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_018648	Clostridium botulinum B str. Eklund 17B (NRP), complete genome	4 crisprs	cas3,csa3,DEDDh,DinG,RT,WYL	1	1	9	0
NC_018653	Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence	2 crisprs	NA	0	5	1	0

1. NC_018648

CRISPR-Cas detection and classification

Crispr_ID: NC_018648_1

• CRISPR_ID: NC_018648_1
• CRISPR_location: 592472-592577
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_018648_1

Consensus_repeat	Method
AAATTAACTAAATGAAAATTAAAT	CRISPRCasFinder

spacers of NC_018648_1

>1.1|592496|58|NC_018648|CRISPRCasFinder
TTTGAAAAACTGTAAAATTACTATTGAAATTATCGTTTAGTTAATCTATAATATAATA

CRISPR arrays and Neighbor proteins around NC_018648_1

CRISPR arrays

The CRISPR arrays of NC_018648_1

>merge|NC_018648|1|592472-592577|CRISPRCasFinder
AAATTAACTAAATGAAAATTAAATTTTGAAAAACTGTAAAATTACTATTGAAATTATCGTTTAGTTAATCTATAATATAATAAAATTAACTAAATGAAAATAAAAT

>NC_018648|1|1|592472-592577|CRISPRCasFinder
AAATTAACTAAATGAAAATTAAAT	TTTGAAAAACTGTAAAATTACTATTGAAATTATCGTTTAGTTAATCTATAATATAATA
AAATTAACTAAATGAAAATAAAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018648.1|WP_012425469.1|590546_591704_-|site-specific-integrase	unknown	unknown	gnl|CDD|271189
NC_018648.1|WP_012423892.1|592619_592808_+|DUF739-family-protein	unknown	unknown	gnl|CDD|224393
NC_018648.1|WP_012425670.1|583432_584728_+|LCP-family-protein	unknown	unknown	gnl|CDD|224235
NC_018648.1|WP_041712131.1|594089_594377_+|DnaD-domain-protein	unknown	unknown	gnl|CDD|273630
NC_018648.1|WP_079991382.1|593384_594017_+|phage-replisome-organizer-N-terminal-domain-containing-protein	unknown	unknown	gnl|CDD|370614
NC_018648.1|WP_012424544.1|588001_588706_+|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_041712129.1|585662_586982_-|D-alanyl-D-alanine-carboxypeptidase	unknown	unknown	gnl|CDD|224600
NC_018648.1|WP_012423953.1|588731_589109_+|RDD-family-protein	unknown	unknown	gnl|CDD|377640
NC_018648.1|WP_012424263.1|597539_597740_-|YvrJ-family-protein	unknown	unknown	gnl|CDD|378969
NC_018648.1|WP_012423607.1|592045_592420_-|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|238045
NC_018648.1|WP_012425363.1|596526_597168_+|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012424262.1|598180_598657_-|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012424742.1|584752_585649_+|RluA-family-pseudouridine-synthase	unknown	unknown	gnl|CDD|223638
NC_018648.1|WP_012423366.1|592859_593069_+|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|197775
NC_018648.1|WP_012423488.1|593085_593307_+|helix-turn-helix-domain-containing-protein	unknown	unknown	gnl|CDD|378935
NC_018648.1|WP_012422699.1|589125_590478_+|23S-rRNA-(uracil(1939)-C(5))-methyltransferase-RlmD	unknown	unknown	gnl|CDD|225174
NC_018648.1|WP_012425312.1|587198_587819_+|helix-hairpin-helix-domain-containing-protein	unknown	unknown	gnl|CDD|213597
NC_018648.1|WP_012425763.1|591687_591861_-|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012423348.1|598921_599164_+|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012423001.1|594559_594862_+|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018648.1|WP_012425469.1|590546_591704_-|site-specific-integrase	gnl|CDD|271189	cd01189, INT_ICEBs1_C_like, C-terminal catalytic domain of integrases from bacterial phages and conjugate transposons. This family of tyrosine based site-specific integrases is has origins in bacterial phages and conjugate transposons. One member is the integrase from Bacillus subtilis conjugative transposon ICEBs1. ICEBs1 can be excised and transfered to various recipients in response to DNA damage or high concentrations of potential mating partners. The family belongs to the superfamily of DNA breaking-rejoining enzymes, which share the same fold in their catalytic domain and the overall reaction mechanism. The catalytic domain contains six conserved active site residues. Their overall reaction mechanism involves cleavage of a single strand of a DNA duplex by nucleophilic attack of a conserved tyrosine to give a 3' phosphotyrosyl protein-DNA adduct. In the second rejoining step, a terminal 5' hydroxyl attacks the covalent adduct to release the enzyme and generate duplex DNA.	1.22319e-41
NC_018648.1|WP_012423892.1|592619_592808_+|DUF739-family-protein	gnl|CDD|224393	COG1476, COG1476, Predicted transcriptional regulators [Transcription].	2.08901e-08
NC_018648.1|WP_012425670.1|583432_584728_+|LCP-family-protein	gnl|CDD|224235	COG1316, LytR, Transcriptional regulator [Transcription].	1.10796e-49
NC_018648.1|WP_041712131.1|594089_594377_+|DnaD-domain-protein	gnl|CDD|273630	TIGR01446, replication_protein, DnaD and phage-associated domain. This model represents the conserved domain of DnaD, part of Bacillus subtilis replication restart primosome, and of a number of phage-associated proteins. Members, both chromosomal or phage-associated, are found in the Bacillus/Clostridium group of Gram-positive bacteria. [DNA metabolism, DNA replication, recombination, and repair, Mobile and extrachromosomal element functions, Prophage functions].	1.74115e-05
NC_018648.1|WP_079991382.1|593384_594017_+|phage-replisome-organizer-N-terminal-domain-containing-protein	gnl|CDD|370614	pfam09681, Phage_rep_org_N, N-terminal phage replisome organizer (Phage_rep_org_N). This entry represents the N-terminal domain of a small family of phage proteins. The protein contains a region of low-complexity sequence that reflects DNA direct repeats able to function as an origin of phage replication. The region is N-terminal to the low-complexity region.	4.30595e-56
NC_018648.1|WP_041712129.1|585662_586982_-|D-alanyl-D-alanine-carboxypeptidase	gnl|CDD|224600	COG1686, DacC, D-alanyl-D-alanine carboxypeptidase [Cell envelope biogenesis, outer membrane].	3.16774e-76
NC_018648.1|WP_012423488.1|593085_593307_+|helix-turn-helix-domain-containing-protein	gnl|CDD|378935	pfam12728, HTH_17, Helix-turn-helix domain. This domain is a DNA-binding helix-turn-helix domain.	1.3147e-10
NC_018648.1|WP_012424263.1|597539_597740_-|YvrJ-family-protein	gnl|CDD|378969	pfam12841, YvrJ, YvrJ protein family. This family of short proteins are related to B. subtilis YvrJ protein. None of the members of this family have been functionally characterized.	1.01792e-13
NC_018648.1|WP_012423607.1|592045_592420_-|helix-turn-helix-transcriptional-regulator	gnl|CDD|238045	cd00093, HTH_XRE, Helix-turn-helix XRE-family like proteins. Prokaryotic DNA binding proteins belonging to the xenobiotic response element family of transcriptional regulators.	1.32804e-15
NC_018648.1|WP_012424742.1|584752_585649_+|RluA-family-pseudouridine-synthase	gnl|CDD|223638	COG0564, RluA, Pseudouridylate synthases, 23S RNA-specific [Translation, ribosomal structure and biogenesis].	1.09817e-97
NC_018648.1|WP_012423366.1|592859_593069_+|helix-turn-helix-transcriptional-regulator	gnl|CDD|197775	smart00530, HTH_XRE, Helix-turn-helix XRE-family like proteins.	1.28081e-10
NC_018648.1|WP_012422699.1|589125_590478_+|23S-rRNA-(uracil(1939)-C(5))-methyltransferase-RlmD	gnl|CDD|225174	COG2265, TrmA, SAM-dependent methyltransferases related to tRNA (uracil-5-)-methyltransferase [Translation, ribosomal structure and biogenesis].	2.92264e-128
NC_018648.1|WP_012425312.1|587198_587819_+|helix-hairpin-helix-domain-containing-protein	gnl|CDD|213597	TIGR01259, ComE_operon_protein_1, comEA protein. This model describes the ComEA protein in bacteria. The com E locus is obligatory for bacterial cell competence - the process of internalizing the exogenous added DNA. Lesions in the loci has been variously described for the appearance of competence-related pheonotypes and impairment of competence, suggesting their intimate functional role in bacterial transformation. [Cellular processes, DNA transformation].	6.60239e-29
NC_018648.1|WP_012423953.1|588731_589109_+|RDD-family-protein	gnl|CDD|377640	pfam06271, RDD, RDD family. This family of proteins contain three highly conserved amino acids: one arginine and two aspartates, hence the name of RDD family. This region contains two predicted transmembrane regions. The arginine occurs at the N-terminus of the first helix and the first aspartate occurs in the middle of this helix. The molecular function of this region is unknown. However this region may be involved in transport of an as yet unknown set of ligands (Bateman A pers. obs.).	4.07449e-06

Protein sequences

>NC_018648.1|WP_012423607.1|592045_592420_-|helix-turn-helix-transcriptional-regulator
MSKFPERLKELRESKDLLSKDFAKIMNVEPATITNWEKGNRFPKDDVLIKIADYFDCSIDYILGRTDNPCAKIYLGKLHDKTVELEIDKDYPYKLTPKDVDNMLKQLDAVGLDIEKLINNSKNK
>NC_018648.1|WP_012425763.1|591687_591861_-|hypothetical-protein
MIWNNVLKITFGNKIVYEKSLYKKSICIQNTKTNFNEKNTSKCKTLNMEVLKHARKC
>NC_018648.1|WP_012425469.1|590546_591704_-|site-specific-integrase
MQGSVRKRGNKWYYYFDVAKSDGKRKKIERAGGNTKKEALEALRKALSEYDNVGTIITESNISVSDYFDYWFNEYVLINCKYSTQVSYKRLIKNHLKPSLGIYQLKKITSSRLQELINLKYRNGFSKNYLGNLYGVLSGAFKYAVYPSNFIKENPMTFVKMPKYNTKLINNPDDLKIITLEDYNNILKRFPYGSNMYIPLQISFNTGLRAAEVMSLTWDCIDFENQTLRVEKILYRNEFKKWVFGSPKTHSSYRTIKIGNTLLSLLKKFHKDQKENKLRYGPFYVKHDYDFVCLKENGELLTTDSLKYLSKVVNYELGIDFKFHSLRHTHATMLLEAGANIKDIQQRLGHSKLATTMDVYSHVTKKMSQDSVRLFEEAIKKLPPS
>NC_018648.1|WP_012422699.1|589125_590478_+|23S-rRNA-(uracil(1939)-C(5))-methyltransferase-RlmD
MKRGSEVKVKIEKTQFPSTGIGYLEDKPVYVKNTYPGQVVTGRVKKNRKEYAELKLTGVEERADYEIDAICPHFGSCGGCSSQTLSYEKQLQVLEDEIKDLFKEADVTTGEFLGVLGSSEQWEYRNKMEFTFGDEEKGGDLSIGMHMRGKSFGIMTVDHCKIVDEDYRRIIRLTADYFGKQDLPYYRVMKREGYLRHLVIRKAQNTGEILVNLVTTTQIDFDLSEYVELLKSQDYKGTLVSILHTENNSFSDAVIPEKVNVLYGRDYIQEKLLGLDFKISPFSFFQTNTKGAESLYSLVRDFMGSSENKVVFDLYCGTGTIGQIVAPNAKKVVGIELIEEAVEAAKENAKLNGLNNCEFLAGDVAEIIKTVKDKPDIIILDPPRSGVHPKALDYVIKFNAPEIVYVSCNPKTLVTDLKVLIERGYKIIQTQVKDMFPNTPHAETIVKLIK
>NC_018648.1|WP_012423953.1|588731_589109_+|RDD-family-protein
MSKEENNINEKEDTILNDTKAKEETNNETKELLMGETNENNSNEEEKPSLLKKIFASVIDQLVTISISGIALIIFDFIIGFMGYKVSMPIGILIIFYFIVNALYIPLMEKTKLRKSIGRKVINIK
>NC_018648.1|WP_012424544.1|588001_588706_+|hypothetical-protein
MSKKICTIIMTLMITTSLIGCISIDSNKAEDKNNASTATEVKNSDENLQGSWAEDYSLEKTKGYFKDYLSKMEKVTEELGMKYSKEDVVKENDGSTISVNSIYFDNEKPDPNKIESMYFGMKIFGEDLSSGEIELKLSLNFDSAEVIKSGNFDLGNTSFSKYIAAFTGQSSRDYSEINKKIIDGLKSEKAEGIIENSIDGLKEEIRFNKNYIVYKLSTKTYDFKNPNPTLENNN
>NC_018648.1|WP_012425312.1|587198_587819_+|helix-hairpin-helix-domain-containing-protein
MINKANKKIGIIAILVIILVVCLSTYIKSGKDKLVKNDNTSIFVEEENPNINEDEKIEKLKDKNIVVEIKGEVKKPDVYQLNDESIVKDVIEIAGGLTEEADISNINRAQKLKNHELIYIHNKSEVKDNVSYAQNTVTTSNNSGKININCAQLEELKNLNGIGEAKAKRIIEYRENIGAFNSIEDIKNIDGIGEKSFEKLKDQIDV
>NC_018648.1|WP_041712129.1|585662_586982_-|D-alanyl-D-alanine-carboxypeptidase
MKSHLKTLIFFLFIFLVSSINVMAVSSPPEINAEGSVLMDASTGEILFSKNPDKVLEPASTTKVMTAILTLENCDLNEEVVVTEDFTKIDGTTIGLLKGDIVTVKDLLLGLLLESGNDAANALACHVSSSIDKFAVLMNKKATEIGAVNTHFKNPSGLPDPEHLTTAHDLALIMNEAIKNDKFLELSKVMTYEIPIKNDSSRTIWINNKNHMINKNSMYYYQYTLTGKNGYTTKSNHTYTVAAENNGHILVASYLNALDKDKNFEDMRTVFNYGFNNFYFSNIYKKGQEIDSIKLHNGLTVPLIASKDVNCVVPNEDKDKLNTYIKFENKNLNRLSFNEGDVILKGTVYLNDKELCKLDLCAGISRNYSIKEDIYSFIEKNKRNLIIGAIISGVTLLIILTLAIEYNKKKNRKKRLLEITTSIPKIQDDQLKKRRRRQD
>NC_018648.1|WP_012424742.1|584752_585649_+|RluA-family-pseudouridine-synthase
MSILQDKVSNIDGKIKIREYLKEKLDLSTRLIRSASKDQRIYVNNSAVRMNYMIKNGDIIKIDLNRNESQNINPEKIDLDIVYEDEDVLVINKQPFIIVHPTKNFQSGTLANGILYYFQETNQNCIVRLVSRLDMNTSGLIIIAKNQFSHSRLSKDMKEKLQKRYLAIVHGNLEEKEGTIDLPIYKPEGIEYGSMRVVDERGQRSITHYKVIESFEGGDLVECLLETGRTHQIRVHLSHLGHPIYGDELYGVGAEENLIKRQALHAYGLNFASPRSLKELSLRAELPDDMKELLEKIK
>NC_018648.1|WP_012425670.1|583432_584728_+|LCP-family-protein
MGKKRIKRSKRSNKSNKSNKNKTENIKMKNLLEEGILLILALVITFTIVVIGSGFLFLGKINKNDMIEPNKVSMSKPVNILLLGTDIGDPSQPNNKAIKRTDTIMVLNYNPDNKNLQVVSIPRDTLIDVNGRNLKINSAYAIGGEKRVKSEVEKLLNISVNYIAKIDYNAFREFIDAIGGIKMQIERNMIYDDEGQNLHINFKKGEVVKLDGKKAEEFFRWRKNNDGSGFANGDLDRIENQQKFMSKVIEKCTSPMIIFKIPNIIKALGDNIDTNMPPFKVISYGLKFARINSEKIDMKIAQGTPKDINGESFLVFDKNLNKDIITSLSSTGKGTEDVSKSDITIKVFNGTKITGLAATLRDELTKVGYTRVDVGNIPERNESSILTNNENIAGKVKSSIGISKIEKKPDKPEYKDYDVVIILGKDFKKFE
>NC_018648.1|WP_012423892.1|592619_592808_+|DUF739-family-protein
MYSRLKGLMVENSITQQNLAKILDISISTLNFKINGKSDFTIMEAKKVSRILNKSIEEVFNI
>NC_018648.1|WP_012423366.1|592859_593069_+|helix-turn-helix-transcriptional-regulator
MTRVLKTKEFRELKNLTVSKLSYKSGVAIGYITELENGKYKNPSLQIICKLSKALNITPNDLIDKNLWN
>NC_018648.1|WP_012423488.1|593085_593307_+|helix-turn-helix-domain-containing-protein
MEAVLYTVSEAAELLKINRNSVYDLLKHNVIKGLKLGSLKITRNELLKFLEENNGKDLSNLKEIKELNFDKVD
>NC_018648.1|WP_079991382.1|593384_594017_+|phage-replisome-organizer-N-terminal-domain-containing-protein
MSDVKWIKITTNMFEDEKIRLIDAMPERDTIHYIWIRLLVQAGKNNANGFIFLSESIPYTDEMLSTIFCRPLTSIRLALKTLKDFGMIEVDEDNLIKITNWEKHQNVEGLDKVREQNRIRAKNYRDKKKQLKAADENEDIEDISSSENEEEIVQNLNEIEGNVTKKKRNVMQNENNVTVTEQNKRKSKNKNQKKNKNSIIDREKESNDTN
>NC_018648.1|WP_041712131.1|594089_594377_+|DnaD-domain-protein
MIGDLNLSAIKLAISKHGFNHVKMAIDKALEVNKTDMTYINGILKNWKREGYPSDEEDHKSNNNKSGSELKFDNFEAREYDYDSLEKRLLGWENE
>NC_018648.1|WP_012423001.1|594559_594862_+|hypothetical-protein
MNNLKHTKIGITSFILISIVVINTISSVVCPLKMPYVNPSAIEILGMTMISLISFILGLIAMFQKGSKKILPKITVIISGIFLIPAIAGLVKGIFLRLTI
>NC_018648.1|WP_012425363.1|596526_597168_+|hypothetical-protein
MRIEKIRVIQLKNEYIKTFEGQDKLKNIVENIINCDEKVEYSEDDFRISDIAMEAYYRDLYLDENSKNQKIFQDLFLGLKDFKYTYSRWESEMKIKNPTKEQIAKHIIDTWFYEISPDDTEEIENIDQSQAYVFHEDVDLKCIPADRVKEIILDFDKENIINTANNLKKELNSCGIFVEKFDDDDRKLIDDIMKIFEKSVEENTDILYIINYL
>NC_018648.1|WP_012424263.1|597539_597740_-|YvrJ-family-protein
MEINELVSLIGNVGFPVAVSAYLLIRLEKQLNSLSTSINKLNTIISTKLGVVIDTNKSNDDSNNVA
>NC_018648.1|WP_012424262.1|598180_598657_-|hypothetical-protein
MARKKEFKIEKDDIAYEEEVEEFGFTDYIPTGENSIQLFSIEEDSGPENENINDNNSILKTKEEVNTKMEQKTISINNNISSNPLLFDNRNTPIANGAAPPIDGEAANIKRSYTLRKSTVRKINELKSIHPDIGICVSTIVDIAIDYYHTHIVNNNMD
>NC_018648.1|WP_012423348.1|598921_599164_+|hypothetical-protein
MIKNNIKICSEDSDCFDKKQIALAIRNATLNDCLECSLIEGVIISGCEACSLKFICDGIEDLSDEYIEHTTKVVSTFNFD

