACCAGAACAACATTATCAATGTGCATTATTGCAGGCAGATGGTAAGCGAGATTTGGAACGAGATGTAAACTATGGAGATAAAGGTGATTTATTCGGTGAACGCAGTGGAATAACAGTCTCAAACAACACTAATCCATCAAGTAAAGAATGGGATGGAAGTGATTCTGGGTTTGTTATTTCGAATATTACAAAACCTGATATTAATATCCAATTCAAGATTGGATAAGAATGTTTTTATAAGCTAGAGAATTAGACTTTCTAGCTTTTTTTATAGTCTAAATAAGGAGGGGAAACAGGTATAGCTAAAGAGTTTGCTAAATTATTTTATAATAGTACAACATGGAAGAAGTGCAAAGCATCTTACATTAAATCAGTTCATGGATTATGTGAGAGATGTGAAAGACCAGGATACATTGTGCATCATAAGAAAGAGTTAGCACCTAATAACATCAATGATCCTAACATAACACTTAATCATGATAACTTAGAATATTTATGTTTAGATTGTCATAATGCAGAGCATGACTTCAATAGAGAAAAGAAAAGTGCAACTAAGAAAGGTTACAGATTTAATGATAAAGGAGAATTAGTTCCTACGACATAGCCCCCCCATAAAAATATCTGTGGGGGGGCTTTTGGAGACCGTATAGTGGACAACAATTTTCCTCCGAATGAAATTTTGAAAAAGGGGAGGGGGATATTTTTGAGCATATCCGAACAATTAGAAAGAGATAGAAAGATAAAGCAGGAAGTAAATAAAATTAAAAAGATATTTAAGGATTTCCCAAAAGATAAAACTAAAGTTATTGAAGGATTAATTAATGAAGCTGCATTTATGAAAGTATCTCTTGAAGATACTAGAATAGATCTTATTAAAAATGGATTGACTGAACTATTTGAACAAGGAGATCAAGCATTTAATAGAGAAAGACCAGAAGTGAAAATATATTCAAATTTCATGAAGCTATATTCCAGCATAATGAAACAATTAATAGATTTACTTCCACCAGAACTTAAAAAAGAGCAAACTGATGCTTTGATGGACTTTATCAGTAAAGGCAAGATTAAAAAATGACTTACATAGAAGAATACTATAATAAGATCATTTCAAATGAAATTATTGCTTGCAAAAGAATTAAGCAGGCATATTCTATGTTAGTTGATAAACTTCATAATCCAGGTAAATATGATCCCTGGATATTTGATGAAGAATTAGCTAATAGGCCAATAGAATTTATTGAAACTTTTTGCAAACAAGCTCAGGGAGAACTTGGTGGAGCATTAAAGCTAGAATTATTTCAGAAAGCTAAGCATCAAGCAGTATTTGGATTTGTTCATAAGGAGACAGGCTTTAGGCAATATCAAGAAGTGCTTGATATTAGAGGGCGAAAAAACGGAAAGACTACGGAGCTTGCAGCAGATGAAACCTTTATGTTAGTTGGAGATGGAGAAGGTTCTCCAGAGTGCTATATTATAGCAACTAAATTAGATCAATCTAAAAAAGGTTTTAATGAGTGCTATAAAATGATTCAGCAGTCACCAGATTTAAATAAGCATCTAAAGAAAAGAAAATCAGATATATATTGTCCTTTTAATTATGGAACTATCCAGGCTTTGGCGAGTAATTCAAATGGACTTGATGGTTTAAATTCACACATGGTTACAATAGATGAATTGGCAGCCATAAAAAATAGAGATATATATGATTTGATGAAGCAATCAATGAGTAGTAGAAGGCAGCCTTTATTAGATTGTATTACTACTAATGGTTTTATAAGAGGTTCAATATTTGATGCACAATATGAATATGCATGTAAAGTGCTGGATGGTAAAGTCAAGGATGATAGATTCTTGGCTTTTATTTATGAGCTTGATGATAAAGATGAGTGGGATAAGGAAGAAATGTGGATTAAAGCAAATCCAGGATTAGGGCCTATTAAGAAGATTGAATTTTTAAGAGATTGTGTTAACAAAGCCAAAGAAGATCCTGCTTTTAAAGCCACAGTTATGGTTAAAGATTTTAACATGAAAGAAAATTCTGCATCAGCTTGGTTACGTTGGGATGAACTTAATAATGAAGCTGTATTTGATATTAGAGAAATGGGCTTTAGATATGGAATTGGTTGTTTTGACTTAGCAGAAACCACAGACTTAGCATCAGCTAAAATTTTATGCATGAAACGAGATGACCCTGGTATCTATGTAATTCAAAAGTACTTTGTACCACAGGAAAAATTAAATAATGAAGAAACTAATAAAGAAGAGGATAGTGTTCCATATAAGTTATGGGAGCAGCAGGGATTACTTAGAGTTTGTCCAGGAAATAAAATAAATAAGTATGATATTTTGGAATGGTTTAAGGAAGTAAGAGATACTTATGATATTTATATACCTTGGATTGGATATGATCCTTGGCATGTTGATGATAGTTTACTTCAAACTTTTAAAGATGAATTTGGTTCAGAATCAATGATACCAGTTAGACAGGGAGTATATACTTTAAGCTTCCCAATGAAGGAACTAAAAGCAGATTTAATTGCAGATAGAATCAATTATAATAACAATCCAATAGATAAATGGTGTTTATCAAACATGGAAATAAAAACAGATATAAATGGCAACATACAGCCTATAAAAGGAGTCGATAACAGAAAGCGTATTGATGGAGGTGTGTCTTTGATAATTGGTTATGTAGTGTTCTTAGATAAATTAAGTGAATATGAAAATATGATTTAGAGGGAGGTGCATAGAGTGAATTTTATTAATAGATTTTTTAACCGTAGTCCATCAAAGACAAGATTTGAACTTGTTGAAGATAGAGGAAATGGTTTTTATAGCTGGAATGGTAAACTTTATAAATCTGATATTATTAGAGCTTGTATAAGACCTAAAGTTAAAGCTATTGGAAAGTTAATTCCACAGCATATAAGAAATAATACTCAACAAGGCTTTGCAGTTAATCCAGAACCTTATATAAGGTTTCTACTTGAAGAACCTAATCCATATATGAGTGGTCAAATGTTGCTTGAAAAGTTAGCAATGCAGCTGGCACTCAATAATAATGCTTTTATCTTAATAGTAAATGATGATAATGGCTATCCAGTTGAATTATATAACATACCATGTGTTACTGCAGAAGCTATTTATGATTCACAAGGATTACTTTATTTAAGGTTTACTAATCGTAATGGTAAGATGGTTACTTATCCATATACAGAGATCATTCATATAAGGCAGGATTTTAATGAAAATGATATATTTGGTGAAAGTCCACGTGAAGCGTTAATACCTTTGATGGAAGTTGTATATACCATGGATCAGGGGATTGTGAAAGCAGTTAAAAATAGTGGAGTAATAAGATGGTTACTAAAATTCAATAATTCTTTAAGGCCAGAAGATATAAAAAAGAATGTAGAAGACTTTACTAAGAGTTTTCTTGCAACAAGTAATGAAGGTGGAGCTGCAGGTGTTGATTCAAAATCAGAAGCTACACAAATTCATCCTGATGATTATGTTCCTAATGCGGCACAAATAGACAGAACTACTAAAAGGATTTATTCATTCTTTAATACAAATGAGAAAATAGTGCAGTCTAATTACAATGAAGATGAATGGAATGCATATTATGAAAGTGAAATTGAACCTTTGGCCATGCAGTTAAGTAATGAATACACCAGAAAGTTATTTAATAGAAGAGAGCGTGGGTTTGGTAACAGGATAATCTTTGCAGCTAATAATCTTCAATATGCATCAATGTCAACTAAGCTTGGATTACTAGCTATGGTGGATAGAGGTGCATTAACAGCGAATGAATGGAGAGAAGTAATAAATCTTCCACCAATAGAAGATGGTGATAAACCAATAAGAAGATTAGATACTCAAGTCGTGGGAGGGGGTGAAAAGTAATGGATATAGAAGTTAAAGGCGATATTATATCAGATGATTATGCCTGGATCTATGATTGGCTTGGATATAATTATGCTTCACCAAGTAAGATTATAAATCAAATTAAAGAAGCTAATGGGGAAGAGTTAAACATAAAAGTAAATTCTCCAGGAGGGGATGTGTTTGCAGCAAGTGATATTTATACAGAGCTAAGAAATTATAAAGGTAATGTAAATATAAATATTACAGGTTTAGCAGCAAGTGCAGCAAGCGTTATTTCTATGGCTCGACATAGTTCAATGTCACCAACAGCTCAATTAATGGTACATAATGTATCAAGTTATGCAAGTGGTGATTATAGAGACATGGATCATATGTCAGAAGTCTTAAAAAATGCTAATAATACAATAGCAAATGCTTATATGTGTAAAAGTGGCATGAGCAGAGAGCAGGCACTTGAAATAATGAATAATGAAACCTGGTTAACTGCTCAACAAGCAAAAGAATTAGGATTAATTGATGAAATAATGTTTGAAGATACAAACAAAGTAAATTTGATGAATTTATCAAACATGAATTTAAAAGGATTTTATAATTCAGCTTCATCTATTCCTAAGGAGCTAATTGAAAACTTAATGAAAAATAATAAGTCTAACAAAGATCAACCTATTATAAATGATAAGGTTGATTTTTTTATTGAGCAAAATGCAAAAATAAATGGAAAATTGATTGAGCTATATAATAGCCAAATAGAAGAAAAGGAAGTGTTAATTAATGAAAATTAGAATGTCAAATGATCAAGAACAACAATATTTAAATTTATTAAATGAAGCCAAAGATCTTTTAAATAATAAAAAGGATTTAGAAGGATATAAGGCTAAAATGCAAGAAATCGAAAAATTTGAAAATGATACTGAAGAATTAAATAAAGCACAAGCTAATTTAAATGCTAGATTTAAAGATAGTGCAGTAGTAACAGATATATCTAAATTATCAAATGATGTCAAAGCAGTAAAAGTAATAGATAGTATTAATAATTCAGAGGAAGAAACTGAAGAAGAAGCAAAAGAGCCTAAAGAATATGTTAATGCCTGGGCAAAAAATATGCTTGGCCTAAAGATGAATAATTCAGAGAGTAATGCTTTTAAAATGATCAATGAAGCTTATGTTCATACTACAGGAAACACAGGCATTGTAATTCCTGAAACAGTAATGAGTGGTATTTGGAAAGAAGTTGGAGAACAATACCCATTATGGAATGATGTTTTTAAAACAACTATAAAGGGCAAAGTTACTTTGCTAAAGTCTACAAATTCAAGTGATGCTAAGTGGTATGATGAAAGCACATCTACAGAAGATGGTAAAGAAGAATTTGGAGAAGCTAGCTTAGATGGCTGCGAATTATCAAGAGATATAACCGTTTCATGGAAGCTTAGAGAAATGGCTATAGAAGATTTTATTCCATTTATTCAATCTCAGTTAGTTGAAAAGATAGGAGCTGCATTAGGTTATGCCGTTTCACAAGGGAAAGGAAAGCCAGGTGAAAGTGATACTTTCAAGGCAGAACCAAAAGGAATAATTCCTACATTAACAGGGGAAACCAAAACACCACAGGTTGTTAAATTTACAGATGCAGAGCCTTTAGAATATACTCATTTTACTAATGCAATGTCAAAGATAAAAGGTACTTATAAAAATAAAACATGTATATATGCAAATGGAACTACAATCTGGAATGAAATTGCTAATGTTAGAGATACCACTGGAAGACCTTATTTTGTAGCTAATCCAATAGAAGGTGGAGTTGGAACAATATTCGGAAAAGTTGTAAAAGAAGATGATGGTATACCAGATAATAATATATTACTTGGTGATGCCTGGAACGGATATCATGCAAACATTAATAAGCAAGTATCTCTTGATAGTGAAGATCACAAAAAGGAAAGAACAACAGATTATATTGCTTATGGGATAGTTGATGGTGGAGTAAGAACTACGAAGGCATTTGCATTGATAATGAAAGGATAGGAATTTCCTATGTTAGAAAAAATTAAACTAGCCTTAAGAATAGATGATGATATTTTGGATGAAGAAATACAAGATTCTATTGATGCAGCTAAAGCAGATTTAAAACTTAGTGGAATATTAGAAAGTAAAATCGTTGAGACTGATCCATTGATAATTAGAGCAATAAAAACATTTTGCAAAGTTGAATTTAGTACTGATGATAAAGAAGCTGAGAGGTATAGAAATTCTTATGAAATGCTTAAAGATCATTTAGCATTATCGATAGATTATACTGTGGAAGTGATAGCATGAGCATAGAAAGTTTAAATAAGAGAATAGAGATCCAAAAACGAAAATCTGAGCCAGTAAAAGTAAAGGGAGTTCCAACTTATGAATGGGGCTCTTTTTATAGTTGTTGGTGCAAAATTTTAGATTTAATAGGAACAGAAAAGTATGATGCATATAATTCAAAGTTAGAAAACACTATTAAGTTTAAATGCAGATTATGCTCAGAATTAAAAGATATTCAGTTCAATGAAAAAGAATACCAGATCATATGGAATAAGAAGGTATTCAATATTATTTTTGTTGATACTTTAGGTGGTAGCAAGGATTGGATAATACTACAAGGAAAGTTTGTTAGCTAGGGGAGGATTAAGTGGACATTATAGAAAAAATAGATATAGCCTTATCTAATGCTTTAGATCCTTTAAATATCAGAAGTTTTTATGGTTGGTATGATGAAGATATTAATGGAACTCATGTTACATTTACTTTGATAAGTGATTTAGATGAAGATTATGCAGATGATGAAGCTGAAAGTACTACAACTCTTTTTCAAGTGGATATTTGGTCTAAAGAAAACATGGAAGAATTGAAGAAAACTATAAAGTCAGCAATGAAAACTTTAGATAATTGTACTTATAATAGTGGAGCTGATCTATATGAAAATGATACAAAAATATATCATAAAGCGCTTAGATTTAATATTACTCAAGAGGTAACATAATGAATACAGAATTTGAGGTTGATGGATTAGATAGTATATTTAGAAAACTTCAAAATATGGGTAAGGAAGGAGCCATCATAGAGGATAAATCTTTAATGGAATCTGTACAACCTGTTTTAGAGGATCAAGAAAATACAACTATGTTTAAAGATAGAACTGGAAATTTAAGAAGAAGTCTTAAAATATCTAAAGTTAAAAAAGTAAAAGGTACTAAAGTGGTTTGGATAGGGGATGTTGATAAAAAAGCAAATTATAGTTGGTATATTGAATGGGGTGACTCAAAAAGAAAGCCAAGACCATTCATGAGACAGTCTTATGATAGAAATAAAAATCAAGTATATCAAAGATTAAAAGAGGCAATAGAAAATAATCTACAAAAATGATAGGAGAGTGATGCAAATGTCAAGAACAATAGGTCTAAGAGACATTAGTTTTGCAGAGTTATTGACTGATAAAAGGGGTAAAGAAGCAACTTATGGGCCAGTTAAAAAATATGAACGATCTGTAAGTGCTAAACTTACACCAAAAACTAATTCAGACACATCTTACTCTGATGATGAAGTTGAAGATATTGTAACAACTTTTAGTCAGGTTGATGTTGAAATTGAGTTAAATCAACTATCCGTTGCAACTAGAGCATTTTTGCAAGGAAGCAAAGTTGTAAATGGTGTATTAATTGAGAATAAAGATGATCAAGCTCCATATGTTTATATGGTCTTTAAATCTAAAAAAGCGAATGGAAAGTTTAGATATGTTTGCTTATATAAAGGTAAATTTGAGCTTGTAGCTGATGAACATCAGACTCAAGAGGATAAGATTAAACAAAGTACAGCGAAATTAAAGGCTACTTTTGTTTGTAGAGAATTTGATGGTAATTATAGATTAATAGCAGATTCAGATGATGATGGAGTTGTTGAAGCAGATTTAGAAAAATGGTTTACTACAGTGCCTCCGGTTCCTGTGGAAACAACATCTTAATAAATGAGTAGGATTGTCCTACTCTTATTTTATTGAAAGAGGAGATTTTAACATGGTAAATAAAAAAGTAAAAGGAAAACAATTAAAAAATAAGAAAAATGATAATAAAGTAATTATAAAGGGTAGAGAATATGAGATAACTTTAAGCTTAGGTGTATTAGCAGAGTTAGAGGATATTTATGGGGATGTAGATGCAGCAATGAAAGCTCTGCAATCTAAAAAGGTAAGGCCATATATTGATTTCATGTATGCAATAATGGTTTTAGAGGATGGAAATGAAAATTTAACTCGAAGAGAAGTAGGCAGAATGCTAGATATGGATTTTATAAATGATCTTATTGGAAAAACTGAGGTCGCAATGAAAAATTCATTTGGAGAAGCAGATGAAAATGAAAATATGGGGGAATAGAAAGTCAAGCTGATTCTGATAGTTGGGATTGGGCTTGGCTATTTTATTTAGGAACTGTGATTCTTAAAATGACAGAGGAACAATTTTGGAGATGCACACCTTTAAAACTCAATGAATTGTTTAGAATCCACAAAGAAATTGAAGGTGTAGAAAATTCAAAAGAAAGTAATGGTTATATAGATGAAATATTATTTTAGTGGGAAGGAGGTAAAGTATGGCTGATGATATTCAAGGAATGACCGTCAAAGTTGGAATAACGGATGACGTTTTTACCCAAGGAATAGGTAAAATTAATAAGGCAATGTCTTTGCTACAAAGTGAGTTTAAAGCAAGTGCTGAAGGATTAAAAGGCTTTGGAGATAGTTCTGAACAATTAAGTAATAAATCTGAATACCTAAATAAAGCTATTGAACTGCAGCAACAAAAAGTCAAAGCTCTTCAGGAAGCTTATTCTAAAAGTAAAGCTGAAACAGGAGAATTTTCAAATTCAACAATGGCTGCTGGAACTAAAGTCAATAATGCTGTAGCTCAATTAGCAAAACTTCAAAATGAGCTTAAACAAGTTGAGGGAGAGTTAGAAAAGGGCGGTAAAAAAGTTGAAGAAGAAGGTAACGTTTGGGATAAATTTAGTAATAAATTAAAAGCTGCAACTGATGGCATGGGCGAATATATAAAGCGTGGAATAGGAATGGCCATTGGTGGAGACATATGGGATAAAGCTAAAGAAGGCTTTAGCAGTGTAATTGGCTTTGGTGGAGATGTACAGAAGGCATTAAATGGAGTTACTGCAGCAACAGGCTTGACAGGTGAAGGCATAAGTAACATGAAGCAGATAATGACTGATATCTATAATGATAATTTTGGAGAAAATTTTAATGACATAGCAGAATCAATAACTGCAGTCGGACAACAAACTGGTGCTACTGGTGAAGATTTAAAAAGTTTAACAGAAAAAGCATTGTTAATGCGTGATACATTTGGTATGGAAGTAAATGAATCTATAAGAAGTGTAACAATACTAATGAAGCAGTTTGGAATTACTGGAGATGAAGCGTTTAATCTTATAGCACAAGGAAAGCAAAAAGGATTAGATTTCAGTGATGAAATGCTGGATTCAGTTAATGAATACAGTGTGCAATTCAAAAAGCTTGGATTAGATGCGCAAGATATGTTTAATATTTTTTCCAGTGGAGCAGAAAGCGGAAGTTTTAACTTAGATAAAGTTGGTGATTCAGTAAAGGAATTTTCTATAAGAGCAGTAGATGGGAGTAAAACAACCCAAGATGGATTCACTCAACTTGGGTTTAATGCAGATGAATTAGCAGCTAAATTTGCTCAAGGCGGAGATGTTGCAAAAGATTCATTTAAACAAGTTGTAAGTGCACTTGCTAATATGGATGATCCATTAAAACAAAGCCAAGTAGGAATAGAACTTTTCGGAACTCAGTTTGAAGATTTGGGCATAAATGCTATTGCCAGTTTAGGAAATTTAAATGGTGGAATAAGTAAAACTAAGGATGTATTAACTTCAATGAATAATGTTAAGTATAATGACTTAGGAAGTGCATTTGAAGGAATTAAGCGTAATATTCAAACAGCTCTGTTATTACCAATGTCTAACGAAGTGCTTCCTAGCTTAAGTAATTTTAGCAATTGGTTTACATCTAATTTACCAGCAATACAAGAAAAGTTTTCGGGAATAACACAAGTGTTAATGGATGTTGGAAATAAAATTGCAGAAGTGGTTAAACCAGTATTTGAAGGTTTGTTTAATTTCATAAGTGAGCATGGAGATTCAACTACAAATATTATTTTAGGAATAGGAGCAGCGTTCTTAACTTTTAGTTCAATAGCTGGAATTATAAATGGAATTACTAATGCTATGGAACTATGGAATAAAGCACTTGCTATTCAGGAAGGAATAAAAAAAGTAATTCAGGTAGTAAAGGAATGGGAAATAGTAACTAAATTGCAAACAGCAGCGCAAGCAGCATTAAATATAATCATGGATGCAAATCCAATAAGCATAATAATTTTAGCCATAGCAGCGTTAGTTGCAGGAATAGTTCTTGCATATAATAAATGCGAATGGTTTAGAAATGGAGTTAATGCTATAGGCGAGTGGCTGAAAACTTTTTTTACAGTTACATTGCCTAATGCTTTTAAGGTTGTAGTTAATTTCTTTCAGAACAATTGGAAAGAAATATTGCTTTTTATAGTGAATCCTTTTGCTGGAGCATTTGCGTTGTTATATAAAAATAATGAAACCTTTAGACAAAAGGTTAATGAATTTATTACGGCGGTCAAAACAGCATTTACTAATGGGTGGAATGCAATAGTGAATTTCTTTACAACAACTATTCCAACTTGGATAAATAATATAGTTCAATGGTTTACTGAACTACCTAATAAAATTGCATATGCACTAGGCTCTTTAGTTGGTTTATTAGCAACTTGGGGAGTATCAGTTTGGAATTATTTCAGTACTAATGTGCCAATATGGATTAATAATGTTACAACCTTTTTCAGTCAATTACCAGGCAACATATGGAAATTTTTAACTGATATAGTAACGAAATTAGGTCAATGGGGAATGAGTGTATTAACTTACATTACAACAAATGTACCTATATGGATTAATAATGTAGTTACTTTCTTTAGCCAGTTGCCAGGACAAATTTGGACATGGCTTGTCAATGTAGTAACAAATTTAGGCACATGGGGAAGTAATGTGGTTAGTTGGATAAGTACGAATGTAAGTGCTTGGATAACAAGCATAATAAGTTATTTTACTCAACTACCAGGGCAAATTTGGACATGGCTTGTTAATGTAGTTACAAATATTAAAACATGGGGAAGTAATATGCTCACAGAAGCTAAAATAGGTATGAGCACTGTATTTGATGGGATTATAAATACATTTACAAGCTTACCTGATAAAATGTTAGAGATAGGAAAAAATATTGTAACTGGAATAACAAAAGGCATCAAAGACGAATGGGATAACCTTACTGGATGGATGGGAAGTTTATGTGATAGTTTTACAGCAGGCGTTAAGGCAAAATTTGACCAACATTCTCCGTCTAAAGTATTTGCGGAAATTGGAAAATTTAATGTACAAGGACTAGGAGTTGGATGGGAAAATGAAATGCCAAATTTAAATGCAAAAGTAAGCAAAACACTAGATAGTAATATAAAAATAGCTAATTTATCAAGTTTAGACGGTTTAAAGAATGTTAATAGTGCTTATTCTAATACAAATAATAGTGCAAGTACAATTGATAAGATCTTAGATAAAATGGATTATTTAGCAGATAAAATAAGCAATATGGAAATAAGTATGGACAGTAATAAGGTTGGGAAAATAATTACGCCAGTTATTAGTAGTAATTTAGCATTAAATAATGGCAGAAAGGGGTGGTAAAATGTCTTATATAGAGTATAACAATTTAATTAGTGAGAATATAGAAGGTTTAAAAATAGAAAATATTCCTGCAGTTCCTGCAACAGCTATTATTTATGAAACGGTAGAAGTAGATGGTGGTGAAAATTTAACAAAAATAAAAGGTTTTTCAGATATAGAAATAAGTTTTAATTTTGTATATAAAGCAAATGAAAATGAGTATTTCAGGAAAAAAGCCAGAATAGATAATTGGTTACTTAGTTCAACTTCAAAATATTTATTTTATAGTATGGATAAATATAAAATATACAAGGTTAAGCAAGTAAAAATAAGTGAAACGAAAACTACTGTAAGAAGGGTAAGACGTTTTACGGCAACTTTTGTTTGCAATGGATTAAAGTACATGGAAAGTGGATTGAAGAGTCAAACTATAACGAGTGGAACAACACTAAATAATTTTGGTACTTATGAAGCTAAGCCATATTTAAAGATTTATGGAAATGGAAATATAACAATTAATATAAATGACTCAAGCTTTACTATTAAAAATGTAAGTGATTATGTGGTAGTAGATAGTGAGATTATGGAATGTTACAAAGATAATATTAATTTTGGAAAGAATATGACTGGAGATTATCCAGTCTTTTCTATTGGGAAAAATAAAATAGGCTGGTCTGGATCTATAAAAAAAGTTGAGATAATTCCAAGGTGGAGGTGCTATTAATGGGGTATATTAGATTATTCAGACCAACCGAAACTGATTTTACACATAACGAATGGATATTAAATGAAATTGTATCTAGTAAGACTAGAGAAGTTATAAATGATGATTATATAACTGAATTAGAATATCCATTAGAGGACACTAAAGGCATTTCAAGCAATTTAGTTGTAGGTGGGATTATTTCAATTCCAACAATAGATATCAGACCAGATCAGCTTTTTAGAATAATAGATAAAGAAACTACCAGCAATACAATAATAATTCAAATGCAGGCGAAACTATTAGCTGATTTAAAAGAAAATAGAGTAAGAGCAATGACTCTAACAGGTTTAACAAGAAAACAAGCTATACAAAAAGTATTAAATGCAGCGTTGGAACCGCATTCATATGAAGTAGGGAATCTAGATAAGAATAGTAATGCAAATGTAATTGTTAATATAGAAGAGGGAAACTTATTAAGTGCTCTCATAGGTGATGAGAATAGTATTTTATCTGAATATGGCGGTGAATTTATAGTAAATAACAATACCATAGATATTGTAGATTCCAGAGGTTCAGATAATGGAGTTGTAATTGGGCATGGTAAAAATTTATCGAGCATTAAGGAAAAGATAAATAATACAGATTTAGCAACTGTTTTAATACCAAGATCAGGTGATTATAGGCTTCCTGAATATTGCATTGAAAGTGCTAATGTTAAAGCATATGAAAAGAGATATTTCAAAGAGGTAGAATTAAATTTAAATATTTGGGATGGTACAGATACTAAAAAAGATGATCAAATAACAATAAATCAAGCATATGACCTTATGAGAAATACTTGTAATAAGATGTTTACAATAGATAAGGTTGATCAAATGTCCTTTAATTATTCAATTGATTTTGTTCAATTAAGCAAAACAGAAGAATATAAAAATTATTCTATTCTTGAAAAAGTAATTTTAGGAGATATAGTGACAGTAAAACATAAGAAATTAAACTTAAATCTTCAAGGAAGAGTTAATGAAATAAATTATACAGTTGACAGTGAAGGGCAAACGACAATAGATACTGTAGAGATAGGATTTAGCAGAAAAGATATAACAGATATTATTAAAGATACTGTTAAGCAAGTTAAATTTGTTAAGGATGAAATCTTGTTAAGTGTAAATAACTCTGTGGATCATGTGACAGCAGAGTTTAAAATTGCTGATAATGCTGTAAAGCAAAGTGTAACTGATCTGGACAATAAAACAAGTTCAGCTTTGACATTGCAATCAAATAAAATAAGTGCAGTTGTTGAGAGCAATGATGGGGGAATGACCTGGACGTTAAGCAAAAATGCTTTTGTTATTGCCTGCAAAGGCGCCAGTAATAGCAATGTAACTATAGATTCCACAGGCTTGATTGTTAATAATGGTAAGATGCAGGTGAAAAATAGTAGTAATAAGACTGTATTTTATGTAAATACAAATGGTAAATGTAATGCAGTTGGAGGATTCTATGTGGATGATGGAAGTGGAGAGTGCTGCAGGATAACTATTGATGGATTAAAACTCACAAATTCAAATGGTTATACAGGAACAATAAAAGCTCATCCAGATCATACAGCTCTATTAGTAAGTGATGATATGTATATAGGAAAAGATTTAAGAATAGATCAGGATTTAACCGTGACTGGATATGTGGAAATAGGTAACTATGGTTATGTGGATAAAGATTTTACCGTTGGAGGAACTTTGTTCATTGGTAATAAAACCTTGCAAGAGATAATAGATGCAAGAATAAGGGCGTTAAAATAAGAAAGGAGTAATTGGATGGCTATATATGATTTAACAGTAAGCTTAGATCTTAAGCAAAATTTAAATATCTATACGACTTGTAAGCAATTAGATTCTATAAATTTAATATGTAGTATTTATGACAATAGTGTTCAGGCAGATTTAACAAATTATAATGTTAGATTAAAAGCAATGAAAGCTGATTCGATTCCACTAATTCAAGAGTATACAGGTATTTCAATTCCTGCTGACAGTAATGTAGTAACTATAGCAGCTGATGAACAGCTAACAACTACAGCAGGAGAAATACCTATAGAGCTGCAATTTATAGATAAAACTTCAGGCAAAAAGAAAGCAACTTTCAATTTAATATTAGAAGTTATGTCCAGCACATTAGTAGTAGATAGAAGTATTAGCACAGCAACTTATACACTATTGGAAGAACTAGAAAATAAGCTAGACCAAACAAGTGATTTCTTTGAGAATATAAGCGAAGCTGTAGAAATTAATAACGAATTAAAAACTTCAATTGCAAGTGGATCTACATTAAAAACTGGACTTGATATGGATATTGTTAACGGAAATACATTAAAAACAGGATTAGAAAATTCAACTGCAGCAGCTAACACTGCTAAGAGTAACTTGGAGAATTCAATTTCAAATGCTAACACTGCAAAAAGTGCAGTTGATGCAAGTAACACAAATGCACAAGTAACCAAATCAGCTTTAGAAGCAGATATTGCTCAAGCTCAGAGCAATTCATTCGCTGCAGAAATAACAAATGCAAGGGGAACTTATCAAACTTTAAAGGCTAGATTAGACGCTAATGATACATCATTGTCAGATAAGGCGAATCAAATAGCGCAATTAAGCAATCCGAACTTATTAATTAATGGTGATTTTCAAGTTTGGCAAAGGGGTACAAGCTTTAATAGTTCAGGAGTTTATTATTCTACTGATAGATGGAGAATAGATGCAGGTGGTGGTACAAATTCAATTACGAAACAATATGATGATACTTTTAAAAATTTTATTAGAATTTCAACTAACCAATATGCAAATTTATGGTATCAAATGGAAGACGCTGATTTAAATAAAATTAAAGGAAAACAGATTACTCTTTCATTTTATGCAAGAAAACTAAGTGGGAATTTTGTAAACGCAGTTTATAGAGTTTCAAATGTATCTGATGCTGTAAATAATAATGCTAATAATTTTACTACTGAATGGAAGAAGTTCACAATAGCAACAACAATTCCAATAGATGCAACTGCATTAAATTTAGGCTTAGTTAATTTTTATACAGGGCAAAATGGTAGTACAGTAGTTTACGATATAGCACAAGTTAAACTTGAACTAGGTTCTATAGCAACACCTTTTATTCCAAGACTTTATGCGCAAGAACTAGCATTGTGTCAAAGATATTATCAAGCTGGAGGAGTGACACCACAAGGTAGTGCGGGAGTAAATTTTGGAGGATATGTAGTTAGCGGTATAGCTTATCATTCAAATATTAAATTTAAAGGAACTATGAGAACTACCCCAACTGTTGTTTTAACAAATTTATATAATTCTAACTTAAGTAATACACCTACTTTGATTGAATCTTCTGAAGAAGGTTTTATCGAAGAAAGAATAGCAACTGCAACTGGACAAGGTCGAAGTATTTCTATTTTCACAGCAGATGCAGAAATATATTAGGAGGTTTTAACATGGAAGAAAACATAAAAGTTTATGTAAAAGTAGATAGTAATAATGTTATTACGCAAGTTGACAGTAGCATATTCTTATTTAATGTAGAAGATTGGGTGAAGATAGATGAAGGGCAAGGAGATAAGTTTTCTCATGCTCAAGGAAATTACTTAGATAAACCTTTAGTGGACATGCAAGGAAAATATAATTATAAGCTTATGGATGGAAAGATTGTTGATTTAACAGATGAAGAAAAGGAAAAGTTATTTCCTACAGTTAAGCAAGAATTATCATTAGTAGATAGAATTGCTATGCTAGAAAATTTACAATTGCAACAAGGGGGCTTGGTTTAATATGATTAATCAAATTTATGTTGAAATGTTAGTAAATAAAATACTAACTAAAGAAATTAATCCAAACACAGGAGATCTATTTAAGATAGAAGATATTAAAATTGCAGAATATAAAACTGCCGTAGAAGCTAAATTAAGTGCTACGCAATAGGAAAATAGGAAGTAACAAAAATATATAAAAACCTGAAGTCAATAACAGCACAATTAAGGTGCTTTTTTTGTTTGTTTTTATATATAGGATAATTATAGAAAGATTAGAGGAAAATTATAGAAACTCTATAAGAAATAGATAATCAGGAGATTTATAATAATAATTAAGAGCTAAAGATAAAACATTCTTAATAAAGTATGTATTAAATACAAATGACAAATGAGATTAAATTTTTGATATTGCAATATTATAATTAAAAAATTAATGAATATGGTTAAAGAGCTAATTAGCTACTAGATTTTTAACTGGATTATTTTAGGAGGTATAAATTAATGGAAGATAACAATATAACAAAAAGCAATTTAAGTATTACAGCCACACCAGTTGAAGGACAAAACTATGTGCATCTTGATTGGACAAATCTTGGAGCAGGGTATAAGTATATGGTTTATTCAAAAGGACAAGAGGAAGCAGTTTATCAAAGTATTCCTTCAAAAACAAATATTAAAGTATTAAATATATATCCAGGTAAAGGTGATAATTTAAAAGGGTGGATGGAAAATCCTAATAGTGAAAATGACAATGGATATGGTAAGGGATTGATATCTGTTGATAAAGTAGATCTTAGTGCATTCAATTCAAATGCAACAGGAAATTTAAAAGATAGTAGTGGAAATTGGAAATATGATGTCATTTATTTTGGAGGATATGATTCCAATAATAGTATAGATATATCTATAGAGGCAAAAGGTTTAGTTGAAACATATATAAAAGCTGGTTATGGTGTCTTATTTGGACATGATACACTATGCTTTACTAATTTTAAAAGTCTTGCAAGTTATGTAAATATTAATACTAATATCACTGGTTATTATGGGAATACAACAATAAATACTGTAAAAGAAGGTCTTTTAACAAATTATCCATGGCCAATAGGTAGTACGGGAACTAAACTAACAATTCCATTAAGCCATAGCAATGTCCAATTTGCAATGGGAGATATATGGATGAAATATACTTCAAATAGTGTATCTAATAATAGTGAAGTTACAAGTTTTGATAACAAGACAGGGTCTAATAACTTCTATCTAACAACTTGGAATAACTGTGCTATGATTCAAACAGGACATTCAAATGGAGCAGCAACACCAGATGAACAAAAACTACTTGCAAATACGTTATTTTATCTAGCTCAACTAACAAGCGACACTTCTTGTGATGATCACAAAGGACAAGATTTAACAGCACCAGATAAAGTAATTATTAGTGGAGCATCAAATGATGATAAAAACTTAAATATAACTTATTCTAAGCCTAATGATAATGGAACAAAATATGATTATTACGTAAAAGCTACAAATGGAGATGTAGCTAATGATATAACTTCCAATACAGTTTCAGTTATAAATACTTCAGGAATTGCTGGATACTCATATGTTGTAGATAATGTAGAAAATACAGAACCAGGTAAGGATATTATTACTAAAGATTTATCTATATCAGCACCATTATCAGGATTAGATTTATTTAAACCTATTTATGTTCATATTAGAGCTATAGATAATGCTGGAAATGCTTCAGAAACTACTCATTATGAATATAAGTATATAACTAGTTTAAATTTAGATAAGTCATCATTGAATTTAAATACTGGAGATACACAAAGCTTAATAGCCACAACAACACCAGCAGGAATGGAAGTAGCATGGACATCAAGTGATCCTTCCATAGCCACAGTAGATTCAAATGGAAATGTAACTGGAGTAAAAGAAGGACAAGCAACGATAACTGCTAAAACAGTACAAGGTAATTTAAGCGCAACATGCATAGTAACTGTAATAGAAAAATCGGTACAATTAGTGAATACTGCATATGCAAAAGGAGATAACACTAATATTTCAAGTGGTGGGACTGAAATAATATTCAACGGGTTAGCAGAAACCACATTGAGTGTTGTAAAAATATCAGATGCAAAGACAGCATGTGTAGGTGATACATTTATGTATACTATAGTAGTTACTAATACAGGTTCAAAAACTGCCCAAAAAGTAGTGATTAAAGATAGTGCGCCTAAACATATTAAGTTTATAACTAGTGGAATAATAACTACTCAAGGTGAAGTAGATCCAAGTTCAACTTGGTCAAATATTGTAGTTAATGTTGGAGATATTTTACCTTCAGGTACAGTTAAAATTACAATACCAGTAACTGTAATTATTTAATACAGGTCTTTTTAGACACTTGCAGAAATGTAAGTGTCTATTATTCTTTACAAAAAATTTGAAAAAAGGTAGGTATTATATGGATGAAATGATTAGAGCTGCATTAAGTCAAGGATTAGGGTATGGAATGTTTGCATGTTTATTAGTATATGTACTTAGGACAACAGGAATAAGAGAAGCAAATTATCAAAATTTATTGGATAAAATGACAGATAAATTCAATATTGTTGAGGATATCAAGGAAGATGTAAAAGAAATTAAAAGAGAGATAGAAAGGAAGTAATGTAAAAATGATAAAAATGATTTTAAAATTATTAGTTGAAGTATTAGGTAAAAAATTAATAAAAGCTGGCTTAGAAGAAGAGTTATTAAGAAATCAGAAGTATATTACTGCAGCTAAAATGATATGGAATGTTGTTGAGGAAAACTTTAGGATTACTGAAACTATTGAAGAGAAGATTTTAAGTAAAGCTGATGCATTTGATCAAAAACTACTTGCTAAATTTCCAGAGTTAACTCAAAATGATGTCACAGAATTAAGACAAGCAGTTGCAGGAGAGATAAATGAAGGTAAAGAGGTAGTATTAAATCAAGTAGATGCACTTAAACAACTGCAGGACAATAATACTAAATTAGCAGCTGAAAATGAAAGTTTAAAAGATCAATTAAGCAAGGTTCAGGCACTAGTTGCAGCAAATTAATAAAAAAAACAAAATAAATACCAGGAATATTAAGTGATAAAAATAGGATGAAAAGTTAGAAATAAAGCCATTCTTATTTTTATCACTTTTAAATTTTAAGAAAGAAGTGATGGAAATGATAATTGGATTAAGAGCAGGACATAGCGATAATTGCACAGGAGCTATAGGAATTGTTGATGAGCATATGCAAATGAAAAAGTATTATGAAGCAGTTAAAGCAGTATTCGAGAAATATGGACATACAGTAATAGATTGTAATTCAAATGCAGGTACTCAAAATGGAGAATTAAGTGAAGGTGCTGAGAAATGTAATTCAGCTAATTGTGATTTATTTATTTCATTACATATGAATTGCTATAATGGATCAGCACATGGAACAGAAGTATTAGTTTCAAGTGATGCAAGTACAGCATATCCATATGCGCAAAGATTAGTCAATAATTTTGCTGAATTAGGTTTTTATAATCGTGGAGTCAAATTTGAAAAGCTTTATGAAATGAATCATATCAGATGTGGAAATTTGATTTCTGAGATTTGCTTTTGTGATTCGAAGGATGATATAGATATTTATAATAAATATTCCTGGGATGATCTTGCACATGTTTTGTGTAATGCAATAGATTCTGAAATTCCAAAATATTTTGATGAAAAAATTAATGCATCAACTAAAAAAGGATATATAGTTACAACTTATTTACCAAATGGTAATAATGGAGATGGAAGCTTTCAAGGGGTGGATCTTAATTATGTATTAAATTATTTTCAGGGCATAAAGTGTTATGCCAGAGGAAATGAAAAAGGAGTTTGGATAGAGAGCCAATATTTAGATATGGATAAATGCTTAGAATTAAAAGAAACACTAGGAAGTTGGTTTTATGCTATAAACTAGCTAGAACTATTACTATATTTATTATAAATACTTAAAAAGAAAAGCAATTGTGTGGATTAGTTGAATTCTAATAACAATTGCTTTTTAACGGCTTTATAAATATTTTTCAACTAATTCTTTTAGAAGTGTGCCATGTCCATATTCATCTTCAGCAGCAGCTTTTACAGCTTGGGCAGCTTCCTCAAAACCTAATTTATGTATTTCATTAGATAATTCCTTTATTTGTTCGCTGGCAGAAATTTCACCATTAGCCATTGAACTTAATGTTTCTGATAAATTTTCATTTGTGTGACCATTTAATGCAGCGTACAGACCTCCATGTCGTGCTTCATCAGCAGCAATTTTCATTAATGACTCTGATAATTCCAATAATCCTTTTTCTTTAGCAACTATAGCAAAAGCATGATAAGCAGCTGCAGCCATTGCTTCACCTTTCCACATTTCATCAATTTTTTTTTCTAAATCAGTACCCTTAGTCAATCCAATTAAACTCATAAGTCAACCTCCTAATAATATTCGATAAGTGATAATGTAAAATCAAATTTGATTAAATTTAATTTGATACAATTAAAGTAACATATTAAAATAAAAATGTCAACATATTATAAAGTACTCTTTTATAACAAATCACATACAGAAATGATGATAAGTTTGTCAAAATTGTTTTTAATTTTACAATATAGTTTTTTTTATTGCAATTTATTGACAAAAAACTTAAATAATATAAAATTAGTATATAAACTTTAAAGGAGGATAAATAATGCTAAAAATGATTAAAAGTAAGAACAATGGAAATTATTCCATGAAAAGTAAAAAAACCATTGCGAATATATGGTTTATTACAATTATTGTTTTAACTATGATGAGTATGGCTCTATTATCAGGATGCAGTGATGATAAGAAATCAGATAATTCTAAAGAAACTGCAAATACATCAAGTGAAAGTGCTGATACAAATGTTAAACAAGATGATAAAAAAGAAGAGCCTAAGAAAGAAGAAACTAAAAAAGAAGATACTAAAATAACATATGAAAATTTCATGAATATAAAAATGGGACAATCGTATGATGAGGTAAAAGCCTTGCTTGGAGATGGTAAAGAATCATCATCAAGTGATGATGGTGGAATAAGAACAATAATGTATCAATGGCAAGGTTCTGGAATAGGAAATATAAGTATAACATTTCAAAATGGTGCTGCGACAATAAAGGCTCAAGCATTTTTAAAAGATTATGATGCTAAAATAACAATGGATAAATATAATCAAATACAAAATGGTATGACTTACGAGCAAGTTAAAGGAATTTTGGGGGATGGAGAATTATCTACAGAAACTAAAATAATGGATTCAGATGCTAAATTATATTCATATATTAATAAAGATGGTTCAATTGCTACATTTAACTTTAGTGATGATAAGTTAGATACAAAATCACAATATGAGTTAAAATAAATTAAAAGATTATCAGAATATAAGAAATATTAAATTTAGTGCTAAACATGTAATAAAACCAAGATAAATAAAATGAACCCTATAGGATGGACAACATAAAAAATCTATCTTATAGGGTATTTTTATATAAATTATATAACAAGGATAATAGTTAATGTTCCGGATTCATTAACTATTTTTTTGATAAAAATTAGCAATGAACAGCTAAGTTTTCAAAGTAATCCTCATGAAAATATTTTGTATCGAGTCTAAAAAAATCAGCCAATATAATAGAGTTTTTTCTAGAAGGAAACAACTCGCCACGCTCATATTTAGAAATACTTGATTTATTAATACCAGTAAGAAGTGATAATTCTTTTTGAGTTAAATTATTTAACTTCCTAAACCTAATCAAATTTTCAGCAATTGAATTCGTTGGCAGCTCGTTAAATTCATCTTTTAAATCAACTCTTAAAATGCACTTATCTAAAATCGCTTTTTCATGTACCGAGCATTTAAGGGAGGTACTGGCGACTATGTAGCACTTTTTGAACCAACAGCTTCTGCTCTTGTAAAGGAAGGCACAGGAGCAATACTAGCATCAGTTGGTGAAGAATCTGGGGAGATTCCTTACACTTGTTTCTTTTCTACAAAATCTTATATGACAAAAAATCCAAAGGTAATTGAAGGTTTTACAAAGGCTATTTATAAAGGTCAAGAGTGGTTCTTTGCTCATAGCACAGAAGAAGTAGCTGACGGTATAATTAAATATTTTCCAGGAACTGATAAAGCTACTATTATGACTGTCATTGATAATTACAAGAAGATAGATGCTATAGCACATACACCACAAATCAAAGAAGAAAATTTAAATAGACTTATGGATATAATATCGGATTATGATAAGAGTTTACTTCCTGCCAGACCAGAATTCTCCAAGATAGTTGATAACTCTTATGCTGAAAAAGCAGTTAAATAGAAATCACATAAAGACTAAAAGGTGGTGATTTTATATGAATTTGCTAAGAGTTACAGATATATCTATGAATTATCATTCTCTTAAAGGAGAAACTCAAGCCCTTAAGAATATTAATTTTGAAGTAAATAATGGAGAATTTATTTCTATACTAGGACCATCAGGATGTGGAAAATCGACTTTGCTCAATATAATGAGTGGTTTATTAGAGCCTTCTCAAGGGGATGTTTTATATAAAGGAGAGTCTATAAAGAAGAACTTAGATAAAATAGGGTATATGTTTCAAAAGGATCATCTTTTTGAATGGAATACAGTTTGGGAAAATGTAATTCTTGGGTTAAAAATAAAGAAACAGTTAACAAATGAAGCTAAGAATAGAGTAAATGAATTACTAGATGCCTATGGTTTAGTAAGATTTAAAAATCACTATCCAAGTGAGTTATCTGGAGGAATGCGTCAAAGGGTTGCACTCATAAGAACTTTAGCTTTGAATCCTGAAATATTATTTTTAGATGAACCATTTTCAGCTTTGGATTATCAATCTAGACTTTTGGTATGTGATGATGTATATAAGATAATAAAATCTGAAAAAAAGACAGCGATTATGGTAACCCATGACATAGCTGAAGCTATATCCTTATCAGAAAAGGTAATAGTATTATCCCAAAGACCATCAAAAGTAAAAGTTGAAGTTCCAATTTATTTTAACAATGCTGATTTAACTCCATTTCAAAAGAGGAGAGAGCCAAAATTTACAGATTATTTTAATAGGCTATGGAAGGAGTTGAATCATACAAGTGTTTAAGAAGAATAATATAAACAAGATTTCTAAGGAACATGAAGTCTATTTGGAAAAAGTGCGAAAAACCAAGAAAGAAATAACTTTTATCAGAGTTATGATTTTATTTGTTTTTATTGCTTTATGGCAAATAGCAGCTGACTTTAAATGGATTGATCCTTTTTTGACTTCCAGTCCAAGTAGAGTAGTCAATTCTTTTATTGGATTATATAAGGATGGAAGTTTATTTAAGCATATAGGTGTTACCTGCTATGAAACTATTTTAGGTTTTTCTTTGGGAACAATTTTAGGAGTGCTTGCAGCCATAGTATTATGGTGGTCTCCTAAGTTGTCAAAAATATTAGATCCTTATTTAGTTGTTTTAAATGCACTTCCTAAAGTTGCTCTAGCTCCAATTATTATTTTCTGGATTGGAAATGGTATGCCAGCTATAATAGTTATTGCACTTTTGATATCTGTAATAACAACAATTATAAGTGTATTGACAGGCTTTAGTGAAATTGATAAAGAAAAAATTATGCTCATGAATACATTTAGAGCTTCTAAGATACAAATATTACGGTATTTGATATTTCCATATTCCATTCCGATTTTTATAGCAGCTTTAAAAATAAATGTCGGCTTATCTTGGGTTGGTGTAATAATGGGAGAATTTTTAGTTGCTAGAAATGGTTTGGGCTTTTTGATAGTATATGGAGGACAAGTTGCCCAGTTAGATATGGTTATGATGAGTATAGTTATTCTTTCTGTAATTGCTTTTATCATGTATGAGGTTGTTGCAATAATAGAAAATAAACTTGCTAAAGATAGAAGCTAGATGTATTTGCAATAGAATTCTATATCTATAAATTGACAACTAAACCTCAAAAAATATATAGATAAAATTCTATATTAACTAGACTTATAAGTAATTTATTTTACACAAGTCTAGTTTTTTCTTTTTGAAGGCTTTATTTTTTAAGGAAAAATGGGTAATATATGTATTGGAATAATAAAAATACTTATAATATAAGTAGATTTTGTAGTTAAGATAAAATTTTCGTAAAACAAAGGAGGAAAATATGAAAAAACTAAAGGAATATGGAATTATAACAATAGGTGTAGCACTTGTAGTAGTAGCATTTGAGTTCTTTTTCTTTCCTAATAAAATAGCCTCTGGTGGAGTGTCTGGACTAGCACTAGTAATAAATAATATTTTAGGATTTGATACAGGACTTGTTATGATAGTATGTAATGTTATATTGTTTATATTGGCATTTACCCTCATTGGAGGTAATTTTGGAATAAAGAGCATGTATGCAGCTTTTGCATTATCTTTTGCATTAGCAATATTAGAAAAGGTTTATACACCGATAGCTTTTACAAATAATTTAATGCTAGCTTCAATATTTGGAAGCGTACTTTTAGCATTAGGTACAGCAATTATGCTTACTCAAGATGCAACAACTGGCGGAACAAGTATTATAGCAAAAATTTTAAATAAATACTTGAATATAGATTTTGGGAAAAGTCTTTTAATATCCGACTCTGTTGTAGTTTTACTTGCTATGTACACTTTTGGAACTGAACTAGCATTGTTTGGTTTATTAAGCATATATCTAACAGGAAATCTAATTGATAAATTTATAGATGGACTTAATGTATCAAAGCAAGTAATGGTATTTACAGAACATGAAAAACTTATTTCTGATTTTATAATTAACGATATAGACAAAGGGTGTACTGTATTTTATGGAAAAGGTGGTTATACTGGGAATGAAAATTGTGTTATATTGACTATTTTAAAAAGAGGTCAATTTATTAAATTAAAACAATTTATGAGTATTAACGATCCAGAAGCCTTTATTACAGTCAATGAAACCAGTGAAGTTTTAGGAAAAGGGTTCAAAAGTTTAGATAATTAATAAGTAATAAATTAAAACATCTAAAAGAAGAATACTATAAAATAGGGTTAGCAATATTTACTTGTTGAATATCAGAATAAAAGCAAATTATAATTAAATATAGTTATATTAAACTTTTTAACAAAGGATTATTACAGCAAATAATAAGAAGTGCGGGAGACGTGTAAAGATGGCTTATGACGATGAATTGCTTATAACTTATGGATTAGGATATGCTTTTGAGAAAAGTAAATTGTTAATTGTTTCAGAGATTGAAGAAAAAACTGTATTAAAAAAAGAAATAGATATTATTGAAGAGATAAATATTATTAATAAATTTAAAGAAAATTTGAATAAAAAATGTACTTTGAATTCTTCTAAAAATTATATTAGAGATATTGAAGACGCTTTGGAAGAGAAATTATCGAAGATTATACCAATAATTATTTCAATTAAAGGAAAAGATCAAAAAAGACAAGATTATCTTATGGAAGAGTACATAAAAAGTGATTTGATTCAATTAAGATTGAAAAAAGAAGGATATATACAGAAAGATTCAACTTTAGTAAAAAAATATATAGATAATTGTTCAGGAGAGTTAGAAAATAATAGCGAGAATGCAAGTGAAAAAATATTATCATACAATAAGATTATTCTAAAAATTATTTTAACTACTAACTTTGGAAGTGAATTTTATAAATTTTTAAGTGAACGTGGACAAGTAGTGATTTTAAATAATGAAGAGAAGTTAATAGGGGAAGAATTAGAATATGAAAATATAAATAATTATTTAATCAAGAATGAATATAAAAATCTTGATTTTTTAAACCTGTTATTATTTCTAGAAACTTGGCAGAAAAAATATTTTGAATGGGATGGAAATTATACAAGCTTAATGTTTTCAATAAATAGGAACGGGAAAAGATATCATGGTCCTAAGTCTGAAATAAAAGACTATGTAATAGCTTTTTTGAAAGAAAAGCGATATCTATATTTTCCTTTTGGAAGATATGATATAAATAATATGTTTATTACATTGAATGATGAAAGATATTGCAATAGTAAAGAAAGTGAGAGTAGTAAAAGAAATTGCGTAGTTTTAGAAAAAAAAGAATCTAAGCTGTATCAAATCACTGTTTCTGATTTTAAGCGAATTGATTTAGAAAAAGATATGGAGTTAGGATATTTGCTATCATATAAAAATGATGAGGTATATATATCTTTAGTAATGTATGATAAAAAAAATGGACAAGTATTAAATATAAGTGATTTTGAAAATTTTAGAGAGGAAATGATTTGCGCGTTAGAAAAACATTTCATAGTAGAAGGGTGAAATTTCAATAGACAATTGCCAATCATCAATGCTCAATCATTTCATGAACATTGATAATTGGCAATTATTAATTACTATCTTTTTTTCTTTTTCTTCTTTACTGAATATCCAAAAGTACCCAAAGGTTTTGCATTTAAACCATAATATTCTCCATGGCTATAGCAGATAAGATTTGCTCTATTAAAGCATATCTTACCATTTGGATCTAGTAAATCTTCATCTACTTTAATGTTTAATACTTCAAATAAGAATAAATCATGAGTCCCTAAAGGGGTAATTGATTTTAATTTACATTCTAAAGCTATTGGAGATTTTTGTAGTGAAGGTGTAGAAATGGAATCTCCTTTATTAAGCTGTAGACCAAAATGTTTGATTTTATCTTCTTTTTTACCAGAACGCACACCACAGTAATCAACTATTTTAACCATTTCTCTGGTTGGTAAATTAATAACACATTCGCCACTTTCTTTGATATATTCATGTGATAATCTTTCAGGCCTTATTCCCATAGCAATAATAGGTTCTTTAGTACAGACTGTGCTAACCCATCCTACTGTAAATACATTAACTTTATCAGCATTGTTTTTAGAGGTAACTAATACTACAGGGGTAGGATTAAGCATTACACTTCCTTTAAAATTGATTTTATTCATATGTAATTACTCCTTCAAAAAAGGCATCCTCAAAATAGCTAGGAGCTTAAATATCAACCTATATATTAAGAGATGCCTAAATAAATTCTATAAATAATTTTAATATCTTCTTCTACGTGATCTATTTGAATAACTTCTTTTTCTACGTTTTGCATTTGAAGCCATAGCTTTAATAAGAAGAATTAAGGTAATAATAATAATTAATACTACTAGTGATGCAATATATATTATAAGGTTATCCTTAAGTATTGCACTAAGTGTAATATCGACTGAGCCAGTAACTTCTTCAGAATAGTGTCTTGTACTATAAGTTAACTTTATGTTTTTATTAGAAAGTAAACTCCATGCACTAGAATTAGTTCCATCAAAAGTTATTTTAGATTCAGCATCATTAATTGCATTTTTATAGTAATTTACATCTTGAGTTAATTTAACAGGTACAGAAATAGTTTTTGTAGGTCCAAATAAAATAAATGGTTTATAACTTACATCAGCTGTTCCAACATCATCACCTTTAGTTTTATAAACTGATTTAGTAGCTGCGTAGCTATAATTCATTATAGCATCCATATCATTAAATTTTGTCATATCAGCATTGTCAATTTGTCTACTCTTTAATACAACACCTACGATTTTTCTGCCATCTCTTTCATAAACTGTAGCTAAACATCCGCCAGCGGGAACAGTAGTACCAGTTTTTCCGGCAAGATTACCATTTTTTCCAAGAGTTAGATTTCTGTTTTCTAAAATAATTTTAGAATTTTTTAAAGTAATAGGAGCTTTATCAAGTTCCATTGTACTTTTTACCCAGTCATTTTCAAAGGCTGCCTTTAATATTAATGATAAGTCATAAGCAGTTGTATAGTGATTATCATTGTGTAAGCCATTAGGTGTAATAAAATTACTGTTATTAGCTCCAAGATCCTTTGCCTTTTTATTCATCATATCAGCAAAAGCAGTAGAATCACCTGCAACATTATCTGCAATTACATAAGCTGTGTCATTACCTGAAAACAGTAATAGCCCTTTCATGATATCATCAGCAGTTACTGTATCACCAGGTTGCATGGTGTTGTGCATATAATTAAGATTTAAAGAATATTCAGGCTGCTTTTTTGCCGATTCAGTATATTCAAGCTGATCAGTAGGTTTTTTATTTTCAGATAGTAATAAAGCTGTTAAAAGTTTTGTAGTACTAGCTGGATATCTTTTACTGTCAGCATCTTTACAATAAATTATTTCACCTGTGTCATAGTCAAAGGTTAAAGCTGCTTCTCCTTTTATTTCAGGTAAGCCATCTGCGTTAGTTTCAGTTTTTGCTTCTGAAGTAGTATTAGTTGAAGCCTCGGTTTTTGCTTTTGGGGCAGTTTTTGAGGTGGCTTCAGTTTTCTGTTTTGAATTGTTGTTCACAGCATAACTTGCTATAGCAAAGGGACTAAACAAAGAAAGTGAAACAGTCAATATAAGTGTTTTTAAAATTAAATTTTTTTTCAAGTATAATCTCTCCAATTCCATTTAGGCACAATTAAAGATAATCTCTTTAAACATGCCATTGTTTATTAAAACATTTTTAGTATAACATTTATGTAATGTTATAACAATGAAAGTAACACTAAATATTAAGTGTAAAATTTAACTATATAGTATAAAATTTGATTTATTTTAATTTTTCTATAATGGATTTTTTTGCCATAATCTCAAATTCGTCATTCAAGGAATCTAATTGTATATCTTGACCATACTTATTTTTTAAAGCTAACATTAATAGCCTGTCAGCAAATTCTGGATTTTTAGATAAGAAAGAGCCGTGAAAATATGATCCAAAAGTGTTTTTATAGATGCAGCCTTCCTGTCCATCTTCTCCATTATTACCATAACCATGGATGCATTTCCCAAGTGGTGTATGGTTATTTATATAAGTCCGCCCTGAATGATTTTCAAAACCTACATAGGTTTCATTGAAGTTTTCATTATATATTTCAGTATTTCCAATGAATCTAGTATCTCCACCTTCAGTATAAAGATCTAAAATTCCAAGTCCATCTATCTTTTCACCATTTGGAGCCGTGTAGTATTTACCTAATAATTGATATCCACCGCAGATAGCAAGAAGAACCTTTCCTTCTTCAATATAATCTATCATAGCTTCCTTTTTTACTTCATTTAAATCTTTTGATACGATAGATTGTTCATAATCTTGGCCTCCACCAAAGAAAATAATATCTACAGTTTCTTTATCAATATTTTCACCTAGCGAGGAGTTTATTATATTCACATCAATTCCTCTAAGAGCCGCTCTATGCTTTAAAATGAGTACATTACCCAAATCACCATATACGTTCAATAAATCAGGATATAAATGACAAATAGTCAATTCCATATTTTTAACCTCCGTAGTTTACCATAACTTATTAATATAACCTTTTGAATGAAGGTATTTTCTATAATTAATCATCGCAGTATAAGTTGCAAGAATATATATTTTTTTAGAAGCCGATTCTTTTATTTTTTCAGTTAGTTCTTCATAATCTTCCTTTAAAATAAACTTATCAACATTTAAACCTGCAACTTTTAGTCTTACAGCCATGTCGTACATTCTAAGGCCAGAAACAAAAATATCTTCTAGTTTTAATGTGGAAATTTTTTCGAAGTCCACATCCCATATCCAAGATACATCTCGTCCATCAGCATAATTATCATTTAGCATAAATACTGCAGAAAATTCACTTTGATTAAGTGCAAGTGTATCCAATGCCTGATTATATCCAGCAGGATTTTTTACTAATATAATTTGAATATCTTTATTGTCAATTTTTATTTGTTCTTGTCTTCCAAAACTTGAGCTTTGTTTTTGAAGAGAATTTTTAATTATTGAATCATCAATACCAAGCTCTTTAGAAATTGAATAAGCACATAAGGCATTATAAATATTATAAGCTCCTGATTGACTTATAAAAATTTCTGTATCATTTATTAAGACTGATGAATTCTCAGTAGTTAAATCAAAAATTTTATTTACAGCATAGCTAAGTTCAGGACGCTTATATCCACATTCAGGACAATAAAAATCGCCTAGATGGTTATATGTAACTAAATTATAGGAATAGGGTGTTTTGCAAAATTTGCAAAATTTAGCATCCGCATTAATATCTAAAGAAGTATCTTCTTTAATTGGAGTATTAAATCCATAATATACAGATGGATTTTTAACATCTAATTTGCCAAGCAAAGATTCATCACCGTTTAAAACAAGCTTAGTTTCTGGAATATTAGTTATACCTTCTAAAATTTTAACTAGAGTTGTGTACACTTCACCATATCTATCTAATTGATCTCTAAATAAATTGGTTACAGTTATTATTTCAGGAGTTAAATGCTTTGTAATAAACTTTACATTGGCTTCATCAACTTCTATTATAGCGTAAGGATTACTTTTCTTTTTAAAAAATGAATAATTTGAAACAAAACATGCTACAATACCAGGATATAAGTTAGCACCAGTATTATTAGTAATAACATTAAAGTTGTTTTCCTTTAAGATATTATAAATCATACTAGTAGTTGTTGTTTTACCATTTGTTCCAGTTACCAAAATAACCTTATATCCTTTACTAACAGTCTTCAAAATCGATTTATCAATTTTTAATGCAATTTTTCCAGGAAAGTTACTTCCACCTTTTACAATATGCTTTGCAGCAAAAGCAGTAATTTTAGATAATAATATGCTTAAAATAGATTTAATATTTATCGTACTCACCGTCCAATTCTAGTCATATAGTAAAAATGATTAACATAATATGAAAAAGTTAATCATTTTTATATCATTAAACAATAAAATAATCACAATAAGTATAGCACAAAATTTGATAACTACGAGAGTTTTTTTAAAATTCAATAAATAATACTTGGATATAATTGGAATTTATCCAGGAAATTATAACAATTGGCTTACAGTTAGGTCTAGACAATTGTTTTATTAGTAATTATGCCATATAATTAAGGTAATAAAGAATTTTACGAGGTGTTATTATGATCAAGGTAACAGTTAACATAAATGGCATGAATTATATTTTAACAGGGGAAAAAGATGAAAAATATTTGCTAGGGGTAGCAAATTATGTTGATACAAGAATTAAAGAAATAATTTCTAAAAAGGCTGGCTTTAGTTCGACAGCAGCAGCAGTCTTGGCTGCTGTAAATATTGCAGATGAGCTTTATGATTGTGATTTAGAATTAGATAATTCAGTAAAAGTTAAAGAAAATTTAGAAGCAGAAATTAAAGAAATTAAGCAAGAACTTGAACAAGTAAGGCTCAATATAGAGACAATTGATAAAGAAAAGTCGAGTATTCAAAGTGAGTTTGACAAGAAAGAGCAAGAATTAAACACTAGATATAAAGACCAAGAGGCAACTTATAAGTCATTAAAGGATATAATAGATAATTTAAAAGTAGAAAATGACAAACTTAAAAATCAAAATAAATTGGTAAATGAGGAATTAAAAAAGAACAGAAATATAAATGAAGCATTAAGTAAAGAACTTGCTGAAATCAAAGAAAAAAATAAGTTTATTTATAAAAAAGCAGATGATGCAAAGAATAAAGAACATAGATTAGAGAAACAACTACAGCAAGCAAATGAACAAGTGAGAAATTTAACAAATCAAATTGCCAATGTAAATGCTGAAAAAGAGAAAATCAATAAAGAGTTAATAGAAACAAGTGATAATAACTTACACTTAACTAAAGAAATAGAAAGATTCACTTCAATTAATAGTAATTTAGATAGTGAAGTTTTAGAATTAAAGAAAAGTAAGGAAACTCTTGAAGTTGATTATAACAATACTTATGAAGAGTTGAAAAAAGTTAAAGCAAATTTACAAGCAGAAATTGCTAGTAAGGAATTAGTAAATAAGGATTATGGTTTATGTAAAATAAACTTAGATAAACTAAATGGAGAGTATACTAAATGTATCAATGAATTAACTGAATGTAAGAAAAATTTAGATAATAAAATTAATGAATACACTATGTTAAAGAATAGGGCTAGGGAAGAACGAGAAATATTAAATAATAAGGTGGCAGAATTATTATTAAGTGAAGAAGAATTGAAGAATGATTTAAAAAGCGAAAAAGAAAATATTATTGAATTAAATAATAAAATAGAAATAAGTAAAATTGAAAATGATAAAATTAAAAAAGAATTAAATGATTTGATTGAAGAATCAGATAGGGAAATAAAAGAAGGTAAAAATAAAATAAATAATATTACAAAAGAAAATGAAGATTTAGTTAACCAAATTAATTTATTAAGTGAAGAAAAGGATGTATTGGCAACAGAAATTAATAAATTAAAAGTAGAGCAAGAAGACTTACATATTGAGATAAAAAACATGAGAGATGTTAATGATGGATTATCACAAGAAATAGAAAAAACTGACAAACAAAAACAAATTTTAGAGGAAGAACTTGAAGTTACAAGAAGCAATAATGAAAAATTAAAATATGAATTAAAAGTAACTCAAGAAGAAAGTGAAAAGCAGCTTAATACAAAAATTCAAGAAATAGAAGACTTGCGAAAAGTGATAGAGGCTGCAGAGCATGAATTAAGAAGAATTAAAGAAGAATTAGGAGGAAAGGAAAGATTAGTAGAGCGTTTAGAAAAAGAGCTTGAAGATAAAGAATGGATTTTCTTAAAATTAAAGAGAGAAATAGAAGCTAAGCAAAAGGAATTAGATAATAGTAAGAACAATATTGAAGAGTTACAAGAAAAAGTTTCAAATTTGGCTAGTGAAAAAGAAACGTTAGCTAATGAAAATGAAAAATTTACACAAGAGTCTAGAGGTTTTCAACATAGACTATTTGAATTACAATCTGAAATAATAAATAAAGATATAGAAATTGCTAAAATTAAAAAAATGCAAGTAGGACCTGTTGTTAACAAGAAAAGATAGTGCAAAGGAGAAATATGAACAAGATTGAATTATTAGCTCCAGCGGGAAGTATGGAGAGTTTAATTGCAGCCATTAACAATGGTGCTGATGCAATATATTTAGGGGGGAATAAGTTCTCTGCGAGAGCTTATGCCTCTAATTTTGATAATGAAACTATGCAAAAAGCAGTGGATTATGCGCATAGTTATAATGTTAAAGTGTATGTTACTATGAACACGCTTTTAAAACAAAATGAATTAAGGGAAGCTCTAAAATATGTAGGATACCTATATGAAATTGGAGTAGATGCATTAATAATTCAGGATGTAGGCTTAATTAGTTTAATTAGAGATGTGTATCCTGAATTTGAACTTCACGCGTCAACTCAAATGACAATTCACAATGCTGAAGGTGCCTTATATTTTATAGAAAAAGGCATGCAGAGAATTGTTTTATCTAGAGAATTAACTTTAGATGAAATTAAGTACATATCGAAGGATTTAAATATTGAAACTGAAATATTTGTGCATGGCGCTTTATGCGTATGTTATTCAGGTCAGTGCTTAATGAGTTCTATGATAGGTGGCAGAAGCGGAAATAGAGGAAGATGTGCTCAGCCATGTAGAATGCAATATACACTTCAAGGTGAAACTTTAGGAGAAAGAAAGGGCTATCTCTTAAGTCCTAAAGATACATGTTTAGTTGAAGATATAGATTCAATTATTAAAAGTGGTACTGCATCTTTAAAGGTTGAAGGAAGAATGAAAAAACCAGAATATGTAGCTGGTGTAACTAGAAATTATAGAAGAGCAATTGATAAGGTAATAGTAAATACAAAATTTGATTTACATAAAGGCAGAAATGAATTAGCTCAATTATTTAATAGAGAAGGATTTGCTAAAGCATATTTATATAAAAATGTAGGTAAGGATATGATGAGCTATAATTATCCTAAAAATACTGGAGTTTTTATAGGACAGGTTACAAATAGTGGAGAAGTAATATTGGAAGAAAATGTTGGATTAGGCGATGGAATTCGTTTTTTAGATGATGGGTTTACCTTAAGTAAAATCTTAAAAAATAATCAAGAAGTAAAAGAAGCTTTTATAGGCGATAAGGTTAAGTTGTTTCCGACTGGCGGCTACAAAAAAGGCTATAAATTATATAAAATGTCTGATAAAAGATTATATGATGAGTTAAAAGAAGATTTAAAGCCTTACAAGAAAAAAATAAATCTAGTAGGAGAAATTGAATTTAAGGTTAATGCACCACTTTGCATTAAAACAAAATTTAATAATAAGGAATACAAGGTTTATGGAGAGATAGTAGAACCCGCTGAAAATAAGCCTTTAACAAGAGAAAGAGTTGAGGAAGCTTTAAAGAAATCTGGAGATATTCCTTACAAGTTTGATAAAGTGTTCTTTGATGTTTTCGATGATGGATTTATAAGAATTGCTTCAATTAATAATTTAAGAAGAGATTTATTTGATAAAATCTTAAAAGAAGTTAGTGGATATAGGAGAAGAAGAAATGAAGAAGTTCCTAAAGCTAAGAATATAAAATCTGCTGAGGAATTAGGATATATTTATAGCTGCATTACAAAAGAGCAGTTGAGGGCGTTAGTAGAAGAAGAAACAGTTAAAAATATAGCCTTAAATGTATTTTTTAGTAGAAAAAATACAGCTTTGAATAAAGAAGATTTAAAGAATTTATATGAGCAAGGAATCGAAAATAAAAACATATATTTAAATGTACCTAATATAATCAAAGGTGAGTTTAATTATATTGTTAAGATAATTGATGAATTAACACCTTATATAAAAGGAATAATAACTTCTAATGCAGGAATAATTAAACTTTTTAAAGATAAACTATTTATAATAGGCGATTATAAACTAAATATATTCAATAAGGAAGCAGCTGAATTTTATGCTGAAGATGTAGATATTTCTTCTGTAAGCTTAGAATTAAATAGAAAAGAAATAAAAGAACTAATGAAAGATATTAATTGTAAGGTTGCTGTGAATATTTATGGGAAAACAGAGCTTATGGTTAGTGAATATTGCCCAATAGGCAGTACTTTTGGTAATAAATCTGCTAAAAAGGAATGCAGTAAATCATGTATGAAAGATACCTTTACATTAATAGATAGAATGAACGAAAGTTTTAGTGTTTTAGCAGATAATAGCTGTAGAAGTTATATTTTAAATTCATTAGCTACAAATTTAATTGAAGAAGTAGAAGAACTTAAATCTTTTAATATTTCAAGTTTTAGAGTAGATTTTAAGGATGAATGTTATGAAGAAGTTAAGGAAATTTTAAATCAAATTTCTAATAAGAAGAAAAATGAAAATGTAAAATATACAAAAGGCCACTATAGAAGAGGCGTTGAATAACAGTTTACAATTTACAGTGTACAGTTTGCAGTTGGGGAGTAAAATATTTTGAATAACTGTGAACTGTAAACTGACAACTGTAAACTGACATAAGGGTGTGTTGTAAATGAATGAAAGATCTCTAAGAGTATTAGAGTTTAATAAAATAAAAGAAAAAATAAAAAAATATGCAAGAACAAATGCTGGAAAAGACTTGGTAGACAAACTTGAACCGTATAATAATTTGTATGAAATAAATAATAAGTTAGAAGATACAAATGAAGCTTTGGAAATTTTGATTTCTAAAGGGAATCCACCTTTAGAAGGACTTGCTGATACTCATGAAGGAATTGAAAGAGCTAAAAAAGGTGGAACTTTAAGCCCAGAGCAATTATTAAGAATTGGTGGAATGCTTAGAGCTTCTAGAACTATGAAGGAATTCTTTAAGAGAGATGAAGTAGAAAGGTCATATCCAAGACTTGAAGATTTAGCATATATTTTAGTGCCAGTAAAAACGTTGGAAGAAGAGATTGAAAGAGCTATAGTTTCAGAAGATGAGATTAGTGATAAGGCAAGTCAAACTTTATACAACATAAGAAGAAGTCTTAAAGAAAAGAATTCTTCTGTGAGGGAGAAAATAAGCTCTATAGTAAAAAGTAATTCAAAATATTTGCAGGATGACTTATACACTATGAGAGGTGACAGGTATGTAATACCTGTAAAATCGGAATATAAAAGCCAAGTTCCCGGACTTGTTCATGATCAGAGTTCAACAGGGGCGACTTTTTTTATTGAACCTATGAGCTTAGTAAATTTGAATAATGAAATAAGAGAATTAGTTCTTAAAGAAAAAGCTGAAATTGAAAGAATACTTTCAGAACTTTCTTCAAAGGTCAAACTTAATGGGGAACAATGTTTAAGCAATTTAAAGGTATTAATTGAATTTGACTTCATATTTGCAAAAGCAAAATATGCATCGGCGTTAAATGCTATAAAGCCAATAGTTACTGAGGATGGAACTTTTAGCATCTTATCAGGAAGACATCCATTAATTGCTGGGGATAAAGTGGTACCATCGGATGTTTATCTAGGAAAAGAATTTACAACTTTAATGATAACAGGACCAAACACGGGTGGTAAAACTGTTACTATAAAGACTGTTGGATTACTTCATATAATGGGATTAAGTGGACTTTTAATTCCAGCTAGAGATAATTCATCAATAGCATTTTTTACAGAGGTTTTTGCTGATATAGGAGATGAACAAAGTATTGAGCAAAGTTTATCTACATTCTCATCTCATATGACTAATATAGTTGAAATTATGAAGCATGTTGATGATAAATCGTTAGTATTATTCGATGAACTTGGTGCTGGTACAGATCCAACTGAAGGGGCTGCATTAGCTGTATCAATATTGGAGACCTTGAAAAATAGAGGGGCAAAACTGATAGCAACTACTCACTATAGCGAACTTAAGGCATATGCAATAAAAACTGAAGGTGTAGAAAATGCTTCAGTGGAATTTGATATAGAAACCTTAAGACCAACCTATAGACTTTTAATTGGAGTGCCTGGAAAGTCTAATGCTTTTGAAATATCCAAGAGATTAGGTCTTGTTGAAGGTGTAATAAAAAGAGCAAAAGAATATATTTCAGAAGAAAATCTTCAATTTGAAAATTTGATTAGAGAACTTCAGGAAAAAAGTATTGTTGCTAAACAAGAAGCAAGAGAAGCAAAGATAATTAAAAAAGAAGCAGAAGAACTTAAGAAAAAGTATGAGGAAAAGCTTGAAAAACTTGATAATACAAGAGAAAAAGCTTATATGGATGCAAGACGTGAAGCAAAAGAAATAATTTCAGAAGCTAAAGATGAAGCTGATGAAATTTTAAAAGCCATGAGAGAGCTTGAAAAGCTTGGAATATCAGGTGGTGGAAGACATAGACTTGAAGAAGAACGTAAAAAACTTAAGGCGAATTTAGAAGAAAGAGAAAAAGGCATTCACAATACAAAGGAAAATGAAGGTGAAGCTATAACTAAGGTTACTTTGGGAATGGAAGCTTTGCTGCCATCATTAAATCAAAAAGTAATTATTATTTCTATGCCAGATAATAAGGGTGAAGTTCAAGTTGAAGCTGGAATTATGAAAATTAATGTTAAACTTAGTGATTTAAGAAAAACAAAAGCTACTAAAGAAGAAAAAGTCAGAAGGAAAAGAGAAGTAAAATTAAATTTAAGTAGTGTTGAGTCAAGAGTAGATTTAAGAGGACTAGATGCAGAAGAAGCTTGTTATAAGGCAGATAAATATTTAGACGATGCCTACATGGCTAATTTAGGAGAAGTAACAATAGTTCATGGTAAAGGTACAGGAATTTTGAGAAAAGCCATAAATGATATGCTAAAAAGACATCCTCATGTGAAAGCTTATAGACTTGGTGCATATGGTGAAGGCGGAGATGGAGTAACAATGGTAGAGCTAAAAGCCTAATCCAATTAACAGTTAATAGTATGCAATTAGAAACATAAACGTTTATGTGAAATTTTGTTTTTAACTGCAAACTGTAAACTGTAAACTGTAAACTGAATTAGAGGTGGTTTTATGTATATAATAAGTGCATGCTTATGCGGTGTGAATTGTAGATATAATGGAAAAAGTGGATCAAATGAAAGATGCTTAAAGTTATTTAGAGAAGGTAAAGCTGTTCTAGTATGCCCAGAGCAGTTAGGTGGATTACCTACGCCTAGAAATCCTGTTGAATTAGATAATACAGCAAGTCAAATAATAGAAGGCAACGGAAAAGCTATTAGTAATAAGGGTGAAGATGTAACTGAAAAGTTTCTAAATGGAGCATATGAAACCTTAAAAATAGCAAAAGAACTTGGAGCTACTAAGGCTATATTGAAGGAAGGAAGTCCTTCTTGTGGAGCTAATTTTGTACATGATGGTACATTTACTGGAAATAGAATTAATGGCAAAGGTATAACTGCTAAAATACTTGAAAATGAAGGTATAACAGTATTTTCAGACGAAGATTTAGAGATTAATAATAGTAAATTGGTATATCTTAATGAATTTGATAGAGAAAAGGCTAAGAAAAGACGTCTTTTTGAATTAGAGGAAGAAGATGATGAGGAGGAAGAATATTTTGATTTAACTGAAAACCTAACAGATATGTCAGAATTACCTCCAAAGGTTGAAGAAAATGTGAAGAAGCTTATGATTTCATTGGCCCGTGATTTAATGGGCTTTGAAGAACTGGATGAAATTGCTGAAGCAACAGGATTGAGTATCGAAGAAGTAGAAGAAATACTTAATGAAGAAGAATAATACAATAGACTTAGAATAGTATTTGCATAATAAAAGAGAAATATAAAAGTGAAAGCTTGTAAATTATAATGAGTTAATAATCTACAAGCTTTCATTTTGTTTGAAGAATAACTAACTAATCATCGTCATCATCATCATTAACGTCAATAGTTTCTGGAGATATTGACGACCTTGAAATATTTGAATTATTAGTTTCAAGCATGTCTTCAGTGTCAGAAGCAGGTGATTTTGAAGAAGAAATATCAATTAAGAGTTCTTCACTATTATTCCCAGTATTTGCATTATTACGGTTCTTTTCATTGTGCATATAATCACTCCTTAGATAATTTCTAGAAATATTAAAGCAGTTAAGTAATTAATTATTAGTATTTGAAGTTAAAGCCATATTAATGCATGGAATATAAGGTTAATTTTCAAATAAGCATTCTCCATTTGATTTAATTACATTTTTATACCAGTAAAATGATTTTTTAGGTATACGCTTGAAAGTTCCATTTCCATAATCATCACAATCAACATAAATAAAACCATAGCGCTTAGACATTTGTTTAGTTGATTCTGAGACAATATCTATGCATCCCCAAGAGGTATAACCTAAACATTCAACCCCATCATATTCAATGGCATCTAGCATGCTTTTAAAGTGAGAATTAAAATAATCAATACGGTATTGATCATCAATAGTTCCATCTGTGTTAACCTCGTCTCTGGCACCAAGTCCGTTTTCTACAATAAATAAAGGCTTACGGTAACGATCATATAAATCTACCATAGAGATCCTAAGTCCAATTGGGTCTATCTGCCATCCCCAGGCGCTAGATGGTAAATAAGGATTTTTTATTGCCGTAATTGTATTTCCAGCAGATATATCTAAACCTTCTGTTGATGCAGCTGTGCAAGAAGACATATAGTATGAAAATGAAACAAAATCTACAGGATAATTCCTCATAATTTCATCATCACCAGGTTCTTTTTTTATTATAATCCCATTATTTTTAAATCTCGCAAGCAGATATGAAGGGTATTCTCCAAATACTTGAGTATCACTATAGCAATAAGTAGCACGCATATCCTGTTGTGCCTTTAAAACATCTTCAGGTTTGCAGGTATATGGATAATAAGTTAATTTTGTAAGCATACAACCCACTTTTGCTTCTGGAATTATTTCATGACATATTTTTGTTGCTAATGCACTAGCTATAAATTGATGATGCATTGCTTGAAAGATTACCTGTTCCCAGTTCATTCCTGGAAACCTATCTTCAATTAATCCCCCAGTAGTATAAGGATGTCTTATCATTGAATCAATTTCATTAAAAGTTAGCCAATATTTAACTTTATCTTTATATCTCGTGCAAATAGTTGTTACATATTTTTCGAAAAACCCTACCAATTCTCTTGAATACCATCCATTATAGTTCAAAACTAAATTTATTGGTGGTTCATAATGGGACATAGTAACTAGTGGCTCTATTCCATACTTTAAACATTCATCAAAGACATTATCATAGAATTGAAGTCCTTCCTCATTTGGTTCTATATCGTCACCATTTGGGAAAATTCTAGACCAAGCAATGGACATTCGATATACTTTAAAGCCCATTTCTGCAAAAAGCTTAATATCTTCTTTATAGTGATGATAGAAATCTGAGCCATGGCGCTTAGGGTATAAAGATTCATCATCTGTTTTTAAAGCTTCTTCTATATCTTTACTTGTAACAGTATTATGTTTTTTGTAATTGGTTACATCAACATCTAAATGGTGACGTGCGCAATCTGAAACACTGATACCTTTTCCACCATCTTTCCAGCCACCTTCAACTTGATTGGCAGCAGTAGCACCACCCCATAAAAATCCTTCGGGAAATCTTCTTATCGTCATAGTTATGCCTCCGTTGTTTTAATATATTATTAGATTTTTTTATATTTTGCTTATTTGTTTAATGTAAAGTTTTACCTATGTATATATTAATTATATACAGTCTTTAGTTTCATAAGCAATAAATATTTCTATTAGGTTGTATAAATAGTTTATTAAATATATAATAATAAAATCTAAATAATAGATTTGACTAAAGCATTAAAAGGACGTGAGATGAGGAATGGATTCTAGAAAAATAAACATAATGATAGCATTATTGGTTGCAATGTTTTTAGGAGCAATTGAGGGAACTGTTGTTACAACAGCTATTCCAACAATCGTGAAGGAATTACAAGGGTTTGAAATTATTAGTTCAGTTTTCTCAGTATACTTATTAACTTCTGCAATTTCAACGCCTATATATGGAAAATTATCAGATTTATATGGAAGAAAGAATATACTTTCAATTGGAATAATAATATTTTTAATAGGTAGTTTTCTATGTGGATTATCACAAAATATGTATATGCTAATCATATGTCGTGCAATTCAAGGAATTGGTGCAGGGGCAATATTCACAGTAACCTATACAATTATTGGAGATGTGTTTACAATAGAAGAAAGGCCTAAAATTCAGGGGATAATAAGTGCTGTTTGGGGAATAGCGAGTCTTGCAGGTCCATTTATAGGTGGAATTCTAATAGACATACTATCTTGGCATTGGATATTCTTTATCAACATTCCCTTTGGAATAGTATCGGTGATATTAATTCAAAGAAATTTAAATGAATCTTTTGAAAAGAAAAAACACAAAATAGATTTTGCAGGAATAATAACTTTATCAGCTGCAATGCTTGTTTTTCTTAATATTTTTATGTCAACTGAAAACACAAATACTACTTCAAACAAATTTATAGTAATATCATTGGTAATAACAATAGTTTTATTAATGTTATTTTATAAAATAGAAGAAAAAGCAGAGGAACCAATTGTTCCTTTTGATATTTTTACAAAATCGAGTACAATTGTTAATTTAGTAAGCCTTTTAGATTCAACTATTTTAATAGGCGCTAATGTATATATGCCGATATATATACAAAATGTACTTGGATTTAGTCCTGAGATATCGGGATTAGCTCTTGCTCCAATGTCAGCATCATGGCTTATTGCTTCAGTATTTTTAGGAAAAATGATAATGAAGCATGGCGGGAAAGCTGTAATAGTAATGTCAAATATAATTCTATTTATTAGTACCGTTTTACTTATTACATTGGATATAAAATCTTCATTAGTAATAGTGTTAGTATATGTATTTATAATGGGCTTTGGATTTGGAGGTGCCTTCACTACGTTAACTATAATAGTACAAGAGTCTGTAGAGTTTAATCAAAGAGGAGTAGCAATGTCTACTAATTCACTACTTAGAACATTGGGGCAAACAATAGGCGTAAGTATTTTTGGAAGTATATTTAATTTATATATAGTTAAATACTTTGTTAAATTGGGAATAAATGGAGTAGAACCAAGTGATTTATATAAAGCTTCTTCAGGAAATGCTATTTTAACAAGTGAACAGATTAGTCTTTCTTTGAATAGTTCACTTCATGTACTTTTTATAATATTTGTAGTTATATGTATAGTAGCTTCAGCTTTATCAGTATTAATGCCTAAAATGATAGAAAGTTATGAAAAAAGGTAAATTTAATTTATTAGTAAATAATATAAAATGAAATCATAATAAATTACATAAAAGAAAAGCTTAACTAAAAAAATAGTTGAGCTTTTCTTTTTGATTAAAGTTGATATTAGTATTTGTAATTAAAATGACATCTGATTTTTAAAATTCATAGCAAAGATAACTTAAATTTCCTAATTGATAGTCCCTATAAATAATTTTAGGAGACAGATTAGGACTGCTACCTAAAGTTATAAATAATGGTACAAGATGGTCTTGAGTTGGAGCTGCTAAATTGGCGTGAGGTGCTGAATTTCTGTAATCATAAAGAGCTTTAAAATCGTTAGTTTCAATTTTATTAATTAACCAATCATCAAATTCTTGTGCCCATGGGTCAGTATCTGAACTATCCCAGTTTACAAGTCTTAAATTGTGTACAGTATTTCCACTGCCAATAATTAAAATATCTTCTTGACTAAGGTCTTTGAGAGCAGCACCAATTCTAATTTGCTCCTCAACAGATAACGTACAGTTTATTGAAACTTGGATAACAGGTATATCAGCATTAGGATAAAGGTGTTGCAAAACTGTCCAAGTACCGTGATCTAATCCTCTTGCTGAATCTAGTTTTGTTTGAATTCCGGAAGCTATTAACTTATTCTGAATAGTCAAGGCAAGTGAACTAGAACCTTTAGCAGGATATTTAATTTGATATAACTCTTTTGGAAATCCGTAAAAATCATACATAGTGTCATATATAGAATCAATGGAAGAAATAGTGATTTTTTCGGTAGTCCAATGAGAAGTAAAGACAACTATAGCTTTTGGATTAATAGAATGTCCAAGATTATTTAGAAACTTTGTATATACACTTTTTTCAATTGCCATCATAGGTGATCCATGAGCTAAGAATAAAGGTTTAATCATATAAACTCCTCCTTTTATTGTATGTTAATAAATAATTTTTTGAATCAATAATACTTATCAAAGGATAACTATTATTTGTATGATAACATAAAATATTTATAAATGTAATACCTTTAAAGTAAAAAAATAATAATATTAATAGAAAATATTTTTATAAAAAATTATATTATATGGTTGACAAAACAATTAATTTTAAATATAATTAATTTGACTCAATTAAATTTGTAAAAATTAAAAGGGGGAGTGAGTATGGATAAATATAATAGCATAAAATTAGAAAATCAATTATGTTTCCCAATTTACGCACTATCAAGGGAAATAATAAAATTATATAAACCGTTTCTTGATAAATTTAATCTTACCTATACGCAATATGTTACTATGCTTGTTATGTGGGAAGATGAAAAAATAACATTTAAGAATCTAGGGAAAAAGCTTCATTTAGACTCAGGAACACTTACTCCAGTTTTAAAAAAGTTAGAGTCTGCTAATTTAATAATAAAGTATAGAACAAAAGAAGATGATAGAGTTGTTGTAGTTGAACTGACTGAGGAAGGAAGAAAACTTAAAGATGATATACTTGAAGTTCCTCAAAATATGTTTTGTAAGTTACAAATGAGTGGAGCAGATGCATTAGAACTTAAAAATAGATTAAATGATGTTCTTAAAATATTTGATAATTAAATGATTTTAAGAACATTTAATTAAAATAAATGATTGAGTAAAATTTAATTTTGCAAAACTGTAGACTGATAAATTAAAATAGAAGAGAGGAATAAGGTATGAATTTTTATGATTTTGCTGCTAATAAGATGAATGGAAAAGAAATAAAGATGGAGGAGTACAAAGGGAAAGTTATTTTAATAGTAAATACAGCAAGTAAATGTGGCCTAACCCCACAATTAGAAGGACTTGAAAATCTATATAAAGAGTATAAAGATAAAAATTTTGAAATACTTGGATTCCCATGCAATCAATTTGCTAATCAAGACCCAGGAACAAACAAAGAAATTAGTGAATTTTGCTTAATAAATTATGGTGTAACTTTTATGATGTTTGAGAAAATAGATGTAAATGGCCAAAAAGCACATCCAATATATAAGTTTTTAAAGGAAAATGCAAAAGGAACTTTTGGAAGTGAAATTAAATGGAATTTTACTAAATTCTTAATAGATAAAGAAGGAAATGTTATAAAAAGATATGCACCTATAACTACACCAGAGAAGATAAAAAGTGATATAGAAAAATTATTATAGATTTAATTTAATAAAATAATTGAATTTGTTGGAGGGATATTTTGTGAGTGAAAGATATGATTTGGCGATAATTGGAAGCGGACCAGCAGGTTTGTCAGCTGCGTTAAATGCAAAAATTAGAAAGAAAAAGTTTATTATTTTTGGAACTAATGAATTAAGTGCTAAATTGACTAAAGCAGAGAAAATAAATAATTATCTAGGTTTCTATGGTAAAAGTGGAGCAGAAATAAGGGATGAATTTGTTAAGCATTTAGATTTCATGGATATAAGTATAAAAGAAGAAAAGATAAACAATATTTATGCCATGGGTGATTATTTTGCACTAATGGTAAATGAAAAAATGTATGAAGCAACTTCTATAATATTAGCTACTGGAGTTAATTTCGGAAAACCATTTAAAGGTGAAGAAGAATTTTTAGGTAAAGGAGTAGGATATTGTGCAACTTGTGATGCTCCATTATATAAAGATAAAGTTGTTACAATAATAGCTTATAACAAACATGAAGAAGCAGAAGTGAATTTCTTATCAACAATTGCTTCAAAAGTATACTATCTTCCAATGTATAAAGAAAAGGTTGATGTTAATGAGTCAGTTGAAATAATTAAAGATATACCTTTAGAAATAATTGGTGATAAAAAAGTTAATAAACTTATACTAAAAAACTCAGAAATTGAGACAGATGGAATTTTTATTTTAAGAGATAGTGTGGCACCTGGGCAATTGGTTCCAGGATTAAAAATGGATGGAAGCCATATTGAAGTTGATAAAAAGATGAAAACTAATTTGAAAGGATGTTTTGCAGCTGGAGATATAGTTGGAGTACCATATCAATACATAAAAGCTGCAGGAGAAGGAAATATAGCAGCACTTTCAGCTGTTTCATATATAGACGAAGTTAGTAAAAAATAGAGAGAAGGAAATTAATATGGTAAAAGTAATTGAAGAAAATGTATTCAAAAGTGAAATAAGTGAAGGAATTGTGGTAGTTGACTTTTTTGCCACATGGTGTGGACCATGCAAGATGCTATCACCTATATTGGATGATTTATCTGCAGAAATGGAAGGGAAAGTTAAATTTATAAAAGTAGATGTAGATAGTTGTACAGAAATTGTTAATGAATATGATGTTTCTAATATACCTGCTGTTTTCATATTTAAGAATGGTGAAAAAAAGGATGTATTAGTTGGATTTTCCCCAAAGGAAAATATTAAAGAAAAAATAGATCTTTATTTATAAGGCAAAAGGTATATATTGCAATGATAGATGGTTGTAGATTTCTTTTAGAAATCGTTAAGTTTTGAACAATTATTTTTTGCAACATATATAATTAGCCTCAAAATTAAAATATAGATAATAAGTAAAAAATAAAAATTTATATATAAAGGAGAAATGAAAAATGATTTATGATTTTAATGTAAAAGCAGTTAGAGGAAGAGAAGTTTCAATGGAGGATTATAAGGGAAAAGTATTACTAATTGTTAATACTGCTACTGGATGTGGATTTACACCACAATATGAAGGTTTGCAAAAATTATATGACAAATATAAACACAATGGATTTGAAATTTTAGATTTCCCATGTAATCAATTCTTAGAACAAGCACCAGGAAGTGATGAAGAAATAGTTAGTTTCTGTCAATTGAAGTATAGAACAACTTTTAAGACATTTTCAAAAATTGATGTAAATGGAGAAAATGCAAGTGATTTATATAAATATTTGAGAGAACAAGCTCCAAAGGCTGCAGAAGATGAAGCATCAGAAGGTCTTTATGATAAGTTGAAAGGATATGGTTTTTCTACAGATGGAGATGAAATAAAGTGGAATTTCACTAAATTCCTTATTGATAAAGAAGGAAACGTAATTGAAAGATTTGCACCAACATATGAACCAGAAAAAATTGCAGAAAAGATTGAAGAATTACTTAAAAAGTAGCTCACCTTATTTTCTGAGATTATCATAATTATAGAAAAGAAGAAGCTCTTTGTAGGAAGCTTCTTCTTTTTTTTATAGTTATTTGTAATAAGAATGTAATAAAAATAGGACTGAAATATTTAATACCTTATTGTATTAAATATAAGAGAGGAATTTATTTGGTAATTAAATATAAAATTAATATATATATTCAGATTATTATTTATTCTATTGATAATGAGAATTAATAATTGAAATATATTAAAAAGGTACCAAAAACAATAAAAATATTTGTATTATATATCGAGAGGGTAGGAAATATGATGAAAAAAATGTTATTTTATCATATTTTACAATAATAAGGAAGTTTGATCAAACGGATTTTAGATTTAAGGCACATACACAATATTTTGATAATAATTTTAGTTAATATAATTAAAAAATGGAGGGATAATTATGATAAGAAGAGCAAATAAAATAACATCTTTAGTATTAGCAGCGGCGGCAGTGGTATCAATGGTGCCAGCATATGCAGCTGATGTAAAAAAAGTTGAATCAAAGGATGGCACGATATATGGTGCAGTAGCATATAAAAATGGAACAGCTGTAATTGATGCAGAAGTAAATGATAATGATGGAGTTTACTTATATAAAGATGGAAAATACAATAAATTAAATGATATAGATTCTGGTTCAGATTTAGCTGCATATGGAACAAAATATGCAAAAGTTGACGATGGTTCAGATTATAACGTAGATTTAGAAACTGGTAAAGTTTTAGATGATAATATAGTCTCAGATGATGAAGATGATGCAGCATCAGCATTAAGAAAGAGAATTAAAAACGAAGATAGATATAGTGATACTAAAATAGGTAGTGCTTATGGAGATAATGACATTGCAGATTTAACTTTAATCGATGGAAATAAATTTGGTGGTAATTGGTATGAAACAGCGTATGCAGTAGATTCATCTCATAAGACAAGCAATCCAGTTGGAGTACCTCTAAATGCTTATACTATATTTACTGATGCAAAAGGAAATTATATTGATGCAGATTACAATATAGGAAAAATAAAGGTATCAACAACTAGTGCTGGAATAGTAGGTGTAAATCAAGTGACAACATCAGCAGCTGTAACAATTGAAAATACAAAAGATGGTTATAAATTGAGAAATAGCAATGATACCTATGCAGCAATTACTCAATCAAGAGTATTAGGTCAGGATAAAGATAATATTTATAGATATGCTAAAATAAATGTATATTCAGTAGCTGATTCAAATGGATACTTCAATATAAATGGTAAGCCAATGGCTAAAACTGGTGTAGCTACATTTGGAACTAGTACTGTTGATTATATAACATTAGATGTTATACAAAAAATATCTAAGAAGCAAGATTCAAGTGATATTAATGGCGGGAAATATGCTAACAGTGTAACTAATTATATACTAACAAATGATGATGGTGGAGCAGCAACAAGTGACAATCTAAGCTTCAGAAACTTTGTATTGAATTTTGATAATTATTCAAAACAATCTAATACTGTTGTAGGAGCAAGGGTTATTAGTGGTAAATTAGTTCTATTTAAAGTTGATAATTCTTCAAATTTAAGTGGCGATAATGTTATGATTCAAGCTGCTACTTTGAAAAATAAGAATGGATATTACTATGCTGATTCTGAAAACCAAAATACAATTCAAGCAGAATATAGTAAATATTTAGATAAGGTAGCGTTTGATACAGATGTAGATGGAAATATCTATATAATAGATGGTGGATATATTAAAAAGTTTGATGGAACTGATGATTGGAATAAACTTTATAAGGTAGATGGATCTCTAGATGCATTATCTGTTTATGATAAAGATGACATGGTTGCTTGGAGCCAAAATGATGAAGTGTATTCAATAATAGGTGAAAAGAAATCAGATGATAATAAACCAGATGTGGATACTCCGGTAGTAACTGTTGGATGGGTACAAGCTAGTGATGGGTCTTGGTCATACAATAATGCTGATGGAAGTAAGGCTATTGGATGGGTTCAAGATGGTTCAAACTGGTATTACACTAATGGCGCAGGTGTAATGCAAACTGGCTGGTTGAATTTATATGGTACATGGTACTATTTAAATCCAACATCAGATGGTACTAGAGGTGCAATGAAAACTGGATGGCAATATATTGGAGGTACATGGTACTACTTAAATCCAATATCAGATGGTACTAAAGGTGCAATGAAGACAGGATGGCAATATATTGGTGGAGCATGGTACTATTTCAATTGGTCAGGTGCTATGTTAGCTAATACAACAGTTGATGGATATGTATTAGGAAGCAGCGGAGCGTGGATTAGATAACTAATACATTGTAGATATATTATTTGCACAAAAAACTAATACAAATATATTTAATTTATGCCTGCTCTTAGCAAAAATTAAATAAGTTATTTATTAATATTACGTTCCTATAATTTTAATAATTCAGAATATTGCTGGAAACTTCGGTTTCCAGCATTTTTTTTGATTTATAATAATATTGGAAAGAATACATTTAACTAGGCTATAATATAGATAAATAAATTTTGCAATGAAATAACTTAAGTAAGGAAGGATGTTTATTTTGAGGATATTGCATACAGGAGATTGGCATTTGGGTAAAAATTTAGAAGGTATAAGCAGAATGGATGAGCAGGAAGAATTTTTAAATGATTTTGTCGAGATTGTAGAAGAAAATAATATAGATTTAATAATGATTGCAGGGGACGTTTACGATAGTTCTAATCCTCCAGCAAGAGCTGAAAAAATGTTTTATGATACCTTAAAGAGATTATCTAAAAATGGAGAGAGACTTACTTTAGTTATAGCAGGTAATCATGATAACCCTGACAGATTAGTTGCAGCAGGACCTCTAGCAAGAGAACATGGAATAATTATGGTTGGAACGCCTAAAACGGTAGTTCCCTGTGGTGACTATGGAAAACATAAAATATTGGACTCGGGAGAAGGGTTTATTGAAATTGAGATAAATAATGAAAAGACTGTTATATTAACAGTTCCTTATCCAAGTGAAAAGAGATTAAATGAGGTAATTTATAATTATATGGAAGACGAAGAGGAAAAGGCCCAATCATATAGTGAAAAAATATTCTCTTTATTTGATTCATTAAAAAGTCATTATAGAGAAGATACTATTAATTTAGTGATATCACATTTATTTGCTATGGGGAGTGAGGAAAGTGGTTCAGAAAGAAGTATTCAATTAGGAGGAACTTATATTGTTGATGGAAATTGTTTTCCGAAGGAAGCTCAGTATATAGCTTTAGGCCATGTACATAAGCCCCAAGTAGTTCCAGGGACAAATAAAAGAGCTAGATATTGTGGTTCACCAATTCATTACAATAAGAAAGAAATTAATTTTGAGAAAAAATGCTATATTGTCGAGGTTAAGGCCAAGGAAGAAGGTAAAATAGAAGAATTAAATTTAAAAGTATATAAGCCTATAGAAATTTGGAAATGTGCAGATATAGACGATGCCATAGCCAAATGTGAGGAAAATAAGGCTCGCAAGTGTTTTGTTTATTTAGAAATAGAAACTGATAGATATATTAGAGAAGATGAAATAAAACAAATGAAAGAATTAAAAAAGGATATTTTAGAAATAATGCCTAAGATTAAAGGAACAACTGAAGAAGAAGTTGATTTCAATTTAAATGAAAAATCGTTCGAAGAAATATTTATAGATTTCTATACAAAAGAAAGAGGAACAGCACCAGAGGAAGATGTGGTAAGTTTGCTTTTATCAATTATTAATGAAGAAGAAGGGGAAATAAATGAGACCAGTAAGATTGAAGATTAGAGGATTAAACAGTTTTATAGATGAGCAGACTATAGACTTTGATAAATTAACTGATAGAGGTTTTTTTGGCATTTTTGGACCAACAGGTAGTGGGAAATCAACAATTTTAGATGGAATAACTTTAGCGTTATATGGAAACTTGGCTAGAAAAAGTTCTAACTTTATAAATACAAATTGTGATAGGTTAAATGTTAATTTTGAATTTCAAATATCAGGGAGTGAAACTAGAAAATATATTATTGATAGAGAATTTAGAAGGAAAAAAGATGGAAGTATAAATTCTGGAAAATGTAAAATTGTTGATATAACAGATTCAGAAGAAGTTTTGGCAGATAGCGTTAAGAATATGAATAAGAAAGTTGAAGAAATAATAGGTCTTAATTTAGAGGATTTTACAAGAACGGTTGTATTGCCACAAGGTAAATTTAGTGAGTTTTTAAAACTTGAAGGTAAAGACAGACGGGATATGTTAGAAAGGCTATTTAATTTAGAACAATTTGGAGATAATTTAACAAGAAAATTAAACACTAAAATAAGTAAAGAAAGAACAGAAAACAGTGTTTTAATTGGTCAGCTAAGTGTTTATAGTGACATAAGTGATGAAAAGTTAAAGGAAAAACAAGCTGAGTTACAGTTGACTATACTTAATTTAGAAAATTTAAAAAAGGAATTAGATAACATTGAGAAGAATTACAAAGAAAATGAAGAATTATGGAAATTACAATTAGAATTGTTGGAATATAAGAATAAGGAAAAACTTCTAAAGGAAAAAGAAGAAGAAATAAATAAGGATATAGAAAAAATAAGACTAGGAGAAGCTGGAGAAAAAGTTATACCCTATATAAAAGCCTACGAAAATACTAAAAAGGAATTTACCAAAAATGAAGTAGAATTTCAGGACCTAAAGGTAAAGATTGAAAAGATTAAAGAAGAACAAGAAAATATAGAAAAATCATGGAATGAAATAAAAGATAAGAAGGAAAATAAACTCCCACAACTAATGATACAAGAAGAAAAAATTAAAAATGCAATTGAAGAAAAAAAGTTATTAGAAAAAATATTAGCTGAAATAAATATGTTAATGACACATATTGAAGAAGTTAAAATCAAATTGGAAAAAGGACAGAAAGATCTTATTGAAATAGAAAATGAAATTAAAATAAAGGATAAGGAAATCAAAGAGGATGAAAAGAGATATGATGAAATAAAAATTGATGAACTTATCAAGGAAAAGGTACAAGAAGGAATACTTTGTGAAGAAAAAATCAGCAGTTTAAAAAATAATATTAGTAAGGATACAGAAAAGAAAGCTAAAATTGAGAAAGAAAATGATGATATTATAGCAAGTGGTAAAGCCTTAAAAGAAACAATTGAGGAAGCTACAAAAGAATTAGAAGAAAAATTAAATCAACATGAATATTTACTTAATAATCCGCCAGGAGAACAAAAAGATTTATTAAATTTAAAACAGGTCATACTTGAAAATGAACAAAATTGGTCAAATTTTAATAAATTCACTAATGAAATAGCTGCGTCAAAGAAAGAAATAGTAAAATTAAATACTGAAATTGAAAAGATTCAAATGGAAGAGGCAAAGAATAATCAAGAATTAGAAGAGTTAAAAGCAAAAGAAAAGGAGATTATGACAGAAAATATTGCTCATACTCTTAGAATGGAACTGAAAGATGGAGAAGCATGCCCAGTATGTGGAGCTATTCATCATATTAAAGAAAACATAAAAGTTTTGTCAGCAACAGATATCAGTTTAATTGAAAATAAAATTAAAGAAAAAGAAGAGTTTATTAAAGTTGTTAATAATAATATTATCGAAAATCAAACAAAGGTTATTACTTTAAATGAGAAAATTTCTAATAATGAAAGTGAAATAATTAATATTGGAAGTGAATTTAAAGAAAAAACTTTAGAAAAGCTTCAAGAAGAATTTATAAATCTGGAAAAAGCTTTGGAGAATTATAATAAGGATAAAGAAGGTTTAGATAAAATTATTAATGAACTTAAAAATAATATTAATATTAAGAATGGAGAAATAAATGAACTTAGAGCTGTGGTAAGAACTAATATGAAACAGCTTAAGGAATTAGAGGAAAATATTAAAGTTAATACTCAAGAGTTTAACGAATTAAATAATAATGTGAATTTGTTAAAGTCTGAAACTTTAATAACGAATTTTATTGAAAAAAATGAAGAAATTAAGGCGGTTGAGAAAGAAAGAGAAAGATTAGCAAAAAAGATTAAGGAAAATAGAGTAGCAATTGAAAATTTAGAAAATAGAAAAGAAAAATTAAATAATGAGGTTATTTCTATAAAAGAACTATTGGTTAAATATAATGCTGACTTAGCAGCATACGAAAAAAATAGAGATGAAAAACTTTTGGCTATAAGAAGTAAAGTCAGTGAAGAAAGTAACTTAGATAACATGCTTAGTGAAGTACAAGAAAATATAAAAAATATAAATGAAGAATTTTTTAGTGCTCAAAAAAACAAAGATAGAATACAGAAGGAATTTACGGATAATAATGAAAAGCTTATTGATGTAGGCAGCAAATATAAAGAATTAATCAAGAGAAAGAAAGATGAAGAAGCACAATTGGAAGTTTCAATAGATAGTGAGGGTTTTAAGTCTTTAGAAGAGGTAAAAGCAAATCTGATAGAAAAGGAAGAAATTAATAAGTATAAAGAAAAAATAGATGATTATAGAGAAAATTTATCAAAGGTAAAGGGAACAATTGAAAGTTTACTTAATAAGATTGATGGTAAGACGTTGAATGAAGAAGACTATACAAAAGTTAAATTATTAAAAGAACAAAAGGAAATAGAGTTTAGTTCAGTTAATGAAAATAAGATAAAAGTTGACGAAGAACTAAAAAAAATAAAAATTAAACTTAATGAGCAAAGGGAACTTTTTGAAAAAAAGAATAAGTTGGAACACAAATTAGCTTTACTCGGAGATTTAGAAAAGTTATTTAAAGGAAAGAAATTTGTTGAATTTGTAGCTATCAATAAGTTGAAATATATTTCAATTGAAGCTTCTAAAAGGTTGAGAGAAATTACCCATGGAAATTATGGATTAGAAGTAGATGAGAATGGTAAGTTTATGATTAGGGATTATAAGAATGGTGGAGCAGAAAGGGATTCATCTACTTTATCAGGTGGAGAAACTTTCATAGCATCACTATCTTTAGCACTTGCTTTGTCGGCACAGATCCAATTAAAGGGAACAGCACCATTAGAATTGTTTTTCCTTGATGAAGGCTTTGGAACTTTGGATGATGAATTGCTTGAAGTTGTTATGGGTTCATTAGAAAGGATTCATAATGAAAAATTAAAGGTTGGAATAATAAGTCATGTAGAAGCTATAAAAAATAGAGTACCAATTAAGCTTATGATTACACCGGCAGAATGTGGAATGGGTGGAAGTAAAGTTAGAATTGAAAGAAGTTAGAAATGGAAAATGAGCATTAGAATATTTGAAAATCTAATGCTCATTTTATATGGATTTAAATAAATTTATGTTTTAACCTAATATTTGTTTTAAATCTTCATCAGGAGTACTGATTGGTTTTATATCAAAATTATCAATTAAGAATTGTAGTACATTTGGTGTTAAGAATGCAGGGAGGCTTGGCCCAAGATACATTCCTTTGACACCTAATGAAAGTAATGCTAAAAGATCAGCAACAGCTTTTTGTTCATACCAAGAAAGTATTATTGATAAAGGTAAATCATTAACTCCGCAATTAAATGCATCAGCCAAAGCTAAAGCAATTCTAACTGCTGAGTAGGCATCGTTACATTGTCCAACATCTAGTAAACGAGGAAGTCCAGCAACTTCACCAAATTCTAATTTGTTGAAACGATATTTTCCACATGCCAATGTAAGAATAATAGAATCCTTTGGAACTTTTTCAGCAAATTCAGTATAATAATTTCTGCCTGGCTTAGCTCCATCACAACCTCCGATTAAGAAGAAATGCTTAACCTTTCCATCTTTAACTGCATTTATTATTGTTTCAGCATGGCTTAAGGTTGCTTTGTGGCCAAAACCAACAAGAATTTCTTTAACTTCTTCGTCCTCTTTGAATCCACCTAATTCTAAAGCCTTATTTATAACTTCTGAAAAATCCTTATGTCCATTTTCATCTTTTTCTATATGTTTAATTCTATCCCAGCCAACTACACTTGTTGAGAAAAGTCTGTCTTGGTATGAATCTTTTGGTTTCATCAAGCAATTAGTAGTCATTAAAATGCATCCAGGAATGTTATCAAATTCTTTTTGTTGATTTTGCCATGCACTTCCAAAATTACCTACTAAGTGCGGATATTTGTTTAATTCAGGATATCCATGAGAAGGTAACATTTCACCATGAGTATAAATGTTTATACCTTTACCTTCAGTTTGCTGTAATAACATCTCTAAATCCTTTAAATCGTGTCCGGAAACTATTATAAATGGTCCTTTCTTTATGTTTACATTAACCTTTGTAGGTGTTGGTGAACTATAAAGACCATTATTAGCAGTGTCCAGAGTTTCCATGATTTTAACGCTCTTTTCTCCAGTTTCAACTAATAACTTAATTAAATCATCAAGAGTTAAATCGTTATCAGTTAAAGCAGCTAAAGCTTTGAAATAAAAATTATCTACTTCATCACTACTATGTTTTATAAATCTTGCTTGATGTGAATATGCTGAAATTCCTTTTAAACCATATTTGATAGTTTCTCTAACTGAACGGATATCAGGATTTAAATTCTCATCATACATGATTCCAGCTTTTTTAGCATCTTCAAGCATAGCTTCAGTGGAAGCAGCTAGATCATATAAAGCTTCAGGAGCTTTTATGCCGTCAGTACTTACTTTTTTTCTTAGAGCTTCTTTAATTTCTTGAGATTTTTTTAGTTTAGTCAAATGAGCAGCAGGGTCAAAATTAACATTAGTTAATGTCATAAATAATGAATCCTCGACAAAAGAAACTATTGTTTTATCAATTACTTCACCCTTTTTTATAAGTTCATTAGCGTAAATACTAATTCCCTTTAATTGATAAATTAATAGATCTTGCATAGCTGCAATTTCAGGCGTTTTTCCACATACTCCTACTTTTGTACATCCTTTACCGCCAGCAGTTTGTTCACATTGAAAACAAAACATTTCTTGAACCATAATATCAATCCCCTCACTTATGATTTTTTTGAATATTCTCACTATTATTTTACACTAAAGATGTTAATAAATACAATAAGATATCAAAAAAAAGGAATAATTTTGTATGTTGAGGGAATTTTATAGTATTATTGCTTGAAAAAACTATTAAACATTAAGGTTTTCTAATTAATAATACTTTAATTAAAGTTATAAACTAAAAAGCTTCTTTATTTCTTCATATTTTTCATGAGTAAGTAAAGCATCTTTTTCTGTATTTTTTAGTTTAACTATATAGGTCCATCTGCCGTAAGGATAGATTTTTGTTATTAAAGATAAATTTATGATGTATGATTTGTGACTCCTAAAGAATTGAGAATGATCCAATTTTTCTTCTATTTCTGATAAAGAAATAGAAGTAGTGAAACTATCACTTTGTGTATATATAACGGTAGAACTATCCTCTCTTTGAATTAAGACTATTTCCTTTGTATCTACAAAGCTTATACCTTCCTTATTTTTTATCATAAGCTTATCGAGACCTTTTTCATGTTTTATTATTTTATCTATACCATCTTCATAGTTTGGTTTATTTAATGTTTTAATTCTATCTAAAGTATGAAGCACTCTTTCTATTTTAAAGGGCTTTACCAAATAATCGAAAGCATATAGCTGGAAAGCATCTGACATATATTCTTGATGAGCCGTTGCAAAGATGATTATAGTTTTTGGATCTATATCTGTTAGTATTTTAGCACAATCAATTCCGTTACAACCAGGCATTTCAATATCAAAGAACACCACTTCAGGGCGATGCTCTTTGAATATTTTTATAGCCTCTTCACCGTTATCTGTATCACCAACAACCTCGAAGCCACTAGATTTATCTAATATTTTTTTTATTATGGTTCTCATTCCTTGTTCGTCATCAACTATAAGCACTTTTATATTCATATAAAATTCTCCTAATATTTAAAATCTTCGTCTTTGCCTTCTGGTTTTACTTCTTGGTTTACCAACTATTTCAGAAAGGATAATAGCTTGTTGAAGCTTAACCGATGTAAGTTCTTGAGTAATAGAATCAATAACACCTTGTGGATTTGAAGAAGCAGATTGCTGTTTATTATAGCTAGAGTTAGCTTCAGTATAGTCTTTATTATCACCTACTGGAATACTAACATCTGATGCTCCGTTATCATCTTCAGGCCTTAAGGAAGTGCTAATGGTAAATTCGTTTTTTGGAAGAGTGCCAAAAGGGTATTGAAAATTAACGCGTAGTCCTATTTTATCATTTGTAATAAAAGAATCTTTAAGGGCAGTTAAGGTACTCTTGAATATTTCATTAGATTTCATCTTTTTAACCTCCTAGGAGAAGAGTTTTTATTTCATTTTTTTATTATCATTATTAGAAATCTGAGTTTTATTGCCAGCGCTGGATATTGAACTTCTCATACTTGTATCTGCAATAACATTTTGCATGTCATAATAATCCATTATTCCAAGCTTTCCTTCTCTAAGAGCATAAGCCATTGCCTTAGGTACTTCAGATTCAGCTTCTACAACAGCAGCTCTCATTTCATGTTCTTTAGCTACTGCCATTGCTCTTCTTTCTTCAGCTTTAGCTTGTGCTATATTCTTATCAGCTTCTGCTTGTAAGGTTTGAAGCTGTGCACCTATATTTCTTCCTACATCCACATCAGCAATATCTATAGATAGAATTTCGAAGGCAGTACCAGCATCTAAGCCTTTACTTAATACAGTTTTTGAAATTGCATCTGGATTTTCTAATACTATTTTATGACTAGTAGAAGATCCCACTGTAGTTACTATACCTTCACCAACCCTTGCTAAAATAGTTGCTTCACCAGCACCACCAACTAGTCTTTCAAGGTTAGCTCTAACAGTAACTCTTGCTTTAACTAATAGTTCAATACCATCTTTTGCAACTGCTGAAACATTTGGAGTTTCAATTACTTTAGGATTAACACTCATTTTAACAGCTTCTAAAACATCTCTACCAGCTAAATCAATTGCAGCTGCTTTTTCAAATTGCAAGTCTATATCGGCTCTATGGGCTGCAATTAATGCATTTACAACATTATCAACATTACCACCTGCTAGATAGTGAGCTTCTAATTGATTAACAGTTAATCCCATGCCAGCTTTTGTAGATTTAATAAGTGGGATTACAATTTTTGAAGGTACAACTCTCCTTAACCTCATACCGATTAAGTTAAAGATACTTACTTGGACATTTGCTGCTAAAGACGATATCCATAATCCTATTGGTATAAATGTTATAAATAAAAATACTAAACATACGACTGCTATTGCTACAATAATTAAATTAATCATTAATAATCTCTCCTTTAAATTAATATTTTTTAACTAGTAATTGGTCAATTTTGATTAAAATTGACAAGTTAATTAATCTTTAGTTTTTTTCACCAATAGCTTTACACCACTAACTTTAAATATTTCAACCTTAGTGCCAGAAGAAATATACTCTCCATCAGAAATTACATCAAATTTTACTCCATCTATATCGATCGAACCAGATGGTCTTAAATCAGTAAGTGCAATTCCTTTTTTACCAAGTAAATAGTCTAAATCAGAAGAGCTAATATATCCATGTTCCTTTCTTTGTACATCTGGTAATATTAACGGTTTGAAAAATTTACCTTTAGTGAAAAAAGTCAGAACTACACCGAGCATAATTCCGAGGATGGCTAAGATTCCTAATGTCATAACTAAACCTTCTGCGAAATTTTGAGCTGTTAGTGCGACTGCTAAGATTAAACAAATGGCACCTAGAATGCCTGGAATTCCAAAGCCAGGAATGTGCATTTCTAAAAATACAAGACCAAAGCCTATTATTAACAATAATAAGGTTAAAAGCGTTATATCAGGTAAAAATGTGCTCATGTTTTTGTACCACCTTTCATTTCAGATTTAGTGTATGATTAACAATAAACTGTTATGCTTCTATATGTTTATATTAACTCTATTAAAAAAGAATGATAAGATAAATTTTCTGAATTATACACTTTTAATTCTAAAATGTCATTTGATATAGATTAAAGAAGAAATTGAAGAGCATAATTTAAATTAATTTCAAGATTAATTATTTTTTTGGAATAACTACTTCAAAGGAAGTTCTTTGAATTGTCGATATAACAGAAATTGTACCAGAAAAGTTTTCAATAATTTCTTTAACTATAGCGAGTCCCATACCATCTCCTTTGTTACCTTTAGTGGTAAAACCTGCATCATATATTTTATCTATAATATCTTTAGGTATCATATTTCCATTATTTGAGATGTTAATTCTAATATTTTCTAAGTCTTCTGAAAATTCCACTAGGATGTATTTATTATCAGGCTTTTCTTTTAAAGAAAATATAGCATTGTCTATTATATTTCCAATAATTCTACAAAACTCCCAAGGTTCAATATTAAGGTATTGTAAATCACTTTTTATTTCCAGTTCCATGTCTATATTATTTTTTTCAGCCACTTGTAATTTTGCTTGGAGTAGTGCATTTACAGCAGGTTTTGAGGTCTTCAAAGCTTTACTAACTCTTATTATGTCTTTATAAACTGGCTCTATATATCTTCGTGCTTCATCATATTCTTCAAGTTCCATCAATGAATAAATAACTTGAATATGATTTAAATAATCATGTCTTTGAGTTCTTAATGTTTTGTTAAGTGCTTCAAGATAATTTAATGTATCGATTAAATTATTATTCCCTTTTTTAAACAAAAGATTATAAAATATTATGCCAGTAATTATGCTATTAACACCTATGCTTATAGCGATAACATTAAGAATAAAATTACCTTCAATCATATAAGGATTCTTGTATTTGTAATATATAAATAATGTAATAGAAATTATTTGTATTAAATTTAAGAATATAGATACCAATACTATCTTAGATATGTTATACACTTGTTTTTTTATTGCCATGAATTTTCACCCCCTAATATATAAATGAAAAATATATATTAAAATATTTTGTTTATATTAACATTGTAACTTATTAAAAAAAGTTTGGATAATTTTTGAAGTAAAAAAAATAAATTTATTTATACACTAGTACTTTTATGAAGTGTTATAATAAAGTGAACTTAACAAAACATTATGATAAAATTTTATATATTATAACGATAAAAGTATTTTTAAACACCGGTAAATATTGTATACTATATAAGAGAACAAAACAGAGAGGGGATTAAAAATGAATTATAAAGAAAAATACAATTTATGGATTGAATCTGATGTTATTAATGAGGAAACAAAAAATGAATTAAAGAGTATATCTGATGAAAAAGAAATTGAAGATAGATTTTATCAAGACCTTGATTTTGGAACTGGTGGATTAAGAGGAATTATTGGTGCTGGAAGTAACAGAATGAATATATATACTGTTGCTAAAGCTACACAAGGATTTGCTGATTATTTAAATGCAAATTTTAAGGAGCCTTCACTAGCAATAGCTTATGATTCAAGAAATATGTCTAAAGAGTTTGCTAAAGCAGCTGCCTTAACTTTATGTGCAAATAATGTGAAAGTATTTCTATATGAAAGTTTAAGACCAACTCCAGTATTATCATTTACAGTTAGAGAGTTAAAATGCGCTGGTGGTATAGTAGTAACAGCCTCTCATAATCCAAAAATATATAATGGGTATAAAGTATATGATGAATTTGGTGGTCAAGTTACTGATGAAAAAGCTAACATAATAATTAATTGTGTTAATGCTGTAGATGATTTTTCAAAAATTAAAAGTATAGATGAAAAAGAAGCTTTAGAAAAAGGCTTATTAAAATATATTGGTGAAGATGTTGATAGAGCTTACTATGATAGAGTTAAAGGTTTAACTATAAGAACTGATTTAGTTAAGGAAAAAGCTGATAATTTAAATGTAATTTATACTCCAATTCATGGCTCAGGGAATGTTCCAGTAAGAGCTGTGTTAAAGGAATTAGGATATAGTAATGTAAAAGTAGTCAAGGAACAAGAAGCTCCAGATGGAAACTTCCCAACAGCGTCGTATCCTAATCCAGAAAATCCAGATGTATTTAAGTTAGCTTTGGATATGGCTAAAGATGAAAATCCAGATATAATATTTGGTACAGATCCAGATTGCGACAGAATTGGTGTTGTAGTTAAAGACAGTTCAGGAGAATACAAAGTTTTAACTGGTAATCAAACAGGTTTACTTTTAACTCACTATGTATTAAGTTCGTTAAAAGAAACTAATAAATTGCCTCAAAATGGTGTTGTTATTAAAACAATAGTAACGACAGAAGGTGCTAGAAGCATTGCAGAAGATTTTGATATTGAACTTATGGATGTATTAACTGGTTTTAAATATATCGGTGAAAAAATAAGAGAATTTGAAGATGCCGGAAACAAAACTTATTTATTTGGTTTTGAAGAAAGTTATGGATATCTTGCAGGTAACTTTGTTCGTGATAAGGATGCTGTAATAGCTTCGATGTTAATATGTGAAATGTGTCTTTATTATAAACAACAAGGAAAGAGTCTTTATGATGCATTAATTGATTTATATGAAAAGTATGGTTATTTTACAGAAAATCTTGTTTCTATAGAATTAAAAGGAAAAGAAGGTCAAGAAAAAATAGCTAGTTGTATTGAAGCAATGAGAAATGACCCACTAAATGAAGTAGATGGGGTTAAAATTGTTAAAAGATTAGACTATAAACTAAGCACAGAGGAAGATACAGTAAATAATACAAAAACTACTATTGACTTACCTAAGTCTAATGTATTAAAGTACATCTTAGAGAATGGTTCATATTTTGTTGTAAGACCATCAGGAACTGAACCAAAGATGAAGGTTTATTTAGCAGTAAAGAGCAATAGTTTAGATAATGCAGGTAAAGATATTGCAGAATTTAAAGAAAAAGTAATGGAAAAAATTAATGCAAAATTAAGCTAATATCTCTAAGTAAATTGCTATCATCTTATAGGTGATAGCAATTTTTACTCAGTTAAGAGTTAACAATTATGAGTTAAGAGTTAAACCTTGAAATAAAATTTCAACACTAACTCCTAACTCCTAACTCTTAACTAATAACTGAATTAACGGGGTGGAAAATGAGTAATTATAAAACACTATATAAAGACAAACTAAGTAAATTATTATTTTTAGAAATGAAAAAGGAAGGGTTTAAGAAAAATCTTAATATACCGCAAGAAGTAAAATTTAAAAATGATGATTTATATATGCCTATAAGTGCTGAGTATGTTGCAGCAAATGCTAATAATGAAATTAAGCTGAATAATTTACCAATATATTATTTTGTTGAAGGTATGTTTATTGTTTTTGGAGCAGATAAAAATGTTAAGTATATTGATGATTATGGGACAATTTTAGGATATATTCCTGATAGTGAGGAATGTGTGAAAAGTCTTATTGCAGATAGAATAAAAAAAGATAGACTAGAAGATGCTTATATTTTATTAAAGGGCTTATATAGGTATACAAAAGAAGAAGAAATATTAACTAAGCTTTTAGCAGTGGGAGAAACTATTAGGGAAAAAGATTCGAGTTTTGGGGAATTACTACTTGAAGATATAGATGAGTGTAAAGATAATTTTGAAAAATCTCCAGAACCATATCTTTATAAAGCTTTAATTCTCAAAGATAAAGGTGATTATAAAGGCGCTCAAGTGGAAATAAATGAATATATGAATAAAGGTGGGAAGCAGACATCAGAAATTAAGCAGATAATAACTGACATCAATAATATAGGTGGTTTTGAAAAAGCTGTTGAATATTTAAAGGATGAGCCTAAAAAAGCAATTGATTTATTACTTCCGTTAAGTGAAGAATTTAAGGAAAATCCATTAATTTATTATTATCTTGGTGTTGGTTATAGAAGAATTGATAATTATAACAAAGCAATTCATTATTTAACTCAAAGTCTTTCTATTGAATCAGGAAGTCTTGAAACTGTTAATGAACTTGGAATGAATTATGCTTGCTTAGGAGATTACGAAGAAGCAGTCAAATATTTTAGAAAAGCCTTTGAAGCATCTAAAGAAGTAGAAATATGCACAAATATAGTAATGTGTTACATAAACTTAGGGGATAAGGAACAGGCGAAACTTAATTTGGACATTGCTAAAAAGTTGGCACCAGAAGACCCTATAGTTATAGAAATAGATCAAATGTTAAATAGAACAGTAAAATAGTTTTAGGAGATAATATGTTTACGAATATACTTGATTTTAAAATTTTTAAAGAAGATATGAAATCTCTAATGGATTATGTAAATACATTTGATAAAGTGAATATTGTATCAGGAAATCCTGAAATATTGTTTAATGGTTTGGATGATCCTATACTTACAAATTTTTTTAAACATAAGAATTCTGTAATAATTCCAGATGGAGTTGGAACCGTAATAGCATCAAAATTAATTGGAGATCCAGTCAAGGAAAAGATTGCAGGAATAGATTTAGTTAAAGAGGTACTTATTAAAGCAAATAAAGAAAAAAAATCAATTTATTTATTAGGGGCAAAGGAAGAAATAATAAATAAATGTGTAGAAAACATAAAGTTGGAATTTCCTGATTTGAAAATAGCAGGTTTTCATAATGGTTTTTTTGATATAAATAATTGCAATGATATTGTTGAGGAGATAAGTAATTCTAATCCTTGGGCAATTTTTGTGGCTATGGGGTCTCCAAGGCAGGAGATTTTTATTGAAAAAGTCATGGATAAAACAAATACTCACATATTTATGGGAGTTGGAGGAGTCTTTGATATATTTGCTGGAGAGCTTAAAAGAGCACCGAAATGGATGATAACATTAGGCCTAGAATGGCTATATAGAGTTGCAAAAGAACCAGTTAGAATAAAAAGATTAGTAGCTATACCTAAGTTTTTATTATTAGTGTTAAAGCATAGAAAGAAATAGGAAAAATAAATGTTCAATTATGAATTATCAACCAATTGAACATTGACAATTGATTGATGAGGAAATGGTGATAGGATGAAACATAAAAGTACCTTGATTAAATCTACTTTTATAATAATGTTAGTAACCTTAGTTAGTAGATTATTAGGTTTAGTTAGAGAATTACTTATTGGAAAAGGGTTTGGGGCTGGAGTATATACAGATGCGTACAATATTGCTGTACCAATACCAGAAACAATATTTGCTTTAGTTGGACTTGCAATATCAACAGCTTTTTTACCAACACTTAGTAAAATTAAAGCTAAGAAGGGTAAGGAGGAAATGTATGCCTTTGCAAACAACGTAATAAGTATACTTTTGGTTGTTTCAATTATTATTTTTATTATATCAAGTTTTTTTGCTAAGGAAATTGTATATTCATTTAAGCCTTCAGAAGCAACAGCAACTATTGCTATAGGGTTGTTAAAAATAACACTTTTAAATATATTATTTTTATCAATAAATGCTTGCTTTACAGCATTATTACAAGTAAATGAAGATTTTGTCATTCCATCCATATTAGGTTTGTTTTTTAACTTACCTATGATATTATATTTATTGTTATGTAGAAATTATGATATTTTAGGATTAACAATAGCCAATGTATTAGGAAATTTCTTTAGGGTAGCGGTTCAAGTACCATCACTTATTACTCATGGATACAAATATAGATTTTGTATAAATTTAAAAGATGAAAGATTAAAGGCAATTATAATTTTAATTATACCAGTTGTTATTGGGGCTGGAGCAAACTCTTTAAATATGTTGGTTGATAAATATATGGCTTTTGGTTTGCATCAGGATGGAGCAGTTTCAGAATTGGAATATGCCCAAAAATTAATTGTTTTTATTAATACAATTATAGTGACTTCTGTTAATAGTATAGTATATCCACTTATGGCAAATATGCAAAGTAATGAAGACAAAGCAGGATTTGTAGATATTCTTAAAAAATCTATTGTATATTTAGCCATATTATTAATTCCTATAACAATCGGGATTATAATATATAATAAGGAAATCATAAGCCTCGCATATGAAAGAGGAGCCTTTGATGCAAAAGTTGTGGAGGCCACAAGCCCTGCTTTATTTGGATATGGTTTTGGTGTATTCTTTACTGGAATGAGAGATATTTTAAATTCAACATTGTTTACAATGGGAAAGACAAAGGTTACTACAATAAATGGTATCATAGGAGTAATTATTAATATTATTTTTTGTGTAATATTATCAAAGTATATGGGTATAATGGGAATTGCATTAGCTTCAGTTATAGCAATGGCAGTGACTGCAATACTATTATTTAGAAGTATAGTTAAACTAGAAAAGAGTTTGAGTATAAAGGGTATAGTAAAAAAGATTGGATTAATAACAATAAATTCCTTGATTATGGGCCTTATAATTATAACGTTAGTAGTTTACTTGAAAAATAAATTAAGTTCATTAACACTTTTATTACTTGGGGTTATTGTTGGAAGTATAGTATATTTTATTTTATGTTATTTGTTTAGAATAGAAGAAGTAATTGAAATAAAAGATTTTATTTTAAAGAAGATAAATAGATAGGAGGGTATATGAAAATATTATTTATTGCCTGCTATTCGCCATTAATAAATAATTCAGCTGCTATTGAGACACTGCAGTATTTAAATAAATTAAGTGAAATTGACAATAATGAAGTTCATTTATTAACTGTGAATTTTCCAAAGGATTCAATATATTATGATGAAGCATTATATTCAATGATGGATAAAAAAATAAAAGTTCACCTTGTGGATGGAGGCATTGTTTTTAAAAAATTAATGCCTACAAATGACAGTTCAAATAAAGTTTCGTTAAATAATAAAAACGGAAGTGTGAAAAAAATACTGCGTAAGGTTAAAAATTCTGTGGTTATACCAGACATGTACTATGGATGGTCAAGAAAAGCAGGAGAATATGGAATAGGATTAATGGAAAAAGAAAAGTTTGATGTTATATTTTCAATGCATGAACCTCCATCTTCGCATCTATGCGCATATTACATAAAAAAGCATTATAAAAAGGTTCCTTGGATTACTTATTGGAGTGACCCTTGGCTTAAGGATTCAACAAGAGAAAATTCTTTTATAGTTAAGAAAATTATTGAAAAGAATATGGAAAAAAATATTGTTAATTTAGCAGATAAATTTATATTTGTCACTGAAGCAAATAGGAATGAATATATAAAGGATTATGAATTTTTGAAAGATGTTAATAAAACCTTTATATTAAATAGAGGTTTTGATACTAAATTATATGAAAAATTGCTTGAGGAAGAACGTCCAAAATTTATTGAAAAACATAAGATTAACATAATTTACACTGGAGAAATATTCTCAAAACTTAGGGATATTAAACCTTTTATCAAAGCTCTAGAAGATATTAAGGAAGAAAATGAAGATTATTATAATTTATTAAATGTTTTATTTTTTGGAAATATAGATGATATAGAAGGAAAAAAAAGACTGCAAAATTTAGAAATAGCTAAGGTATCACCTAGAATTCCTTTTAACGAGGCACTTAAATATATGTTAAATGGTGATGTTTTGCTTTTATTTGGAAATAAGAACTCGAAGCAGATTCCAGCAAAAATATATGATTACTTTGGAGCAAAGGGTAGGATATTGGTTATCTATGGAGATCAAGATGATCCAATAAAGGGGATAGTAGAAAATAATCCAAAGTGTTTCACAAGTGAAAATGAATCTGAAGAAATAAAGCAAAAAATATACCAATTAATAGAAATGTATAAAGATAATAAAATAAAAAGTGATCCAGATTTAAATTATGAGTGGAATTCAATAGTAGAGAAGCTTAACAGTATATTAGAAGGAAGTGATTAAATGCATATAATGGTCATTCCATCTTGGTATGCATCTTCAAGAAATAAAGTTCATGGGAGTTTTTTTAAAGAACAGTTTATAGCTCTTTCGAATAGTGGAGAAAAGATTACTGTAGCATATAATGAAATTTGGCCAATTACTATGTTTGGAAAAATAGATGAGAAGAGAGGGCTAAAATTTAATATAGAAGAGAATTTAAGAACTTATAGATATAAAGATTATAACTATTTTCCAAAGATGGCGCTTATGTTTAGGAGTTTTAATAAAAGAATGGATAAACTTTATCAAGAAATAATTAAGCGAGAGGGTAAGGTCGATATTATTCATGCACATTCTGCTTTTTGGGGAGCTATAGCTGGGGCATATATCAGCAAGAAATATAATATTCCATTAGTTATAACAGAACATTCATCCTTGAAATATGCCAAGTATGCAAGAGAAAGTTATAAAAAGTATATCTTTGAGTCATATGAAATGGCTGATTGTTTAATAGCAGTTGGAAATGGCTTAAAGAAAGAAATGCAGGAATATGTTAACAAACCTATTGAAGTTATCCACAATATGGTGGATTTGAAATTATTTGATGTTGATAAAAATAATAATAGAAATGTATCTGACAAAGAGAAATTTAATATTTTTTCATGTTCTTTTCTTGAAGAGGGAAAAGGTATGGAATGTTTAATTAAAGCATTTGCACAGGCCTTTAGAGGTAAGAACGTAAGCTTGAAAATAGGTGGAGATGGATCTATTAAATCACTGTTAGAAAAACTTGTTGAGGATTTGAAAATGGACAATCAGATTGAACTTTTAGGAGCCTTATCAAGAGAAGAAGTGGCCAGAGAAATGAAAAGTTGTGATGCATTTGCATTAGCATCAGAACATGAAACCTTTGGGGTAGTATATATTGAAGCTCTTGCATGTGGAAAGCCAGTTATTGGAACAAACAATGGTGGAGCAGAAGATATAATTAATGATGGAAATGGAATAATGGCTAAAAAGAATAGTGTGGAGGATTTAACCAAAGCATTAAAGAAAATTAAAGAAAATTATATAAGGTATGATAAAGATAAAATAAGGCAAGAAACAATTTTTAGCTACTCTGAAAAAGTACTAGTTGAAAAGCTAAAAGGAGTGTATAAAAAAGTATATGAAGGAAATAATTAAAAATGTATATGAATATGTAGATAATAAATTTTATTTTAAACTATTGTATTTGTTTATAACGTTAACTTATGTAACTATTCTAAAATACATACCAGGAACTAATATTGTAAAGAACATTGTATTTGCATGGGGAATGCTATTATTATTACTTTTGATAATTGAAGATTATAAAAGGAGAAAAATTTATAAGTTTGATATCCCTTTAGGTATATTTATGATATTAACTCTAATTTTTAATCTTTTTGTATATAGGGATATGGATAATATAAAGGTTTGGATGGTTAACCTAATAGTATTTACTATAATATTTACTGTAGATGTCTTTAGAAATAAAAAAGAACTAATTAAAGAAATGAATACAATTTCTTGTTTTTATGTTGTTTTTATGCTTTTAGCATCAGGAGCTTCGTTAATTATGTATCTTTTTAATATGAAGTTAACTATTAAAAATGTTGTCTTTGAATTGAATGGTGTTAATGGAGGAGTGTTTGAAAATAAAAATGCTCTTTCTATAGCAGCAGCATTAGCTATAGTTTTGTGTATTTATTTAAATTATGTGACTCAAAGCCACAGACTTAAGCTGTTTTGGTTGGCTAATATAGTATTGCAGGTAGCAGTAATGATGGTAGGATCTCATGGAAGAAGCGCAGATTTAATTGTGATTGCTGTAGTATATACGTTTGTTTTTGTATACAATAAAAATAAATATCTCAGAACCGTACTTGTATTAATACCAATATTGGCTTGCATAGGTGTATGGCAAGTTAACAAAGAAAATATAAGACTTTACACAAGTGGAAGAAGTAATTTATGGGAGTCAGCAGCTGTTGTAGTAGAACAGCATCCTTTAGCAGGAGTTGGATATAATGATATGATAGGAGAAGTTAAAGCAGCTAGACCAATAAGTGATTTGCCAGGTTTGGATGTTGGGCGTCTTCATAATATTTATGTTGAAACAGCTACAGTAAATGGTATAATTTCGTTATTATTATTTATCAGCTTTTTAGGTATTATACTTGCATTTATTGTTGAACAATTAGATAAGCTTCAGCGTAAAGAAAAAATTCAAATGACAACATTAACTTCACTTATAGTAGGAATTATTGCTGTTAATTTATTTGAAAGTAATTTAATTAATTCGGCAAATTTTATATCAATGATTTTTTGGATATACTTGGGATATTTAGTATCTATTTTAGATAATAAGAATGTAGAATAGTGAGGGGCAATGATTGATTGTAAATGCTTGATTTTTAATAATCAGTGGGCAATAATTCAAATTGACAATTGATCATTGATAACTGGCAAGCACTAATTGAGCATTGAAAAATGAAAGTGGGGCAAGACGAAGTATGAAATTTTGTGAAGAAAGTATTAATCAATTTTTGGAAGAATTGGGCTCAGATTTATCAGCGCCTGGTGGAGGGAGTGTAGCTGGACTTATAGCTGCATTAGCATCAGCGTTAAATTCTATGGTTTATTCATTAACTGTAGGTAAAAAGTCATATATAGCTTTGGATGATAATGAAAAAGGAATAATAAACAAATTTCAAATTGAATGTAGAGAATTTACTACTAGAAGTTTAGAACTTATGGAAGAAGATAGAGATAATTTTTTAAAGTTAATGGATTCTTATAAGTTACCTAAGGAAACTAAGGAAGAGAAAGAAAAGAGAGCATTATCTATAAAAGAAAATACCATAAAGTCTATGGAAGCTCCATTAGTTTTAGCTAGAGAAAGTTTAGAATTTTATAAAAATCTAAATGTTATGGCTAAGTATGGAAATAAGATGCTATTGTCAGATTTGGGGATTTCAGCAATCTTGCTTCATTCTGCAATAGAAAGCTCTATTGTAAATGTTAAAGTAAACTTAAATGGACTTAGAAATGAAGAATTTTTTGAGAAGATTGATAATGAATTGCATACAATTATGGAAAAGTCTTTTAGTGAAAAAAATAATATTATGGGATTAGTAAATAATATTATTTACCCCAATTAATATATAATAAGTAATAAAGAGATACTTAGAATTTGTTTTAATCTAAGTATCTCTTTATTATTATTTTATTGGCTCGCCATCAAAATTCTCATATTGTGGTATGTTTTTGGAGTCTCCAACGTTATTTTGAGAAGAGTGAAGTTTTTGTCTTCTTAATCCTTTTTGTTCTGGATTAGATGATCCAGGCTTATGTATTCCATCTTTAGTAGACATATAGACACCTCCTTTAATTGTTAGTTTGTGTTTAAAAGAAATTTTGATACGCTTAAATTAAAAGAAGATTGTTATAAAAATTATCTGTTAAATCAGTAATTATTTTTTGTTTTATCATAATTACATAGTTATAGATATCCAAACCAAGAATTAGACTTATGCAACAATTGCCGAAATATGATACATTTATCTTCCACAGGACTAGTGAAATTTTCGCTAGAAGGTTCTAAATGTGGGCTTGTCGTCATTTCAGCGTGTTCCAGATGTAAAATCTCCAAGGAGAAAGTTCATGTTTCCAAATATAAAAGCTCCAGGGAGAAAGTTCGTGTTTCCAAATATAAAATTTGGACACTTACTTTTTGGACATTCACTTTTGGACAAGCTAAAAATGAAACAAGCCCACATTAATACCCTTCAACAGCTCAATTTCACATGCCTGCTCCAGAAAAAATGTACCATATTTCTAGTGTAATTTAGTAATTTTAATTTCTCAAGAGTGTATACATATTCCATTTATAAGTTTGATTATTCATTTGGATATCTATAAAGGGAAGGAAATAATTTTAACTAGAAGAATTATAAGTTATGTGTTATTATTAAAAAATAATGTATTGTTTTTAGAAAAGTAATTATATAACTAATTTAAAAATAATATGTTTGTTTATAAAAGATTAGAAAGTCATTACCTTGAAGAATATGGTATGAATAGTGTATAATGTTTTAGTATAAGAATATATTTAACATATAGAGTCTTAACTTTTTGAAATAAAAGTAAACGATGTAATAGATATAGGAGGAATTCATAATGGAAAATACGCAATTTCCTATTGTTATAAAAAAGAGAAATGGGTTTATGATTGGAGTTTCAATTTTAGAAATTTTTGTTGGATTAGTTACAGGTATGACAACTGATGGAATTAAAAGTCCTATATTGTGGATATTTGTGTTTGTAGGGATAATTACTGCGCTATCTGTTTTGGTTGAATATAATCAAGATATATACTTAAAAGAAAATAAAGTTGAATTTTATAAAAATAATGATTTGATTAAAGAAATAAAATATAGTAACATAAATACTCTTTCAATTAGCAAAGGCAAGGACGCAAAAAGCAAGAAAAAGGATTTTTTTACGATTTCCTATAGTGAGGGAAAAAAGAGTAGCAAAGATGATAATTATTTAATTAATCCAATGAATTATGGAGCTGAGGATTTAAAAACTATTAAAAATACGATTTTGAAGAAAAATCCGTCTGTGAAAGTTCAAGAAGAAGTTGATAATTTTATAAAATAAAATTCAAGAGGAAACCATCTGAGAATAGTTGTAGGTCAGATGGTTTTCTTTTAAACGAGTCTGTCAAGATTTTTGTGTAAACTTCAAAAAATAACATGTTTATTTAATAAGGTTGGAGGTAGAATTATAACTTCCAACCTTTATTTTGTGATTATTGAATATTATTACATTAATTATTTAAAACATAGGTGATTTAATTGTTCTAAATTTTAAAACAAGACTTCGTCGAGACGACCTTCGAAGAAGATTGATAGTTGAGCTAAAATTTGAGCCCAGCTCTTAATTCCTTGTGTCCATTTTTTTGTGATATCAACAGTTGCAAGATAAAGTATTTTTAACAATGCTTCATCATTAGGGAAAATAGACTTACTCTTAGTAACTTTTCTAAGTTGGCGATTATAGCTTTCCATTGCATTTGTTGTATATATTATTTTTCTTATTTCAGGAGGATATTTAAAAAAAGTTGCAAGTTCATCCCAATTATTTCGCCAACTTTTTATTGCAATTAGATATTTATCTCCCCACTTTTCTTCTAATTTATCCAATTCGGCTAACGCTACGTCTTCTGAAGGTGCTTTATATACAAGTTTTAAATCGGCATTAAAAGCCTTCAAATCTTTATACGATAAGTACTTACTTGAGTTTCGTATTTGATGAATAATGCATCTTTGTATTTCAGTATTAGGGAACACTGCATGGATAGCTTCTTTGAAACCATTAAGACCATCAACGCAAGCTATTAAAATATCATTTACACCACGATTTTTCAGTTCATTTAAGACTAATAACCAGTATTTTGATGATTCAGCTGATCCAATCCAAATGCCCAGCACATCTTTTTTACCTTCAAGATTAACTCCGATAACAGCGTAAGCTGCCTTTGATACAATTGTATTATCTTTTCTTACTTTAAAGTGAATCGCATCCATAAAGATTATTGGATAAATTGATTCCAACGGTCTACTTTGCCATTCTTTAAGCATTGGGATAACCTTATCTGTTATATTTGAAATAAGAGTTGGTGAAGCATCCATTCCATAAATATCATTAATTTGAGTTGCTATATCTCTTGTAGTCATGCCTTTTGCATACATTCCAATAACAGCACTCTCTAAGTGTGATACATCTGTTTGATGCTTCTTTACTATAGCTGGCTCAAATGAGCCTTCCCGGTCTCTTGGAACATCTAAATCAAACAATCCCAGATTGGATTTCATAGTTTTTGAACTCTTACCATTTCGGCTATTTGATGTATTCTTATTTCCATAATCATGTTTAGCATATCCTAAGTGTTGTTCCATTTCCGCTTCTAGCGCCTGCTGAAGCAAACCTCCAAATAAATCTTTAAGTGTATTTTGTATATCTTCAGCAGTTTTGATGTCAGAGTTATTTAAAATTAATTTTACTAATTCATCTCTAGATAAAGACAT