Crispr_ID: NC_018648_2

• CRISPR_ID: NC_018648_2
• CRISPR_location: 973905-974004
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_018648_2

Consensus_repeat	Method
TTATAATTAATTACAATAAATTATAAT	CRISPRCasFinder

spacers of NC_018648_2

>2.1|973932|46|NC_018648|CRISPRCasFinder
AAATTATAATAGAACTGTTAAACATAGTCATATCAATGACTTGCAG

CRISPR arrays and Neighbor proteins around NC_018648_2

CRISPR arrays

The CRISPR arrays of NC_018648_2

>merge|NC_018648|2|973905-974004|CRISPRCasFinder
TTACAACGAATTATAATTAATTACAATAAATTATAATAGAACTGTTAAACATAGTCATATCAATGACTTGCAGTTATAATTAATTACAATAAATTATAAT

>NC_018648|2|2|973905-974004|CRISPRCasFinder
TTACAACGAATTATAATTAATTACAAT	AAATTATAATAGAACTGTTAAACATAGTCATATCAATGACTTGCAG
TTATAATTAATTACAATAAATTATAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018648.1|WP_012424858.1|972238_973039_+|glycoside-hydrolase	unknown	unknown	gnl|CDD|119385
NC_018648.1|WP_012423571.1|979650_980592_+|helix-turn-helix-domain-containing-protein	unknown	unknown	gnl|CDD|225306
NC_018648.1|WP_012425498.1|977329_978367_+|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012425683.1|969715_969871_+|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012423673.1|980753_981773_+|LacI-family-DNA-binding-transcriptional-regulator	unknown	unknown	gnl|CDD|224525
NC_018648.1|WP_012423841.1|971480_971636_-|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012422714.1|969383_969716_+|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012424434.1|986284_988024_+|potassium-transporting-ATPase-subunit-KdpA	unknown	unknown	gnl|CDD|377138
NC_018648.1|WP_012422949.1|981920_983408_+|4-alpha-glucanotransferase	unknown	unknown	gnl|CDD|237738
NC_018648.1|WP_012423806.1|973230_973632_+|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012424973.1|978519_979629_+|sn-glycerol-3-phosphate-ABC-transporter-ATP-binding-protein-UgpC	unknown	unknown	gnl|CDD|236947
NC_018648.1|WP_012423358.1|976267_977311_+|phosphodiester-glycosidase-family-protein	unknown	unknown	gnl|CDD|378342
NC_018648.1|WP_012425609.1|972016_972193_+|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012423645.1|974881_975082_+|UviB-like-protein	unknown	unknown	gnl|CDD|378518
NC_018648.1|WP_012423210.1|971790_972003_+|hemolysin-XhlA-family-protein	unknown	unknown	gnl|CDD|371241
NC_018648.1|WP_012425120.1|983407_985768_+|glycogen/starch/alpha-glucan-phosphorylase	unknown	unknown	gnl|CDD|340853
NC_018648.1|WP_012424618.1|970127_970679_+|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012423541.1|967929_969381_+|hypothetical-protein	unknown	unknown	gnl|CDD|224117
NC_018648.1|WP_012422674.1|970846_971494_+|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012422679.1|975391_975958_-|GNAT-family-N-acetyltransferase	unknown	unknown	gnl|CDD|224584

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018648.1|WP_012424858.1|972238_973039_+|glycoside-hydrolase	gnl|CDD|119385	cd06525, GH25_Lyc-like, Lyc muramidase is an autolytic lysozyme (autolysin) from Clostridium acetobutylicum encoded by the lyc gene. Lyc has a glycosyl hydrolase family 25 (GH25) catalytic domain. Endo-N-acetylmuramidases are lysozymes (also referred to as peptidoglycan hydrolases) that degrade bacterial cell walls by catalyzing the hydrolysis of 1,4-beta-linkages between N-acetylmuramic acid and N-acetyl-D-glucosamine residues.	7.68663e-92
NC_018648.1|WP_012423571.1|979650_980592_+|helix-turn-helix-domain-containing-protein	gnl|CDD|225306	COG2508, COG2508, Regulator of polyketide synthase expression [Signal transduction mechanisms / Secondary metabolites biosynthesis, transport, and catabolism].	6.15871e-16
NC_018648.1|WP_012423673.1|980753_981773_+|LacI-family-DNA-binding-transcriptional-regulator	gnl|CDD|224525	COG1609, PurR, Transcriptional regulators [Transcription].	4.42055e-101
NC_018648.1|WP_012424434.1|986284_988024_+|potassium-transporting-ATPase-subunit-KdpA	gnl|CDD|377138	pfam03814, KdpA, Potassium-transporting ATPase A subunit.	0
NC_018648.1|WP_012422949.1|981920_983408_+|4-alpha-glucanotransferase	gnl|CDD|237738	PRK14508, PRK14508, 4-alpha-glucanotransferase; Provisional.	0
NC_018648.1|WP_012423358.1|976267_977311_+|phosphodiester-glycosidase-family-protein	gnl|CDD|378342	pfam09992, NAGPA, Phosphodiester glycosidase. This is a family conserved from bacteria to humans. The structure of a member from Bacteroides has been crystallized and modelled onto the luminal region of the human member of the family, the transmembrane glycoprotein N-acetylglucosamine-1-phosphodiester alpha-N-acetylglucosaminidase. There is some conservation of potentially functional residues, implying that in the bacterial members this family acts in some way as a phosphodiester glycosidase. The human protein is also present, so the eukaryotic members are likely to be catalyzing the second step in the formation of the mannose 6-phosphate targeting signal on lysosomal enzyme oligosaccharides.	1.53546e-48
NC_018648.1|WP_012423645.1|974881_975082_+|UviB-like-protein	gnl|CDD|378518	pfam10960, Holin_BhlA, BhlA holin family. The Phage_holin_BhlA family is a family of holin-like proteins from both bacteriophages and bacterial chromosomes. In bacteriophage, holins are small membrane proteins that accumulate and oligomerize to form non-specific lesions in the cytoplasmic membrane allowing the release of the second protein, endolysins, to access the peptidoglycan. Most holins share common structural features: two or three transmembrane domains separated by a beta-turn, a short hydrophilic N-terminus, a highly charged C-terminus and a dual translational start motif. The BhlA holin of Bacillus is found to be toxic to the host cell where the site of action of is on the cell membrane and causes bacterial death by cell membrane disruption.	1.18287e-12
NC_018648.1|WP_012423210.1|971790_972003_+|hemolysin-XhlA-family-protein	gnl|CDD|371241	pfam10779, XhlA, Haemolysin XhlA. XhlA is a cell-surface associated haemolysin that lyses the two most prevalent types of insect immune cells (granulocytes and plasmatocytes) as well as rabbit and horse erythrocytes. This family has had DUF1267, pfam06895, merged into it.	4.61764e-05
NC_018648.1|WP_012425120.1|983407_985768_+|glycogen/starch/alpha-glucan-phosphorylase	gnl|CDD|340853	cd04300, GT35_Glycogen_Phosphorylase, glycogen phosphorylase and similar proteins. This is a family of oligosaccharide phosphorylases. It includes yeast and mammalian glycogen phosphorylases, plant starch/glucan phosphorylase, as well as the maltodextrin phosphorylases of bacteria. The members of this family catalyze the breakdown of oligosaccharides into glucose-1-phosphate units. They are important allosteric enzymes in carbohydrate metabolism. The allosteric control mechanisms of yeast and mammalian members of this family are different from that of bacterial members. The members of this family belong to the GT-B structural superfamily of glycoslytransferases, which have characteristic N- and C-terminal domains each containing a typical Rossmann fold. The two domains have high structural homology despite minimal sequence homology. The large cleft that separates the two domains includes the catalytic center and permits a high degree of flexibility.	0
NC_018648.1|WP_012422679.1|975391_975958_-|GNAT-family-N-acetyltransferase	gnl|CDD|224584	COG1670, RimL, Acetyltransferases, including N-acetylases of ribosomal proteins [Translation, ribosomal structure and biogenesis].	1.00848e-19
NC_018648.1|WP_012423541.1|967929_969381_+|hypothetical-protein	gnl|CDD|224117	COG1196, Smc, Chromosome segregation ATPases [Cell division and chromosome partitioning].	0.000997337
NC_018648.1|WP_012424973.1|978519_979629_+|sn-glycerol-3-phosphate-ABC-transporter-ATP-binding-protein-UgpC	gnl|CDD|236947	PRK11650, ugpC, sn-glycerol-3-phosphate ABC transporter ATP-binding protein UgpC.	0

Protein sequences

>NC_018648.1|WP_012423806.1|973230_973632_+|hypothetical-protein
MKKIISILIGMLMLLSLVGCGFSEDFKQGYDSETKYVGININKIEELPVKNGNGEEIGKRGTVIYNADKITDESLTNFYNDKIKDSGYNYYTLINEKDKKQGIVSPGCIKILSHGEIDDTGSLIKADKDITID
>NC_018648.1|WP_012424858.1|972238_973039_+|glycoside-hydrolase
MNGIDVSNHNGSIDFNKVKEDNIEVVYIKATEGTTYKDPYLNQHYSGAKKAGLKTGFYHFLVGSSEPETQAENFYNNIKDKENDLKPCLDIETNNFNVMDYALRFIKKFECLCELELCIYTSPYFANENLDSRLAKYQCWIAHYGVETPMETNVWRDNYAGHQFTETGRINGINTNVDINTFTKDIFTNNKSQGYVVTQYLPNGYRGDNSFEGIDLEYVLSYFKDVRCYVRKDSKGVWIETQTLSMGKCLELKKVLGSWFYSIEIK
>NC_018648.1|WP_012425609.1|972016_972193_+|hypothetical-protein
MDRLLNKVTSARWLIAVIMTIVFAVLAFTNRLSTEFITIYTMVIAFYFSKEREKEIKE
>NC_018648.1|WP_012423210.1|971790_972003_+|hemolysin-XhlA-family-protein
MSEQDTIQEIKERLVRIEILLEKNTENWNEKIKVANYRIADLEDTIKWISRTAIGGLLTGLLGILFAFIK
>NC_018648.1|WP_012423841.1|971480_971636_-|hypothetical-protein
MTEKRIIKNTPNSSSSKPQASTNPTSVRRVNVRDDSGTKDNSRLESLFKNR
>NC_018648.1|WP_012422674.1|970846_971494_+|hypothetical-protein
MEKFIAMLLMIIPGFFVRKIKEEVKDIKEIKSDTEKTVISLIYSIPVLILNLIVLVFLFKFSGIDQLVLMFEDLQFIIEYALLSIISTAIISAIMIVIESKYKLNFFNWIRRKMDEPEKTSSITPWQDFFKSDGEMPIKIIKGEKIVAQGFVKHWDLDGKSEKDIVLEYADQMIENTQCFTRIRKQYIDYKNDLTILEYFFDEEKLQNNCESNDS
>NC_018648.1|WP_012424618.1|970127_970679_+|hypothetical-protein
MTIEEIKQQLDFLSDKIDLINVNLQFNITTFLAILSIALVIAGTSSVILAKYLFNKRFDIEIKKIDDKIKQMLIDEPPILSVTNTIISLTLNIEQEDNGKTIYRYKGLLILGKNVTKQSFISSEFYHFIPPGIRKEPLENYKLDIKNKVHLEIIIDCNQEMPKWWEFIEVNIAWKNPIYETFK
>NC_018648.1|WP_012425683.1|969715_969871_+|hypothetical-protein
MDFWKMCFDLKVIDSDFLRQAVITDKNKFGDITIEQFKEITGEDFIKVVSQ
>NC_018648.1|WP_012422714.1|969383_969716_+|hypothetical-protein
MNMAEKELFLNVILKEEDLQYCYISDDGKMFPPHYNTDGMIDVIGEDVYKNYLNNKNNPSKKEPTKEEVLLKEIANLKVDNMKKDVVVTSTLKSLAELKVEMMELKGGNK
>NC_018648.1|WP_012423541.1|967929_969381_+|hypothetical-protein
MIQELQTGILDINNRYGIDFTCKQLDDVILKIIVYDKSVPADLGNYTCRLKAFKTDQVPLIQNTNITIVNNVAEIKASKQLTTTLGIVKAELQFINKSTLEKKSTFYINIEVVASVLDVDGTVSTPTCTILEEIDHKLDQIENIGEVLDEAKEVRDTLTNTTIPGATSINSTLESNIKNASNKIVEVESSITNASKKTEEVEASTKNANSSKEELDLSKTNADTTKENLDTANVQAEKNIEELNKLGDVTELAKNVQTNTTDITNLKEDVENNTSQLKDVENDIKNLDDIKINKKVKYYTSEETTKGANPNNALEGCFVIAHELNPVQNGFCYYEQFFYGDISETANRIQYVTTYNGDLRRFIRRYFNGNWETKELATTEIAEIGLLNGWKKGYGELQITKTGSICYLNFQGTVGVSSVGTTIFNIPERFRPKYQQVFYIPQRDGKPFYGVAIDNNGNVDVSGVTSLPTQGTKTDFYMIWRID
>NC_018648.1|WP_012423645.1|974881_975082_+|UviB-like-protein
MDEIMKMALSQGLGYALFVFLLLYVLKTTGERENKYQTLLDALAEKFNVVEDIKEDVKEIKNKIES
>NC_018648.1|WP_012422679.1|975391_975958_-|GNAT-family-N-acetyltransferase
MNDINFKTLINKHIPVNGSQIFIDKIDLNKLLYIYNWSSKEVQEKMTCRPIINRNRDESIKLYNSLLNSDTVYIFGLYNLNNKELLGKITLFDYNCRNKSLEIGYYLLPKFRKKGYMNEAIKIILNLLFLKTDINKVYAQTASFNNDSNALLKLNNFKLDGILREHHELNEVFYDDYIYSILKNEFIL
>NC_018648.1|WP_012423358.1|976267_977311_+|phosphodiester-glycosidase-family-protein
MNKKVKKKPTRKKKRKENKKKKSLSIFMGLIYVITFLVITTPLVLIYGPYEKTKKVLISTVIATRHSYLVYDFIPQKTLDSILGKSEIEEEAVEANTSIDLNKIDVKCDSGNKVTKYDIHTERYDGYMLEIENPHKVKATMTKHLGKLGQKTSEMAEEHNAIAAINGGTFLDKSSDGVTYAGTGGQPGGFVISNGKVIYPTSGYDEHSFENVIAFTKKGQLIVGDHTLAELKKLDVQEAMCFRKPNIIINGIKQIKDRFEDGVNPRTAVGQKEDGTVLFLVLDGRKLSKPGASLYDVQEIMKNRGAINAGMLDGGYSTTMYYKGDVINSPNAWDGERTVATAFYVEQ
>NC_018648.1|WP_012425498.1|977329_978367_+|hypothetical-protein
MKVLNKLLIFTFVAFIIQQGVFFYIENIYLSSNMDIKIEKSDDSEVSKNEQKEVELKEYVDDLKVSSNGRYVAGLQNGRLKVLDSDENKYKDIKNNVNSNIVFYKWVTNSDRIIAIQKIKEKGRSYFEPVAFNAKNGEQIELADFDLNKLRVRVENSEDKVEDIPFSIGTHSLYIKIKKSNEKSDLYYANTMNQLEKKRSNKEIGNIVIPTTGANAIMEMGTQVTILDKPDNLLIPNTKNPKLLGTDINDNVYFASEVNNKVVKIYYAISSDNYKDWKEFKLDNPVNKEDILVDYSGKVYINDNEKKTAVELTSKKTIKYKGELIQTYSKGVISKNGNKLIKNSI
>NC_018648.1|WP_012424973.1|978519_979629_+|sn-glycerol-3-phosphate-ABC-transporter-ATP-binding-protein-UgpC
MADLSLRHIYKIYSGDVTAVNDFNLEIEDKEFIVFVGPSGCGKSTTLRMIAGLEEISKGELYIGGKLVNDVEPKERDIAMVFQNYALYPHMSVYDNMAFALKLRKVPKEEIDEKVTEAARVLGIEHLLTRKPKALSGGQRQRVALGRAIVREPKVFLMDEPLSNLDAKLRVQMRTEISKLYNKLQTTFIYVTHDQVEAMTMGTRIVVMKDGIIQQVDTPQNIYNNPVNIFVAGFIGSPQMNFIDGKIIEKEGKLYCSFEENNILLPEQQAKELKTKGYVNKEVTFGIRPEHLDDNMEVVKENPSSIINGKVEVVELMGAESYIYFVASNNNMTARVNGTTNVKTGDSIKLYVESEKIHVFDKENELRII
>NC_018648.1|WP_012423571.1|979650_980592_+|helix-turn-helix-domain-containing-protein
MYGLVEYLNELYKKCEIPFELCIDNKVAFKTNPFLYTDKEIIEARFNINNKICILRTYSNFKDSLKLIKFCIENRCKDEHDVRENTIISLLKNEYVSSDKLNDIMFELNEVYLISINLEEKISETIDILKTIYIDTEVSILEYNEYIILLGTFEDIEDHISSITETIHNNLYKRCYISYYEVKDYNNISSLYKEGIYKINLAKKYNISNRIFNEKSLLFESIVDSLSEEKKVKILSKFNDGFNKLDDDTINTIEVFFNCDLNLSESAKNLYVHRNTLIYRLDKIKKCTSYDIRNFNEAILFKIAFFVWKESKV
>NC_018648.1|WP_012423673.1|980753_981773_+|LacI-family-DNA-binding-transcriptional-regulator
MNIGDIARLAGVGVSTVSRVINNHPDVKESTRERIWEIIKQNNYIPNNSARILKQNNTKNIGVLVKGVFNPFFSQMINIIGNIIDKSGYTMILEQNDYNFYQDVENLMGFIKEKKLQGVICLGGNFINIKEDSFSDIETPIVLTSVNTISKKGKKHYSSIGIDNIKASYDTTKYLIEKGHKKIALILGDENDLGISWWRLKGYRNALKENNIQIDDELELIGDYSCEKAYKETINLIKNRKDVSAIFALSDIMATGVAKAVIDSGLKIGDDISIIGFDGMDASKYYNPGLTTVNQPKRLMAETSISLLFSLINGVEENKQILLDTKLIERESCKDLLKK
>NC_018648.1|WP_012422949.1|981920_983408_+|4-alpha-glucanotransferase
MRRSSGIIMHIASLPGEFGIGTFGKEAYEFADFLKESHQKYWQILPIGPTSYGDSPYQSFSAFAGNPYFIDFNLLKKDGLLKSKDYSNLNFGKDKEDIDYGLIFVEKMKVLRKAYERFKLNLPTDLKEFEEENQWLNDYSLYMALKSKFELKSWQKWDIDIKLRKKEVLNKYKEELKDEINLWKFIQYKFFEQWTNLKKYVNDLDIEIIGDIPIYVAEDSADIWANPKAFLLDEETLVPLKVSGCPPDNFAVTGQLWGNPIYNWDYIDKTNYKWWIDRMKQSSKLYDVIRIDHFRGFESYWSIPYGDPTAENGEWVKGPGMKLFNAIKKELGDIKIIAEDLGFLTDEVVKFREESGFPGMRVLQFAFVGDAANRDLPHNYEENCIAYTGTHDNNTFRGWLEKTGTEEEIEASIKYLGLNKEEGYNWGFIRGVWSSKAYLSIALIQDFLNLGNESRINVPSTLGQNWRWRAKEDVFTDELAEKIYEITKMYGRCEE
>NC_018648.1|WP_012425120.1|983407_985768_+|glycogen/starch/alpha-glucan-phosphorylase
MNKENIKQGINRYLKVKYGIKLEDAKEYQIFNALSLAILEEIVDDWNDTTKAYNEKRSANYFSAEYLMGRALGNNLINLGLYDEVKDVLKELNIDINKVEEIEEDAGLGNGGLGRLAACFMESAATIDMPLNGYGIRYNNGLFKQNIDEGFQTESEDSWLKYGDPWSIRKDNEAQVVEFEDMKVKAIPYDTPIIGYGTKNINTLRLWKCEPIKEFDFYLFNEQKYDESVELKNRAEDISRVLYPNDSNDEGKILRLRQQYFLVSASLKDIIRKHIEKFGTDFEKISEYNFVQLNDTHPTLAIPEFIRILVDEEGINFNKALRYAKKFFGYTNHTILAEALEKWDVELIEKLFPRILEITEKIDKELIKELKAKKYTEKEIKKLRIIGDDQMRMANLAIFVSKAVNGVAQLHTDILKDKELNDWYKLYPAKFQNKTNGITPRRWLRLCNQELSEFITKLLGTEDWVKNLSLLKDLKKFENDDKVLEELMNIKLEKKKQLAEYIKDEEGIELDPNSIFDIQIKRLHEYKRQLLNAMYILDLYYRIKENPSLDIPKVSFIFGAKAFPGYVRAKAIVKFINEIAELVNNDKDVNGKIKVVFVHNYRVSYAQRLFPAADLSKQISTAGKEASGTGNMKFMLNATPTFGTYDGANIEIVQESGEENNYIFGLKVEDIDDIKEEYNPMTYYKKNKSIKRVLDTLIDGTFNDGNTEDFEDLYNSLLEEGDQYYLLADFESFKEAQDKVFKDYKDTKKWAKKCFANLYSAGIFSSDRTIKQYCDEIWDIKETPIK
>NC_018648.1|WP_012424434.1|986284_988024_+|potassium-transporting-ATPase-subunit-KdpA
MMNLVLQYGLYILILVVLAIPLGNYIGKIMNGEKVFLSKILTPCENFIYKILHIDKDEDMSWKKYSFSVLAFSIISLIVLFLLHIFQGFLPLNPEKVSGTSWDLAFNNAISFVTNTNWQGYSGESSLSYFTQMMGLTVQNFVSAAVGISVLFALIRGFIRVKQKGIGNFWIDITRTVLYILIPLSIVVSLALVSQGVVQNFKQYETVSLLEPITLEDGTLVTEEVVPLGPAASQIAIKQLGTNGGGFMGTNSAHPIENPTILSNLFEMISLLLIPVALCFTFGRNIKDRRQGIAIFVAMGIMLVVAMAIVGVNEQIGTPQMALNGQVDLSTINQAGGNMEGKEARFGIATSSTWATFTTAASNGSVNSMHDSYTPIGGMIPMLLMQLGEVVFGGVGCGLYGMIGFAILAVFMAGLMVGRTPEYLGKKIEPFEMKMAVLVCLATPIAILIGSGIASILPETVNSLNNSGAHGFSEVLYAYTSAGGNNGSAFAGFAANTPFINISIGLSMIFARFVPMMGTLAIAGSMVKKKKVAESVGTLPTHNAMFIGLLIFVVLLIGALSFFPALALGPIAEFFQMLG

Crispr_ID: NC_018648_3

• CRISPR_ID: NC_018648_3
• CRISPR_location: 2143741-2144745
• CRISPR_type: Orphan
• Repeat_type: II-B
• Spacer_info: 15 spacers

Consensus repeat of NC_018648_3

Consensus_repeat	Method
ATTTAAATACATCTCATGTTAAGGTTAATC	CRISPRCasFinder
ATTTAAATACATCTCATGTTAAGGTTAATC	CRT
TTAAATACATCTCATGTTAAGGTTAATC	PILER-CR

spacers of NC_018648_3

>3.1|2143771|34|NC_018648|CRISPRCasFinder,CRT
AAGTAAAAGGAGATTTTAATACTATTAATTTAAT
>3.2|2143835|36|NC_018648|CRISPRCasFinder,CRT
ATTTTCATAATGTTTTAATGTAGTAATTACTATTTG
>3.3|2143901|35|NC_018648|CRISPRCasFinder,CRT
GATGATAGTGGTATTGGATATACAACAATAATCGC
>3.4|2143966|34|NC_018648|CRISPRCasFinder,CRT
TTACATTTCCTGTCCAACTTATGGTATTTTCACC
>3.5|2144030|34|NC_018648|CRISPRCasFinder,CRT
TTTCCTCAGTTCTATTTTTAGTAGTTGTATTTTG
>3.6|2144094|36|NC_018648|CRISPRCasFinder,CRT
AGAAATATCAAAGACTATGTTATCTTATAATATTTC
>3.7|2144160|36|NC_018648|CRISPRCasFinder,CRT
AGATACTGTACATTGCTACAACAAAAATATTGATAT
>3.8|2144226|36|NC_018648|CRISPRCasFinder,CRT
ATTACAATTAAACTTTGATGCTCTATACCCATTTCA
>3.9|2144292|35|NC_018648|CRISPRCasFinder,CRT
GAACAGGATTGTATATTTTCGTTGCATAATATACA
>3.10|2144357|34|NC_018648|CRISPRCasFinder,CRT
CAGATGTGAGAGTTGAAAGGCTACAGGATATTGA
>3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT
CAGGCGATAATATTAAAGAAAAAGTAAGTATAAC
>3.12|2144485|35|NC_018648|CRISPRCasFinder,CRT
TCATCAATTTTCATACCATCAAATTGATTATTTGC
>3.13|2144550|35|NC_018648|CRISPRCasFinder,CRT
GACGGTAAGCCTTTTTTTGGTGTTGCAATAAATAA
>3.14|2144615|35|NC_018648|CRISPRCasFinder,CRT
AACTGGGGAGGAATTAGACCTACAGTTGTAATTTG
>3.15|2144680|36|NC_018648|CRISPRCasFinder,CRT
ATTTTTTTAATTCGTATGATATTATCACATAAATTA
>3.16|2143771|36|NC_018648|PILER-CR
AAGTAAAAGGAGATTTTAATACTATTAATTTAATAT
>3.17|2143835|38|NC_018648|PILER-CR
ATTTTCATAATGTTTTAATGTAGTAATTACTATTTGAT
>3.18|2143901|37|NC_018648|PILER-CR
GATGATAGTGGTATTGGATATACAACAATAATCGCAT
>3.19|2143966|36|NC_018648|PILER-CR
TTACATTTCCTGTCCAACTTATGGTATTTTCACCAT
>3.20|2144030|36|NC_018648|PILER-CR
TTTCCTCAGTTCTATTTTTAGTAGTTGTATTTTGAT
>3.21|2144094|38|NC_018648|PILER-CR
AGAAATATCAAAGACTATGTTATCTTATAATATTTCAT
>3.22|2144160|38|NC_018648|PILER-CR
AGATACTGTACATTGCTACAACAAAAATATTGATATAT
>3.23|2144226|38|NC_018648|PILER-CR
ATTACAATTAAACTTTGATGCTCTATACCCATTTCAAT
>3.24|2144292|37|NC_018648|PILER-CR
GAACAGGATTGTATATTTTCGTTGCATAATATACAAT
>3.25|2144357|36|NC_018648|PILER-CR
CAGATGTGAGAGTTGAAAGGCTACAGGATATTGAAT
>3.26|2144421|36|NC_018648|PILER-CR
CAGGCGATAATATTAAAGAAAAAGTAAGTATAACAT
>3.27|2144485|37|NC_018648|PILER-CR
TCATCAATTTTCATACCATCAAATTGATTATTTGCAT
>3.28|2144550|37|NC_018648|PILER-CR
GACGGTAAGCCTTTTTTTGGTGTTGCAATAAATAAAT
>3.29|2144615|37|NC_018648|PILER-CR
AACTGGGGAGGAATTAGACCTACAGTTGTAATTTGAT
>3.30|2144680|38|NC_018648|PILER-CR
ATTTTTTTAATTCGTATGATATTATCACATAAATTAAT

CRISPR arrays and Neighbor proteins around NC_018648_3

CRISPR arrays

The CRISPR arrays of NC_018648_3

>merge|NC_018648|3|2143741-2144745|CRISPRCasFinder,CRT,PILER-CR
AATTAAATACATCTCATGTTAAGGTTAAACAAGTAAAAGGAGATTTTAATACTATTAATTTAATATTTAAATACATCTCATGTTAAGGTTAATCATTTTCATAATGTTTTAATGTAGTAATTACTATTTGATTTAAATACATCTCATGTTAAGGTTAATCGATGATAGTGGTATTGGATATACAACAATAATCGCATTTAAATACATCTCATGTTAAGGTTAATCTTACATTTCCTGTCCAACTTATGGTATTTTCACCATTTAAATACATCTCATGTTAAGGTTAATCTTTCCTCAGTTCTATTTTTAGTAGTTGTATTTTGATTTAAATACATCTCATGTTAAGGTTAATCAGAAATATCAAAGACTATGTTATCTTATAATATTTCATTTAAATACATCTCATGTTAAGGTTAATCAGATACTGTACATTGCTACAACAAAAATATTGATATATTTAAATACATCTCATGTTAAGGTTAATCATTACAATTAAACTTTGATGCTCTATACCCATTTCAATTTAAATACATCTCATGTTAAGGTTAATCGAACAGGATTGTATATTTTCGTTGCATAATATACAATTTAAATACATCTCATGTTAAGGTTAATCCAGATGTGAGAGTTGAAAGGCTACAGGATATTGAATTTAAATACATCTCATGTTAAGGTTAATCCAGGCGATAATATTAAAGAAAAAGTAAGTATAACATTTAAATACATCTCATGTTAAGGTTAATCTCATCAATTTTCATACCATCAAATTGATTATTTGCATTTAAATACATCTCATGTTAAGGTTAATCGACGGTAAGCCTTTTTTTGGTGTTGCAATAAATAAATTTAAATACATCTCATGTTAAGGTTAATCAACTGGGGAGGAATTAGACCTACAGTTGTAATTTGATTTAAATACATCTCATGTTAAGGTTAATCATTTTTTTAATTCGTATGATATTATCACATAAATTAATTTAAATACATCTCATGTTAAGGTTAATC

>NC_018648|3|3|2143741-2144745|CRISPRCasFinder
AATTAAATACATCTCATGTTAAGGTTAAAC	AAGTAAAAGGAGATTTTAATACTATTAATTTAAT
ATTTAAATACATCTCATGTTAAGGTTAATC	ATTTTCATAATGTTTTAATGTAGTAATTACTATTTG
ATTTAAATACATCTCATGTTAAGGTTAATC	GATGATAGTGGTATTGGATATACAACAATAATCGC
ATTTAAATACATCTCATGTTAAGGTTAATC	TTACATTTCCTGTCCAACTTATGGTATTTTCACC
ATTTAAATACATCTCATGTTAAGGTTAATC	TTTCCTCAGTTCTATTTTTAGTAGTTGTATTTTG
ATTTAAATACATCTCATGTTAAGGTTAATC	AGAAATATCAAAGACTATGTTATCTTATAATATTTC
ATTTAAATACATCTCATGTTAAGGTTAATC	AGATACTGTACATTGCTACAACAAAAATATTGATAT
ATTTAAATACATCTCATGTTAAGGTTAATC	ATTACAATTAAACTTTGATGCTCTATACCCATTTCA
ATTTAAATACATCTCATGTTAAGGTTAATC	GAACAGGATTGTATATTTTCGTTGCATAATATACA
ATTTAAATACATCTCATGTTAAGGTTAATC	CAGATGTGAGAGTTGAAAGGCTACAGGATATTGA
ATTTAAATACATCTCATGTTAAGGTTAATC	CAGGCGATAATATTAAAGAAAAAGTAAGTATAAC
ATTTAAATACATCTCATGTTAAGGTTAATC	TCATCAATTTTCATACCATCAAATTGATTATTTGC
ATTTAAATACATCTCATGTTAAGGTTAATC	GACGGTAAGCCTTTTTTTGGTGTTGCAATAAATAA
ATTTAAATACATCTCATGTTAAGGTTAATC	AACTGGGGAGGAATTAGACCTACAGTTGTAATTTG
ATTTAAATACATCTCATGTTAAGGTTAATC	ATTTTTTTAATTCGTATGATATTATCACATAAATTA
ATTTAAATACATCTCATGTTAAGGTTAATC

>NC_018648|3|1|2143741-2144745|CRT
AATTAAATACATCTCATGTTAAGGTTAAAC	AAGTAAAAGGAGATTTTAATACTATTAATTTAAT
ATTTAAATACATCTCATGTTAAGGTTAATC	ATTTTCATAATGTTTTAATGTAGTAATTACTATTTG
ATTTAAATACATCTCATGTTAAGGTTAATC	GATGATAGTGGTATTGGATATACAACAATAATCGC
ATTTAAATACATCTCATGTTAAGGTTAATC	TTACATTTCCTGTCCAACTTATGGTATTTTCACC
ATTTAAATACATCTCATGTTAAGGTTAATC	TTTCCTCAGTTCTATTTTTAGTAGTTGTATTTTG
ATTTAAATACATCTCATGTTAAGGTTAATC	AGAAATATCAAAGACTATGTTATCTTATAATATTTC
ATTTAAATACATCTCATGTTAAGGTTAATC	AGATACTGTACATTGCTACAACAAAAATATTGATAT
ATTTAAATACATCTCATGTTAAGGTTAATC	ATTACAATTAAACTTTGATGCTCTATACCCATTTCA
ATTTAAATACATCTCATGTTAAGGTTAATC	GAACAGGATTGTATATTTTCGTTGCATAATATACA
ATTTAAATACATCTCATGTTAAGGTTAATC	CAGATGTGAGAGTTGAAAGGCTACAGGATATTGA
ATTTAAATACATCTCATGTTAAGGTTAATC	CAGGCGATAATATTAAAGAAAAAGTAAGTATAAC
ATTTAAATACATCTCATGTTAAGGTTAATC	TCATCAATTTTCATACCATCAAATTGATTATTTGC
ATTTAAATACATCTCATGTTAAGGTTAATC	GACGGTAAGCCTTTTTTTGGTGTTGCAATAAATAA
ATTTAAATACATCTCATGTTAAGGTTAATC	AACTGGGGAGGAATTAGACCTACAGTTGTAATTTG
ATTTAAATACATCTCATGTTAAGGTTAATC	ATTTTTTTAATTCGTATGATATTATCACATAAATTA
ATTTAAATACATCTCATGTTAAGGTTAATC

>NC_018648|3|1|2143743-2144745|PILER-CR
TTAAATACATCTCATGTTAAGGTTAAAC	AAGTAAAAGGAGATTTTAATACTATTAATTTAATAT
TTAAATACATCTCATGTTAAGGTTAATC	ATTTTCATAATGTTTTAATGTAGTAATTACTATTTGAT
TTAAATACATCTCATGTTAAGGTTAATC	GATGATAGTGGTATTGGATATACAACAATAATCGCAT
TTAAATACATCTCATGTTAAGGTTAATC	TTACATTTCCTGTCCAACTTATGGTATTTTCACCAT
TTAAATACATCTCATGTTAAGGTTAATC	TTTCCTCAGTTCTATTTTTAGTAGTTGTATTTTGAT
TTAAATACATCTCATGTTAAGGTTAATC	AGAAATATCAAAGACTATGTTATCTTATAATATTTCAT
TTAAATACATCTCATGTTAAGGTTAATC	AGATACTGTACATTGCTACAACAAAAATATTGATATAT
TTAAATACATCTCATGTTAAGGTTAATC	ATTACAATTAAACTTTGATGCTCTATACCCATTTCAAT
TTAAATACATCTCATGTTAAGGTTAATC	GAACAGGATTGTATATTTTCGTTGCATAATATACAAT
TTAAATACATCTCATGTTAAGGTTAATC	CAGATGTGAGAGTTGAAAGGCTACAGGATATTGAAT
TTAAATACATCTCATGTTAAGGTTAATC	CAGGCGATAATATTAAAGAAAAAGTAAGTATAACAT
TTAAATACATCTCATGTTAAGGTTAATC	TCATCAATTTTCATACCATCAAATTGATTATTTGCAT
TTAAATACATCTCATGTTAAGGTTAATC	GACGGTAAGCCTTTTTTTGGTGTTGCAATAAATAAAT
TTAAATACATCTCATGTTAAGGTTAATC	AACTGGGGAGGAATTAGACCTACAGTTGTAATTTGAT
TTAAATACATCTCATGTTAAGGTTAATC	ATTTTTTTAATTCGTATGATATTATCACATAAATTAAT
TTAAATACATCTCATGTTAAGGTTAATC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018648.1|WP_012425832.1|2150933_2151824_-|ROK-family-protein	unknown	unknown	gnl|CDD|224851
NC_018648.1|WP_012423012.1|2154563_2155481_-|DUF1861-family-protein	unknown	unknown	gnl|CDD|378102
NC_018648.1|WP_012424189.1|2148648_2149377_+|hypothetical-protein	unknown	unknown	gnl|CDD|368639
NC_018648.1|WP_012423745.1|2133597_2134014_-|flavodoxin	unknown	unknown	gnl|CDD|235508
NC_018648.1|WP_012425425.1|2139715_2141419_-|hydroxylamine-reductase	unknown	unknown	gnl|CDD|235391
NC_018648.1|WP_012422907.1|2134105_2135566_-|NADP-dependent-glyceraldehyde-3-phosphate-dehydrogenase	unknown	unknown	gnl|CDD|143401
NC_018648.1|WP_012424859.1|2151834_2152770_-|mannose-6-phosphate-isomerase	unknown	unknown	gnl|CDD|224399
NC_018648.1|WP_012425258.1|2135617_2136388_-|oxidoreductase	unknown	unknown	gnl|CDD|99781
NC_018648.1|WP_012423143.1|2146548_2147340_-|esterase	unknown	unknown	gnl|CDD|225256
NC_018648.1|WP_012422806.1|2139119_2139353_-|DUF2249-domain-containing-protein	unknown	unknown	gnl|CDD|226759
NC_018648.1|WP_012425427.1|2141635_2142178_-|hypothetical-protein	unknown	unknown	gnl|CDD|237847
NC_018648.1|WP_079991389.1|2138385_2138718_+|transposase	unknown	unknown	gnl|CDD|372705
NC_018648.1|WP_012423930.1|2152947_2154549_-|alpha-glucosidase	unknown	unknown	gnl|CDD|200472
NC_018648.1|WP_012425824.1|2155494_2156556_-|LacI-family-DNA-binding-transcriptional-regulator	unknown	unknown	gnl|CDD|380629
NC_018648.1|WP_012424131.1|2138760_2138922_-|rubredoxin	unknown	unknown	gnl|CDD|366011
NC_018648.1|WP_012422668.1|2149617_2150829_-|MFS-transporter	unknown	unknown	gnl|CDD|340893
NC_018648.1|WP_012424468.1|2142315_2143590_-|peptidase-S41	unknown	unknown	gnl|CDD|143479
NC_018648.1|WP_012424904.1|2136880_2138113_+|FprA-family-A-type-flavoprotein	unknown	unknown	gnl|CDD|223503
NC_018648.1|WP_012424962.1|2156624_2157713_-|glycosidase	unknown	unknown	gnl|CDD|350124
NC_018648.1|WP_012425568.1|2147582_2148452_+|AraC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|225117

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018648.1|WP_012425832.1|2150933_2151824_-|ROK-family-protein	gnl|CDD|224851	COG1940, NagC, Transcriptional regulator/sugar kinase [Transcription / Carbohydrate transport and metabolism].	1.48951e-64
NC_018648.1|WP_012423012.1|2154563_2155481_-|DUF1861-family-protein	gnl|CDD|378102	pfam08950, DUF1861, Protein of unknown function (DUF1861). This hypothetical protein, found in bacteria and in the eukaryote Leishmania, has no known function.	1.45237e-177
NC_018648.1|WP_012424189.1|2148648_2149377_+|hypothetical-protein	gnl|CDD|368639	pfam05857, TraX, TraX protein. This family consists of several bacterial TraX proteins. TraX is responsible for the amino-terminal acetylation of F-pilin subunits.	1.19385e-18
NC_018648.1|WP_012423745.1|2133597_2134014_-|flavodoxin	gnl|CDD|235508	PRK05568, PRK05568, flavodoxin; Provisional.	5.54302e-56
NC_018648.1|WP_012425425.1|2139715_2141419_-|hydroxylamine-reductase	gnl|CDD|235391	PRK05290, PRK05290, hybrid cluster protein; Provisional.	0
NC_018648.1|WP_012422907.1|2134105_2135566_-|NADP-dependent-glyceraldehyde-3-phosphate-dehydrogenase	gnl|CDD|143401	cd07082, ALDH_F11_NP-GAPDH, NADP+-dependent non-phosphorylating glyceraldehyde 3-phosphate dehydrogenase and ALDH family 11. NADP+-dependent non-phosphorylating glyceraldehyde 3-phosphate dehydrogenase (NP-GAPDH, EC=1.2.1.9) catalyzes the irreversible oxidation of glyceraldehyde 3-phosphate to 3-phosphoglycerate generating NADPH for biosynthetic reactions. This CD also includes the Arabidopsis thaliana osmotic-stress-inducible ALDH family 11, ALDH11A3 and similar sequences. In autotrophic eukaryotes, NP-GAPDH generates NADPH for biosynthetic processes from photosynthetic glyceraldehyde-3-phosphate exported from the chloroplast and catalyzes one of the classic glycolytic bypass reactions unique to plants.	0
NC_018648.1|WP_012424859.1|2151834_2152770_-|mannose-6-phosphate-isomerase	gnl|CDD|224399	COG1482, ManA, Phosphomannose isomerase [Carbohydrate transport and metabolism].	8.02203e-80
NC_018648.1|WP_012425258.1|2135617_2136388_-|oxidoreductase	gnl|CDD|99781	cd06184, flavohem_like_fad_nad_binding, FAD_NAD(P)H binding domain of flavohemoglobin. Flavohemoglobins have a globin domain containing a B-type heme fused with a ferredoxin reductase-like FAD/NAD-binding domain. Flavohemoglobins detoxify nitric oxide (NO) via an NO dioxygenase reaction. The hemoglobin domain adopts a globin fold with an embedded heme molecule. Flavohemoglobins also have a C-terminal reductase domain with bindiing sites for FAD and NAD(P)H. This domain catalyzes the conversion of NO + O2 + NAD(P)H to NO3- + NAD(P)+. Instead of the oxygen transport function of hemoglobins, flavohemoglobins seem to act in NO dioxygenation and NO signalling.	2.16401e-107
NC_018648.1|WP_012423143.1|2146548_2147340_-|esterase	gnl|CDD|225256	COG2382, Fes, Enterochelin esterase and related enzymes [Inorganic ion transport and metabolism].	1.65251e-26
NC_018648.1|WP_012422806.1|2139119_2139353_-|DUF2249-domain-containing-protein	gnl|CDD|226759	COG4309, COG4309, Uncharacterized conserved protein [Function unknown].	7.31377e-32
NC_018648.1|WP_012425427.1|2141635_2142178_-|hypothetical-protein	gnl|CDD|237847	PRK14879, PRK14879, Kae1-associated kinase Bud32.	1.57292e-05
NC_018648.1|WP_079991389.1|2138385_2138718_+|transposase	gnl|CDD|372705	pfam13751, DDE_Tnp_1_6, Transposase DDE domain. Transposase proteins are necessary for efficient DNA transposition. This domain is a member of the DDE superfamily, which contain three carboxylate residues that are believed to be responsible for coordinating metal ions needed for catalysis.	2.79077e-10
NC_018648.1|WP_012423930.1|2152947_2154549_-|alpha-glucosidase	gnl|CDD|200472	cd11333, AmyAc_SI_OligoGlu_DGase, Alpha amylase catalytic domain found in Sucrose isomerases, oligo-1,6-glucosidase (also called isomaltase; sucrase-isomaltase; alpha-limit dextrinase), dextran glucosidase (also called glucan 1,6-alpha-glucosidase), and related proteins. The sucrose isomerases (SIs) Isomaltulose synthase (EC 5.4.99.11) and Trehalose synthase (EC 5.4.99.16) catalyze the isomerization of sucrose and maltose to produce isomaltulose and trehalulose, respectively. Oligo-1,6-glucosidase (EC 3.2.1.10) hydrolyzes the alpha-1,6-glucosidic linkage of isomaltooligosaccharides, pannose, and dextran. Unlike alpha-1,4-glucosidases (EC 3.2.1.20), it fails to hydrolyze the alpha-1,4-glucosidic bonds of maltosaccharides. Dextran glucosidase (DGase, EC 3.2.1.70) hydrolyzes alpha-1,6-glucosidic linkages at the non-reducing end of panose, isomaltooligosaccharides and dextran to produce alpha-glucose.The common reaction chemistry of the alpha-amylase family enzymes is based on a two-step acid catalytic mechanism that requires two critical carboxylates: one acting as a general acid/base (Glu) and the other as a nucleophile (Asp). Both hydrolysis and transglycosylation proceed via the nucleophilic substitution reaction between the anomeric carbon, C1 and a nucleophile. Both enzymes contain the three catalytic residues (Asp, Glu and Asp) common to the alpha-amylase family as well as two histidine residues which are predicted to be critical to binding the glucose residue adjacent to the scissile bond in the substrates. The Alpha-amylase family comprises the largest family of glycoside hydrolases (GH), with the majority of enzymes acting on starch, glycogen, and related oligo- and polysaccharides. These proteins catalyze the transformation of alpha-1,4 and alpha-1,6 glucosidic linkages with retention of the anomeric center. The protein is described as having 3 domains: A, B, C. A is a (beta/alpha) 8-barrel; B is a loop between the beta 3 strand and alpha 3 helix of A; C is the C-terminal extension characterized by a Greek key. The majority of the enzymes have an active site cleft found between domains A and B where a triad of catalytic residues performs catalysis. Other members of this family have lost the catalytic activity as in the case of the human 4F2hc, or only have 2 residues that serve as the catalytic nucleophile and the acid/base, such as Thermus A4 beta-galactosidase with 2 Glu residues (GH42) and human alpha-galactosidase with 2 Asp residues (GH31). The family members are quite extensive and include: alpha amylase, maltosyltransferase, cyclodextrin glycotransferase, maltogenic amylase, neopullulanase, isoamylase, 1,4-alpha-D-glucan maltotetrahydrolase, 4-alpha-glucotransferase, oligo-1,6-glucosidase, amylosucrase, sucrose phosphorylase, and amylomaltase.	0
NC_018648.1|WP_012425824.1|2155494_2156556_-|LacI-family-DNA-binding-transcriptional-regulator	gnl|CDD|380629	cd19974, PBP1_LacI-like, ligand-binding domain of uncharacterized DNA-binding regulatory proteins that are members of the LacI-GalR family of bacterial transcription repressors. This group includes the ligand-binding domain of uncharacterized DNA-binding regulatory proteins that are members of the LacI-GalR family of bacterial transcription repressors. The LacI-GalR family repressors are composed of two functional domains: an N-terminal HTH (helix-turn-helix) domain, which is responsible for the DNA-binding specificity, and a C-terminal ligand-binding domain, which is homologous to the sugar-binding domain of ABC-type transport systems that contain the type 1 periplasmic binding protein-like fold. As also observed in the periplasmic binding proteins, the C-terminal domain of the bacterial transcription repressor undergoes a conformational change upon ligand binding which in turn changes the DNA binding affinity of the repressor.	7.71723e-96
NC_018648.1|WP_012424131.1|2138760_2138922_-|rubredoxin	gnl|CDD|366011	pfam00301, Rubredoxin, Rubredoxin.	1.17683e-21
NC_018648.1|WP_012422668.1|2149617_2150829_-|MFS-transporter	gnl|CDD|340893	cd17335, MFS_MFSD6, Major facilitator superfamily domain-containing protein 6. Human Major facilitator superfamily domain-containing protein 6 (MFSD6) is also called macrophage MHC class I receptor 2 homolog (MMR2). It has been postulated as a possible receptor for human leukocyte antigen (HLA)-B62. MFSD6 is conserved through evolution and appeared before bilateral animals. It belongs 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.	5.02483e-17
NC_018648.1|WP_012424468.1|2142315_2143590_-|peptidase-S41	gnl|CDD|143479	cd07563, Peptidase_S41_IRBP, Interphotoreceptor retinoid-binding protein; serine protease family S41. Interphotoreceptor retinoid-binding protein (IRBP) is a homolog of the S41 protease, C-terminal processing peptidase (CTPase) family. It is thought to facilitate the compartmentalization of the visual cycle that requires poorly soluble and potentially toxic retinoids to cross the aqueous subretinal space between the photoreceptors and the retinal pigment epithelium (RPE). IRBP is secreted by photoreceptors into the interphotoreceptor matrix (IPM) where it is rapidly turned over by a combination of RPE and photoreceptor endocytosis. It is the most abundant soluble protein component of the IPM, consisting of homologous modules, each repeat structure arising through the duplication (as in teleost IRBP) or quadruplication (in tetrapods) of an ancient gene, arisen in the early evolution of the vertebrate eye. IRBP has been shown to promote the release of all-trans retinol from photoreceptors and facilitates its delivery to the RPE. Conversely, IRBP can promote the release of 11-cis-retinal from the RPE, prevent its isomerization in the subretinal space, and transfer it to photoreceptors. In vivo evidence implicates IRBP as a retinoid transporter in the visual cycle, suggesting a critical role for IRBP in cone function essential for human vision. IRBP is a dominant autoimmune antigen in the eye; IRBP proteolysis analysis has proven a useful biomarker for autoimmune uveitis (AU) disorders, a major cause of blindness. This family also includes a chlamydia-secreted protein, designated chlamydia protease-like activity factor (CPAF), known to degrade host proteins, enabling Chlamydia to evade host defenses and replicate.	4.78372e-11
NC_018648.1|WP_012424904.1|2136880_2138113_+|FprA-family-A-type-flavoprotein	gnl|CDD|223503	COG0426, FpaA, Uncharacterized flavoproteins [Energy production and conversion].	1.60148e-109
NC_018648.1|WP_012424962.1|2156624_2157713_-|glycosidase	gnl|CDD|350124	cd18612, GH130_Lin0857-like, Glycoside hydrolase family 130 such as Listeria innocua beta-1,2-mannobiose phosphorylase. This subfamily contains the glycosyl hydrolase family 130 (GH130), as classified by the carbohydrate-active enzymes database (CAZY), enzymes that are phosphorylases and hydrolases for beta-mannosides, and includes Listeria innocua beta-1,2-mannobiose phosphorylase (Lin0857). hey possess 5-bladed beta-propeller domains similar to families 32, 43, 62, 68, 117 (GH32, GH43, GH62, GH68, GH117). GH130 enzymes are involved in the bacterial utilization of mannans or N-linked glycans. Structure of Lin0857 shows beta-1,2-mannotriose bound in a U-shape, interacting with a phosphate analog at both ends. Lin0857 has a unique dimer structure connected by a loop, with a significant open-close loop displacement observed for substrate entry. A long loop, which is exclusively present in Lin0857, covers the active site to limit the pocket size.	4.68222e-151
NC_018648.1|WP_012425568.1|2147582_2148452_+|AraC-family-transcriptional-regulator	gnl|CDD|225117	COG2207, AraC, AraC-type DNA-binding domain-containing proteins [Transcription].	2.73616e-30