Protein sequences of DBSCAN-SWA_2

>NC_020291|1066247:1197944|1118349_1119066_+|WP_015391105.1|DBSCAN-SWA
MIKKREFNEILEGQISIFDLELNFSQKPKKENIPVVKSHRDKFAEIINLYQSSAARIVKQVCGSLLVELDDKTLYFNGDGVKELELRKDMALLPGDEILVVNQDRELNELQLQRLKALNVTEYIKRKGDANIIIQEKGKTIVISPKGWILEYVQAPKYKENEVFSTKIHNENTDSNNKITESDEDHIEFNLDDTVEIEYEGSKEIGKIKSIYNNGETINVSWNGKRTAFYYKCVRKVS
>NC_020291|1066247:1197944|1184108_1184957_-|WP_015391168.1|DBSCAN-SWA
MAIKKQVYNISKIVLVSIFLNLIQIISITLFIYYKYKNPYMIEGNFILNVIAISIGVNSIITGIIFYNLLFKKGNNNLIDTLNYLEALNKTLRTQRHDYLNHIQVIYSLMELEEYDEARRYIEPVYKDIIRVSKALKTSKPAVNALLQAKLQVAEKNNIDMELEIKSDLQYLNIEPWEFCRIIGNIIDNAIFSLKEKPDNKYILVEFSEDLENIRINISNNGNMIPKDIIDKIYDAGFTTKGNKGDGMGLAIVKEIIENFSGTISVISTIQRTSFEVVIPKK
>NC_020291|1066247:1197944|1128186_1129341_+|WP_015391116.1|portal|DBSCAN-SWA
MNFINRFFNRSPSKTRFELVEDRGNGFYSWNGKLYKSDIIRACIRPKVKAIGKLIPQHIRNNTQQGFAVNPEPYIRFLLEEPNPYMSGQMLLEKLAMQLALNNNAFILIVNDDNGYPVELYNIPCVTAEAIYDSQGLLYLRFTNRNGKMVTYPYTEIIHIRQDFNENDIFGESPREALIPLMEVVYTMDQGIVKAVKNSGVIRWLLKFNNSLRPEDIKKNVEDFTKSFLATSNEGGAAGVDSKSEATQIHPDDYVPNAAQIDRTTKRIYSFFNTNEKIVQSNYNEDEWNAYYESEIEPLAMQLSNEYTRKLFNRRERGFGNRIIFAANNLQYASMSTKLGLLAMVDRGALTANEWREVINLPPIEDGDKPIRRLDTQVVGGGEK
>NC_020291|1066247:1197944|1080874_1083220_+|WP_015391070.1|DBSCAN-SWA
MAETNGIGVSIPRKEAFDKVTGKAKYTDDLIQTGILHAKILTSRYAHAKIKSIDISEAQKALGVQAVITGDYCPVLCGTMIEDRPPIAIDKVRYYGEPVAVVVANSEQNAMKALKLIKVEYEPLTVINSVSDAVKADAVLIHEKLSSYKHAVQEVYPEENTNISHRIKIRKGDLRKGWEESEVAVCEKFSLPQSDHAAMETRSAKAEIMPDGRVIIYTSSQAPYSVKKLLSKYYNIPEGNIIVKVPFVGGGFGGKAPMQLEIIAYLAAKAVNGKTVKIANSREEDIKTSPCKIGVEANLKLGATKDGIITVLEANYMVDGGAYADIGPRMAKAVAVDCSGPYNIDNIWCDSICVYTNHTYATSYRGFGHAEYTFCMERMMDRLAKKLNMDPLELRIKNAIIPGQYTPTQVKTSESNIGSLLGCINKLKELAKWDEGQITKTEEGMIKAKGIGCFWKTSNSPTNAVSGVLITFNTDGSINLNSGAVEIGQGTKTTLAQILAEKLKMDVGKIHLFMGVDTQVSPEHWKTVASMTTFMAGRAVIRAAEDLIRQLKSLAATIMKSPPEDLEVENEKVYLKQNPEIYVSFKDLVRGHQEANGLAVEGQILGRGSYIMSHITGLDKESGKGKPGPAWTVGVQGVEIEYDPKTYTYRLIKAITVIDAGKLINPKTSRGLVMGGINMGFGLATREVFIYDSNAILQNTTFRTYKPMRFGENPEYIIDFIETPQIDAPFGARGFAEHGIIAIPAAFANAISIAAEHEFNSLPITPEVIWKAKTGGKYDTL
>NC_020291|1066247:1197944|1089932_1091651_+|WP_015391078.1|DBSCAN-SWA
MKNNFRAPQNLFSDPNYYHYVVEYEGNIIEEVTKVPGYYVTIINGKYAIVSTNKEVQLNIEGQIFTTIVYVAPIDLFTLQESSPVQASQAEFLQLELPLRLTGRGVTVAIIDTGIDYLEEEFIKENGETKIEYIWDQTIEPIQKNEQSIVPFGTVYNKDQIQQAIAASRNGQSPYEIVPSKDEVGHGTNMAGIIGARGKNPNLKGMVPDCDFVVIKLIEYITIMKRFNLMVPTYDLFSIFPAIEFLYRYSLTTNKPIVIYFPLGSNLGSHKGNGILEQYIDSVSSKSGVAFVTGSGNQGASACHASGVIPQVNDSRIIQMYISPEQKNSLIQIWVDSPNIMSLELVSPSGENTGKIRVLINGVNTYSFLFENTTILINSYFPEEMTGDQSFTIRFRNIKEGIWKFRLTGESILDGKFNLWMPPTGLSIGGTAFIPSDPYGTIMNPATSTYILTAAAYNQNNNTVVEYSGMAFLEDYVDRIDVAAGGVNALTVAPNNTTAVVNGTSVSAAVLAGACAMLFQWGIVEGNDPNIYSQTIKTYIQRGVDERGGEVYPNPQWGYGLLDVVKMFESML
>NC_020291|1066247:1197944|1188229_1188943_+|WP_015391171.1|DBSCAN-SWA
MFTNILDFKIFKEDMKSLMDYVNTFDKVNIVSGNPEILFNGLDDPILTNFFKHKNSVIIPDGVGTVIASKLIGDPVKEKIAGIDLVKEVLIKANKEKKSIYLLGAKEEIINKCVENIKLEFPDLKIAGFHNGFFDINNCNDIVEEISNSNPWAIFVAMGSPRQEIFIEKVMDKTNTHIFMGVGGVFDIFAGELKRAPKWMITLGLEWLYRVAKEPVRIKRLVAIPKFLLLVLKHRKK
>NC_020291|1066247:1197944|1148063_1148831_+|WP_015391139.1|DBSCAN-SWA
MNLLRVTDISMNYHSLKGETQALKNINFEVNNGEFISILGPSGCGKSTLLNIMSGLLEPSQGDVLYKGESIKKNLDKIGYMFQKDHLFEWNTVWENVILGLKIKKQLTNEAKNRVNELLDAYGLVRFKNHYPSELSGGMRQRVALIRTLALNPEILFLDEPFSALDYQSRLLVCDDVYKIIKSEKKTAIMVTHDIAEAISLSEKVIVLSQRPSKVKVEVPIYFNNADLTPFQKRREPKFTDYFNRLWKELNHTSV
>NC_020291|1066247:1197944|1148823_1149642_+|WP_015391140.1|DBSCAN-SWA
MFKKNNINKISKEHEVYLEKVRKTKKEITFIRVMILFVFIALWQIAADFKWIDPFLTSSPSRVVNSFIGLYKDGSLFKHIGVTCYETILGFSLGTILGVLAAIVLWWSPKLSKILDPYLVVLNALPKVALAPIIIFWIGNGMPAIIVIALLISVITTIISVLTGFSEIDKEKIMLMNTFRASKIQILRYLIFPYSIPIFIAALKINVGLSWVGVIMGEFLVARNGLGFLIVYGGQVAQLDMVMMSIVILSVIAFIMYEVVAIIENKLAKDRS
>NC_020291|1066247:1197944|1168026_1168791_-|WP_015391154.1|DBSCAN-SWA
MIKPLFLAHGSPMMAIEKSVYTKFLNNLGHSINPKAIVVFTSHWTTEKITISSIDSIYDTMYDFYGFPKELYQIKYPAKGSSSLALTIQNKLIASGIQTKLDSARGLDHGTWTVLQHLYPNADIPVIQVSINCTLSVEEQIRIGAALKDLSQEDILIIGSGNTVHNLRLVNWDSSDTDPWAQEFDDWLINKIETNDFKALYDYRNSAPHANLAAPTQDHLVPLFITLGSSPNLSPKIIYRDYQLGNLSYLCYEF
>NC_020291|1066247:1197944|1194362_1195010_+|WP_017810803.1|DBSCAN-SWA
MKFCEESINQFLEELGSDLSAPGGGSVAGLIAALASALNSMVYSLTVGKKSYIALDDNEKGIINKFQIECREFTTRSLELMEEDRDNFLKLMDSYKLPKETKEEKEKRALSIKENTIKSMEAPLVLARESLEFYKNLNVMAKYGNKMLLSDLGISAILLHSAIESSIVNVKVNLNGLRNEEFFEKIDNELHTIMEKSFSEKNNIMGLVNNIIYPN
>NC_020291|1066247:1197944|1152793_1154188_-|WP_015391144.1|DBSCAN-SWA
MKKNLILKTLILTVSLSLFSPFAIASYAVNNNSKQKTEATSKTAPKAKTEASTNTTSEAKTETNADGLPEIKGEAALTFDYDTGEIIYCKDADSKRYPASTTKLLTALLLSENKKPTDQLEYTESAKKQPEYSLNLNYMHNTMQPGDTVTADDIMKGLLLFSGNDTAYVIADNVAGDSTAFADMMNKKAKDLGANNSNFITPNGLHNDNHYTTAYDLSLILKAAFENDWVKSTMELDKAPITLKNSKIILENRNLTLGKNGNLAGKTGTTVPAGGCLATVYERDGRKIVGVVLKSRQIDNADMTKFNDMDAIMNYSYAATKSVYKTKGDDVGTADVSYKPFILFGPTKTISVPVKLTQDVNYYKNAINDAESKITFDGTNSSAWSLLSNKNIKLTYSTRHYSEEVTGSVDITLSAILKDNLIIYIASLVVLIIIITLILLIKAMASNAKRRKRSYSNRSRRRRY
>NC_020291|1066247:1197944|1114868_1115207_-|WP_015391096.1|DBSCAN-SWA
MLLKDRLKELRLERDLLQKDIAQILNLTTSAYGYYEQGKRVPDSETIKILSNFYNVSSDYLLGMSDVRNYTKDSNITIALNSDTDYDELPKEAKDEINNFIEYIKQKYKNKK
>NC_020291|1066247:1197944|1163599_1164328_+|WP_015391150.1|DBSCAN-SWA
MYIISACLCGVNCRYNGKSGSNERCLKLFREGKAVLVCPEQLGGLPTPRNPVELDNTASQIIEGNGKAISNKGEDVTEKFLNGAYETLKIAKELGATKAILKEGSPSCGANFVHDGTFTGNRINGKGITAKILENEGITVFSDEDLEINNSKLVYLNEFDREKAKKRRLFELEEEDDEEEEYFDLTENLTDMSELPPKVEENVKKLMISLARDLMGFEELDEIAEATGLSIEEVEEILNEEE
>NC_020291|1066247:1197944|1084642_1084825_+|WP_015391073.1|DBSCAN-SWA
MITKDLTIGEILRIKEDAAQILMSFGMGCVGCPSSQAETIEDASQVHGLNLEDLLVALNK
>NC_020291|1066247:1197944|1164734_1166210_-|WP_015391152.1|DBSCAN-SWA
MTIRRFPEGFLWGGATAANQVEGGWKDGGKGISVSDCARHHLDVDVTNYKKHNTVTSKDIEEALKTDDESLYPKRHGSDFYHHYKEDIKLFAEMGFKVYRMSIAWSRIFPNGDDIEPNEEGLQFYDNVFDECLKYGIEPLVTMSHYEPPINLVLNYNGWYSRELVGFFEKYVTTICTRYKDKVKYWLTFNEIDSMIRHPYTTGGLIEDRFPGMNWEQVIFQAMHHQFIASALATKICHEIIPEAKVGCMLTKLTYYPYTCKPEDVLKAQQDMRATYCYSDTQVFGEYPSYLLARFKNNGIIIKKEPGDDEIMRNYPVDFVSFSYYMSSCTAASTEGLDISAGNTITAIKNPYLPSSAWGWQIDPIGLRISMVDLYDRYRKPLFIVENGLGARDEVNTDGTIDDQYRIDYFNSHFKSMLDAIEYDGVECLGYTSWGCIDIVSESTKQMSKRYGFIYVDCDDYGNGTFKRIPKKSFYWYKNVIKSNGECLFEN
>NC_020291|1066247:1197944|1111254_1111752_-|WP_015391091.1|DBSCAN-SWA
MRKLNEIFCIIEKEKIYLEERNLNQSSFNGIYIKAPDFPPVILVEKSIINDRCKYISVLAEELGHHYTSVGNLTITSRNYSEKLMKNKQEHRAKSWAANFLVSDEEFEQALCNCISNPSDICDSFNMTHEMLKYKIHSIVLDENRYKRIRSALMKKEVSYNSCEI
>NC_020291|1066247:1197944|1181194_1181938_-|WP_015391164.1|DBSCAN-SWA
MNIKVLIVDDEQGMRTIIKKILDKSSGFEVVGDTDNGEEAIKIFKEHRPEVVFFDIEMPGCNGIDCAKILTDIDPKTIIIFATAHQEYMSDAFQLYAFDYLVKPFKIERVLHTLDRIKTLNKPNYEDGIDKIIKHEKGLDKLMIKNKEGISFVDTKEIVLIQREDSSTVIYTQSDSFTTSISLSEIEEKLDHSQFFRSHKSYIINLSLITKIYPYGRWTYIVKLKNTEKDALLTHEKYEEIKKLFSL
>NC_020291|1066247:1197944|1116299_1116509_+|WP_015391100.1|DBSCAN-SWA
MNEKIKEDKEINQCREKILLKKKSDQETLNKGQCLILITKRMMILQVILSLIGIFLGIVGIILSMDKLG
>NC_020291|1066247:1197944|1093145_1094090_+|WP_015391080.1|DBSCAN-SWA
MKGLEKYLQEIYENCEIPFEVYADDEIVFKSHPNNLKGELLENRFSIGLKNFVIVVEQSYKNSIKLLEFCVRDKYKEDTNKREKILNQLLQKLSVSRDKIKEIMPEIKDDTYLITINLQDKLIEALDVLKNIYNDIDVIILNYEDTIVLIGAFEDINEHISSISETIYVSLYEKCYLSYSPIEEYETILNLYNENVNKINLARKYNLTTMVFSPNSLLFEEIMDKLNQETKEKILSDFDKSFSKLDDDMIKTIEVFLKLDLNLSEASKGLYVHRNTLIYRLDKIEKYTGYDIRKFNDAVLFKMAFFIWKQRNKI
>NC_020291|1066247:1197944|1078079_1079408_+|WP_015391068.1|DBSCAN-SWA
MSSFQDNLNEKVIPVVMKFVNLKGVIALKDGILFTLPLTLIGSVFLLLAQLPYQPLNDWLAVTLGAGWTDPLWKAFGATFNIIALMGTMGIAYIYAKNEGHEPFSAGVIAFVVFVLTTSSSVITKGGETVGDVIPTAWCGGKGMVTAIIIGLIVGAVYSWFMEKKITIKMPAGVPQGVANSFAALIPAAVIILGATVVFSIFHWGLQTTLIEFIYKVIQTPLQGMTDSLGGVLFMGFAIPFLWWFGVHGSTIVGGIMGSLLTSNTLDNAAIVTSGKELTVANGAHIVTQQFLDQFMTVTGAGMTIGLVTAMLIFSKSAQCKQLGKLAILPAVFNINEPITFGTPIVMNPFMALPFIITPMLSGLILYFAIATGIVPPFGGVMVPWTTPPIISGLLVGGVRTAILQFLVLVMSFFIYLPFFKKLDAMNYKNEQAAQSAEGVHA
>NC_020291|1066247:1197944|1169573_1170047_+|WP_015391156.1|DBSCAN-SWA
MNFYDFAANKMNGKEIKMEEYKGKVILIVNTASKCGLTPQLEGLENLYKEYKDKNFEILGFPCNQFANQDPGTNKEISEFCLINYGVTFMMFEKIDVNGQKAHPIYKFLKENAKGTFGSEIKWNFTKFLIDKEGNVIKRYAPITTPEKIKSDIEKLL
>NC_020291|1066247:1197944|1115614_1116046_+|WP_015391098.1|DBSCAN-SWA
MVQNYRNIYQIARENTSLTQEKSSELLDISVDSLRAYEGGKRTPPENIVIDMAKIYNRPYLILQHYQKTLIGKELFPNIQIKYLAEAVLTFLDELEDLETIKKLIVKISRDGQIDENEKDDWEMIMKILDEMVCAIITIKFAR
>NC_020291|1066247:1197944|1171445_1171982_+|WP_015391159.1|DBSCAN-SWA
MIYDFNVKAVRGREVSMEDYKGKVLLIVNTATGCGFTPQYEGLQKLYDKYKHNGFEILDFPCNQFLEQAPGSDEEIVSFCQLKYRTTFKTFSKIDVNGENASDLYKYLREQAPKAAEDEASEGLYDKLKGYGFSTDGDEIKWNFTKFLIDKEGNVIERFAPTYEPEKIAEKIEELLKK
>NC_020291|1066247:1197944|1126506_1128171_+|WP_015391115.1|terminase|DBSCAN-SWA
MTYIEEYYNKIISNEIIACKRIKQAYSMLVDKLHNPGKYDPWIFDEELANRPIEFIETFCKQAQGELGGALKLELFQKAKHQAVFGFVHKETGFRQYQEVLDIRGRKNGKTTELAADETFMLVGDGEGSPECYIIATKLDQSKKGFNECYKMIQQSPDLNKHLKKRKSDIYCPFNYGTIQALASNSNGLDGLNSHMVTIDELAAIKNRDIYDLMKQSMSSRRQPLLDCITTNGFIRGSIFDAQYEYACKVLDGKVKDDRFLAFIYELDDKDEWDKEEMWIKANPGLGPIKKIEFLRDCVNKAKEDPAFKATVMVKDFNMKENSASAWLRWDELNNEAVFDIREMGFRYGIGCFDLAETTDLASAKILCMKRDDPGIYVIQKYFVPQEKLNNEETNKEEDSVPYKLWEQQGLLRVCPGNKINKYDILEWFKEVRDTYDIYIPWIGYDPWHVDDSLLQTFKDEFGSESMIPVRQGVYTLSFPMKELKADLIADRINYNNNPIDKWCLSNMEIKTDINGNIQPIKGVDNRKRIDGGVSLIIGYVVFLDKLSEYENMI
>NC_020291|1066247:1197944|1098822_1099776_+|WP_015391083.1|DBSCAN-SWA
MKKIVVLDGKTLGNVDYIKLNEFGQVVYYDLTLKEEVAERIKDANIVLTNKVALNEDNLKEASELELICEMATGFNNIDIKYCKEKNITVTNVSGYSTTTVAQHTFAMLLHLYDNISYFDHFVKSGEYSKHNMFTNIEVPYRDLCGKVWGIVGLGNIGKRVARIAQAFGARVVYYSTSGKNADSDYARVEFESLLKQCDIISIHAPLNEKTEGLFNYEAFTKMRKDAVLINVGRGPIVVDEDLSRALDEEIIGGAALDVFKVEPIPGDNPLLKIKNKERLVLTPHIAWASEEARNRLFADLLENISAFNRGEKRNRV
>NC_020291|1066247:1197944|1141322_1141655_+|WP_015391130.1|DBSCAN-SWA
MEENIKVYVKVDSNNVITQVDSSIFLFNVEDWVKIDEGQGDKFSHAQGNYLDKPLVDMQGKYNYKLMDGKIVDLTDEEKEKLFPTVKQELSLVDRIAMLENLQLQQGGLV
>NC_020291|1066247:1197944|1117178_1117442_+|WP_015391103.1|DBSCAN-SWA
MKNIDSSQLETDQDELIQEQLKEVYPIDLTLIYPIGNGFEVIDDTVLDSSNAIKIHVNIDSNKYPKSKVYESIKIACQRFLEYYSYS
>NC_020291|1066247:1197944|1191846_1193010_+|WP_015391174.1|DBSCAN-SWA
MHIMVIPSWYASSRNKVHGSFFKEQFIALSNSGEKITVAYNEIWPITMFGKIDEKRGLKFNIEENLRTYRYKDYNYFPKMALMFRSFNKRMDKLYQEIIKREGKVDIIHAHSAFWGAIAGAYISKKYNIPLVITEHSSLKYAKYARESYKKYIFESYEMADCLIAVGNGLKKEMQEYVNKPIEVIHNMVDLKLFDVDKNNNRNVSDKEKFNIFSCSFLEEGKGMECLIKAFAQAFRGKNVSLKIGGDGSIKSLLEKLVEDLKMDNQIELLGALSREEVAREMKSCDAFALASEHETFGVVYIEALACGKPVIGTNNGGAEDIINDGNGIMAKKNSVEDLTKALKKIKENYIRYDKDKIRQETIFSYSEKVLVEKLKGVYKKVYEGNN
>NC_020291|1066247:1197944|1170090_1170957_+|WP_015391157.1|DBSCAN-SWA
MSERYDLAIIGSGPAGLSAALNAKIRKKKFIIFGTNELSAKLTKAEKINNYLGFYGKSGAEIRDEFVKHLDFMDISIKEEKINNIYAMGDYFALMVNEKMYEATSIILATGVNFGKPFKGEEEFLGKGVGYCATCDAPLYKDKVVTIIAYNKHEEAEVNFLSTIASKVYYLPMYKEKVDVNESVEIIKDIPLEIIGDKKVNKLILKNSEIETDGIFILRDSVAPGQLVPGLKMDGSHIEVDKKMKTNLKGCFAAGDIVGVPYQYIKAAGEGNIAALSAVSYIDEVSKK
>NC_020291|1066247:1197944|1119092_1119248_+|WP_015391106.1|DBSCAN-SWA
MDKLNENIEKVIKAHFEEPDKTLKEIFEEFTEGLSEEEKAVFYKNIRKIVN
>NC_020291|1066247:1197944|1083206_1084040_+|WP_015391071.1|DBSCAN-SWA
MIPFDFEYYKPETVEETVNLYKELNNKGKKPLYYGGGTEIISMARAYNIYTEAVIDIKGIAECNVMELDENKLIIGAAVTLTQIAEANLFPLLSLTVKRIADHTIQDKITLGGNIAGTIIYRESVLPLLICNSQVVIAGLSGRKQVAFKDIFDKRIKIDPGEFIVKVIVEDKYLNLEHLHVKRTKNDKIDYPLITLAAIKDDEKINIAFSGVCDYPFRSSVIENYLNDKSLSVNERINNIICNMPVLILNDLSGSAEYRKFMLQKMLLEVLEKMEED
>NC_020291|1066247:1197944|1079501_1080296_-|WP_015391069.1|DBSCAN-SWA
MKKILITGCGSGLGFEAAIALANRGHYVYATTHTEEQANKLNSLNKRYNLPLESFKLDVLCKNDKMKVLKLKIDVLINNAAIGDSGSVAEIDINKYREVFETNVFGPIDLTQLVLKQMISNKEGRIIFLSSLAGRSPLPFLSPYCATKFALEAIVPSLNEELQVLHDVNIPVILIEPGSYATGFNQKNIAKQFGWMKIDSYFKNCIQQLEKKQYTYFKLTESTNINSIINEYIKAVEDKHPKKRYIAPTSQKILIKIKNTFSNK
>NC_020291|1066247:1197944|1137148_1137850_+|WP_015391127.1|DBSCAN-SWA
MSYIEYNNLISENIEGLKIENIPAVPATAIIYETVEVDGGENLTKIKGFSDIEISFNFVYKANENEYFRKKARIDNWLLSSTSKYLFYSMDKYKIYKVKQVKISETKTTVRRVRRFTATFVCNGLKYMESGLKSQTITSGTTLNNFGTYEAKPYLKIYGNGNITININDSSFTIKNVSDYVVVDSEIMECYKDNINFGKNMTGDYPVFSIGKNKIGWSGSIKKVEIIPRWRCY
>NC_020291|1066247:1197944|1152115_1152694_-|WP_015391143.1|DBSCAN-SWA
MNKINFKGSVMLNPTPVVLVTSKNNADKVNVFTVGWVSTVCTKEPIIAMGIRPERLSHEYIKESGECVINLPTREMVKIVDYCGVRSGKKEDKIKHFGLQLNKGDSISTPSLQKSPIALECKLKSITPLGTHDLFLFEVLNIKVDEDLLDPNGKICFNRANLICYSHGEYYGLNAKPLGTFGYSVKKKKKKR
>NC_020291|1066247:1197944|1131357_1131639_+|WP_015391119.1|DBSCAN-SWA
MLEKIKLALRIDDDILDEEIQDSIDAAKADLKLSGILESKIVETDPLIIRAIKTFCKVEFSTDDKEAERYRNSYEMLKDHLALSIDYTVEVIA
>NC_020291|1066247:1197944|1126138_1126510_+|WP_015391114.1|DBSCAN-SWA
MSISEQLERDRKIKQEVNKIKKIFKDFPKDKTKVIEGLINEAAFMKVSLEDTRIDLIKNGLTELFEQGDQAFNRERPEVKIYSNFMKLYSSIMKQLIDLLPPELKKEQTDALMDFISKGKIKK
>NC_020291|1066247:1197944|1131985_1132336_+|WP_015391121.1|DBSCAN-SWA
MDIIEKIDIALSNALDPLNIRSFYGWYDEDINGTHVTFTLISDLDEDYADDEAESTTTLFQVDIWSKENMEELKKTIKSAMKTLDNCTYNSGADLYENDTKIYHKALRFNITQEVT
>NC_020291|1066247:1197944|1147261_1147465_-|WP_035281098.1|DBSCAN-SWA
MIRFRKLNNLTQKELSLLTGINKSSISKYERGELFPSRKNSIILADFFRLDTKYFHEDYFENLAVHC
>NC_020291|1066247:1197944|1156723_1158646_+|WP_015391147.1|DBSCAN-SWA
MIKVTVNINGMNYILTGEKDEKYLLGVANYVDTRIKEIISKKAGFSSTAAAVLAAVNIADELYDCDLELDNSVKVKENLEAEIKEIKQELEQVRLNIETIDKEKSSIQSEFDKKEQELNTRYKDQEATYKSLKDIIDNLKVENDKLKNQNKLVNEELKKNRNINEALSKELAEIKEKNKFIYKKADDAKNKEHRLEKQLQQANEQVRNLTNQIANVNAEKEKINKELIETSDNNLHLTKEIERFTSINSNLDSEVLELKKSKETLEVDYNNTYEELKKVKANLQAEIASKELVNKDYGLCKINLDKLNGEYTKCINELTECKKNLDNKINEYTMLKNRAREEREILNNKVAELLLSEEELKNDLKSEKENIIELNNKIEISKIENDKIKKELNDLIEESDREIKEGKNKINNITKENEDLVNQINLLSEEKDVLATEINKLKVEQEDLHIEIKNMRDVNDGLSQEIEKTDKQKQILEEELEVTRSNNEKLKYELKVTQEESEKQLNTKIQEIEDLRKVIEAAEHELRRIKEELGGKERLVERLEKELEDKEWIFLKLKREIEAKQKELDNSKNNIEELQEKVSNLASEKETLANENEKFTQESRGFQHRLFELQSEIINKDIEIAKIKKMQVGPVVNKKR
>NC_020291|1066247:1197944|1189018_1190548_+|WP_015391172.1|DBSCAN-SWA
MKHKSTLIKSTFIIMLVTLVSRLLGLVRELLIGKGFGAGVYTDAYNIAVPIPETIFALVGLAISTAFLPTLSKIKAKKGKEEMYAFANNVISILLVVSIIIFIISSFFAKEIVYSFKPSEATATIAIGLLKITLLNILFLSINACFTALLQVNEDFVIPSILGLFFNLPMILYLLLCRNYDILGLTIANVLGNFFRVAVQVPSLITHGYKYRFCINLKDERLKAIIILIIPVVIGAGANSLNMLVDKYMAFGLHQDGAVSELEYAQKLIVFINTIIVTSVNSIVYPLMANMQSNEDKAGFVDILKKSIVYLAILLIPITIGIIIYNKEIISLAYERGAFDAKVVEATSPALFGYGFGVFFTGMRDILNSTLFTMGKTKVTTINGIIGVIINIIFCVILSKYMGIMGIALASVIAMAVTAILLFRSIVKLEKSLSIKGIVKKIGLITINSLIMGLIIITLVVYLKNKLSSLTLLLLGVIVGSIVYFILCYLFRIEEVIEIKDFILKKINR
>NC_020291|1066247:1197944|1150898_1152041_+|WP_015391142.1|DBSCAN-SWA
MAYDDELLITYGLGYAFEKSKLLIVSEIEEKTVLKKEIDIIEEINIINKFKENLNKKCTLNSSKNYIRDIEDALEEKLSKIIPIIISIKGKDQKRQDYLMEEYIKSDLIQLRLKKEGYIQKDSTLVKKYIDNCSGELENNSENASEKILSYNKIILKIILTTNFGSEFYKFLSERGQVVILNNEEKLIGEELEYENINNYLIKNEYKNLDFLNLLLFLETWQKKYFEWDGNYTSLMFSINRNGKRYHGPKSEIKDYVIAFLKEKRYLYFPFGRYDINNMFITLNDERYCNSKESESSKRNCVVLEKKESKLYQITVSDFKRIDLEKDMELGYLLSYKNDEVYISLVMYDKKNGQVLNISDFENFREEMICALEKHFIVEG
>NC_020291|1066247:1197944|1132735_1133314_+|WP_015391123.1|tail|DBSCAN-SWA
MSRTIGLRDISFAELLTDKRGKEATYGPVKKYERSVSAKLTPKTNSDTSYSDDEVEDIVTTFSQVDVEIELNQLSVATRAFLQGSKVVNGVLIENKDDQAPYVYMVFKSKKANGKFRYVCLYKGKFELVADEHQTQEDKIKQSTAKLKATFVCREFDGNYRLIADSDDDGVVEADLEKWFTTVPPVPVETTS
>NC_020291|1066247:1197944|1133366_1133723_+|WP_015391124.1|DBSCAN-SWA
MVNKKVKGKQLKNKKNDNKVIIKGREYEITLSLGVLAELEDIYGDVDAAMKALQSKKVRPYIDFMYAIMVLEDGNENLTRREVGRMLDMDFINDLIGKTEVAMKNSFGEADENENMGE
>NC_020291|1066247:1197944|1102883_1104323_+|WP_015391085.1|DBSCAN-SWA
MESIWSSEVKFKEREKLDQNLECDIVIIGAGITGLLTAYMLNKSGRNVVVIDAKSIASGNTKNTTAKITSQHKLIYDTLFKEFGEEGARQYAKANELAIKRYKEIIDEEKIECDFEYKDSYVYSLESAENIEKEYNAAKKLGIDAELAESVNLPFEIKSALKFKNQAQFNPLKFLKPISEKLTIYENTRAIDIKENKVIVEGGEIKASHIIVATHYPFLNVPGYYFMRMHQERSYVIALENAQEVDGMYKSGDKKGYSFRNYKNLLLFGGSAQRTGENESGGAYEELRKAAKELYPNSIEKYHWSAQDCMTLDDIPYIGRYSSSLPNVYVATGFKKWGMTSSMVSAMIISDIILEKENDFSEIFSPRRFDMSASMKTAAKDLVITAKNFIAQRIDIPEEHTGNIEKGHGGIIEYKGQKAGVYKNNDGRIFAISTKCPHLGCELHWNADELTWDCPCHGSRFDYEGNWVEGPATKGDNNI
>NC_020291|1066247:1197944|1105813_1107046_+|WP_015391087.1|DBSCAN-SWA
MELLNGADMGFVFICAALVMLMVPGLALFYGGMVRSKNVLSITIQNYAALVIISLQWIFVGYTLAFGPDIKGVIGGLDWGFLSNIGITPNADYAGTIPHLEFVIFQLMFSAITAAVISGSVAERMTFPAFLVLIILWSTLVYDPIAHWVWGTNGWLKNLGVLDFAGGHPVEINSGISGLVAAIVIGKRRHPSPEPHHIPMAILGGGLLWFGWFGFNAGSALSMNYVAINAFFTTNTSAAAGAIGWAACEWIIYKKPTALGIVSGAIAGLVAITQGAGFVSPTSAILIGLVGGALSFFAIAVLKRKLGYDDALDAFGCHGVGGIWGSIATAIFASKAINPAGADGLIYGNFALLKAHLISTCATALYAAVITFVILKIMKAVMKVRATSNEEAEGLDVYLHGEEAYSGFNR
>NC_020291|1066247:1197944|1072750_1073542_+|WP_015391063.1|DBSCAN-SWA
MTKVLDIGNEIEKVAPKFLKEDYDNVGLMVGDEEKEVKKVLLALDCTKEVIEEAVELNAQLIISHHPLLFKKPKSITAGDLQGDKIIKLIQKDIALYSCHTNLDSTKDGINDILVSILGYNSYKIIEPTEFKNYPGAGTGRLIKFEEEILLDEIVQNIKNKLNIKNMRIVRGNKKVKTLAIINGSGGDYFYKAKSLGADCIISGDTTYHFASDFKEMGISIIDAGHFATEFLAFINSLEFLKVKFKDVEFVQSKRCNDPFEFI
>NC_020291|1066247:1197944|1129340_1130105_+|WP_015391117.1|protease|DBSCAN-SWA
MDIEVKGDIISDDYAWIYDWLGYNYASPSKIINQIKEANGEELNIKVNSPGGDVFAASDIYTELRNYKGNVNINITGLAASAASVISMARHSSMSPTAQLMVHNVSSYASGDYRDMDHMSEVLKNANNTIANAYMCKSGMSREQALEIMNNETWLTAQQAKELGLIDEIMFEDTNKVNLMNLSNMNLKGFYNSASSIPKELIENLMKNNKSNKDQPIINDKVDFFIEQNAKINGKLIELYNSQIEEKEVLINEN
>NC_020291|1066247:1197944|1072045_1072738_+|WP_015391062.1|DBSCAN-SWA
MELSKRLTWIIEKVDKVQVIMDIGTDHGYIPIYLVKNNIAQKVIASDINKDPLKKAKINAALDGVSDKVDLRLGGGLQPLKNNEAQTVIIAGMGGNLIRDILENDFDKVKKLEYLILQPAQNPEVLREYLYTNDYEILYEDICLDDNKYYELFKVRYKKGDYISLENLFYEISPLMLNKKLPLLKAYIESKIEKNKKVIEFITDSTEHAIMRRNELKDKNEKLEKILKNF
>NC_020291|1066247:1197944|1142138_1144028_+|WP_015391132.1|DBSCAN-SWA
MEDNNITKSNLSITATPVEGQNYVHLDWTNLGAGYKYMVYSKGQEEAVYQSIPSKTNIKVLNIYPGKGDNLKGWMENPNSENDNGYGKGLISVDKVDLSAFNSNATGNLKDSSGNWKYDVIYFGGYDSNNSIDISIEAKGLVETYIKAGYGVLFGHDTLCFTNFKSLASYVNINTNITGYYGNTTINTVKEGLLTNYPWPIGSTGTKLTIPLSHSNVQFAMGDIWMKYTSNSVSNNSEVTSFDNKTGSNNFYLTTWNNCAMIQTGHSNGAATPDEQKLLANTLFYLAQLTSDTSCDDHKGQDLTAPDKVIISGASNDDKNLNITYSKPNDNGTKYDYYVKATNGDVANDITSNTVSVINTSGIAGYSYVVDNVENTEPGKDIITKDLSISAPLSGLDLFKPIYVHIRAIDNAGNASETTHYEYKYITSLNLDKSSLNLNTGDTQSLIATTTPAGMEVAWTSSDPSIATVDSNGNVTGVKEGQATITAKTVQGNLSATCIVTVIEKSVQLVNTAYAKGDNTNISSGGTEIIFNGLAETTLSVVKISDAKTACVGDTFMYTIVVTNTGSKTAQKVVIKDSAPKHIKFITSGIITTQGEVDPSSTWSNIVVNVGDILPSGTVKITIPVTVII
>NC_020291|1066247:1197944|1144318_1144729_+|WP_015391134.1|DBSCAN-SWA
MIKMILKLLVEVLGKKLIKAGLEEELLRNQKYITAAKMIWNVVEENFRITETIEEKILSKADAFDQKLLAKFPELTQNDVTELRQAVAGEINEGKEVVLNQVDALKQLQDNNTKLAAENESLKDQLSKVQALVAAN
>NC_020291|1066247:1197944|1066247_1067312_-|WP_015391058.1|coat|DBSCAN-SWA
MGTEILSLQESNLSPEIIKQYVLPYYRLENALVSVIKFKDTDKQRAVYKVRFKEKNYCLKKVYYNINDLLYVYSAIEWLYRNNIRVPKLLPTIDNNRFVSYQGMLFILTPWIEGEKCNFDNINHVLISVKKLSTIHSLSRNFQPILGGSQREGFDDFYISTLKHFQDLLKASNEAFKFKDTFSRYFISSFETNLRLAQISLDISNKIDNSKLSKSLCHGDYVNKNLIFPPDSDPWIIDFDKCKMDYSSKDLSYFMRRLLKRENTKWNVDLALSILKTYNESAPLNESDLRYILSYVCFPQKYWRISRDYYNNINKCNKSAFLTLLSNTISKSDSQYEFALEIINAVQKNFNANL
>NC_020291|1066247:1197944|1122281_1122674_+|WP_015391109.1|DBSCAN-SWA
MSERIKKELALYKLREIEIDDMKLKVEELKIGEQLGAMNYEEKVQSSMNCKNNDYVMNEIETLEKRIRFNEIANKRIDNALKRLDIDEAEIVRRVFIEKKSITLTAQELFKSRKSIKKSIDRAFEKLKLA
>NC_020291|1066247:1197944|1174587_1175823_+|WP_026106441.1|DBSCAN-SWA
MRILHTGDWHLGKNLEGISRMDEQEEFLNDFVEIVEENNIDLIMIAGDVYDSSNPPARAEKMFYDTLKRLSKNGERLTLVIAGNHDNPDRLVAAGPLAREHGIIMVGTPKTVVPCGDYGKHKILDSGEGFIEIEINNEKTVILTVPYPSEKRLNEVIYNYMEDEEEKAQSYSEKIFSLFDSLKSHYREDTINLVISHLFAMGSEESGSERSIQLGGTYIVDGNCFPKEAQYIALGHVHKPQVVPGTNKRARYCGSPIHYNKKEINFEKKCYIVEVKAKEEGKIEELNLKVYKPIEIWKCADIDDAIAKCEENKARKCFVYLEIETDRYIREDEIKQMKELKKDILEIMPKIKGTTEEEVDFNLNEKSFEEIFIDFYTKERGTAPEEDVVSLLLSIINEEEGEINETSKIED
>NC_020291|1066247:1197944|1169040_1169475_+|WP_015391155.1|DBSCAN-SWA
MDKYNSIKLENQLCFPIYALSREIIKLYKPFLDKFNLTYTQYVTMLVMWEDEKITFKNLGKKLHLDSGTLTPVLKKLESANLIIKYRTKEDDRVVVVELTEEGRKLKDDILEVPQNMFCKLQMSGADALELKNRLNDVLKIFDN
>NC_020291|1066247:1197944|1112880_1113597_+|WP_015391093.1|DBSCAN-SWA
MIEKIIENKKYRDFYDYKSSECKISFAIVIIIVLMLSILKLDLFENFNNYKPGFQNITIYVASGLLAMIGIILAGVAFILGLLDDEFKNSIKNVVTGDPIKEIMLSFEFLTINLGFGSVIFFTEHFFLYSNIYINKYTFYIILLFNIYYFSFLVFYTISLIYNSIELYHIKDIYKEVSRNEKSIYDKANEIRIDYILSKILEDKKQEDFLKILFKMVDEMELEDKDKIKKYFEDYYGA
>NC_020291|1066247:1197944|1158660_1161021_+|WP_015391148.1|DBSCAN-SWA
MNKIELLAPAGSMESLIAAINNGADAIYLGGNKFSARAYASNFDNETMQKAVDYAHSYNVKVYVTMNTLLKQNELREALKYVGYLYEIGVDALIIQDVGLISLIRDVYPEFELHASTQMTIHNAEGALYFIEKGMQRIVLSRELTLDEIKYISKDLNIETEIFVHGALCVCYSGQCLMSSMIGGRSGNRGRCAQPCRMQYTLQGETLGERKGYLLSPKDTCLVEDIDSIIKSGTASLKVEGRMKKPEYVAGVTRNYRRAIDKVIVNTKFDLHKGRNELAQLFNREGFAKAYLYKNVGKDMMSYNYPKNTGVFIGQVTNSGEVILEENVGLGDGIRFLDDGFTLSKILKNNQEVKEAFIGDKVKLFPTGGYKKGYKLYKMSDKRLYDELKEDLKPYKKKINLVGEIEFKVNAPLCIKTKFNNKEYKVYGEIVEPAENKPLTRERVEEALKKSGDIPYKFDKVFFDVFDDGFIRIASINNLRRDLFDKILKEVSGYRRRRNEEVPKAKNIKSAEELGYIYSCITKEQLRALVEEETVKNIALNVFFSRKNTALNKEDLKNLYEQGIENKNIYLNVPNIIKGEFNYIVKIIDELTPYIKGIITSNAGIIKLFKDKLFIIGDYKLNIFNKEAAEFYAEDVDISSVSLELNRKEIKELMKDINCKVAVNIYGKTELMVSEYCPIGSTFGNKSAKKECSKSCMKDTFTLIDRMNESFSVLADNSCRSYILNSLATNLIEEVEELKSFNISSFRVDFKDECYEEVKEILNQISNKKKNENVKYTKGHYRRGVE
>NC_020291|1066247:1197944|1166430_1167888_+|WP_015391153.1|DBSCAN-SWA
MDSRKINIMIALLVAMFLGAIEGTVVTTAIPTIVKELQGFEIISSVFSVYLLTSAISTPIYGKLSDLYGRKNILSIGIIIFLIGSFLCGLSQNMYMLIICRAIQGIGAGAIFTVTYTIIGDVFTIEERPKIQGIISAVWGIASLAGPFIGGILIDILSWHWIFFINIPFGIVSVILIQRNLNESFEKKKHKIDFAGIITLSAAMLVFLNIFMSTENTNTTSNKFIVISLVITIVLLMLFYKIEEKAEEPIVPFDIFTKSSTIVNLVSLLDSTILIGANVYMPIYIQNVLGFSPEISGLALAPMSASWLIASVFLGKMIMKHGGKAVIVMSNIILFISTVLLITLDIKSSLVIVLVYVFIMGFGFGGAFTTLTIIVQESVEFNQRGVAMSTNSLLRTLGQTIGVSIFGSIFNLYIVKYFVKLGINGVEPSDLYKASSGNAILTSEQISLSLNSSLHVLFIIFVVICIVASALSVLMPKMIESYEKR
>NC_020291|1066247:1197944|1070569_1071706_+|WP_015391061.1|DBSCAN-SWA
MTEGGNNNMEQKTNGKAIKPKDDKKDKNAKMAAVKDLIDKGKKNGSLTYKEIMETMDHIDLSPEQIEKIYEVLEMTGVEIIGEEPSDNTVEEEEIDLSVPEGIAIDDPVRMYLKEIGKVPLLSSEQEMIYAREIEEGNQKAKKKLAEANLRLVVSIAKRYVGRGMLFLDLIQEGNLGLIKAVEKFDYRKGFKFSTYATWWIRQAITRAIADQARTIRIPVHMVETINKLIRVQRQLLQELGRDPFPEEISKVMELPVDKVREIQKIAQEPVSLETPIGEEEDSHLGDFIPDDEAPAPAEAAAFTMLKEQLINVLDTLTPREEKVLRLRFGLDDGRARTLEEVGKEFNVTRERIRQIEAKALRKLRHPSRSKKLKDYLD
>NC_020291|1066247:1197944|1145711_1146113_-|WP_015391136.1|DBSCAN-SWA
MSLIGLTKGTDLEKKIDEMWKGEAMAAAAYHAFAIVAKEKGLLELSESLMKIAADEARHGGLYAALNGHTNENLSETLSSMANGEISASEQIKELSNEIHKLGFEEAAQAVKAAAEDEYGHGTLLKELVEKYL
>NC_020291|1066247:1197944|1100149_1102315_+|WP_015391084.1|DBSCAN-SWA
MAKVIIAEKPSVAKNIADAFKIKTRKDGYFEGNGYYITWAFGHLIQLYDAKDYDESMKGWRFEKFPFIPENFLYKVKCDSIDRTAEDKGAKKQLGIIKALIDKEEVDGIISATDFDREGQVIADELFGYFDVKKPIYRLLLNEWTPDEVKNGMEALKDNKEMQPLQDAGIGRQWSDWIIGINLTSVSTLKYKFEENKTINIGRVLLPTLKIIYDRDKEIENFTATTYYKLVSNFKNSGNEEFEGLYYENESEKFEQKEDLDKLLPLLKGATARIVDKQTELKKEYPPYLFNLSNLQGYITSKYKGWTSDKVLKVAQSLYEKKFTTYPRTASVVLEESLKDRAKKVLDTLKSGLPYEKDIKFTTSKRIFDSSKVESHSAITPTYIKPTGLSADENIVYEAIKNRFIMQFMPIAEFEETKVTLKVNNPEVNGEFISKGKVKLVEGWKVVEKIESKDVILPKVEINENVDIIEAKVNAVTKKPPKYHTEKTLLRVMETCGKGLEDKDEDSDEMMQAILSGFSIGTPATRAETIKKLKDIGYLKTKGKSLMCTELGRNIVEIFPVRDLLDLEYTGRLEKTLSDIEKGKFAKSDFMKLIIDFTVKSVELIKNDTGALSRFKVEIPNGTESVGACPVCGNPVVEGEKSFGCSNWKNGCKFTIWKDDKYIRSFGKNVSKEMVELLLKNGKVGFRNLKSKKGNTFSAYFKYEKNEETGYFNWNMEFIDN
>NC_020291|1066247:1197944|1113744_1114542_-|WP_015391094.1|DBSCAN-SWA
MGKDKHRDREEITLIDFLYKDTDLINSFYSQIFGGDLTNVVKSELSTDETNSLIEGNGGFIKGNISSKNSNNENITHNINPYDHKVIELLETFNLKKTTLSEAASGTIIAIDGTLTYRNFDVVTQIIPFATKNNLVPEFNTPVNPNLKGKSKQNTLGAMIYDMIKLIPYGLEFGLDTPTRESANCILKQDCLTISPDDLFRSYGISIPNSWTVIGILDTTEVRNSTNIHEFRQLIDSSSATFSSMVLNENTNIIRPIAIYRKLVV
>NC_020291|1066247:1197944|1116689_1116881_+|WP_015391101.1|DBSCAN-SWA
MWKQIKNGEIEVENELLDDTYVVKVGEVSFNQCGDLYVDFIDVKTKECIDFYEHKNMKEDELY
>NC_020291|1066247:1197944|1111928_1112864_+|WP_015391092.1|DBSCAN-SWA
MSKTLYFSKVSINSSKIYEIYDGVETPQNVMKKLFSDMKNGKNYKNVITRILNGDTRVEEYNFYLTGINKFDNDPSDVLVGAVIKTSKIFINNIDKETGKKKTKAFDSDELSGFCFYPTKEIVCFYTTNRFGYKEFCNAFEGLLNSCSMDDSQNGEYFKVKLLTNGVSLDNIKDDLKRLRNIETIRINIIPPNPNGDLLKAIREDAEERLKDMGMGRISEKSILFKSRDLRGLNSESKEISEELDKMSAIHTKLSTEESTSNGYVEVEAVSMDGTVYNTNNTKIIKYRMPDTIVGDKMFADYCKSLILKII
>NC_020291|1066247:1197944|1088084_1089932_+|WP_015391077.1|DBSCAN-SWA
MSTSRECKFYYDPNTANYLIEYKGNFKERIDKITYACGDTITDTIGVVSVKAKDFDRLLKEVPEIVFFDFRIMYVLQDISPISVDNINNIKINPYLNLTGRGVLVGIVDTGIDYLNEEFIREDDTSRVISIWDQSISNSSDKTVYIGQTYSNEQINNAIIARRNNNDPYAIVPSRDEVGHGTKAAGIIGARGYNKGFQGIAQDCDFVIVKLVESANFKRQLTENGLQSIPVYNASEIVGGIEYLRRFAMERKQPMVIYLGVGSSEGSHDGTNLISRYVTSIGSSRGLCFVAGVGNEGDSQGHASGYIKNVGDTKVVDLRVSKEMKYFSMYIWVRRPNIASINVISPTGEASAIIQAKVNKIAPVKFVFLDTDMIVRYYNPEHFTGHEVIFIEFSNIKPGIWRFSLIGNYITNGRYDIWLSPKGTLPENTIFLESDPYTTLTMPSEAVNVITVAYYGNNNALIAASGKGFNTNNLINPDIATIGVNIITTKVLGGTTTFSGSSAASAVVTGACALLLQWGIIDGNDRTIYTKKVRSYLMYGANRNISIKYPSREIGYGDFDLLGTFNTIAGTYRRSRGNTENCDYLNNEVSKDYQFKEYYINDLFIRIPKERYGGS
>NC_020291|1066247:1197944|1125799_1126039_+|WP_081603973.1|DBSCAN-SWA
MKSVHGLCERCERPGYIVHHKKELAPNNINDPNITLNHDNLEYLCLDCHNAEHDFNREKKSATKKGYRFNDKGELVPTT
>NC_020291|1066247:1197944|1116972_1117155_+|WP_015391102.1|DBSCAN-SWA
MVLEFLSDLKSKISKENYNIIFAMAREDIRFNRTSFNKKTTPEEFIEIFKRCYVALSKCK
>NC_020291|1066247:1197944|1161127_1163488_+|WP_015391149.1|DBSCAN-SWA
MNERSLRVLEFNKIKEKIKKYARTNAGKDLVDKLEPYNNLYEINNKLEDTNEALEILISKGNPPLEGLADTHEGIERAKKGGTLSPEQLLRIGGMLRASRTMKEFFKRDEVERSYPRLEDLAYILVPVKTLEEEIERAIVSEDEISDKASQTLYNIRRSLKEKNSSVREKISSIVKSNSKYLQDDLYTMRGDRYVIPVKSEYKSQVPGLVHDQSSTGATFFIEPMSLVNLNNEIRELVLKEKAEIERILSELSSKVKLNGEQCLSNLKVLIEFDFIFAKAKYASALNAIKPIVTEDGTFSILSGRHPLIAGDKVVPSDVYLGKEFTTLMITGPNTGGKTVTIKTVGLLHIMGLSGLLIPARDNSSIAFFTEVFADIGDEQSIEQSLSTFSSHMTNIVEIMKHVDDKSLVLFDELGAGTDPTEGAALAVSILETLKNRGAKLIATTHYSELKAYAIKTEGVENASVEFDIETLRPTYRLLIGVPGKSNAFEISKRLGLVEGVIKRAKEYISEENLQFENLIRELQEKSIVAKQEAREAKIIKKEAEELKKKYEEKLEKLDNTREKAYMDARREAKEIISEAKDEADEILKAMRELEKLGISGGGRHRLEEERKKLKANLEEREKGIHNTKENEGEAITKVTLGMEALLPSLNQKVIIISMPDNKGEVQVEAGIMKINVKLSDLRKTKATKEEKVRRKREVKLNLSSVESRVDLRGLDAEEACYKADKYLDDAYMANLGEVTIVHGKGTGILRKAINDMLKRHPHVKAYRLGAYGEGGDGVTMVELKA
>NC_020291|1066247:1197944|1196028_1196514_+|WP_015391178.1|DBSCAN-SWA
MENTQFPIVIKKRNGFMIGVSILEIFVGLVTGMTTDGIKSPILWIFVFVGIITALSVLVEYNQDIYLKENKVEFYKNNDLIKEIKYSNINTLSISKGKDAKSKKKDFFTISYSEGKKSSKDDNYLINPMNYGAEDLKTIKNTILKKNPSVKVQEEVDNFIK
>NC_020291|1066247:1197944|1076555_1077965_+|WP_015391067.1|DBSCAN-SWA
MKFSKDFLFGAASASYQVEGAYNEDGKGISNWDVFSKIPGKTFEGTNGDVAVDHYHRYKEDIKLMAEIGLESYRFSVSWPRIIPNGDGEINQKGIEFYNNIIDECLKYGIVPFVTLYHWDMPNNLEEEGGWTNKKTIDAFVKYADICFDAFGDRVKHWITFNETVVFAALGYLAGAHPPGIKNNPKKYFQVTHNVFTAHAKAVQNYKEMKQFGEIGITHVFSPAFSVDDAEENIKATYHANQHDINWYYDPVLKGNYPEYVVKQLEKNDWTPDWTEAELSVIKEAAPKNDFIGLNYYQPKRVAKNDIQNENSERSRENSTGAPGNASFDGVYKTVMMEDKTYTKWGWEIAPDAFLDGLRMLKESYGDIKMYITENGLGDEDPIIEGEIVDIPRIKYIESHLKAVKKAIEENINLKGYYAWSAIDLLSWLNGFKKQYGFIYVDHKNNLNRKIKLSGYWYKKIIEERGENL
>NC_020291|1066247:1197944|1170973_1171285_+|WP_015391158.1|DBSCAN-SWA
MVKVIEENVFKSEISEGIVVVDFFATWCGPCKMLSPILDDLSAEMEGKVKFIKVDVDSCTEIVNEYDVSNIPAVFIFKNGEKKDVLVGFSPKENIKEKIDLYL
>NC_020291|1066247:1197944|1067545_1068571_+|WP_015391059.1|DBSCAN-SWA
MDVREKIQNFENLTLIKEAAFSKNTLGRNIEETEDDIRTCYMVDRDRIIQSKSFRRLKHKTQVYIKTFGDHYRTRLTHTLEVSQVARTIGVGIGLNENLIEAIALGHDLGHVAFAHNGEEVLNDYLENGFRHNEQSVRVVTKLENNGLGLNLTKEVINGILNHSGLGTVKDIITLEGVVVKFSDKMAYLNHDIDDSIRAGLLTKEEIPKEIVRVLGNNSAERLNTLIKDFVKTSNENINNGKKEVGMSKEINEAMVELRKFMFKNIYLGDTLKVERNKAKFILDEIIKYFEKNPEKMPDMYLKISKAESLKRGVADYVAGMSDDYCLALFNNLFVPKLVIN
>NC_020291|1066247:1197944|1084915_1085677_+|WP_015391074.1|DBSCAN-SWA
MGRYEEQRKFLKSNFNEFKNIKTDKMKGISQPDATKPYDKLCEVVALPQVNMEVLKNPNIYKCIAERRSTRFYSDEAMSIEELSYLLWATQGITGTNKVGLILRTVPCSGATHSFETYLFIMNVEGIKKGVYRYDPIEHRLLFIFESEGIDSKIDAITLDQPFVPNFAKKAAVIFAWSTTPYRSEWKFDITAHKKILIDIGHVCQNLYLASESVGAGTCAIGIYDQKMIDELLELDGDEEFVIYLAAVGKKLK
>NC_020291|1066247:1197944|1124173_1125661_+|WP_015391112.1|protease|DBSCAN-SWA
MSNILDEILTFQSGDEEIKLRVFGDEFYARRESLDGYTAIYDPRLDKYCYAKLENGELVSTGKSITGEIPEGVTPHLKESTEVRKEKFEKNYSNSGYSNIEDIDLKKNTNDNVERTKTESDGLLAGRKRNNGKIKGLTVIVEFADISTNITPYDVEQMLNGENYNRNGNYCSVNKYFKTVSDGKLDYSNDVIGPIKLSHRRNYYINESFIDEVMNIVVNNLNIDLSIYDSLKEGIVDAVNFLYAGETVYEGALWPHNSYKSIEFNDIKTGFYMLSSVGKDVDNMSIGTFCHESGHLLCRFADLYDYGKRDGDNIKSKGLSIYCLMGSGNHLNNGRTPSPICAYLRDLADWCDNKANLNEAGSYIAKHGEYNTVMKYKTSKPDEYFIIENRATFDLDKYLPSSGLAIYHCDKNGSNEWQQGTPEQHYQCALLQADGKRDLERDVNYGDKGDLFGERSGITVSNNTNPSSKEWDGSDSGFVISNITKPDINIQFKIG
>NC_020291|1066247:1197944|1149886_1150729_+|WP_015391141.1|DBSCAN-SWA
MKKLKEYGIITIGVALVVVAFEFFFFPNKIASGGVSGLALVINNILGFDTGLVMIVCNVILFILAFTLIGGNFGIKSMYAAFALSFALAILEKVYTPIAFTNNLMLASIFGSVLLALGTAIMLTQDATTGGTSIIAKILNKYLNIDFGKSLLISDSVVVLLAMYTFGTELALFGLLSIYLTGNLIDKFIDGLNVSKQVMVFTEHEKLISDFIINDIDKGCTVFYGKGGYTGNENCVILTILKRGQFIKLKQFMSINDPEAFITVNETSEVLGKGFKSLDN
>NC_020291|1066247:1197944|1172417_1174325_+|WP_015391160.1|DBSCAN-SWA
MIRRANKITSLVLAAAAVVSMVPAYAADVKKVESKDGTIYGAVAYKNGTAVIDAEVNDNDGVYLYKDGKYNKLNDIDSGSDLAAYGTKYAKVDDGSDYNVDLETGKVLDDNIVSDDEDDAASALRKRIKNEDRYSDTKIGSAYGDNDIADLTLIDGNKFGGNWYETAYAVDSSHKTSNPVGVPLNAYTIFTDAKGNYIDADYNIGKIKVSTTSAGIVGVNQVTTSAAVTIENTKDGYKLRNSNDTYAAITQSRVLGQDKDNIYRYAKINVYSVADSNGYFNINGKPMAKTGVATFGTSTVDYITLDVIQKISKKQDSSDINGGKYANSVTNYILTNDDGGAATSDNLSFRNFVLNFDNYSKQSNTVVGARVISGKLVLFKVDNSSNLSGDNVMIQAATLKNKNGYYYADSENQNTIQAEYSKYLDKVAFDTDVDGNIYIIDGGYIKKFDGTDDWNKLYKVDGSLDALSVYDKDDMVAWSQNDEVYSIIGEKKSDDNKPDVDTPVVTVGWVQASDGSWSYNNADGSKAIGWVQDGSNWYYTNGAGVMQTGWLNLYGTWYYLNPTSDGTRGAMKTGWQYIGGTWYYLNPISDGTKGAMKTGWQYIGGAWYYFNWSGAMLANTTVDGYVLGSSGAWIR
>NC_020291|1066247:1197944|1119361_1119607_+|WP_015391107.1|DBSCAN-SWA
MGIPRIDKTREYMFNEAWGKIDNNVIITSRNSEHSYKLDDFANKKKLKFFNPVIGTWQTCTYVQPEEMFDVWYITEAVDMK
>NC_020291|1066247:1197944|1084040_1084499_+|WP_015391072.1|DBSCAN-SWA
MVNILGKTIMTLNINGENKEVAAKPSDILLNTLRNELGLTGAKPSCENGDCGSCTILVDGWPIKSCLMLTVEAIGKKIMTVEGLEDAPIQKAFVEKWGFQCGYCTSGFLMVCHALANIHPDANDYVIQEWLQSNICRCTGYEEIKNAIKSIM
>NC_020291|1066247:1197944|1108976_1109564_+|WP_015391090.1|DBSCAN-SWA
MIKKLKMAAAILISSIMVISLFGCSNTKNNDGTVTVRLNEVTRSVFYAPMYVAMSQGFFEENGINIDLQTGQGADKTMQAVLSKSADIGFCGPEQTIYTNNQGREDYPILFAQLTQKDGSFLVGRTKEDNFKWTNIKEHSVIGGRPGGVPAMALESAMKKNNINPKTDVNMVTNIDFAATAGAFGRYIKERLFFY
>NC_020291|1066247:1197944|1109538_1111152_-|WP_015391089.1|DBSCAN-SWA
MKAAIYSRKSKFTGKGESVENQIELCKSYAKNNGYDEFYIYEDEGFSGGNINRPEFKSMMKDAKYKKFDAIICYRLDRISRNVSDFSSLIDELKALSIDFISIREQFDTSSPMGTAMMFISSVFAQLERETIAERIKDNMYELAKTGRWLGGTPPFGFSSEPTYYLDNNSKQKKMMKLSPIDEEISLVRILFEQYLSLGSLGKLQKYLIQNNIKTKRDSNWDIKALQLLLRNPVYVKSSDLVTSYLSTKGATVFGDPNGNGILSYNKKDSKDKYKDISEWILSVSKHEGVIMDNLWIKVQRQLDKNKDLAPRLVNGSEYGVFNSVLQCAKCGGKMIQKQGHTSKKTGEILRYYICTNKINSTETTCDSKNVRLDILEKHVMKELFKATADKGSLIKAIEEYKKSLESEYIDKDNIKTYEKQISQKELQVKNLIDKLSLNPNIFDLLSSRIEELNKELKELKFKKFELENTNSNLKAAIKEIDASTSMILNFKSMWEKADYSMKKLLINSLVDYISYNSDTMEVVIKPFCTNKKKGAL
>NC_020291|1066247:1197944|1068782_1070564_+|WP_015391060.1|DBSCAN-SWA
MQVSEEVIQKIKEQNDIVDIISEDVRLKKSGRNYMGLCPFHNDKSPSFSVSSEKQIYKCFSCGEAGNVFTFVMKYKKLTFVEAAKYLAAKANIPLQIENSENSKISRKKELLYKINVEAARYYFSNLQRNRTAKDYFLKRGIKEETIKRFGLGYSNDEWQGVINYLRRKGYKNDLLLEAGLVSKSEKSGNIYDKFRNRVMFPVFDVRGKVIGFGGRVLDDSKPKYLNSPETMVFQKGINLYGLNFAVKNKLQEDYIIIVEGYMDLIALHQYGITNAVASLGTALTVNQVRLLRRYVNKVIISYDADVAGQTATLRGLEILRSAGLDVKVLTVPEGKDPDEFVRNNGKDAFLRLINEALPLIDYKIKRAAQGIDLKNQNDLIEYGEKFAEILADLNPIEKDVYIKKISEETSIKEQALYDLLSQVLTKKQKEDNFVNKKGIYGTKLYVEPAYLKAERALLKLMLNDEFYDELKDIIKVGDFVMKSHNKIYSLILEGKNEDTINIESYIENRCDDVESSKELTKIKEHEILEFADKSRLISDYLKEVKKFKLKLQIDSLKKEQNKFEKEGKIEESIKIAIELAKLSKELKVEERG
>NC_020291|1066247:1197944|1094474_1095962_+|WP_015391081.1|DBSCAN-SWA
MKRGSGIIMHIASLPGKYGIGTFGKEAYEFADFLKKAGQSYWQILPIGQTSYGDSPYQSFSAFAGNPYFIDFDVLASKKLLRKSDYNKRKFGNNQNNISYETIFIEKMKVLRLAYKNFKKYDDQNFNHFQEAEAFWLEDYSFFMALKTEFELKSFQTWENDIRLRVDKTLENYKQLLADEIAFWKFIQYEFFNQWDELKKYVNKLGIKIIGDIPIYVAEDSADLWSNPKLFQLEEETLIPKKVAGCPPDAFSETGQLWGNPIYNWDYLEETEYRWWISRIKHSLKLYDVIRIDHFRGFEAYWSIPYGSETAQNGEWVKGPEMKLFDAIKSELGDVNIIAEDLGILTKATRKFKDKTGFPGMKVLAFAFSGGSKNLYLPHNYEKNCVAYTGTHDNDTVRGWVETTGSKKEVQNAIKYLKLTEEEGDNWGFIRGVWSSVADTSIALMQDFLNLGNETRINLPSTIGNNWVWRMEEGTLSDELAKKIRRMTKLYGRCE
>NC_020291|1066247:1197944|1075028_1075793_+|WP_015391065.1|DBSCAN-SWA
MDPISLMKSMASTYTKVELEIYNKLMSDPTLIMDSTIVVLSDHLKVSNSAITRFCKKLGYKGYVEFRYDFSSYFNKEEKDNEEHIVNRSITTYLSVLSILENILDEQEIKKIVLQMKNSKNIRVIGIGSSGLAAKYLRYRIFKYGRNIEALDNKFEIDESCSLAEEGDMLIAITDSGRSKEINKQVIEAYENGITTVIITTNDVALLRNKANFYFQLPSVGQFYRPGAYNNQPVVMVFLEILINYYAQHISYGQ
>NC_020291|1066247:1197944|1196723_1197944_-|WP_015391179.1|transposase|DBSCAN-SWA
MSLSRDELVKLILNNSDIKTAEDIQNTLKDLFGGLLQQALEAEMEQHLGYAKHDYGNKNTSNSRNGKSSKTMKSNLGLFDLDVPRDREGSFEPAIVKKHQTDVSHLESAVIGMYAKGMTTRDIATQINDIYGMDASPTLISNITDKVIPMLKEWQSRPLESIYPIIFMDAIHFKVRKDNTIVSKAAYAVIGVNLEGKKDVLGIWIGSAESSKYWLLVLNELKNRGVNDILIACVDGLNGFKEAIHAVFPNTEIQRCIIHQIRNSSKYLSYKDLKAFNADLKLVYKAPSEDVALAELDKLEEKWGDKYLIAIKSWRNNWDELATFFKYPPEIRKIIYTTNAMESYNRQLRKVTKSKSIFPNDEALLKILYLATVDITKKWTQGIKSWAQILAQLSIFFEGRLDEVLF
>NC_020291|1066247:1197944|1115369_1115582_+|WP_015391097.1|DBSCAN-SWA
MNNKLLEFRNQNELTQKEIAKVIHKTTSFYGMLEKGKRKPSIEVAYSLARFYNTTIEEIFFKNENNLKLI
>NC_020291|1066247:1197944|1139646_1141311_+|WP_015391129.1|DBSCAN-SWA
MAIYDLTVSLDLKQNLNIYTTCKQLDSINLICSIYDNSVQADLTNYNVRLKAMKADSIPLIQEYTGISIPADSNVVTIAADEQLTTTAGEIPIELQFIDKTSGKKKATFNLILEVMSSTLVVDRSISTATYTLLEELENKLDQTSDFFENISEAVEINNELKTSIASGSTLKTGLDMDIVNGNTLKTGLENSTAAANTAKSNLENSISNANTAKSAVDASNTNAQVTKSALEADIAQAQSNSFAAEITNARGTYQTLKARLDANDTSLSDKANQIAQLSNPNLLINGDFQVWQRGTSFNSSGVYYSTDRWRIDAGGGTNSITKQYDDTFKNFIRISTNQYANLWYQMEDADLNKIKGKQITLSFYARKLSGNFVNAVYRVSNVSDAVNNNANNFTTEWKKFTIATTIPIDATALNLGLVNFYTGQNGSTVVYDIAQVKLELGSIATPFIPRLYAQELALCQRYYQAGGVTPQGSAGVNFGGYVVSGIAYHSNIKFKGTMRTTPTVVLTNLYNSNLSNTPTLIESSEEGFIEERIATATGQGRSISIFTADAEIY
>NC_020291|1066247:1197944|1182364_1183339_-|WP_015391166.1|DBSCAN-SWA
MINLIIVAIAVVCLVFLFITFIPIGLWISSLAANVQVSIFNLIGMRLRRVVPSKIVIPLIKSTKAGMGLTVNQLEAHYLAGGNVDNVVNALIAAHRADIDLQFEKAAAIDLAGRDVLEAVKMSVNPKVIETPNVSAVAKDGIELLVKARVTVRANLERLVGGAGEATILARVGEGIVTTVGSSTSHKIVLENPDAISKTVLSKGLDAGTAFEILSIDIADVDVGRNIGAQLQTLQAEADKNIAQAKAEERRAMAVAKEHEMRAAVVEAESEVPKAMAYALREGKLGIMDYYDMQNVIADTSMRSSISSAGNKTQISNNDNKKMK
>NC_020291|1066247:1197944|1137849_1139631_+|WP_015391128.1|DBSCAN-SWA
MGYIRLFRPTETDFTHNEWILNEIVSSKTREVINDDYITELEYPLEDTKGISSNLVVGGIISIPTIDIRPDQLFRIIDKETTSNTIIIQMQAKLLADLKENRVRAMTLTGLTRKQAIQKVLNAALEPHSYEVGNLDKNSNANVIVNIEEGNLLSALIGDENSILSEYGGEFIVNNNTIDIVDSRGSDNGVVIGHGKNLSSIKEKINNTDLATVLIPRSGDYRLPEYCIESANVKAYEKRYFKEVELNLNIWDGTDTKKDDQITINQAYDLMRNTCNKMFTIDKVDQMSFNYSIDFVQLSKTEEYKNYSILEKVILGDIVTVKHKKLNLNLQGRVNEINYTVDSEGQTTIDTVEIGFSRKDITDIIKDTVKQVKFVKDEILLSVNNSVDHVTAEFKIADNAVKQSVTDLDNKTSSALTLQSNKISAVVESNDGGMTWTLSKNAFVIACKGASNSNVTIDSTGLIVNNGKMQVKNSSNKTVFYVNTNGKCNAVGGFYVDDGSGECCRITIDGLKLTNSNGYTGTIKAHPDHTALLVSDDMYIGKDLRIDQDLTVTGYVEIGNYGYVDKDFTVGGTLFIGNKTLQEIIDARIRALK
>NC_020291|1066247:1197944|1164443_1164635_-|WP_015391151.1|DBSCAN-SWA
MHNEKNRNNANTGNNSEELLIDISSSKSPASDTEDMLETNNSNISRSSISPETIDVNDDDDDD
>NC_020291|1066247:1197944|1104535_1105414_+|WP_015391086.1|DBSCAN-SWA
MNKFEVNDEGKLEDEPDTFVAMYGVELWMEEQPIILEDNLLKNLKKYCGKIEIISKQETSITFGFLEYIMEYKNASLPVAITISLCDEDLQNEKLKRSLEQSWNYDNKKELIAKCKYNVLVTDTMAVGLDYAKRIELFQKALYSIVELIQCEGINYYISEQVISREDYLKNNPLDDDYDPLFGILNVRLFNIEGNEKEYLMDTLGLSAIGLYDLQCHFKNLDPNEIANILYSYGYYIFDKGDAVADIKIIQGISENDEWECQHEISIAEPRRVVLDINPGEEFSTENREQII
>NC_020291|1066247:1197944|1076222_1076552_+|WP_015391066.1|DBSCAN-SWA
MEELEMAIMNIIVNAGDCKNHAYMALNYVNEGTYEEAEKEMQLANDALALAHDGQTMFLHKEANGEKINISVLFVHAQDHLMTAITEKNLIEQIIELRRVINKLNLKEN
>NC_020291|1066247:1197944|1154351_1155074_-|WP_015391145.1|DBSCAN-SWA
MELTICHLYPDLLNVYGDLGNVLILKHRAALRGIDVNIINSSLGENIDKETVDIIFFGGGQDYEQSIVSKDLNEVKKEAMIDYIEEGKVLLAICGGYQLLGKYYTAPNGEKIDGLGILDLYTEGGDTRFIGNTEIYNENFNETYVGFENHSGRTYINNHTPLGKCIHGYGNNGEDGQEGCIYKNTFGSYFHGSFLSKNPEFADRLLMLALKNKYGQDIQLDSLNDEFEIMAKKSIIEKLK
>NC_020291|1066247:1197944|1179358_1181005_-|WP_015391163.1|DBSCAN-SWA
MVQEMFCFQCEQTAGGKGCTKVGVCGKTPEIAAMQDLLIYQLKGISIYANELIKKGEVIDKTIVSFVEDSLFMTLTNVNFDPAAHLTKLKKSQEIKEALRKKVSTDGIKAPEALYDLAASTEAMLEDAKKAGIMYDENLNPDIRSVRETIKYGLKGISAYSHQARFIKHSSDEVDNFYFKALAALTDNDLTLDDLIKLLVETGEKSVKIMETLDTANNGLYSSPTPTKVNVNIKKGPFIIVSGHDLKDLEMLLQQTEGKGINIYTHGEMLPSHGYPELNKYPHLVGNFGSAWQNQQKEFDNIPGCILMTTNCLMKPKDSYQDRLFSTSVVGWDRIKHIEKDENGHKDFSEVINKALELGGFKEDEEVKEILVGFGHKATLSHAETIINAVKDGKVKHFFLIGGCDGAKPGRNYYTEFAEKVPKDSIILTLACGKYRFNKLEFGEVAGLPRLLDVGQCNDAYSAVRIALALADAFNCGVNDLPLSIILSWYEQKAVADLLALLSLGVKGMYLGPSLPAFLTPNVLQFLIDNFDIKPISTPDEDLKQILG
>NC_020291|1066247:1197944|1192993_1194229_+|WP_015391175.1|DBSCAN-SWA
MKEIIKNVYEYVDNKFYFKLLYLFITLTYVTILKYIPGTNIVKNIVFAWGMLLLLLLIIEDYKRRKIYKFDIPLGIFMILTLIFNLFVYRDMDNIKVWMVNLIVFTIIFTVDVFRNKKELIKEMNTISCFYVVFMLLASGASLIMYLFNMKLTIKNVVFELNGVNGGVFENKNALSIAAALAIVLCIYLNYVTQSHRLKLFWLANIVLQVAVMMVGSHGRSADLIVIAVVYTFVFVYNKNKYLRTVLVLIPILACIGVWQVNKENIRLYTSGRSNLWESAAVVVEQHPLAGVGYNDMIGEVKAARPISDLPGLDVGRLHNIYVETATVNGIISLLLFISFLGIILAFIVEQLDKLQRKEKIQMTTLTSLIVGIIAVNLFESNLINSANFISMIFWIYLGYLVSILDNKNVE
>NC_020291|1066247:1197944|1144844_1145618_+|WP_015391135.1|DBSCAN-SWA
MIIGLRAGHSDNCTGAIGIVDEHMQMKKYYEAVKAVFEKYGHTVIDCNSNAGTQNGELSEGAEKCNSANCDLFISLHMNCYNGSAHGTEVLVSSDASTAYPYAQRLVNNFAELGFYNRGVKFEKLYEMNHIRCGNLISEICFCDSKDDIDIYNKYSWDDLAHVLCNAIDSEIPKYFDEKINASTKKGYIVTTYLPNGNNGDGSFQGVDLNYVLNYFQGIKCYARGNEKGVWIESQYLDMDKCLELKETLGSWFYAIN
>NC_020291|1066247:1197944|1146378_1147071_+|WP_015391137.1|DBSCAN-SWA
MLKMIKSKNNGNYSMKSKKTIANIWFITIIVLTMMSMALLSGCSDDKKSDNSKETANTSSESADTNVKQDDKKEEPKKEETKKEDTKITYENFMNIKMGQSYDEVKALLGDGKESSSSDDGGIRTIMYQWQGSGIGNISITFQNGAATIKAQAFLKDYDAKITMDKYNQIQNGMTYEQVKGILGDGELSTETKIMDSDAKLYSYINKDGSIATFNFSDDKLDTKSQYELK
>NC_020291|1066247:1197944|1074106_1074409_+|WP_015391064.1|DBSCAN-SWA
MSRNDEDNKSGEDFKKEFGHFFKHSKRAVRNFFRGGSSKRRTWGWGNGFSPFFFNKNPLLCLLYPKLIVAGIILLTLLFCGVSLYGIIIIILLLVIFILI
>NC_020291|1066247:1197944|1144107_1144311_+|WP_015391133.1|DBSCAN-SWA
MDEMIRAALSQGLGYGMFACLLVYVLRTTGIREANYQNLLDKMTDKFNIVEDIKEDVKEIKREIERK
>NC_020291|1066247:1197944|1181956_1182337_-|WP_015391165.1|DBSCAN-SWA
MKSNEIFKSTLTALKDSFITNDKIGLRVNFQYPFGTLPKNEFTISTSLRPEDDNGASDVSIPVGDNKDYTEANSSYNKQQSASSNPQGVIDSITQELTSVKLQQAIILSEIVGKPRSKTRRQRRRF
>NC_020291|1066247:1197944|1133937_1137147_+|WP_015391126.1|tail|DBSCAN-SWA
MADDIQGMTVKVGITDDVFTQGIGKINKAMSLLQSEFKASAEGLKGFGDSSEQLSNKSEYLNKAIELQQQKVKALQEAYSKSKAETGEFSNSTMAAGTKVNNAVAQLAKLQNELKQVEGELEKGGKKVEEEGNVWDKFSNKLKAATDGMGEYIKRGIGMAIGGDIWDKAKEGFSSVIGFGGDVQKALNGVTAATGLTGEGISNMKQIMTDIYNDNFGENFNDIAESITAVGQQTGATGEDLKSLTEKALLMRDTFGMEVNESIRSVTILMKQFGITGDEAFNLIAQGKQKGLDFSDEMLDSVNEYSVQFKKLGLDAQDMFNIFSSGAESGSFNLDKVGDSVKEFSIRAVDGSKTTQDGFTQLGFNADELAAKFAQGGDVAKDSFKQVVSALANMDDPLKQSQVGIELFGTQFEDLGINAIASLGNLNGGISKTKDVLTSMNNVKYNDLGSAFEGIKRNIQTALLLPMSNEVLPSLSNFSNWFTSNLPAIQEKFSGITQVLMDVGNKIAEVVKPVFEGLFNFISEHGDSTTNIILGIGAAFLTFSSIAGIINGITNAMELWNKALAIQEGIKKVIQVVKEWEIVTKLQTAAQAALNIIMDANPISIIILAIAALVAGIVLAYNKCEWFRNGVNAIGEWLKTFFTVTLPNAFKVVVNFFQNNWKEILLFIVNPFAGAFALLYKNNETFRQKVNEFITAVKTAFTNGWNAIVNFFTTTIPTWINNIVQWFTELPNKIAYALGSLVGLLATWGVSVWNYFSTNVPIWINNVTTFFSQLPGNIWKFLTDIVTKLGQWGMSVLTYITTNVPIWINNVVTFFSQLPGQIWTWLVNVVTNLGTWGSNVVSWISTNVSAWITSIISYFTQLPGQIWTWLVNVVTNIKTWGSNMLTEAKIGMSTVFDGIINTFTSLPDKMLEIGKNIVTGITKGIKDEWDNLTGWMGSLCDSFTAGVKAKFDQHSPSKVFAEIGKFNVQGLGVGWENEMPNLNAKVSKTLDSNIKIANLSSLDGLKNVNSAYSNTNNSASTIDKILDKMDYLADKISNMEISMDSNKVGKIITPVISSNLALNNGRKGW
>NC_020291|1066247:1197944|1187114_1188215_+|WP_015391170.1|DBSCAN-SWA
MSNYKTLYKDKLSKLLFLEMKKEGFKKNLNIPQEVKFKNDDLYMPISAEYVAANANNEIKLNNLPIYYFVEGMFIVFGADKNVKYIDDYGTILGYIPDSEECVKSLIADRIKKDRLEDAYILLKGLYRYTKEEEILTKLLAVGETIREKDSSFGELLLEDIDECKDNFEKSPEPYLYKALILKDKGDYKGAQVEINEYMNKGGKQTSEIKQIITDINNIGGFEKAVEYLKDEPKKAIDLLLPLSEEFKENPLIYYYLGVGYRRIDNYNKAIHYLTQSLSIESGSLETVNELGMNYACLGDYEEAVKYFRKAFEASKEVEICTNIVMCYINLGDKEQAKLNLDIAKKLAPEDPIVIEIDQMLNRTVK
>NC_020291|1066247:1197944|1155092_1156451_-|WP_015391146.1|DBSCAN-SWA
MSTINIKSILSILLSKITAFAAKHIVKGGSNFPGKIALKIDKSILKTVSKGYKVILVTGTNGKTTTTSMIYNILKENNFNVITNNTGANLYPGIVACFVSNYSFFKKKSNPYAIIEVDEANVKFITKHLTPEIITVTNLFRDQLDRYGEVYTTLVKILEGITNIPETKLVLNGDESLLGKLDVKNPSVYYGFNTPIKEDTSLDINADAKFCKFCKTPYSYNLVTYNHLGDFYCPECGYKRPELSYAVNKIFDLTTENSSVLINDTEIFISQSGAYNIYNALCAYSISKELGIDDSIIKNSLQKQSSSFGRQEQIKIDNKDIQIILVKNPAGYNQALDTLALNQSEFSAVFMLNDNYADGRDVSWIWDVDFEKISTLKLEDIFVSGLRMYDMAVRLKVAGLNVDKFILKEDYEELTEKIKESASKKIYILATYTAMINYRKYLHSKGYINKLW
>NC_020291|1066247:1197944|1175797_1179286_+|WP_015391162.1|DBSCAN-SWA
MRPVRLKIRGLNSFIDEQTIDFDKLTDRGFFGIFGPTGSGKSTILDGITLALYGNLARKSSNFINTNCDRLNVNFEFQISGSETRKYIIDREFRRKKDGSINSGKCKIVDITDSEEVLADSVKNMNKKVEEIIGLNLEDFTRTVVLPQGKFSEFLKLEGKDRRDMLERLFNLEQFGDNLTRKLNTKISKERTENSVLIGQLSVYSDISDEKLKEKQAELQLTILNLENLKKELDNIEKNYKENEELWKLQLELLEYKNKEKLLKEKEEEINKDIEKIRLGEAGEKVIPYIKAYENTKKEFTKNEVEFQDLKVKIEKIKEEQENIEKSWNEIKDKKENKLPQLMIQEEKIKNAIEEKKLLEKILAEINMLMTHIEEVKIKLEKGQKDLIEIENEIKIKDKEIKEDEKRYDEIKIDELIKEKVQEGILCEEKISSLKNNISKDTEKKAKIEKENDDIIASGKALKETIEEATKELEEKLNQHEYLLNNPPGEQKDLLNLKQVILENEQNWSNFNKFTNEIAASKKEIVKLNTEIEKIQMEEAKNNQELEELKAKEKEIMTENIAHTLRMELKDGEACPVCGAIHHIKENIKVLSATDISLIENKIKEKEEFIKVVNNNIIENQTKVITLNEKISNNESEIINIGSEFKEKTLEKLQEEFINLEKALENYNKDKEGLDKIINELKNNINIKNGEINELRAVVRTNMKQLKELEENIKVNTQEFNELNNNVNLLKSETLITNFIEKNEEIKAVEKERERLAKKIKENRVAIENLENRKEKLNNEVISIKELLVKYNADLAAYEKNRDEKLLAIRSKVSEESNLDNMLSEVQENIKNINEEFFSAQKNKDRIQKEFTDNNEKLIDVGSKYKELIKRKKDEEAQLEVSIDSEGFKSLEEVKANLIEKEEINKYKEKIDDYRENLSKVKGTIESLLNKIDGKTLNEEDYTKVKLLKEQKEIEFSSVNENKIKVDEELKKIKIKLNEQRELFEKKNKLEHKLALLGDLEKLFKGKKFVEFVAINKLKYISIEASKRLREITHGNYGLEVDENGKFMIRDYKNGGAERDSSTLSGGETFIASLSLALALSAQIQLKGTAPLELFFLDEGFGTLDDELLEVVMGSLERIHNEKLKVGIISHVEAIKNRVPIKLMITPAECGMGGSKVRIERS
>NC_020291|1066247:1197944|1123100_1123706_+|WP_015391111.1|integrase|DBSCAN-SWA
MGRKRPAKPIVRTDQVLDIQDYLKYRNERDYILFVVGITTGYRAGDLVTLKARDIREALKKSEFTIFEGKKKNSKNIREKNRKPRTVEIIPKVAKLLKEYIRDKKDYEYIFQSRKGVNKHIGVQAVSNILKEAGEYFGLYDISAHSMRKTYAYKIYIESDKDIVAVQKLLGHRTTQETELYIGLDKEKYHQYSKSLSDFVR
>NC_020291|1066247:1197944|1085861_1087565_+|WP_015391075.1|DBSCAN-SWA
MSMFCYQCQETAGCKGCTKVGVCGKDENVAKAQDLLIYVTKGLAIVSNEGRKVGVKDSKVDKFIVENLFTTITNANFDRDSILDRVKETLNIREVLKAKVISSGGKVGEVKLTGGFFKKMFGMQTTEMIMPEAAAWTADNTIEFDAKAEKVGVLATENEDIRSLRELITYGLKGLSAYMKHAMNLKYDNDEVHAFMAKALAATIDDTLTVDNLVALALEAGKFGVDGMALLDKANTETYGHPEITTVDIGVRTNPGILISGHDLKDLEMLLEQTKGTGVDVYTHGEMLAGQYYPKFKKYEHFAGNYGNAWWKQKEEFEKFNGPIVMTTNCIVIPKDSYKNRLFTTGATGMPGCAHIEAKADGTKDFSKVIEMAKKCKAPTEIEKGQIVGGFAHNQVLALADKVVDAVKTGAIKRFFVMAGCDGRAKSRDYYTEFAQKLPMDTVILTAGCAKYKYNKLNLGDIGGIPRVLDAGQCNDSYSLVVIALKLQEVFGLKSVNELPISYNIAWYEQKAVIVLLSLLHLGVKNIHLGPTLPAFLSANVAKVLVDNFGIGGITNVEDDMKMFMEA
>NC_020291|1066247:1197944|1087693_1087927_+|WP_015391076.1|DBSCAN-SWA
MSNFAATVDVRIYEPKDKRTTILKTFENINIGETMELVNDHDPRPLYDHFNVRFPNKFEWNYLEQGPELWRIGITKK
>NC_020291|1066247:1197944|1117517_1118357_+|WP_015391104.1|DBSCAN-SWA
MDKSYFAIIPANVRYDENLTANAKLLYGEITALANEKGYCWAANTYFAQLYGVSKTSISKWIKQLVDKGYIRSQIIYKEGTKEILNRYLTIVVGGIEEKLNGYPTFINEGVEDKLSTPIEEKLKDNNTITNNTINNTLDNNTISKDIVSNTKVQQVIDKWNELGLQKLISINKGTNRYKLLNARLKEYGQDKILQAIENIKYSDFLKGQNNKSWTITFDWLVKPNNFIKVLEGNYADKEKAIEVTQSNDVKPLRFNNFKAREYDYDDLENKLLGWDKDD
>NC_020291|1066247:1197944|1147552_1148029_+|WP_015391138.1|DBSCAN-SWA
MYRAFKGGTGDYVALFEPTASALVKEGTGAILASVGEESGEIPYTCFFSTKSYMTKNPKVIEGFTKAIYKGQEWFFAHSTEEVADGIIKYFPGTDKATIMTVIDNYKKIDAIAHTPQIKEENLNRLMDIISDYDKSLLPARPEFSKIVDNSYAEKAVK
>NC_020291|1066247:1197944|1107297_1108770_-|WP_015391088.1|DBSCAN-SWA
MQLWSIIAIGVYLLILLGIGYYSYRKTTNLSDYMIGDRGLGPLVTALSAGASDMSGWMLMGLPGAVYATGICNLWTGIGLTVGAYLNYLLLAPRFRVYTEVANDSLTVPDYLENRFKDKSNMLRLVSGMVILVFFVLYVSSGLVAGGKLFVDTYKLTYTMGIIVTLSVVVLYTYFGGFLAVSLTDFFQGTLMFICLVTVPVVAYMNIGVDPGTFVNKVKNIDPALFDMFRGTSIASIISLMAWGLGYFGQPHIIVRFMAIKSAKELKSARRIGIGWMAIGLLGAVISGIIGLVYFTDHNSPLSDPETVFLRLGDILFHPFITGIILSAVLAAIMSTISSQLLVCSSSITKDFYLTFLNKEASEKQQIVIGRLAVLVVAAIATIFAYLPNKTILNIVGQAWAGFGSSFGPVLLVSLYWKRMNKWGALSGMIVGGLTVIIWILSGLSTYVYEMIPGFTLSLISVIIVSLLTEKPTKAVNDEFEKMENILREM
>NC_020291|1066247:1197944|1091892_1093002_+|WP_015391079.1|DBSCAN-SWA
MADLSLRHIYKIYEGDVTAVKDFNLEIADKEFIVFVGPSGCGKSTTLRMIAGLEEISKGELYIGGKLVNDVEPKERDIAMVFQNYALYPHMTVYDNMAFALKLRKAPKDEIDKKVREAAKRLDIEHLLERKPKALSGGQRQRVALGRAIVREPKVFLMDEPLSNLDAKLRVQMRTEISKLYQSLGTTFIYVTHDQVEALTMGTRIVVMKDGIIQQVDTPLNIYNTPTNLFVAGFIGSPQMNLVTGTVAENDGKLYCKFEENNILLPQEKAAILKEKGYANKEVVFGIRPEHLDDSKELIESNPAATLTGDVEVVERMGAESYIYFKSGNNNMTARVDGSTECEPKDKIKLFVEHENIHVFDKETELRIC
>NC_020291|1066247:1197944|1119743_1122107_+|WP_015391108.1|DBSCAN-SWA
MFNYSNLDDIELEELCKDVMERMLNIKFRSFRAGVDGGIDLKDYDSENNIIVQVKHYINSTVPMLKSSLKKEVEKVDKLNPNEYYVCCTKELGPNDIKDIYNLFKKYMDSEKNIITLKEIDDLLREERNIDIVRKHYKLWLYSSNILSEINNQNTFIDCETLLSDINNESKYYVRTQAYDIGIDILEKFGSLILAGSPGVGKTTISKMIILYYATLGYRVRYTTNGDIDNIKKSLSVDRELNEIILLDDCLGQYYFKIKESQQRELIDIIKYVNNNKSKKIILNSRITILNQAQKKSQEFENFVINKKVRIHVMDMDNISLVEKARILYNHLYFNNVSKEYYDSIKNNKNYNRIISHRNYNPRIIEYVTQKERYKNIEPSEYFDFILSYLDNPQEIWRIEYEERIDKIDRLFMLTLFSLTDTTISESVIEECFNKRILESAIDTTVNNFKDTIIRLNKSMIKIIDNNGTREISVLNPSVNDYLKSIFYENSAELERIRESIVYFDQIKRCYSKDSFDEAIKERIDNNRFLCLKINKLSNMNIVNIQTLWIYYICKYKILDEKHKQYIHNYIENIDNESFKDDENIRKRLFIYNFLEEPFFNFYNIDQYVIKKEFITKIYYSVDLEDLVSLVNGLYDRANNEFLYDFYDISVSCIQEEFENYIDKFNISNFIGDLDFNRYSNGNYYDEFELDEDGIYSDVKDAIIAELEEIIENIKYNVIRDIEMVYINNINFDEYNLKEHVLDAIELKKGERDYDDDYEYERYREDRLIGTNYNNEIENIFNRDFNL
>NC_020291|1066247:1197944|1185228_1186956_+|WP_015391169.1|DBSCAN-SWA
MNYKEKYNLWIESDVINEETKNELKSISDEKEIEDRFYQDLDFGTGGLRGIIGAGSNRMNIYTVAKATQGFADYLNANFKEPSLAIAYDSRNMSKEFAKAAALTLCANNVKVFLYESLRPTPVLSFTVRELKCAGGIVVTASHNPKIYNGYKVYDEFGGQVTDEKANIIINCVNAVDDFSKIKSIDEKEALEKGLLKYIGEDVDRAYYDRVKGLTIRTDLVKEKADNLNVIYTPIHGSGNVPVRAVLKELGYSNVKVVKEQEAPDGNFPTASYPNPENPDVFKLALDMAKDENPDIIFGTDPDCDRIGVVVKDSSGEYKVLTGNQTGLLLTHYVLSSLKETNKLPQNGVVIKTIVTTEGARSIAEDFDIELMDVLTGFKYIGEKIREFEDAGNKTYLFGFEESYGYLAGNFVRDKDAVIASMLICEMCLYYKQQGKSLYDALIDLYEKYGYFTENLVSIELKGKEGQEKIASCIEAMRNDPLNEVDGVKIVKRLDYKLSTEEDTVNNTKTTIDLPKSNVLKYILENGSYFVVRPSGTEPKMKVYLAVKSNSLDNAGKDIAEFKEKVMEKINAKLS
>NC_020291|1066247:1197944|1122899_1123085_+|WP_015391110.1|DBSCAN-SWA
MYKRIKLNIRFAGNEVVCAKSPANCCKGCANKNNCEEIEVYYNPFAKKDIEECFKNDERNR
>NC_020291|1066247:1197944|1131635_1131974_+|WP_015391120.1|head|DBSCAN-SWA
MSIESLNKRIEIQKRKSEPVKVKGVPTYEWGSFYSCWCKILDLIGTEKYDAYNSKLENTIKFKCRLCSELKDIQFNEKEYQIIWNKKVFNIIFVDTLGGSKDWIILQGKFVS
>NC_020291|1066247:1197944|1130094_1131348_+|WP_015391118.1|capsid|DBSCAN-SWA
MKIRMSNDQEQQYLNLLNEAKDLLNNKKDLEGYKAKMQEIEKFENDTEELNKAQANLNARFKDSAVVTDISKLSNDVKAVKVIDSINNSEEETEEEAKEPKEYVNAWAKNMLGLKMNNSESNAFKMINEAYVHTTGNTGIVIPETVMSGIWKEVGEQYPLWNDVFKTTIKGKVTLLKSTNSSDAKWYDESTSTEDGKEEFGEASLDGCELSRDITVSWKLREMAIEDFIPFIQSQLVEKIGAALGYAVSQGKGKPGESDTFKAEPKGIIPTLTGETKTPQVVKFTDAEPLEYTHFTNAMSKIKGTYKNKTCIYANGTTIWNEIANVRDTTGRPYFVANPIEGGVGTIFGKVVKEDDGIPDNNILLGDAWNGYHANINKQVSLDSEDHKKERTTDYIAYGIVDGGVRTTKAFALIMKG
>NC_020291|1066247:1197944|1183411_1183909_-|WP_015391167.1|protease|DBSCAN-SWA
MSTFLPDITLLTLLLLIIGFGLVFLEMHIPGFGIPGILGAICLILAVALTAQNFAEGLVMTLGILAILGIMLGVVLTFFTKGKFFKPLILPDVQRKEHGYISSSDLDYLLGKKGIALTDLRPSGSIDIDGVKFDVISDGEYISSGTKVEIFKVSGVKLLVKKTKD
>NC_020291|1066247:1197944|1132335_1132719_+|WP_015391122.1|DBSCAN-SWA
MNTEFEVDGLDSIFRKLQNMGKEGAIIEDKSLMESVQPVLEDQENTTMFKDRTGNLRRSLKISKVKKVKGTKVVWIGDVDKKANYSWYIEWGDSKRKPRPFMRQSYDRNKNQVYQRLKEAIENNLQK
>NC_020291|1066247:1197944|1095964_1098325_+|WP_015391082.1|DBSCAN-SWA
MEKKRIVEGIERYLKVKHGVKLKDAKDYEIFNALSLTILEEIVDDWNETSDTYNRGRMAYYLSAEYLMGRALGNNLINLGLYDEVKEVLAELKIDLNRIEEIEEDAGLGNGGLGRLAACFVESAATLNMPLVGYGIRYSNGLFKQNIENGFQTECEDTWLKFGEAWSIRKDDEIQIIKFSDMTVKAVPYDVPIIGYKTKNINTLRLWQCEALREFDFNLFNNQQYIEAVSARNKAEDISRVLYPNDTAEAGKILRLRQQYFFSSASMKDIIKKHKTKFGSDFSEFAKNNVAQLNDTHPTISILEFMRILVDEENVEFVSALAIAKEFFGYTNHTILAEALEKWDIRLIERLFPRLLQIAYEIDDALMNELRQKGYDEGEIWNFRIVANNQIRMANLAIYVSRAVNGVAALHTEILKKVELNNWYNLYPNKFQNKTNGITPRRWLRLCNSELSEFITDLLGNEDWVKDLSLLKNLEEYSDDDQVLKTLMEIKREKKVQLAEFIKQEEGIIIDPDSFFDIQIKRLHEYKRQLLNALYILDLYYRIKENPDLDIPKTTFIFGAKAFPGYRRAKGIVKFINEIARLIDRDEQASKKIKVVFVHNYRVSYAQKLFPGSDLSKQISTAGKEASGTGNMKFMLNATPTFGTYDGANIEIVEASGEENNYIFGLKVEDIEKIKHDYDPKEYYHQNESIKRVVDTLINGTLDDGGTGYFEDLYNALIEERDQYYLLADFELFKEAQGKVFEDYKDKKKWAKKCFANLYSSGVFSSDRTIKQYSDEIWNIKPASVE
>NC_020291|1066247:1197944|1190556_1191846_+|WP_015391173.1|DBSCAN-SWA
MKILFIACYSPLINNSAAIETLQYLNKLSEIDNNEVHLLTVNFPKDSIYYDEALYSMMDKKIKVHLVDGGIVFKKLMPTNDSSNKVSLNNKNGSVKKILRKVKNSVVIPDMYYGWSRKAGEYGIGLMEKEKFDVIFSMHEPPSSHLCAYYIKKHYKKVPWITYWSDPWLKDSTRENSFIVKKIIEKNMEKNIVNLADKFIFVTEANRNEYIKDYEFLKDVNKTFILNRGFDTKLYEKLLEEERPKFIEKHKINIIYTGEIFSKLRDIKPFIKALEDIKEENEDYYNLLNVLFFGNIDDIEGKKRLQNLEIAKVSPRIPFNEALKYMLNGDVLLLFGNKNSKQIPAKIYDYFGAKGRILVIYGDQDDPIKGIVENNPKCFTSENESEEIKQKIYQLIEMYKDNKIKSDPDLNYEWNSIVEKLNSILEGSD