Protein sequences

>NC_018648.1|WP_012424468.1|2142315_2143590_-|peptidase-S41
MKFNKKGKVITTILLVIAVVIGIFAFKIFHRVTNSPMIKSEDRNEKFIADIEFLKKELPKKHKNLFFSKSEEEFNDEIDSLINNVSRYSDEEINGELAKIIVSINDSHTNVDIMGSLAYPLNFFQFGNDIYLVDGDSEYKGYWGKKLISINGHSINELKEKLEPFISKDNEAISKNQFSVLLKCVEVLKLSGIVKEDNATFTFEGSPNDDVMIKPVTMEEYMNITTLSSDEEFKNRFPISKQNSNDNYWFKYIEEENTMYVKYNSCMEMKEYSFSNFTKDVFNVIDTKNATKLVVDLRDNGGGNSRVFETFLDEIKKRENINKEGNLYAIIGRRTFSSAVLNAMSLRNETNATLIGEPTGGKPNHFGEVKTIHLSNVNIDVNYSSNYFKTSDEDTDSIYPNVEINLKAESFFNGQDDFLEYVIR
>NC_018648.1|WP_012425427.1|2141635_2142178_-|hypothetical-protein
MDFIKVNERKFTILKLLGKGKGGYSYLVTDDKSNKYVVKQIHHEPCEYYQFGNKIESELNDYNKLYKIGLKIPKMLDVDIENERILKEFIDGDTIYNMILKDNMNENYIKQIKNMCKKLYPVNINIDYFPTNFIVQDELIWYIDYECNEYMEKWDFENWGIKYWSKTPEFIEYVNNNKGQ
>NC_018648.1|WP_012425425.1|2139715_2141419_-|hydroxylamine-reductase
MSMFCYQCQETAGCKGCTKVGVCGKDEHVAKAQDLLIYVTKGLAIVSNEGRKVGVIDSKVDKYITENLFTTITNANFDRDSILDRVRETLKLREILKAKVIKAGGKVGEVKVSGGFFKKIFGMQTTEMIMPDAATWTADNIIEFDVKAEKVGVLATENEDIRSLRELITYGLKGLSAYMKHAMNLKYNNEEVHGFMARALAATLDDSLTVDDLVALALEAGKFGVDGMALLDKANTESYGHPEITTVDIGVRTNPGILISGHDLKDLEMLLKQTEGTGVDVYTHGEMLAGQYYPKFKKYKHFAGNYGNAWWKQKEEFEKFNGPILMTTNCIVIPKESYKNRLFTTGATGMPGCPHIEADSKGIKDFSKVIEMAKKCNAPTEIEKGQIVGGFAHNQVLALADKVVDAVKTGAIKRFFVMAGCDGRAKSRNYYTDFAEKLPKDTVILTAGCAKYKYNKLNLGDIGGIPRVLDAGQCNDSYSLVVIALKLQEVFSLDDVNKLPISYNIAWYEQKAVIVLLSLLHLGVKNIHLGPTLPAFLSPNVAKVLIDNFGIGGITNVEDDMKMFMEA
>NC_018648.1|WP_012422806.1|2139119_2139353_-|DUF2249-domain-containing-protein
MSNFAATVDARKYEPRDKHPVIFKTFEGLALGEKMELINDHDPRPLHYQFIIERPETFEWEYLEEGPEVWRVAITKK
>NC_018648.1|WP_012424131.1|2138760_2138922_-|rubredoxin
MDSYVCTVCGYIYDPVVGDTDNGVAPGTKFEDIADDWVCPLCGVPKSDFEKVE
>NC_018648.1|WP_079991389.1|2138385_2138718_+|transposase
MKICNIIQKQILILVITVRNCSLFSIVHRKAASGYEAEVTVYECESCENCSHKAKCTKAKANRKMQVSKTFVEKREISYKNIITEKGASLLIKINHFATAPYKFIISLIF
>NC_018648.1|WP_012424904.1|2136880_2138113_+|FprA-family-A-type-flavoprotein
MEKNIMLNENIFWVGKVDDRDVPFHRLTLTKGTTYNSYLLMTEKPTVIDTVDISFGREFVENLKNVIELDKIKYIVINHTEPDHSGSLRSLATKATNAVIVCTKPAVNELKEMYKLHDREFLVVGDGDTLDIGGKTLKFIETPYLHTEETMVTYCEEDKILFPCDIFSTHVANYEYFNDMAKKDIKDDFIGYYKLIMHPHRRYVQNMIEKIRNLDIRMIAPSHGFIIRDDIKSFIDIYDNMSKNTDLDKKALILYSTMTGSTKKIATILNEKFEEQNITSEVMDVNKIPMEEVMKSINEADVIFFGSSTRYGDMIGNMEDILKNLKSLNLESKLGAAFGSYGWSGEAIEVVQDYLNETNLKVLNTSHVIKSTGMIDIELPLRIRFSPKEDILKNIERLVTYVSDLLLSTI
>NC_018648.1|WP_012425258.1|2135617_2136388_-|oxidoreductase
MIDNKVSSDSRWKGFKDFRVFKIVKEDEVVTSFYLKSLDGSKLPEFIAGQFITVRIKNEDNTFTKPRQYTLSMNYNEEFYRISVKREENGFLSKKLCDEIKAGDNLQITAPLGNFILKNSEKPLVLIGGGIGITPMLTMAYDAVSSDRKIHFIYSIPNSTHHSFKEETAKLNNNNFKSTVLYTRPTETEELGKDFDIKGRISREWMIDNLPKDGEFYFCGPVPFMKTIYHNLISMGIEKEYINFEMFEAGVDITKE
>NC_018648.1|WP_012422907.1|2134105_2135566_-|NADP-dependent-glyceraldehyde-3-phosphate-dehydrogenase
MFNHIKDENNTFKNLINGEWVSSRSFVEIKSPLSNSLLGRVPAMTKEEVDIAVQTAKEAQKKWNKITINERAEILYKASDILLENIDELSELMMMEIAKDRKSCRSEVSRTSDFIKFTADTAKNLSGESIPGDSFPGFKNNKVSIVKREPLGVVLAISPFNYPINLSASKIAPGLMAGNSVVLKPATQGSLCGLYLARIFEKAGVPAGVLNTITGKGSEIGDYITTHKGINFINFTGSTEVGARISKMTSMVPLLMELGGKDAAIVLEDADLELTASNIVAGGYSYSGQRCTAVKRILVVDKVADKLLEKIKEKMKKLTVGNPLEKDVDIVPLISSKAADFVIELIEDAKSKGADLIVGGNREGNLIYPTLFDNVTTDMRLAWEEPFGPVLPIIRVKDKDEAIEIANKSEYGLQSAVFTKNINDAFYVADKLEVGTVQINNKTERGPDNFPFMGVKASGIGTQGIKYSIESMSRPKATIINLSIHN
>NC_018648.1|WP_012423745.1|2133597_2134014_-|flavodoxin
MKIIYWSQSGNTEKMASLILEGIKSEGGKAELLEVSAVSLDDVKNEEILILGCPASGAEELEESEMEPFVKSLEGIIKGKKVALFGSWGWGNGEWMTEWEKRMESYGATLISEGLTVQEYPEGEDENKCISFGKLIVK
>NC_018648.1|WP_012423143.1|2146548_2147340_-|esterase
MNKSKIEKVNFYSDALGKESSMLVYLPESYSSVTPLPVLYFLHGRSGNENVIFELDIKTKADRMIKDGEIKPIIIVCPRIENSRGVNSSLIYEEISDYGNNNRIINLGMYEDYFIKEIVPLIDKTFNTIKDRKGRYIGGASAGGYAALHNTFRHQNMFSKVGGHMPALELELEDEDKTYYKDMGVWEKYDPICIARNNNISLDINVYLDAGDQDEGKFYEGCSILYEILKEKGIKSQNHVFRGNHNVEYIKSNIEKYLKFYGR
>NC_018648.1|WP_012425568.1|2147582_2148452_+|AraC-family-transcriptional-regulator
MKNLQTYYYKKMPNPNLGIDIFLAEGFCKGRKFNTHWHENMQLYFFTEGKALVECNKKRYYVAADSIVVINSNELHSLESLSDDLKFYTIRIDSSFLFSNQVDLCQTKFLSPLSQNQIFFQNLIEDDKQILDCVTITIQEYLSKEIGYELAVKSFIYQLIVLLLRKYISKFLTRKELILKVNNLKRFDLVFKYIDSNYSKKITTSDLSDIVHISNYHFCRTFKQMTGKTTTDYINGIRLEKAVNYLNKGDLNITEIALRCGFDSINYFSRLFKKHYNVSPTQFKKTNFK
>NC_018648.1|WP_012424189.1|2148648_2149377_+|hypothetical-protein
MKKLNAFQIKVFLIIMMLLDHISSAFPGVLPNWTHAITRGVSPMFAYFLVEGYFYTRSKKKYGIRLLSFAVLMYLGNTLINTLLAVKGVYVENNIFETLFAGFIGIWIFDYAKKKQGSVKVLLIILGVVCSIIGALFTEGGLSVIPFILITYFFRENTKKQIVGYLLLSIVLFFMVFTPYETVTETIDMLMFNSDFLLILAIPTILLYNGERGLNNKFSKYLFYVFYPLHLWGLAIISYLIK
>NC_018648.1|WP_012422668.1|2149617_2150829_-|MFS-transporter
MKNISFKLNTIRSFSMNLLFNSFGNSVVGTIYVLFLSQVKGFSDKDVSLMVGLIPIITIPSYILWGIIIDKTKKVVLTNKMVIIANIVTLILLIYVDNIYAFFIINLIRTVLLQPGGMVNDEYLLNLVKDNTGSYGSIRTFGTVGYGLGGLVCLLLMDYIEISGLLIIAIMSLASTLLFISKMPEINIDKSLKKGYHKTKFKIEQLDLLKNMKYMRLMIIYVLMNGTLASASSYAIPMIMIKLDAPQNIIGVMPFIMIVFELILLLQNKRLNFPKKRNKYLLIGLILLTIRWITMGVTESYIIIILISIIHGAVAGILLPIQNDMVEKFVPQNQQSTAIMLQTLLSSTIVPSILNIILGFLLEPWVIKSFGIVYLICNVITLFMYIINLLFNRYEEKRVVFDK
>NC_018648.1|WP_012425832.1|2150933_2151824_-|ROK-family-protein
MKYYIGIDIGGTNLRAAILDEKCNLVDKLKISNEVEKGPEYNLDKLILEIKERWSDKEIISVGVGCPGPLDIRSGTILVTPNLRTWEYFKLKEYLENKFDLPVFVNNDANVAGYSEAMVGAGKGAESVYYMTLSTGIGGGFIYKGEIVSGFNSIAAEIGNMIINEDTYKHSNMNYGGLEGQCSGVNIARISSEIIGGELTTKDVFEGAEKGNMELQKMLSEWVTNVSKAIANIIVTVDPEVIVLGGSVIINNPSYLNKIKEETQKRVFDGIKINIKLAEIGDDTGLIGAGLLGKLK
>NC_018648.1|WP_012424859.1|2151834_2152770_-|mannose-6-phosphate-isomerase
MYPIKFKNIYYEKIWGGRDLAQFRDNLPLGDIGESWDVACHSNGMSIVENGELKGKRFDELIKEYGKDLLGESFENKDFPLLVKLINSREKLSVQVHPNDEYANRVENSLGKTEAWYVVDAKPGACLIVGTKDCNKAVFEKAIKEGKTEDYLNKIQVKKGDCFLINSGLVHAICEGVIIAEIQQNSDITYRIYDYGRPREIHVDKSLDVIDFGLKAMNFSENKLDSYDGYKKGVLCSSEYFTMEKYVVNGEVEESSDINKFFIFTCVDGNGFIKSLHGHDIEVLKGDSILIPAKLGKYVIEGNLTLLKSYI
>NC_018648.1|WP_012423930.1|2152947_2154549_-|alpha-glucosidase
MHKKWWKESVFYEIYMPSFKDGNNDGIGDFKGITSKLEYLSDLGIRGIWLTPFYPSPKVDNGYDISDYYNIDKDYGTLEDFNEFLSKAHSLGIKIIVDIVLNHTSSEHPWFKESRKSKDNEKRDFYIWKKEKPNNWESFFGGEAWEYDELTKEYYYHAFAKEQVDLNWSNPKVYDAMKDVLKYWIDLGVDGFRFDVINFLTIKNDLAQDNPYDEKGEQIHKYDKDQEGIIEIIKTLVKDIREIKEDVFLVGEVGSEDLNELRGYSGKDLLDVVFNFNLGSINEFSAEKIYKEIKNMNDNYDSYQIPTIFFNSHDMGRSISRFNPDGNKNGIEKAMAALLLISYGVPFMYFGEEIGMKDLVCLDINKMNDIQGVTKYNIEISNGKTQEEALISANKSSRDKSRSPMQWNNSKFYGFSNTMPWINIEDKNDNELVEKQIKEEGSLINLYKDLIKIRYKNDTLLYGKYANLSFDDGVLIMERELNNETIRTVINFGDNEYIENNTEEIIYRNIKVQEKRTLGKFDFIIQRYKAITN
>NC_018648.1|WP_012423012.1|2154563_2155481_-|DUF1861-family-protein
MKDMKTCEILLAEYLKSESKIYGVEKINFINVGENDVYNISAPFVDNDKTIIAGRVEARDSEHSTVYFFEKNDEGWSPIDSYPTFSLQDPFFTKINNELIVGGVEIFPHPEIEGTLKWRTIFYKGKDVASLERFFVGPDGMKDLRLVQLLDKRIGVLTRPQGEKGGRGRIGFSIINTLEELNIKVIEESPLLDGLFVDEEWGGANEARPLNETTLGILGHVACFDKDGNRHYYPMTFELNINTLEVKNQKLIAVRKDFKPGQAKRPDLEDVVFSGGLEIKEDKATLYAGISDAEAQFIIIDNPFK
>NC_018648.1|WP_012425824.1|2155494_2156556_-|LacI-family-DNA-binding-transcriptional-regulator
MGKVTMKDIAAKLNISINAVSLALNGKPGVSEETKKLVLDVAEKIGYLDRSPKFIQSFASKNICALIKQSHFEDSTFYSKILMSIVEEARKKGYDVITCIVNEDEQNIPSCIESKKVCGIIIISAIDDDYLIKLKEFELPVVLVDHASLLENTDSILTNNKLGSFKITKLLLDKGYTKIGFFGDLEYSLSIKERFFGYQEAIKKFIKFDNKDGITDFINDYSILSDLESYIINQDSEGIQKKISQMDNIPEAFVCSNDNAAIMLITSLKELGYEIPKDISVVGFDDIILSSLVMPKVTTVRVQKELMGKNAVNRLLWRIDHKDAPNEDIVMGVDIVERDSVGIKNIMENEQKN
>NC_018648.1|WP_012424962.1|2156624_2157713_-|glycosidase
MNNKLNVVRSAKNPLIKPSDVKPSREDFKVDGVFNCGVCKYKDEYILLCRVAESVKVENEDEVKIPVVANENGKDAIKIISFNKKIDTEFDYSDSRSLWKLEKKGTRKIAYLTSLSHIRIARSKDGENFEIDDNAFIKPIASEEEWGIEDPRITQIDNKYYINYTSVTRNGAATSLVSTEDFKSYERHGIIFAPENKDVTIFPEKVNGKYLTFNRPVPCAIGAPDMWLAESPDLIHWGKQKHFYGGSDEESWDSGRVGGGAVPFLTEKGWLKIYHAADKEDRYCLGAFLLDKDDPMKILAKTNDPILEPEAVYEKDGFFGNVVFTCGCLFEDGIVKIYYGAADDKICRADIKIEDIFALMDK

Crispr_ID: NC_018648_4

• CRISPR_ID: NC_018648_4
• CRISPR_location: 3372795-3372971
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NC_018648_4

Consensus_repeat	Method
CTCCTGATGCATTAGTGTAGTACCAAGTTCCATTATCATTAA	PILER-CR

spacers of NC_018648_4

>4.1|3372837|49|NC_018648|PILER-CR
TCCAACCAGTTTTCATTGCTCCTCTAGTTCCGTCTGAAACTGGATTTAA
>4.2|3372928|24|NC_018648|PILER-CR
CGTTTTGCCATCCAGTTAACATAA