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015391058.1|1066247_1067312_-|coat	CotS family spore coat protein	NA	NA	NA	NA
WP_015391059.1|1067545_1068571_+	deoxyguanosinetriphosphate triphosphohydrolase	NA	NA	NA	NA
WP_015391060.1|1068782_1070564_+	DNA primase	A0A0K1LMQ9	Caulobacter_phage	5.7e-57	33.6
WP_015391061.1|1070569_1071706_+	RNA polymerase sigma factor RpoD	A0A2I7SAT0	Vibrio_phage	4.2e-37	34.5
WP_015391062.1|1072045_1072738_+	SAM-dependent methyltransferase	NA	NA	NA	NA
WP_015391063.1|1072750_1073542_+	Nif3-like dinuclear metal center hexameric protein	NA	NA	NA	NA
WP_015391064.1|1074106_1074409_+	hypothetical protein	NA	NA	NA	NA
WP_015391065.1|1075028_1075793_+	MurR/RpiR family transcriptional regulator	NA	NA	NA	NA
WP_015391066.1|1076222_1076552_+	PTS lactose/cellobiose transporter subunit IIA	NA	NA	NA	NA
WP_015391067.1|1076555_1077965_+	beta-glucosidase	A0A0B5JD41	Pandoravirus	3.0e-61	31.1
WP_015391068.1|1078079_1079408_+	PTS sugar transporter subunit IIC	NA	NA	NA	NA
WP_015391069.1|1079501_1080296_-	SDR family NAD(P)-dependent oxidoreductase	NA	NA	NA	NA
WP_015391070.1|1080874_1083220_+	xanthine dehydrogenase family protein molybdopterin-binding subunit	NA	NA	NA	NA
WP_015391071.1|1083206_1084040_+	aerobic-type carbon monoxide dehydrogenase middle subunit CoxM/CutM	NA	NA	NA	NA
WP_015391072.1|1084040_1084499_+	(2Fe-2S)-binding protein	NA	NA	NA	NA
WP_015391073.1|1084642_1084825_+	DUF1858 domain-containing protein	NA	NA	NA	NA
WP_015391074.1|1084915_1085677_+	SagB/ThcOx family dehydrogenase	NA	NA	NA	NA
WP_015391075.1|1085861_1087565_+	hydroxylamine reductase	NA	NA	NA	NA
1087378:1087399	attL	NA	NA	NA	NA
WP_015391076.1|1087693_1087927_+	DUF2249 domain-containing protein	NA	NA	NA	NA
WP_015391077.1|1088084_1089932_+	S8 family peptidase	NA	NA	NA	NA
WP_015391078.1|1089932_1091651_+	S8 family peptidase	NA	NA	NA	NA
WP_015391079.1|1091892_1093002_+	sn-glycerol-3-phosphate ABC transporter ATP-binding protein UgpC	Q6GZ03	Mycoplasma_phage	2.2e-22	35.0
WP_015391080.1|1093145_1094090_+	PucR family transcriptional regulator	NA	NA	NA	NA
WP_015391081.1|1094474_1095962_+	4-alpha-glucanotransferase	NA	NA	NA	NA
WP_015391082.1|1095964_1098325_+	glycogen/starch/alpha-glucan phosphorylase	Q8B3H5	Iris_mild_mosaic_virus	5.0e-16	46.0
WP_015391083.1|1098822_1099776_+	D-2-hydroxyacid dehydrogenase	NA	NA	NA	NA
WP_015391084.1|1100149_1102315_+	type IA DNA topoisomerase	A0A1V0SB35	Catovirus	5.4e-17	23.0
WP_015391085.1|1102883_1104323_+	FAD-dependent oxidoreductase	NA	NA	NA	NA
WP_015391086.1|1104535_1105414_+	DUF4261 domain-containing protein	NA	NA	NA	NA
WP_015391087.1|1105813_1107046_+	ammonium transporter	H8ZJB2	Ostreococcus_tauri_virus	5.2e-41	33.6
WP_015391088.1|1107297_1108770_-	sodium/proline symporter PutP	NA	NA	NA	NA
WP_015391090.1|1108976_1109564_+	ABC transporter substrate-binding protein	NA	NA	NA	NA
WP_015391089.1|1109538_1111152_-	recombinase family protein	A0A1L2BY67	Clostridium_phage	2.8e-305	100.0
WP_015391091.1|1111254_1111752_-	Zn peptidase	A0A1L2BY64	Clostridium_phage	1.4e-90	100.0
WP_015391092.1|1111928_1112864_+	DUF4747 family protein	A0A1L2BY59	Clostridium_phage	8.8e-174	100.0
WP_015391093.1|1112880_1113597_+	hypothetical protein	A0A1L2BY70	Clostridium_phage	3.2e-123	100.0
WP_015391094.1|1113744_1114542_-	hypothetical protein	A0A1L2BY73	Clostridium_phage	6.0e-147	100.0
WP_015391096.1|1114868_1115207_-	helix-turn-helix transcriptional regulator	A0A1L2BY72	Clostridium_phage	6.6e-55	100.0
WP_015391097.1|1115369_1115582_+	helix-turn-helix transcriptional regulator	A0A1L2BY74	Clostridium_phage	4.9e-32	100.0
WP_015391098.1|1115614_1116046_+	helix-turn-helix domain-containing protein	A0A1L2BY71	Clostridium_phage	1.4e-73	100.0
WP_015391100.1|1116299_1116509_+	hypothetical protein	A0A1L2BY77	Clostridium_phage	1.8e-26	100.0
WP_015391101.1|1116689_1116881_+	hypothetical protein	A0A1L2BY79	Clostridium_phage	1.4e-30	100.0
WP_015391102.1|1116972_1117155_+	hypothetical protein	A0A1L2BY78	Clostridium_phage	2.0e-26	100.0
WP_015391103.1|1117178_1117442_+	hypothetical protein	A0A1L2BY80	Clostridium_phage	1.9e-41	100.0
WP_015391104.1|1117517_1118357_+	helix-turn-helix domain-containing protein	A0A1L2BY83	Clostridium_phage	1.0e-125	100.0
WP_015391105.1|1118349_1119066_+	hypothetical protein	A0A1L2BY85	Clostridium_phage	7.8e-130	100.0
WP_015391106.1|1119092_1119248_+	hypothetical protein	A0A1L2BY84	Clostridium_phage	3.1e-20	100.0
WP_015391107.1|1119361_1119607_+	hypothetical protein	A0A1L2BY81	Clostridium_phage	3.2e-43	100.0
WP_015391108.1|1119743_1122107_+	restriction endonuclease	A0A1L2BY82	Clostridium_phage	0.0e+00	100.0
WP_015391109.1|1122281_1122674_+	hypothetical protein	A0A1L2BY86	Clostridium_phage	5.5e-61	100.0
WP_015391110.1|1122899_1123085_+	hypothetical protein	A0A1L2BY88	Clostridium_phage	2.3e-30	100.0
WP_015391111.1|1123100_1123706_+|integrase	tyrosine-type recombinase/integrase	A0A1L2BY87	Clostridium_phage	3.2e-108	100.0
WP_015391112.1|1124173_1125661_+|protease	M6 family metalloprotease domain-containing protein	A0A1L2BY89	Clostridium_phage	8.4e-296	100.0
WP_081603973.1|1125799_1126039_+	hypothetical protein	A0A1L2BY90	Clostridium_phage	2.3e-30	98.4
WP_015391114.1|1126138_1126510_+	hypothetical protein	A0A1L2BY96	Clostridium_phage	2.6e-60	100.0
WP_015391115.1|1126506_1128171_+|terminase	terminase large subunit	A0A1L2BY93	Clostridium_phage	0.0e+00	100.0
WP_015391116.1|1128186_1129341_+|portal	phage portal protein	A0A1L2BY94	Clostridium_phage	1.1e-223	100.0
WP_015391117.1|1129340_1130105_+|protease	Clp protease ClpP	A0A1L2BY92	Clostridium_phage	1.3e-138	100.0
WP_015391118.1|1130094_1131348_+|capsid	phage major capsid protein	A0A1L2BY91	Clostridium_phage	1.3e-217	100.0
WP_015391119.1|1131357_1131639_+	phage protein	A0A1L2BY95	Clostridium_phage	6.3e-43	100.0
WP_015391120.1|1131635_1131974_+|head	phage head closure protein	A0A1L2BY98	Clostridium_phage	2.1e-61	100.0
WP_015391121.1|1131985_1132336_+	hypothetical protein	A0A1L2BY97	Clostridium_phage	1.1e-60	100.0
WP_015391122.1|1132335_1132719_+	phage protein, HK97 gp10 family	A0A1L2BY99	Clostridium_phage	7.2e-66	100.0
WP_015391123.1|1132735_1133314_+|tail	phage major tail protein, Phi13 family	A0A1L2BYA0	Clostridium_phage	3.8e-103	100.0
WP_015391124.1|1133366_1133723_+	hypothetical protein	A0A1L2BYA4	Clostridium_phage	1.8e-58	100.0
WP_015391126.1|1133937_1137147_+|tail	phage tail tape measure protein	A0A1L2BYA6	Clostridium_phage	0.0e+00	100.0
WP_015391127.1|1137148_1137850_+	phage-rlike protein	A0A1L2BYA2	Clostridium_phage	1.6e-116	100.0
WP_015391128.1|1137849_1139631_+	phage minor structural protein	A0A1L2BYA1	Clostridium_phage	0.0e+00	100.0
WP_015391129.1|1139646_1141311_+	hypothetical protein	A0A1L2BYA7	Clostridium_phage	7.3e-240	100.0
WP_015391130.1|1141322_1141655_+	hypothetical protein	A0A1L2BYA5	Clostridium_phage	2.9e-55	100.0
WP_015391132.1|1142138_1144028_+	DUF11 domain-containing protein	A0A1L2BYA9	Clostridium_phage	0.0e+00	100.0
WP_015391133.1|1144107_1144311_+	hypothetical protein	A0A1L2BYB0	Clostridium_phage	3.6e-16	100.0
WP_015391134.1|1144318_1144729_+	hypothetical protein	A0A1L2BYB2	Clostridium_phage	1.2e-31	100.0
WP_015391135.1|1144844_1145618_+	N-acetylmuramoyl-L-alanine amidase	A0A1L2BYB1	Clostridium_phage	6.4e-154	100.0
WP_015391136.1|1145711_1146113_-	rubrerythrin	A0A1L2BYB6	Clostridium_phage	9.8e-66	100.0
WP_015391137.1|1146378_1147071_+	DUF3862 domain-containing protein	A0A1L2BYB5	Clostridium_phage	1.0e-86	100.0
WP_035281098.1|1147261_1147465_-	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_015391138.1|1147552_1148029_+	ABC transporter substrate-binding protein	NA	NA	NA	NA
WP_015391139.1|1148063_1148831_+	ABC transporter ATP-binding protein	G3M9Y6	Bacillus_virus	2.8e-32	39.0
WP_015391140.1|1148823_1149642_+	ABC transporter permease	NA	NA	NA	NA
WP_015391141.1|1149886_1150729_+	YitT family protein	NA	NA	NA	NA
WP_015391142.1|1150898_1152041_+	hypothetical protein	NA	NA	NA	NA
WP_015391143.1|1152115_1152694_-	flavin reductase family protein	NA	NA	NA	NA
WP_015391144.1|1152793_1154188_-	D-alanyl-D-alanine carboxypeptidase	NA	NA	NA	NA
WP_015391145.1|1154351_1155074_-	type 1 glutamine amidotransferase	NA	NA	NA	NA
WP_015391146.1|1155092_1156451_-	Mur ligase family protein	NA	NA	NA	NA
WP_015391147.1|1156723_1158646_+	cell division protein ZapA	NA	NA	NA	NA
WP_015391148.1|1158660_1161021_+	U32 family peptidase	Q6DW11	Phage_TP	1.4e-31	28.2
WP_015391149.1|1161127_1163488_+	endonuclease MutS2	NA	NA	NA	NA
WP_015391150.1|1163599_1164328_+	DUF523 domain-containing protein	NA	NA	NA	NA
WP_015391151.1|1164443_1164635_-	hypothetical protein	NA	NA	NA	NA
WP_015391152.1|1164734_1166210_-	6-phospho-beta-glucosidase	NA	NA	NA	NA
WP_015391153.1|1166430_1167888_+	MFS transporter	NA	NA	NA	NA
WP_015391154.1|1168026_1168791_-	dioxygenase	NA	NA	NA	NA
WP_015391155.1|1169040_1169475_+	MarR family transcriptional regulator	NA	NA	NA	NA
WP_015391156.1|1169573_1170047_+	glutathione peroxidase	A0A1S7DLQ4	Molluscum_contagiosum_virus	7.4e-12	29.7
WP_015391157.1|1170090_1170957_+	NAD(P)/FAD-dependent oxidoreductase	A0A249XZT7	Enterococcus_phage	1.1e-18	29.1
WP_015391158.1|1170973_1171285_+	thioredoxin	A0A1J0GW78	Streptomyces_phage	7.5e-13	36.0
WP_015391159.1|1171445_1171982_+	glutathione peroxidase	NA	NA	NA	NA
WP_015391160.1|1172417_1174325_+	N-acetylmuramoyl-L-alanine amidase family protein	NA	NA	NA	NA
WP_026106441.1|1174587_1175823_+	exonuclease SbcCD subunit D	NA	NA	NA	NA
WP_015391162.1|1175797_1179286_+	AAA family ATPase	A0A0A0RPH3	Bacillus_phage	1.4e-06	27.1
WP_015391163.1|1179358_1181005_-	hydroxylamine reductase	NA	NA	NA	NA
1179522:1179543	attR	NA	NA	NA	NA
WP_015391164.1|1181194_1181938_-	response regulator transcription factor	NA	NA	NA	NA
WP_015391165.1|1181956_1182337_-	hypothetical protein	NA	NA	NA	NA
WP_015391166.1|1182364_1183339_-	flotillin-like protein FloA	NA	NA	NA	NA
WP_015391167.1|1183411_1183909_-|protease	membrane-bound serine protease	NA	NA	NA	NA
WP_015391168.1|1184108_1184957_-	GHKL domain-containing protein	NA	NA	NA	NA
WP_015391169.1|1185228_1186956_+	phospho-sugar mutase	A0A1X9I671	Streptococcus_phage	2.2e-130	41.2
WP_015391170.1|1187114_1188215_+	tetratricopeptide repeat protein	NA	NA	NA	NA
WP_015391171.1|1188229_1188943_+	WecB/TagA/CpsF family glycosyltransferase	NA	NA	NA	NA
WP_015391172.1|1189018_1190548_+	murein biosynthesis integral membrane protein MurJ	NA	NA	NA	NA
WP_015391173.1|1190556_1191846_+	glycosyl transferase group 1	NA	NA	NA	NA
WP_015391174.1|1191846_1193010_+	glycosyltransferase	NA	NA	NA	NA
WP_015391175.1|1192993_1194229_+	O-antigen ligase family protein	NA	NA	NA	NA
WP_017810803.1|1194362_1195010_+	cyclodeaminase/cyclohydrolase family protein	NA	NA	NA	NA
WP_015391178.1|1196028_1196514_+	hypothetical protein	NA	NA	NA	NA
WP_015391179.1|1196723_1197944_-|transposase	IS256 family transposase	A0A218MNI5	uncultured_virus	1.8e-57	56.5

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NC_020291|1269739:1279487|DBSCAN-SWA
GATGTTAGATATTAGAAGCGTATTCGTTGAAAAGAAAAATGGATTTAATGTTGAAGCCCAAAGTTTATTAAATGATTTTAAAGAAAACTTAGGGATTTTTGCATTGGAAGATGTAAGACTTGTAAATAAGTATATTATTTCAGATATATCTGAAGAATATTATAAGAAAGCATTACATACAATTTTTTCTGAAGCAACAGTAGATGTGGTTTATGAATCAAAGTTACCAGTAAATGAGGGAGAAGTTGCTTTTGGAGTAGAATACCTACCAGGTCAATACGATCAAAGAGCAGATTCGGCTTCTGAATGTTTAGCTCTTTTAACAGCTGAAGATAAGGTTGAAATTAAATCAGCCAAGATATTAATCTTAAAAGGAAACCTTTCACAAGAGGATATAGAAAAAATAAAAAAATATTATATCAATCCAGTCGATTCAAGAGAAGTTGATATAGATAGTAAAGAATTATCAGTACCTTCAAGCATACCTAATGATGTTCAAATCTTAGAGGGATTTATCAATAAGACATTAGAGCAATTACAAGCTTTCCATAGTGAACAAGGCTTAGCAATGAGCATTGATGATCTTCTTATGATTCAAGATTATTTTAAAGAAGAAAAAAGAGATCCAAGTATAACTGAAATTAAAGTTATAGATACATACTGGTCAGATCATTGTAGACATACAACCTTCTCTACCATATTAGAGGATGTTCAAATTGAAAATAACATATATACAGCTCCTATAAAAGCAAGTTATGAAGAATATTTGAAATCAAGAGAATATGTTTATGGTGAGAAAGAAAAAAGCAAAACTCTTATGGATATGGCAGTAATTGCTATGAAGGAACTTAGAAAAAGAGGGAAGCTTGATGATTTAGATATTTCAGAGGAAATAAATGCTTGTTCAATAAATGTAAGGATTGAAACTGATAAGGGCTTAGAAGATTATTTGGTAATGTTTAAGAATGAAACACATAACCATCCAACAGAAATTGAACCTTTTGGTGGAGCAGCAACCTGTCTTGGTGGAGCTATAAGAGATCCATTATCAGGTAGAACTTATGTATATCAAGCAATGAGAGTTACTGGGGCAGCTGATCCAACAGTTCCAGTTAAAGATACTTTAGAAGGAAAACTTCCTCAAAGAAAAATAACCCTTGGAGCAGCTCATGGATATAGCTCATACGGAAATCAAATTGGTCTTGCTACTGGACAGGTACAAGAAGTATATCATCCAAATTATGCAGCAAAGAGAATGGAAGTTGGGGCAGTAATCGCAGCAGCACCTAAAGAAAATGTAGTAAGAGAGGAACCAAAACTTGGAGATGTAATTATCTTACTTGGTGGAAGAACAGGAAGAGATGGTGTCGGTGGAGCTACAGGTTCATCAAAGGAACATACAGTAGATTCAATAAATGAATGTGGAGCAGAAGTTCAAAAAGGTAATGCACCTACTGAAAGAAAGCTTCAAAGATTATTTAGAAATGCAACAGTAGCTAAAATGATCAAGAGATGTAATGATTTCGGTGCAGGTGGGGTTTCAGTTGCAATAGGAGAACTTTGCAGAGGTTTAGATATAGATTTAGATAAAGTTCCAAAAAAATATGAAGGTTTAGATGGGACAGAACTTGCGGTTTCAGAATCACAAGAAAGAATGGCGGTTGTTGTAACCAAGGAAAATGCAGATGAATTTATAAGACTTTCAAACGAAGAAAATTTAGAAGCTACTTTAGTTGCAAATGTTACTGATACAGATAGACTTAGATTATTCTGGAGAGGAAAAAACATTGTTGATTTAAGGAGAACTTTCTTAGATACAAATGGAGCTACTCAAAAGACTAATGTTAAAGTTACTGCACCATTAGCTTATCCATATACAGTTGGAGATGTTAAGGTTAATGAAGAATGGATTAATAACTTAAAGAAATTGAACATTTCTTCACAACAAGGCTTATCTGAAAGATTCGATGCAACAATAGGACATGGAACAGTACTTATGCCATTTGGGGGTAAATATGCAAAAACTCCAGCAGAAGGTATGGCAGCTAAGATTCCAGTTCTAAATGGAGAAAGTTCAGATGCAACATTAATGACTTTTGGATTTAATCCAGAACTAGGTACTTGGAGCCCATATCACATGGCATATTATGCAGTGATTGAAAGTATAACTAAACTTGCAGCTATGGGTGGAGATTACAAAAAAGCTAGACTTACTTTCCAAGAATACTTTGAAAAATTAGGTTCAGAAGCTTCAAGATGGGGGAAACCATTTGCAGCATTACTTGGTGCTTATGAAGCTCAAATGGCCTTTGAAACAGCTGCAATTGGTGGTAAAGATTCTATGTCAGGAAGCTTTGGAGATTTAGATGTACCTCCAACTTTAGTTTCTTTTGCAGTAGGAGTTGAAAAAGCTAAACATGTAATATCACCAGAATTTAAGGAAGCAGGATCAAGCTTAGTTTTACTTCAAACAGAAAAGCTTGACGATGGAACTATAAATATAGAAAAGCTTAAGAAAAATTTAGAAGTATTACACAAATTAATTCAAGATGAAAAGGTAATTTCAGCATCAGCTATAAAATACGGCGGAGTTTCAGAAGCAATTACTAAAATGTCACTTGGAAATAGAATTGGTGCAGAGCTTGATAATTTAACAAAGGATGAATTATTTGGGTTTAACTATGGAACTATATTATTAGAAGTAAAAAATAGCATTAATGTAAAAGATGAATTCAAAGAGAGTTTATATAAAGAAGTTGGTAAGACAATAGCTTCAGCATTTATAATTTCAAAGGAATATGATTTAAATTTAGATATTGCAGCTTTAGAAAAAACATATGAAGAAAAATTAAAATCAGTATTCAAGATTAAAACTAAAGATGTACAAGAAAAAGTTGAAACTGTTTTATATGATAAAAAATCAACACTTTCACCTAAAGTTAAAGTTACTAAGCCAAAGGTTGTAATTCCAGTATTCCCAGGAAACAATTGTGAATATGACTGCGCTAGAGCTTTTGAAAAAGAAGGAGCTGAAGTAACTCAAGTAGTATTTAGAAATATTACTAAGGAAGCACTTAATGAATCAATAGAAAGACTTGCAAAAGAAATCAGTACAGCACAGATTCTTATGGTTCCGGGAGGATTTTCAGCAGGAGATGAGCCAGATGGTTCTGGTAAATTTATTGCAAATGCTCTTAGAAATGAACAGATTAGCAATTCAGTAATGGAACTTCTTAAAAATAGAGATGGATTAGCATTAGGAATTTGTAACGGCTTCCAAGCTTTAATTAAATTAGGTTTAGTTCCATATGGTGAAATAGTTGATATTAAAGAAGATATGGCGACATTAACTTATAACAATATAAATAGACATATGTCTTCAATAATAAGTACAAAAGTAGTTTCTAATAAATCGCCTTGGTTTAGCGAAGTTAATTTAGGAGATATTCATTCAGTTGCGATTTCTCATGGAGAAGGAAGATTCGTTGCACCTGAAAGCTTAATTAAAGAATTAATTGCAAATGGGCAAGTAGCTACTCAATATGTAGATTTTGATGGAAATGTATCATTAAATATGCCATTTAATCCAAATGGATCGATGTACGGAATTGAAGGTATAACTAGCCCTGATGGAAGAGTTCTTGGTAAGATGGCACACAGTGAAAGAATAGGAACTGACCTTTATAGAAATATTCCTGGAGACTTTGATCAAAAGATCTTCAAAGCAGGAGTTGGATATTTTAGATAACAGTTTATGCCCTTTAGGGTACCCAGTGGGCAATTTACAGCTATTGATAATTGAAAGGATGTTAGAAAGAAATGCAAGTAGCAATATTTTTTGGAAGTAAATCTGATACAGAAGTTATGAGAGGAGCTGCAAATGCTTTAAAGGAATTTGGAATTGAATATAAAGCTTTTGTACTTTCAGCTCATAGAGTACCAGAAAAGTTAGAAGAAACATTAGAAGAAATACAGGCTCAAGGATGCCAAGTTATTATAGCAGGTGCGGGTCTTGCAGCACATTTACCAGGAGTCATTGCTTCAAAGACAATACTTCCTGTAATTGGAGTTCCAGTTAAAGCAGCTCTTGAAGGTGTTGATGCATTATATTCTATAGTACAAATGCCAAAATCAATTCCAGTTGCGACAGTTGGTATAAACAACAGTTATAATGCAGGAATGCTAGCAGTTCAAATGTTATCAGTTAATAATAATGAATTAAAAAATAAATTAAAAGAATTTAGATTAAATATGAAGAAAAAATTCATAGAGGAAAATGCGGAAGGAGTAGAACTATAATGGAAAAATTAGAAATGATGTATGAGGGAAAAGCAAAGAAGATTTACGCGACAGATAAGGCTGATGAAGTAATTATATATTACAAAGATGATGCAACAGCATTTAATGGAGAAAAGAAAGGCCAAATAGAAGATAAAGGTGTTATGAACAATGAAATCACTGCTATTTTATTTGAACTTTTAGAAAAGAAGGGGGTCAAAACTCACTTCATTAAAAAATTAAATGATAGAGAACAATTATGTAAAAAGGTTGAAATTGTACCACTTGAAGTTATTGTAAGAAATGTGGCTGCAGGAAGCATGGCTAAGAGATTAGGGCTTGAAGAAGGATATAAGCTTAAGACTACAGTATTCGAATTTTCTTATAAGGATGATGAATTAGGAGATCCATTAATTAACAGTTATCATGCAGTAGCAATTGGAGCTGCAACTTTTGAAGAAATAGACGTTATTTTAAAAATGACAGCTACAGTTAATGATGTATTAAAAGAAGTATTTGCAGCACAGAATATTAACTTAATTGATTTCAAGATTGAATTTGGTAGATGTGCAGATGGAACAATAGTATTAGCAGATGAAATTTCACCTGATACATGTAGATTCTGGGATGCAACAACTGGTGAAAAATTAGATAAAGATAGATTTAGAAGAGACTTAGGCAATGTTAAAGATGCTTATGTTGAAATCTTAAAGAGAATTTCTAAATAATAATTCACAATTATTCAATGCACAATGTACAATTTATGAGGAAAAATAAAATTTTATCAATAATTGTGCATTGTGCATTCTCAATTATTAATTGTAAGTCTTAAATGTTAATGCACTGACCATTAATAATTGACAACTGGGCATTGATTAAAAAATTAAAAGACGAAAGGATTGTATAAATGAATAATTCAAATTTTGAATTAATAATGGATCCAAGTAATGATAAATTTAAAGATGAATGTGGAGTTTTTGGTGTTTATGCCAATCAGCCAATAGATGTTGCAACTATGACCTATTATGGACTTTATGCTCTTCAACACAGAGGACAAGAAAGTGCTGGAATAGCTGTTGCAGATGGTGAAAAAATAGATATTCACAAAGGTTTAGGTCTTATTACAGAAGCTTTTAAACCAGAAGATCTAAGTAAACTACAAGGTCATATAGCTGTAGGGCATGTTAGATATTCAACTGCTGGAGGAAAGGGTATAGAAAATGCTCAACCTATAGTAAGCACTTCAAAAATCGGATCAATTGCTATGGCTCATAATGGAAATCTAGTAAATGATGATGTTATAAGAGAATTGCTTGAAGATGCTGGACAAATTTTTCATACATCTACAGATTCAGAAGTAATTGCTTGTCTTATAGCAAGAAGTGCAAAAAAGGGGCTTGCAAAGGCAGTTGTAGATGCAATGTCAGCTATTAGAGGGTCTTTTGCATTAACTATTATGTCAAAAGATAAGTTGATCGGGGCTAGAGATCCACACGGAATAAGACCATTGTCATTGGGGAAAATTGAAGAAGGTTATATACTAACTTCAGAAAGTTGTGCTTTAGATGCAATAGGCGCTGAACTTATTAGAGATATTGAACCAGGGGAAATAGTAATAATAGATGCAGATGGAATACAATCATATAGATATTCTGAAAACACTAAGTGTCAAACCTGTGCATTCGAATATATATATTTTGCTAGACCAGATTCAAGAATTGATGGGCTTGAAGTTCATACAACAAGAGTAAAAGCTGGTGAACAATTATTTAAGGAACATCCATTAGATGCAGATATAGTTATAGCAGTTCCAGATTCAGGAATACCAGCAGCTATAGGATATGCAAAGGCATCTGGAATACCTTTTGATACAGGATTTATAAAAAACAGATATGTTGGAAGAACTTTTATATCTCCATCACAAGAAATAAGAGAAAGAGCAGTTGCGGTAAAATTAAATCCATTAAAAGTAAACTTAGAAGGTAAAAGAGTTATTCTTATTGATGATTCTATAGTTAGAGGAACTACTTCAAAACATTTAATTGAATCACTTAGACGTGCAGGAGTAAAAGAAGTTAACTTTTTAATTGCATCACCAAGTGTTAAATATCCATGTTATTTTGGAATAGATACTCCTTATAGAAGCGAGCTTGTTGCTGCTAATCATACTGTTGAAGAAATTAGAGATATGATTGGAGCAGATTACTTAGGATACTTAAGTGAAGAAGGGGTTTATAGAAGCTGCGGCGATAGAGACGGATTCTGTATGGGATGCTTTAATGGCATTTACCCAGTAGCAACACCAATAGAAGAAATATCAAAAGATCTTGAAAGGTAGGTTTAATAAATGATTACTTACAAAGAAGCTGGAGTTAATATTGAAGAAGGATATAGATCAGTTAAATTAATAAAGGAATATGCAGCAAAAACTATGAGTCAATATGTATTAAATGGACTAGGTAGCTTTGCAGGTATGGTTGAATTACCATCAGGTTATGAAAAACCAGTTTTAGTTTCAGGAACTGATGGAGTTGGAACTAAGCTTGAAATAGCATTCAAAAATAAGAAATATGATACTGTTGGAATTGATTGTGTAGCTATGTGTGTAAATGATATTTTATGCCATGGAGCAAAACCATTATTCTTTCTAGATTATATAGCTTGTGGAAAACTTGAAGCAGAGGTTGCTTCGGATTTAGTTAAAGGAATATCAGATGGTTGTATAGATTCTGATTGTGCTTTGATTGGTGGAGAAACTGCTGAAATGCCAGGTTTTTATTCAGAAGGTGAATATGATATGGCAGGCTTTGCGGTTGGTATTGCTGATAAAGATAAGATTATTAATGGAAGCAATATTAAAGAAGGAGATAAATTAATTGGGATAGCTTCTTCAGGGGTTCATTCTAATGGATATTCATTAATTAGAAAAGTATTTCCTGATTTAAATGAAGAATTTAAAGGAGAGGAAGTATGGAAGACATTAATTACTCCTACAAAAATATATGTAAAACCTGTGCTTAAGCTATTAGAAAGCTATGAAATAAAAGGAATGGCACATGTTACTGGTGGAGGTTTCATTGAAAATGTACCAAGAATGTTTAATGGAGGAAACTTCACAGCAGTAATTAATAAAGATTCATATCCACTTCCAGCTATATTTGAAAGAATTATTGAAAAGGGTGTAGATAAAGAGCATATGTATAATACTTTTAATATGGGAATTGGATTTGTGCTTGCTGTTAACGAAAAGGATGTTGCACCTATTATAAAAGCATTAGTAGAAATGGGCGAAAAGGCTTATGAAATAGGATATGTAACATCTGGAGGTGAAGGTATTTGTTTAAAATAGCGGTCTTGGTTTCTGGGGGAGGAACTGACCTTCAATCTGTTATAGATGCCGTAGAAAATAAAGAACTTAATGTAAAAATAGAAATGGTTATTGGAAGTCGTGATAATATTTATGCTTTAGAGAGAGCAAAAAAGCATGGTATTGAAACTTTTGTTATAAGTAGGAAAGAATATGGGGAAAAAGCTTCAGATAAAATATTAGAATTAACTAAAGGAAAGGTTGATTTAATAGTTCTTGCAGGATTTTTAGCAATTTTAGATGGAGATATATTAAAGGAATTCGATAACAAGATAATTAATATTCATCCATCTTTAATTCCTTCTTTTTGTGGGGCTGGTATGTATGGATTAAAAGTTCATGAAGCTGTAATAAAAAGTGGTGTTAAATTTTCAGGATGCACTGTTCATTTTGTAAATTCAGAAGTAGATGGTGGAGCAATACTTCTTCAAGAAGTAGTTCCAGTATATTTTGAAGATGACGCGGAAACACTTCAAAAAAGAATTTTAGAAAAAGAGCATTTAATATTGCCAGAAGCTATTAGATTAATCAGTGAAGGTAAAGTTGAATTTGTAAACGGAAAAGCGAAGATCAGTTAACTGAGAAAGGTGATTTTATGAAAAAGAGAGCTTTAATAAGTGTATTTGATAAAGATGGAGTTTTAGATTTTGCTAAATTTTTAGTATCTAAGGATGTTGAAATTGTATCAACAGGAGGGACTTATAAATATTTAAAGGAAAATGGAGTTGAAGTTATTGAAATCAATGAAGTAACAAATTTTCCTGAAATGCTAGATGGTAGAGTTAAGACTCTTCACCCATTAGTTCATGCAGGTATTCTTGCTATAAGAGATAATGAAGAGCATATGAACACATTAAAAGGAAGAGATATTCATACTATTGATTATGTTGTTGTAAATTTATATCCATTCTTTGAAAAAGTTAAAGAAGATTTAGAATTTGAAGAAAAGGTAGAGTTTATTGATATTGGTGGTCCTACAATGCTTAGAGCTGCTGCTAAGAATTTCCAAGATGTAGTAGTGATTTCTGATAAAAACGATTATAATGTTGTTATGGAAGAAATTAAAACAAATGGGGAAACCTCTTTAAAAACTAAGAAGAGATTAGCAGGGAAAGTTTTTAATCTTATGAGTGCTTATGATGGAGCTATTTCAAACTTTTTACTAGCTGATGATGAAGAAGAATATCCAGAGTATCTTTCAGTTTCATATAAGAAAATGCAAGGACTTCGTTATGGTGAAAATTCACACCAAACAGCAGCAGTTTATTCAGCAACAATGCTTGATGGGGCTATGAATACCTTTGAAGTATTAAATGGTAAAGAATTATCTTATAATAATTTTAAGGATTGTGATATAGCTTGGAAATGTGCTAATGAATTTGATGAACCAGCTTGTTGCGCATTGAAGCATAACACACCATGTGGTGTTGCTGTTGGGAAAGATTCCTATGAAGCTTATATGAAGGCATATGAAGTGGATCCAACTTCAATATTTGGTGGAATTATTGGATTTAATAGGAAAGTTGATAAGAAGACAGCAGAAGAAATGGTTAAAATTTTCTTAGAAGTTATTGCAGCTCCAGAATATGATGAAGATGCTTTAGAGGTGTTAAAGACTAAGAAAAATTTAAGAGTTCTTAAATTTAATAACAAACCAAAAGCCGACAAATACATGGTTACGGTTGATGGGGCAATGCTTATTCAAGAAGAAGATAATAAGTTAATAGAAGAAATCAAAGTAGTAACTGATAAGAAACCAACTGATGAAGAAATGAAAGATTTATTATTTGGAATGAAAGTTGTTAAGTATGTTAAATCAAATGCTATCGTTGTTGCTCATAACGGAATAGCACTTGGAATTGGTGGAGGTCAAGTTAATAGAATCTGGCCAACAGAAGATGCTTTAAAGAGAGGAAAAGGAGCTACAATCTTAGCTTCTGATGCTTATTTCCCATTTGGAGATGTTGCAGAAACAGCAGCAAAGGCTGGTATAAAAGCAATAATTCAACCAGGTGGATCTATTAGAGATCAAGAATCAATAGATGTTTGCAATAAATATGGAGTTGCAATGGTATTTACAGGATATAGACACTTTAAACACTAA

Protein sequences of DBSCAN-SWA_3

>NC_020291|1269739:1279487|1274923_1276354_+|WP_015391250.1|DBSCAN-SWA
MNNSNFELIMDPSNDKFKDECGVFGVYANQPIDVATMTYYGLYALQHRGQESAGIAVADGEKIDIHKGLGLITEAFKPEDLSKLQGHIAVGHVRYSTAGGKGIENAQPIVSTSKIGSIAMAHNGNLVNDDVIRELLEDAGQIFHTSTDSEVIACLIARSAKKGLAKAVVDAMSAIRGSFALTIMSKDKLIGARDPHGIRPLSLGKIEEGYILTSESCALDAIGAELIRDIEPGEIVIIDADGIQSYRYSENTKCQTCAFEYIYFARPDSRIDGLEVHTTRVKAGEQLFKEHPLDADIVIAVPDSGIPAAIGYAKASGIPFDTGFIKNRYVGRTFISPSQEIRERAVAVKLNPLKVNLEGKRVILIDDSIVRGTTSKHLIESLRRAGVKEVNFLIASPSVKYPCYFGIDTPYRSELVAANHTVEEIRDMIGADYLGYLSEEGVYRSCGDRDGFCMGCFNGIYPVATPIEEISKDLER
>NC_020291|1269739:1279487|1276363_1277365_+|WP_015391251.1|DBSCAN-SWA
MITYKEAGVNIEEGYRSVKLIKEYAAKTMSQYVLNGLGSFAGMVELPSGYEKPVLVSGTDGVGTKLEIAFKNKKYDTVGIDCVAMCVNDILCHGAKPLFFLDYIACGKLEAEVASDLVKGISDGCIDSDCALIGGETAEMPGFYSEGEYDMAGFAVGIADKDKIINGSNIKEGDKLIGIASSGVHSNGYSLIRKVFPDLNEEFKGEEVWKTLITPTKIYVKPVLKLLESYEIKGMAHVTGGGFIENVPRMFNGGNFTAVINKDSYPLPAIFERIIEKGVDKEHMYNTFNMGIGFVLAVNEKDVAPIIKALVEMGEKAYEIGYVTSGGEGICLK
>NC_020291|1269739:1279487|1277978_1279487_+|WP_015391253.1|DBSCAN-SWA
MKKRALISVFDKDGVLDFAKFLVSKDVEIVSTGGTYKYLKENGVEVIEINEVTNFPEMLDGRVKTLHPLVHAGILAIRDNEEHMNTLKGRDIHTIDYVVVNLYPFFEKVKEDLEFEEKVEFIDIGGPTMLRAAAKNFQDVVVISDKNDYNVVMEEIKTNGETSLKTKKRLAGKVFNLMSAYDGAISNFLLADDEEEYPEYLSVSYKKMQGLRYGENSHQTAAVYSATMLDGAMNTFEVLNGKELSYNNFKDCDIAWKCANEFDEPACCALKHNTPCGVAVGKDSYEAYMKAYEVDPTSIFGGIIGFNRKVDKKTAEEMVKIFLEVIAAPEYDEDALEVLKTKKNLRVLKFNNKPKADKYMVTVDGAMLIQEEDNKLIEEIKVVTDKKPTDEEMKDLLFGMKVVKYVKSNAIVVAHNGIALGIGGGQVNRIWPTEDALKRGKGATILASDAYFPFGDVAETAAKAGIKAIIQPGGSIRDQESIDVCNKYGVAMVFTGYRHFKH
>NC_020291|1269739:1279487|1269739_1273486_+|WP_015391247.1|DBSCAN-SWA
MLDIRSVFVEKKNGFNVEAQSLLNDFKENLGIFALEDVRLVNKYIISDISEEYYKKALHTIFSEATVDVVYESKLPVNEGEVAFGVEYLPGQYDQRADSASECLALLTAEDKVEIKSAKILILKGNLSQEDIEKIKKYYINPVDSREVDIDSKELSVPSSIPNDVQILEGFINKTLEQLQAFHSEQGLAMSIDDLLMIQDYFKEEKRDPSITEIKVIDTYWSDHCRHTTFSTILEDVQIENNIYTAPIKASYEEYLKSREYVYGEKEKSKTLMDMAVIAMKELRKRGKLDDLDISEEINACSINVRIETDKGLEDYLVMFKNETHNHPTEIEPFGGAATCLGGAIRDPLSGRTYVYQAMRVTGAADPTVPVKDTLEGKLPQRKITLGAAHGYSSYGNQIGLATGQVQEVYHPNYAAKRMEVGAVIAAAPKENVVREEPKLGDVIILLGGRTGRDGVGGATGSSKEHTVDSINECGAEVQKGNAPTERKLQRLFRNATVAKMIKRCNDFGAGGVSVAIGELCRGLDIDLDKVPKKYEGLDGTELAVSESQERMAVVVTKENADEFIRLSNEENLEATLVANVTDTDRLRLFWRGKNIVDLRRTFLDTNGATQKTNVKVTAPLAYPYTVGDVKVNEEWINNLKKLNISSQQGLSERFDATIGHGTVLMPFGGKYAKTPAEGMAAKIPVLNGESSDATLMTFGFNPELGTWSPYHMAYYAVIESITKLAAMGGDYKKARLTFQEYFEKLGSEASRWGKPFAALLGAYEAQMAFETAAIGGKDSMSGSFGDLDVPPTLVSFAVGVEKAKHVISPEFKEAGSSLVLLQTEKLDDGTINIEKLKKNLEVLHKLIQDEKVISASAIKYGGVSEAITKMSLGNRIGAELDNLTKDELFGFNYGTILLEVKNSINVKDEFKESLYKEVGKTIASAFIISKEYDLNLDIAALEKTYEEKLKSVFKIKTKDVQEKVETVLYDKKSTLSPKVKVTKPKVVIPVFPGNNCEYDCARAFEKEGAEVTQVVFRNITKEALNESIERLAKEISTAQILMVPGGFSAGDEPDGSGKFIANALRNEQISNSVMELLKNRDGLALGICNGFQALIKLGLVPYGEIVDIKEDMATLTYNNINRHMSSIISTKVVSNKSPWFSEVNLGDIHSVAISHGEGRFVAPESLIKELIANGQVATQYVDFDGNVSLNMPFNPNGSMYGIEGITSPDGRVLGKMAHSERIGTDLYRNIPGDFDQKIFKAGVGYFR
>NC_020291|1269739:1279487|1274036_1274744_+|WP_015391249.1|DBSCAN-SWA
MEKLEMMYEGKAKKIYATDKADEVIIYYKDDATAFNGEKKGQIEDKGVMNNEITAILFELLEKKGVKTHFIKKLNDREQLCKKVEIVPLEVIVRNVAAGSMAKRLGLEEGYKLKTTVFEFSYKDDELGDPLINSYHAVAIGAATFEEIDVILKMTATVNDVLKEVFAAQNINLIDFKIEFGRCADGTIVLADEISPDTCRFWDATTGEKLDKDRFRRDLGNVKDAYVEILKRISK
>NC_020291|1269739:1279487|1277352_1277961_+|WP_015391252.1|DBSCAN-SWA
MFKIAVLVSGGGTDLQSVIDAVENKELNVKIEMVIGSRDNIYALERAKKHGIETFVISRKEYGEKASDKILELTKGKVDLIVLAGFLAILDGDILKEFDNKIINIHPSLIPSFCGAGMYGLKVHEAVIKSGVKFSGCTVHFVNSEVDGGAILLQEVVPVYFEDDAETLQKRILEKEHLILPEAIRLISEGKVEFVNGKAKIS
>NC_020291|1269739:1279487|1273557_1274037_+|WP_015391248.1|DBSCAN-SWA
MQVAIFFGSKSDTEVMRGAANALKEFGIEYKAFVLSAHRVPEKLEETLEEIQAQGCQVIIAGAGLAAHLPGVIASKTILPVIGVPVKAALEGVDALYSIVQMPKSIPVATVGINNSYNAGMLAVQMLSVNNNELKNKLKEFRLNMKKKFIEENAEGVEL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015391247.1|1269739_1273486_+	phosphoribosylformylglycinamidine synthase	A6N228	Microbacterium_phage	3.3e-30	24.0
WP_015391248.1|1273557_1274037_+	5-(carboxyamino)imidazole ribonucleotide mutase	A0A2P0VNU7	Tetraselmis_virus	1.3e-24	42.4
WP_015391249.1|1274036_1274744_+	phosphoribosylaminoimidazolesuccinocarboxamide synthase	M4SM18	Cyanophage	2.8e-47	43.8
WP_015391250.1|1274923_1276354_+	amidophosphoribosyltransferase	A0A0M3SGR2	Mollivirus	3.0e-56	33.1
WP_015391251.1|1276363_1277365_+	phosphoribosylformylglycinamidine cyclo-ligase	A0A1D7SR00	Cyanophage	4.5e-67	45.7
WP_015391252.1|1277352_1277961_+	phosphoribosylglycinamide formyltransferase	R9S626	Prochlorococcus_phage	2.4e-23	37.0
WP_015391253.1|1277978_1279487_+	bifunctional phosphoribosylaminoimidazolecarboxamide formyltransferase/IMP cyclohydrolase	E3SNU8	Prochlorococcus_phage	1.8e-35	45.5

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NC_020291|1358860:1367652|DBSCAN-SWA
TTTGGATAAATCAAAGAAATTGCAAAGAAAGCAGAAAACTCAATATAGAGACCAATTGATGGAAGTAGAAGTGGAACTTCAAGGTAAATCAAAGGTGCCGAGTAATTCTAGGGTTTTACCAAATAGAGAAAGCGTAAACGATGGAGCATTTGATACTAGTAGATTACTTGAAGAAGTTCTAGAAAGAAATAATATGCTTTTAGCACTTAAAAGAGTAATTAGCAATAAAGGTAGTCATGGTGTTGATGGAATGAAGACCGATGAACTTCGTGAGCATATCAAGAAACACTGGGAAACAATTAAAGTTAAACTACTAGAAAGTAAATATAATCCGTCACCTGTAAGGAGAAAAGAAATATCTAAACCAGATGGTGGAGTTAGACTTTTGGGAATACCAACTGTACAAGATAGATTAATTCAACAAGCAATTGCTCAAGTATTATCTAAAATATATGAACCTCTATTCTCCGAAAATAGTTTCGGTTTCCGACCTCATAGAGGAGCAAAGGACGCTATAACGAAATCAAAACAGTATATAACTCAAGGAAATAGATGGGTTATAGATATGGATTTAGAGAAATTCTTTGATAAAGTTAATCATGATATTCTCATGAACAAACTTGAAAAGAAGATACAAGACAAAAGGTTATTATCTCTAATAAGAAAATATCTTAAAAGCGGAATTCTCATAAATGGGGTCTCGGTAGCAAGTGAAGAAGGGACACCACAAGGTGGTCCGTTAAGTCCGCTATTAGCTAATATAATGTTAGATGAATTGGATAAAGAACTTGAAAGACGAGGTCACAAATTTTGTAGATATGCAGATGATAATAACATATATGTTAAAAGCAAAAGAGCAGGGTTTAGAGTAATGAAATCTATAACCAATATAATTGAAAATAATTTGAAACTTAAAGTAAACAAGGATAAAAGTGCAGTAGACTTTGTATCAAAACGAAAGTTTTTAGGATTTTCGTTTTACTTCTCGAAAAGCGGAGCAGAAATAAGAATCCATGAGAAATCTATAAAGAAATTCAAGGAAAAGGTCAAATTCTATACTAACAGAAATAAAGGAATTAGTATGGAATACAGGCTACACAAATTAAATCAAATCACAAAAGGATGGATTAATTACTATGGAATTGCTAACGCACGCGGAAAGCTAATTGAACTAGATAAATGGATTAGAAGAAGACTAAGAGCTTGCATATGGAAACAATGGAAGAAGATCAGCACTAAACAAAGAAATCTGGCTAAATTAGGAATCGATAAATACAAAGCGTGGGAATATGCAAATACAAGAAAAGGCTATTGGAGAATATCCAAAAGCCCAATTTTGAGCAAGTCTTTAAACAATAAATACCTAGAATCTCTAGGATTTATTAGTCTAACACAAACATATCAAATGAGACATTAAATTCTGATGAACCGCCGTATACCGAACGGTACGTACGGTGGTGTGAGAGGTCGGAAAACAAAATAATTGTTTTCCTCCTACTCGATTATTATATCTGCTATAATATTATTTGGTATAAAATTAAGTTTTAAGATTCATACTATTTTCTATAAATTATAGTATAGAGTTTATATTATAAAGTAAAATAATATGTAATAGCATTAAGTAAGAGGTGAAAAAATGAGCCCATTGGCAGATTTAATGAGACCTAGTGATTTAAAAGATTTTGTAGGACAACAACATATATTAAGTCAAGGGAAGCCATTATATAATTTGATTGAGAGTAATAATATATGTAATTGTATATTTTATGGGCCTCCTGGAACTGGTGAAACAACTTTAGCTAACATAATGGCTAATTATGTAGATAAGAAATTCTACAAATTAAATGCGACGACAGCATCCGTGGAAGATATTCAAGAAATTACGGATAATATTAATAATTTACTAAATTATAATTAAGAATAGAAATTTGGAAATAATATAATTGATTTTGAATATATATTTATAGATATAAATATATACGGGGTGTAGAAATGGGGAATTTCAAATTTATAAAGTCTGAAATAGATGGTGCTTATATAGTAGAGTCTAAAGTTTTTGGAGATGAAAGAGGCTATTTTATGGAAGTCTATAATGAGGAAGCTTTTAAAGAGGCTGGACTTAATATGACCTTTGTCCAAGATAATGAATCAAAATCAAGTAAGGGTGTACTTCGTGGACTTCATTTTCAAAGGAAGCATAGTCAGGGAAAGCTTGTTAGAGTGACTAAAGGTGAAGTTTTTGATGTAGCTGTTGATTTGAGAATTGGTTCTGAAACTTATGGTAAATGGGAAGCAGTTATTTTAAGTGATGAAAATAAAAAACAATTTTATATTCCCAAAGGTTTTGCACATGGCTTTCTGGTATTATCAGAAGAGGCTGTATTTAACTATAAATGCACAGATTTTTATGCTGCTGAATATGACAGTGGGGTTATGTGGAATGATCCAGATATAGATATTAAATGGCCTTTAGATAGAATACAGAATATGATTTTATCTGAAAAGGACAAAAAGCATCCAAGCTTAAAAGAATTGGATTTGAGCAGATATTCAGATTATTATATTTGTCCAAAAGAGGTGTGATTACAGATGAAAATACTAATTACAGGTGCAAAAGGGCAGCTTGGTAATGAACTTCAAGATATAATAAATAGTGGAAAAGCCGAAATTGGTCAAGTTTCAGAGTTAATTATAAAATCAGAAGTTATTCCATTAGATATAGATGAATTGGATATAACTAATTTGGAAATGGTTAAAGCTAAATTAAATAAATTAAAACCAGATGTAATAATTAATTGTGCAGCGGCTACTAATGTTGATGGTTGTGAAAATAATCAAGATTTTGCATTTAAGGTTAATTCAATTGGCCCAAGAAATTTAGCTATAGTATCTGAAAAAATAGGTGCTAAATTAGTTCAGGTATCAACTGATTATGTATTTAGCGGAGTTGGAAACAAGCCATTAACTGAATATGATTTAACAACTCCATATAGTGTTTATGGAAAAACTAAGCTACTCGGAGAAAATTATGTAAGAGAGTTTTCTTCAAAATATTTTATAGTTAGAACTGCATGGTTGTATGGACATATAGGCAATAATTTTGTTTATACTATGAGAAGATTAGCTAAAGAAAAGGATATGATAACTGTTGTAAATGACCAGAAAGGAAATCCGACGTATGCCAATGATTTAGCTTATCATATATTAAAACTTTTACAGACAGAAGAATATGGAATATATCATTGTACTGGTAAAGGTGAGTGCACCTGGTATGACTTTGCGAAAATGATAATTGAATTGTCAGGAGAAAATTGTAAAGTTACAGCATGTACATCAGAAGAATATAAAACTTTAGCAAAGAGGCCTAAATATTCATCACTTGATAATGTGATGCTTAGATATACTGTTGGTGATGAAATGAGAGATTGGAAGGATGCAATAAAATCTTTTATTAATAAGATAGATAGCAATTATAATTATCGGGATGGAGTAAGAGAATGAAGATATATTTAGTTACAGGTGGAGCAGGATTTATAGGTTCGAATTTCATTTTATATATGTTAACAAAATATAAAGATATTAAAATAATAAATTTAGATAAGTTAACTTATGCAGGAAACTTAGAGAATCTTAAATCTATTGAAAATGATAAGAGATATACATTTGTTCAAGGAGATATTTGTGATAAAGATTTAGTTTCAAGTCTTTTTAAAATTAATAATATAAATTATGTTGTTCATTTTGCAGCAGAATCTCATGTTGACAGAAGTATAAAAGAGCCGGAAATATTTGCTAAAACAAATGTATTAGGAACTGTAAATATGCTCAATTGTGCAAAAACTGCTTGGGGAAGTGAAGAGGGATTTATTGATGGAGTGAAATTTCTTCATGTATCAACAGATGAAGTTTATGGTTCTTTAGGAGATGAAGGCTTTTTTGTGGAAACAACACCAATAGATCCTCATAGTCCATATTCATCAAGCAAAGCAAGTTCAGACTTAATGGTTAAATCTTATTATGATACTTATAAAATGCCAGTTAATATAACAAGATGTTCAAATAACTATGGACCATTTCAATTTCCGGAGAAGTTAATACCATTATTAATCAATAACTGTTTGCAGCATAAAGATCTTCCTGTATATGGAGATGGATTAAATATAAGAGATTGGTTGTTTGTAGAAGACCATGCAAAAGCGATTGATATGGTTATTAATGGAGGTAGACTTGGAGAAGTCTATAATGTTGGAGGCCATAATGAAAGGATAAATATACAAATAGTAAAGACAGTAATTGAATATATAAATAAAAATGTAGATAAAAATGTTACTGAAAGTTTAATAAAATATATTGAAGATAGAAAAGGTCATGATAGAAGATATGGAATAGCTCCCGATAAGATAAAGACAGAACTTGGCTGGTATCCAGAAACTAGTTTTGAAGTTGGGATTAAGAAGACTATTAAGTGGTATTTAGATAATTCAAAATGGATGAAAAATGTAACTTCTGGAGAATATCAAAAGTATTATGATAAGATGTACAACTAATTTGTGGGGGGCTATAGATTGGTTCGTATTAAGTTAAAAATTTATAGATATATAATCTAAGAGGTTCAAAGAGAAAAGTAGTTATTTAAAAATTGTAGTGAAAAATTCTAAGTATGAGTATTGCACCGAATTAGATTTGGTGCAATTTTTATATAATAATTATGTGAAAAGGTCTTTGTTTTAGTTCTAATTATCATGTGATGTAGTATAATTTGAAGTAATAGTTTCAAGAGGGAAAGAGGAATCAATATTGAGAAAAATAATTATTTTGTTATGTTTGTTTTGGATGGGATTTATATTCTACATGTCAAGCAATAATGGACAAATATCTCATGAACAAAGTACTAAGGTAGTTAATATAATTGAAGATTCTAAATCAAAATTAGAAAATAAATCAAATAATCAGGCTAAAGCTGAAAAGGAAAATTTAGCTTTTTTAGATAAACTTATTAGAAAGAATGCACATGGGTTCCTATACATGGTATTGGCAATATTAGTAAGTGCTTCATTTTTTTCTTATAAAAAATTAGGAAGAGATGCAATAGTGTATATACTTTTTATATGCCAATTTTATGCTATTACTGATGAATTTCACCAAGCTTTTGTTCCAGGAAGAACTTCTTTAGTAAGTGATGTTTTAGTTGATTTTATAGGGAGTTTAGTAGGCTTAATAATTTTTTATTTGATTTATTATAAAATATATAAAGCTAAGATTAGATCTAGATTAAGCACGAAGAAATTATAGTTTTCTACTGCTTTTTTATTTTTCTAAATCTGTTATAATAATAGTTAGCAAATCAAGAAGGTATGATTAGATATTATTAAAGACAAAGAGGTGCAAGCAATGCGACCACTAGCAGATTTGATGCGCCCAAATAAATTGGAAGATTTTGCGGGACAAAAGCATATTTTAAGTGAAGGGAAGCCGTTATATAATTTGATTGAGAGTAAGAATATATGTAATTGTATATTTTATGGGCCTCCTGGAACTGGTAAAACAACTTTAGCTAACATAATGGCTAATTATGTAGATAAGAAATTCTACAAATTAAATGCAACGACAGCATCTGTGAAAGATATTCAAGAAATTACGGATAATATTAATAATTTACTAAATTATAATGGAGTAGTTCTATACATAGATGAACTTCAGCATTTTAATAAAAAACAACAGCAGGCATTATTAGAATTTATTGAAGATGGAAGAATAACGCTGATTGCAAGTACTACTGAAAATCCTTATTTCGTTATACACAAAGCTATAATAAGCAGATGTAATATATTCTCATTTAAGCCATTAAATACTTCTGATATTATTATTGGACTTGAAAATTCTATTAAAAAGTTAACTTCAGAAGGAATAAAAATAGAATATTCTAATGAAGCTCTTACATATATTGCTGAGATATCTCAAGGTGATTATAGAAAAGCATATAATATTTTAGAAATTGCTATAAATTCGCAGGTAAAGAACGTTAGAGTGATTTCAAGTGAATATATAGAGAGCCTAGGACAGTCCAATATGAGGGCCGATTCTAGTGGGGATGAGTTTTATAACTTGTTAAGTGCCCTTCAAAAAAGTATTAGGGGAAGTGATGCTGATGCATCGATTCATTATTTAGCACGACTTATCAAAAGTGGTAATTTAACTTCAATTATAAGAAGGATTTCTGTTATTGCAGCTGAAGATATAGGCCTTGCTTTTCCAACAGCACTGTCTGTTGTCAATTCGGGAATAGAACTAGCTTTAAAGGTAGGATTGCCAGAAGCAAGAATAATACTTTCTGAAATAGTAATTTATTTAGCAACATTACCTAAATCAAATAGTGCAATTTTAGCTATAGATGCAGCTATGAATGATTTGGAAAATATCAATTTTGGAGATGTTCCTATGCATTTAAAAGATGCACATTATATGGGAGCCGCTAATCTTGGAGTAGGTGGATATAAATATCCACATAATTATAATGATCATTATGTAAAACAAGAATATTTGCCAAAAGAATTAGAAGGAAGAATATATTATAATGGGCAAAATAATAAATACGAAGAAAGCATAAAAAATTATTGGGAAAAAATTAAAAATCAATAATTATCGTTTGACAAAAGCCGAGTAATTTGGTAAGATATAAGCGAAATTAATATATTTTATATATAAAGAGGTGAAAGAATGAAACTTTCAACTAAAGGAAGATACGGGGTTAGAGCCATGGTAGAGTTAGCGGCTAATTATGGTGGAGCACCGGTTTCAATAAAGACTATATCAAAAAAGGAAAATCTTTCTGAATATTATTTAGAACAATTATTTAGCCCGCTTAGACGTGCTAATGTTATAAGAAGTATAAGAGGTGCACAAGGTGGATACGTTTTATGCAAACCTCCTAGGGAAATAACTGTTGGAGATATAATGACTATTTTGGAAGGTCCTGTTGAAATAGCGGATTGTATTGACGGAGTTGAATGCGATAGTTCAGATTGCTGTGCTACAAAAGCAGTATGGGAAAAAATAAAAAATAGTATAGATAGTGTTATGAATTCAATAACATTACAAGATATACTTGATGATCACGAAGCTCTTCAAAAGAAAAATAGTGGCATTAAGATTGCAGATAGGAGTGAATAATAATGAAAAATGTATATATGGACTATTCAGCTACGACTTATGTTAAACCAGAAGTTTTAGAAGAAATGCTTCCTTATTTTACACAAAAGTTTGGAAATCCATCTTCATTTTATGGGATATCAAGAGAAACTAAAAAAGCTATAGATAAAGCAAGAGAACAAATAGCAAAAGCGTTAAATTGTTTACCAGAAGAAGTGTATTTTACTGGTGGTGGATCTGAAGCAGATAACTGGGCGATAAAAGGAATTGCTTCAGCCCATAGAAATAAAGGAAATCACATTATTACAACTAAAATAGAGCATCATGCAGTTCTTCATACTTGTGAATACTTAGAGAAGAACGGTTTTGAAGTTACATATTTAGATGTTGATGAAGAAGGTTTTGTTAGATTAGAAGATTTAAAAAATGCTATAACTGATAAAACAATTTTAGTCAGCATTATGTTTGCGAATAATGAAATTGGAACAATTGAGCCAATAAAGGAAATCGGAGAAATCTGTAGGGAAAAGAAAATTTTCTTCCATACTGATGCAGTTCAAGCTATTGGGAATGTACCTGTAGATGTTAAAGAAATGAACATTGATATGTTGTCACTAGCAGGTCATAAGCTTTATGGACCAAAAGGAATTGGAGTTTTATATATCAAAAAGGGAATTAAGATTGATAACTTAATTCATGGTGGAGCTCAAGAAAGAAATAGAAGAGCAGGAACAGAAAATATCGCATCTATTGTAGGTCTTGGTAAGGCAGTTGAACTTGCAACTGTAAATTTAGAAGAGCATATGAGTAAGTTAACAGCTCTTAGAGATAAGCTTATAAATGGACTTTTAGAAATTCCTTATACAAAATTAAATGGACCAAGAGGAGATAAGAGATTACCTGGAAATGCAAATGTATGTTTTAGATTTATTGAAGGTGAATCAATTCTTTTATCACTAGATTTTAAAGGTGTTTGTGCATCAAGTGGTAGTGCTTGTACATCAGGATCCTTAGATCCATCGCATGTATTACTTGCAATTGGACTTCCACATGAAATTGCTCATGGATCATTAAGACTTTCCATGGGTGAAGGATCAACTGAAGAGGATGTAGATTATGTTCTTGAAGTTGTACCACCAATTATTGAAAGATTAAGAAATATGTCACCATTATGGGATGACTTTTTAAAGAAGGGAGAAAAATAATATGATATATAGTGAAAAAGTAATGGAACATTTCCAAAACCCAAGAAACGTTGGAGAAATAGAAAATGCAAATGGTGTAGGTGAAGTAGGAAACGCTAAGTGTGGAGATATAATGAAGATTTATTTAAAAGTTGAAGATAACATTATAAAAGATGTTAAATTTAAGACTTTTGGATGTGGATCAGCTATTGCATCATCATCAATGGCAACTGAATTAATTAAAGGAAAGACTTTAGATGAAGCTTGGGAATTAACAAATAAGGCTGTTGCAGAAGCATTAGATGGCCTTCCACCAGTAAAAATGCATTGTTCTGTACTTGCAGAAGAAGCAATCCACAAAGCTATAAATGATTATAGAGCAAACAATGGATTAGAAGTTATACCAATGGAAGAACATAGCGATGAAGATTTACATGCGGCTGTTCATGGCGAAGAGTAA

Protein sequences of DBSCAN-SWA_4

>NC_020291|1358860:1367652|1363656_1364151_+|WP_015391331.1|DBSCAN-SWA
MRKIIILLCLFWMGFIFYMSSNNGQISHEQSTKVVNIIEDSKSKLENKSNNQAKAEKENLAFLDKLIRKNAHGFLYMVLAILVSASFFSYKKLGRDAIVYILFICQFYAITDEFHQAFVPGRTSLVSDVLVDFIGSLVGLIIFYLIYYKIYKAKIRSRLSTKKL
>NC_020291|1358860:1367652|1358860_1360276_+|WP_015391326.1|DBSCAN-SWA
MDKSKKLQRKQKTQYRDQLMEVEVELQGKSKVPSNSRVLPNRESVNDGAFDTSRLLEEVLERNNMLLALKRVISNKGSHGVDGMKTDELREHIKKHWETIKVKLLESKYNPSPVRRKEISKPDGGVRLLGIPTVQDRLIQQAIAQVLSKIYEPLFSENSFGFRPHRGAKDAITKSKQYITQGNRWVIDMDLEKFFDKVNHDILMNKLEKKIQDKRLLSLIRKYLKSGILINGVSVASEEGTPQGGPLSPLLANIMLDELDKELERRGHKFCRYADDNNIYVKSKRAGFRVMKSITNIIENNLKLKVNKDKSAVDFVSKRKFLGFSFYFSKSGAEIRIHEKSIKKFKEKVKFYTNRNKGISMEYRLHKLNQITKGWINYYGIANARGKLIELDKWIRRRLRACIWKQWKKISTKQRNLAKLGIDKYKAWEYANTRKGYWRISKSPILSKSLNNKYLESLGFISLTQTYQMRH
>NC_020291|1358860:1367652|1361448_1362360_+|WP_015391329.1|DBSCAN-SWA
MKILITGAKGQLGNELQDIINSGKAEIGQVSELIIKSEVIPLDIDELDITNLEMVKAKLNKLKPDVIINCAAATNVDGCENNQDFAFKVNSIGPRNLAIVSEKIGAKLVQVSTDYVFSGVGNKPLTEYDLTTPYSVYGKTKLLGENYVREFSSKYFIVRTAWLYGHIGNNFVYTMRRLAKEKDMITVVNDQKGNPTYANDLAYHILKLLQTEEYGIYHCTGKGECTWYDFAKMIIELSGENCKVTACTSEEYKTLAKRPKYSSLDNVMLRYTVGDEMRDWKDAIKSFINKIDSNYNYRDGVRE
>NC_020291|1358860:1367652|1360851_1361442_+|WP_015391328.1|DBSCAN-SWA
MGNFKFIKSEIDGAYIVESKVFGDERGYFMEVYNEEAFKEAGLNMTFVQDNESKSSKGVLRGLHFQRKHSQGKLVRVTKGEVFDVAVDLRIGSETYGKWEAVILSDENKKQFYIPKGFAHGFLVLSEEAVFNYKCTDFYAAEYDSGVMWNDPDIDIKWPLDRIQNMILSEKDKKHPSLKELDLSRYSDYYICPKEV
>NC_020291|1358860:1367652|1366031_1367213_+|WP_015391334.1|DBSCAN-SWA
MKNVYMDYSATTYVKPEVLEEMLPYFTQKFGNPSSFYGISRETKKAIDKAREQIAKALNCLPEEVYFTGGGSEADNWAIKGIASAHRNKGNHIITTKIEHHAVLHTCEYLEKNGFEVTYLDVDEEGFVRLEDLKNAITDKTILVSIMFANNEIGTIEPIKEIGEICREKKIFFHTDAVQAIGNVPVDVKEMNIDMLSLAGHKLYGPKGIGVLYIKKGIKIDNLIHGGAQERNRRAGTENIASIVGLGKAVELATVNLEEHMSKLTALRDKLINGLLEIPYTKLNGPRGDKRLPGNANVCFRFIEGESILLSLDFKGVCASSGSACTSGSLDPSHVLLAIGLPHEIAHGSLRLSMGEGSTEEDVDYVLEVVPPIIERLRNMSPLWDDFLKKGEK
>NC_020291|1358860:1367652|1365576_1366029_+|WP_015391333.1|DBSCAN-SWA
MKLSTKGRYGVRAMVELAANYGGAPVSIKTISKKENLSEYYLEQLFSPLRRANVIRSIRGAQGGYVLCKPPREITVGDIMTILEGPVEIADCIDGVECDSSDCCATKAVWEKIKNSIDSVMNSITLQDILDDHEALQKKNSGIKIADRSE
>NC_020291|1358860:1367652|1367214_1367652_+|WP_015391335.1|DBSCAN-SWA
MIYSEKVMEHFQNPRNVGEIENANGVGEVGNAKCGDIMKIYLKVEDNIIKDVKFKTFGCGSAIASSSMATELIKGKTLDEAWELTNKAVAEALDGLPPVKMHCSVLAEEAIHKAINDYRANNGLEVIPMEEHSDEDLHAAVHGEE
>NC_020291|1358860:1367652|1360495_1360777_+|WP_015391327.1|DBSCAN-SWA
MSPLADLMRPSDLKDFVGQQHILSQGKPLYNLIESNNICNCIFYGPPGTGETTLANIMANYVDKKFYKLNATTASVEDIQEITDNINNLLNYN
>NC_020291|1358860:1367652|1364250_1365498_+|WP_015391332.1|DBSCAN-SWA
MRPLADLMRPNKLEDFAGQKHILSEGKPLYNLIESKNICNCIFYGPPGTGKTTLANIMANYVDKKFYKLNATTASVKDIQEITDNINNLLNYNGVVLYIDELQHFNKKQQQALLEFIEDGRITLIASTTENPYFVIHKAIISRCNIFSFKPLNTSDIIIGLENSIKKLTSEGIKIEYSNEALTYIAEISQGDYRKAYNILEIAINSQVKNVRVISSEYIESLGQSNMRADSSGDEFYNLLSALQKSIRGSDADASIHYLARLIKSGNLTSIIRRISVIAAEDIGLAFPTALSVVNSGIELALKVGLPEARIILSEIVIYLATLPKSNSAILAIDAAMNDLENINFGDVPMHLKDAHYMGAANLGVGGYKYPHNYNDHYVKQEYLPKELEGRIYYNGQNNKYEESIKNYWEKIKNQ
>NC_020291|1358860:1367652|1362356_1363406_+|WP_015391330.1|DBSCAN-SWA
MKIYLVTGGAGFIGSNFILYMLTKYKDIKIINLDKLTYAGNLENLKSIENDKRYTFVQGDICDKDLVSSLFKINNINYVVHFAAESHVDRSIKEPEIFAKTNVLGTVNMLNCAKTAWGSEEGFIDGVKFLHVSTDEVYGSLGDEGFFVETTPIDPHSPYSSSKASSDLMVKSYYDTYKMPVNITRCSNNYGPFQFPEKLIPLLINNCLQHKDLPVYGDGLNIRDWLFVEDHAKAIDMVINGGRLGEVYNVGGHNERINIQIVKTVIEYINKNVDKNVTESLIKYIEDRKGHDRRYGIAPDKIKTELGWYPETSFEVGIKKTIKWYLDNSKWMKNVTSGEYQKYYDKMYN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015391326.1|1358860_1360276_+	group II intron reverse transcriptase/maturase	A0A0U4J920	Pseudomonas_phage	8.1e-30	30.5
WP_015391327.1|1360495_1360777_+	AAA family ATPase	A0A218MMC7	uncultured_virus	1.4e-05	35.4
WP_015391328.1|1360851_1361442_+	dTDP-4-dehydrorhamnose 3,5-epimerase	I7HJC4	Enterobacteria_phage	3.6e-48	51.1
WP_015391329.1|1361448_1362360_+	dTDP-4-dehydrorhamnose reductase	H9NCE8	Sphingomonas_phage	3.0e-09	32.7
WP_015391330.1|1362356_1363406_+	dTDP-glucose 4,6-dehydratase	K7QJG5	Escherichia_phage	4.5e-78	46.1
WP_015391331.1|1363656_1364151_+	hypothetical protein	NA	NA	NA	NA
WP_015391332.1|1364250_1365498_+	replication-associated recombination protein A	A0A127AWE7	Bacillus_phage	3.0e-84	42.4
WP_015391333.1|1365576_1366029_+	RrF2 family transcriptional regulator	NA	NA	NA	NA
WP_015391334.1|1366031_1367213_+	cysteine desulfurase NifS	H7BUW1	unidentified_phage	3.5e-42	40.2
WP_015391335.1|1367214_1367652_+	Fe-S cluster assembly scaffold protein NifU	A0A2H4N7M4	Lake_Baikal_phage	2.5e-30	54.8

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NC_020291|1497531:1507486|DBSCAN-SWA
TTTGGATGAGAAATATATGGATAGAGCATTAGAATTAGCAAAGAAAGGTATTGGTAGAGTTAATCCTAATCCGTTAGTTGGAGCAGTCATAGTTAAGGATAATGAAATAATAGGAGAAGGATATCATGAATGTTATGGAATGGCTCATGCTGAAAGAAATGCTATAAAGAATGCAGTGAGAGATGTAGTGGGAAGTACCATTTATGTGACACTTGAACCATGTGCTCATTATGGAAAAACTCCACCGTGTGTAGATTTGTTAATTGAAAAAAGATTTAAAAAAGTCGTGATTGGAATGTTAGATCCAAATGAACTAGTTGCAGGAAAAAGCATAGAAAAATTGAAACAGCATGGTATTGAAGTTGTAGTTGGAATTAGAGAAGAGGAATGTAAAAAGTTAAATGAAATCTTTATTAAATACATTACATCAAAATTGCCATTCGTAGTACTAAAAAGTGGAATGTCCATAGATGGTAAAATAGCAACATATAATGGCGAATCTAAATGGATAACCTCTAAAGAATCAAGAGAGGATTCGCAAAAGCTAAGAAATAGGCTACATTCCATTATGGTTGGAATAAATACAATTATTACTGATGATCCAGAGCTTACTTGCAGAATTAATAAAGATAAGAATTTAATTAGGATTATTGTAGATACTAAACTTAGAATCTCTTTAGAGTCTAAAGTGATTTTAAATAGTGATAAAAAAACAATTATTGCAACTACTATAAATGCTGATGGAAATAAAAAACAAAAGCTAAGAGAATTAGGAATGAAAATTATAGAAGTACCAAGTAAAAATAATAAGGTGGACTTAAAAGAGCTTATTAATAAACTTGGGCAGGAAGGCATAGATTCAATACTTATTGAAGGTGGTGGAACACTTAATTTTTCTGCACTTGAAGAAGGTATTGTAGATAAAGTGGTTTTTTATATAGCTCCTAAAATATTGGGGGGAACGAATAGCAAGAGTAGCATATCAGGAAAGGGATTTTCGAAACTAAGTGAAGCAGTCAACTTAATTGATATGAGGTATAGAACTGTAGGAAAAGATTTAGTGGTAGAAGGATATGTAGAAAAGAAGTAATTAGGGAGGGTAGGATGTTTACTGGAATAATTGAAGAAATAGGAATTGTACAAGAATTTAATTTCGTAAACGGCTTTGGGATAATACGAGTAGGATGTGTTAATGTATTGGAAGGTACAAAGATAGGCGATAGTATAGCAACTAATGGAGTTTGTTTAACTGTTAAAGAAATAAGTACTAACTCGTTCAAGGCAGAAGTAATGGGGGAAACTTTAGCTAAAAGCAATTTGGGGAGGTTGAAAACAGGAGATAAGTTAAATCTTGAAAGAGCATTAAAATTAAGCGATAGACTAGGTGGACACATAGTAAGTGGACATATTGATGGAGTTGGAAAAATAATTTCAATAAAGGAAGAAAGTAATGGAACGTGGTTTACTATTTCGGCTCCAAAGGAGGTATTAAAATACATCATATATAAAGGATCTATTGCTATAGATGGAATAAGTTTGACGGTTGCTTATGTGGATGACTTAGTTTTTAAAGTTTCAGTAATACCACATACGTTGGACAATACAATTCTTCCAGGTAAAAAAATGGATTCTAATGTGAATTTAGAATGCGATTTGGTAGGAAAATATATAGAAAAGCTTTTTACAGGGAATAAATCAAATGAAGAAGTAGAAAGTAGTAATATTACTATGGAATTTTTAAAAAATAGTGGTTTCTGAAAAACATGTTATAGAGTTATGAAAATGAATTAGTAGTTAGGAGATTAAAAATGAAATTTAATAGTATAGAAGAAGGAATTAAAGATATACAAGAAGGTAAAATGGTTATAATTGTGGATGATGAAGGAAGAGAAAATGAAGGTGATTTAGTAATTCCTGCTGAAATGGTTACTGGAGAAAATATTAATTTCATGATTAAGTATGCAAGAGGATTAGTATGTGCACCAGTAGATGAAGAAATAGCAGCTAAATTATGCCTAAATCCAATGGTTGAAAAAAATACAGATAATCATGAAACTGCATTTACGGTTGCAGTAGACCATAAAGATACAACTACAGGAATATCAGCCTTCGAAAGAGCTTATACAATTAACAAACTTGTAGATTCAAATGAAAGAGATAGTTTTAGAAGGCCTGGTCATGTATTTCCTTTGATAGCTAAACGTGATGGGGTATTAGAAAGAAGAGGACATACAGAAGCGGCAGTAGATTTAGCAAAACTTGCGGGATTTAAAGGTGCAGCAGCTATCTGTGAAATAATAAATGATAATGGCACAATGGCTAGAAGAGATGATTTGATTGGATTTGCAAAAGAACATAGTTTAAAGATATTAACTATAGAAGATTTGATTAAATATAGAAAACAGGATAATTTTAGTGTCACCAAGGAAGCAGAAGCTTATTTACCAACAGAATATGGTGATTTTAAGATATTGGCTTTTAGTGAGAAGAATTCTTCAAAATGCCATCTAGCCTTAATAAAGGGAGACATTACTACTGATGAACCTGTACTAACAAGAGTTCATTCAGAATGTTTAACTGGAGATGCTTTAGGTTCTAGGAAATGTGATTGCGGTGAACAATATGCTGCAGCAATGGAAATGATAGAAAAGGAAGGTCGGGGGATACTTCTTTACATGAGACAAGAAGGAAGAGGAATAGGTCTTTTAAACAAGATAAAGGCATATCATTTGCAAGATACTGGTTTAGATACAGTAGATGCAAATTTGGCTTTAGGATTTAAAGAGGATATGAGAGACTATAAAGTTAGTGCTGATATGCTAAAAATATTAGGAATAAGCAACATTAGATTAATAACAAATAATCCTGCTAAAATTAAAGATCTTGAAAAAAATCATATTAATGTTGTTGAAAGAATTCCAATAGAAATGCCTATAAATAAAAATGATGAGTTTTATATAAGAACAAAAAAGGAAAGAATGAATCATTTAATAAATTTATAATAATTTAATGTATAGATATCCAAGGCAAGAATTAGACATATGCGGAACTACCGAAATTAAACACATATTTATTACAGCGGACTAATGAAATTTTCGCTGGATGGGTTCTAAGTGGAAGGATGCACCCATTTCTGCATGTTCCTAAAGTAAATTTATGACAAGCAGAAAGTGGAACAACCTTCCACTAATAACCATCACAGCTTAATTTCATATGCCGCTTGCACAAATATGTATCTAATTTCTGGTGCGGTGTCGAGATTATAATTTATCAACAATTGATAATTAGAATATATAATAATATTAAGCAATGGAGGAAAAGTGTAATGAATATTTTTGAAGGAAATTTAGTTTCAGAAGGATTAAAGTTTGGAATAATAGTAGGAAGATTTAATGAGTTTATTGGTGGTAAATTATTAGATGGTGCATTAGATGGATTAAAAAGACATGGAGCTAATGAAGCTGATATTGATATTGCATGGGTTCCGGGTGCTTTTGAAATTCCATTAGTAGCTAAGAAAATGGCCCAAAATAATAAATATGATGCAGTGATTTGCTTAGGAGCAGTAATAAAAGGTGCAACTTCTCATTATGACTATGTTTGTTCAGAAGTATCAAAAGGAATTGCTAGTGTTTCTCTTGAAAGTGAAAAGCCAGTTATATTTGGCGTACTTACAACGAATACCATTGAACAAGCAATTGAAAGAGCAGGAACTAAAGCTGGGAATAAGGGATATGAATGTGCAGTTTCAGCAATAGAAATGGCTAATTTGCTTCGAGCTATAAAGTAAAAATGTAAATTGAAGTAGCAAGTCAATTATTGGAATTAATCATATTTTAGATTAACTCTAATAATTGACTTGTTATTTTATGTTGAATATTGTGCTAATATTAATATCAGTGTAATATAATAATATAATGTACATTTATAGGCTATTTTGTAATTTACGCAACAAAAACAATTATACTATCTTGTTAACTAAAGGAATTTCAACATAATCAAAGAATAAGTTAGAATACTCAATAAGAATCTAGATATAAGCAATGTAATATAAGATCATAATAGATAGGAAGATTGTTGAAGCGTGTTATAAATGATATAATTATGTGGTACAAGGGGAAAATAAAGGGGGAAGGGTTAGTTAAACCGATAAGATATGAAAAATAAAATTTTAGCACTTGTTTTAGCAACAGTAATAATTTCTGGTAACTTAATACCAGTATCAGCAACACCAAGCAATGAACAGCTTGATGCTTCAAGACAAAAATATGCGGATATAGAAAATAAAATAAAAGATATTGAAGCTAAAATTTATGATTTAGATATGAAAATGGAACCATTGCAAGCATCAATTGATAAAAATAAGGCAGAAATAAGAAATATTAATATTGTCACTGAAAATACCAAAAAAGATATTGAACAATGTAAAAAAGATATCAATGATTTGGATTTAGCTTTAGGAAAAAGAGTCAAGATAATGTATTCATCAGGAGATTTAGAGTTTAATTATTTAAATTTCATACTTAATTCAGATTCTACAAGTGAATTTTTTTCAAGGGTACAAGCCGTTGGAACAATTATAGAAAAAGATAAATCGTACATAGATGGTATTAAGAGTAAAAGAATTGAGTTAAATGATAAGGTGAAATCTTTAGACGATAAAAAAACTGAAATAAATAAGTTAAATAAAGAAGTTCAGGACAATTTAAATCAATTAGCAAGTAATAAAAAAGCAGAGCAAGAATTGGCAGCTGAGGCACAGACTGAAAAGAGTAAGTTTGATGTAGAATATTTATCATTACTGGAAAGAGATGCAGTTAAGACCCAATTTGATGTTATAGATAGTTCGAATAGTTCTTCAGCAGATATTGAAGGAGCCGTTAGTCAGTTAGCTAGTATTAGGGACAATCAGATTAAGAGCCCAATTGTTACCAAAGAAATAAATGATAAGATACAAAAAGGAAAAGCAGCAGCTTCTAAAAAGAAAGACCAAGAAGCAAAAGCAGCTGCAGAAAGTCAAAGGCAAGCACAGGCTCAGGTAAGTTCAACTAGTACAAAGTCTACTAGTAGTAGTAATAAGAAGTCAAATTCTTCAGTATCAGCACCAGCAGCTGGAAATGCTCAAGCAATTTTAAATGAAGCCTATAAACATTTAGGAAAGAGTTACGTATGGGGAGCAACAGGTCCGAGTAATTTTGATTGTTCAGGATTCACAGAGTATGTTTATGAACATGCAGCGGGAGTAGATATATCAAGAACAACATATACTCAAATAAATGTTGGACAACCTGTTAGTCAAGACCAACTTAAACCAGGAGATTTAGTATTTCCACATGCAGGCCATGTTGGTATCTATGTTGGAAATGGCCAAATGATTCATGCGCCACAAACTGGAGATGTAGTTAAGGTAGGACCAGTATATAGTTTTTACGCTGGAAGAAGAATTCTTTAATATAGAAAATAAAATGATTATTAGAATAGCTGTCCAAATTTTGTGGACAGCTATTTTTAAATTAAATAAATTGTTAATTATTTTGGAACTCTTTTCAAAACCGCATGATTATGATGTCCTAAAAATAAAGGAACCGTTTCAATATCAACATCGCTATGTTCTAAACCAAACCACCTTTCTGGGGAAACTGTATATCTCTTTATGAATAGTTTCAATTTAAGTATAAGTTCTTCCCAGTAGTTTAAGTCAGATTCATAGGAAAGCTGTTCTAAAATTAGTAGAAAGCGAAAATCACTAACTTTTCTATCAGGCATTATAGAGTAATTTCTGGATTGGACATCTATTTCACCACTTTCAACTAAATCAGTTGATATTTGACGCATAAAGACATTTAATTTTTGTTCTACTCTAAAACCGAGTTTAATTTGTACTTTTACAATATAAGAAGTTCCAAAGGTATCAACAGAATACTCGGCCACATAAGGTTCGTCAGTAACGACAATATTTACAAACCAGTAAACTTCGGCTTTTTTTGGTCTTTTATCTAAGATAGAATACATTATCTTTCTCTCAATTTGCTTAGGTTTACTGCTGCTAGTTAAACATACAAGATTTGTTGTATATTTAGGACGGTCTTTATCTTGACGTAATTGATCTAAGATATCTTTATAATCATCAATAGGAACATGCTCAATCAAACGCATTTTTATATAATATCCTTTTATCCAAATATACATAATAGATAAAATTGAAAAAGCAATTAAAGCAGCAATAAATCCACCATGCATAAATTTAACAATATTTGCAAGGAAGAATGAAATTTCTAAAGCACCGAAGAATAAGAGAATACTAATAGCAATAATTAGGTTAGTTTTTTTCTTTAATAAATAATTAAAGAGAAGAATAGTTGTCATTAGCATTGTTACTGTAATTGCAAGGCCATAAGCAGCTTCCATATGCGCAGAATTTTTAAAGTAAAGGACTATTCCAATACAAACAATCCACAAAACTTTATTTACTGAAGGTAAATATAATTGTCCTTTAGAACTAGATGGATACATTGTATGCAGTCTAGGAAATAAATTTAACTTTATAGCTTCAGAAACAAGTGTAAAAGATCCAGAAATTAAGGCTTGTGAAGCTATTATTGCAGCAAGGGTTGAAATTATTATACTGAAAACTAAGAAACTAGCAGGAACCATTTGGTAAAATGGATTTAATTCTGATAATCCTAAAAATTTAGCATTATTTTTTGCTGATAATATCCAAGCACCTTGTCCAAAATAATTTAGCAGCAAGCATATTTTAACGAATGGCCAAGAACCATAAATGTTTCGTCTACCAACATGACCAAGGTCGGAGTAAAGTGCTTCAGCACCAGTTGAAGATAAAAATATACTGCCAAGAATAAAAAATCCTAATTTATTTTCACTGCTAAAAAGAGTATTAATTGCATAGTATGGTGATAGTGCACGTAGTAATGTCCAATTATGAGAAAGACTTATGATGCCAAATATGGCTAAAGAAGAAAACCAAATGAGCATAATTGGACCAAACATTTTGCCAATTAAATCAGTTCCTAAATGTTGAATAAAAAAGAGTAGGCTTATAATAGCTATTACAATAATTATAATACTATGTTCATAATGACCAAAAAGTTCTTTAAAGCTTGGAATAAGATCTAAACCTTCAACAGCTGAGGTTACAGTTACAGCTGGAGTTAGCATCCCATCTGCTAGTAATGCAGAACCACCAATCATTGCAGGAATTATAAGCCACTTTGCACGATTGCGGACTAGTGTAAATAGAGAAAAAATTCCACCTTCACCGTTATTATCGGCTTTTAAAGTGATGATAACATATTTTATTGTTGTTAAAATAGTTATAGTCCAAAAAACCATAGACAAGACGCCGAGAATAAAATTTTCAGATACGTTTTGTAGGCCGCCATTGCCTTCTAAGATAGATTTCATAACATATAAAGGAGAAGTTCCAATATCTCCATAAACAACTCCTAAGGTTACAACAATTCCAGCTAAAGTAAGTTTGTTAATGTTATTTTGTTTCATAATCAATCTTCCTTTTATAGTATAATTTAGGCACTATCCAATTAATAACAAGTCCACTTGCTAGCCTATTTTTCATCATCAGAGGAGGTTAAATTGCATGCGCAATTTAACTAAGTTGAAGCCAAATACAAGATTTGTGCTCTCACTTATAATAGGCTTGCTATGAGGCCATTTTGTTTCCTTCCCTGATGAAAAATATGCACCTTTAAAAAGGAGTAGCTATGCTGCAACATCGGAACTTATATTGGCAATTTTGGACTTGTTATTTATTATCATGTGCCTTATGCCAAAATAATTCTTATGATAACACTATTTAGAAAAATAAGTCAAATTATTTTGAAAAGGTAAAAATTACATAACTATATAAAATAATAGGAATATATGATTTATTGAAGATAATAAATATAGATTAGCTATTTTGAAATTCTTTTTAATTTAATATTGTTATTTCCACCAATAAATAGTGGAACATTTTCAACATCAACATCACTGTGTTCAAGTCCAAACCATTTTTCAGGGGAAACAGTATAACGCTTTATAAACAGCTTAGCTTTAAGTATAAATTCTTCCCAAAAATTTAATCGTGATTCATATGACAATTGTTCTAAAATTAAAAGAAAGCGGAAATCACCAATTTTTCTATCGGGCATTGTAGTATAAGTTCTAGATTGAATTTGTATTTCTCCACTTTCAACTAATTCAGTTGAAATTTGACGTAAGAAAACATTCAATTTTTGTTCGACTCTGAAACCAAGTTTTATTTGAACTTTTACGATATAGGAAGTGCCAAAAGTATCTGCTGAATATTCTGCTAAATAGGGTTCATCAGTAACAACAATATTAACAAACCAATAAACATCAGCTTTTTTAGGTCTCTTATCCAAAATAGAATACATAAGTTTTCTTTCTATTTTTTTGGGTTTACTGCTATTAGTTAAGCAAACAAGATTTGTTGTGTATTTAGGACGATCAGGATCTTGACGTAAAAGATTTAACTGCCCTTTATAATTTTCAATTGGGACATTTTCTATTAATCTCATTTTAATATAATAGCTCTTTATCCAAACATACATAACAAATAAAATTGCAGAAGCAATTAAAGCAGCAATAAATCCGCCATGCATAAATTTTACTATGTTTGCAATAAAGAAGGAAAACTCTAGTACACCAAAGAATATAAGAATAGATATTGAAATAAAAAATGGTGTTTTTCGTTTTAGTAAATAATTAAACAAAAGAATAGTTGTCATTAACATAGTGACTGTAATTGAAAGACCATAAGCTGCTTCCATTCGTGCAGAATTTTTAAAATAGAGAACTATTCCAACACAAACAATCCACAAAAGAGTATTTACTGAAGGCATATAAAGTTGACCTTTTGAACTTGAAGGATACATAGTATGTAATCTAGGAAATAAATTTAACTTAATAGCTTCAGATACAAGTGTAAAAGAACCAGATATTAATGCTTGAGAAGCAATAATAGCAGCAAGGGTAGAAATTATTATGCCAAATAGTAAAAATTTATATGGAATTAGTTGAAAAAATGGGTTTAAGGCCTCTGAATTGAGAAATGTAGGATTTTTCTTTGCGGATAATATCCACGCTCCTTGCCCAAAGTAATTTAATAATAAACATATTTTAACGAACGGCCAAGAACCATAAATATTATTTTTCCCAACATGACCAAGATCTGAATAAAGCGCTTCAGCACCAGTAGTTGATAAAAATACACTTCCAAGAATAAAGAAGCCGAGTTTGTTTTCATTACTAAAAAGAGTTCTTACTCCATAGTAAGGAGAAAGTGCTCGCAATAATGTCCAATCATGAGAGATTCCTATTAGTCCGAAGATCGCAAGGCAAGAAAACCAAAGGAACATTATAGGTCCAAACATTTTTCCAATCAAATCAGTCCCAAAATGTTGGATAAAAAATAGAAGGCTTATAATAGCTATTACAATTATAATAATGCTATCTTGATTAGCACCTAAGCTCTCCTTAAAACTAGGAATTAAATCTAAGCCTTCAACTGCTGAAGTTACTGTTACAGCAGGAGTTAACATTCCATCAGCAAGTAAAGCAGAACCACCAACCATAGCTGGAACAATAAGCCATTTTGCACGATGACGTACTAAGGTGAATAGAGAAAAGATTCCACCTTCACCGTTATTATCTGCATTTAAGGTTATAAGAACATATTTTATTGTTGTTAAAATGGTGATAGTCCAAAAAATAAGAGATAATGCACCAAGTATAAAAGTTTCAGATACATTTTCTAAGCCACCATTACCCTCAAGTATAGATTTCATAACATAAAGTGGTGAGGTTCCAATATCACCATAAACTACTCCCAAAGCCACAATTATTCCACTGAGAGTGAGATTTGTAATATCATGATTTTTAGTAACATCTTTATGAGTTGAAAGTGTTTTCAT

Protein sequences of DBSCAN-SWA_5

>NC_020291|1497531:1507486|1503059_1505051_-|WP_015391461.1|DBSCAN-SWA
MKQNNINKLTLAGIVVTLGVVYGDIGTSPLYVMKSILEGNGGLQNVSENFILGVLSMVFWTITILTTIKYVIITLKADNNGEGGIFSLFTLVRNRAKWLIIPAMIGGSALLADGMLTPAVTVTSAVEGLDLIPSFKELFGHYEHSIIIIVIAIISLLFFIQHLGTDLIGKMFGPIMLIWFSSLAIFGIISLSHNWTLLRALSPYYAINTLFSSENKLGFFILGSIFLSSTGAEALYSDLGHVGRRNIYGSWPFVKICLLLNYFGQGAWILSAKNNAKFLGLSELNPFYQMVPASFLVFSIIISTLAAIIASQALISGSFTLVSEAIKLNLFPRLHTMYPSSSKGQLYLPSVNKVLWIVCIGIVLYFKNSAHMEAAYGLAITVTMLMTTILLFNYLLKKKTNLIIAISILLFFGALEISFFLANIVKFMHGGFIAALIAFSILSIMYIWIKGYYIKMRLIEHVPIDDYKDILDQLRQDKDRPKYTTNLVCLTSSSKPKQIERKIMYSILDKRPKKAEVYWFVNIVVTDEPYVAEYSVDTFGTSYIVKVQIKLGFRVEQKLNVFMRQISTDLVESGEIDVQSRNYSIMPDRKVSDFRFLLILEQLSYESDLNYWEELILKLKLFIKRYTVSPERWFGLEHSDVDIETVPLFLGHHNHAVLKRVPK
>NC_020291|1497531:1507486|1498634_1499288_+|WP_015391457.1|DBSCAN-SWA
MFTGIIEEIGIVQEFNFVNGFGIIRVGCVNVLEGTKIGDSIATNGVCLTVKEISTNSFKAEVMGETLAKSNLGRLKTGDKLNLERALKLSDRLGGHIVSGHIDGVGKIISIKEESNGTWFTISAPKEVLKYIIYKGSIAIDGISLTVAYVDDLVFKVSVIPHTLDNTILPGKKMDSNVNLECDLVGKYIEKLFTGNKSNEEVESSNITMEFLKNSGF
>NC_020291|1497531:1507486|1500855_1501320_+|WP_015391459.1|DBSCAN-SWA
MNIFEGNLVSEGLKFGIIVGRFNEFIGGKLLDGALDGLKRHGANEADIDIAWVPGAFEIPLVAKKMAQNNKYDAVICLGAVIKGATSHYDYVCSEVSKGIASVSLESEKPVIFGVLTTNTIEQAIERAGTKAGNKGYECAVSAIEMANLLRAIK
>NC_020291|1497531:1507486|1497531_1498620_+|WP_015391456.1|DBSCAN-SWA
MDEKYMDRALELAKKGIGRVNPNPLVGAVIVKDNEIIGEGYHECYGMAHAERNAIKNAVRDVVGSTIYVTLEPCAHYGKTPPCVDLLIEKRFKKVVIGMLDPNELVAGKSIEKLKQHGIEVVVGIREEECKKLNEIFIKYITSKLPFVVLKSGMSIDGKIATYNGESKWITSKESREDSQKLRNRLHSIMVGINTIITDDPELTCRINKDKNLIRIIVDTKLRISLESKVILNSDKKTIIATTINADGNKKQKLRELGMKIIEVPSKNNKVDLKELINKLGQEGIDSILIEGGGTLNFSALEEGIVDKVVFYIAPKILGGTNSKSSISGKGFSKLSEAVNLIDMRYRTVGKDLVVEGYVEKK
>NC_020291|1497531:1507486|1501686_1502982_+|WP_015391460.1|DBSCAN-SWA
MKNKILALVLATVIISGNLIPVSATPSNEQLDASRQKYADIENKIKDIEAKIYDLDMKMEPLQASIDKNKAEIRNINIVTENTKKDIEQCKKDINDLDLALGKRVKIMYSSGDLEFNYLNFILNSDSTSEFFSRVQAVGTIIEKDKSYIDGIKSKRIELNDKVKSLDDKKTEINKLNKEVQDNLNQLASNKKAEQELAAEAQTEKSKFDVEYLSLLERDAVKTQFDVIDSSNSSSADIEGAVSQLASIRDNQIKSPIVTKEINDKIQKGKAAASKKKDQEAKAAAESQRQAQAQVSSTSTKSTSSSNKKSNSSVSAPAAGNAQAILNEAYKHLGKSYVWGATGPSNFDCSGFTEYVYEHAAGVDISRTTYTQINVGQPVSQDQLKPGDLVFPHAGHVGIYVGNGQMIHAPQTGDVVKVGPVYSFYAGRRIL
>NC_020291|1497531:1507486|1505464_1507486_-|WP_015391462.1|DBSCAN-SWA
MKTLSTHKDVTKNHDITNLTLSGIIVALGVVYGDIGTSPLYVMKSILEGNGGLENVSETFILGALSLIFWTITILTTIKYVLITLNADNNGEGGIFSLFTLVRHRAKWLIVPAMVGGSALLADGMLTPAVTVTSAVEGLDLIPSFKESLGANQDSIIIIVIAIISLLFFIQHFGTDLIGKMFGPIMFLWFSCLAIFGLIGISHDWTLLRALSPYYGVRTLFSNENKLGFFILGSVFLSTTGAEALYSDLGHVGKNNIYGSWPFVKICLLLNYFGQGAWILSAKKNPTFLNSEALNPFFQLIPYKFLLFGIIISTLAAIIASQALISGSFTLVSEAIKLNLFPRLHTMYPSSSKGQLYMPSVNTLLWIVCVGIVLYFKNSARMEAAYGLSITVTMLMTTILLFNYLLKRKTPFFISISILIFFGVLEFSFFIANIVKFMHGGFIAALIASAILFVMYVWIKSYYIKMRLIENVPIENYKGQLNLLRQDPDRPKYTTNLVCLTNSSKPKKIERKLMYSILDKRPKKADVYWFVNIVVTDEPYLAEYSADTFGTSYIVKVQIKLGFRVEQKLNVFLRQISTELVESGEIQIQSRTYTTMPDRKIGDFRFLLILEQLSYESRLNFWEEFILKAKLFIKRYTVSPEKWFGLEHSDVDVENVPLFIGGNNNIKLKRISK
>NC_020291|1497531:1507486|1499338_1500532_+|WP_015391458.1|DBSCAN-SWA
MKFNSIEEGIKDIQEGKMVIIVDDEGRENEGDLVIPAEMVTGENINFMIKYARGLVCAPVDEEIAAKLCLNPMVEKNTDNHETAFTVAVDHKDTTTGISAFERAYTINKLVDSNERDSFRRPGHVFPLIAKRDGVLERRGHTEAAVDLAKLAGFKGAAAICEIINDNGTMARRDDLIGFAKEHSLKILTIEDLIKYRKQDNFSVTKEAEAYLPTEYGDFKILAFSEKNSSKCHLALIKGDITTDEPVLTRVHSECLTGDALGSRKCDCGEQYAAAMEMIEKEGRGILLYMRQEGRGIGLLNKIKAYHLQDTGLDTVDANLALGFKEDMRDYKVSADMLKILGISNIRLITNNPAKIKDLEKNHINVVERIPIEMPINKNDEFYIRTKKERMNHLINL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015391456.1|1497531_1498620_+	bifunctional diaminohydroxyphosphoribosylaminopyrimidine deaminase/5-amino-6-(5-phosphoribosylamino)uracil reductase RibD	A0A1V0SE20	Indivirus	1.2e-52	38.5
WP_015391457.1|1498634_1499288_+	riboflavin synthase	A0A2H4PQS5	Staphylococcus_phage	1.2e-31	37.4
WP_015391458.1|1499338_1500532_+	bifunctional 3,4-dihydroxy-2-butanone-4-phosphate synthase/GTP cyclohydrolase II	A0A2H4PQS2	Staphylococcus_phage	7.6e-106	50.0
WP_015391459.1|1500855_1501320_+	6,7-dimethyl-8-ribityllumazine synthase	A0A2H4PQS3	Staphylococcus_phage	4.7e-43	58.3
WP_015391460.1|1501686_1502982_+	C40 family peptidase	A0A1C9EHF6	Mycobacterium_phage	1.1e-22	51.0
WP_015391461.1|1503059_1505051_-	potassium transport system protein Kup	M1IAJ4	Acanthocystis_turfacea_Chlorella_virus	3.3e-69	36.6
WP_015391462.1|1505464_1507486_-	potassium transport system protein Kup	A7K9V6	Acanthocystis_turfacea_chlorella_virus	3.1e-67	36.2

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>NC_020291|2672466:2682606|DBSCAN-SWA
TATGGCAGCGCAATTTTCTAACACAGAAGTAAAAGCACCTACTATGGGAGGAAGACCAAAAGGAGGCGGAAGGAATCGTTTTGGTCCAACTGAGAAACCTAAAAATACAAAAGGTACATTAATGCGAATAATTAAGATATATATGAGGTGGGGAAAAACTATCTTTGTAGCCATAGTATTAACAATTATATCTTCATTAATTTCAGTTTCAATTCCATATTACATAGGAAAAGCTTTTAATACTTTTAATATTGAAACTAGAACAGTAGATACAAAATTACTCATTTGGTTTTTAGGAACAATTACAATTTTATACATGATAAATTGGATTATTTCATCTATAAATGGTGTTATAATGTTAAAGGTTTCGCAAAAACTTGTGTTCGCAGTGCGTACTGAGTTTTTTCAAAAGCTACAGAAGCTTCCTTTAAAATTTTTTGATACTCGTTCTCATGGTGATACTATGAGTAGAATTACAAATGATGCAGATAACATAAGTTCTACTATTGCACAAACAACTACCCAATTAATATCAAGTATATTAACTTTAGCTGGATCATTAATAATAATGCTATCACTTAATGTTTTTTTAACTTTAGTTGTTTTATTATGTATTCCTTTAGTTATGCTTTTAACGAGGGCAATTGCTAGAAATAGCCGATCTCATTTTTCAGCGCAGCAAAGGAGTTTAGGGAGCCTTAATGGAGTTATAGAGGAAAATATATTAGGGTTAAAAATGGTAAAAGCTTTTGGAAAACAACAGGATATTTTAAAGCAGTTTTCAACTATTAACGAAAAATTATACGAAAGCAGTACTAAAGCTCAAATATGGTCTGGATATATGATGCCTATTATGAATGTTATCAATAATTTAATCTTTGCAATAGTTGCAATTGTTGGAGGGATATTATCAGTTGGATATGGAGTATCTGTTGGAACTGTAGTTAGTTTCTTGAGTTATTCAAAACAATTTTCTATGCCATTAAATTCTATTGCAGGCATGTTTAATACAATTCAGTCAGCATTAGCAGGAGCTGAACGTGTATTTGAAATTTTAGATAGTGAAGAAGAATTTGCTGATTTTGAAAATGCAATTGAAATTATAGAGCCAAAAGGTAAAGTTGTCTTTGATAATGTGTGTTTTTCATATGATAAGTCTAGAACTATATTAAAGGATGTAAGCTTTAAGGTTGAGGCGGGAGAGACAGTTGCATTAGTTGGAGAAACTGGTGCTGGAAAGACCACTATTGTTAATCTTCTGACACGTTTCTATGATGCTTTGAGCGGACAAATTGTAATTGATAATGAACCAATTACAAATATAAAGAGGAATAATCTTAGAAAGTGTTTCTCAGTTGTCCTTCAAGATACTTGTTTTTTCACTGGTACAATTATGGATAATATTCGTTATTCACAAATTAATGCAACGGATGAACAAGTGATAGCAGCAGCTAAAATTGCTCGGGCTCATGACTTTATTGATAAATTGCCAAAGGGATATAATACAAGGGTGTCTGGATCAACGGATAATCTAAGTCAGGGACAGCGCCAATTAGTTGCAATTGCTAGAGCAGTATTATGTGATAGTCCTATTTTAATTTTAGATGAGGCAACCAGTAGTGTTGATACTAAAACAGAAAAAGATATTCAGCGTGCTTTAGTAAGTTTAATGAAAAATCGAACAAGCTTTTTAATAGCCCATCGTTTATCTACTATCAGAGATGCAGATAAAATTATGGTTATTGGGGACGGAAAAATATTGGAAAGCGGAAATCATGAAGCTCTTATGGATTTAAAAGGCCAATATTATAATATGGTAATTAGTCAAATGGGAAAATTAAAGTAAAAATGAAGATAAACATCAATGCTCGTTGGTTAAAATAAGTTAATCAATGAGCATTGATGTTTTTTTCAAAATTAAGCAATTTGCTTAAAAAATTAACAAACTCTATTAAAAATACTAAAAAAATAAAAAAAATGCAATTTAAATACGTTTACACTGAAAAAGTGTGATATAATATGAAAGATGGTTTGCGAATTGAAAAGGAGAGATTAAATGTCAAAGAATTTTAAATGGACAAACATTATGAAAAAGTCAATTGCTTTTGGAATGGCTTTAAGCATTTGTTTAGGTGCAAAAGCTATATCATTAGGAAATGTAGCTAATGCAGCAACAGCAAACAGAGCATTGATTTGTTCAGCAACAGCATATACTGGAGGAACTGGAAACATTACAGCAAGTGGATTACCAGTGCAAAGAGATCCAAGTGGACTTAGCACAGTGGCAGTAGATCCAAATGTAATACCGTTAGGATCGCATTTATATATTGAAGGATATGGATATGCAATTGCAGCCGATACAGGTGGAGCAATAAAAGGAAATATAATAGATGTATACTTTAATAGTTCTAGTGAATGTAATAATTGGGGTACAAAAACAGTTCATGTCACAGTATTAGGAAATAAATAACATAATTGTGCAAATGTTAATGTTCCAGTAAAATAATTTGGATGAAAAGATCTGAATTTAATGCGCAGTAGTTTTCAATTATAGTTGCAACTTGTAGTTACAATTGAATGTATGAAAAAAAGTAAAACAGTCGTAATAGACGGAAAGTTATGTTAAAAGCAGAAAACCGCGTTAAGAATGTTCAAAATTAAACAGCATAGATTGTCAAGCAAAAAAGTGTAACCATCAACGAGTTTAGTACTATTAATTTTGGTACTAATAAAAAAACAATATAATTTTGGCAGTGACATCATGATAACTTTCTATTTAGATAAACTTAAGATAAGGTTATCTAAAAAAATTAAATATTATATGGGAACCCCCGATTTTTCGGGGGTTTTTGTATAATTATAATTATATTAAAGAATATCAATGCTGTTGCAATAATATTTGACAAAATGCTATAATTAAAACAATACTTATCCAATAAAATAATTATAAGATAAATCTGTCATTAATTACTATAAACATTGTGGCTAGAATATTGAGAGGTTATATATGGGGAGGGTGATTATGTCTAGGATACCTATATTAAAAAAAATTGTAATCTTCAGTAGAACATGCTCATTAAGAATTTTAATTAGTGCTTTATTTATAGCATTAATGACTACAACTATTGGAATTATAACGTTTATTGTATTTAGAAACTGGAATCTTTCAGAAAAAACTACAATAGAAAATATTCAGGAGGATACAAACAAGGATATTTTCAACGAAATACAATTACTATTTTCTATACCTTTGTATAACAATGAAATTAATCATAGTATGATTGAAAATAAAGTAATTGATATACATAATGAAAAGCAAAGAGATAAATTTTTTGCAGGGGTTGTTAAATCAGGGAATGATGAAATTTATAGCTTTAGTTTTGGAACAGAAAATGGGGAATATTATGGAGCACGAAAAAATGAAAATGATCAAATAGAAATTTATAGAAGTAATGCTGATACCAATGGTCATTCAATGTACTATAGCGTAAATGATGATTTATCAGAAGGAACTTTTGTAAAGGATTATGGTAACTTTGATCCTAGAACAAGGGATTGGTATATACAAGCAAAAGAACAAAAAAAGACTGTATTTTCCGATATTTATAAACATTTTATAAAAGATGACTTGGCTTTATCGGCAGCATATCCTATTTACAATAAAGACGGTACAATTCAAGGGGTAATGGGAACGCACATAACTCTTTCAACTCTTAATGAATCTTTAAAAAAAATAGCAGACAATAAATCAGCAACAGCATACATAATTGAAAATAACTCTGGATACTTAGTAGCAAATTCTTTAGAAAAGCCTAATTTTGAGAAGCTATCAGATGGAAATATAAAAAGAACACTAATTGGAGAATTTAGTGATAAATCAATAAATGATGCATACGAAAATTATAAAAATACTTCTAATACCACCTTTGTAACAAAAATTGGAAATGAAACTTATCATATAAAAATTTTTGAATATGAAAAAGAAGGACTAGATTGGCTTATAGTAACTTCAATGCCTGAAAGTGTCTTTACAAAAGAAATTACTAATTCCATTAATATTGCAATTTTTCTTAGTATAACATCACTTGCTTTAGCAATAATAATTCATCTACAAAGTACTAAATTTATTTTAAGACCTATTGAAGAATTGACTATTTCAGCGGATAAATTTTCAAAAGGAGATTTATCTGAAAGAGCCAAAATTTTTCGAAATGATGAAGTTGGAAAATTATCTACGGCTTTTAATCATATGGCAGAGGAATTATATTCATTGATAAATAATCTGGAAGACAAGATTAATGAAAGAACCAATGAATTAATTGCAGCTAAAGATATTGCTGAAGAAGCGAACAGAGCTAAAAGTGAATTTTTGGCAAACATGAGCCATGAAATAAGGACACCTATGAATGGAGTAGTTGGATTTTTAAGTCTTTTAGAGAAAACTGATTTAAATACGTCTCAAAGAGAATTTATTGATACAATTAAGGTTTCCTCTGAGACTTTGCTGGCAGTGATTAATGATATATTGGATATTTCTAAAATTGAAGCTGGAAAAATGGAACTTGAAAATATTCCTTTTAATATTACTACCATAATTGAGAGAACGGTATTCTTGTTCAATGGGAGAGCAAAGGAGAAGGAAATTAAATTGAATTTATCTATAGATTCAAAGATTCCTGATTTTTTGAAGGGGGATTCAACAAAGTTAAGGCAGGTTATAAGTAATTTAATTAGTAATGCTGTTAAATTCACAAATGAAGGTGAAATTCTTGTTGAAGCTTCATTAGTCAATCAGACTGAAGTCGATACAGAAATTTATTTTAAGGTCAGAGATACTGGAATAGGTATGAATGAACATGAAATGGCTAAATTATTCAAACCATTTAGTCAAGCTGATTCCTCATCGACTAGAAAATATGGTGGTACTGGATTAGGTCTTGCAATATGTAAGAAAATAGTTGAGCTTATGGGAGGGACAATCGGAGTTGTAAGCAAAAAAGATGAGGGTACAACATTTTATTTTAATTTGATATTAAATAATCCTAGTGAAGAAGAAATATTTAATTTAAAACAAGAAGATAAAAATATGACTGACATCAAATTTATGGAGAAAAGTGATTTAAGAATATTATTAGTTGAAGACAATGAGATTAATAGGAGGTTCTTCATTAATAGTTTAAAGCTAATAGGATTATCTTGTGATATTGCAGTTAATGGTTTAGAAGCATTGAATGCTTGTAAAATTAAAGATTATCATATAATTTTTATGGATTGTCAAATGCCAGAAATGGACGGCTATGAAGCAACAAGAAAAATACGTCAATTAGAAGCTGGTTCAAAACACACAACAATAATAGCAATGACCGCACATTCTATGAAAGGAGATGCAAATGAATGTTTTAAAGCTGGAATGGATGATTATTTAAGTAAGCCTTTTGTATTTGAACAGATGGTAGAAATGTTACAAAAGCACAGTAAAACTGATGATAATAGAACTTTAAAAAATTCCAGTGATTCAAGTGAAGATAGAATTAATAAGAATAAAGATTCTTCTTTTGATGATATTGTTAAGCTTCTTACTGAGGAATCAGGTTTTGATGAAGAATTTTGCCGAGAATTGGTTGAAGACTTTTGTATACAGGCAGAAAAATTATTAACTGAAATAAAAGACAATATAGCCAAAGATAATTTAATTGAAGCACGTACGAATTTACATAAATTAAAAGGTTCTGCTGGAACTGTGAGAGCTAATGATATAGCTAAAATTGCAGTGGAAGCAGAAGAAAAAGCAAAAATAGGTTCAAAAGATTTATTGATCGAATTAATACAAAAAGCTGAAAATTTATTAAACAAATTATTGTAATGAGAGTGGGTGAGTAAATTTATGAGAGGGAATATACTAATTATTGATGATTCTTCAATCGAAAGAAAAATTATAAATCAAGCAATTAAGAATAGGCTAGATGATATAAACATATTTGAAGTGGACAATGGCTTGGATATTTCCAAAAAACTTTTAGAAAACAATATACATGCATGTGTATTAGATGTAATGATGCCTCAAAAAAATGGATTTCAGGTATTACAAGAAATTAAGGAAGATTGTAATTTGATGGATATACCAGTAATTGTATGTACTGGTATATCGGATAAAGCAGCAGTAGAAAAGGCTTTAAGTCTTGGGGCATTTGATTATTTTGCAAAACCATTAACCGAGGAAGCAATTAAAATTTCGTTACCTCTAAAGATAAAAAACGCTATTGATCTTATGAAGCGGAAAGAAGAAATTATTTATTTGAGTTATCATGATCAATTAACTGGATTATATAATAGAAGATTTTTTGAAGAAGAATTGGCAAGAATTAATACAAGATCAAATCTACCAATAACTCTTATAATGGGAGATTTAAATGGCTTGAAATTAATAAATGATTCCTTTGGACATGCAATGGGAGATGAAGTGATTAAAAGAGTTGGTAAGATGATGAAGCTTGGCAGTAGAGAAGATGATATTGTTGCAAGGCTAGCTGGGGATGAGTTTGTTATTATATCGCCTAAAACTGATGAAAAGGAAGCTTGCAAAATAATTAATAACATTATGTCATTATTAGCAAAAGAAAAAGTTGGATCAGTAGAGGTTTCAATCTCCTTAGGGTATGGATGTAAGTATAATGACGAAGAGAAAATTGAAGATGTATTTAAGAAAGCAGAAGATACAATGTATGGGAAAAAGGTATTTGAAAGTCAAAGTATGAGAGGGAGAACAATTAAAACGGTAATCAATACTCTTAGAGAGAAAAGTAAAATTGAAAGTGAGCATTCATTTAGAGTTTCAGCTTTGTGCAAAAGAGTTGGGGAAGCTTTAGATTTACCTATAAATGAAATTAATAAATTAGTTTCAGCAGGTGAATTGCATGATATAGGAAAAATAATCGTTGATGAAAGAACAATAAATAAACCAGGCAAACTTACAGCGGATGAATGGGAAGAAGTTAAACGTCATTCAGAAATTGGATATAGAATGATTAGTACAGTGGATGATATGACTGAAATAGCAAATTATATATTATATCATCATGAGAGATGGGATGGAAGTGGATATCCAAAAGGATTGAAGGGAGAAGAGATACCTTTTATTTCAAGAATTATAACTATAGCTGATGCGTATGATGCAATGGTAAGTGAACGATGCTATAAAGATATACTTTCTAAAGAAGCAGCAATAGAAGAATTGAAGAATAATGCTGGAAGTCAATTTGATCCTGACCTAGTCAAAATATTTATTAACAAAGTATTAAAATGATTTAAGAATTGTTAGAACATAAAAAAATCGCAGGCGACTGTGGAGCCGTAGATTTTTAATATTAAGTTCCGTATTGTGCTTCGCACTCTTTTTATAGGTGCGCATCTGCCTTTTCGAACGCATGTGAGAAAAATGTGCACATTAGAAAAGGCAGCTATGCTGCATATAAGAACATTTTATGCAGGCGAATATGATTTATTTTTTATTCTTTTAAAATATTAAACCTAATTAATTAGTCTGTTTCAAAAGTTATCCACAGATTGTCCAACAATATAATTTCCTAAAGAATAAAAAAGGCTTATCTTAAAGTAGGATAAGCCTTTTTTGAATTATTATAGTTAGGAATTTTATTAGCTTCTTATTAATTATTGTTGATTTTTTGTTGGTTCAGAAATATTTTTTAGAGCTTCTTCTGCATTATTTTGCAAAGAAGGTTCTACTGAAATATCTCCAAGAGAAAGTATACCAACTAAATGATTATTTTCGATAATAGGTAATCTTCGTATTTGTTGCTCACTCATTATTTTTGCTGCATCATGAATATTCATGTTAGGATTTCCAGTAACAGGATTTGATGTCATAACATCTTTTATTTTTTGTTCATTTGAAAACCCACCTGGCGCTACAGATCTTAATGTAATATCTCTATCTGTAACTATTCCAACTAATTCTTCATTTTTGCATACTGGCACAGAACCTACATCAAATTGACTCATAATCTGGGCAGCTCTTTCAATAGAGTCTTCTGAATTTAAACTTACTATATCTTTTGACATTATATCTCTTACTATCATGAGATCACCTCCAAAGATATGCTTCCCAAATAATATGAATTTTATTAAACAGAATTTAATATTATTAGTTTAAAATGTCTTGAGTAAATGCGTCTAAATCAACATTAGCATTAATTCCGTTTATTTTTCCAGAATCAGTAAATTGATGTCCAATTCTGCTTGTCCAAATTGAATTAGATGGTAGATTTTTAAAGGCAGTATTATTATAATTTGCTTCCCATAATGGATAACTAGATAAACGTCCATCTAAGTTACTAATAAAATTAGAATACGTATAAATGCATATATTCATATTACTTATTCTTTTAAATTCATTTATAAACCTTACAGCATAATCAGAAACATTAAATCCAGAAGTTTCTATGTCTAAACAAGGCTTAAGATCACTTTTTTTATTTTTTATGTTGTTATAAAAATTTTGTGCTTGTGTTTCAGGAGCACTTGTCCCAACTAAAAAGTGATAAAAACCTGTTTTTATACCAACATTTTGAGCATTAGTATAATAAGTTGATAAATAAGGATCAACAAAAGTTGTGCCTTCAGTAGCTTTAATATATACATATTTCGTGCCAGAATATTTAACTTTACTAAAATCTATATTTCCATCATGATTACTAATATCTATAGCATATATCAAATTTGAGTTAGTAGATGCATTTGTATTGCTAGGAGTAGTATCAGTTTTTGAATTACTTGAAGAATTATTTGTATCTGAAGTTGATTTTTTTATAGCTTTTCCATCAGTTCCTATTATATAAGGGTCAACTGTTGTATTTGTAAGCATTTTTCCTGTGCTCATATCTAAATAATATAAATCTCCATTGGATGCTGTAAACCATCCTTTTTGCATAGAGCCATTATCTTTAAAATAGTACCAGACTCCATTAATAGTAATCCAGCCTTTAGCCATTGCACCAGTTTCATATAAATAATAACTTAAGTTATTATCTTTAATCCAACCTGTTGCCATACTTCCATCTGAATTGAAATAATACCAATGATTGTCTAGCAATTTCCATCCTTTTAACATTTCACCACTAGGATCAAAGAGGTAATTATTACCATCTATCTTCCTTAATCCAGTTACCATACTTCCATCACCTTGAAGATAATACCAACAGCCACCTAGATACCTCCAGCCTATAATCATTGCGCCTGAATCATCGAGATAATACCAAGTTCCGCTTAATTGAATCCATCCTGTTGCCATTGTGCCATCATCTTGTAAGTAATACCAATAGTTATCAGGTTTAATCCATCCCTTAGCCTTGTTTTTATCAGAAGTGTAATAATACCAAGAACCATAGATTTGTCTCCAGCCTATAGTTGAAGTAATATTAACTGGAGAATTATTGATTCCAACAACAGTTGTTATGTTTGGAGAATTTGGGATAGTCTCAGGTTTACCAGGATTTGGTGACGAATTATCCTTTGAGTCAGTGTTTGTATTGTCTTTAGTTGAATTTATTAAGTCTTTATATAAATTAATTATTTGATCTCCATAAGATGTATTTGTAGCCCAAATTCCGCTAAGATCACTTATCTTGATAGCTTTACCTTTAAGACTTGATGATTGTTTTTCATCATAAGAACTATCTCTTGGATAACCCTTAACGCCAGCTAATAATGCCAAATGGTCTAAATGGGCCTGTACACCTTCATCCCAGCTATCAAATTTTTGATAAGTATCTTTATCAGTACCTGATCCAGATGACTTTTTTAAGCCACATGGGTTATAATAACTTGAATCAAGAACACCGCCAAAATTTCCATATCCAGTTTCTACTGCAGCTTGTACATAAGCAATTGCAGGATTTACATCACCATGATCTGATGAATATTTAAAATAAAGGTCAGCTAGCTTTAAAAAATCACTTGATGCACCTTTAGATTTTGCCCAATTCTTTGCCTCTTTTGAAGTTACTTCACTTTCAGATATTAACTTATAATCTGTCGTTGCAGCTTGAACATTCAAAGTTGGAATAAAACTTAATATCATTGCGAATGTTAAAACAAGAGTAACAAATTTCTTTTTAATATTCAT

Protein sequences of DBSCAN-SWA_6

>NC_020291|2672466:2682606|2678349_2679768_+|WP_015392515.1|DBSCAN-SWA
MRGNILIIDDSSIERKIINQAIKNRLDDINIFEVDNGLDISKKLLENNIHACVLDVMMPQKNGFQVLQEIKEDCNLMDIPVIVCTGISDKAAVEKALSLGAFDYFAKPLTEEAIKISLPLKIKNAIDLMKRKEEIIYLSYHDQLTGLYNRRFFEEELARINTRSNLPITLIMGDLNGLKLINDSFGHAMGDEVIKRVGKMMKLGSREDDIVARLAGDEFVIISPKTDEKEACKIINNIMSLLAKEKVGSVEVSISLGYGCKYNDEEKIEDVFKKAEDTMYGKKVFESQSMRGRTIKTVINTLREKSKIESEHSFRVSALCKRVGEALDLPINEINKLVSAGELHDIGKIIVDERTINKPGKLTADEWEEVKRHSEIGYRMISTVDDMTEIANYILYHHERWDGSGYPKGLKGEEIPFISRIITIADAYDAMVSERCYKDILSKEAAIEELKNNAGSQFDPDLVKIFINKVLK
>NC_020291|2672466:2682606|2680626_2682606_-|WP_015392517.1|DBSCAN-SWA
MNIKKKFVTLVLTFAMILSFIPTLNVQAATTDYKLISESEVTSKEAKNWAKSKGASSDFLKLADLYFKYSSDHGDVNPAIAYVQAAVETGYGNFGGVLDSSYYNPCGLKKSSGSGTDKDTYQKFDSWDEGVQAHLDHLALLAGVKGYPRDSSYDEKQSSSLKGKAIKISDLSGIWATNTSYGDQIINLYKDLINSTKDNTNTDSKDNSSPNPGKPETIPNSPNITTVVGINNSPVNITSTIGWRQIYGSWYYYTSDKNKAKGWIKPDNYWYYLQDDGTMATGWIQLSGTWYYLDDSGAMIIGWRYLGGCWYYLQGDGSMVTGLRKIDGNNYLFDPSGEMLKGWKLLDNHWYYFNSDGSMATGWIKDNNLSYYLYETGAMAKGWITINGVWYYFKDNGSMQKGWFTASNGDLYYLDMSTGKMLTNTTVDPYIIGTDGKAIKKSTSDTNNSSSNSKTDTTPSNTNASTNSNLIYAIDISNHDGNIDFSKVKYSGTKYVYIKATEGTTFVDPYLSTYYTNAQNVGIKTGFYHFLVGTSAPETQAQNFYNNIKNKKSDLKPCLDIETSGFNVSDYAVRFINEFKRISNMNICIYTYSNFISNLDGRLSSYPLWEANYNNTAFKNLPSNSIWTSRIGHQFTDSGKINGINANVDLDAFTQDILN
>NC_020291|2672466:2682606|2675487_2678328_+|WP_015392514.1|DBSCAN-SWA
MSRIPILKKIVIFSRTCSLRILISALFIALMTTTIGIITFIVFRNWNLSEKTTIENIQEDTNKDIFNEIQLLFSIPLYNNEINHSMIENKVIDIHNEKQRDKFFAGVVKSGNDEIYSFSFGTENGEYYGARKNENDQIEIYRSNADTNGHSMYYSVNDDLSEGTFVKDYGNFDPRTRDWYIQAKEQKKTVFSDIYKHFIKDDLALSAAYPIYNKDGTIQGVMGTHITLSTLNESLKKIADNKSATAYIIENNSGYLVANSLEKPNFEKLSDGNIKRTLIGEFSDKSINDAYENYKNTSNTTFVTKIGNETYHIKIFEYEKEGLDWLIVTSMPESVFTKEITNSINIAIFLSITSLALAIIIHLQSTKFILRPIEELTISADKFSKGDLSERAKIFRNDEVGKLSTAFNHMAEELYSLINNLEDKINERTNELIAAKDIAEEANRAKSEFLANMSHEIRTPMNGVVGFLSLLEKTDLNTSQREFIDTIKVSSETLLAVINDILDISKIEAGKMELENIPFNITTIIERTVFLFNGRAKEKEIKLNLSIDSKIPDFLKGDSTKLRQVISNLISNAVKFTNEGEILVEASLVNQTEVDTEIYFKVRDTGIGMNEHEMAKLFKPFSQADSSSTRKYGGTGLGLAICKKIVELMGGTIGVVSKKDEGTTFYFNLILNNPSEEEIFNLKQEDKNMTDIKFMEKSDLRILLVEDNEINRRFFINSLKLIGLSCDIAVNGLEALNACKIKDYHIIFMDCQMPEMDGYEATRKIRQLEAGSKHTTIIAMTAHSMKGDANECFKAGMDDYLSKPFVFEQMVEMLQKHSKTDDNRTLKNSSDSSEDRINKNKDSSFDDIVKLLTEESGFDEEFCRELVEDFCIQAEKLLTEIKDNIAKDNLIEARTNLHKLKGSAGTVRANDIAKIAVEAEEKAKIGSKDLLIELIQKAENLLNKLL
>NC_020291|2672466:2682606|2680133_2680562_-|WP_015392516.1|DBSCAN-SWA
MIVRDIMSKDIVSLNSEDSIERAAQIMSQFDVGSVPVCKNEELVGIVTDRDITLRSVAPGGFSNEQKIKDVMTSNPVTGNPNMNIHDAAKIMSEQQIRRLPIIENNHLVGILSLGDISVEPSLQNNAEEALKNISEPTKNQQ
>NC_020291|2672466:2682606|2672466_2674311_+|WP_015392512.1|DBSCAN-SWA
MAAQFSNTEVKAPTMGGRPKGGGRNRFGPTEKPKNTKGTLMRIIKIYMRWGKTIFVAIVLTIISSLISVSIPYYIGKAFNTFNIETRTVDTKLLIWFLGTITILYMINWIISSINGVIMLKVSQKLVFAVRTEFFQKLQKLPLKFFDTRSHGDTMSRITNDADNISSTIAQTTTQLISSILTLAGSLIIMLSLNVFLTLVVLLCIPLVMLLTRAIARNSRSHFSAQQRSLGSLNGVIEENILGLKMVKAFGKQQDILKQFSTINEKLYESSTKAQIWSGYMMPIMNVINNLIFAIVAIVGGILSVGYGVSVGTVVSFLSYSKQFSMPLNSIAGMFNTIQSALAGAERVFEILDSEEEFADFENAIEIIEPKGKVVFDNVCFSYDKSRTILKDVSFKVEAGETVALVGETGAGKTTIVNLLTRFYDALSGQIVIDNEPITNIKRNNLRKCFSVVLQDTCFFTGTIMDNIRYSQINATDEQVIAAAKIARAHDFIDKLPKGYNTRVSGSTDNLSQGQRQLVAIARAVLCDSPILILDEATSSVDTKTEKDIQRALVSLMKNRTSFLIAHRLSTIRDADKIMVIGDGKILESGNHEALMDLKGQYYNMVISQMGKLK
>NC_020291|2672466:2682606|2674521_2674935_+|WP_015392513.1|DBSCAN-SWA
MSKNFKWTNIMKKSIAFGMALSICLGAKAISLGNVANAATANRALICSATAYTGGTGNITASGLPVQRDPSGLSTVAVDPNVIPLGSHLYIEGYGYAIAADTGGAIKGNIIDVYFNSSSECNNWGTKTVHVTVLGNK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015392512.1|2672466_2674311_+	ABC transporter ATP-binding protein	W8CYL7	Bacillus_phage	5.8e-52	28.5
WP_015392513.1|2674521_2674935_+	3D domain-containing protein	S6BUU4	Bacillus_phage	1.6e-18	52.9
WP_015392514.1|2675487_2678328_+	response regulator	A0A1V0SGX0	Hokovirus	2.3e-63	37.4
WP_015392515.1|2678349_2679768_+	diguanylate cyclase	G3MA91	Bacillus_virus	3.2e-18	36.3
WP_015392516.1|2680133_2680562_-	CBS domain-containing protein	A0A2I6B2H4	Macacine_betaherpesvirus	3.0e-12	31.9
WP_015392517.1|2680626_2682606_-	glycoside hydrolase family 25	A0A2R2ZGL8	Clostridioides_phage	3.7e-20	39.0