CRISPR arrays and Neighbor proteins around NC_018648_4

CRISPR arrays

The CRISPR arrays of NC_018648_4

>merge|NC_018648|4|3372795-3372971|PILER-CR
CTCCTGATGCATTAGTGTAGTACCAAGTTCCGTTATCATTGATCCAACCAGTTTTCATTGCTCCTCTAGTTCCGTCTGAAACTGGATTTAAGTAGTACCAAGTTCCATTAACGTTTTGCCATCCAGTTAACATAACTCCTGATTCATTAGTGTAGAACCAAGTTCCATTATCATTAA

>NC_018648|4|2|3372795-3372971|PILER-CR
CTCCTGATGCATTAGTGTAGTACCAAGTTCCGTTATCATTGA	TCCAACCAGTTTTCATTGCTCCTCTAGTTCCGTCTGAAACTGGATTTAA
GTAGTACCAAGTTCCATTAACGTTTTGCCATCCAGTTAACAT	AACTCCTGATTCATTAGTGTAGAA
CCAAGTTCCATTATCATTAA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018648.1|WP_041712292.1|3384559_3386035_+|DUF2334-domain-containing-protein	unknown	unknown	gnl|CDD|200549
NC_018648.1|WP_012425172.1|3361774_3363862_-|GGDEF-domain-containing-protein	unknown	unknown	gnl|CDD|143635
NC_018648.1|WP_012424563.1|3382311_3384090_-|N-acetylmuramoyl-L-alanine-amidase-family-protein	unknown	unknown	gnl|CDD|227588
NC_018648.1|WP_012424475.1|3354601_3356197_-|peptide-chain-release-factor-3	unknown	unknown	gnl|CDD|179105
NC_018648.1|WP_012422602.1|3360930_3361482_-|hypothetical-protein	unknown	unknown	unknown
NC_018648.1|WP_012422917.1|3363905_3365339_-|cadherin-like-beta-sandwich-domain-containing-protein	unknown	unknown	gnl|CDD|227588
NC_018648.1|WP_012423554.1|3391196_3391532_-|EamA-family-transporter	unknown	unknown	gnl|CDD|274527
NC_018648.1|WP_012425500.1|3372109_3372427_-|hypothetical-protein	unknown	unknown	gnl|CDD|227588
NC_018648.1|WP_012424852.1|3377448_3379128_-|cadherin-like-beta-sandwich-domain-containing-protein	unknown	unknown	gnl|CDD|227588
NC_018648.1|WP_012423343.1|3370141_3371626_-|N-acetylmuramoyl-L-alanine-amidase-family-protein	unknown	unknown	gnl|CDD|227588
NC_018648.1|WP_012424811.1|3356631_3360834_-|InlB-B-repeat-containing-protein	unknown	unknown	gnl|CDD|227588
NC_018648.1|WP_012423791.1|3391524_3391866_-|EamA-family-transporter	unknown	unknown	gnl|CDD|185011
NC_018648.1|WP_012424032.1|3390101_3390950_-|glycosyltransferase	unknown	unknown	gnl|CDD|133016
NC_018648.1|WP_012424359.1|3367373_3368720_-|cadherin-like-beta-sandwich-domain-containing-protein	unknown	unknown	gnl|CDD|227588
NC_018648.1|WP_012425179.1|3365994_3367224_-|cadherin-like-beta-sandwich-domain-containing-protein	unknown	unknown	gnl|CDD|378939
NC_018648.1|WP_012425409.1|3388706_3389882_-|phage-replisome-organizer-N-terminal-domain-containing-protein	unknown	unknown	gnl|CDD|370614
NC_018648.1|WP_012422614.1|3386281_3388321_-|M13-family-metallopeptidase	unknown	unknown	gnl|CDD|341056
NC_018648.1|WP_012423697.1|3379546_3381835_-|surface-protein-PspA	unknown	unknown	gnl|CDD|227588
NC_018648.1|WP_012424053.1|3368943_3369855_-|cadherin-like-beta-sandwich-domain-containing-protein	unknown	unknown	gnl|CDD|227588
NC_018648.1|WP_041712289.1|3374954_3377189_-|cadherin-like-beta-sandwich-domain-containing-protein	unknown	unknown	gnl|CDD|227588

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018648.1|WP_041712292.1|3384559_3386035_+|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.	8.95814e-58
NC_018648.1|WP_012425172.1|3361774_3363862_-|GGDEF-domain-containing-protein	gnl|CDD|143635	cd01949, GGDEF, Diguanylate-cyclase (DGC) or GGDEF domain. Diguanylate-cyclase (DGC) or GGDEF domain: Originally named after a conserved residue pattern, and initially described as a domain of unknown function 1 (DUF1). This domain is widely present in bacteria, linked to a wide range of non-homologous domains in a variety of cell signaling proteins. The domain shows homology to the adenylyl cyclase catalytic domain. This correlates with the functional information available on two GGDEF-containing proteins, namely diguanylate cyclase and phosphodiesterase A of Acetobacter xylinum, both of which regulate the turnover of cyclic diguanosine monophosphate. Together with the EAL domain, GGDEF might be involved in regulating cell surface adhesion in bacteria.	3.43348e-56
NC_018648.1|WP_012424563.1|3382311_3384090_-|N-acetylmuramoyl-L-alanine-amidase-family-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	8.17636e-26
NC_018648.1|WP_012424475.1|3354601_3356197_-|peptide-chain-release-factor-3	gnl|CDD|179105	PRK00741, prfC, peptide chain release factor 3; Provisional.	0
NC_018648.1|WP_012425179.1|3365994_3367224_-|cadherin-like-beta-sandwich-domain-containing-protein	gnl|CDD|378939	pfam12733, Cadherin-like, Cadherin-like beta sandwich domain. This domain is found in several bacterial, metazoan and chlorophyte algal proteins. A profile-profile comparison recovered the cadherin domain and a comparison of the predicted structure of this domain with the crystal structure of the cadherin showed a congruent seven stranded secondary structure. The domain is widespread in bacteria and seen in the firmicutes, actinobacteria, certain proteobacteria, bacteroides and chlamydiae with an expansion in Clostridium. In contrast, it is limited in its distribution in eukaryotes suggesting that it was derived through lateral transfer from bacteria. In prokaryotes, this domain is widely fused to other domains such as FNIII (Fibronectin Type III), TIG, SLH (S-layer homology), discoidin, cell-wall-binding repeat domain and alpha-amylase-like glycohydrolases. These associations are suggestive of a carbohydrate-binding function for this cadherin-like domain. In animal proteins it is associated with an ATP-grasp domain.	2.81936e-18
NC_018648.1|WP_012422917.1|3363905_3365339_-|cadherin-like-beta-sandwich-domain-containing-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	8.95973e-36
NC_018648.1|WP_012425500.1|3372109_3372427_-|hypothetical-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	6.22717e-15
NC_018648.1|WP_012424852.1|3377448_3379128_-|cadherin-like-beta-sandwich-domain-containing-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	5.08194e-31
NC_018648.1|WP_012423343.1|3370141_3371626_-|N-acetylmuramoyl-L-alanine-amidase-family-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	2.52031e-31
NC_018648.1|WP_012424811.1|3356631_3360834_-|InlB-B-repeat-containing-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	9.31157e-17
NC_018648.1|WP_012423791.1|3391524_3391866_-|EamA-family-transporter	gnl|CDD|185011	PRK15051, PRK15051, 4-amino-4-deoxy-L-arabinose-phosphoundecaprenol flippase subunit ArnE; Provisional.	0.00382417
NC_018648.1|WP_012424032.1|3390101_3390950_-|glycosyltransferase	gnl|CDD|133016	cd02525, Succinoglycan_BP_ExoA, ExoA is involved in the biosynthesis of succinoglycan. Succinoglycan Biosynthesis Protein ExoA catalyzes the formation of a beta-1,3 linkage of the second sugar (glucose) of the succinoglycan with the galactose on the lipid carrie. Succinoglycan is an acidic exopolysaccharide that is important for invasion of the nodules. Succinoglycan is a high-molecular-weight polymer composed of repeating octasaccharide units. These units are synthesized on membrane-bound isoprenoid lipid carriers, beginning with galactose followed by seven glucose molecules, and modified by the addition of acetate, succinate, and pyruvate. ExoA is a membrane protein with a transmembrance domain at c-terminus.	1.61063e-10
NC_018648.1|WP_012424359.1|3367373_3368720_-|cadherin-like-beta-sandwich-domain-containing-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	9.24394e-36
NC_018648.1|WP_012423554.1|3391196_3391532_-|EamA-family-transporter	gnl|CDD|274527	TIGR03340, phn_DUF6, phosphonate utilization associated putative membrane protein. This family of hydrophobic proteins has some homology to families of integral membrane proteins such as (pfam00892) and may be a permease. It occurs in the vicinity of various types of operons for the catabolism of phosphonates in Vibrio, Pseudomonas, Polaromonas and Thiomicrospira.	0.000763377
NC_018648.1|WP_012425409.1|3388706_3389882_-|phage-replisome-organizer-N-terminal-domain-containing-protein	gnl|CDD|370614	pfam09681, Phage_rep_org_N, N-terminal phage replisome organizer (Phage_rep_org_N). This entry represents the N-terminal domain of a small family of phage proteins. The protein contains a region of low-complexity sequence that reflects DNA direct repeats able to function as an origin of phage replication. The region is N-terminal to the low-complexity region.	6.07036e-39
NC_018648.1|WP_012422614.1|3386281_3388321_-|M13-family-metallopeptidase	gnl|CDD|341056	cd08662, M13, Peptidase family M13 includes neprilysin and endothelin-converting enzyme I. The M13 family of metallopeptidases includes neprilysin (neutral endopeptidase, NEP, enkephalinase, CD10, CALLA, EC 3.4.24.11), endothelin-converting enzyme I (ECE-1, EC 3.4.24.71), erythrocyte surface antigen KELL (ECE-3), phosphate-regulating gene on the X chromosome (PHEX), soluble secreted endopeptidase (SEP), and damage-induced neuronal endopeptidase (DINE)/X-converting enzyme (XCE). Proteins in this family fulfill a broad range of physiological roles due to the greater variation in the active site's S2' subsite allowing substrate specificity. NEP is expressed in a variety of tissues including kidney and brain, and is involved in many physiological and pathological processes, including blood pressure and inflammatory response. It degrades a wide array of substrates such as substance P, enkephalins, cholecystokinin, neurotensin and somatostatin. It is an important enzyme in the regulation of amyloid-beta (Abeta) protein that forms amyloid plaques that are associated with Alzeimers disease (AD). ECE-1 catalyzes the final rate-limiting step in the biosynthesis of endothelins via post-translational conversion of the biologically inactive big endothelins. Like NEP, it also hydrolyzes bradykinin, substance P, neurotensin, and Abeta. Endothelin-1 overproduction has been implicated in various diseases including stroke, asthma, hypertension, and cardiac and renal failure. Kell is a homolog of NEP and constitutes a major antigen on human erythrocytes; it preferentially cleaves big endothelin-3 to produce bioactive endothelin-3, but is also known to cleave substance P and neurokinin A. PHEX forms a complex interaction with fibroblast growth factor 23 (FGF23) and matrix extracellular phosphoglycoprotein, causing bone mineralization. A loss-of-function mutation in PHEX disrupts this interaction leading to hypophosphatemic rickets; X-linked hypophosphatemic (XLH) rickets is the most common form of metabolic rickets. ECEL1 is a brain metalloprotease which plays a critical role in the nervous regulation of the respiratory system, while DINE is abundantly expressed in the hypothalamus and its expression responds to nerve injury. A majority of these M13 proteases are prime therapeutic targets for selective inhibition.	0
NC_018648.1|WP_012423697.1|3379546_3381835_-|surface-protein-PspA	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	4.86846e-27
NC_018648.1|WP_012424053.1|3368943_3369855_-|cadherin-like-beta-sandwich-domain-containing-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	5.16412e-20
NC_018648.1|WP_041712289.1|3374954_3377189_-|cadherin-like-beta-sandwich-domain-containing-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	6.56752e-38