Sequences of DBSCAN-SWA_7

Nucleotide sequences of DBSCAN-SWA_7

>NC_020291|2907642:2937657|DBSCAN-SWA
ATTAACACATTTTTAACACACTAATAATATCAATTGCTTTTTCCTCTTCTTTCTTTAACACATGTGTATATGTGTTAGCTGTTATATCTACTTTTGAATGTCCTAATAATTTAGAAACTGTTTTTAAAGGTGTTCTTGCCTCGAACTGCATTGTGGCATAAGTATGTCTAAGGGCGTGAAACTTCTTATAAGGTATATCTAATCTATTCAAAAAGGCTTTCCAACTCTTAGTTATATTAGTTGGATATAATAAGTTTCCGTTCTCTGTCAAAAAATATAAATCATCATATTTTTTATTATAACTAGATCCAGCTTTTAATTTATTTTTTAGTTTTTCTGTTTTTGCTGCAGCCAATATAGAAATAATAGAATTAGGAAGAGGTATTGATCTTATTGAATTTTTAGTTTTAGGGGTTTGAAGAACTTTTACTTTTTTTCGGGTATCACCATCTATTTCAGTATAGCATGCAACTATTTGGTTTATATTAATTCTATTATTTTCGATATCTATATCATTTTCACTAAGTCCTAGTATTTCACCTACTCTCATTCCAGTAGAAAATGCAATTATTGATATGGATTTTATTAAATATTCTTCGTTTGAATTTAGAATTTTAGTTAACTCTTCATTAGAGAATGTTTCAACTTCATTCTTAATTACTTCTTTAGATCCTGGAATAGTTACTTTTAAGCAAGGATTTCTAAGAGTGTAACCTTCATTAATAGCAAAATTAAGAAAATATTTTAAAATTTTATTAACTCTGTTAATACGGCTATAAGATTTTCCACTTTTATATAATTCGTTATAATACTTTTGTATATCAATAGCCTGAATATCTTTTATAACTTTATATGCAAATGGAGCAGGCTTTATATAGTTTCTAAATAAATCTTCATATCTATCTAATGTTGAAGCCTTAATATTATTTGAAACTATTTCAAAGAGCCACTCATGCATTATTGGATATAAAAATAATTTTTTGTCGACAACTAAACCATTATCCACACTCCTTTTATATTCCTCTAATTTTTGCTTAGCTTCTTTTTCATTTTTACCATAGAAAAACTTTCTTATAAGTTTTCCGTTGGAATCTCTACCAAAACTTGCAGAGATTCTAAAGTATTCTTTTCCATTCATAGTATAGTTAGTTTTATTTGCCATAAAATCATCCTTTCCTCAATGTTTGTTTATATGTAAAAAATATAAAAATCTATATTAAAACATATTTTTAATATTATAATAGGTATTACGTTCAGTTTGCTTGACATTTTTTACTTCATCTGAGTGCTATTTCTTATGTTTTATTGAAGCGTATTTATCTTTATTAATTCTTTTTGCATATTCAATGCCGTTTCTGATAGCGCTCTTTATTAATTCCCAGTCAGCATCATCAACTGGATTACCTGATAGCATTAAACTATCTTGTTTTTCTAATTCTGATATAGTAGCTTCAACCGTCTTTTCTATATCTCTCATATCCTTTTTGTTTAATTTAATTCCGTTAATATTTGAATGGTGTGCTTCATCAGCTTCTAGCTTTATAGAATCATTATTTTCATTTTCTGATAATAAATAATCAATAGTTACATCAAAAAAATCTGCTAATTTCTTTAGAGTTTCATTGCCAGTACCTTGTAAATTTTTCTCAACCATACCTATAGTAGAACGACTAATACCAATAATCTCAGAAAGTTCTTGTTGAGTTAATCCTTTCTGTTTTCTAAGTTTTTTTATTTTATCACCTAACACAATAATTTCACCTCTATGACAATTTTATCATAATTAATGACAAAATCAATAGGGAATTTGAGATAATGAAAGAAAATTTGAGAATGAGTGATTTATCTTTGATTTTTGTCATGATTTATGATAAAATAGAACTTTAAAATTGTCGGTAATTATGACATAATAAAGCTACACCAAGATAAATAAATCACCCAACAAAACAATAAAATCACTCAATAATTAAATGAACCAAAAGGAAGTGAAACAGATGAAAATTACACCAATAAGATTAAGAAGGTTAAATCTAGGAATTGAAGCTAAAGATGCAATTGACTCACTTAGAATAACACAAAGTACATTCTATAAATTGGAGCAAGGATGGACAAGTCCATCACCCCAGTTAATAAAAAGAATTGCAGATACTTATAAGTGTACTACTGATGAAATATTTAAAGATTTAAATATTATTGGTTAGAGGAGGATATATGGAAGAAATATTAATAGAAATATTAGAAACTTTAAAATCAGAAAGACCTAAAAAAATAACTTTTACGATTGCAGAAGCAGCAAATTATTCAGGAATCGGACAAGTTAAAATAAGAGAACTTATTAATAAACCTAATACTGATTTTCCGTTTTTTAAAGTTGGCGCAAGAGCGTTAATAGATAAAGCAGCTTTAGATAATTGGATGGAGAAAATAACGCAAGAGCATAGAGGATTATAAAGTATAAAAACTTACAATATGCAAATACTATTTCCATAAATTTATTTTAAGGAGATATATTTTCATGGAAGAATTATTAAAGCAAATTTTAGAAAGAATAAAAGATAATTCAAGAGCTACTATGACAGTTGTAGAATGTGCTCAGTATATTAAAGTAAATAAAGATAAAATTAGAGAACTTATCAATAAACCGAATAGTGATTTCCCATACTTTAAAAATGGAAGCAAAGTAATTATTAACAAGTCTCAATTAGATTCATGGTTAGATAAAATTTCAAGAGAACACAGAAACTTGTAAAGTATAAAAACTCACAGTATCATACTATTTTAATAATCTTATTAAGGAAATGGATATCATGACTAAAAGAATTAATTATGATAATATCACGGTAACTTGCAATGGCTCTCCAAGTAAAGAATCATTAATGAATTACTATAATTTATTAATCGACTATCACATAAGAAAATACGGAAAAAAAGTAGTAAAAAAAGCACTAGAAGAATTACTTAACGAAGACTAAAGAAGAATAGGCTGAAAAGCCTTAAGTTAAGAGTCAACATAATTTAATTTTTGAAATTGAAATAAATATAAGGAGGACAAGCTAAATGAGTAAATTAATACCATTAGAATTTAAGCAACAACGTATTATGACAACTAAGGTTTTAGCCGAAGAATTTGGGACAGAAGATAAAATAATTCAACAAAATTACAAAAGAAATGAGGAAAGATTCACTGAAGGGAAGCATTACTACAGGTTAACTGGTGATGAATTAAAAGAATTTAAAGCTAACCTTCATTTAGAAGGTAACCTTAAATTTGCTAGTGAATTAATTTTATGGACAGACCGAGGAGCAGCAAGACATGCAAAAATTCTTGATACAGATGAAGCCTGGGAAGTATATGAAGCATTAGAAGAAAACTATTTTAATCCAAAAGAAGAAAAACCAACGTGTATTGAAGATGTACTTATATCTAGTTTGCAGGAAATGAAAGCATTAAAAGGAGAAGTACAAGCTGTAAGAGTTGGAATACAAGAAACTAAAGATAAGATAGAGGGAATTAAAGAAGTAGTATCTCTTAATTCAACTGATTGGAAGAAAGATTCCAAAAATCTAATAGTAAAGATAGCACACAAGATTGGTGGAAACCAATTTATAAATGACGTATACAAAGAAATTTATACTAATTTAGAAAAAAGAGCAGGATGCCAATTAGAAATAAGACTTACAAATAAACGTAGAAGAATGGCAGAAGAGGGAGTTTGCAAATCAAAAAGAGATAAGTTGTCTAAGTTAGATGTTATAGGCGAAGATAAGAAGGTTTTAGAATGTTTTTTAGCTATAACCAAAGAGATAGCAATTAAATATGGAGTATAGGAGGAAATGATAAATGGAAAATAAAGAAATAGAAAAATTACAAGAACTATGTAAACCAGTAACAGAGTATTTAAAAAATAATTGGGATCCACATTGTACAGTAGTTATTACAGATAATCATATTAAATTGGTTAGAGATGAAATAGGTTGTCCAATGAGAAGTGATGACTAAGTAGTATTTAGCCATCACTAAGAGATTAAACTCTATGATAAGGATGAATTTTATCAAATCTAGCCAAAGCAGAGCCTAGGGATGGAGAATTAATAAAATCAATGTAGTGTGATTCTGATACATTCATATACGCATAAACAGAACCATCTTTGAATTTTATAAACATTGTATTGTTTTCCCAACCGACTGCATTCATTCGACTAGATGAAACAGGTTTTAAATTCATAAAAGCACCCCCTTTCAACAATATTTTACCATAAATATGAATAAAAAGAAAAAGGAGGAATGAAAATGGTTTTGAAGTTTCTAAGTTGGTTAAAGGAAAATGTAACAGAGGAGCAATTCAAAGATATTCTAAAAGCAACAGATCAAGATATTAAATTCAATCGTATCAGCTTTGGTAAAAGGACAAGTCCAATCACTTATATAAATATTTGCATAATGTGTGCTTGCGTGATATTGAGGTATCAGCATGGGTAGGATAGAAGCAATTGCATATATTGCAGATAATCAAGCTAAAGCAAAAGGAATTCTAAAAAGAGTTGAAAAATCGAGGATAAAAGTATTACCTTTGGAGAAATTCTGCAGGAAGAGATAGACAAGTATAAAAAAGAAGCTACCAAGGACACCGACCAAAGTAGTCCAAGATAGCAACGTTAAATAATCAATTAAATTATAACACATGATTGGAGGAAATCAAATTGAAGCAATTAAATATAATCGAGGCTATGAAAATGCCTATAGGGACAGAGTTTGAAGTTAACTATGATAATAAAGGTAGAGCAATTAGTAATATGATTTTAAAAGAAAATGACAGCGACAAATATTTAGATTGGATTAATGGACCTCCCCTAAAAGTATTTGATTTTCTATTTAGCAATATAAAATTTATTCCAATTCAAAAGCCAGTAAGCTTTATGGAAGTAGTTAACTCTAATAAACGATGTAAAGTTGAACATGAGTATGTTAAAGAAATAAGGAGATTAAGTGATCTTTGTTTTGTATATAAACTTGAATTTAAAAAGGGTGAATACATGCCATTAAATTATCTCATGTATGCATTGGGTTATCATTGTTCACAAGAAGATATTCAAGAAATAATTAAGAATGGTATTTGGTACCTAGAGGAATAGTTAAAATACAATAAATTAAAGACTATCTAGAAAATGAAGGGAGGATTTCAAGTGTTAGTTAAATGTGGAGCTAAAACATGCGTTAACTATAATGAGGGCATGTGTAAGGCAGAAGCAATAGAAATTAAAAACTTTACCTGGTATTCAGAAGAGCAAAAGGAAGAATTGGATGAAATGAAATGTGATACTTATGAGTATTATTCAGACTGGATGTACAGGAAATAAATTAAGGAGGAAATTTTATGGCAGAAACAATCAAAAATATATATTCAAAAATGTCAGAAGCTAGAGGGAAATTACAAGAGGTCGAGTTTAAAAAGAGTGCTTACAATTCATTTAGCAAATACTATTACTTTGATTTAAGCGACATTTTACCACCAATAATGAAAATATGTGATGAATTTAAGCTGACTCCAATTTTTAATATGACTAAAGAGGTTGCGACTCTAAGAATTACAAACGCTGAAAATACAAAAGAAGAAATATTATGTACAATGCCAGTTGGAATATCACCATTGAAGGGTTGTAATGATATGCAAAGCATAGGTGGAGCACAAACATTTGCTCAAAAATATTTATATTCAAGTGCATTTGGAATATCTGAAACTGATGCAACAGATAAGCAAGATAATGAAGAAGGAGCTCTTGAACCTATCAGTAATGTACAAGTAAAAGTTATTGAAAGTTTATTAAAAGAAACTGGATCAGATAGAATGGCTTTTCTTGCATATGCAAGAGTTAAAGATGTAAAAGAAATAGTTAATAGAGATTTACCTAGTATTATGAATATGCTTGATAAGAAAAAAGAAGAGGTTGAAGCTAAGAAGCATGGAGGAAAAGAGAGTGGAAAATAATAAGATTCAAGAAAATAAAGATAAATTTCTAGTACTTTTAAAAAGTATACAAAGACCTGGAATTGATAAGCTTGTTGACTGGTTAGAAAGTAAAAGTGATTTCTTTACTGCGCCAGCTTCAACAATGTTCCATGGAAATTATGAAGGTGCTCTTTGTGAACACAGCATAAATGTTTATGAATTATTCAGTGAAAAAAATAAAAGATATGATCTTGGTTTAAGCGAAGATTCAGTAAAAATAATGGGATTGCTTCATGATATATGCAAAGTTAATTTTTATAAACTTTCAAGTAGAAACAAGAAAATTGATGGTCAATGGAGAGCAATACCTTGGTATGACGTTGAAGACGAATTCCCTATTGGACATGGTGAAAAGTCAGTAATAATTCTAATGAGTTATATTGGATTAACTAATGAAGAAAAAATGGCTATAAGGTGGCATATGGGGGGATATGAACCAGAATCAAATTATAGAACTTTAAGTGTTGCATGGGATAAATATAAAAGTGGTGCTTGCCTTCATACAGCAGATTTAGAAGCTTCAAATCTATTAGAAATAAAAATTGATTACGAAAAATCTTTTAAACAAACCAAAATGAATATATAGAAGGTGATCAAATGATTAAGGTTAAAGATGTTGCCAAAACAATGACACTTAAAGATTTTCAAAAAAGATTTACTCAAGAAAATCAAGGAATTAAGGACAACCTTACGAGAAAAATTTATTTTTGTATATATGATTTTGGCTTCAAAGTAAGCCAAGAAGATTGTTTGGAAGTAAGAGATTGCAAAGAATGCATGAATGAGGCTATTGAATACTTAAAATTTAGAAATAATTCTAGGGAGAATAAAAAATATGAACAAAGTAGTTTTGATAGGTAGATTAACAAAGGATCCTGAGCTAAGATACACACCAGGAAATGGAGCAGCAGTTACAACAATAACATTAGCAGTAGATAAGTATAATACTAAAACAGGACAAAAAGAAGCTGACTTTGTACCAGTAGTTATATGGGGTAAGCAAGCAGAGAGTACAGCACAATACATGACAAAGGGTAGTCAAATGGCTATAAGTGGTAGGATTCAAACCAGGACCTATGATGCTAATGATGGTAGCAAAAGATATGTAACTGAAGTTGTAGCAACTGAGACTCAATTCTTAAGCAAAGGAAACCAATCAAGTAATGCGAGTAACAGTAATGAATATTCTATGCCAGCAAATGATCCATTTAGTGGTGGGAATTTTGAAGAAGATATAACTCCTGTAGATGATGGAGATATGCCATTTTAGTGAGGTGATTAATTATGCGGAATTTAAAAGAAATAGTTTTTAATTTTCTTAGAAATAATCAAGAGGCATTGCTTTCTAGGGAAAATAATAAGTATGCTAAAAAGTTAGGAATTGCAAAAACCACATATAAAAATTACAAATATGAGTTTATTGCAATGAAAAATAACACTGAGTTAGCAAAAGCCAAGGCTAAGGAGAATAAAGAGAAGCAAGAAACAATTTTTTATAAGGGAAGATTGAGACAAAAGTTTGTTTTTGATACTAGTAAATTGTCAGCATTTTAAAATGTAAGAATAAGAGCATTTAACAACGTTGTTATTTGCACTTATTTTCAATAGATAATCAAGTGAGAAGGTGAAAAGATGGAATATATAAGTGCAAAGGAATTTTTAAAGCAACCTAAGGAAGTTCAAAAGGTATTTATTGATTGGTGGAAATGTGATACAGGAGATTTATTTACATTTGATGGTGTAGACGATAGAGATTTAAATATTTTGCAAACTATAGGTAGCGAAAACCAAGCAACAATGACAAAGGCCAATAAGGACGAAAGCAGAATTCCACTTTTTGTGGAAGGACAGTTAAGGAAATTTATCGAGGATAGAGCAGGAAGTAAACTTGCAATAATAGAGTTTGATTATGATCACTATAATATAGTTCTTAGAAGTAATAACAAGGCTTATATAACAGAAGAATATGACTTACTCCAAGCCCATTGGAAAGTGGCTTTAGAAATAGCAAAAGAGAAGGTGCAAGTATGGAAGGAATAAAGCTTAGGTTTTCAGATACAGAAATTAAAAAGCTATTAAAAGAAAACTTTAAAATTTTATACGATACTCGTGAACAAGTAAATGACCATATATTGTATTGGTTTGATTCTAAGAAAATTCCATATAAGTGTCAGAAGATAGATGAGGGAGATTACACAGCAATTATTACAGCTAGACCTGATATGGGCATTCATAGAGATTTATATTTTAAGGTTGGAGTTGAAAGAAAAAATAGTGTTGATGAATTAGCAAGTAACTTAGCAGAAAAAACAGATACAAGGGATGATATAAGACTTGAAAGAGAACTTATAAGAGCAAAAGCCAAAGGAATAAAAATATTTTTAATAATAGAAGATCCTAATGGATTAGAAAATATTATTAATGGAGATTACAGAAGCCAATATGGGAGCAATGCTTTTGTAGGAAAGCTTACTAGTATACAGGATAAATACATTCAAGATACCATTTTTACATCAAATCTTAAAACAGGATATCACATATATAGAAAACTATATTATGCGGTTAGAAACTATTTAAAGGAAGGCGAGGTTGATTTAGTTGTTGGAGAAGATTGAAAAAGATGAAGCAATAGTAATTTGCAAAAAGGCAATAGATAATTGGGGAACTGCACTTCAAAAGATAGTTGCAATGGAAGAATTGGCAGAGTTAATTTCTGCGCTAAGTTCAGCGTTGAAGAATCAACATAATAATATCGAAGAAGAAGCAGCTGATGTTGAGATAATGTGTATACAGCTTAGGTTAATGTATGGGAATCAAAAAGTTAATGAAGCTCATGAAGAAATTAATGAATTTAGTAATTTTGGACTAATAGAATCAACAATTAAAAGATGTTCGTTACTCCAACAAAGTATATCAAAGTCATTAAGGGATATACAGAATAATTCTATTTATAAAAATATAGCTTTAGTTGAAAATTCATGTAGAGCTATGAGAAAGAAGTTTAATGGAGATGAAATTGAAGAAATTAAGCAAGTAAAGCTAAAAAAACTTAAGGGAGTTGTTTGGTAGTGAGGGATTATCTTAACAGTAGTGAATCTTTACAACTTGTAGCATTTCTTAAAACAATTGAAACATCAAAGGAATTTATAAATGGGAAATTAATGACTAATGAAGAAAAAACGAATCTCAAAAAGGCTATGACTTGGCTAGATAAATCTATTAGCAGTGTAACTACTAGACTTAATGAAAAAGCCAAAAAAGCCTTTGATAAATCAAAAAGTGGAGTATCCTTTTATCTTGGTTCAAACATAGAGATAGAAGTTTATAGGAAAAGAAGATCAGCAGATATTGATGCAGCTTATGAAGAAAATAAGGAATACTTCAAACTCATTGAACTGATTATGCATTACAATTGTCAAAATTGTAAAATGGACTGTCATGAATGTTTATTTTATAGTGAATTTGAAAAAAACTATATCCCAGAATTTACTGGCAAAGAACCAAATTGTAAATATGCCTATAGGACCATTGATCTTAAGGGGAATTCAAAAGAAAAAAAGTAAGAGGTAATTATGAGTGATCAATTATTAATACTTAAAAATAAATACAATCAAACTCTTGATAGAAATAAGAAGGCTGAAGAATATTTTCAAGAACATACGGTTGAGGAATGTCTTAATAAGAAATTTAAAAGTGGTACCGCTTTGGATGTCTTCAATGAAGTCACTAAAGAGTTAAGTAATTTAATAATCCAAATAGAAAGTACCATGGGAAATAAAATGACACATTATGAAAAAATAAATGGTTTTAAACTGTAGGGGGTGAGAAAAGTTTGACTGAATTAGAAGATATAGATTTAAGAGAATGGATTGAAAAGGAGACAGGACAGAAATTCAATAGAGAAAATAAAATTTGTTGCCCATTTCATAATGAAAAAACGCCTTCATTTGGGATCAAGTTTTATCCAGATGATAATAAATGGAGATATAAGTGTTTTGGAGGCTGTGATGCTCATGGTGATGTTATTGATTTTATACAAAAATATAAGAATCTTGATTATAAGAAAGCCAGAGAATATCTAGGTGTGGCAGTTGAAAAAACTCCAAGAGAATTACAATTTGAAAAAATATTAAAGCGTATAGATTGGGATGTAATAAACACAGAATTCAAACAAGGATACAAGCTTTTAGGATTATTTGAGTTTGTAAATGGACACAATGAAGTAATTTATTACAAAGCAAAGTTTTTAAAGCCAGATGGCAAAAAAGCAGCTTCATATTATCGCTTTGAAGGTGACAAAATTATAAACAAAAGAGAAGGTATTGAAGAAGTTCCTTACAATTTATATAACGTCCTTATAGGCCTAGCAGATAAAGTAATAATTGTTGTTGAGGGCGAAAAAGATGCCAACAATATAAATGCTCTTTTAAGAGGCACAAATTACGTAGCTACATCTATAAAGGGATGTACAAATTTAGATATATTAAAAAATGGATTCAAGCCGAGAATTTATGCTTTAGGAGATACAGGTGTGGCTGGAGAAAAATATAAATGGCATGTCCATAAAGAATTTTTTAGTATTGCTACAGAATTTAAATTTGTAAATCTTCCAGGAATTAAATCTTTAGGTGACAACAAAGATGTTACCGATTGGTTAAATTCAGGGCATTCAAAACAAGATTTATTAAATGCCTTTAAGAGAAGTTTAGATTTAAAAAATGAAAATGAATTACAACAGGACCCTATTGGTGTGTATAAGATTATTTATGATAAAAAAGCCAAGGAAGATAAAAGAATAAATTTGACCGATTTCATGTTATTAGAAGCTGATAAGGTGTTAAATGTGGACGATGATATGGAATTTATAAGATTAAAGCTTAAATCTCGGAACGATGGAAAGATTTATGAAAAGGTAAAAGAGAGCACAGTATTTAATGATCTTAGAACATTTAGAAATATGTTAGGTATGGATTTAAGTTTTGATGGGAATATGAATGATTTAGTTAAGTTCAAAATGTGGATTACACAATATTTTGCAATAGAAACTAAAGAAGTATATACAGGCACTAAATTTATAATGAAGAATGATAAATTAACCTTTATATGCGCAGATGGTTCAATAAGTGAAAATAAAACCGATTTTAGCATTACAGCAGATGAAACTAATGTTTTCGTTGTTAGTAAGGAAAAATTGAAAACTGATGAATTATTAGAAATAAAAAACAATATTTTTAAATTCACAAGTACTGAGAAAAGCATTAGTATCATTGGCACTACAATAAATAATTTGGCAGTCTATCAAAATATATCACTCAATTTGAATTTACATCATCTTCTCATGGTGGGCGAAGCAGAAACAGGTAAGTCCACTATATTAGAAAAAATTATAGCACCAATTCTCAATTATCCAATAAAAGGAGATAAAAACGAAAAGTTTTCATTTACAACAGCAAAGCAATTTAGTCTACCTAAAAGTTTATCTATGGGAAATTATCCATTGTTATGCGATGAATTTGCACCAACAACATGGAACCCTAATAAAATCGCTGATATGGTTAATCCCTTGAAAGATGCTTATGATAGAGCTCCAATGATAAGAGGGGACAAGAATTTTAAACTTAAAAAATTTGTATCACTGAGACCAATCATAATCGCTGGTGAGGAAAATTATCCTGGTCAGAGCAAAGCTTTAATAACTCGTAGTTGTATTGTATATTTATCCAAATATGAACGAACTGAAAAAAGTACAGAATCTACATTTTGGCTAATAAACCATCAGGATTTACTTAATAGATTAGGTCGGTCATTAATAGAAGAAGTTTTAAATATTTCAGTAGAACAATATGACAATATGAGAAAAGAATTAATGCCCAAATTCACTGAATTAAATGATAGATCACTTCAAACATCTTTAAATATTGCTTGTGGAATTGAGATATTTAATATTCTACTGGAAAGACATGGACTTAATAAAATCACTAACTATGAAAAATACATTGTAAATAATATCAAAGAAGAAGTTCTTGACGGTGGAGAAGAGGCAAAATCAATAGTAGAACAAATGCTGCTTTTATATAACGATATGGTTGAAGATGGCCGGGCAATGTTTACTGATTATGTTATCCAAGAGCGTGGAGACGGATTATTTATTAAGACATCAGAAATGCTTAATCAATTAAGAGTACATGTTAAAAATACCAATACTCAAATAAATATTCTATCGGATAAGGATTTTAAGAAGCAAGCAACTAAGGCTGGTTATATAAAAGAAAAAACAGCAAAGCAAATAAGACTTAAAAATGGAGTTACCACTCCTAATGGTAAAAATATGATTTGGTATGATCAATATAATTTAGAGAAAGTGAGAAAGCTTAAAGCATTTGCTATATGTTCAAGTGGAGAATTAGAGCAGGTAGAAATGCCAAAAGAAGAAAATAAAGTTATAGATAATGTGTTCCAAGGGGCTAAATAGCTCCTACGGAATGTGTAGAGGTGATTAATTTGAAATGCTCAGAATGCAAACAAGAAATACAGTGTGATTTATGTGGAAAAACAATTTTTTGTAAAAATAAAATAATAATGAAAAATGAAATGACTAAGGCAGAAATAAGTATATGTCAAGAATGCAATGATGAATGTTTTACAGAAAAGTAATGCTTAAGCTGTAAATATTATGTAGCAGTAAATGAAAATAATGTTCTTTGAAAATCGAATAATGCGGCTCTTGAAAAATATGTTATAATTATATTTAATATACCAATATGGTAATTATTTTGCAATTAAAGAAGGAGAGAAAGCTTTGAGTAATTTAAAACATACGAAAATAGGAAGATTATCATTTATTTTGGCATTAATCTTATTAATATATTTTATAATTATAATTATGTCAGATATTATGAATCCTATTTCTTTTTCGTCAGAAAAAACTTCACAAATTTCAAATGCTTCAAATATTTCAAAAGCAATAGAAACACAAAGAGAGATGCTAATAATTAGTGTTATTTCTATTATTAGTTTTATATTAGGAATCATTGCAAGAATTCAAAAAAAGGAGTCAAAAAAAATATTGCCAACTATAGCCATTATTATAAGTGGATTGTTTTTAATTCCAGTTATAAATGGATTAATTAAATTTATATTCATGTAATTAAGTATGCAGTCAGTTATGTAAAAAAATTATTATTTTAGGTACCGCATTATTCAAAGAATAAATTTGCGGTATTTTTTTATTGTACAAGTACTACGCAATACATGAACAGGGGTTCATGTAATAAAAAAAAGCCCCTATAAAGGGGCTAATAACAAATGGAGAATAATCCAGGGGGACAATAAAAATGAATTATTATCACATAAATATTATCCCAAGTTTTTTGAATAATATTCAAATTGTAGAAAGGGTGAAATTATGACAAGTAATGAAATGGCTAAAAAATTAGGATATGAGTTAAAAGAAAGCGAATATCCATATAAAAAAGCGGTTTATAAACAAGGTGTTAAAATAGGAGATTTTAGTGTATATGAGTTTAATGATTATTTAAAGGAACAGGGAGAATTTAATACTACAATCGAAGGGATGAAGTAACTATGAAAACATGGACAAAAACAATATTTGAAAAAGAATATACAAGTAAAACTTCAAAAATGGATAGACAAATAATAACTTACATTAAAATACAAGTTCATTTTGATTTCAAGGAAGGGTTAAGGTACTCAGTTTCAGTACCTAATTGCTCATTTTGTAAAAGAAAATTAAAAGATGCGTTGATAAGAGCGTTAGAACATGAAAGTATAGGTATGCAGAAATATAATTGTTTAAAAGAAATTTGTACAAGTAAAAGATTATGGAATCAGATTTAATACACAATACTAAAATTTAACAACTTAAAATATGATCTTTGAAAATTGAATAATGTGGCTTAGAAATTTATGTTATAATAAGAAGTAAATGTTATTAAGATGTAAAGGGGATGGAGTGTTGGTATCAATAGCAATATTAATAAATTTAATTCCTTTAGCAATATTATGGGGATTAGGGGTTTATGCATTAATCTTACTTATAAAAGCGTTAAAGATTTATATTAATAAAAATTCTTAATAGTATCATAAATAATACTTTAAAATTAAAAACATATATAATATATGCCGCATTATTCAGAAAATGAATTTGCGGTATTTTTATATTTAAGTACTGCGTAATTCTAAAAATTTGGCAAAAAGAGTATAAGTCTAACGCCTATACTCCTCTAGTTATTAATAAGAATGACGATGGCGCGATAATAATTCTAATGCAGCTATATTAGCGAACGGAAAAAATCTACGTCTAAAACGCCTGAATCTTCTTCGTGGACGACGATGAAATCCGACATTCCCATACTGTCTTTTTTCATCATAATTATATTCATTATCATTATCATTATCATCTAGATCCATTGCATCCTCACCAACCAACATTACAATGCGGTCTTGATCTGCATTTTCAATAATTCCATCAAATATGCTTCCATCTGACATTATTAAAGAAACATTGCAGTATAAGTATTTTTGACATTTGCTTTGCAAGTTTCGCATGTTATTGCTATAGTTAATTTCATCTAATTCCATTTTGTGTCATCTCCTTTTGAATATATGATATTCATCTTTGAGGAAAATCGTGTTATATAACATGGATAAATTTTTATAAAATAAAATCTGAGATTTTTTGCGATTGCATAATTCTAAGGTCGGACATAAAAAAGCCCCAATAAAGGGGCCACAAGGAAAGAAAAATTTTTAATCATGAGTACATTCTTATTATGTGAAATTTAAGAAATAAATATTCAAGTTGTAAAGTGGAGGTAAATAAATGAGTAGAGAAATTAAATTTAGAGTTTATGATAAATGGACAAAGCAAATATTGCCAGTATTAAGCATTGATTGTAAAGAAACTTTTTCAAGTGAAAGAGGCGATAATGTATTAATGCAATATACAGGCTTAAAAGACAAGAATGGAAAAGAAATTTATGAGGGAGATATTATAGATGCTAGCTATATAAATCCTATGAATAAAGAAGTAGTTAAAAAACATTATTTAATAGAATATGGCGAAGGTCAATACAAAGCAAAATTAATAGGTTCAAGCCCTTATGGAGATACATGGATTAATTTTATAAATGAAAAAGGAACCGTTATAGCAAATATCTATGAAAATCCAGAGTTGCTAGAAAGTGAGGAACAACAATGAATATAGGATTGATGATTGCAACAGAAAGAACTAAAAATAATTTATCTACAAGAAAATTAGCAGAAACAGTTGGATGTAGTTCAAGAGCTATTGAGTATTGGGAAAGTGGTAAAAGAAAAATAAGTCTAGAGAATGCGGATAAGATTTTTAAAGCATTAGGGAAAACACTTACTATTGGTGTTAAAAATAACGAACAATAGTGCGTAATTCTTGTAACGGATGAAAAATAAAACTATAGAAAGGGAAGATTAAAATGAGCAACCTGAATGAAGAAGCCAGTATAAGATTATTAGGAAAAATAACATTGTTATTACCAGTATTAGAACAAAATTTTTCAATGCAGCTTGAAGTAAAAAAAATTATAGATGAAACTCTATATGATTATGAAGTCCAAAGCAAATGTACTGACCTAGTTGCATCAGATATAGGAGAAAAAGCATCAATATATTTAGCATGTAAGAAGTTAGAAGGGTTAAGCCAAAAGACATTGGATAATTATAGATTGTTTTTAATAAAGCTAGATCAATTTTTTACAAAGCCATGTTCAACAATAAGCACTATGGATTTAAGGATGTTCTTAGCTCTAATGGGAAAAGGTAAACAGGCAAGTACAATAAATGGATATATAACAGCTTTGAAGGGCTTTTTCGGATGGTTGCAAAACGAAGAATATATAATTAAGAATTCAGCTGCCAAGTTAAAACAGACTAAGGTGCCAAGAGTAATTTTACAGGGATACAAAGCTGAAAACCTTGAAAAGTTAAGAGAAGCATGCAAAACTGAAAAAGAAAAGTGCTTATTTGAATTACTTGATAGTACTGCCTGTAGAATATCAGAACTAGATAACATTAAATTAGATGATATCAATTGGCAGGAACAGAGCATAAAGGTTTTAGGAAAAGGTAGTAAGGAAAGAATAGCTTATTTTTCGACAAAAGCTAAGATTCATTTAAAAGCTTATATAGGAGATAGAATAAGTGGATATTTATTTTTATCAGATAGAGGTGAACATAAACATATCAAAGTCAGAGCCTTACAATTAATTATAAGTAAAATAAAAGATAGAGCAGGCATTGATGAAAGAGTACATTGCCATAAATTTAGGCGTACTCAAGCAACACGATTGCTAAATCAAGGAATGCGAATTGAAGGAGTTCAGGGGATATTGGGACATACTACTCCTACAACGACTCAGATTTATGCACAGTTAAGTCAGGAGAATTTGAAGAATGAATATAGAAGATTAGTCGTATAGAAATTTTAATAGATAAAAAATGGAATGTAACTAATATAGAAATTATATGTGACATTTTATGTTACACAAGAATGGCTTAAATACAAGGTTTAAAGCATATGTCACAAAAAGTAAGAATTTGGATGTTACACGTCAAAACTGCATAACCGCGGGAGTTTGCGCCCCTTTATATATATAATGTAATATAAAATATAATATATATATTATATATATAGATAAATAAATACATATATATGCGTGCAATCTCAAAAAAGTATGTTACTTTGTTACAAAGTACATCAAAGTAAGTTATATCAACGGTTTTCGTGTAACAAGTACAGTGTTACAAAGATGTTATTTTTGTGACATATAACTAAAAATGAGGTGATTTTAATGAATTGTGATTTTAAAAAAGGTTTTGAAGATAGAATTAAAGATATAGATAAGCAGATTAGTGAAGCTGCTCAAAATAAAAAATGGGTTGAAGTTGCTAAACTTGAAGCTAAAAAAGTAGAACTACAAGAAAAGATTGAGAGGTAATACTATGGAAGATAAAGATTTATATAAGAAAACTGATGGAGTTCTTTTTAACTATAAGACTATTAAAGCTGAAATATTCAATTTAGATCTAGAAATTGAAGAGCTCAAAGAAGAGTATGCTGGAGTATCTGGTATTAGTTATGAAGAAAGAACCGGTAAAACTAATGCATTTAGTAGTGCTGTTGAGAATGAAGTTATGAAAAAGGAAAAGGAGATAAACAGGTTGCTAAGAGAAAAGAAAAGCAAAGAAAGATTACTCAGCAAAATAGATAATGCATTAGAATGTTTGGAAGATGAGGAAAAAGAGATTATTAAACTCAGGTGTTTTGAAAGAAAATCGTGGAATAGAGTGGGGATGATAACTCATAGAGATGGAGATTATTGTGGTAAAATTAAAAGAGCTGCAGTAAACAAATTATCAGAACTAGTTTGGATAAGAAAAAAGTATACTTAAAATACAAGTAAATTATACGGAAAATATACGTGTTTTTTACATGTAATCTACTGTTAACACCTGTTATTATGGTATTGTAGAAAGAATCAATTAAGAGTTCTTTCAAAATACAAAAGATAAGTCTGACCTCCTTTTTATTAAATACGATACCTTTTAAAGTTGAAGTCTTAAGTTTATACTTGAGAGATTTATGTAGACTTTAAGAGGTATCTTTTTAAATGCATTTATTAGCTTAATAGAGAGGTTTTAAAAGTAAATGATTTGGTACTCGATTAATGAAATAAAATCAAAATACGAGGGCAATGGATATGTAAAAACAATTAATTTTAATATGAAATACATATGAATAAAACTGTAAATATGTAAGTAATGAAATGAGGTGAATTTTATGATAATATCTGATAAACATATACAATCAATTAATTTAATGTTAATAGGAAACCTTACAAATGCTAATATTGCTAAAACTGTAGGAGTATCAGAAAAGACTATTTATAATTGGTTGGATAATAAAGATTTTAAGGCTGAGCTTCAGAAACGTACAGATGAATTTAATTCCCAGCAGACTGAGGAAGGCAGAAGGCAAATACTAGGGTTAATGCCTTTAGCTATTAGTAATTTAGCTGAGATAATGGCCGATAAGAGCAATCCTAAGTTCTTTGAAACTAATAAGTATATTATTGACCGTAATTTAGGCAACACAACAACTAAGATAGAACAGGCTAACACTGACTCTACTGGTAAGAATACCAATGTCGATATAGATCAGCTGGTGAATGAGATAAAAGAAGATAATAATGTAATAGATATTTCCCAAGTTAAATAATTAGTAAAGGCTGATATTTATTAAGTTATTGCGTTAAATCTCGATTTCCCGAAATAATTGTATAAACTGAAATTATAAAGAATGGCTTAGATACTTGGGTTACAAAGAATTGAATGTTTTTGCATAACGAAATGTATAAAATATATGAATAATTAATGCATAAATCAAAGAATATACATTAATAATTGTATAAACATTATTATTTATTTCCCGTTATTTATTTGATTTTCTATTGCTATTATACCATATGTTGGTAGGGTAAGGGGAGGGCGTACCTTCTAAATTCCCAAATTGAAAAAGTCTATCACCAAGGTCTATAAAATTTTGCTATATTTTCAAAACTCAATAAAGAAACATCTTATTTAAGATAGGATTGAAATTAATGAATTTCAACCTGTCTTTTTTTATTGCCTTAAATTAATAGAAAGGATAGGTTGAAGATGGAAGCTTGGAAAGAGATTAAAGGTTTTGAAGGCATGTATAGTATATCTAACTTAGGAAACGTATTTAGCGTAAAATCAAATAAGCTATTAAGCGTTAGAGAGTCTAAAGAAGGATATCTTCGAGTTAATTTAAACAATCAAGGTAAAAGATATACTTTTACAGTTCATAGATTGGTATTAGAATCATTTGATCCTATTGTGAATATGGATGAGTTTCAAGTTAACCATATTAATGAAATTAAATGCGATAATAGATTGTCAAATCTAGAATGGGCTACACCTAAAGAAAATATAAATCATGGAAAACATAACAATAAGATAAGAAATTATAGGAGTAATAATTCTGGAAACTGTAAAAAGAAAGTTATATGTACTACGACTGGAAAGCCTTTCAACTCAATCAGTGAAGCTGCAAGGTATTATGGAATAAAGGCAAAATCTAATATAACATATTGTGCCAAGGGTTTAGCTCAATATTGTGGAATTCTTGAGGATGGAAGAAAACTCGAATGGATGTATATTTGATAAAAATTATGAAGCTTATTTGTAATATTTAAAAGGAATATGCCAACTTTTGTATAATTAATTATATGAAAGAGGTGGGAGTTTAATGGCGAAAAAGAAATTACAAATATTTATATCATCAACATATACAGATTTAATAGAGGAACGGCAAGCAGCTGTAGAAGCAATTCTTGGATCCAAACATATAACTGCAGGTATGGAATTGTTTAGAGCCGGAAATTCATCACAATTAAAAGCAATAAAAAAATGGATAGATGAATCAGACTTGTATATGTTAATTTTGGGTGGAAGATATGGAAGTATAGAGCCTGAGTCAGGAAAAAGTTATACTCAAATTGAATATGAATATGCCATAGAAAAAGATATACCTGTATTTGCAGTCATATTAAATGAATCGTTCTTGCATCAAAAGGCTGCCCTTAAAGCATATGATGTTTTTGAAAAAGATAATAAAGATAAATATGAAGAATTTAAAAAACTTGTAGAAACTAAAATAATAAAATATGTAGATGATTGCAAAGATATACAAATAGTAATAAAGGATTCAATCTCTGAATTGGATGAAGAATACGAATTAATTGGTTGGATTAGAAGCAATGAAGGTGATACAGGTCAACTTTTACAGCAATTGAATGAAACAAGGTTGGAATGTGATAAGTTAAGGGATGAATTAAAAGAATGTAAAAGTAATATAGCCAATATCAAAGTTGTTGAAATATTTGCATCAGGAGAAGAAAAAACTACATTGAGGTATACAGATATGCACACATTTAATAAATTTTCAACTATTGAATTGACATGGAATGAGATATTTATCATATTTGGAAAGATAATATATAAAGATGGCAGTATAACAAACACTGAAATAAAGTTTGAATTAGAAAGTGCAATAGCAAATAGATATGGTGATTATAGTGCATCAGTTTATGATGATGATGTTATAAAGGTACAAATTCAATTAGAAAAATTATGTCTCATTAAGCGAGTAAATAATAGTAACTTTGCATTTACAGAGTCAGGCAGGGAAGAATTTATTAATCAATTTGTTGAGAAAAAGAAATAAAGAATATAATTAGTTAAGAGAACTCTAGAAATAGGGTTCTTTTATTATGCTCAAAAGGAGGATTAGCATGATATACTTTGACAATTTAAAATTTCATACACAACTTAAATATGAGGTATATCTGTTAGGAAAGTACCTTACTAAACATTATGATTCTGAGACTGCCGATAGGGTATTAAAAGCTAATAGTAGCGATTTGGACAATCTTGCTAAAGCTCTAGGTGCAAAGGATATTGAATTTTTCTGTCTTTACTTCATGAGTGATACTTTTGTTGTTAAAGATTTAAATAAAGATGGTTCCATTCCAGAAGATCATAAACCTAATGTGGCTAGACAACTTTCTGAAGGACATTATGAATTGTGGAGCATTGCAAATGATGTTTTTGTAATTGATAAAAGGGATAAAACGGTTATTATTGAACCAAGAGGATATGCGAAAACAACTATCTTTGATATGTCTGTTTGTGTATATCTACATTGTTACGAAAAATCTATATTTACTTTACTTGGTGCAAAAACTGATGGAGATGCGACTCAATTTCTTGATTCAATAAAAAAAGTATTTAATGAAAACCAAAAAATAATTAAATGTTTCGGAAAGTTAATTGATGCTAAAGCAATTAAGGTAAATGGTGAGAGATATACTATCAATGCTAATGAAGTTGAATTTACTAATTGCACGTATATTAGAACAGTTGGTTCTGGGACATCTGTCCGTGGTGCGAACTGGGGAGGAATAAGACCAACAGTTGTTATTGCTGATGATTTTCAATCAAAGGATAATATTCTTACTGAAGCAGCAAGAGAGAAACAGTACAATAAATGGACTACAGAGGTTGAAGAGGTTGGAGATAAAGCGGTATACAGAAATGGCAGGAAGATAAAAGCAGCTACAAAGATTATTGCAATTGGAACAGTATTGCATATTGATTGCCTTATGAGTAAATTGGCTAGAAACAATGACTATTTTACCGTTTTAAGACGTGCAATTGTTCTAAAGGATGATGAAACAGTTGAAGATATCTTTGAAAGTGACTTATGGTTGCAATGTCACGACATTTATTTTGATGAAAAACTTAATGAAGATGAAAGAAAAGAAAAAGCGAAGCAATTCTATGATGACCATAAGGAAGAAATGCAATTTGAAACCTGGTGGCCTGAAAAATGGGATTGCTTTAATGATTTAGCAATAAAATATTGGGAAAATAGGGCTGCATTTATGTCAGAGTTTATGAATGATGCAAGTTCTATAGGAGAAAAGTGGTTTAAATCTGTTGCCACTAGAACTAAAGAGGAAATTGAGGACCATGTATTTACCAAAACTATGCTTTGCATAGATCCTGCCAGTACTACTAGTAAAAAATCTGACTTTACTGCAATGGCAGTTGGTTCAAAAGCAACAAACGATTTTACATATATAAGGGATTTACTTATGAAAAAGTTAGGATATGAACAATATTGTAAAAAGGCTGTGGAAATGTTAGAGAGAAATCCCGACGTCACCCATATAAACATTGAACGAAATACATTTCAAGGGGCCGACGTTGTTAGAATAAAAGAATTAATTGCAGAAAGTCCAATTCTTAAGGGTAAAAAATATGAGTGGATTAATGAAATGCAGAAAAAGAATAAGGATGAAAAAATAAGTACTGTTGTAGATCCAGTCAACAATGGTCAGATAATTGTGTGTTCTGATTGTGAGGATAGCAAAGAAGCAGTTAATCAAATATTAGATTTCCAAGGTCAGTTATATACAACTCATGATGATATGATTGACTGTATTTCAGAATTAGAGAATAAAATTAAGACTATAGAAGTTGTTCAATTTGCAACAATTATGGATAGAAGAAAATTAGGTTTATAGAAAGGATGTGAGGATTTGATAGACGTAGAATTATTAAAAGCAGCTTATGACTATTTTCAAATCAAAAAGCCGTTTTATGATGAAATGTATTATTACTACAAAGGACATTCAAAAGCTTTAGAAGATTATTTCATGATAGATGATAATAATAGAAGTAATCGAACAATAAGGGTTAATTTTGTTAAGAAATTTATTAAAGAAGAAGTGAGTTATTCTATAGGAAATGAAATTAATTATATTTCTAAGTCTCAAAATGAAAATATCATAGCAGATATTGATTTTTATTTAGGACATTGGAGTGAGCAGCATGATGCAAAATTAATGAACAGGATGCTTACATATGGATTGGCATATGAACTTTATTATATTGATGATGATGCACAATTCTGTTCCAAAATAGTAACGCCACGTGAAGGTTATGCTTTTGTGGATTCCTTGGGGAATATTCGATTTTTCATGCATGTCTACCATAAGAAATTTGATTCTAAACTTTATATAGATGTTTATGATGAGAGTACTATTTATCATTATATTGGCAATTTTGATAACTTGGAAAGTACAGAAGAACATTTTTTTCAAGGTGAAGTTCCTATATCTATTGCTCAGGTTAGTGATGAAAAAGAACATGACACTATATTTAATGATATTAGAGGATTACAGGATGCTTATGAAACAAATTTATCTGATATTTCAAATGAAATTAGTGATTTTAGGAATGCTTATTTAAGTATATTCGGATTTCAAATCAAGGAAGAAGATATTGATAAAATGAAGGAACAGGGAATGATCCAGGTTGCTTCTGATAAAGGTAGGGCTGAATGGATAATTAAAAATATCAATGATAGTTTTATTCAAAATACGCTTACTACTTTAGAGGATAAAATGTACCAAATATCATCACATATAAATCATAATGAAAAGATGCAAAGTAATCTTTCTGGAATTGCTTTAAGAAGTAGGCTGATTTCACTTGAAGAAAAATGTAAGCTTAATACTAAGGCTTTTGCAGATGCTGTTAAATGTAGATTAAAATTCTTATTTTCATACTTAAATCTTAGACAAAATAAGACTTATGATTATAGAGATATAAAACTTAAATTTACACCAAATGTTCCACAAGATGATGTTAGTGCAGCTCAAATTATTAATCAGTTAGGAGAAAAGCTTCCATTGGAAACATCATTGTCATTATTAAGTTTTATTGATAATCCTCAGCTTACAGCAAAAAAAGCTAAAGAAGAGCACCAAGAGACATTTCCGAAGACAAGCCTGGATAAGGAAGTAAATAAGGATGGATAAGAATAAGCTTACTAAAGAACAGAATTTCTTTAATGATAAAACCTTAGAATTTGCTAAAGAGCTTTATGATAAGAATGAAGAGAAATTAAAAGAAGCCTATAAGGGCCAAATAAAAAACAGGGATGGTTTATTAAGCAAAATTGCAAAGATATTATTATCTTATAATATTACTGATAATATTTTAAATATAAATGCAGCAGATAAGAAAAAGCTATATTCAGAATTAAGTGATTTAATTGTAGCTAATATTAAGTCAGAACTTAATTTTGAAACTAGTTTAACTAAAGGTATATTAACTGGTGTAGGTAAGGAAAAATTTAATGCTAATAATTATATTTATAGCTTGGGAGCTGATTTTAATTTAACTCAACTATCAGATGAAGCTTTGGAAAAAATAATAAATACAAAAGTGGATAATAAGCTGTGGTCTGATAGGCTTTATGATAATAAGAATGAAATATGCCAAACATTGCAAACAGAAGTTGAAAAATTTCTTAAGGGTGAAACTAATGTAAATCAAATTGAGCAGAAAATCATTGAAAAATATGATACAAATGCCCATGAAACTAAAAGGCTAGTACAAGATAATATCTGCAGGGTACAGGAAGGTGCTAATGATGAATGGCAACATGAACATGGTATAAAGAAAGTTATGTATATGGCTACTTTGGATGGAAAAGTTTGTTCAAGGTGTGCTCAATATGATTCCCAAACGTTTGATATAGATAAAAAGCCTGTACAAATCCCCCAACATCCATTTTGTAGGTGTGTATATATTTCCTTGGTTTCAAACTGGCATCCAAGAGTGCGACTTGATAATGAGACTAAACAAAATATTAATTGGCAAAGTTATCAAGAGTGGAAAAAGAATTATATTGATAATAATCCAGAAAGACTTGCTAATCATAAGATGATTAAAAATAAATCATAAGATAAAAGAATATATGAAAAATATAAAGATATTTTAGGAAAAGAAATACCTAAAACATTGGAAGATTTCCAAAAATTGAAGTATAATAATAGCAATGAATGATCGATTATGAAAGACTATTATAAAGCTAGAAGACTTGATAAAGTAGCAGAAATAAGTAAAAAATATATAGGAGAGACATAAACAGTATCAATTAATCCTAATACAGGGAACCTGATACAAAGTAATCCAACTGACAAAGATAAAGTAAGGAGGTTAAGAAATGTATAAAATATCTTTGAATAAAAATTTATTTGATTATTTAATAAAAAATCTAAATGATGAAAAAATAAAAGAGGCACTTAGCAAAAAAGATGAAGAGAATGGAAATATACATTGTGAAATAGATGTAGATACTAAAATTGACCTGCTAGATTATATCGAGGACCTGCAATTAGAAATAGGTTTTGATAATGAAGATTATTTAAATGAAGATGGTAAAATAATTCAAGAAATATATGATCAGATTTATAAACAAACTAATAAGTAGCACTTACAAATGTAGGTGCTTTTATTATGTCTAGAATTAGGAATGAGGGATATCATGCATCTTTGCCACCACGTTGACCAACTTCTTTGTAGATTGTCTGTTCCATGTTTAATTAAATTACTTATGTGTTAAAATGCTCCTTTCTTAGTATTTAAACTATGAAAGCTGATAATAATATTTTAGAGCATATTGAAAAAACAAGTGGTATTATGGGAAATTTTGAAAGGTTAGGTGATCAACATATCTCGCAAGCCAGCGTTAAGGCTTTTTATTTTGCCCTTAGCATGGCACTAAACGGCTAGAAAAAATAAGAATTAACTATACAGGGTTAGTAATAAAACTGGATAGGGAAGGAGCTTAGTAATGAAAAAAAATGAGATTATAGAATTTTTAAAAGACTTGGCAGATGATGCAGACATAGATGAAACTGTAAAGGGGAATGAAACATTAAGTAAGTTATTTGAGAAGGGTTTATCTATAGATGATGTTAAAAACTTTTTAGATAGCAATGAGGATGGTAAAAAGTATCTGCAATCCTATGGAGATGGCAGAGTAACAAAAGGTATTGAAACTTTTAAGGAAAAAAATCTATCTAAGTTAGTAGATGATGAAATTAAAAAGAGGTATCCAGAAAAGGATCCAAAGGAATTAGCTCTTGAAAACCTTCAAAAGGAACTTGAAAATATGAAAGCTGAAAGTGCAAAAAAAGATTTAAAAGCAAAAGCTGTTCAAATTGCGAATGAGAAGAAGGTTCCATTAAATTTAGTCGATTATTTCTTAGGTCAGGATGAAGAAGCAACAACTAAGAACTTTGATACGTTTAATGATGTTTTCAACAATTCTCTTTCAGTAGCGATTGAAGAAAAAATCAAAGGTGGATATAAGCCACCAACACAAACTGTGGATCCAGTAGACGAAAGTAAAATGACAGATGCTGAATGGTTTGCAGCACAAGAACAAAAAAATACACAAAACTAAGGAGTGAATTAAAATTATGGCAAATAAATTTTTAACAGTACAAGAAATTGCAAGACAAGCTTTATTAAGGCTTCAATCCAATATGGTTATGGCAGGATTAGTCTACACAGATTATTCAAGTGAGTTTAAGGAAAAAGGCGATACAATTCAAATTAGAAAACCAGCTACATTTATAGCTGATGAATTTGGTGAAACTATTAATCTTCAAGATGTAGGTGAAAAATATGTATTAGTAAAATTAGATAAGATTGCAGACGTATCAGTTGAAGTTGGTTCTAAAGAATTAACATTAAACATTGATGATTTTGGCTCTCAAATCTTAGATGGTGCTACACTTGCTATCGCAGAAAAAATTGATCAAGACTTATGTGGATTATACGCAGATATTCCTTACTATAGCGGAGCCGGAGGAACAACACCTTCAAAATTAGATGATATTTCTGCAACCATGCTAGTGTTAAATAATAATAGAGTACCTATGGCTAACAGAAATGTTGTGTGGGACCCTTATGCTCAGGCAAAATTAGTAACAATAGATTCAATTTCAAGAGCAGATGCATCAGGTTCAACAGCAGCTTTAAGAGAAGCTTCTATGGGTAGAATTTTAGGTTTTGATAACTATATGGATCAAAATATTAAAAAGCAAGTAGCTGGAGCCTTTACATCATTAACAGATGTTACCGGAGCTGGTGCGAAAGATGCAACTATTATTACATTAACAAGCGCTGCTAAAGTATCAACTGGAGATATAAAGAAAGGTGATGTATTTACAATAGCAGGGCAACAATTTGTTGCAACAGCAGATGCAACAGCAGCCGCTGGGGTTGCTTCAGTTAATATATACCCAGCAATTAAAGCTGATATTAGTAATCAAGCAGTAAACTTTGGTAAAACACATGTAGCATCATTAGCTTTCCATAAGAATGCATTTGCATTAGTTACAAGACCATTAGAACCTCCAATGGGTGGAGCAACATCTTATGTAGCAACAGCGCCAAATGGAATGAGTTTAAGGGTTACTATGGGGTATGATATGAATACAAAGAAAAATACAATATCTATTGATTGTTTATATGGAGTTAAATCTATCTATCCTGAACTAGCAGCAAGAGTATTAGGTTAATAAGTTGAGGATTAAACCTCAACATTACCTAAAGTAAGGAGTGTTATATTTTGAAGTGCAAACATTGTGGAATTAAAATAGATAATCCTATGATTTTTCATATACATGAAAATAGATGTTTAGAAGATCAAAGGGCAAATGGTTTTATTAAAGATAATAAAGAGAATGATATAGATTACAACTCAATGACAGTTGAACAGCTTAAAGTTATATGCAAAGATAAAGGATTAGAAGGATATAGTAATTTTAATAAAGATGAGCTAATAGCATTTATGAAAGAAAAAATTCAACTGTAAATATATATTAAGCTAGTGTATTTGAGGAGGTGCAACATGGACCTTACAATTGAGCAAAAGAAAGCAATAGTGATAATAAGGAATTATTTAAATGTAGATGGTGATGAAAAATTCACCGATGAATATATTTTAAATAATTTTGAATGTGCAATTGTTGAATTAATAGAAAGTGCAGCAGATTTTAAGAAAACTCAAAAATCTGCTGGTGGAAAAGGTGTATATTCTGCAAGCCAAGGACAACGTTCAGTAACATTGAAAGGTAATGTTGGTCCATGGACTATAACTGATGATATTAAAAGTTTACTTCCATTACCTTATGCAAAAATAAGGGGGTAATATGTTTTACAATAAAGAAATACAAATATATATCTATGGTGATAAAAAAGACGATCATGGGATAACAAGGACAGGTTACAGTCCATTAGCAACAGATGAACCTATAATGGTTGACATGCAGCCATATTCTACTGAAAAAGCTAAGAAGGATTATGGCTATGATATTGAGTGTACTAGAAAAATGTTTTGTGATATCATTCCTCAAATTACTGAAGATTGCCGTATAAAATACAATGAAAAATTTTATAAAATTACTGCTATTCCATGGGATGATGATTATCTGGAGGCTTTATTGAATGAAACTAAAGATGTTGAAGTTATTGAAAATGAGGTGATCAGCAATGGATAGTACTTTTGGATTTAAAGAGTTTATAAATAAAATTAATGAATCACAAGAAAAATTTAATAATGCTGTAGATGAAACATTATTTGAAGGAGCACTTGAAGGTATCGGAGAAATTCAAAGTAGAACATCAGTTAAAACTGGAAATTTAAGAAGATCTGCTACTAGTGGAGAAATTGAGATCCAAGGAAAAATTCATTCTATTGAGGTTGGATATAATCTTAATCAAGCACCATATGCTGATGCATATGAAAATGGTCATAAACAGGAAAAAGGAAGATATGTTCCTGCTATTGGAAAGAAACTTGTGAAAGAATATGTACCTGGAAGGCATGTTGTAAGAGATTCTTTGACAATTATTAGAGCAGAGTTACCAAATAAATTAAGGCAGAAGTTGAGTGATATTAAATGATAAAATATGTGGATTTGTTATATAGCATTACTAAGAAACTGAGGGATAATTATCCCAACGCATCAATTAAAATAGACAAAAAGAAAAGCGAAAAGGAAATTGAAAATGGTTTATTTTATGTAATAGTATCACCATTAAAGAGTGATACTTCATTTAACTTAAGAAAAAAGCTATTGAATATATATATTGAATATGTAGAAGAAGATAAAACACAAGAAAGTTCTTTAAATAAAATTGATGAATTAACGGAATTGTTTGACGAAAATATAAGTGTTAATAATAGAGTGTTACCAATATTAAATAAAGAACCAAAGGATACTGATGATAATGTGACTCTAATGTTTACACTCAATTATTTTGATAGTAAGGCTGAACCTATTCCAGAAACTCCAGATGCAACATATGATGCTTTGATGGGAATATTGAAATTAAATGTTATTGATAAAGATTAAAAGACTGGTTTTTTACTGGTCTATTTTTATGTAAAAAATCAGAAAGGAGATATGTAAATGGCTACAAATAACGTCATGAATGGTGTTAAATTCACAGTACAAGCTTTAGCTGAATCAGTATCAACTCGAGCAGCACATGGAGTACTTTTTCTTGTTTTGGATGATAGTACAGTAACACCAGGATTATATAAATATGCAAAATTAAAGAAAGTTACAGAAAAATATACCGAAGATAATAAAAATATTATTTCAACTATTTTTGCAGATTATGGGATAAAAAGCTTAATTGTTGCGGTTGGTCATGATGCAACTAATGGCATAAGTGGATCATTAGATAATGTTTTATCTTTACTTAATAAAGTAAATGAAAATGGATGGTTGGCGGTACCTCAAATAACTTTAGATGCTGACAAGAAAAAAGTTGCTGATTTTATTAAAACTCAAAGGAAAGATGAGGACTATCCTTTAAAAGGAGTTATTTATAACTATTCTAGTGATTGTGATGGAATAATTAATTTTACTGGAAAAGACCTAGGAGCAATTGCACCTGATGTATATGCAGCAGAAGTTGCTGCGCAGTTATGTGTACTTGGGCCAAATGAGGCTATTACAAATCATATTGCTAAAAATGTAACAAGTTGCGATGTTAAAACAGATAATGATGATTGTGTTGCTAGAGGAGAGCTGTTTCTTTGTAACAATGGTAAAAACATTGTATTTTCAAGGGGTGTAAATTCTTTACAAACAATAGATTCCACCCAATCAGAAACTTTAAGTAAAATAAGAATTGTTGAAGTTATCGATTTAGTTAAGTCGGATATGAGAGAGATATTTGATACCAGTTATTCAGGTAGGATGGGGAACTCATATAAAAATAGAAAGACATTGATTAATACATTAAATTCATATCTTAAAACATTATCTAATGACGGGTATTTATCAAATGATGAATTATCCTATGTAGAATTAGATGTTGAAGCAACTAAAAAATACTTAGAATCTAAAGGTGTCAATACCGATAATATGAAAGATGAAGATATATTAAAGGCTAAGCTAGGAAGTTATGTGTTTATAAAAGTAACCCTAAAATGCATGGATACAATAGAAGATATAAACATTGTGCTTCAATATGAAACATAG

Protein sequences of DBSCAN-SWA_7

>NC_020291|2907642:2937657|2916247_2916718_+|WP_015392754.1|DBSCAN-SWA
MLEKIEKDEAIVICKKAIDNWGTALQKIVAMEELAELISALSSALKNQHNNIEEEAADVEIMCIQLRLMYGNQKVNEAHEEINEFSNFGLIESTIKRCSLLQQSISKSLRDIQNNSIYKNIALVENSCRAMRKKFNGDEIEEIKQVKLKKLKGVVW
>NC_020291|2907642:2937657|2929833_2931117_+|WP_015392771.1|portal|DBSCAN-SWA
MIDVELLKAAYDYFQIKKPFYDEMYYYYKGHSKALEDYFMIDDNNRSNRTIRVNFVKKFIKEEVSYSIGNEINYISKSQNENIIADIDFYLGHWSEQHDAKLMNRMLTYGLAYELYYIDDDAQFCSKIVTPREGYAFVDSLGNIRFFMHVYHKKFDSKLYIDVYDESTIYHYIGNFDNLESTEEHFFQGEVPISIAQVSDEKEHDTIFNDIRGLQDAYETNLSDISNEISDFRNAYLSIFGFQIKEEDIDKMKEQGMIQVASDKGRAEWIIKNINDSFIQNTLTTLEDKMYQISSHINHNEKMQSNLSGIALRSRLISLEEKCKLNTKAFADAVKCRLKFLFSYLNLRQNKTYDYRDIKLKFTPNVPQDDVSAAQIINQLGEKLPLETSLSLLSFIDNPQLTAKKAKEEHQETFPKTSLDKEVNKDG
>NC_020291|2907642:2937657|2913617_2914235_+|WP_015392748.1|DBSCAN-SWA
MENNKIQENKDKFLVLLKSIQRPGIDKLVDWLESKSDFFTAPASTMFHGNYEGALCEHSINVYELFSEKNKRYDLGLSEDSVKIMGLLHDICKVNFYKLSSRNKKIDGQWRAIPWYDVEDEFPIGHGEKSVIILMSYIGLTNEEKMAIRWHMGGYEPESNYRTLSVAWDKYKSGACLHTADLEASNLLEIKIDYEKSFKQTKMNI
>NC_020291|2907642:2937657|2909852_2910092_+|WP_015392738.1|DBSCAN-SWA
MEEILIEILETLKSERPKKITFTIAEAANYSGIGQVKIRELINKPNTDFPFFKVGARALIDKAALDNWMEKITQEHRGL
>NC_020291|2907642:2937657|2912825_2912999_+|WP_015392746.1|DBSCAN-SWA
MLVKCGAKTCVNYNEGMCKAEAIEIKNFTWYSEEQKEELDEMKCDTYEYYSDWMYRK
>NC_020291|2907642:2937657|2917481_2920121_+|WP_015392757.1|DBSCAN-SWA
MTELEDIDLREWIEKETGQKFNRENKICCPFHNEKTPSFGIKFYPDDNKWRYKCFGGCDAHGDVIDFIQKYKNLDYKKAREYLGVAVEKTPRELQFEKILKRIDWDVINTEFKQGYKLLGLFEFVNGHNEVIYYKAKFLKPDGKKAASYYRFEGDKIINKREGIEEVPYNLYNVLIGLADKVIIVVEGEKDANNINALLRGTNYVATSIKGCTNLDILKNGFKPRIYALGDTGVAGEKYKWHVHKEFFSIATEFKFVNLPGIKSLGDNKDVTDWLNSGHSKQDLLNAFKRSLDLKNENELQQDPIGVYKIIYDKKAKEDKRINLTDFMLLEADKVLNVDDDMEFIRLKLKSRNDGKIYEKVKESTVFNDLRTFRNMLGMDLSFDGNMNDLVKFKMWITQYFAIETKEVYTGTKFIMKNDKLTFICADGSISENKTDFSITADETNVFVVSKEKLKTDELLEIKNNIFKFTSTEKSISIIGTTINNLAVYQNISLNLNLHHLLMVGEAETGKSTILEKIIAPILNYPIKGDKNEKFSFTTAKQFSLPKSLSMGNYPLLCDEFAPTTWNPNKIADMVNPLKDAYDRAPMIRGDKNFKLKKFVSLRPIIIAGEENYPGQSKALITRSCIVYLSKYERTEKSTESTFWLINHQDLLNRLGRSLIEEVLNISVEQYDNMRKELMPKFTELNDRSLQTSLNIACGIEIFNILLERHGLNKITNYEKYIVNNIKEEVLDGGEEAKSIVEQMLLLYNDMVEDGRAMFTDYVIQERGDGLFIKTSEMLNQLRVHVKNTNTQINILSDKDFKKQATKAGYIKEKTAKQIRLKNGVTTPNGKNMIWYDQYNLEKVRKLKAFAICSSGELEQVEMPKEENKVIDNVFQGAK
>NC_020291|2907642:2937657|2932940_2933555_+|WP_015392774.1|DBSCAN-SWA
MKKNEIIEFLKDLADDADIDETVKGNETLSKLFEKGLSIDDVKNFLDSNEDGKKYLQSYGDGRVTKGIETFKEKNLSKLVDDEIKKRYPEKDPKELALENLQKELENMKAESAKKDLKAKAVQIANEKKVPLNLVDYFLGQDEEATTKNFDTFNDVFNNSLSVAIEEKIKGGYKPPTQTVDPVDESKMTDAEWFAAQEQKNTQN
>NC_020291|2907642:2937657|2910698_2911469_+|WP_015392741.1|DBSCAN-SWA
MSKLIPLEFKQQRIMTTKVLAEEFGTEDKIIQQNYKRNEERFTEGKHYYRLTGDELKEFKANLHLEGNLKFASELILWTDRGAARHAKILDTDEAWEVYEALEENYFNPKEEKPTCIEDVLISSLQEMKALKGEVQAVRVGIQETKDKIEGIKEVVSLNSTDWKKDSKNLIVKIAHKIGGNQFINDVYKEIYTNLEKRAGCQLEIRLTNKRRRMAEEGVCKSKRDKLSKLDVIGEDKKVLECFLAITKEIAIKYGV
>NC_020291|2907642:2937657|2922491_2922869_+|WP_015392762.1|DBSCAN-SWA
MSREIKFRVYDKWTKQILPVLSIDCKETFSSERGDNVLMQYTGLKDKNGKEIYEGDIIDASYINPMNKEVVKKHYLIEYGEGQYKAKLIGSSPYGDTWINFINEKGTVIANIYENPELLESEEQQ
>NC_020291|2907642:2937657|2921233_2921506_+|WP_015392760.1|DBSCAN-SWA
MKTWTKTIFEKEYTSKTSKMDRQIITYIKIQVHFDFKEGLRYSVSVPNCSFCKRKLKDALIRALEHESIGMQKYNCLKEICTSKRLWNQI
>NC_020291|2907642:2937657|2911666_2911867_-|WP_015392743.1|DBSCAN-SWA
MNLKPVSSSRMNAVGWENNTMFIKFKDGSVYAYMNVSESHYIDFINSPSLGSALARFDKIHPYHRV
>NC_020291|2907642:2937657|2917221_2917467_+|WP_015392756.1|DBSCAN-SWA
MSDQLLILKNKYNQTLDRNKKAEEYFQEHTVEECLNKKFKSGTALDVFNEVTKELSNLIIQIESTMGNKMTHYEKINGFKL
>NC_020291|2907642:2937657|2909635_2909842_+|WP_015392737.1|DBSCAN-SWA
MKITPIRLRRLNLGIEAKDAIDSLRITQSTFYKLEQGWTSPSPQLIKRIADTYKCTTDEIFKDLNIIG
>NC_020291|2907642:2937657|2907642_2908803_-|WP_015392735.1|integrase|DBSCAN-SWA
MANKTNYTMNGKEYFRISASFGRDSNGKLIRKFFYGKNEKEAKQKLEEYKRSVDNGLVVDKKLFLYPIMHEWLFEIVSNNIKASTLDRYEDLFRNYIKPAPFAYKVIKDIQAIDIQKYYNELYKSGKSYSRINRVNKILKYFLNFAINEGYTLRNPCLKVTIPGSKEVIKNEVETFSNEELTKILNSNEEYLIKSISIIAFSTGMRVGEILGLSENDIDIENNRININQIVACYTEIDGDTRKKVKVLQTPKTKNSIRSIPLPNSIISILAAAKTEKLKNKLKAGSSYNKKYDDLYFLTENGNLLYPTNITKSWKAFLNRLDIPYKKFHALRHTYATMQFEARTPLKTVSKLLGHSKVDITANTYTHVLKKEEEKAIDIISVLKMC
>NC_020291|2907642:2937657|2914933_2915203_+|WP_015392751.1|DBSCAN-SWA
MRNLKEIVFNFLRNNQEALLSRENNKYAKKLGIAKTTYKNYKYEFIAMKNNTELAKAKAKENKEKQETIFYKGRLRQKFVFDTSKLSAF
>NC_020291|2907642:2937657|2911932_2912121_+|WP_015392744.1|DBSCAN-SWA
MVLKFLSWLKENVTEEQFKDILKATDQDIKFNRISFGKRTSPITYINICIMCACVILRYQHG
>NC_020291|2907642:2937657|2915676_2916264_+|WP_015392753.1|DBSCAN-SWA
MEGIKLRFSDTEIKKLLKENFKILYDTREQVNDHILYWFDSKKIPYKCQKIDEGDYTAIITARPDMGIHRDLYFKVGVERKNSVDELASNLAEKTDTRDDIRLERELIRAKAKGIKIFLIIEDPNGLENIINGDYRSQYGSNAFVGKLTSIQDKYIQDTIFTSNLKTGYHIYRKLYYAVRNYLKEGEVDLVVGED
>NC_020291|2907642:2937657|2916717_2917212_+|WP_015392755.1|DBSCAN-SWA
MRDYLNSSESLQLVAFLKTIETSKEFINGKLMTNEEKTNLKKAMTWLDKSISSVTTRLNEKAKKAFDKSKSGVSFYLGSNIEIEVYRKRRSADIDAAYEENKEYFKLIELIMHYNCQNCKMDCHECLFYSEFEKNYIPEFTGKEPNCKYAYRTIDLKGNSKEKK
>NC_020291|2907642:2937657|2908929_2909391_-|WP_015392736.1|DBSCAN-SWA
MLGDKIKKLRKQKGLTQQELSEIIGISRSTIGMVEKNLQGTGNETLKKLADFFDVTIDYLLSENENNDSIKLEADEAHHSNINGIKLNKKDMRDIEKTVEATISELEKQDSLMLSGNPVDDADWELIKSAIRNGIEYAKRINKDKYASIKHKK
>NC_020291|2907642:2937657|2910156_2910390_+|WP_015392739.1|DBSCAN-SWA
MEELLKQILERIKDNSRATMTVVECAQYIKVNKDKIRELINKPNSDFPYFKNGSKVIINKSQLDSWLDKISREHRNL
>NC_020291|2907642:2937657|2915281_2915689_+|WP_015392752.1|DBSCAN-SWA
MEYISAKEFLKQPKEVQKVFIDWWKCDTGDLFTFDGVDDRDLNILQTIGSENQATMTKANKDESRIPLFVEGQLRKFIEDRAGSKLAIIEFDYDHYNIVLRSNNKAYITEEYDLLQAHWKVALEIAKEKVQVWKE
>NC_020291|2907642:2937657|2920448_2920796_+|WP_015392758.1|DBSCAN-SWA
MSNLKHTKIGRLSFILALILLIYFIIIIMSDIMNPISFSSEKTSQISNASNISKAIETQREMLIISVISIISFILGIIARIQKKESKKILPTIAIIISGLFLIPVINGLIKFIFM
>NC_020291|2907642:2937657|2935311_2935659_+|WP_015392778.1|DBSCAN-SWA
MFYNKEIQIYIYGDKKDDHGITRTGYSPLATDEPIMVDMQPYSTEKAKKDYGYDIECTRKMFCDIIPQITEDCRIKYNEKFYKITAIPWDDDYLEALLNETKDVEVIENEVISNG
>NC_020291|2907642:2937657|2923122_2924124_+|WP_015392764.1|integrase|DBSCAN-SWA
MSNLNEEASIRLLGKITLLLPVLEQNFSMQLEVKKIIDETLYDYEVQSKCTDLVASDIGEKASIYLACKKLEGLSQKTLDNYRLFLIKLDQFFTKPCSTISTMDLRMFLALMGKGKQASTINGYITALKGFFGWLQNEEYIIKNSAAKLKQTKVPRVILQGYKAENLEKLREACKTEKEKCLFELLDSTACRISELDNIKLDDINWQEQSIKVLGKGSKERIAYFSTKAKIHLKAYIGDRISGYLFLSDRGEHKHIKVRALQLIISKIKDRAGIDERVHCHKFRRTQATRLLNQGMRIEGVQGILGHTTPTTTQIYAQLSQENLKNEYRRLVV
>NC_020291|2907642:2937657|2933571_2934678_+|WP_015392775.1|coat|DBSCAN-SWA
MANKFLTVQEIARQALLRLQSNMVMAGLVYTDYSSEFKEKGDTIQIRKPATFIADEFGETINLQDVGEKYVLVKLDKIADVSVEVGSKELTLNIDDFGSQILDGATLAIAEKIDQDLCGLYADIPYYSGAGGTTPSKLDDISATMLVLNNNRVPMANRNVVWDPYAQAKLVTIDSISRADASGSTAALREASMGRILGFDNYMDQNIKKQVAGAFTSLTDVTGAGAKDATIITLTSAAKVSTGDIKKGDVFTIAGQQFVATADATAAAGVASVNIYPAIKADISNQAVNFGKTHVASLAFHKNAFALVTRPLEPPMGGATSYVATAPNGMSLRVTMGYDMNTKKNTISIDCLYGVKSIYPELAARVLG
>NC_020291|2907642:2937657|2921594_2921744_+|WP_157228412.1|DBSCAN-SWA
MLLRCKGDGVLVSIAILINLIPLAILWGLGVYALILLIKALKIYINKNS
>NC_020291|2907642:2937657|2935010_2935310_+|WP_015392777.1|DBSCAN-SWA
MDLTIEQKKAIVIIRNYLNVDGDEKFTDEYILNNFECAIVELIESAADFKKTQKSAGGKGVYSASQGQRSVTLKGNVGPWTITDDIKSLLPLPYAKIRG
>NC_020291|2907642:2937657|2932735_2932879_+|WP_157228411.1|DBSCAN-SWA
MKADNNILEHIEKTSGIMGNFERLGDQHISQASVKAFYFALSMALNG
>NC_020291|2907642:2937657|2926976_2927954_+|WP_015392769.1|DBSCAN-SWA
MAKKKLQIFISSTYTDLIEERQAAVEAILGSKHITAGMELFRAGNSSQLKAIKKWIDESDLYMLILGGRYGSIEPESGKSYTQIEYEYAIEKDIPVFAVILNESFLHQKAALKAYDVFEKDNKDKYEEFKKLVETKIIKYVDDCKDIQIVIKDSISELDEEYELIGWIRSNEGDTGQLLQQLNETRLECDKLRDELKECKSNIANIKVVEIFASGEEKTTLRYTDMHTFNKFSTIELTWNEIFIIFGKIIYKDGSITNTEIKFELESAIANRYGDYSASVYDDDVIKVQIQLEKLCLIKRVNNSNFAFTESGREEFINQFVEKKK
>NC_020291|2907642:2937657|2936574_2937657_+|WP_015392781.1|tail|DBSCAN-SWA
MATNNVMNGVKFTVQALAESVSTRAAHGVLFLVLDDSTVTPGLYKYAKLKKVTEKYTEDNKNIISTIFADYGIKSLIVAVGHDATNGISGSLDNVLSLLNKVNENGWLAVPQITLDADKKKVADFIKTQRKDEDYPLKGVIYNYSSDCDGIINFTGKDLGAIAPDVYAAEVAAQLCVLGPNEAITNHIAKNVTSCDVKTDNDDCVARGELFLCNNGKNIVFSRGVNSLQTIDSTQSETLSKIRIVEVIDLVKSDMREIFDTSYSGRMGNSYKNRKTLINTLNSYLKTLSNDGYLSNDELSYVELDVEATKKYLESKGVNTDNMKDEDILKAKLGSYVFIKVTLKCMDTIEDINIVLQYET
>NC_020291|2907642:2937657|2921899_2922250_-|WP_015392761.1|DBSCAN-SWA
MELDEINYSNNMRNLQSKCQKYLYCNVSLIMSDGSIFDGIIENADQDRIVMLVGEDAMDLDDNDNDNEYNYDEKRQYGNVGFHRRPRRRFRRFRRRFFPFANIAALELLSRHRHSY
>NC_020291|2907642:2937657|2931109_2932048_+|WP_015392772.1|capsid|DBSCAN-SWA
MDKNKLTKEQNFFNDKTLEFAKELYDKNEEKLKEAYKGQIKNRDGLLSKIAKILLSYNITDNILNINAADKKKLYSELSDLIVANIKSELNFETSLTKGILTGVGKEKFNANNYIYSLGADFNLTQLSDEALEKIINTKVDNKLWSDRLYDNKNEICQTLQTEVEKFLKGETNVNQIEQKIIEKYDTNAHETKRLVQDNICRVQEGANDEWQHEHGIKKVMYMATLDGKVCSRCAQYDSQTFDIDKKPVQIPQHPFCRCVYISLVSNWHPRVRLDNETKQNINWQSYQEWKKNYIDNNPERLANHKMIKNKS
>NC_020291|2907642:2937657|2924647_2925097_+|WP_015392766.1|DBSCAN-SWA
MEDKDLYKKTDGVLFNYKTIKAEIFNLDLEIEELKEEYAGVSGISYEERTGKTNAFSSAVENEVMKKEKEINRLLREKKSKERLLSKIDNALECLEDEEKEIIKLRCFERKSWNRVGMITHRDGDYCGKIKRAAVNKLSELVWIRKKYT
>NC_020291|2907642:2937657|2935651_2936065_+|WP_015392779.1|DBSCAN-SWA
MDSTFGFKEFINKINESQEKFNNAVDETLFEGALEGIGEIQSRTSVKTGNLRRSATSGEIEIQGKIHSIEVGYNLNQAPYADAYENGHKQEKGRYVPAIGKKLVKEYVPGRHVVRDSLTIIRAELPNKLRQKLSDIK
>NC_020291|2907642:2937657|2914246_2914510_+|WP_015392749.1|DBSCAN-SWA
MIKVKDVAKTMTLKDFQKRFTQENQGIKDNLTRKIYFCIYDFGFKVSQEDCLEVRDCKECMNEAIEYLKFRNNSRENKKYEQSSFDR
>NC_020291|2907642:2937657|2913016_2913628_+|WP_015392747.1|DBSCAN-SWA
MAETIKNIYSKMSEARGKLQEVEFKKSAYNSFSKYYYFDLSDILPPIMKICDEFKLTPIFNMTKEVATLRITNAENTKEEILCTMPVGISPLKGCNDMQSIGGAQTFAQKYLYSSAFGISETDATDKQDNEEGALEPISNVQVKVIESLLKETGSDRMAFLAYARVKDVKEIVNRDLPSIMNMLDKKKEEVEAKKHGGKESGK
>NC_020291|2907642:2937657|2914484_2914919_+|WP_015392750.1|DBSCAN-SWA
MNKVVLIGRLTKDPELRYTPGNGAAVTTITLAVDKYNTKTGQKEADFVPVVIWGKQAESTAQYMTKGSQMAISGRIQTRTYDANDGSKRYVTEVVATETQFLSKGNQSSNASNSNEYSMPANDPFSGGNFEEDITPVDDGDMPF
>NC_020291|2907642:2937657|2928021_2929818_+|WP_015392770.1|DBSCAN-SWA
MIYFDNLKFHTQLKYEVYLLGKYLTKHYDSETADRVLKANSSDLDNLAKALGAKDIEFFCLYFMSDTFVVKDLNKDGSIPEDHKPNVARQLSEGHYELWSIANDVFVIDKRDKTVIIEPRGYAKTTIFDMSVCVYLHCYEKSIFTLLGAKTDGDATQFLDSIKKVFNENQKIIKCFGKLIDAKAIKVNGERYTINANEVEFTNCTYIRTVGSGTSVRGANWGGIRPTVVIADDFQSKDNILTEAAREKQYNKWTTEVEEVGDKAVYRNGRKIKAATKIIAIGTVLHIDCLMSKLARNNDYFTVLRRAIVLKDDETVEDIFESDLWLQCHDIYFDEKLNEDERKEKAKQFYDDHKEEMQFETWWPEKWDCFNDLAIKYWENRAAFMSEFMNDASSIGEKWFKSVATRTKEEIEDHVFTKTMLCIDPASTTSKKSDFTAMAVGSKATNDFTYIRDLLMKKLGYEQYCKKAVEMLERNPDVTHINIERNTFQGADVVRIKELIAESPILKGKKYEWINEMQKKNKDEKISTVVDPVNNGQIIVCSDCEDSKEAVNQILDFQGQLYTTHDDMIDCISELENKIKTIEVVQFATIMDRRKLGL
>NC_020291|2907642:2937657|2926363_2926891_+|WP_015392768.1|DBSCAN-SWA
MEAWKEIKGFEGMYSISNLGNVFSVKSNKLLSVRESKEGYLRVNLNNQGKRYTFTVHRLVLESFDPIVNMDEFQVNHINEIKCDNRLSNLEWATPKENINHGKHNNKIRNYRSNNSGNCKKKVICTTTGKPFNSISEAARYYGIKAKSNITYCAKGLAQYCGILEDGRKLEWMYI
>NC_020291|2907642:2937657|2922865_2923069_+|WP_015392763.1|DBSCAN-SWA
MNIGLMIATERTKNNLSTRKLAETVGCSSRAIEYWESGKRKISLENADKIFKALGKTLTIGVKNNEQ
>NC_020291|2907642:2937657|2932310_2932577_+|WP_015392773.1|DBSCAN-SWA
MYKISLNKNLFDYLIKNLNDEKIKEALSKKDEENGNIHCEIDVDTKIDLLDYIEDLQLEIGFDNEDYLNEDGKIIQEIYDQIYKQTNK
>NC_020291|2907642:2937657|2912342_2912774_+|WP_015392745.1|DBSCAN-SWA
MKQLNIIEAMKMPIGTEFEVNYDNKGRAISNMILKENDSDKYLDWINGPPLKVFDFLFSNIKFIPIQKPVSFMEVVNSNKRCKVEHEYVKEIRRLSDLCFVYKLEFKKGEYMPLNYLMYALGYHCSQEDIQEIIKNGIWYLEE
>NC_020291|2907642:2937657|2934728_2934974_+|WP_015392776.1|DBSCAN-SWA
MKCKHCGIKIDNPMIFHIHENRCLEDQRANGFIKDNKENDIDYNSMTVEQLKVICKDKGLEGYSNFNKDELIAFMKEKIQL
>NC_020291|2907642:2937657|2925485_2925923_+|WP_015392767.1|DBSCAN-SWA
MIISDKHIQSINLMLIGNLTNANIAKTVGVSEKTIYNWLDNKDFKAELQKRTDEFNSQQTEEGRRQILGLMPLAISNLAEIMADKSNPKFFETNKYIIDRNLGNTTTKIEQANTDSTGKNTNVDIDQLVNEIKEDNNVIDISQVK
>NC_020291|2907642:2937657|2936061_2936517_+|WP_015392780.1|DBSCAN-SWA
MIKYVDLLYSITKKLRDNYPNASIKIDKKKSEKEIENGLFYVIVSPLKSDTSFNLRKKLLNIYIEYVEEDKTQESSLNKIDELTELFDENISVNNRVLPILNKEPKDTDDNVTLMFTLNYFDSKAEPIPETPDATYDALMGILKLNVIDKD
>NC_020291|2907642:2937657|2920150_2920303_+|WP_017810643.1|DBSCAN-SWA
MKCSECKQEIQCDLCGKTIFCKNKIIMKNEMTKAEISICQECNDECFTEK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
2902083:2902099	attL	NA	NA	NA	NA
WP_015392735.1|2907642_2908803_-|integrase	site-specific integrase	A0A0U3U8Y8	Bacillus_phage	4.5e-26	32.3
WP_015392736.1|2908929_2909391_-	helix-turn-helix transcriptional regulator	Q0H244	Geobacillus_phage	1.9e-12	34.4
WP_015392737.1|2909635_2909842_+	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_015392738.1|2909852_2910092_+	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_015392739.1|2910156_2910390_+	excisionase family DNA-binding protein	NA	NA	NA	NA
WP_015392741.1|2910698_2911469_+	ORF6N domain-containing protein	X5JAW6	Clostridium_phage	1.8e-63	51.0
WP_015392743.1|2911666_2911867_-	KTSC domain-containing protein	NA	NA	NA	NA
WP_015392744.1|2911932_2912121_+	hypothetical protein	NA	NA	NA	NA
WP_015392745.1|2912342_2912774_+	hypothetical protein	NA	NA	NA	NA
WP_015392746.1|2912825_2912999_+	DUF1540 domain-containing protein	NA	NA	NA	NA
WP_015392747.1|2913016_2913628_+	phage essential recombination function protein	A0A0A8WE55	Clostridium_phage	6.6e-21	30.7
WP_015392748.1|2913617_2914235_+	HD domain-containing protein	A0A2H4J8L1	uncultured_Caudovirales_phage	1.6e-43	47.1
WP_015392749.1|2914246_2914510_+	hypothetical protein	NA	NA	NA	NA
WP_015392750.1|2914484_2914919_+	single-stranded DNA-binding protein	A0A290GHL8	Caldibacillus_phage	2.1e-29	51.4
WP_015392751.1|2914933_2915203_+	hypothetical protein	NA	NA	NA	NA
WP_015392752.1|2915281_2915689_+	hypothetical protein	NA	NA	NA	NA
WP_015392753.1|2915676_2916264_+	hypothetical protein	A0A2D1GQA7	Lysinibacillus_phage	2.2e-34	44.9
WP_015392754.1|2916247_2916718_+	hypothetical protein	NA	NA	NA	NA
WP_015392755.1|2916717_2917212_+	hypothetical protein	NA	NA	NA	NA
WP_015392756.1|2917221_2917467_+	hypothetical protein	NA	NA	NA	NA
WP_015392757.1|2917481_2920121_+	DNA primase	S5M810	Pseudoalteromonas_phage	8.6e-09	42.7
WP_017810643.1|2920150_2920303_+	hypothetical protein	NA	NA	NA	NA
WP_015392758.1|2920448_2920796_+	hypothetical protein	NA	NA	NA	NA
WP_015392760.1|2921233_2921506_+	hypothetical protein	NA	NA	NA	NA
WP_157228412.1|2921594_2921744_+	hypothetical protein	NA	NA	NA	NA
WP_015392761.1|2921899_2922250_-	hypothetical protein	NA	NA	NA	NA
WP_015392762.1|2922491_2922869_+	phage protein TIGR01671	A0A2I6UHP7	Bacillus_phage	3.5e-12	43.3
WP_015392763.1|2922865_2923069_+	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_015392764.1|2923122_2924124_+|integrase	tyrosine-type recombinase/integrase	NA	NA	NA	NA
WP_015392766.1|2924647_2925097_+	hypothetical protein	A0A0A7RTX6	Clostridium_phage	1.2e-24	45.1
WP_015392767.1|2925485_2925923_+	hypothetical protein	A0A1V0E032	Clostridioides_phage	9.2e-09	32.8
WP_015392768.1|2926363_2926891_+	NUMOD4 motif/HNH endonuclease	D7PQ37	Enterococcus_phage	4.2e-24	41.6
WP_015392769.1|2926976_2927954_+	DUF4062 domain-containing protein	NA	NA	NA	NA
WP_015392770.1|2928021_2929818_+	hypothetical protein	A0A1V0DZW7	Clostridioides_phage	2.6e-105	36.7
WP_015392771.1|2929833_2931117_+|portal	phage portal protein	A0A1V0DZW8	Clostridioides_phage	1.9e-102	47.9
WP_015392772.1|2931109_2932048_+|capsid	minor capsid protein	NA	NA	NA	NA
WP_015392773.1|2932310_2932577_+	hypothetical protein	NA	NA	NA	NA
WP_157228411.1|2932735_2932879_+	hypothetical protein	NA	NA	NA	NA
WP_015392774.1|2932940_2933555_+	DUF4355 domain-containing protein	A0A2H4J4P4	uncultured_Caudovirales_phage	2.5e-20	38.8
WP_015392775.1|2933571_2934678_+|coat	phage coat protein	A0A2H5BLD0	Streptomyces_phage	1.5e-18	32.0
WP_015392776.1|2934728_2934974_+	Rho termination factor	NA	NA	NA	NA
WP_015392777.1|2935010_2935310_+	hypothetical protein	NA	NA	NA	NA
WP_015392778.1|2935311_2935659_+	hypothetical protein	NA	NA	NA	NA
WP_015392779.1|2935651_2936065_+	HK97 gp10 family phage protein	NA	NA	NA	NA
WP_015392780.1|2936061_2936517_+	hypothetical protein	NA	NA	NA	NA
WP_015392781.1|2936574_2937657_+|tail	phage tail sheath protein	NA	NA	NA	NA
2938828:2938844	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_8

Nucleotide sequences of DBSCAN-SWA_8

>NC_020291|2942215:2952705|DBSCAN-SWA
GATGAGGGAGTTGATAGCGGTGAGTGATATTGAACATATGAGTATTTCTGAAGCACAGGCTTTGGAGAAATCTTTGGGAGCTCAAAAAGTAAAAGAATTATTAAAATTAGATAATCTAACTACAGACAATGGAGAAGACGCTGAAGCTGTTAATAATACATTAAGTGCACCTAATGCAATACTAAAGAAATATGGAATCATACAAGACATAATCATTAAATCTAAGAAAGAAGATCCATTAATTAAATCATATAGAATTTTAAATGAGAACTGCAAACCAAAAGAAACTATTGAAGTTGAATGTATTGGTGATATAAATTATAAAGTTGGTTTTGGGGTTCATTTAATTGTACCGTTTTTAAAGGGATATGAAGATTGCTTCATGTATGTTAAAGAAGTTGAGCATGAGTGGAAAAGTGATAACTTGTTCATTAGTAAATTAACCTTGACAAAGTCTCGTGTTATGGATGAGGTTGAGTGGAGTGATTTAGATGATGATGATTCAACTGATAGTTCAACTGCAGGAAGTAAACTTTGGGATAAGATTTATACATTGTTAAAACAACAAGAAGGTAAGAATTATGTATGGGGAGCTACTGGACCTGATAGTTTTGATTGTAGTGGACTTGTACAATATTGCTATAATCAATATTCAAGTGAACTTGGATTAAGACTTGGCAGAACAACATACGAACAGTGTAAGCAAGGGAAAGAAATAGGGAACGACAAGGGAGTATGGATTCCAGGAGATTTGTTGTTTTGGAAAGGTAGTGACACGCCACCAAGTCATGTGTCTATTTATATTGGTGGTAATAAAATGATCCACGCTCCAAAAACTGGAGATGTAGTTAAAACAGTGGATGTTACAAGAACAGATATTTATGCAGTTAGAAGAGTTATTCCTGAAGAAGTGGCTGAAAGTATAAAAGAGGATAATATCCCGAGTGATTATGAAGGTAATTTAAATTCAGTTGATAGCAATTGTAGTACTTTTATTTCAAATATGAGTAAGTATGGTTATAAAGATATAATAACTAGCAAATCAAATGCGTTAAGTGTAGATCCTTATCTTGCAGCAGCGATAATTGCAATTGAAAGTGAAGGAAATCCAAAGTGTGGTGGAACTTATTATGGATTAATGCAAGTTGAGAACGGCTCAGGTGATCCATCTACGAATATAGGGCAGGGAATCGAAGAATATAAAAAGAAAAGAAGTGCTGTAGGTATTCAGGTTCATGTAATATTATCTGCATATAATAGTGGAGAAGGCACAGTTGAACAAGCTTGTAAGCAATCAGGATATAATATGTCTAATGTAACAATTAAGCAGCTTGGCGATGCATTGTATGATTATGTAAAAGCACATAATCCAAGTTGGGATGCAAATGAAAAGAAATATTATGCTAGTAAAGTTTTAAAGGCCTATAATATATTGAAATCAAAAAAAGCACTAGAGTAAGGAGGTTATTATTATGCCAAAATCTTTTGGAGATCAATTTTGGGAAGAAATAGAAAAGCATAGAAGTAAAAATAAAATAGATGAACCTTTTGAAATAGGGAAAGTTATTTCGGAAGACCCTTTAATTATTGAAATTGAAGGGCTTCCTTTATATAGGAACAATTTATATATAAATCCATCTCTATTGCCATGGGATGAAGAAGTTAAGGCTATAACAACAACTGTATCTGAACACAATCACCAAATCATTTTAATACAACATTTTTCAAAGCTTAAAATAGACTCATATGTTGCATGTTATGGTATTGAATATAATGATATATCTAAGACATATCAAAAATATGTTGTACTGGAGGTGGTTCAATAATGGGGTTATTTCCAGAAGATTTTTATAGCAATACACAAAGTGCTAAAGTAAAAAATGAGATTCCTTTGCTTAAGGATTATGCAATAGATCTTAAGACAGGGGAAGTGTTATATGATGAAAATAATAATGAAATAATTGTTGAAGGATTGGATGCTGTTATAGTCCAGTCCTGGCGTAAAATATACATACCTAAATTTGATGTTAATAATAATGAAGGTTATTCAATTTACGGAAAAAACTTTGGAAGTCAGATTAATAAACTTATTGGAAAAGGAAAAAATTATGGTGAGACTTTTGCACATCAAATGCTGGTGGAGTGTTTAGTGGATAACGTTTATGTTACAGGAATTAATAATATTTCAACAAAATTAGAAAAAAGTTCTTATTTGATAAATTATACCATGGAAACTATTTATGGAAATTATCAAGATAGTTATTATATCCCATTAGATTAGGAGGTCAGCATGAGTTATTATAGAAGCGAAGAAGATATATACAATGAAATGTTTCTTGGATATACTGCTACTAGTATTGGAAAAGAAAGTTTGTTATACAATGCTTGTATGCCAGTTTGTATCAAATTATCTGAAGCATATTTGGCCTTAGATGAAGTTACTAAACAAATATTTGCTAAAAAAGCTGTTGAAAGTGGTTATTCATCATTTCTGGACTTAAGAGTGGAAGAAATGGGAATTAAGAGAAAGGAGTCCACTTATGCGTTAATCGAAATTACTGTTAATGGAACAGCAAAGATGATTTTTCCAAAAGATAGTATTGTGGGGACCAGTGATAATAGGTTATATATTACTCAAAGCGATTTAATATTAGATGATAATGGAAGTGGGAAAGTAAAAGTTAGAGCTGAAAAAGCAGGTTCAAAATATAATGTAACTGCAAATGAAATAAATTATTTGCCAATAAAATATAGTGGAATTAAGAGCATAACAAATGAAAAGGCTTATTTTGATGCATATGATGAAGAAACAAATGAATCTCTATATTATAGATATTCATTAAAAGTACAAATTCCTGCAACGTCTGGAAATAAGTATCATTACCAAAACTGGGCTTTAGAAGTTGATGGAGTAGGAAGTGCTAAAGTGTATCCTCTTTGGAATGGGAATGGAACTGTTAAAGTTGTAATTTCTAGTAGTAACTATAGGGCTGCTTCATCTGATTTAATAAAAACTGTAGCAGATCATATTGAAGAAAATAGGCCGATAGGTCCTACAGTTACAGTTGTATCAGTTGAAGAGTTACCATTAATCATAAGCTTAAAATTAATTTACGATTCTGTATCTTACACACTAGATACTATCAAAACTAATATACAAAATTCAATTTCTCAATATTTAAAGGATGTGGCGCTTAAAACTGACCATATAAGCATAGCAAAGGTTGGCGCTATCATATTAAGTACTAGTGGAGTTACTGACTATAGTAATTTAACTATTAATGGTAGTACTATTAATTTGCCTATAGCTGATAATCAAATTGCGGTATTAAGTGGGGTGGTATGTAATGTTACTTAAGGATTACATATCACCTTTAGTTTGCAATAAAATGGTAAGTAAAGCACTTGAGGTACAACAACCACAGATTGATAATGTAATTGCTAATATTAATGATTTAACTAATCAAGGTTTTATTGAGTCAGCAACATGGAGTTTAGATCTCTGGGAAGAAGAATTTGGAATTAAGTCAAAATTAAATGATACTTTAGAAAATAGAAGAAATCTAGTTTTAGCTAAGAAAAGAGGAACTGGAACAACTACAGTTGGAACAGTTAAAAATGTATGTAATAGCTTTGTAGATAAAACAACGGTTACTGAATATTCAAATGAATATTATTTTGATTTATTACTAGAAAGCTATAATGGATTTCATAATTACCTTGAAGATCTAATGGAAATAATTGAAGATTTGAAGCCAGCTCATTTAAATGTTAATTATCATTTAAAAGCAATTACTCAATCAAATTTATATATAGCAAGTGTTGGATTTACTTCTGAAATAATTAATGTATATCCATGGACACCAAGCAACTTAGAATCTAAATTAGATGTTTATATTCCATCACATCAGCCATCAAGTTTAGAAAGTATAAATGTATATCCAAAGGAGGCGATTTAATGGCAGAAAAGTTTTACAGTTTGCTTACCAATATAGGAAAAGCAAAGATTGCTAATTCCATAGGACTTGGAACAAAAGTAAATTTTATGATAATGAAGGTTGGTGATGGTGGTGGATCCTATTACGAACCAACAGAAGATCAAGCAGATTTAAAAAATACTACTTGGCAAGGTAATATAAATCATGTTGAGATAGATAATGATAATCCTAGTTGGCTAAATATTCAAGTAATGATTCCATCAAGTGTTGGAGGATTCACAATTAGAGAATATGGGGCATTTGATGAAGAAGGTAATATGTTAGGCATATGTAAATGTGCTGAAACATATAAACCTAAAATCGAAGATGGTTCTACTAAGGAGCTGCTTTTAAATTTAACATTAGCAGTTACAAATACTGAAAGTGTAAATTTAAAAATAGATCCAACGATAATATTTGCTAAGAAATCAGAAATTGACCAACTTAGAACAGATATTAATGCACAATTGTCAGATTTTGTGTACCAAACAGCAGGAGGAACATCAACATCAATAACACTAACAATGCAAACTTTGGTAAATGGTTATTTTAAGACATTTATTGCAAGTGCGAATAATAATGGAGCTGCAACAACTATAAATGGAAAGAAATTATATAAACCAGGAACAACAACAGCACCTAATTTAATTGCTGGGAAGGCATATACAGTTTGGTATAACCAAGCAGGTGATTGTTTTTTTATCAAAGCTAGTGCTGAAGGTGATGCAATAGCTGCCAATGTACTAGCCGGAAAGAAATTTAGTAATGATAATGATACTGGATTAGTTGGGACATTAGACTTAAGCAATTTAGTAAGTGGAAATATAAAAAGTGGAGTAAGTATAAATGGTGTTAGTGGAAAAGCAAGTGTTGTAGATACATCAGACGCAAATGCATTAGCAGGACAGATATTAAATGGACAGACTGCATATGTAAATGGAAATAAGGTTGCAGGTAATATGCCTAATCATAGTGGAGCAGATAGTCCTGCAAACAGTATAGCTGGAACTGGTGCTGGCAGAATATATGTAAGACCACAAGCAGGATATTATGATGGCTCAGTTGCTTCATATGTAGATGATGGAAACTATAATCCAGCAAATATTGTAAGCGGTAAAAGTATATTGGGGCTCTGGGGAAGTGCAACAGTTGCAAGTTTGGGTGGTGTTAAAATTGCTAGTGGAACTATAACAAATATACAATATAATAGTTCAAATTCACAATATTATGGCACAATAAGTGGATTATCATTTACTCCGTCTATTATAATAATGTATTATGCTGGAGGTATAATACAATATCCTGATGCTATGATTGGAGTTTTTTGTTCTCAGTTTGTAGGGAATAAATATACAGTAACAAAAGCTAATGCTAGTGGTTATGGGAGTTATCTAGTAGATAGTACAAATATTTATAATGGAGGATTTAAACTCCCAACGTTTTGGGGATATTATACAAATTATCCTTGGCAATATATAGCAATAGGAAATTAAAAATATTAAGGAGAAATGTAAATATGCAAACATTGATAATTTATGACAATACAGGAACTATTTTTAGTTCACCGATAACAGGAAGTTATAAAAAACCACAAGGAGATTTAAAGTATTTAGAAATAGAACTACCAGAAAATAAAGTTCTAAAAAGTATTGATACAAGTGAAACACCAAACATACCAATACTTGAAGATATACCTAAAACAGATTTAGAAAAAACACAAGATCAATTGCTAGAAACTCAAGCTCAATTGGCAAATTTACAAGAACAAATATTAGTAAAAGAAAATGGAGGTAAGTAAAATGGATTTAATCATGGAAAATCTTATTAACAACAAATTTTATGCAACTAAGGATGATGTAGAAAAGAAGCTGGGGGTATTCTTCGCATTTAATGTAATTACACAGGATGAATATACAAAGTTGATGCAATTAGCAGAGAGTAAATATACTGAAACTAATGCATCATAGTTAGAACTATCAATAAAATAAGTGTAGATAACATTAAAGACTTAGATAAAAAGTCTTTTTTTGTTATCCATTTTAAGTAAGATAGTATAAATATGGATAATTAAACATGTAAAAATTTACTGAATTTCTTAGATATAAAGGAATTTGTATTACGATTATTGTTGGATTTAACAGGTATTAGAACTAAAATAAATATATGGAACGCGCGTTCATTTATTATTGAAAATAAGGGAGAAATGATAAATGAAAAATTACTTTAAAAAGTTTAGTATAATGTTTGTGATGTCTTTGACACTTATGCTAGGGTGCTGTGTCAATGTTTTTGCGGCAGATGATTTTGTAACAGGAACTACTAATTTAAACAATACTACTGAAAATAGTGCAACACGTGGGGTACAATTAACAGCTCCAGAAAAAGGCTGGAAAAGATACGATAATAATTATTCAGGAGTAAATTATACTGGAAATTGGCAAACTAATGATAATGCTAGTGATTTTTATAATAAATCTCTAAAATTTTCAACTGATGTAAATGCAAAAATAACATTTTATGCTTATACATCAAAGATTAGATTTATATCTCCAATTACTATGTATTCATGGAGTGATGATGTCAAAATTAAAGTTGACGATAATGAATATACGTATAGTCATTATAATAGTACTTCTATATGGCAGACTATAGTATGGGAAAATTTAAAATTGGAAAAGAAAATTCATAAAATAGAAATAACTAATCCTAATAATACGTTATACTGGTCAATTGATGCTATCGATATAGCTGAAGATGGTTATATTGTATCAAATGATGAATCAATAACATTAGATAAATCAACAATGAATCTAACAGAAGGGGAAACAGGACAATTAATAGCAACAACAACTCCAGCAGGGGCACAAGTGACATGGAAATCAAGTGATCCTTCAATAGCAACAATAGAAGTAGATCCTACTAATGGTAAAATTACAAAGGTAAATGCACTTAAAGAAGGAACTTGTACAATAACAGCAACTATAGCAGATGGTAGCAATTTAAGTGCATCATGTACTATAAATATAACTAAAAAAACTGAACCAACACCAGATAATCCAACAACTGATTCAAAAACAGGTGCAATCTTAATAATAAACTTAACAGATGGAGAAACAAAAGTATTTGATGTTTCAAGCTCAGAAGTTGATAAGTTTAAATCTTGGTACAATAATAAATCAGAATTCGAAAATAAGTTGACATATGTATTTAACAAGACAGTAAATTCAAACATATCAGTTGAGGAAGATGTTGTACATAATCAAATAACATCTTTTGAAATAAGAAAATATTAATATGTATTTTGCTATGATGACACTTGCAGTAATGTAGGTGTCTTTTAATATTAGTGCGTACTAGGAAGATGAGGTGCACAAAATAAAATAGTAAAAACCAATAAATTAGTAGTAATGAAGGTAGATTGAGTAGAAATATTTAGTCTATCTATTATTTTTGTATTTAAGGCTTACAAAATTATGGATAGTATTGGTATATAAATAATGTAGCTATATATAGTGTGTATTTTATACAGTTTTATGACAGGAAAAGACATTTTTTAGGTCAAAAGCCTAATATCAATAAGAATGTGAATGAGTACTTATTCTATTTAATTTCTATTTTCTTTGAATGATTAGAAATTACATGTACACTATATAAAAAATAATTATTAAAAAGGGAGAAATGATAAGTGAAAAATTACTTTAAAAAGTTTAGTACAATGTTTATAATGTTATTAGTTGTGATAGGTGTTGGAGTGATTCAAAATGGAACTGTAGCTAATGCGGCTACTATTGGGGAGCCATTGACTTCACCAGAAGCTGGATGGACAGCTGTTGATGATACTGATAGTAAAATAGTATCTCCTAAAGGAACTATTAATAACTATACAGAGCGCTCACATTACAATCGTTCATTAAGAATTGTTGCTGGAATGAATGGTAAAATAGTCTTTCAATTTTATGGAACTAAGTTTAGAATAATTTCTGAGATATCAAGTTTAAGAAGTAGTAAAATAAATGTAAAGATTGATGGAATTAATGTGGACAATATCACCATGCAAGGAAATACTAGTGTGAATCAAGCTCTTGTATATGAAAAATTAGGGCTACCATTAACAATTCATTATGTTATTTTAACTAATGTAGATGGTGGCATTGCAAATACGAATATGGATTTAGATGCAATACATTTAGATGATAATGGGTATTTGGTACCATATGTTGAATCTATATCATTAAATAAAACATCACCTATCTTAACAGTAGGTGATTCAAGGCAATTAACAGCAATAACCACTCCATTAGGCTTGGATCTAACTTGGACATCAAGTAATTCCAATATAGCAAGAGTAGATTCAACAGGAAAAGTTACTGGAGTAGCAGAAGGAGCAGTAATAATAAAAGCTACCACAGAAAACGGATTAACTGAAATATGCACAGTACCTGTAATGCCAAGAGGAACTGATCCAAATCTAGAACCAAGAGAATTAGAGTATATAGTTAATACTGCTCGTGCAAAAGGTGATAATACCAATAATCCTGGTGGAGAGGTCACAATTATATTTCATGGATCATCTGACACTACATTGAGTTTAGTAAAAACAGCAGATGTAAAAGATGTATGGATAGGAGATAATTTCACATATACTCTTGTTATAACCAATACTGGGTCAAAGACAGCTAAGGCAGTAGTGGTTAATGATCCAGCACCAAACCATATTGATTTTAATGTTAGTGGAGTAACAACTACTCAAGGAACAGTTGATTCAAGTTCAACATCTAAAAATATTATAGTTAATGTTGGTGATATACTACCTGGAGGGACAGTAACAATTAAAATTCCTTCAACTGTAATAGCATAAATTGACTGTTTTAAAAGATAATTAAATATAAAGTTTGTAAAAGATACTTGCAGAAATGTAGGTATCTTTTTATTATAGAAATTTATTAGAAAAAGAGGTGCAACATGAATGACGAATTGGTAAAAGATAAATTAGAGAGGTGTGAAACTAGACTTAATAATCATGGTGATAGGCTAGATAAACTTGAACAGGATGGAAGAGAGCTTAAAACAGAACTAAAGAACTTATGTGAAAATCTTAAAAATTTAACAAGTATGATGAAGTGGTTCATAACTGCTATTGGAGGAGCTTTAGTAAGCTTCTTTTTTTATGCAGTTCAAGCAGGAATATTTAATAAATAAGAAAGAGAGTGATATAAAAATGATAAAAGCATTAATAACAATTTTAGTGAAATTAGTAGAGGCTAAGTTAGAAAAAGCAGGAGTAGAAACATTAATTTTAAAGAATAAAAATTATATTACTGTAGCTAAGCAAATATGGGATATGGTAGATGAAAACTTTAGAATTTCACAATCTATTGAGGAAAAAGTATCATCAAAGATAGATACATTTAATCTAGCATTATTAAAAGAATTTCCTGAGTTGAAACAGGATGATATTGATAAATTAAGACAATCTGTTGCTGGAAGTGTTAATGCTGGCAAACAAGCTGTATTAGATAATTCAACAATTTTAAAACAGCTACAAGAAAAAAATGATAAATTAGCTTTAGAAAATACAGATCTAAAAAATAAGTTAGCCAACATAAATGCTCAATCCACTGTAGTAAATACAGTTCAAGAAACTGTAGCATAAGCTTAATATTCAGAGTGGTCTTTATGGCTGCTCTTATTTTTTATCATAAATAAGAAAGGATGATGTACAATGAAAGGTATAGATGTAAGTAATCATAATGGTAATATAAATTTTAACCAGGTAAAAATGGCAGGCGTTGAAGCTGTTTATATAAAAGCCACAGAAGGGACAACATTTACTGATAACTATTTAGAGACAAATTATTCAAATGCTCATTATGCAGGACTAAAGGCTGGCTTTTATCACTTTTTAGTTGGGACTAGTTCACCTGAGACTCAGGCAACTAGTTTTTATAACGCTATTAAGAATAAAACAAATGATCTTATTCCAATGCTTGACATAGAAACAAAATTTGATGGGTTAATGGATTATGTTATTAGATTTATAAATAAGTTTAAAGAGCTATCAAGCTTTACTATAGGAGTTTATACTTATACTGGATTTATGGATAATCTAGATAATAGAATTGCAAATTACCCATTATGGGAGGCGAATTATAATAATGATCCATGGAACTTATCAGATAATTTTTTTACAAACAGGGTTGGACACCAATACACTGAAACAGGTTCAATCAACGGTATAAGTACAGCTTGTGATATCAATGATTTCAATGAAGGAATATTAATGAATACAACCGGTTATGTAATTACAACTTATTTGCCTAATGGGTATCAAGGCAATAATGAATTTAATGGAGTGGATTCTGATTATGTACTTCAGTATTTTAAAGGCATACGTTGCTATTTCAGGGGGAATGAAAAAGGGGTATGGATAGAAACACAAATATTACCTTTAGAAAAATGTAGAGAACTCCAAAAAGTTCTAGGAAGTTGGTTCTATTCAATAGAAACAAAATAA

Protein sequences of DBSCAN-SWA_8

>NC_020291|2942215:2952705|2951153_2951390_+|WP_015392798.1|DBSCAN-SWA
MNDELVKDKLERCETRLNNHGDRLDKLEQDGRELKTELKNLCENLKNLTSMMKWFITAIGGALVSFFFYAVQAGIFNK
>NC_020291|2942215:2952705|2942215_2943673_+|WP_035280720.1|DBSCAN-SWA
MRELIAVSDIEHMSISEAQALEKSLGAQKVKELLKLDNLTTDNGEDAEAVNNTLSAPNAILKKYGIIQDIIIKSKKEDPLIKSYRILNENCKPKETIEVECIGDINYKVGFGVHLIVPFLKGYEDCFMYVKEVEHEWKSDNLFISKLTLTKSRVMDEVEWSDLDDDDSTDSSTAGSKLWDKIYTLLKQQEGKNYVWGATGPDSFDCSGLVQYCYNQYSSELGLRLGRTTYEQCKQGKEIGNDKGVWIPGDLLFWKGSDTPPSHVSIYIGGNKMIHAPKTGDVVKTVDVTRTDIYAVRRVIPEEVAESIKEDNIPSDYEGNLNSVDSNCSTFISNMSKYGYKDIITSKSNALSVDPYLAAAIIAIESEGNPKCGGTYYGLMQVENGSGDPSTNIGQGIEEYKKKRSAVGIQVHVILSAYNSGEGTVEQACKQSGYNMSNVTIKQLGDALYDYVKAHNPSWDANEKKYYASKVLKAYNILKSKKALE
>NC_020291|2942215:2952705|2948401_2949484_+|WP_015392796.1|DBSCAN-SWA
MKNYFKKFSIMFVMSLTLMLGCCVNVFAADDFVTGTTNLNNTTENSATRGVQLTAPEKGWKRYDNNYSGVNYTGNWQTNDNASDFYNKSLKFSTDVNAKITFYAYTSKIRFISPITMYSWSDDVKIKVDDNEYTYSHYNSTSIWQTIVWENLKLEKKIHKIEITNPNNTLYWSIDAIDIAEDGYIVSNDESITLDKSTMNLTEGETGQLIATTTPAGAQVTWKSSDPSIATIEVDPTNGKITKVNALKEGTCTITATIADGSNLSASCTINITKKTEPTPDNPTTDSKTGAILIINLTDGETKVFDVSSSEVDKFKSWYNNKSEFENKLTYVFNKTVNSNISVEEDVVHNQITSFEIRKY
>NC_020291|2942215:2952705|2945561_2946173_+|WP_015392792.1|DBSCAN-SWA
MLLKDYISPLVCNKMVSKALEVQQPQIDNVIANINDLTNQGFIESATWSLDLWEEEFGIKSKLNDTLENRRNLVLAKKRGTGTTTVGTVKNVCNSFVDKTTVTEYSNEYYFDLLLESYNGFHNYLEDLMEIIEDLKPAHLNVNYHLKAITQSNLYIASVGFTSEIINVYPWTPSNLESKLDVYIPSHQPSSLESINVYPKEAI
>NC_020291|2942215:2952705|2951409_2951844_+|WP_015392799.1|DBSCAN-SWA
MIKALITILVKLVEAKLEKAGVETLILKNKNYITVAKQIWDMVDENFRISQSIEEKVSSKIDTFNLALLKEFPELKQDDIDKLRQSVAGSVNAGKQAVLDNSTILKQLQEKNDKLALENTDLKNKLANINAQSTVVNTVQETVA
>NC_020291|2942215:2952705|2944039_2944495_+|WP_015392790.1|DBSCAN-SWA
MGLFPEDFYSNTQSAKVKNEIPLLKDYAIDLKTGEVLYDENNNEIIVEGLDAVIVQSWRKIYIPKFDVNNNEGYSIYGKNFGSQINKLIGKGKNYGETFAHQMLVECLVDNVYVTGINNISTKLEKSSYLINYTMETIYGNYQDSYYIPLD
>NC_020291|2942215:2952705|2947707_2947989_+|WP_015392794.1|DBSCAN-SWA
MQTLIIYDNTGTIFSSPITGSYKKPQGDLKYLEIELPENKVLKSIDTSETPNIPILEDIPKTDLEKTQDQLLETQAQLANLQEQILVKENGGK
>NC_020291|2942215:2952705|2946172_2947684_+|WP_015392793.1|tail|DBSCAN-SWA
MAEKFYSLLTNIGKAKIANSIGLGTKVNFMIMKVGDGGGSYYEPTEDQADLKNTTWQGNINHVEIDNDNPSWLNIQVMIPSSVGGFTIREYGAFDEEGNMLGICKCAETYKPKIEDGSTKELLLNLTLAVTNTESVNLKIDPTIIFAKKSEIDQLRTDINAQLSDFVYQTAGGTSTSITLTMQTLVNGYFKTFIASANNNGAATTINGKKLYKPGTTTAPNLIAGKAYTVWYNQAGDCFFIKASAEGDAIAANVLAGKKFSNDNDTGLVGTLDLSNLVSGNIKSGVSINGVSGKASVVDTSDANALAGQILNGQTAYVNGNKVAGNMPNHSGADSPANSIAGTGAGRIYVRPQAGYYDGSVASYVDDGNYNPANIVSGKSILGLWGSATVASLGGVKIASGTITNIQYNSSNSQYYGTISGLSFTPSIIIMYYAGGIIQYPDAMIGVFCSQFVGNKYTVTKANASGYGSYLVDSTNIYNGGFKLPTFWGYYTNYPWQYIAIGN
>NC_020291|2942215:2952705|2944504_2945572_+|WP_015392791.1|plate|DBSCAN-SWA
MSYYRSEEDIYNEMFLGYTATSIGKESLLYNACMPVCIKLSEAYLALDEVTKQIFAKKAVESGYSSFLDLRVEEMGIKRKESTYALIEITVNGTAKMIFPKDSIVGTSDNRLYITQSDLILDDNGSGKVKVRAEKAGSKYNVTANEINYLPIKYSGIKSITNEKAYFDAYDEETNESLYYRYSLKVQIPATSGNKYHYQNWALEVDGVGSAKVYPLWNGNGTVKVVISSSNYRAASSDLIKTVADHIEENRPIGPTVTVVSVEELPLIISLKLIYDSVSYTLDTIKTNIQNSISQYLKDVALKTDHISIAKVGAIILSTSGVTDYSNLTINGSTINLPIADNQIAVLSGVVCNVT
>NC_020291|2942215:2952705|2949876_2951049_+|WP_015392797.1|DBSCAN-SWA
MKNYFKKFSTMFIMLLVVIGVGVIQNGTVANAATIGEPLTSPEAGWTAVDDTDSKIVSPKGTINNYTERSHYNRSLRIVAGMNGKIVFQFYGTKFRIISEISSLRSSKINVKIDGINVDNITMQGNTSVNQALVYEKLGLPLTIHYVILTNVDGGIANTNMDLDAIHLDDNGYLVPYVESISLNKTSPILTVGDSRQLTAITTPLGLDLTWTSSNSNIARVDSTGKVTGVAEGAVIIKATTENGLTEICTVPVMPRGTDPNLEPRELEYIVNTARAKGDNTNNPGGEVTIIFHGSSDTTLSLVKTADVKDVWIGDNFTYTLVITNTGSKTAKAVVVNDPAPNHIDFNVSGVTTTQGTVDSSSTSKNIIVNVGDILPGGTVTIKIPSTVIA
>NC_020291|2942215:2952705|2951913_2952705_+|WP_015392800.1|DBSCAN-SWA
MKGIDVSNHNGNINFNQVKMAGVEAVYIKATEGTTFTDNYLETNYSNAHYAGLKAGFYHFLVGTSSPETQATSFYNAIKNKTNDLIPMLDIETKFDGLMDYVIRFINKFKELSSFTIGVYTYTGFMDNLDNRIANYPLWEANYNNDPWNLSDNFFTNRVGHQYTETGSINGISTACDINDFNEGILMNTTGYVITTYLPNGYQGNNEFNGVDSDYVLQYFKGIRCYFRGNEKGVWIETQILPLEKCRELQKVLGSWFYSIETK
>NC_020291|2942215:2952705|2943686_2944040_+|WP_015392789.1|DBSCAN-SWA
MPKSFGDQFWEEIEKHRSKNKIDEPFEIGKVISEDPLIIEIEGLPLYRNNLYINPSLLPWDEEVKAITTTVSEHNHQIILIQHFSKLKIDSYVACYGIEYNDISKTYQKYVVLEVVQ

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_035280720.1|2942215_2943673_+	transglycosylase SLT domain-containing protein	X5JAJ3	Clostridium_phage	1.2e-20	43.4
WP_015392789.1|2943686_2944040_+	DUF2577 domain-containing protein	NA	NA	NA	NA
WP_015392790.1|2944039_2944495_+	DUF2634 domain-containing protein	A0A0A7S0E2	Clostridium_phage	9.0e-15	31.8
WP_015392791.1|2944504_2945572_+|plate	baseplate J/gp47 family protein	A0A0A7RUN3	Clostridium_phage	2.3e-61	39.8
WP_015392792.1|2945561_2946173_+	DUF2313 domain-containing protein	A0A0A7RUW8	Clostridium_phage	1.7e-13	36.7
WP_015392793.1|2946172_2947684_+|tail	phage tail fiber protein	A0A2H4J039	uncultured_Caudovirales_phage	2.9e-49	42.8
WP_015392794.1|2947707_2947989_+	hypothetical protein	NA	NA	NA	NA
WP_015392796.1|2948401_2949484_+	Ig domain-containing protein	A0A1L2BYA9	Clostridium_phage	4.3e-15	34.1
WP_015392797.1|2949876_2951049_+	DUF11 domain-containing protein	A0A1L2BYA9	Clostridium_phage	7.6e-50	42.9
WP_015392798.1|2951153_2951390_+	hypothetical protein	A0A0A7S0T7	Clostridium_phage	2.7e-15	53.9
WP_015392799.1|2951409_2951844_+	hypothetical protein	M9Q2G0	Clostridium_phage	1.6e-32	53.3
WP_015392800.1|2951913_2952705_+	lysozyme M1	Q0SPG7	Clostridium_phage	8.8e-34	43.3

Sequences of DBSCAN-SWA_9

Nucleotide sequences of DBSCAN-SWA_9

>NC_020291|3970653:3980546|DBSCAN-SWA
TTCAAATTACAATAATTATTTCTTCTCCTGGTATAATAGCTGCATCTTTAGCAAGCTCAAACTCATTTATTCCAGTTGAATTAAAATATAATGTTTTATCATCCAATTCTACTAGCAATGCACCACTGAGAGTTTTTACTATTCTGCTGCAGCTTTCAGAATATAATTTAACAATAGAATCAAGCTTATCTGATTCTATATTTTCCTCTTTTTTAATACTAATTTCTTTTGTTTTTATAACTTCTATTACTAGTAAATCAAATATACTTATTTGACCATCAATAGGACATTCATTTTTCATATTTAACCTTTCATTATTATTAATCTATTTTAGTTCTTTGGTAACTCAAAAAATTTTTTATTATTTATGTTTTGACTAAAATTTGTCCATATATCATTTACGAAATAAAGATGAAGGAGGTAAAAACAAATGGCTGTAACTAAAACTATCGACTCTGCTTCACTTAGTATTGAAGTTCAAAAAGGGACTGATAAGGCCGGCGATCCAATTTACACAAAGAAGGCTTTCTCAGGCATTAAAACAAATGCTGCACCTGAAAATGTATATGCTGTTGCAGAAGCAATTAAAGGTGTTATGCAGGCTAAAACTAGAGACTATTTTATAAATGAAGCTTCTATTTTAGCAAATGCTTAGGATCATTCCCAAAAATAATTTTTAAGATTGGAGGTAAAATAAATGGAATATACTTTGTCTATGACTTTTCTAACATCATCTGGTGAAAAAAGCACTTTAAATGTTCCTGGTGTTAAAACAGATATTACTAAAGAAGCGATTAATTCGCTTATGGATACTATAATTGCCAAAGATGTTTTTGTAACTAATTCTGGCAATTTAGTTAAGAAATCAGGCGCTCAGGTTACTCAAAGACAAGTTACTAAATTTGATGTAGCTTAGTTTAAAGACTAAAAATAGAAGCTTATCTTTTTATATGAGATGAGCTTCTATTTTTTTATTAATATTCATAATACTTTATTACTCAGTAACATTTTCAAATTATATTATTTGAAATATCTTATATTTAATTATCACTTAATCACTTTTAAATTTGGTTTACTTTCTTGTTTTTCAAATTCTTCGCTAAATTCATTTATGAAATATTCTAAATTACATTTCACATATAATAAACCTTTCCTATCATTCCAGCTTAAGGCATATATCTTCTTAATCTTTATCATTGTCCGTTGATTGCATATGGTCCATCCATCTTGCCACATACCAATTGGTGGAATATCACTATATAAATTAAAAGGTATCTTTTGATCTGTATTTCTAATACATCCCTTTTCATCCATATCAAAGTATAAGCAACCTTCATCTCTGCTTCTAACGATACTTTTCCCCTTACATTCACCACCATGTTCTTCAGATCTTTTGCAGTACGGACATTCTAAACGGTTATGAAAATCTTTTGGCCTGTCCATTTTACTCTTGTCCAAAATCCTTTCTGCATCCTTCACAAACAATTAAATCTTTAAATGCTAAAATACCTTTTTCACATCCACAAAAAATACAGCCTCTATGATATTTCTTAACAACTATTTCATTATTAACCTTCACTATTTCTAATGGATCTCCTTCACTAATACCAAGAACATTTCTAATTTCACTTGGTATTACAAACCTTCCTAACGCATCAACTTTTCTTACCATTCCTGATTCTTTCATATTTAAAAACACCCTTTCAATATATTTCAATTACAATTTACCACTGAACTTTAACAATTGATAATTGCTCATTTAAGCCTATAATTATTTCCTATATCCTTTTCTATTTCAACTACATAATCTTTTGACATTTCATATATACGTGACCCTACCCCTTCATCAAAAGCTAGTAATCTATTAATAGAAAATTCACTACTAACTATGATTGGCAGAAAGTTTAAATATCTATAATTAATTATTTCAAACATTATGTTAAGATCACTTTCATTAATTTTTCCCTTGAAGAGGTCATCAATAAGAAGTACCTCGCATAATTTATACTTTGATATCATTTTTCCATAGTATTCTTGATCAATCATATTTTGTTTTATCTTTGTGATCACATCTCTATAAGGCATATACACAACTTTAATTCTTTGTTTTAAAAAATATAATGCTATAGCAACACTAACATGCGTTTTGCCGCTACCAACTTGTCCACATAATAAAATACTATTTCTTCTCTTATCTTTAATTTCATCAAAGTTAGTACAATAAGCTGCAGCCGTATCCTTTAATCTTTCAGATGCTTTATTCCATACCTCAAAGTTAAAAAAAGTATGTTTACTCTGCTCCACATTAATTCCAGAATACCTCCACTCACTTTTTAGCTTTTCTATATTTCTACATTCACAGCTAACAGCTAGTGGCTGACTATTCTCCTGTGGTACCAAAACCCAACCAGTATCACAACATTTATCGCATTTATATAAGGTTTTCCTCTGCCCACTTTCGTTGAGCTTCTGTAAGCTTTCGTGGTTCTTTTGGTTTGAATCCTGCAAATTTATTTGTATCTGTTGTGTTACTCGTTCCAGTGCTTCTAACCCCATTCTTCTTCACCTCCATATTTTCTTCTGGGTACCCTTCTCTTCTCCAGTTTTTTAATATGCCAATGGCATACTTTATATCAGGACAATTCTTCTCAAAGCCAACATCCATAGCCATCTTAACCCACTTCACACCATGAATATCAATAGCAGCTCTAAGTGATACATAGTCACATCCACCAACTTTGCCTGTGATTTTCTCATGATATTGTATAAGTTCTAAAGCTTTGAGATTAATATCATTCTCTGAAGATTCATTTTTGGTATTATTATTTTCTAAGAGACTAGACTTACTTACCTCCTCAATGAAAGTTGAACTTTTATTATTTATATCACCCACACTATTTTCATTCTCTATCTCTATCTCTTTCTTCTTATTCTTTTTCTTAATCTCTTTCTTATTCTGTTCCATTACTGTAACGTTACAATTAGAATTTTCAGCATTACAGGTAACATTACAATTTTCATCAGAGGAATCTTTGTTATTATTTTCTGTAGTATCGTTATTTTGACTTTCCTTGATATCTTGATTAATATCATTAGATGTATTTTCACCCACTTGAATATCAGCTTCATTTCCAGCTGCTTTAACAACATCACTTGCAGATGAAGCTAGTTCAATTTCTCCTTCACCATTATCATTAGCTGCTTTCTTTTTTGCTCTACATTTTGCAACTCTATTAATATTTAATTGCTTAGCCCTTTCCATTCCCTCAACATTTTGATGCTTTTCCCAATTCTTAATTTTAAAAACTTTATCTTCAGTAAGTTCAATCATTTCTAATTTTCTAAGTATTTTAAATGCATCTTTTACTTCTTCAACACTTCTGTTAAATTCTATAGCCAACGTTTTAATTGTGTGTGGCATTTTTTCATTAATGTACAAATATCCACCAAGATTTACTTTCCCAGCTAAAACAATAGATCTCGACCAAATATAATGATATAAGTCTCTTTTGTCCTCACTATCTATTATTTTAAGTTTAGTGTCTTCATACATATTCACTTTAAATTTAACCCACATAACAACATCAGCCATAATTATCCTTCTCCCACACATAAAATATTTCAAATCGTAAAAGACCTTCAAAAGATGGAGTAACTCCTATTAATTTGCATGTTAATACATAATATCTGAAGACTTTAAAATTCACTCTTCATCCCTCATTAATTTCAATTTTTTATTTTATTAATATTCCTTTGTGTTCATTAATTTTCTTTCCATCTTTCCAATCATAATAAGTACATTCTTCAACTTGCTTAAATGGAAAATTCTCTCCAAGTATTTGGTTACATACTTTTAAATTCCTTGGATAATTACTTAGTATTTCTATTAAATCATTAGCTGTAAAACCTTCAAATTTTCTGATCATTGTAAATCCTCCTCTTTTTTCAACAATTAACCATACTAGTATCATATTTTTATTTGCCTTAATAAATTTATTCATGCTAATTATTAGTAAATTTAAGCAAATACATTTTTAGCAAGATATTTATTTTCAAATTTGAACATAATTTCTTCAACTCTATCTTCATTCTTAAATTCATGCGAAAATTTAAAATTCCGTCTATATCTGTCTATGTTCTAATGATATTTTTTGAAGCCATTCTTGTAATAAATCTCTATTTATCAATACTTTTGCTCCAACTTTAAAATAAGGAAAATCAGTATTAGGCTTATTTATTAACTCTCTTATTTTTTCTTTACTTACATTTATAAACTCTGCACATTCCAATACTGTAAGTGTCTTTCTATTTAAGCAAGAATTTTTAATAACATCATAAAGTTTACTAAATATTATCTCTTCTTCGTTCATAATAAGTCCCCTCGCATGCTGCTTTGATCTCATCAATACTCTTTTCATAAATTTTGCTTAACTTTTCCATTTTGAGCATGTCCACTTTGCATTTACCTTTTTCAATATTGCTAAACTGCATTCTGCTAATATGAAGTCTTTCTGCAATCTTATATGCCTTTATTCCACTTTCTTTTCTCAATTGTTTTAAATTCATTCTCTCCACTCCTTTCCTTAATTGTAAATTCATTCCATAATTTTGTAAAGTTGTTTTTTAAAAAATTACAGTTTAATAATATATTTTTGATTTTTGTAAAGTTAATTTTCATTTTCGCAATAATTAATTAATTTATTGTTATTCTAATACAAGAAATATACTTAATCATATCTTTACTAATTTTATTTTCCATTTTTTACAAACAAATATTTTGCAATTCTGCAAAGTTGTTTTATAATAAATTTAAGGAGGGACGCATATGTTTAATGAACACTTAGAAAAATACAGAAATGATCTTCAACTAAGAAAAAAAGAAATAGCTGACAAATTAAAAGTTAGTGAAAGTTACTATAGCTTAATAGAAAGTGGAACTTTACTCCATCTAAAAGTCTTATTGAAAAGTTGGTATTAATTAGTGAATTGCCAGAGGAATTTTAAATATATGGTATAAAGAAGAGTACTATGTAAATACTAGAGATGATTTTAAAAGTTTAAAAAAAGCTTTAGATACTGTTTTAGAACTTGGTTCATTTAAAAGTGGTAACGAAATTTTCAATCAACATAATAATTAAAAATATTCTCTTGGTTAATTATTAATTACTGCTCTTAAAGCAGATATCAATTATATAATAGAAAAAAATCATAAGTAACAAGCTACAATTTTATTCTTGTTACATCCTATTTTTTCTTTTATAACAACATCAGAATTAATAGTTTTCTACTATTTTGTATATGCATATTATTTCTTAATATTTATATACAAATTAGTACTTAATTTTTAATACATTCATATATTAGTTTTCTAACATAATTTAATGATTGTTATTTTTAAATTAACCTTAAGTTCATTTAATTAAATTACTTAAAAGAGAGGTTTTACTTATGGCTGTAAAGACTAACTTTACTTCTAATGGAAAAGAATATTATAGACTGACATGTGATATTGGAATAGATGCCAATGGTAAAAGAATCCGAAAACAGTTCGTTGGCAAAAATAAAAAAGAAGCTGAGCAAAAGAAACAAGATTACTTGAATAAATCCCGCATGGGTATTCAAGATAAGACTCTTTGGTTTTCTCAATCAATGAGGAGCTGGTTATTTGAAGTAGTGAAAATGTCTGGAAATATTAAAGCTTCATCTTTTTCCAGGTATGCAGGGATTTATAGTAAATATTTTAAAAACTGCTCTATATCCCATATAAGCTTAGATAAATTAGAATCTATTGATATTCAACGATATTATAATGATCTTCATAAACAAGGGAAAAGCAGTAATATTATAAAAAATAATATTAAACTATTAAAACAATTCCTCAATTATGCTGTAGATTGTGGCTATATATTAAGAAATCCTTGTAGTGGTAAGAGAGTAGTTATTCCTAAAGATAAAACTAAAAATATAACTGATAAAATTACTGATGTTCCAATATTCTCTAAAGAAAGTATGCAAAAAATCCTCTCTCTAAAAGAAGATACAAAAATACGTTATTTGTCCTTAATCTCCTACGCTACTGGTATGAGGCGTGGTGAAATATTAGGTTTAAAAGAATCTGATATAGATTATGATAATATGGAAATTCATATTAGAAGAAACTTAGTTACAACTTTAGTTTATGATGATGATGGAACTAAGCACAAAGAAACTTTTATAGATAAAACCAAAACTAATACTTCTGTTAGAGATATCCCCTTACCTAATAACTTAATTCCAATTATAAAATCTGCTATAGCTCTAAAGAAAAAGGATATGCTAAAATGTGGTAATAGCTATAACAGAACAAATAAAGATTTTATATTTCTAACTGAAGCTGGAGAATATATAGACGCAGGTAATATTGATAAGAGCTGGATATATTTTTTGAAAAGATGTAAAGTAGATCATTTAAAATTTCATGCATTAAGACACACCTATGCTACTTTGCAATTCGAAAACAACATCAGAATTGAAACTGTATCTAAATTACTTGGGCATGCTAGTATTGAAATAACTTCTAATATATATACTCATGTAATGAAGAAGGAGAAACAGAAGGCTATTGATACGTTGGCGTTGCTAAATTAGAAATATAAACTCATATTGAAGAAAATTACACGTATTTCAAAATAATAATTGGACTAGGGTAACCTAGTCCAATTATTACTTTTTCCTACTTTTTCCGAACAATATATGTTTCTTAAATACTTTGTCTAGATATAATCTCTTAAAGTCATTTTCATAAATTACTTGCACAAAAAACAATAGAAAAATTGAATATGTATATGCATTACAGAAATATGATAAAACATCTGTAACATTCTTAGCATTATCTGTTAATCCTTTATTACTTGTATTCATTACTGCCCATTTACTATAGCATGCTAAAATTATTATATGCGCAAACATTATAAAAAAGAAGTTTATCTTATTAATCCCTTTCTTTTTTTGATTCTTAGATACTTTATCTGATTTTTCTTTTTTATCTTCCTCAAACATAATTTTATAAATCTCTATTTTTTGCTTGTCCTCAAGCACAAAATTATTTTCGCTTATATTTTCAGGTTTATACTCGTAATATTTATCAATGAATATATCTTTCTTTAATTTTGTTTGAAAAATACTTTGTAATTCGCAGAAATGAGTGATTAATGTAATTAAACTGAATAGGACTGGTATAAACATTCCATCTCCTATACTAGGAAACCAAAGAGAAATTAAGTACCATACTCCAAAAAAAGAATACGCCACTAAGAAAATGTGCATATAATAAGTATTTATAAATTCTACAATATTTTTTTTAGTTAATCCTTTAATATTCAAAATATATACCTCCATTATTATTTATTGCATTTCTCTTAATTAATCTAAAATGTATACTGAATATTATTACTTGTGTTTCTACCTAATAAAATTTATTTAACACTATCTCTAAATTTTTTTATTATATTACTCTAAAAGACCTATAGCTTTTCCGTAATTATATAATTTCGTTAGTGTATAGTTAGCAATTTCAGCTTGAGATGTCTTTTTTCTCCACATAAACTCTAATCTAATCTCACCTAATATTGTTTTACAAACTAAATCTGTCCTTCTAGTTAATCCAGCCCCAAAATTTCCTTCTGAAGCAAATTCATCAATCAAACTCGCTTCAATCAAAGCTTTTCCAAATGTTTTATTTAATATTTTATCATTTTTACTAGCAATATCAGTTAATTTTTCAAAAGCATCTATACTATTAGGACCTGTTTTTCCCTTTTTCGCTTGTGCTTTGTAATCAGAATTTATCATTTTTGCCAATTCACTATTTAGTAATCTCTCTACTCCACTTCCATCTTTCTTATCACTCATTTTATATTTCCTTAGAATTTCTTCCAGTTTATCATCTGCAAAATCACGTATTACTGAAAGTGTTGTTACTATAGGCATATATATTATTCTACAATCAAAATAATTCGACAATATTCCTATTTTATCTTGGTAACGCTTTAAATCCTCAACAATATTAGCATTTGTAGATATTAACATTCTATTTATATCCGCTGACAAAAATTCTCCCTTTGTTAAAGCAGCAACATCCTTATCTGGCTCATTCCCTGCAAGCACTATTATCCACATTTTACATGGTTCTCTTTTTACCAGTCCTTCTACAAATTTTTTATTTTTTCTTATAACCTTATTTATTATTTTCAGATATTCTCCTATAGTTTCAACTTTATCAATTAATGAGTTAGCTGCTTCATCTGTTAGTCCAAAATCAAGCAATGTTTTTCCATTATTCAATAACTCTATTGTCTGCTTCGCAATTGTTAAATAAAATTCTTCACTTGGACCTTGAAACTCAAAATATGTTTCATCTAAATCAAGAAGTGCAGTTCCCCCAATATTTTCTGCTGTATCAACTAAAACATCAATTATCTCCTTATCATTACATGGCCAAACAACTAAAGTATTTTTACCATTTTTACCCCTTAAAAATCTATTTATTGAATGTATAGAATCATTTATTTCTCTTGAACTTGATTCTAATAATGACTCTCTCCCCTCAATAATCACCACCCTTAGCCTTTTTTTTGTATCTTGCATTGAATTTATTGATTCCACTAAATCAATATCGTTAAATATTGTCTTTATTTCTATGTTTTCTATAAAAACATCTAATGTTCTAAGAAATGTAGTTTTACCACATCCTGATTTACCCTTTAATATTAAGAAAGCTCCTCTATTACTACTTTCTATTTCTTCATATAATTCTAGTATCTTATCGATTCCTTCTTTGACTGGTAAAATTATTTTAGTAATATCATACTTTTCACGATTATCTTCTAATCCTTCATACCTGTCTGGTAACATAAGCTTTTCCAATTTTATCACTTCCTCATGACACTTAATATTATTTCTTATTTCATATGTATCAGTATTTTTGGGAATTCTATAACTTTCCATAGGTAATATATCTTTATTCAAACTATTTTCTTTATCTAAAACGTTCTTAAGTTGATTTGCTATTTCAAAAGCCAGTTTTGGTGCAAATGCATTTATAATTTGCCTAAACTTAATTGCTTTATTGCCACTAAAGTTAAACTCTATTGGAAAAGATTGAATTATAGCAGCTTCTTGATACGATATTGTAAATAGTTTATCTTCTTTCATTGGTATATCAGAATTAATTGGTAGTCTTCCCAAAGCTATGCTCGGTGATATCATATTCTTATCTAAAATTGTAACTTTTTTACGTTCTTTATCTTTTAATGATATGCTCAATCTATCATCTAAATTTAATTCTTTATTATCTAAGCCTTTAAATGCCTCTTGAATAGTTATATTTTTATTTTGTATAGAAGGAAATTCATAAATATGGTTTATATCTTTTCTTATACCTATAATCACAAGCTTTCGCTTATTCTGAGGTATTCCATAATCTTTATAATTTAAAATTTGATAATAAATTCTATATCCTATTTTCTCAAAATTATTTAGAAATTCCTTCAGTATTTCTTGTTTATTGCTCAGTATAAGTCCAGCTGGTCCTTCATAAATACAACCTTTAGGCATTTTTTTTGATATAATATCTAAGGTTGTACCATTTAAGTTAATATCTTTAACCTCTCCAGTAATTCTACTTAAGAAAAATGGTGGAATTAATGAACTTACAATTATATCAGAATTTGGTATATCGTCTATATCTATATTATTTATATCATCATTTATTATTTCTGCATTTGACCATTTTTTATGAGTTTCACAACTACTTTTATCACGGTCTACTCCCCAAATTATATCAAATCCAGCCATTTTTAATCCCAAATCAATTCCACCAGGACCACAAAATAATGAAACTACTTTAAACGCCAT

Protein sequences of DBSCAN-SWA_9

>NC_020291|3970653:3980546|3971349_3971568_+|WP_015393747.1|DBSCAN-SWA
MEYTLSMTFLTSSGEKSTLNVPGVKTDITKEAINSLMDTIIAKDVFVTNSGNLVKKSGAQVTQRQVTKFDVA
>NC_020291|3970653:3980546|3970653_3970953_-|WP_015393745.1|DBSCAN-SWA
MKNECPIDGQISIFDLLVIEVIKTKEISIKKEENIESDKLDSIVKLYSESCSRIVKTLSGALLVELDDKTLYFNSTGINEFELAKDAAIIPGEEIIIVI
>NC_020291|3970653:3980546|3971082_3971307_+|WP_015393746.1|DBSCAN-SWA
MAVTKTIDSASLSIEVQKGTDKAGDPIYTKKAFSGIKTNAAPENVYAVAEAIKGVMQAKTRDYFINEASILANA
>NC_020291|3970653:3980546|3971699_3972095_-|WP_015393748.1|DBSCAN-SWA
MDRPKDFHNRLECPYCKRSEEHGGECKGKSIVRSRDEGCLYFDMDEKGCIRNTDQKIPFNLYSDIPPIGMWQDGWTICNQRTMIKIKKIYALSWNDRKGLLYVKCNLEYFINEFSEEFEKQESKPNLKVIK
>NC_020291|3970653:3980546|3972407_3973052_-|WP_015393750.1|DBSCAN-SWA
MVPQENSQPLAVSCECRNIEKLKSEWRYSGINVEQSKHTFFNFEVWNKASERLKDTAAAYCTNFDEIKDKRRNSILLCGQVGSGKTHVSVAIALYFLKQRIKVVYMPYRDVITKIKQNMIDQEYYGKMISKYKLCEVLLIDDLFKGKINESDLNIMFEIINYRYLNFLPIIVSSEFSINRLLAFDEGVGSRIYEMSKDYVVEIEKDIGNNYRLK
>NC_020291|3970653:3980546|3977354_3978014_-|WP_015393757.1|DBSCAN-SWA
MNIKGLTKKNIVEFINTYYMHIFLVAYSFFGVWYLISLWFPSIGDGMFIPVLFSLITLITHFCELQSIFQTKLKKDIFIDKYYEYKPENISENNFVLEDKQKIEIYKIMFEEDKKEKSDKVSKNQKKKGINKINFFFIMFAHIIILACYSKWAVMNTSNKGLTDNAKNVTDVLSYFCNAYTYSIFLLFFVQVIYENDFKRLYLDKVFKKHILFGKSRKK
>NC_020291|3970653:3980546|3974386_3974578_-|WP_017810492.1|DBSCAN-SWA
MIRKFEGFTANDLIEILSNYPRNLKVCNQILGENFPFKQVEECTYYDWKDGKKINEHKGILIK
>NC_020291|3970653:3980546|3972096_3972339_-|WP_015393749.1|DBSCAN-SWA
MKESGMVRKVDALGRFVIPSEIRNVLGISEGDPLEIVKVNNEIVVKKYHRGCIFCGCEKGILAFKDLIVCEGCRKDFGQE
>NC_020291|3970653:3980546|3974996_3975218_-|WP_015393754.1|DBSCAN-SWA
MNLKQLRKESGIKAYKIAERLHISRMQFSNIEKGKCKVDMLKMEKLSKIYEKSIDEIKAACEGTYYERRRDNI
>NC_020291|3970653:3980546|3973083_3974244_-|WP_015393751.1|DBSCAN-SWA
MADVVMWVKFKVNMYEDTKLKIIDSEDKRDLYHYIWSRSIVLAGKVNLGGYLYINEKMPHTIKTLAIEFNRSVEEVKDAFKILRKLEMIELTEDKVFKIKNWEKHQNVEGMERAKQLNINRVAKCRAKKKAANDNGEGEIELASSASDVVKAAGNEADIQVGENTSNDINQDIKESQNNDTTENNNKDSSDENCNVTCNAENSNCNVTVMEQNKKEIKKKNKKKEIEIENENSVGDINNKSSTFIEEVSKSSLLENNNTKNESSENDINLKALELIQYHEKITGKVGGCDYVSLRAAIDIHGVKWVKMAMDVGFEKNCPDIKYAIGILKNWRREGYPEENMEVKKNGVRSTGTSNTTDTNKFAGFKPKEPRKLTEAQRKWAEENLI
>NC_020291|3970653:3980546|3978140_3980546_-|WP_015393758.1|DBSCAN-SWA
MAFKVVSLFCGPGGIDLGLKMAGFDIIWGVDRDKSSCETHKKWSNAEIINDDINNIDIDDIPNSDIIVSSLIPPFFLSRITGEVKDINLNGTTLDIISKKMPKGCIYEGPAGLILSNKQEILKEFLNNFEKIGYRIYYQILNYKDYGIPQNKRKLVIIGIRKDINHIYEFPSIQNKNITIQEAFKGLDNKELNLDDRLSISLKDKERKKVTILDKNMISPSIALGRLPINSDIPMKEDKLFTISYQEAAIIQSFPIEFNFSGNKAIKFRQIINAFAPKLAFEIANQLKNVLDKENSLNKDILPMESYRIPKNTDTYEIRNNIKCHEEVIKLEKLMLPDRYEGLEDNREKYDITKIILPVKEGIDKILELYEEIESSNRGAFLILKGKSGCGKTTFLRTLDVFIENIEIKTIFNDIDLVESINSMQDTKKRLRVVIIEGRESLLESSSREINDSIHSINRFLRGKNGKNTLVVWPCNDKEIIDVLVDTAENIGGTALLDLDETYFEFQGPSEEFYLTIAKQTIELLNNGKTLLDFGLTDEAANSLIDKVETIGEYLKIINKVIRKNKKFVEGLVKREPCKMWIIVLAGNEPDKDVAALTKGEFLSADINRMLISTNANIVEDLKRYQDKIGILSNYFDCRIIYMPIVTTLSVIRDFADDKLEEILRKYKMSDKKDGSGVERLLNSELAKMINSDYKAQAKKGKTGPNSIDAFEKLTDIASKNDKILNKTFGKALIEASLIDEFASEGNFGAGLTRRTDLVCKTILGEIRLEFMWRKKTSQAEIANYTLTKLYNYGKAIGLLE
>NC_020291|3970653:3980546|3976100_3977279_+|WP_015393756.1|integrase|DBSCAN-SWA
MAVKTNFTSNGKEYYRLTCDIGIDANGKRIRKQFVGKNKKEAEQKKQDYLNKSRMGIQDKTLWFSQSMRSWLFEVVKMSGNIKASSFSRYAGIYSKYFKNCSISHISLDKLESIDIQRYYNDLHKQGKSSNIIKNNIKLLKQFLNYAVDCGYILRNPCSGKRVVIPKDKTKNITDKITDVPIFSKESMQKILSLKEDTKIRYLSLISYATGMRRGEILGLKESDIDYDNMEIHIRRNLVTTLVYDDDGTKHKETFIDKTKTNTSVRDIPLPNNLIPIIKSAIALKKKDMLKCGNSYNRTNKDFIFLTEAGEYIDAGNIDKSWIYFLKRCKVDHLKFHALRHTYATLQFENNIRIETVSKLLGHASIEITSNIYTHVMKKEKQKAIDTLALLN
>NC_020291|3970653:3980546|3974773_3975022_-|WP_015393753.1|DBSCAN-SWA
MNEEEIIFSKLYDVIKNSCLNRKTLTVLECAEFINVSKEKIRELINKPNTDFPYFKVGAKVLINRDLLQEWLQKISLEHRQI