Protein sequences

>NC_018648.1|WP_012425500.1|3372109_3372427_-|hypothetical-protein
MELYYSGWKNLNGKWYFFKDGSMKSGWVQDGLAWYYLNDEGEMQNGWIKDGESEYFTNSRGIMQTGWISDYGILYYANKNGLIQKGKAIIGGKEYNFSKDGRLIL
>NC_018648.1|WP_012423343.1|3370141_3371626_-|N-acetylmuramoyl-L-alanine-amidase-family-protein
MIKRIKKIMALVLVATSVVAIAPREMFKGNVTAYAATTKEGMPTEQEIIGALQEELKKEYLGCLAVKVIPEPVKTLNITLTTSEATKIATPIAEKKAKQIVEAKGLHDGDPGYDDAVKATTKVILTQLVPVLQAACKNIPIYKYAAIGTDGQTVIGKGFVVGGGVEALLLQTGKSPIYVDATNLDNTIVNELIDKIKGAIGNISSTITDALDDIAHSVDKISNSITDLFDDLDDSTDDFFDKINKDEGWDKHDGYVYYYDEDGIKYRGVHEIKGKNYYFNRVDGAMETGWQIVDGKRCYFSPKKGYQLYSQWIKDGDKIYCLDEKGEVRKSQWAQDGANSCYLKADGTVAKGWYSVNRDERYYFNETTGYIETSKWIYDDQEWYYLKDSGVAATDWECVNGKWYCFKSTGKLYSGWFRNEGSWYYSDSTGAMQTGWVYHKNKWFYLDDSGKMKKNEWLSVNGKWYYFNLNGEMITSSRYIDGTKYHFNSDGSLQ
>NC_018648.1|WP_012424053.1|3368943_3369855_-|cadherin-like-beta-sandwich-domain-containing-protein
MNKKLKRIITMTLIIGAFSSVLPVNYKIFNNEKVYASTKDDYLLKKLGVFEAKSGDEVNLLDSEWKKTSFNKKSKENYCVKVDSDIDSIRIDTSTDAADYAIYKNDGKKNYKGKDILLSDGITKIYIKTYDSKSDADDDKNVKKEYKLTVKKSLDSNEGISSGDDNDSSSNLEQSKDNDIKNQNNSLSKFDNKVSNNAKRNQWVIVNGLWQYNNYLGDSLKYEWYHDTFNDKWYFLDSYGNMVTGWLNKGEQWYYFDSNGEMVTGWRSINGQWYYFNLLGKMMTERVLDNGEWYYFLPSGELI
>NC_018648.1|WP_012424359.1|3367373_3368720_-|cadherin-like-beta-sandwich-domain-containing-protein
MNKRLKHIIAATLVVSAFTTITPAKYINLGAVNAYASSNSMSKDEFDDLVVCKGSSSKELQLYSSSSCKDSDEIDFKFGTKTYYVKISGSTNSVTIDAEVDSDYEAHVFKGNKDKAYDLGEEVKVGSGTTTLYVRIYEDGEFDEDDVEEDVARTYKICVKNGSSSDDEDSDSDKVYLKDLTLSDGDINFSKQKTSYDINVNESVNSIMIKAVPKNDDDYTVEIDGDTVDDGDKYKKEVDLKKGKNTIKINIEDNDDNKRTYTLNITRGVTSISGNQSTSNNTNNNKQDSNTVKPSTPTDSNKKCDQWVDANGRWQYNDSNGNALKSRWHSDKSSGKWYYLDENGYMKTGWLKDGESWYYLDDNGAMKTGWLLCGSDWYYLNSNGSMHTGWLQSGSNWYFINKNTGVMKNNGWIVDNGKYYYFSSSGMMLSNVTINGYILGKDGAWIGR
>NC_018648.1|WP_012425179.1|3365994_3367224_-|cadherin-like-beta-sandwich-domain-containing-protein
MNKIFKRTMASLLTVAAFATVGPVKYTSLFTTEAHASDSKEYLTELKVERNGSKTKLYKDDDFKKKVDFESDRKKYYVDLGSKNKISIDADAGDGYTIKLFKDSVKDNNEEEFDKDIKVKKNKTKFYVNVYGTDKEKEVTQYTIWAYKDRDKDDDDDDDDDDYDDIYLDKLKVGGKTVSLKESKTTYTVDVDADTTSVKIVAEPEDDEYKVKIDGATVDDDDDYEKKVTLNKGKNEIKIRVKDDDKNERIYTLIINRGSSSDKEDSKDDDKNNSNSNNNTNVTARPNQWVTVNGNLMYNDSLGNPIKNAWFIDRNSGAWYHFEADGTMKKGWLTDKGTWYYLNEYSGQMQSGWSYINGQWYYLNPQSGAMQTGWVNDNGTWYYCDGSGKMLKNTNVGGYRLGSSGAWIR
>NC_018648.1|WP_012422917.1|3363905_3365339_-|cadherin-like-beta-sandwich-domain-containing-protein
MSLKKFFRNVIMSFLVIGIFVILEPSKYLNLTNKKVYAASKVYLDNIYLSDKYDIDFSKKKYSYILDVDKSLKEIVVRARPEDYNDIVKINGKVITRDDKYRELVPLEIGKNKIEIEVKDNDSAMTSTYTLYIYRGGNESNYLLDDINIDSSNIGFKKDRNSYNIEIDDDTSKVVLKAITKDKNYKVIVNGTELDYPNLIRIRFSGIGKYEIKIKVIDPETNRFKEYNLDMYVGIPISPDISNSVNSVVKPNQWVMVNGRWRYNDSLGEPIKDKWFFDKKYNNYFYFNNRGNMRTGWFSIDGEWYYASINGERQTGWLLEDNEWYYFDYDGKMRTDWIQYKDKWYFLDSIGAMQTGWICDNGNWYILNNNGEMITGWITYNNNRYFLKNNGQMAVGWFNNENEWYYFNANGSMKSGEWLFYRDNWYYINYIGTMRTGWLYKDDKYYYFNEDGTMSTTTKTIDGYTYNFNKDGSVNFN
>NC_018648.1|WP_012425172.1|3361774_3363862_-|GGDEF-domain-containing-protein
MKFPELQEHIEIFMNNENYIGYFRKFAVDTIEHDPHYVKNVMEYLLNISKELNYELAAHWCLIYIGWCEQLECNFEKSIKLHLMSKEYFEKIKELEGVSVTCNALLVDYLKIGQFDLAIINALRGADIARKLGDKELTIILLLNISYAYVDSYNYNEAINILKKLKTYKNEFNFKHEILMFMILAECALSINDLERTFDYATYALKIINENNTKIYKVELFSIIADVLYRKNEECKAIKLFEKSLEILKQDDNYLRAKILIRWGQCSLYNENYILAEKKFLECLNLLEETNFITLESKVYKELSTIYEKLGKYKEAFEAMKDYVKYEKRVYDLHSSSWFSIFKYRNLEEKANVYRELYNKIERISEIGKEIISILDIDKLLYTIYIEVKKLIDTDIFGIALFNEHKNELDYKLFIENGDLKNLCSISIDNRNSFGVYCFKSKKEILINNIENEYVKYVKKFDVNKYKNAPYSIMYIPIIIKNKSIGVISVQSYRKNAYTRNELNELKILSSYIAIALQNGKTFNTVEHFAKYDSLTGMFNRNVILTQGERIFNNKLETKQTFSIIMIDVDYFKQINDRYGHDIGDIVLRDISSIIKSEIRNTDSLGRYGGEEFLILLPNINLEEAKKIADRIRKSVENYKYHYLTSEKHNRVTLSLGVYEFNKNEFDFFEGVKKADKALYMAKSLGRNRAIEYSG
>NC_018648.1|WP_012422602.1|3360930_3361482_-|hypothetical-protein
MKKKSSYLKKILSKICLGDKCLIIFMIIIFFHVTFDLFIGGNGINSEETVNGIDIIVRTTIASIFGYFISSNFVKDKKEVLYEKESNKYCLENKNSNKAYLNDNNKVIINNNNENLEDENKKSRASEEQIVIVFIIGLVSLILLLLVRDFIQVSDLDIPIISQLRDIVCGCVGFLLGCPSNHK
>NC_018648.1|WP_012424811.1|3356631_3360834_-|InlB-B-repeat-containing-protein
MKNVLFKKMLASVLTATTIITFIPIKASATWTKDYSGNWNWTENGHNSIGWKNINGNWYYFDYSGAMRTGWINDWGCWYYADSNGVMQTGIVEICGKIYAFDDSGIMQKGNVSINGQSYKFNDQGYAIGDKIPESIKAFDNGNNELPYGSKPPYSNSEDSSSDSEDEIFKDVETIKVRYKVTFNTDGGSSVSAITNIKSGKTIDLPKEPTKSGYKFDGWYKDDDFDKEFTEDTKIRSNMKVYAKWVKEDSSDGSDSGDSGSTSNSIIINNIQVTVGENESDIGNVKVSARVSNYAGLTETTIDLIDKETNEVKKTQTLNIGGSGYIGFTFTGVEKGTYYAKITVGKVTSNSPQFIILSKDEIANSDVIKDMNELRLQDISLVTNDLSLPTKGSHGSAITWKSSDSNIIDDTGKVNRPDGIGTEVVKLTATLSKGSSTPVTKEFNAYVKKYDKNLGDAVKGINDAVNNGANEEEKILAITNKLTTSSMVAIGVSEYQHNKYKELRLTSTSDENQTYQLAVAKAIYDDLNSNNYISGSPNDNVYKKELENEAIGIIKVFDLSVNEQYRLKKEKENEIESDNKLKEAKEELTKIINEQYSDGSLRHTLIEEQDKNTKESWTSYISALTKAIEVEFSDTTSLSSIENAINYLEYSRKSLTGAYLVTINLYKNNVNWSDFKGTISFQKGTSSSNIDAEVAGGSSYKATLTKGQYKILVDGKYTGETINVIDNSVCENPIKLEYYTVRFEFSKPDIINGKIIAKYGNTINGYSEFNSSEAILANENNELILMADVNSDYTSEFRYLWKKTDGSPLDGAHKVDENSARIAISNIKDYGKIELVCEVNPNELIITNINGVANNDNSGNATVTAKVYEYSGQDKKVKLFKDNILCATKTGNDVEIDANGNLKTNFTGLEKGSYKIKVNIGSLERESSGSFYVNKIDQAVLESVNAINEAMKADATDSTYTKLRELFSPDNPNSRYLIAIGLNIEGYSKLIESTNKYTIEVAKSVYRSLEYSISDVNTISKAFNDAVTKQTNIKKTDDANSESEENLKNAKEALKKALDNAMESDRTTWKKKDTDYTEESWKSYASAVMSAIKVEQNSTSTLSQITSTTNTLTNAESSLKEGFEGIIKINKDGNLYDGIGTITLKKFENGSFGNIVSGDNVSLGTIKTKRIESGYYNIFVNGKDTGMKVQIGKGLSNSEVLEYYTFNFALSSTSSINAGGSTVTLTEVNNRLAEKERNKVIKSGDAVLKENNVVISITPIMVNGVPKESEFVYQWTEVTSDINTATVYNVSKKSDATCIVKPKNPVIFNLLTSADKTGKINITGQIDYGNSINKDIKVELFKNADLINPVVSKTGVGLNTEGKFNVDLNAPASGKYIAKVTIDSVTKSSNTFEVNIETTP
>NC_018648.1|WP_012424475.1|3354601_3356197_-|peptide-chain-release-factor-3
MADYIKEIEKRRTFAIISHPDAGKTTLTEKFLLYGGAIRLAGSVKARKASKHAVSDWMEIEKQRGISVTSSVMQFNYDGHCINILDTPGHQDFSEDTYRTLMAADSAVMVVDAAKGIEDQTRKLFHVASLREMPIFTFVNKMDREARDPFGLLEDIENELGIKTYPMNWPIGSGKDFKGVYERDNNRIIAFNGGNHGQNEVEAIEGSADDPKFREILGEALHDKLMEDIELLDIAGDDLDLEAVRSGELTPVFFGSALTNFGVEPFLEHFLKMTTSPLARNSSEGVIDPFEDKFSAFVFKIQANMNKAHRDRIAFMRICSGKFNKGEDVYHMQGGKKIKLAQPQQFMAQDREIVEEAYAGDIIGVFDPGIFSIGDTLCAPSKKFKFEGIPIFAPEHFARVRPVDTMKRKQFIKGVTQIAQEGAIQVFKEIHIGMEEIIVGVVGVLQFEVLEYRLKNEYNVDIKMDRLSYRYVRWIENKNIDMDKLNLTSDTKKVKDLRDRNLLIFQNDWGISWALDHNKDVILSDVGKSED
>NC_018648.1|WP_041712289.1|3374954_3377189_-|cadherin-like-beta-sandwich-domain-containing-protein
MKINFKRVISQLLILTVMVTGIQLGNIKSASAVELNLGFVVEAGGANLDINKSSSNAYYTDEIDMSVSTINIKSSDTSYYKLEGVTSSSSGVKIASSTTNGITSYKIAVTKYNDFNATIKVKDLGTQEVKSYNVTFKFKEENADTFKFNKIMIVASGSGGPMTLDLDYNSDGDDYYISGLGDDIDTAKVSIVDENGKAITSGVKITMDGKTGTFKLLGGENEILISRTVNGRTKTFKLVIAKKGSAKLKSLTGVTLSPRFDSETTDYTATVPTATDKVVLKPTAADNSSTIRINGVLVTSGANSQPISLKEGKNDITIRVTTKDGEVGVYNLEVTRTEAPRSSYLKYLKINSASLSPSFNKQTFDYTATVENKVTAVTITPTAEYATSTIKVNGKTVVSGGTTGYISLDEGSNEIEIKVTDAKGDTSTYDIVITRRYGKDNVKLSNLKSTEGTLSPKFDPETYLYTVKVDRAVGRTKIVFKAQNDKATIKVNGKEYTSAQESDYIDLKIGANLINIEVVAEDKKTTTLYRVSVIRDKIQAINEWVLSGDDWTFYDALGYQVKNKWVKYDNQWYFVNINGYMEKNGWLNESGEWYYLNGDGTMKTGWFKDNGYWYYLQGDGKMKNSGWGYYDKEWYMFGPNGMLETGWKQHKGNWYFLLDNGTMRRGWQYYDLNWYYLNDDGIMKRGWLYDGKNYYYLNNSGVMKTGWQRINSKDYYFDSSGKMKTGYIFLDGKWYNLGQDGSLN
>NC_018648.1|WP_012424852.1|3377448_3379128_-|cadherin-like-beta-sandwich-domain-containing-protein
MNKRLKRIIAIALTISAFSTIQPTKYMNLFATTAYAASSHISNLILNKTDTSNELKLYRDDEYDVSTEFRTSRSEYYAKTSLRSVNISCDTDSNYETYIFADSNKRSTAFESDEEVELGKGTTTLYVRTYKEGRFDKNNVKNDVVNEYEIHIERTSSGSSNNSSLYLSSISLDYGKISFSKTKTSYDVDVNSSVDEIEIKAKPSDKDYTVRIDGTKVKDSNGYEGTVDLKKGKNVIEVSVTDEDDNEKIYTLNVYRGGRDSSSSDSSNSGKEDNKQDPVYLDDLKLNNGDIKLDFNKKVTSYDVKVASNIDSVTIEAEPDDDEYDVTVDKKKVNSKNQRTVDLTLNKKNVIEVKVTNEDDEYRTYTLNITRGTVSSSNDNNSNNNPGTVTPGGTVTPGGGNNNNSSSNNNASTIKGKWVKTSNGNWQYYDANGIALKNQWFKDTNGKWYYLTEDGNMKTNWLKNNDKWYYLNYDGSMMTGWIKINGFWNYFNTDGAMLVGWYKIGDNWYYSNADGAMRTGWLQEGKTKYYLNDDGTMQKGQKTISGVNYNFDASGKLVE
>NC_018648.1|WP_012423697.1|3379546_3381835_-|surface-protein-PspA
MREFMRHIHFKPIAMILTILFIQFTFNFYLPCKDSYIAYASEVLHKDDIEKYHELSENLIGKSTELMSRENILSNNENNKDGIILKDFNESHIVKECDNTENTESKDEKIVGDSNNTIDKDDNVSEKPDEGNTGGTEQGGNSGNESSGGNNEDVPPEIDNKKQAIVPSINSFAEDMGKNYEKLTVSAANINVQGEYTFIILASDKLNVCKHSATNSTLNKWFIPLIELSKGEQKLSYSTDGKNFFKFSLDSNNKIPYYMRANITGALNYTEKERDSILYFKYSEDNDDTAIKIRIHYIPSVNANDNSNSGNISGDILKSVYIYGTERVGSTLRAKTKYNNNTDKPKVSYQWLRCKDKDGEYKEISGADKEEYKLKSNDKGYYLKVKITVSGEVSESKESDRSEIIKEKLKENSSSSNSGSSSSNNYHSGIVVDTDKTNDDQMYLNTSYSSKVDKEIFDLTKEYEYKKLILEGSNYVWNFNASDLKNVSQMDDNFDSEIQTKTQTDSEVVINFKHHGVLPGKATIQVNVGDGLNGDNRCLYYYNEGTNSLELISSNVSVKKGKAIFTITHCSKYILSANPNANSNISSGDYNTTIETSTQDNYVNNVVDSDKTFNDPNLNNTDSSSLKWRESMDGKWYLCSNSFIMTGWQKVDNNWYYFNEFGVMQKDWVNSNGKWYYLDNNGCMITGWIKSNNNWYYTNSSGEISTGWKEFNKVWCYFNIKGEMQTGWQYIDYRWYYLYPDGSMAYNVEIDGRVLNNNGAAR
>NC_018648.1|WP_012424563.1|3382311_3384090_-|N-acetylmuramoyl-L-alanine-amidase-family-protein
MFNRANKMTALLVAAAAVVSLVPATGVNAAEVKRISSEDGKVYHAVAYKDGQVYIDGELNDKDEAAYYLADGKYNELEKIDSNSAAKAYGEKYVNIEDGDYFVDLTNGKVTDDNVKEDDADDAGAALRKKIKDDTEDRYDEENAKLTRDDDDLDIISGNKFGDVWYETSVEQSKDCDSNGFTSTTKGEFTIYTDAKGNYIDADHNLGTVKVRIAKTEAADATTSSAVKIENTDKVYKEDGQEIKASIKHVRTLGQDSKNIYRYAKLTITADTEIREINGKDVTPGKTKELSVIQKISKDQASGDIDGAKYAKTVYTYVISNDDTKLEKDAEKFYDLIETEKANVTVVNGKLIAYAMKGENKIIAQTASLKTKSGWYYTDCEGQSDEDVDYNKDDSAYAVDVDVDGNLWRIDGGFVYKFDNTDDWDKLYKVDGSMDRLSVYNKDNMVVWNEDDEVYSVIGAKEDKEDEKPEVEVKAGWTQAADGTWTFVKDGVKATGWFQDGANWYLADEAGIMQTGWKTVNGTWYYLASNGAMQTGWIIDNGTWYYADGSGAMQTGWINDNGTWYFCDGSGKMLANTTVNGYVLGANGAWVK
>NC_018648.1|WP_041712292.1|3384559_3386035_+|DUF2334-domain-containing-protein
MNKFFTYILLSLSLISLTGCNDINSSQSLIPKNTDNTIEDKIVDENLISDNLSENNNLTFIDYSNFKDLGINKDEVTLKINGHDLDFTLPVYLDKDRYYFSLNEIIHNLNGAFTKDEGSLYLNINDELYSINLLDNTVQCPNKEFNLKKDLLNSENIYYICFSDLSTMLDLYTRWDKDNKIINCKINSSQYINNTSDKISNDKNNSVTNELEDKNNSTSTSSENTQIGLIRFEDVCVTSQGYDKNYFENLRIIGQYMNKQNIPYHIAWIPRYKNPNFKIDNDPLTKNNFEIAEMVYTLDYLKNNNGIIGLHGYTHQLGNCESAAGFEFGKFEPSTDVFKEKIEKAIETASYLDIPIDFFEVPHYEITPEQNKIAEEYFKILYYPFNDYGIDKADLKKPQLSPYNNSSLYISTPLDYIAEGKEDICLDRIKNSDISNMGSVFFHPSLENAFISLNEDSDGYPSFSYDDNSILKRLVNILEEKGFKMTKVTDL
>NC_018648.1|WP_012422614.1|3386281_3388321_-|M13-family-metallopeptidase
MAKFKKSRLIACALAFSLFMSQAAYVKAAEVTNTVNLGNKVVADDVRLQDDFYSVTNKEWLNTAKIDAGEVSNSAFNEAEKVLTEQKKEIMKELLANEKNYSKDSDEKKMINLYKNVLNSEARNKQGIEPIKEMLDKIKNIKNLDDVRELNKYDIGNPLINVGCSVDLKDATRYAAYVGSTSLSLGNSDEYVKPTENTARVKSLSENYYKKILTLVGYTEEEAKIKVDNFYKLEYMIAPSIIGKEESIKNPNAIDDEYNVYTLDKLNDVSPNLKIKDLMKDLKIDKANKIILTEPNWLKAMNDIYTEENVPLIRDYIEIRNIAGAAGCLGDDFKKAAQEFSNAYLGSSGETPKDEEAINIVNSALAMPFGKIYVEKYFSKKTKNDVKDMTDEIIKTYEKRIENLDWMSDSTKKSAKEKLNKISVHIGYPEKWEDYSSLKIRSYEEGGSLFENLTNLGKFAEEKQLSVLNERVDKSQFACPPQMVNAFYNPTANSITVPAGILQQQFYDVNASKEHNLGAIGAVIGHEISHAFDNTGAKFDGDGNLNSWWIAEDFKKFEEKTNNVRSFYNNVKLDNGKSVNGDLTVGENIADIGGIACALDILDKMPKANYKDFFESNANVWREISTKEYGDLKLENDVHSPNKVRSNVVLSQFDKFYEIYGIKESDKMYVNPEDRLKIW
>NC_018648.1|WP_012425409.1|3388706_3389882_-|phage-replisome-organizer-N-terminal-domain-containing-protein
MERKIVKLRVDMYNDTKFKIIDTMEDRDLIHYIWTRLLTLAGKVNLEGALYLSKSIPYSIETLALEFNRSAKNVEIALMVFMDLEMIELGENNVYKVRNFAKHQNIKPKKKEDSNDKKEGCNDKSKNVHNNVDNRESDVNKFDESDCIVENQLIGNEGDNYILESLYNLWGSTYENTENSISNLNIEKHDEDKTTLHKSKDINITGAFESKIHTVNKENIQNLNKECIKENKSNSKEFVVNHDKENEISNLYNNVKVVDFNSDKKDSDVNIESINVRDNINKKDNIEIQNKDILDKINLNKASATENFLNNKSDVKNKIELKDKSDLDAEFVFSKANDNKKRSKPKMKNKKVSKKNDNEIISSWDDEADDFEICEFTDEPPKGKLIATFKV
>NC_018648.1|WP_012424032.1|3390101_3390950_-|glycosyltransferase
MKISIICPLYNAENYIYNLNKNLLSQERESNQELEILYVLTRSKDKSEEILKELNCNYCMIEPKDFSHSKTREMMVSFASGDIIVFISQDVKMKNKLWLKNLVTPIISGECEASFSRQICENNSIEKYTREKNYPEESRVASKKDIEKYGLLTFFYSDASSAVNAKIYRELNAYDGKDMPTNEDMYFAHKLIHAGYRIKYCADSEVYHSHDFTFKQLYNRYYDTGVFFKENSYLIKYKGNESGFTLAKYVFKRALKERNIKVIFSLLPNFGVRYIAMKIGQK
>NC_018648.1|WP_012423554.1|3391196_3391532_-|EamA-family-transporter
MNKFIFILLISVLVASISQVVLKKSANKQHKNLIKEYLNVQVVIGYSLLFLSTILTIFALKGLPYKSVPIIETVGYAFVLIMGRLFLEEKITKKKIIGNIIIVIGIIVFNL
>NC_018648.1|WP_012423791.1|3391524_3391866_-|EamA-family-transporter
MNKKYLSIIFLQAIIVIYTLSGICAKLASAHKLLSVEFIGFYGLEILVLGVYAILWQQVLKRFDISVAYANRSVTLIWSLIWSVLFFGEKITVPNIIGTIIVILGIVVVNLDE