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
3962867:3962884	attL	NA	NA	NA	NA
WP_015393745.1|3970653_3970953_-	hypothetical protein	A0A1L2BY85	Clostridium_phage	1.5e-15	51.1
WP_015393746.1|3971082_3971307_+	DUF1659 domain-containing protein	NA	NA	NA	NA
WP_015393747.1|3971349_3971568_+	DUF2922 domain-containing protein	NA	NA	NA	NA
WP_015393748.1|3971699_3972095_-	hypothetical protein	NA	NA	NA	NA
WP_015393749.1|3972096_3972339_-	AbrB/MazE/SpoVT family DNA-binding domain-containing protein	A0A2I7SC16	Paenibacillus_phage	3.2e-11	51.4
WP_015393750.1|3972407_3973052_-	ATP-binding protein	A0A0K2CPA5	Brevibacillus_phage	4.1e-29	38.5
WP_015393751.1|3973083_3974244_-	phage replisome organiser	V5UQV4	Oenococcus_phage	1.3e-20	37.7
WP_017810492.1|3974386_3974578_-	hypothetical protein	NA	NA	NA	NA
WP_015393753.1|3974773_3975022_-	excisionase family DNA-binding protein	NA	NA	NA	NA
WP_015393754.1|3974996_3975218_-	helix-turn-helix transcriptional regulator	A0A2H4J776	uncultured_Caudovirales_phage	2.0e-07	53.3
WP_015393756.1|3976100_3977279_+|integrase	site-specific integrase	A0A2H4JCB7	uncultured_Caudovirales_phage	2.8e-28	29.0
WP_015393757.1|3977354_3978014_-	hypothetical protein	NA	NA	NA	NA
WP_015393758.1|3978140_3980546_-	DNA (cytosine-5-)-methyltransferase	A7XXH6	Thermus_virus	1.2e-12	25.0
3987312:3987329	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_10

Nucleotide sequences of DBSCAN-SWA_10

>NC_020291|5934548:5943292|DBSCAN-SWA
TCTACTCCTTATCCGCATTCTCTGCTGCCACTTCATCTTCATTCTTATAGTGATAAGTTGGAACGATCTTTTGCATTTGATGTTTTATTTCACCAATATCATTTAGTTCCAATAAATTTTTCAACTGCTCAAGCTTTTCTTTTAGAGTATCCATATTTTCAAAAGTTGGTTTACCAACATGTATCTTTTTATGAACAGTATCTTCTAGTCCTTCTTCACTCATTAAAAGTTCCTCAAATAACTTTTCTCCTGGCCTAAGTCCTGTAAATACAATTTTTATATCTCTATTGGGTTCAAGACCTGAAAGCTTAATTAAGTCACACGCTAAATCATAAATTTTAACTGGCTTTCCCATATCTAAAACAAATATTTCTCCGCCTTTTGCAAATGCACCTGCTTGAAGTACCAATTGAGCTGCTTCTGGAATTAACATAAAATATCTAATAATTTTCTTATGAGTAACAGTAACAGGTCCCCCATTAGCAATTTGTCTCTTAAATAAAGGTATAACAGAACCATTACTTCCAAGAACATTACCAAATCTAACAGCAACAAATTCTGTTTTGGATTGCTTATCCATGGCTTGAATTATCATTTCACATAATCTCTTTGTTGCACCCATAATATTAGTTGGATTAACAGCTTTATCTGTTGAAATCATAACAAATCTAGATATATTGGCTTCACTAGCTTCTAAAGCTAAATTCAAGGTTCCAAATACATTATTTTTTATAGCTTCCTTTGGACTATCCTCCATTAAAGGTACATGCTTATGAGCTGCTGCATGGAATACAACATTTATTTTATATTTAGTAAATACCTCATGTAATCTTTTCCTATCCCTTACAGACCCTATTAACACAGTAAGGTTCATATCTGGGAATTCTTCTCTTAGTTCATTTTGAATATCATATACATTATTTTCATAAATATCAAAGATTATCAATCTCTTTGGATTAAATACTGCTATTTGCCTACAAAGTTCTGATCCTATTGAGCCACCACCACCAGTAACTAGAATAGTTTTTCCTTCAATGTAATCAGAAATCCCTTTATTATCTAATTGAATTGGATCTCTTCCAAGTAAATCTTCTAAATCAACATCCTTAATTCTACTTACGGTTGCATCTCCACTCAATATTTCATACATACCTGGAATTATCTGTAGCTTACAATTAGTATCTTTGCAAATCTCAATTATTTCTGCTTTATTCTTTGCATCAAGAGATGGTATAGCAATTAAAATTAAATCTATTTCCTGTTCTCTGACAATATAAGGTATATCATATCTATTTCCTTCTATTTTAACTCCTGATATTCTCTTTCCTAGTTTAGTCTTATCATCATCAATAAGAACAATAGGATTATACTTTAACTCTCTTCTTGCCATCATTTCATTAATAATCATAGTTCCGGCAGAACCTGCTCCAACTATCATTACTCTTCTTTGATCAGATGAATATTTGAATGGTATGTATAAAAGAGTTCTTCTATACACTCTATAAAGAATTCTATATCCTAAAACAAAGAAAATACTTAAAAGTATTCCTACGACAGATACATTTAAAGGAATAGTTGAACCAAAAATTCTTGTATATCCAATCGATAGAATACCTGCTAAAATATTTCCACCAACTCCTAGCAAAAATTCATCAGTACCAGTTAAATGCCATAAACTATCATAAGTTTTAAATAAGTAAAAACAAACTAAATAAATTAAACTCAAAACCACACAATCGTTAGTATATATCTTTGCGATTAGAGTAAAACTTCCCGTGTTTGTTATGTTTATTGCAAAAAGATACGCCATATTTACCATAAACATATCAATTATCATAATTATTGGTGTTTTCCAACTCTTCATTATAATCTCCTCCACTTTCAAGAGACAATATTATTACCTTAGTCCATTAAAAATTTTAAGCAATAATTTAGGGCAGTATGCCATGCCCTTAGCTTGAATAAAATATCTAAGGTTATTTTTATTAAACCTCTGCATTTTATATGCCTTCAAATATCCCTTTACATCAGTTCTATTTAAAAATTCAAAAAGATCCTTATGAAAATTTGAATCTTTACTAAGCACTGAAAAAATATGTGATATTGAATAAGGAATCTTAAATTCAATCAAGAATTTTTCTATTTCCTTTAAACTTACATCTGTCTTAACCTCTTCCAATAAATCAGTATAAGAATAGTAGCCATCAAGATGTTTTAACGATACATTTTGAGTAACTGAATTTCCCCAAATAACGTAAAATGCTAAAATTTCATTGACACTTATTACTTTTTTCGAATATAGTAATGCTTTTACAATAAAGATCATATCTTCTCCATATTTTCTTTTACTATCAAATAGGAGATTATTTCCTTTAATGATTGATGCTTTATATATAGCACTTCTCATCCCTATTGTTATATCATCATTTAATTGTTTTAAGGCTGCTTCTTTTCCACTTATAAAATCACTTAAGCACTTTGTTCTATTTTTAACTAAAACATTTTCCTGTGCATCAACTTCACTGTAATCACAGAAAACTACTTCACTGCAAGTTTCTTCTGCCTTCTCGTACATTAACTCAATAAATCTAGAATCAATATAATCATCTGAATCTAGAAAAGTTATATACTCACCAGAAGCTTCTTCTATTCCCTTATTTCTTGCAGCACTAACTCCTGAATTTTTTTGAGTTATAATTCTATAATTTATAATTGATTTTTCAAGTAATTCTTTTGCTATATGAATACTTCTATCTTTAGATCCGTCATCTATTAGTAAAAATTCAAAATCCTTATTTGTCTGATTTATAACAGATTTTATACATCTTTCAATACATTCCTCTACATTATAAACAGGAGTAATTATAGATACCTTCGTCAAAACTATTCGCTCCTTTTATCTATCTATAGGCTCAACCATTAATACTTTAAATAACCTAATTGTAGTAATTTAAAACCTAATTATTTGAAATTTTAAACGCTACTTGAATTATACTAATATTGACACCTATATGCAATATTTAGTCATTTTTCTTAAGTTAAATTTCATAATTCAAATAGCAATTGTCAATGATAGATGATCAATTATCCATCGATGATAGCTTTTTTATTGTTTTTGCATGCCACACACGATCTTCTTCTTTTGGAAGTGTCATATAATCTCCATATAATTGAGTTAAAACCGCATCATAATTTTTAGGTGCATTAAAGTATTCCCCTTCAAACTCAACTTTTATTAAATCAAAAAAATCTTTCTTCTTATATATGTATTCACTCCAAGTAGTATCAACTCCATACCCCATATATTCAGAATTAATGTCATTCCAGTTTATTAAAAAATCAAATAACTTCTGTCTTCTTTGAGTTGGAAAAATTTTAACTACAATTTTATAAATAAAATGCGTAAGCTTATTTTTAAAAGTTAATTTTTCTGGTATCTCTCTACACCTAACAAAACTTCTTAAAATAAAATTACTTATTTTTCTTTGAATAGTATAGACCCATTTTTTCTTTGGTAAACTATCATAAGGTAAAATATCTATAAATAATCCATTATGCATCTTTGGATTTTCAACTATTTTTTCTTCAATAAATAAAGTATTATTATATCTAATCTTACAAGGGACTTGATAAATATCATAATAAAGATCATTTTCATGAGTTTGCAAGAATAAATGTTCAGGCAACTCATTTTTAATTATACTTAGAAACTTTCTATAGTCTTCTCTAAGCATACCTATATCAATATCATCATCCCAAGGAATAAACCCTTTATGCCTTACTGCTCCAATAAGTGTTCCTGCATCTAAAAAATATTTAATGCCGTATTTATCACAAATATCAGCTACTTCTTTCAAAATTCCTGCCATTATTATTTGAGCATCTCTTAGTCCTAACTCCTCATAGTTTGAATAATCAATGTCGTTCATATTTTTCTCCTTAAATTATATCAATGTAAATACAAAACTGTCATATAAGGTACCAAATTCTGATACCTTTCCTTTTTATTATATCAATGAAAATTCAAAACTCAATAAATATAATATAAAATTATCAATTGCCAATACTCAATTATAAATGCTAAATTGTCACTATTGACAATTTAGCATTTATAATTGGCAATAGCACAGGTATTTCTATTTTTTTGAATATACCTATCATGTATGCTATAATTTATTACGAAATTAATCATTTAATAAGGCACATGAAAAATAGGCTAGCAAGAGGACTTGTTATTTATTTGATAGTGCCGAATATCTACGATTGGAGAAAATAATAATGGAAAATAATAATGATTTAATTAGTGTTATTGTACCTGTATATAATGTTGAGAAATATTTGCCTAAATGTATAGATAGCATTTTGAATCAAACCATAAAAAATCTTGAAATTATTTTAGTTGATGATGGTTCCTTAGATAATTCAGGTAAAATCTGTGATGATTTTTCTAAAACAGATAATAGAATTGTTGTTATTCATAAAGAAAATGGTGGACTGAGCTCTGCAAGAAATGCTGGTCTTGAAATTGCTAAAGGAAACTATATTGGTTTTGTCGATAGTGATGATTGGTTAGATGAAAATATGTATGAGCAGCTGCTAGATTTAATAAAAGCTACTGATTCTGATATATCCTGTTGTAAATTTTTTAGAACAGCAGATGAAAAAGAAAAGGCTCCCTGCGTTGACAATGAAATCATCAAATCCTTTAATAATATTGATGGATTAGGTAATTTCTATACTGATTTATATACTCAAACAGTTGTAGCTTGGAATAAATTATATAAAAGAGAACTTTTTGATAATGTAACTTATCCAGTTGGAAAAATTCACGAAGATGAAGGAACCACTTATAAGTTATTTTACAAAGCTAATAAGATAACTTACACTAATAGGCCATTATACTATTACAGAGTAACGCCTAACAGTATCACTACTAGAAAATTTAATAAAAAAAGATTAGACATTTTAGATGTTTATGATGAGAAAATTAAATTCATGAGAACTATAAATAATGATAACTTATATTCCAAAACATTAAAATGGTACTTGTTTACTCTTATTAATTGCTATTTTGAGTGCAGTAATGGTATGGAAGATAGCCAACAATATATAAGTTCCATTAAGTCAAAAATATCTGAAACTTACAAGGAATATAAAACTAATCCTAAAAAACAATTTCATTGGACAATATTATTTTCTATTTTTAATATTAGCCCAAAATTATATAAATTAATATTGAATTCTGCCAAGTCACACTAAATGTAAAGAATTTGATATATACAGGGGCTCAATTGCTAATGAATAATAATCATTAGGTAATTGACATTACTATTTTTAACTACTTTATAATATTTAGCTTGGAATTTATTTTATTATATATAACAAAATAAATTTCACAAAAATTAGGAGGCCTAAATACTCATGTTAATAAAAATCTTTAAGAATTTCGTTATATTTTCAATGATTTTTCTATTAAATATTACTCTCATTGATAACATAACATATGCAGCAGAACAAACTACAACTATTGCTAATAGTTCAGATACAGCTAATTCTACTCAACAAAGTGCTAAAACAACAGAGGAATCAAAAGACAAAGATTCTAAAACTTCAACAACTACCACTAAAGATGAAACTAAACCTGTTGATAAATTAAATAAAACTTTAGCAGATGAATCCAAAGAAAACTTTATAGATTATGGTTGGAAAACAATTAATAATAAGAAATATTACATAGTTAATAATAAAATTTCTGAAACCACTGGTTGGGTTATGGAAAAAGACCTTAATCCAAATATCAAACGTAATGATAAAAATTACAATGCACAATATTATTTAGATGAAGATTTTTCAGTTGTAGTTGGCTGGAAACAGATAGACGATAATTGGTATTACTTTAATTCAGATGGAGTAATGCAAACTGGCTGGATTAATAATAATGGTACCTACTACCTAGATGATTCAGGTGTAATGCAAACTGGTTGGAACAAAATTAATGGTGCTAAATATTTTTTCACTCAAACTGGGCAAATGGTTACTGGAAAATCATTAATTGGTGACAAGTGGTATTTCTTCAGTAATATCGGACAACTTCAAACCGGATTCTATACTAATAATGGGAAAACTTATTTCTCTGATGACGATGGAATAATGTTAACAAATAAATGGGTTTCTAACAGCAAACATAAGTTTTACATAAAATCTGATGGTACTATTGCAATTGGAGACATATTTATAAATGGAGTTATGGAGAAATTTAATAATAACGGTTATTATCAAGGTTCTGATCCTAATAACAAGAATTATTTATATATAAAGTTTTTAAACGTTGGTGATGCTGATTGCGCGTTTATAAAGCTTCCTAGTGGCGAAACTGTTTTAATTGATACTGGAACTCCTGAAAGTGCTAAAAGTGTAGTTGACTTTTTAAATAGTCAAAATTTAAAAACTGATTTTTTTAAAGCTTCAAAAGATGGACAAGCTATAAATAATTCTAATGCAATTGATAACAAAACTGATGCTGAAAATATTAATAATACTATTATTTCAACAAATTCAGCCACTACAGCAGCCGCTGTTAGAGCTAACAATGGTAAAGGTGTAATTGACTATGTCATACTTACTCACCCTCATTCTGACCATATAGGTGGTCTTATCGAACTAATGAATAACTTTAACATTGGTAAGATCTTTGTACCTAAATATTTTGAAATGCAAGATTATGCTCCAGGTGCTACAACTGTTAGCGCAAGTGACATTGATATTATAAAATATGATTATAAAGTCTACAAAGCTACAATGGATGCTATAGCAAAAAGTGGAATACCTGTAGTTGAAGCTGATCCACAAGCATTTGTAGATAGTGAACACATTTTACAATTTCTTCATCAAAATAAAAAGTATTCAGACCTTGAAGCCAATACTTACTACAAAGAATATGGTGCTTTAAATGATAGATCTGCAATTACATTTTTAAATTACGGTGATCTTCAAACCTTATTTACTGGTGACATGCAATGGCATGCTGAAAGTGATTTTGCTATGAATAAATCGCTAAAGAACAATGAAGTAGACATATTGAAAGTTCCTCATCACGGAAATGTTGGTTCTTCCTCTTACACATTTATTGGATATGTGAAACCAACTATTGGTGTTATTTCTAGATCTAAATCAAGAGTTGTCACTAATAACGAACCTTATAATACTTTAATCGCCTGTGGCGTTAAAATTTACGAAACAAGTGCTACAGATGGAGTTTCTGTATACGCAACTAAAGATAACTGGAATATTGAAACTGCTAATTAATATTAATTCAGCACTTACGGAGGGATACATTTGATATTTTCAACAACATTATTTTTGTTTATTTTTCTCCCCCTTACATTATTAATATATTATCTTCCTATTTTTAAAAATAAGACTTTAAAAAATATAATCTTATTTATAGCAAGTATAATATTTTATGCTTGGGGAGAACCAACCTTTGTTTTAATATTGTTATTTTCTATTATTGTTACTTGGCTTTTAGGTTTATTGGTTGATAAATATAGATCTACAAAAATGGTAACATTTATATTAGTGATTACAGTTATATTTAATATAGGCTTATTATTCTTTTTTAAATACTTAAACTTCACTATCGATAATTTAAACTCACTTCTAGGATTACATATTAGTAATCCTAGAATACAATTACCACTTGGAATATCCTTTTTTACATTTCAAGCTTTATCATATGTGATAGATGTATATAGAAAAAAAATAGATGCTCAAAAAAATCTATTAAACATAGGTTTGTATTTAGCTTTCTTTCCAAAGTTAGCACAAGGCCCTATAGTTAGATATGAAACAATTGCCCAGGAAATCAGCAATAGAAAAGAAAACTTAACTGATTTTTCTGAAGGTATAATGAGATTTATTCAAGGTTTAGGTAAAAAAGTGTTAATTGCTAATAATTTAGCTCTTGTTGCAGACTATAGCTTTCAACTAGCTGCAGCTCCTGGCAATAATCTATCTGTCAGCCTAGCTTGGCTAGGAGCCATTGCCTACACTTTTCAAATTTTCTTTGATTTTTCAGGTTATTCAGACATGGCAATTGGACTTGGTAGAATGTTTGGATTTCACTTTTTAGAAAACTTTAATTATCCATATATTTCAAAATCTGTTTCTGAGTTTTGGAGAAGATGGCACATTTCATTACAAACTTGGTTTAGAGACTACATATATATTCCTCTTGGCGGAAATCGTGTAAGCAATTTAAAATTTCTATTTAATATATTTATAATATGGCTATTAACTGGAATATGGCATGGAGCTAACTGGACCTTCATACTTTGGGGGTTAATGTATTTTGTACTTTTAGCTGCTGAAAAATTCACAGGCTTTAATAAAAAATTAAAAGGCTTTGGTTATGTATATACATTATTTTTTGTAATGATTGGATGGGTTATCTTTAGATCTGATAATATTTCAATTGCTATAGAATACATAAAGATAATGTTTGGAATTGGTGCAAATGGGATATTAGATAATCAATTTATATTATATTTATCTGAATTTAAATACTACTTTATTGCTGCTATTTTATGCAGTGTTCCTTTAAAAGACTGGCTTAGTCCTAAATTTAAATTTGATGGAATCATATATAATACCATCTATTGTGTGTGGTACGTACTTATATTATTCATATCAATTTCTTTCCTAGTAAAAGGAGCATATAATCCTTTTATTTACTTCAAATTTTAA

Protein sequences of DBSCAN-SWA_10

>NC_020291|5934548:5943292|5936444_5937428_-|WP_015395408.1|DBSCAN-SWA
MTKVSIITPVYNVEECIERCIKSVINQTNKDFEFLLIDDGSKDRSIHIAKELLEKSIINYRIITQKNSGVSAARNKGIEEASGEYITFLDSDDYIDSRFIELMYEKAEETCSEVVFCDYSEVDAQENVLVKNRTKCLSDFISGKEAALKQLNDDITIGMRSAIYKASIIKGNNLLFDSKRKYGEDMIFIVKALLYSKKVISVNEILAFYVIWGNSVTQNVSLKHLDGYYSYTDLLEEVKTDVSLKEIEKFLIEFKIPYSISHIFSVLSKDSNFHKDLFEFLNRTDVKGYLKAYKMQRFNKNNLRYFIQAKGMAYCPKLLLKIFNGLR
>NC_020291|5934548:5943292|5937627_5938476_-|WP_015395409.1|DBSCAN-SWA
MNDIDYSNYEELGLRDAQIIMAGILKEVADICDKYGIKYFLDAGTLIGAVRHKGFIPWDDDIDIGMLREDYRKFLSIIKNELPEHLFLQTHENDLYYDIYQVPCKIRYNNTLFIEEKIVENPKMHNGLFIDILPYDSLPKKKWVYTIQRKISNFILRSFVRCREIPEKLTFKNKLTHFIYKIVVKIFPTQRRQKLFDFLINWNDINSEYMGYGVDTTWSEYIYKKKDFFDLIKVEFEGEYFNAPKNYDAVLTQLYGDYMTLPKEEDRVWHAKTIKKLSSMDN
>NC_020291|5934548:5943292|5941882_5943292_+|WP_015395412.1|DBSCAN-SWA
MIFSTTLFLFIFLPLTLLIYYLPIFKNKTLKNIILFIASIIFYAWGEPTFVLILLFSIIVTWLLGLLVDKYRSTKMVTFILVITVIFNIGLLFFFKYLNFTIDNLNSLLGLHISNPRIQLPLGISFFTFQALSYVIDVYRKKIDAQKNLLNIGLYLAFFPKLAQGPIVRYETIAQEISNRKENLTDFSEGIMRFIQGLGKKVLIANNLALVADYSFQLAAAPGNNLSVSLAWLGAIAYTFQIFFDFSGYSDMAIGLGRMFGFHFLENFNYPYISKSVSEFWRRWHISLQTWFRDYIYIPLGGNRVSNLKFLFNIFIIWLLTGIWHGANWTFILWGLMYFVLLAAEKFTGFNKKLKGFGYVYTLFFVMIGWVIFRSDNISIAIEYIKIMFGIGANGILDNQFILYLSEFKYYFIAAILCSVPLKDWLSPKFKFDGIIYNTIYCVWYVLILFISISFLVKGAYNPFIYFKF
>NC_020291|5934548:5943292|5939968_5941852_+|WP_015395411.1|DBSCAN-SWA
MLIKIFKNFVIFSMIFLLNITLIDNITYAAEQTTTIANSSDTANSTQQSAKTTEESKDKDSKTSTTTTKDETKPVDKLNKTLADESKENFIDYGWKTINNKKYYIVNNKISETTGWVMEKDLNPNIKRNDKNYNAQYYLDEDFSVVVGWKQIDDNWYYFNSDGVMQTGWINNNGTYYLDDSGVMQTGWNKINGAKYFFTQTGQMVTGKSLIGDKWYFFSNIGQLQTGFYTNNGKTYFSDDDGIMLTNKWVSNSKHKFYIKSDGTIAIGDIFINGVMEKFNNNGYYQGSDPNNKNYLYIKFLNVGDADCAFIKLPSGETVLIDTGTPESAKSVVDFLNSQNLKTDFFKASKDGQAINNSNAIDNKTDAENINNTIISTNSATTAAAVRANNGKGVIDYVILTHPHSDHIGGLIELMNNFNIGKIFVPKYFEMQDYAPGATTVSASDIDIIKYDYKVYKATMDAIAKSGIPVVEADPQAFVDSEHILQFLHQNKKYSDLEANTYYKEYGALNDRSAITFLNYGDLQTLFTGDMQWHAESDFAMNKSLKNNEVDILKVPHHGNVGSSSYTFIGYVKPTIGVISRSKSRVVTNNEPYNTLIACGVKIYETSATDGVSVYATKDNWNIETAN
>NC_020291|5934548:5943292|5938825_5939806_+|WP_015395410.1|DBSCAN-SWA
MENNNDLISVIVPVYNVEKYLPKCIDSILNQTIKNLEIILVDDGSLDNSGKICDDFSKTDNRIVVIHKENGGLSSARNAGLEIAKGNYIGFVDSDDWLDENMYEQLLDLIKATDSDISCCKFFRTADEKEKAPCVDNEIIKSFNNIDGLGNFYTDLYTQTVVAWNKLYKRELFDNVTYPVGKIHEDEGTTYKLFYKANKITYTNRPLYYYRVTPNSITTRKFNKKRLDILDVYDEKIKFMRTINNDNLYSKTLKWYLFTLINCYFECSNGMEDSQQYISSIKSKISETYKEYKTNPKKQFHWTILFSIFNISPKLYKLILNSAKSH
>NC_020291|5934548:5943292|5934548_5936411_-|WP_015395407.1|DBSCAN-SWA
MKSWKTPIIMIIDMFMVNMAYLFAINITNTGSFTLIAKIYTNDCVVLSLIYLVCFYLFKTYDSLWHLTGTDEFLLGVGGNILAGILSIGYTRIFGSTIPLNVSVVGILLSIFFVLGYRILYRVYRRTLLYIPFKYSSDQRRVMIVGAGSAGTMIINEMMARRELKYNPIVLIDDDKTKLGKRISGVKIEGNRYDIPYIVREQEIDLILIAIPSLDAKNKAEIIEICKDTNCKLQIIPGMYEILSGDATVSRIKDVDLEDLLGRDPIQLDNKGISDYIEGKTILVTGGGGSIGSELCRQIAVFNPKRLIIFDIYENNVYDIQNELREEFPDMNLTVLIGSVRDRKRLHEVFTKYKINVVFHAAAHKHVPLMEDSPKEAIKNNVFGTLNLALEASEANISRFVMISTDKAVNPTNIMGATKRLCEMIIQAMDKQSKTEFVAVRFGNVLGSNGSVIPLFKRQIANGGPVTVTHKKIIRYFMLIPEAAQLVLQAGAFAKGGEIFVLDMGKPVKIYDLACDLIKLSGLEPNRDIKIVFTGLRPGEKLFEELLMSEEGLEDTVHKKIHVGKPTFENMDTLKEKLEQLKNLLELNDIGEIKHQMQKIVPTYHYKNEDEVAAENADKE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015395407.1|5934548_5936411_-	polysaccharide biosynthesis protein	A0A1V0SAI8	Catovirus	2.1e-25	29.2
WP_015395408.1|5936444_5937428_-	glycosyltransferase	R9S8I6	Prochlorococcus_phage	2.2e-05	27.6
WP_015395409.1|5937627_5938476_-	LicD family protein	A0A1V0SAS8	Catovirus	2.0e-07	38.2
WP_015395410.1|5938825_5939806_+	glycosyltransferase	A0A1V0SAH6	Catovirus	1.3e-15	40.2
WP_015395411.1|5939968_5941852_+	MBL fold metallo-hydrolase	Q332C0	Clostridium_botulinum_C_phage	4.9e-14	25.7
WP_015395412.1|5941882_5943292_+	MBOAT family protein	A0A125RNP0	Pseudomonas_phage	1.3e-59	35.4

Sequences of DBSCAN-SWA_11

Nucleotide sequences of DBSCAN-SWA_11

>NC_020291|6024362:6032530|DBSCAN-SWA
TATGATTCAGAATGAAAAAAGTTTAGATGGATTGAGAGGACTAGCAGCTTTTATTGTTATAATTCATCATTATTTAGTTGGTTTTTATCCTTCAACATATACCGGAAATATCAACAGCATTAGAACCAGTAGTGGCTTTGATGCACTTATTTCAAGAACACCATTCAATTTATTTTTTAATGGAAATGCTTCAGTATGCATGTTTTTTATTTTAAGTGGATATGTTCTTAGTTGCAAGTTTTTCAAATATAAAGAAAAAAATATAGTGATTTCAAGTGCAATCAGGAGATATTTAAGATTAATGATACCTGTATTATCTTCAATAGTGTTGGTATTTATACTTATGAAATTCAAGTTATTTTATAATATTCAAGCGTCTACTATAACTGGCTCAGATTGGTGGTTAGGAAGTTTCTATAATTTTGAACCTAATACATTTGAAATGCTTAAACAAGGATTATATAGAGTGTTCTTTTTTAGTGAAACATCCTATAATGCAGTGCTTTGGACTATGCACTATGAGTTATTTGGTTCCTTTATTGTTTTTGGATTTCTTTTTATTTTTGGAAAAATAAAAACCAGAGTAATCACATACATAGTTATAATATTTTTATTATTCAATACTTATTATTTAGCGTTTATTTTAGGAATGTTTTTAAGTGATATACATAGTGTTAATTGCAAATTAATAAATAAAATAAACTTTAGATTTCCGAAGATATTTTTTCTAATTACGGGACTATACTTATGCTCATATCCTTCTGGAGTAGATGTAACTGGAAGCATATATAATTATATAAAAATATCAAAATTTAATGATGTCGTAATGTTATATCATATAATAGGTTCTTTCTTTATTATGATCACACTTTTAAATTCATATAAATTAAAAAACTTTTTCTCAAATAAAATATTTTTATTTTTAGGAAAAATATCATTTTCAATGTATTTAATACATCTTATAGTATTATGTTCATTTTCTAGTTTCATTTTTTTAAATCTTATTAATTATTTTAGATATTACCAAACCTTTTTTATTATGTTGATATTATCCATACCATTAATAATACTAATATCACATTGTTTTTATAAATATATTGATTCAAATTCAATAAAATTATCTAAAATATTATATAAGAAATATTTAGAACATAATACAAAAAACTTTTTCTAATAATTTGCATATTATAGACAAAAGCATTTTATTATAATAAAATGCTTCATTCGATAACTTTTAATTTTTCAATTTAAATTACATTGTGTGATAAAAATGATGCACGAAAATATGTGACTAATAGATTTCTAATTGAATTTAATAGTGTAATTGATTTAATTAGAAAAATTGATAAAGCTATAGATTTTAATTTTATTTACAGATTTATACTCTGAACTTGACGAACTAAACATTTATGCGCCAGTACTAATTAACTCTATTATGATTCAGTAGCTATTCAGAATTCCATCAATAATGCAAAAAATATGAGAAATTGAATTAAACATTCAAGATCAACTTCGTGTAAAGACTACCAAATAATTATTTAAATATAAAATTATACCCAACATAGAATTTAAACTTTTATGTTGGGCTTATTTTATAACTTAAATTACGCTACCGCTACACATCAATCCTTTGACTGTTGACACTTAAATTTATTCATTCTTGTTGTTGTTTTTCATCAAAATTAATTCTTTGTGCTTCAATTACTAAAGGTCTTTTCATAATTCTAGTATTCATACTCATAATATATTCCCCAACTAATCCAATGAAGAAAAGTTGTATTGATCCAAAGAAAAATACTCCAATAAGTATTGGAGCCACGCCTAACGGAAAATCATTCCAATAAATTATTTTTAATATTAAATATATTACAGAAATTATTATACTTAATGCAGATAATACAAATCCTGCAATTGTAGCAAGTCTAAGGCCTATCTTAGTGTATGATGTAAAACTAAGCATGGCAGCATCATATAATTTGTAAAAATTATTACTAGTTTTACCAGATCTTCGTTTTTCTTGTTCATATGCAATATCTTTTCTTTCAAAACCCAATTCAGCAACAATTCCTCTTAAAAATGGTGAAGGATCTCCAAGATTTCTTAAGACATCAATAAAGCTTTTATCATATAATCCAAATCCTGTAAAATGTTCTATCTGTTCAACACTTGACATTTTTTTTATCATTGTGTAATAACATGATCTCAAAAAATACATAATTTTATTTTCTTTACTTTTAGTTTTTATACCACAAACTATTTTGTATCCACCTTCCCATTCTTTAATAAACTTAGGAATCATACTAATAGGATCTTGAAAATCAGCACACAATAAAATAGTGCATTCACCTGTTGTTTGACATAGCCCATAATATGGTGAATTAAACTGACCGAAATTTTTCGCATTAAATATTGCCTTTATGTTTTTGTTTTTTTGACATAAATTAAGTAATGATTCTCTTGTTTTATCCTTAGAATAATTATCTATAAATATAATTTCATATTCGTAGTTTTCTAATTTATTTTTAAATAAATTAATGATTTCCTGACTTAAAGGAATTACATTTTCCTCTTCATTATATGTAGGAATTAATATACTTATTTTTTTCATTTAACTATCCCCTAACCAATAGATTCTAATAACATTTTGATCCCTTCTTCAAAATTAATCTCACACGACCATCCTAAATTTTGTTTTAATTTATCTACAACTGGCTCAAAGCTTATAAAACCTTCGCTATTATAAGATATTGCACCAAATTTCAGTTCACTTTTAGATTTACTGATTCTTTTCATATCTTTTATAAAGTCTTTAAGCTTCCTGCTATCACCACTTGCAATATTATATATACCCTCCACACAAGATTTATTAGCAAGCAAATACATTGCTCTTGCTAAATCTTCTACATGTATAAAGTCCCAACTTTGTATACACTTAGTTAATTCTATACTTTCATCTCTTTTCATCTTATCTAAAACTGACATAACTAATGTTCCTTGATAATCATAAATACCATATACGCTAAATATTCTTGTCCAAATAAATTTTATATTGTTTTCGTTAGCAATTTTTTTAAGTGCTCGATAAGTTTTTAATTTAGCTTTACCATATTCAGTAACTGGTCTAGCAGGATAGTTTTCATCAATCTTTCCAATACATTTACCATATTCAGCTTGAGATCCAGCTCCAATAAATGTATTGCATCCTAATTTTTTAGCAATTTTTAAGGCATTTATTGCACAAATGTAATTTTTATTTTGTAAAATAGCATTATCACGATATGGTACCCTTACACCATCCCATGCCAAATGATAAAATATATCTATTTTTATTGTTTCAATTTTTTCTGTAAGTCTTCCAATATTTTCTATATCAATTTCTACAACTGTTAAAAGATTGCTTTTTGGTAATCTATCTAAATTTTTTGAATTAGGTCTAACTACAGCTATCACAATCCAGTTATTTTTAATATATTCCTTAATTATATGTATTCCTATAAAACTTGTAGCACCAGTTACCACCACATTTTTCATAATTAATTATACCTCTTTCTATTTCTCCAAGTTAAGAACATTAGAACTAATATTATTAATATTAGTTCTAATGTTCTTAAATATTACAAATTTTGATTAATCTATTAAACAAATCTCTATCTAATAATGGATCTTGATCATGAATAGGTTTTCCCATAGCAAGCTTGGGAGACACATAAGTAGTATCAGTTAAACTTAACTCTATAAAACAAGGTTTATCATCTATTAATATATCTTCACATTCTGATATTTGCTTTACAGACTTTATATTTATATATCTTAATCCATAAGCATTGGAAATTTTATCAAAGTCAGGAATTGTATACCCACCATCTTTTTTAGTTTGAACAAAATTAGATTCAAAATACATTTCTTGAAAATGACGAATCATTCCTAATGATTTGTTATTAAGTAATATAATCTTGACCGGAATCTTTTCTCTAACTATAAATTGAAGTTCTTGGATATTCATTTGTAATCCACCATCTCCATTAAAACAAATCACATTTTTTCTACTACCATAATATGCACCTATGGCAGATGGTAGTGAATATCCCATTGCACCATGTCCCCCTGAAAAAAGCATCTTTTGATTGCTCCTTATATTAAAAGATTGTGCAACCCATACCTGATTTTGTCCAACATCTGTTGTTATAATCGAATCCTCCGGAACCTTATAAGAAAGTTCTTCTATAATATCAGTTTCATATTGTGAATCTATTCCTTTGAGTTCTTCTCTTATTTCCTTGCATACATTTAACCATTTTTCATATCTATCTTTCAATTCAAATTTTTCTGTATTTAATATTGGAAATATTTTTTTCAAATCTACAACAAAGTCTATTTCATCTGCTTTAATTTTATTTGTAAGTTCTCCACTATCAATATCTAATCTTATAATTTTTGCATTTTCTCCAAACATCTTCAAATTACTTCCAGTTTGTCTACAATCAATTCTAGATCCAATACTTATAATTAAATCACTATTAGATATAATAAAATTTGCACATCTATCCCCATAAGCACCAACAAATCCAAAACCATTTTCAACATTATTAGGTAACACATCTCTTCCAATCATACTTGTGACAACAGGAATACCTATTAAATTGACAAAATCTCTAAAATCATTTCTAACATTTGCAATATTAATTCCATTTCCCGCCAAAATAACTGGTCTTCTAGAAAAATTTATCATTTGCAACATAGTATTCGTCATATAATTATAATAATCACTAATTTCCTTAGGATTTTGTGCTTCATAATGTTTTAAATCGTCAGGAATAATATCTGCTCTTAAAATATTCATAGGAATATCTATAAGTACTGGCCCTGGCCTCCCACTTATACATATATCAAATGCTTTCTCAAATTCATACTTAACATTATTCTCATCATCAATTTTCACTGCATATTTAGTAATTGATTTTACAATACTTATAATATCCGTTTCTTGAAATCCTTTTTGTCTAACATGTAACTCTCCTTTTGATTCATAAGTATTCACCTGACCAGTAATAAATATACATGGTATAGAATCAAAGTAGGCATTCGCTATTCCTGTAATAAGATTTGTAGCCCCTGGCCCACTTGTAGCATATGCAACACCAGGTTTATTTGATGCCTGAGCATATCCACATGCACAAAATGCAGATGCTTGTTCATGATAATTTACGTGTGCCGATATAAAATCTTTGTACTTATCAAAAGACTCCATAAGATGTGTTACCATTCCTCCTGGATATCCAAATACATCTGTAACTCCTTTTTCAATCAAAAAAGTTACAATATAATCACTTAGTTTCATATTTTAATTCCTCCAATACTTACTTAAATGCCCAAAACTTATTTAATATAAAATTTAAAGGTATAGTAATAATTAAATTTAATATTGGTGCAATAATATTAGAAAGATTTAAATGGTCAACCATAACTACTAGTAAAATTGTACTAAATACAAATGTTGTACCATATGAAACAAAAGTTTTTATCATGGGTTTCAAATTACCTTTATTACTCTTTTTAAATACATACCTATTATTCCAATAGTAAGCATTTAATACACTTACAATAAATCCAATTGTATTTGCAACAATATAATTAACTTTAAAATATATTAACACATAATATATTAAAAGGGAAATAAGAGTATTCGATGCCCCTACTATTCCAAATTTAATAAATTGAATTATTATCTTCCAAAAACCTTGTGTTCTAAAACTTTCAATTGAAAATAACTTCATTATTTCACAGCCTCTTTAATTGTTTTAGCCATATAATCAATCATTTCATCTGTCATTCCTGGGTAAACTCCAACCCAAAAAGTATCATTCATGACTCTATCAGTATTTTTCAAATCCCCAACAACACGGTATCCTGTTCCCTCAGTTCTCATCTCATCAAAACACGGATGTTTAATAAGGTTTCCTGCAAATAGCATTCTTGTTTGAACTCCATGCTCTTCAACATATTTAACAACCTTATTTCTATCTACACCTTCTTTACATGTTATAAGAAAACCAAACCAGCTTGGATCAGAATTTTCACACGGAACAGGTAATATTAGTTTATCTTCAACTTCTAATAAACTTTCCTTTAATCTATAAAAATTATGTTTTCTTCTTTCAACAAATGAAGGAAATTTTTTAAGTTGAGCACATCCTATAGCAGCTTGCATATCTGTAGCTTTTAAGTTGTAGCCAAAATGTGAATATACATATTTATGATCATATCCGACAGGTAATTCACCATATTGTTTATCAAAACGATGTTTACATAAATTATCCATACCAGAAGGACATACACAATCTCTTCCCCAATCTCTAAATGAACGGATTATTTTATTAAGTAATGCATCATTTGTATATACTGCACCCCCTTCACCCATTGTCATATGATGTGGTGGATAAAAACTTGAAGTTCCAATATCTCCAATAGTACCTGTAAACTTTTCTTCTCCATCAATAGTATATTTTGACCCTAATGCATCGCAATTATCTTCTATAAGCCATAAATCATTCTTATCACAAAATTCTTTAACAGCTTTTAAATCAAAGGGATTTCCCAATGTATGTGCAATCATAACTGCTTTAGTTTTTTCTGACAAAGCCTTTTCAAGCATTGTTACATCAATATTATATTGTGGAATTGCAACATCAACAAAAACAGGAACTGCACCAAATTGAATCATAGGAGTAACAGTAGTTGGAAATCCTGCTGCAACAGTAATAACTTCATCTCCACGTTTAACTGCCCTTTCTCCAAGTAATGGCGATGTTAATGCCATAAATGCGTTCAAGTTAGCACTTGAACCAGAATTAACTAGACTACAGTATTTAACATTTAAATATTTAGCAAATTCACTTTCAAATTCATCTGTATATCTTCCTGATGTAAGCCAGAATTCAAGAGAACTATCTACAAGATTAACCATTTCTGCATTGTCATAAACCCTTGATGCATAGGGAATTCTTTGTCCATATACATAAGCATCTTTTTTATGATATTTATCACAATATTGACTAACAAGTTTTAAAATTTCTTCTTTATCTTTTTCTTGATTTAATTTACCAGCCATTCTTATTCTCCTTTGAAAAATTCTATAATTTGTTTATTCATGCATTCATTAATATCCTTCTGTTCAAAATAACATTTTGCCCATTCAACTGTTTTTTCAATTGCAGTATCTATATTCCATCTAGGTTTCCATCCAAATACGGATTTAATTTTAGAACAATCTAATTTTAAAAAATTAGCTTCATGAGGTCCTCCCATAAATTTATCTTCCCAATCCATATTTTGCCCCCATTTTTTGCAAAAAACATCTACTAAAATACCTGTTGTTATGCAATCTAATTCGTCTGGTCCAACGTTATAATAATCAGCATATTTTATGTCCTCATATTGCTTTTGAGCAATCATAAGATATGCACTTAACGGTTCAAGAACATGTTGATATGGTCTGGTTGAATGCGGATTTCTTACTAGTATAGTTTCCTTCTTTTCAGCTGCTCTTATACAATCTGGAACAATTCTATCTTGAGCAAAATCTCCTCCACCTATTACATTACCTGCTCTTGCTGTAGAAATAGCCACTTGTCCATCAGCAAAAAATGAATTCTTATAACTATGGGTAACAAGTTCTGAACAAGACTTACTATTTGAGTAAGGATCAAAACCATCTAATGGTTCATTTTCACGATATCCCCATTCCCATTCGTTATTTTTATAAACTTTATCTGTTGTTACATTTAAAAATGATTTTACGCATGAATTCTGTCTAACACACTCAAGTATATTAACAGTTCCCATTACATTTGTTTCATATGTATATACTGGATCTTTATAGCTATCACGTACAATAGGTTGTGCTGCAAGATGAAAAACTATTTCTGGTTTATTTTCATTAAAAACTTTCATTAGTTTATCTAAATCTCTTATATCACCTATTGTTGAATTTATTTCTTTTCCAACACATGAAATTTCAAATAAATTAGGATTAGTAGGTGGTATCAATGAATATCCTGTAACTACTGCTCCAGCTTGCACAAGGATCTTACAAAGCCAAGATCCTTTAAATCCAGTATGACCTGTAACCAAAACCTTTTTCCCTTTATAAAAATTCAAATCAACTACCAT

Protein sequences of DBSCAN-SWA_11

>NC_020291|6024362:6032530|6027968_6029699_-|WP_015395463.1|DBSCAN-SWA
MKLSDYIVTFLIEKGVTDVFGYPGGMVTHLMESFDKYKDFISAHVNYHEQASAFCACGYAQASNKPGVAYATSGPGATNLITGIANAYFDSIPCIFITGQVNTYESKGELHVRQKGFQETDIISIVKSITKYAVKIDDENNVKYEFEKAFDICISGRPGPVLIDIPMNILRADIIPDDLKHYEAQNPKEISDYYNYMTNTMLQMINFSRRPVILAGNGINIANVRNDFRDFVNLIGIPVVTSMIGRDVLPNNVENGFGFVGAYGDRCANFIISNSDLIISIGSRIDCRQTGSNLKMFGENAKIIRLDIDSGELTNKIKADEIDFVVDLKKIFPILNTEKFELKDRYEKWLNVCKEIREELKGIDSQYETDIIEELSYKVPEDSIITTDVGQNQVWVAQSFNIRSNQKMLFSGGHGAMGYSLPSAIGAYYGSRKNVICFNGDGGLQMNIQELQFIVREKIPVKIILLNNKSLGMIRHFQEMYFESNFVQTKKDGGYTIPDFDKISNAYGLRYINIKSVKQISECEDILIDDKPCFIELSLTDTTYVSPKLAMGKPIHDQDPLLDRDLFNRLIKICNI
>NC_020291|6024362:6032530|6030134_6031469_-|WP_015395465.1|DBSCAN-SWA
MAGKLNQEKDKEEILKLVSQYCDKYHKKDAYVYGQRIPYASRVYDNAEMVNLVDSSLEFWLTSGRYTDEFESEFAKYLNVKYCSLVNSGSSANLNAFMALTSPLLGERAVKRGDEVITVAAGFPTTVTPMIQFGAVPVFVDVAIPQYNIDVTMLEKALSEKTKAVMIAHTLGNPFDLKAVKEFCDKNDLWLIEDNCDALGSKYTIDGEEKFTGTIGDIGTSSFYPPHHMTMGEGGAVYTNDALLNKIIRSFRDWGRDCVCPSGMDNLCKHRFDKQYGELPVGYDHKYVYSHFGYNLKATDMQAAIGCAQLKKFPSFVERRKHNFYRLKESLLEVEDKLILPVPCENSDPSWFGFLITCKEGVDRNKVVKYVEEHGVQTRMLFAGNLIKHPCFDEMRTEGTGYRVVGDLKNTDRVMNDTFWVGVYPGMTDEMIDYMAKTIKEAVK
>NC_020291|6024362:6032530|6031471_6032530_-|WP_015395466.1|DBSCAN-SWA
MVVDLNFYKGKKVLVTGHTGFKGSWLCKILVQAGAVVTGYSLIPPTNPNLFEISCVGKEINSTIGDIRDLDKLMKVFNENKPEIVFHLAAQPIVRDSYKDPVYTYETNVMGTVNILECVRQNSCVKSFLNVTTDKVYKNNEWEWGYRENEPLDGFDPYSNSKSCSELVTHSYKNSFFADGQVAISTARAGNVIGGGDFAQDRIVPDCIRAAEKKETILVRNPHSTRPYQHVLEPLSAYLMIAQKQYEDIKYADYYNVGPDELDCITTGILVDVFCKKWGQNMDWEDKFMGGPHEANFLKLDCSKIKSVFGWKPRWNIDTAIEKTVEWAKCYFEQKDINECMNKQIIEFFKGE
>NC_020291|6024362:6032530|6029718_6030135_-|WP_015395464.1|DBSCAN-SWA
MKLFSIESFRTQGFWKIIIQFIKFGIVGASNTLISLLIYYVLIYFKVNYIVANTIGFIVSVLNAYYWNNRYVFKKSNKGNLKPMIKTFVSYGTTFVFSTILLVVMVDHLNLSNIIAPILNLIITIPLNFILNKFWAFK
>NC_020291|6024362:6032530|6026015_6026969_-|WP_015395461.1|DBSCAN-SWA
MKKISILIPTYNEEENVIPLSQEIINLFKNKLENYEYEIIFIDNYSKDKTRESLLNLCQKNKNIKAIFNAKNFGQFNSPYYGLCQTTGECTILLCADFQDPISMIPKFIKEWEGGYKIVCGIKTKSKENKIMYFLRSCYYTMIKKMSSVEQIEHFTGFGLYDKSFIDVLRNLGDPSPFLRGIVAELGFERKDIAYEQEKRRSGKTSNNFYKLYDAAMLSFTSYTKIGLRLATIAGFVLSALSIIISVIYLILKIIYWNDFPLGVAPILIGVFFFGSIQLFFIGLVGEYIMSMNTRIMKRPLVIEAQRINFDEKQQQE
>NC_020291|6024362:6032530|6024362_6025535_+|WP_015395460.1|DBSCAN-SWA
MIQNEKSLDGLRGLAAFIVIIHHYLVGFYPSTYTGNINSIRTSSGFDALISRTPFNLFFNGNASVCMFFILSGYVLSCKFFKYKEKNIVISSAIRRYLRLMIPVLSSIVLVFILMKFKLFYNIQASTITGSDWWLGSFYNFEPNTFEMLKQGLYRVFFFSETSYNAVLWTMHYELFGSFIVFGFLFIFGKIKTRVITYIVIIFLLFNTYYLAFILGMFLSDIHSVNCKLINKINFRFPKIFFLITGLYLCSYPSGVDVTGSIYNYIKISKFNDVVMLYHIIGSFFIMITLLNSYKLKNFFSNKIFLFLGKISFSMYLIHLIVLCSFSSFIFLNLINYFRYYQTFFIMLILSIPLIILISHCFYKYIDSNSIKLSKILYKKYLEHNTKNFF
>NC_020291|6024362:6032530|6026980_6027892_-|WP_015395462.1|DBSCAN-SWA
MKNVVVTGATSFIGIHIIKEYIKNNWIVIAVVRPNSKNLDRLPKSNLLTVVEIDIENIGRLTEKIETIKIDIFYHLAWDGVRVPYRDNAILQNKNYICAINALKIAKKLGCNTFIGAGSQAEYGKCIGKIDENYPARPVTEYGKAKLKTYRALKKIANENNIKFIWTRIFSVYGIYDYQGTLVMSVLDKMKRDESIELTKCIQSWDFIHVEDLARAMYLLANKSCVEGIYNIASGDSRKLKDFIKDMKRISKSKSELKFGAISYNSEGFISFEPVVDKLKQNLGWSCEINFEEGIKMLLESIG

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015395460.1|6024362_6025535_+	acyltransferase	A0A2H4IZR3	uncultured_Caudovirales_phage	5.8e-66	40.2
WP_015395461.1|6026015_6026969_-	glycosyltransferase family 2 protein	A8CG95	Salmonella_phage	1.5e-32	28.5
WP_015395462.1|6026980_6027892_-	NAD(P)-dependent oxidoreductase	A0A0P0YMS6	Yellowstone_lake_phycodnavirus	2.8e-07	22.5
WP_015395463.1|6027968_6029699_-	thiamine pyrophosphate-binding protein	G8DDL3	Micromonas_pusilla_virus	1.9e-81	33.3
WP_015395464.1|6029718_6030135_-	GtrA family protein	NA	NA	NA	NA
WP_015395465.1|6030134_6031469_-	lipopolysaccharide biosynthesis protein RfbH	A0A218MN59	uncultured_virus	2.5e-65	35.5
WP_015395466.1|6031471_6032530_-	CDP-glucose 4,6-dehydratase	A0A222YY99	Synechococcus_phage	1.5e-17	26.4

Sequences of DBSCAN-SWA_12

Nucleotide sequences of DBSCAN-SWA_12

>NC_020291|6045223:6052500|DBSCAN-SWA
ATTACTTAACCACCTCCCATTTATGTTCTATAAATAATCGTCCCTCGGAAAAATATTCATTTGTAACTAAAATTCTTTGAGCTTCAGTCTTATAATCAATGCATACTATACCTTCATTATTAAAAATACCTACATCTATGCTATAACTACCACCCAATACAGGTATAGATGGAACAATATATTTAACTTTATGTCTTCCATATTTGTTAGGTACAACAATCTTGTCTAAATAAGTATTTGGCCCAAATATATAGTCTCTATTAGGTGTATATAATGCTACTCCAATTAAAAATCCTGGAATTCTATCATCATATATTTCATATTCAATAATAACTTCTAAATTATCAAAAGTCTTAAATTTTGAAGAATTACAAGTAACACTTGTAATTCTTGCTAATATTCCGTTTCCTGGTATATCTGTAATTTTATCTTCTTCAACTTGTGATAACTCTTCTTTTTTAGTCTCCTCTTCACTTTGCATACTTATCCCAGTATTCAATTTTTCACCTAGTAACATATAAGCTTCATACTTATCTACTATTTCACTTGATCCTCCAATTTCTACAACTTCACCTTTATTTATCCATATTCCTTTAGTACAAAATCTTTTTACTTGCTCAGTTGCATGCGAAACAAAAAGAATAGTTGTCCCGTTGTCTTTTAGTTGCTTCATTTTATCAATACATTTTGTTTGAAATCTAGTATCTCCAACGGATAATGCCTCATCAACTATTAAAATTTCTGGTTCAACATTTATAGCTACTGCAAAAGCTAATCTTGCAAACATACCTGATGAGTATGTTTTTACAGGTTGATTTATAAATTCACCTATATCTGCAAAATCCATTATTGGTTGTACCCTCTGCTGCATTTCTTCTCTTGTGTACCCCATCATTGTTCCATTAAGATAAATATTTTCAATTCCAGTATATTCTGGATTAAATCCAGCTCCTAATTCTAATAATGCTGATATTTTACCATTTACCTCAATATTACCAGATGATGGTGTAAGTACACCTGTTATTATTTTTAATAATGTTGACTTTCCAGATCCATTAGTTCCTAGTATTCCAACAGTTTCTCCACGTTTAATTTCAAACGATATATCTTTTAATGCATAATGTTCTCTACCATATTTTTTTTTAGATATGCTTAAAGATTCCTTCAATCTATCCATAGGCTTATCATACAGTTTATATATTTTACTTAAATTTTCTACTTTTATTGCTATTTCCGACATACAAATCTCCCTTATAATACATCTGCAAAATGTGGCTTTAATTTTTTAAATATTGTTGCTCCAATAGCAAATAACCCAAGTGTTATTATCCAAAAATATAATGTTTGAAAATATCTTTGGAAAAACCAAACATGGTTTAAAAATGTATCTCTATATCCTTCAACTATATAATACATTGGACTTATCTTTAATATCCACTGATATTTTTCTGGAACCATTGTATAACTCCACATTATAGGTGTCATCCATACACCAATCTGTAAAAAAATATTTATTATTTGTCCTAAATCTTTAAAGAAAATTACTATTGCACTTGTTGCATATGATATTGCAAGTACTATAGCAAATACACAAAACGAATAATATATTAATTGTACTGTATATATCGATGGATAAAATTCATATATCCATGCTACCACAAACAAAAAACCTATAAATACTAAATGTACAAATAATGCTGATACTATTTTCACTATAGGTAGTATACTTATTTTAAACACAACTTTTTTTACTAAATAGCTATATTCTAACATACAATTTGTAGCATTTAATAATGCTTCCTGAAAGAAAAACCAAGGTACTAATCCCCCCATAAGCCATAATATAAAGGGTACACCTTTAATTGGTGAACCTGACCTTAATCCAACTCCAAACACGAACCAATAAACTAGTATTGTTACTATAGGTTGAATAAATGCCCAAATAATGCCCAAATAAGAACCTGCGTATTTTGTTTTGAAATCATTTTTTGCTAATCCCCATATTAAAGTCCTGTTATTTTTAATTTCTTGAATTAAGACAAGTACACCTTTTGATTTTCTAAGAACAATTAATATTAATATATCTATTAATATACAAATGATTGATTTTAAAACATAATTTATAATATTTTCGTATTCAAAAAGAGATTGTTCTACTCTTATGTCAACCTTATATGTTATGTGTGGATCAGTCCCTGTTGTTAATAAATCAATTGCTCCTTCTTCTTGTTTTGTTTCTCCAATTTGATTTTGATTGCTTTTATCTAACAATTGGTTTAAATCTAAGTTTATTTCCTTACCAAAATAGGATAATTTAACATCAGATATATTAGTCTTCCCAGGCTGCTCACCAAAATCGAATCTCAATTCTTTTGTGCTCTTTGGAATTGTAAACTCTAACTTTTCCTTATTATTTATATCAGTATAATCTATCTTTTGTGATTGTTCTTCCTTCCATGAAGAATCATTTCCATAAAACAGCTGATATGAATCTTGTTTGTCAGATATTACTTCATAACTCAAAGTAATATTTTTACTTTCCAAATCACAATATTTAAACACTGCTACATTAGATAAAAATACAATAAATATTAGTACTATTAATTTAACAAATTTTTTCTTACTCATTTTATATTATCCTCTTACTTGAGTTCTATTAAGTATCTTTCTAAAGCATTTTTCCAATCAGGCAACAAATTAAATCCATTATCCAAAAGGCTCTTCTTTGAAAGTCTTGAATTTAAAGGCCTTTCCGCTTTTGCTGGATACTCGCTTGTCGGAATAGGATTTATCTTGCAACCTAAATCCGCTTTTTTCATAATTTCTGCTGCAAACTCTGCCCAAGAACAAAAACCTTCATTAGTTGCATGATATACACCATATTTTTCAGATATAGCCATATCGCATAAAAGTGGTGCTAAATCAAAAGTATATGTAGGACTTCCTATTTGATCACACACAACATTTAAACTTTCTTTCTCTTTCCCAAGTCTAAGCATTGTTTTAATAAAGTTGTTTCCATTAACTCCAAACACCCATGAAATTCTAACAATAAAGTACTTATCCAAAACTTCCTTAACCTTTAATTCACCTTCGTATTTAGTCTTTCCATAAACTGAATGTGGCTCAATTTTACCGTCAACTTCAAATGAAGTGTCTCCTTTACCATCAAACACATAATCTGTAGATATGTAAATCATCTTAGCATCTATTTCTTTACAAGCCTTTGCTATATTCTCTGTACCATATACATTGACTTTTGTACAAGCTTCTTCTTCATCCTCCGCTCTATCAACCGCTGTATATGCTGCACAATGTATTACACATTCTGGCTTTAACTTTAAAATATGCTGCCTAACAGCATTAGCATCTGTTATATCCAATTCTGCTCTATCAATTCCAATACACTCGATATTCCTTCTATTTAATTCCTTTACAATATCAAAACCTAATTGTCCATTTACTCCAGTAACTAAAATCATTTTAACTCTCCTTTTACAGTACACCTTTCTTTGCCATTTTAATGATATACTTAAATATGCATTCTGGCAAAAAAGGTAATACAATTTCTATAATTATTGAAACCTTGTGGAAGTCTCTATACTTAATCATAACTTTCAAATTTTTAATATTAGGTTTAAAAAAATATTTTTTTCTAGAATCCAACCAAATTAAACAACTTTTTATATGTTCCTCTAATTCAGCATACTTTAATCTTTTCTCTAGTGATTTATATCTATAAATAAAATCCTCTATCCTCTTACTATAATATGTTTTTTTATCATGAACATCTTTTAAAATACCTGTTTGATTTGAACTATGTTGCCTATATCTTACTAAAGGCCTATTTATGAATTCTATTTTCCCATTTAATGCCGCTATAATAGCAATCCATTGATCATGAACTAATGTTTTTTCAAAAGGTATTGCTTTCATTGAAATATCTCTTTTAACAATCATTGCACATCCTGTCACAAAATTAGTCATCAGCAATTCTTTTGCCAAGTTATATCCAGACTTATATATAATTCTTTTTCTTATTTCAGTTATGCTTTTAGCTATCTTCTGTCCATTCTCATCAATTATTGAAAGATCACTGCACACAAGTGTCACATCTTTTTCATAAAATTTATCAATCATTAATGTTATTTTTTCTTTTTCCCATATATCATCCTGATCACAATATGCAAAAAACTCTCCATTTGCTATTTTAGTAAGTTCTTCAAACGCTTTATTAGAGCCCTCATTTTTAGTTCCACTAACTACAACATATGAAAAGTTTGTTATATACTTTCCTATCAATTCTTCACTAATAGGAAACTCTGGACAATCATCATAAACTAATAATTCTATATTTTCATAAGTCTGCTCATTCAAAGAATCCAGCTGTTCCACAATCCACTTTTTATTAGGTTTATATACAGCCATTAATATAGAAACTAGCGGAGAATCGTCTTTGCTATAATTTTTTTCTAAATTATTATCTTCGATAATCATATTACTCAACTGTAGATTCTCCTCTGCTTATAATCTTAAAACTTAACTGTTGATTTCAATGCATAATTGCTCACATCTAATCTATCTCCGAATGTTCTTGGTTGTGCTTCACACTCTTAGTAAGGTACTTGTTTATTTAAGTTAAATGATCTTGGTTTCGCTTCGCACTTTATTTATAGATGAATGATCTTAATTGCAACATAGCTGTTTTATTTATAGGTACATGTTCTTGGTTGTGCTTCGCACTCTATCTAGAAGTGTACATCTTTTCATAATAACTTTGATATTCACCACTTATTATATTTTCCCACCAAGCCTTATTGTCTAAATACCACTTAATTGTCTTTTTTATTCCTTCATCAAAGGTTGTTGTTGGAAGCCATCCAAGTTCATTATGAATCTTTGTAGGATCTATTGCATATCGCATGTCATGTCCTTTACGGTCACCAACATATTTTATAAGCTCCTCTGTTTTTCCTAATTCTCTTATAATGGTTTTAACCACTTCTAAATTAGTTCTTTCATTATGTCCACCAATATTATATACTTCCCCAACTTTGCCTTTGTGTATAATTAAATCAATAGCTCTACAATGATCTTCTACATAAAGCCAGTCACGCACATTTTCTCCTGTTCCATACACAGGTAATTCCTTATCATTTAAGGCATTAGCTATCATAAGAGGAATTAATTTTTCTGGGAAATGATATGGTCCATAATTATTTGAGCATCTTGAAATAGTTACAGGTAAATTATAAGTTCTATAATATGCTCCAACTAAAAGATCAGCTGATGCTTTACTTGCTGAATATGGGCTTGATGTATGCAATGGAGTTTCTTCTGTAAAAAATAAATCTGGTTTATCTAAGGGTAAATCTCCATACACTTCATCTGTTGATACCTGATGGTATCTCTTTATTCCATATTTTCTGCATGCATCCATAAGCACTTGCGTACCCATAACATTAGTTTTTAAGAATACTTCAGGATTTTCAATAGATCTATCCACATGACTTTCTGCAGCAAAGTTCACTACAATGTCTGGAATTACTTTCTCAAACATTTCATAAACTGCCTTTCTGTCTGCTATATCTATTTTATAAAAACTAAAATTAGGATTATCTTTAACTGACTCTAATGTTTCCATATTTCCTGCATAAGTTAAAGCATCCATACAAATAATTTTATAATCTTCATATTTATTAAGCATATAGTGAACAAAATTTCCGCCTATAAATCCTGCTCCACCAGTTACAACAATTTTCATCCTTCAATCCTCACTTCTTATATTAATAATTAATTACTTATTATATATAAATGTACAATCACTATCCTTCAATAATGGTGCCTTTTTATCTTTTTCTGAAAGAATTGGATTTTCTATTCCCCATTCAACACCTATTTCTGGATCGTTAAATTTAATACTTCTATCACTCTCATAGTTATAATAATTATCTGTTTTATATACAAACTCCACATCATCAGTTAAAGTCAAAAATCCATGTCCAAAACCTCTTGGAATAAATAATTGCTTTTTATTTTCATCCGAAAGTTCAACAGCTACCCATTGTTTATAAGTTGGAGAACCTTTTCTTAAATCAACTGCCACATCAAGCACAGCCCCTTTGACACAACGTACTAATTTCGCTTGGGCATGTTCTCCATTTTGAAAGTGAATTCCTCTCAATATTCCTTTTCCTTTAGAATAAGATTGGTTATCCTGCACAAAATCACAAGCTATTTCCGGAGTCTTAATCCTAGAATAAGTTTCCATAAACCATCCTCTTTCATCACCAAAAACCTGTGGTTCAACTATATAAACACCTTCTAATTTAGTTTTAATCAAATTCATTACTTAAACCTCTTTTCACTGTACAATTGACGATTAACAATTGCCAACTAGTAAATCACTTTATTTTCCGCAACATTTTTAAGATGTTGTCCATAAGGACTTTTTCCATACTGCTCTGCACCTTCTAACAAAGTTTCTTTAGTTATCCAACCATTTTTATAAGAAATTTCTTCTAGACATGCAATCTTAAGTCCTTGTCTTGTTTCAATTACCTTTACATATTCAGAAGCCTCTGTTAAACTATCAACTGTTCCAGTATCAAGCCATCCATATCCTCTTCCAAGAGTAATAACATCTAATTTTCCATTTTCAAGATAAATCTTATTTAAATCTGTAATTTCCAACTCTCCTCTTGGTGATGGTTTTAAATTTTTAGCATATTCACAAACCTTGTTATCATAAAAATAAAGCCCTGTAACAGCATAGTTTGATTTTGGTTTTTCAGGTTTTTCTTCTAGAGATACAGCCTTACCATTTTCATCAAATTCTACTACTCCAAAACGTTCTGGATCTTCTACATAATACCCAAAAACTGTTCCACGGCCTTCATTTTCTACTGCTCTTTTTAAATGTTTAGTTAACCCATTTCCATGGAATATATTGTCTCCAAGTATCATTGCACATTTATCATTTCCAATAAACTCTTCACCTAATATAAAAGCTTGAGCTAATCCATCTGGAGATGGTTGTACTTTATAAGATAAATTAATTCCATATCTAGAACCATCACCTAAAAGCTTTTCGAAATTAGGTAAATCATTTGGTGTTGAAATTATTAATATTTCTTTAATCCCTGCCAACATTAACGTTGATAATGGATAATAAATCATAGGTTTATCATATACTGGCAAAAGCTGCTTTGAAGTTACCATAGTTAATGGGTAAAGTCTTGTACCACTTCCACCTGCAAGTATTATACCTTTTGTCAA

Protein sequences of DBSCAN-SWA_12

>NC_020291|6045223:6052500|6047864_6048704_-|WP_015395479.1|DBSCAN-SWA
MILVTGVNGQLGFDIVKELNRRNIECIGIDRAELDITDANAVRQHILKLKPECVIHCAAYTAVDRAEDEEEACTKVNVYGTENIAKACKEIDAKMIYISTDYVFDGKGDTSFEVDGKIEPHSVYGKTKYEGELKVKEVLDKYFIVRISWVFGVNGNNFIKTMLRLGKEKESLNVVCDQIGSPTYTFDLAPLLCDMAISEKYGVYHATNEGFCSWAEFAAEIMKKADLGCKINPIPTSEYPAKAERPLNSRLSKKSLLDNGFNLLPDWKNALERYLIELK
>NC_020291|6045223:6052500|6046473_6047850_-|WP_015395478.1|DBSCAN-SWA
MSKKKFVKLIVLIFIVFLSNVAVFKYCDLESKNITLSYEVISDKQDSYQLFYGNDSSWKEEQSQKIDYTDINNKEKLEFTIPKSTKELRFDFGEQPGKTNISDVKLSYFGKEINLDLNQLLDKSNQNQIGETKQEEGAIDLLTTGTDPHITYKVDIRVEQSLFEYENIINYVLKSIICILIDILILIVLRKSKGVLVLIQEIKNNRTLIWGLAKNDFKTKYAGSYLGIIWAFIQPIVTILVYWFVFGVGLRSGSPIKGVPFILWLMGGLVPWFFFQEALLNATNCMLEYSYLVKKVVFKISILPIVKIVSALFVHLVFIGFLFVVAWIYEFYPSIYTVQLIYYSFCVFAIVLAISYATSAIVIFFKDLGQIINIFLQIGVWMTPIMWSYTMVPEKYQWILKISPMYYIVEGYRDTFLNHVWFFQRYFQTLYFWIITLGLFAIGATIFKKLKPHFADVL
>NC_020291|6045223:6052500|6049966_6050986_-|WP_015395481.1|DBSCAN-SWA
MKIVVTGGAGFIGGNFVHYMLNKYEDYKIICMDALTYAGNMETLESVKDNPNFSFYKIDIADRKAVYEMFEKVIPDIVVNFAAESHVDRSIENPEVFLKTNVMGTQVLMDACRKYGIKRYHQVSTDEVYGDLPLDKPDLFFTEETPLHTSSPYSASKASADLLVGAYYRTYNLPVTISRCSNNYGPYHFPEKLIPLMIANALNDKELPVYGTGENVRDWLYVEDHCRAIDLIIHKGKVGEVYNIGGHNERTNLEVVKTIIRELGKTEELIKYVGDRKGHDMRYAIDPTKIHNELGWLPTTTFDEGIKKTIKWYLDNKAWWENIISGEYQSYYEKMYTSR
>NC_020291|6045223:6052500|6048717_6049728_-|WP_015395480.1|DBSCAN-SWA
MSNMIIEDNNLEKNYSKDDSPLVSILMAVYKPNKKWIVEQLDSLNEQTYENIELLVYDDCPEFPISEELIGKYITNFSYVVVSGTKNEGSNKAFEELTKIANGEFFAYCDQDDIWEKEKITLMIDKFYEKDVTLVCSDLSIIDENGQKIAKSITEIRKRIIYKSGYNLAKELLMTNFVTGCAMIVKRDISMKAIPFEKTLVHDQWIAIIAALNGKIEFINRPLVRYRQHSSNQTGILKDVHDKKTYYSKRIEDFIYRYKSLEKRLKYAELEEHIKSCLIWLDSRKKYFFKPNIKNLKVMIKYRDFHKVSIIIEIVLPFLPECIFKYIIKMAKKGVL
>NC_020291|6045223:6052500|6045223_6046462_-|WP_015395477.1|DBSCAN-SWA
MSEIAIKVENLSKIYKLYDKPMDRLKESLSISKKKYGREHYALKDISFEIKRGETVGILGTNGSGKSTLLKIITGVLTPSSGNIEVNGKISALLELGAGFNPEYTGIENIYLNGTMMGYTREEMQQRVQPIMDFADIGEFINQPVKTYSSGMFARLAFAVAINVEPEILIVDEALSVGDTRFQTKCIDKMKQLKDNGTTILFVSHATEQVKRFCTKGIWINKGEVVEIGGSSEIVDKYEAYMLLGEKLNTGISMQSEEETKKEELSQVEEDKITDIPGNGILARITSVTCNSSKFKTFDNLEVIIEYEIYDDRIPGFLIGVALYTPNRDYIFGPNTYLDKIVVPNKYGRHKVKYIVPSIPVLGGSYSIDVGIFNNEGIVCIDYKTEAQRILVTNEYFSEGRLFIEHKWEVVK
>NC_020291|6045223:6052500|6051019_6051571_-|WP_015395482.1|DBSCAN-SWA
MNLIKTKLEGVYIVEPQVFGDERGWFMETYSRIKTPEIACDFVQDNQSYSKGKGILRGIHFQNGEHAQAKLVRCVKGAVLDVAVDLRKGSPTYKQWVAVELSDENKKQLFIPRGFGHGFLTLTDDVEFVYKTDNYYNYESDRSIKFNDPEIGVEWGIENPILSEKDKKAPLLKDSDCTFIYNK
>NC_020291|6045223:6052500|6051618_6052500_-|WP_015395483.1|DBSCAN-SWA
MTKGIILAGGSGTRLYPLTMVTSKQLLPVYDKPMIYYPLSTLMLAGIKEILIISTPNDLPNFEKLLGDGSRYGINLSYKVQPSPDGLAQAFILGEEFIGNDKCAMILGDNIFHGNGLTKHLKRAVENEGRGTVFGYYVEDPERFGVVEFDENGKAVSLEEKPEKPKSNYAVTGLYFYDNKVCEYAKNLKPSPRGELEITDLNKIYLENGKLDVITLGRGYGWLDTGTVDSLTEASEYVKVIETRQGLKIACLEEISYKNGWITKETLLEGAEQYGKSPYGQHLKNVAENKVIY

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_015395477.1|6045223_6046462_-	ABC transporter ATP-binding protein	A0A2H4PQG7	Staphylococcus_phage	1.0e-12	27.5
WP_015395478.1|6046473_6047850_-	ABC transporter permease	NA	NA	NA	NA
WP_015395479.1|6047864_6048704_-	dTDP-4-dehydrorhamnose reductase	A0A291LA50	Escherichia_phage	2.3e-40	37.9
WP_015395480.1|6048717_6049728_-	glycosyltransferase family 2 protein	A0A1V0SAH6	Catovirus	1.5e-06	32.7
WP_015395481.1|6049966_6050986_-	dTDP-glucose 4,6-dehydratase	I7HTA3	Enterobacteria_phage	1.3e-82	47.1
WP_015395482.1|6051019_6051571_-	dTDP-4-dehydrorhamnose 3,5-epimerase	I7HJC4	Enterobacteria_phage	1.8e-41	46.9
WP_015395483.1|6051618_6052500_-	glucose-1-phosphate thymidylyltransferase RfbA	I7I009	Enterobacteria_phage	1.8e-99	61.6