Self-targeting detection

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_ID	Protospacer_location	Mismatch	Identity
NC_018648_3	3.2|2143835|36|NC_018648|CRISPRCasFinder,CRT	2143835-2143870	36	NC_018648.1	1998000-1998035	0	1.0

1. spacer 3.2|2143835|36|NC_018648|CRISPRCasFinder,CRT matches to position: 1998000-1998035, mismatch: 0, identity: 1.0

attttcataatgttttaatgtagtaattactatttg	CRISPR spacer
attttcataatgttttaatgtagtaattactatttg	Protospacer
************************************

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
NC_018648_3	3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT	2144421-2144454	34	NC_015498	Glaciecola sp. 4H-3-7+YE-5 plasmid pGLAAG01, complete sequence	268855-268888	9	0.735
NC_018648_3	3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT	2144421-2144454	34	NC_018492	Bacillus cereus FRI-35 plasmid p01, complete sequence	25432-25465	9	0.735
NC_018648_3	3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT	2144421-2144454	34	NZ_CP016317	Bacillus cereus strain M3 plasmid pBCM301, complete sequence	224845-224878	9	0.735
NC_018648_3	3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT	2144421-2144454	34	NZ_CP045274	Bacillus megaterium strain FDU301 plasmid pFDU301B, complete sequence	7126-7159	10	0.706
NC_018648_3	3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT	2144421-2144454	34	NZ_MK275620	Clostridium perfringens strain JXJA17 plasmid p2, complete sequence	13577-13610	10	0.706
NC_018648_3	3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT	2144421-2144454	34	NC_008265	Clostridium phage phiSM101, complete genome	19383-19416	10	0.706

1. spacer 3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT matches to NC_015498 (Glaciecola sp. 4H-3-7+YE-5 plasmid pGLAAG01, complete sequence) position: , mismatch: 9, identity: 0.735

caggcgataatattaaagaaaaagtaagtataac	CRISPR spacer
ttgcaaataatatgaaggaaaaagtaagtatgaa	Protospacer
. *  .******* **.**************.* 

2. spacer 3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT matches to NC_018492 (Bacillus cereus FRI-35 plasmid p01, complete sequence) position: , mismatch: 9, identity: 0.735

caggcgataatattaaagaaaaagtaagtataac	CRISPR spacer
tagatgaaattattaaagaaaaagtaagtggagt	Protospacer
.**..** * *******************. *..

3. spacer 3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT matches to NZ_CP016317 (Bacillus cereus strain M3 plasmid pBCM301, complete sequence) position: , mismatch: 9, identity: 0.735

caggcgataatattaaagaaaaagtaagtataac	CRISPR spacer
tagatgaaattattaaagaaaaagtaagtggagt	Protospacer
.**..** * *******************. *..

4. spacer 3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT matches to NZ_CP045274 (Bacillus megaterium strain FDU301 plasmid pFDU301B, complete sequence) position: , mismatch: 10, identity: 0.706

caggcgataatattaaagaaaaagtaagtataac	CRISPR spacer
ataaagataatattaaagaaataataagtcaatc	Protospacer
  .. **************** *.*****  * *

5. spacer 3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT matches to NZ_MK275620 (Clostridium perfringens strain JXJA17 plasmid p2, complete sequence) position: , mismatch: 10, identity: 0.706

caggcgataatattaaagaaaaagtaagtataac	CRISPR spacer
cttttaaaaattttaaagaaaaagtaagaatagt	Protospacer
*   ..* *** **************** ***..

6. spacer 3.11|2144421|34|NC_018648|CRISPRCasFinder,CRT matches to NC_008265 (Clostridium phage phiSM101, complete genome) position: , mismatch: 10, identity: 0.706

caggcgataatattaaagaaaaagtaagtataac	CRISPR spacer
cttataaaaattttaaagaaaaagtaagaatagt	Protospacer
*  ...* *** **************** ***..

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	17535 : 45420	24	Clostridium_phage(33.33%)	tRNA,protease,head,terminase,tail,integrase,portal,capsid	attL 35638:35656|attR 52063:52081
DBSCAN-SWA_2	585662 : 594017	12	Clostridium_phage(33.33%)	integrase	attL 589647:589663|attR 601737:601753
DBSCAN-SWA_3	916608 : 967917	60	Clostridium_phage(63.33%)	tRNA,coat,terminase,head,protease,tail,integrase,portal,capsid	attL 920170:920185|attR 955359:955374
DBSCAN-SWA_4	1127458 : 1137693	7	Prochlorococcus_phage(28.57%)	NA	NA
DBSCAN-SWA_5	1988427 : 1996564	12	Clostridium_phage(71.43%)	tail,plate	NA
DBSCAN-SWA_6	2001172 : 2025187	40	Clostridium_phage(50.0%)	portal	NA
DBSCAN-SWA_7	2325825 : 2363952	59	Clostridium_phage(41.38%)	tRNA,head,protease,terminase,coat,tail,portal,capsid	NA
DBSCAN-SWA_8	2811614 : 2874243	88	uncultured_Caudovirales_phage(34.04%)	terminase,coat,plate,tail,integrase,portal,holin,capsid	attL 2818825:2818843|attR 2876160:2876178
DBSCAN-SWA_9	3398034 : 3408384	8	Enterobacteria_phage(50.0%)	NA	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NC_018648|17535:45420|DBSCAN-SWA
AATGTTAGATTTAAAGAGAATAAGAAATAATCCAGAAGAAATAAAGAAATTATTATCAAATAGAGGAGAAGATTTTGACGTAGCAGTTATAGATGAAATTGTAACTTTAGATGAAGAAAGAAGAAAAATATTAGTTGAAGTTGAAAGCTTAAAGAGTAAAAGAAATCAAGTTTCAGCAGAAATACCTAAGTTAAAAAAAGCTGGCGAAGATGTTACTGAAATAATGAATGATATGAGAAAACTAGGAGAAGAAATTAAAAACTTCGATACTAGAGTAAATGAGATAAATGAAAGAATAGAATACATAATGCTTAGAATCCCTAACATTCCAAATCCAGAAGTTCCAGATGGAGAAACTGATGAAGATAATGTTGAAATTAAAAAATGGGGAGAACCTACTAAATTTAATTTTGAACCTAAAGCTCACTGGGATTTAGGAACTGATCTTAATATCTTAGACTTTGAAAGAGGTGGAAAGGTAGCTGGATCTAGATTCACAGTATACAAGGGATTAGGAGCTAGATTAGAAAGATCAATAATAAACTACTTCCTAGATAAACATACTACTGAAAATGGATATACTGAAATATTACCACCTTACATGGTTAATAGAGATAGTATGACAGGAACTGGTCAATTACCTAAATTTGAAGAAGATGCATTTAAAGTAGAAAATAATGGATACTTCTTAATACCAACAGCAGAAGTACCAGTTACAAATATGTATAGAAATGAAGTTTTAAGTGGTGATATTTTACCAATAAAACATGCAGCATATTCAGCTTGTTTTAGAGCTGAAGCAGGATCAGCTGGTAGAGATACTAGAGGTCTTGTAAGACAACATCAATTCAATAAAGTAGAATTAGTTAAGTTCTGTAAACCAGAAGATTCTTATGCTGAATTAGATAAATTAGTAGAAGATGCTGAATCAGTTTTACAAGGATTAGGATTACCTTATAGAATAGTTAGAATATGCAAAGGTGATTTAGGATTTACTGCAGCATTAAAATACGATATAGAAGTTTGGATGCCAAGTTACAATAGATATGTAGAAATTTCAAGTTGTTCTAATTTTGAAGATTTCCAAGCTAGAAGAGCTAATATTAAATATAGAGAAACACCAAAAGATAAGCCTAAATTTATCCATACTTTAAATGGATCAGGTGTTGCAATAGGTAGAACTGTAGCAGCAGTATTAGAAAATTATCAAAAAGAAGATGGAACAGTTGAAATTCCAGAAGCAATAAAAAGATTTATGAACGTAGATTTTATAAAATAATTAGTTTTAATATATAAATAATAGTCTACATTAACATATTAAGTTGATGTAGACTATTATTATTTATAAAATTTTTTATTATATAAATATAGTGAAATGCAGTAAAACAGCTACTTTAAAAAGAAGTTTAACTATAAAAGTTATAATTTACATAAAAATATAAGATTTTTTAACAAATTATGTTGACAGACTATATATATGTTGATATAATAACTCATGTAGTCACGGAGAGATGGTCGAGTTGGTTTAAGGCACCGGTCTTGAAAACCGGCGTGCGTGTGAGCGTACCTAGGGTTCGAATCCCTATCTCTCCGCCACTTTTTTTTTATATAGAATTATTTAGAAGGCACATGGAGAATTACTCAAGTGGCTGAAGAGGCGCCCCTGCTAAGGGCGTAGGTCGGGCAACTGGCGCCCGGGTTCAAATCCCGGATTCTCCGCCAAAACATCTAGTATTTTTACTAGATGTTTTTTTATTCTTCAGAAAATTATATTTAAAAAAATTTGTGATAACCCAAATTATAATCTTGTTTAAGGGTTAAGAAATAAAACCTAAAAAATAATAATATATCGCACAATTATTCATATACTACGTTGGAAAAGGTGCATGGCTAAAAAATCGATTACGTTAAATTAGATATAGCTATACTTAATTAAAAAATTGTAACGAAATTCTTTTAATTATATTGACATATTAGATATTAGTTGTTATAATAAATTTCGTAAGTTGTGGAGAGATGGTCGAGTTGGTTTAAGGCACCGGTCTTGAAAACCGGCGTGCGTGTGAGCGTACCTAGGGTTCGAATCCCTATCTCTCCGCCATTAATTTTTTATATAAAATTAATTAGAAGGCACATGGAGAATTACTCAAGTGGCTGAAGAGGCGCCCCTGCTAAGGGCGTAGGTCGGGCAACTGGCGCCCGGGTTCAAATCCCGGATTCTCCGCCAAAACACCTAGTATTTTTACTAGGTGTTTTTTTGTTATATAAAATTATAGAATTTATATAACTTGTAGAATTAATTAATTTTCTAATTTTAAATTAGAAATAGGTTATGATAATTAGAATAATAAATTTTATAATTAGTATTTGCTTTAAAGATACATTTTTGAGCTTAATTAGGTAATTAAACTTTACCACTTTCCATAAAAGCTAAATATTTTTCTTAACTCAAATAGTAATATTTGCAAATATGATGCAGCATTTTTATTAGAGATAGTATAATAATAATATAAGTAATTGTTAAGAAGGTGAACTATGCTTAAAGGGGAAAAAGTTTATTTAAGATTAATGCAAGTTAGCGATATTAAACGTTTATATGATTTATCTAACGATTATGAAGTAAAAAAATATAATGATAAGATGTTAGATATTGATGAAAAAATTCATATTGATGAAGATTCAAGTAATGTTAGCATATATGAAAGAAAAGCAGTAAGTATAATTAATAAAAAGAATGTTTTAGTAGGATTTATGACTTATAAACCAAATGATTATTGCAACAATGTTTATTCAATAGGTATTACTATAGGAAAAAAATATTGGAACAGAGGGTATGGTCAAGATTCTATAAAAACATTAATTAAATATTTGTTTGATGATTTAAATGCAAAAAAAATACAATTAGAGGTTGCGGCAGAAAATATAAGAGCTATAAAATGTTATAAGAAGTGTGGTTTTGTTGAAGAGAAAATAAGGAAAGCCATATATTATATAGATGGAAAGTATATGGACATAATAATTATGGGCATTCTAAAAAAAGAGATGGCTTTATAAATTATTAAATAAAAATATAGGAGTAATTATGAGTATAAGGTTTATTTATGGAAGAGCAGGTAGTGGAAAGAGTTTATTTTGTATAAATCAGATAAAAAAGTTAATAGATTCAGATAAAGAAAAGAAGATAATATTATTAGTTCCAGAGCAGTATACTTTTACTACTGAAAATAAGGTTTTAAATCACATAGGTGAGAGAGCAGCTTTAAATACTCATGTATTGAGCTTTAGAACTATGTGTCAAAAGGTATTTGAAGAATGTGGTGGAAGAGTAAAACAAATTATAAAAGACACTGGTAAGCACATGTTAATTAACAAAGTATTAAATGAAAAAATAGATGATTTAAGCTATTTTAAAAAAATGTCTAGAGAGCAAGGTTTTAATAATATAATATCTGAATTAATTACTGAATTTAAAAAATATAATATAGACATAGATGCTTTAAGAGATTTAACAGATAAAATAGATGATAATGAATTAGTTGAAAAGATAAGAGAATTATCTTTAATATATGAGGAGTTTAATGTAAAAATGCACAGCTCTTATATAGATACTGATGATGAGCTTACTTTGTTAGCTAAAAAGTTGTTAGCTAATAATATTTATGCAAATAGCGAGATTTGGATAGATGAATTTACAACATTTACTCCTCAACAATTAGAGATCATAAGGATAATTTCTAAGACATCAGTAGTTAACATAACTCTTTGCATGGATAAGATAGAAAATAGTGATGCTGAAGACATAACTAATGTATTTAGTAGTATTGAGAATACAGAAAACAGGATATTAAAGTTAATGGAAGAAAATAATATAGGTTATTTAAATCCTATTAATTTAAATTCTAAGTTACCATATAGATTTAAAAATAGTGAGGAATTAGCTCATATAGAGAAGTATTGCATAACATATCCATTTAAATCTTATAAGGGAAAAAATAAGGATGTAAGATTATACAAAGCAAATAATACCTATGATGAAATTGAAAAAGTAGCTCAGGATATAATTAGATTAGTAAGGGATAGAAATTATAGGTTTAGGGATATATCTGTAGTGTGCAGAAATATAGAGGACTATAATAAGATAATTTCTGTTATTTTTAATGATTATGAAATACCATTCTTTATGGATAAAAAAATAAAATTATTAAATAACCCATTAATTATTTTAATAACTTCTGCATTTGAAGTTTTATTAAAAAATTGGTCATACGAAAGTGTATTTAAATACTTAAAGAGCGGACTAACAGGCTTTAATACTTATGATATTGATAGATTAGAAAACTTTGTATTAGAACATGGAATAAAGAGTTATAAATGGAATGAAGAAGAGATTAAAAAGCTTAAAAATATAAGCATAGAAAATGGTGCTACCGAAGAAGAACTCACTATATTCAATGTGATGGAAGAGGTGAGAAATTCACTTATATCATTCCATAAATTAATAGAAGGTAAACACAATGTTAGAGATATATGTAAAGCTCTATACGAATTTTTATTAAGTATTAAAGCTTTTGAAAGAATAGATGAATGGATTATTAAGTTTGAAGAATTAAAGCTAGAAGATAAAGTAAAAGAGTATAAACAAGTAGAATCTATTGTAATAGATATGTTAGATCAAGCTGTAGAAGTTATGGGATCTGATGTAGTAGATACATTTGAATTTTTTAAAATATTAAATTCTGGTTTTGAAAATGAAGAAATAGGTGTTATACCAGTAGCTTTAGACCAAGTTAATGTTGGAGATATAGCTAGGATAAAAGGTAGAGAAGTAAAGGCATTATATATAGTTGGAATTAATGATGGGATATTACCAGCTGCACATAAAGATGAGGGAATTCTATCAGATAGAGATAGAATTGAACTTAAAGAGTTTGGAGTAGTATTAGCAGCTGATGGTAGAAGTAAAGCTTTTGAGGAACAGTTTGTAGTGTATACGGCATTAACAATCGCCAGTGAATATTTAATGCTATCATATCCTATGGCAGACTTTGAAGGTAAATCTTTAAGACCATCTATAATCATATCTAGAATAAAGAAAATATTGCCTAATTTAGTTGAGGAAAGTTCTTTATATGATTTGAGCAAGGGAAATGATCATTTTAATAAAGTTATTTCCCCAATACCAACTTTTAATGAATTAATATTTGCATTAAGAAGAGAGCTAGAGGATGAAGAAATAGATGAGGAGTATTGGGGAGAAGTATATAATTGGTTTAAAGAAAATGAAGATTTTAAATGGAAGATAGAAAATATATTTAAGGGGCTTAGATATTCTAACACAGGAGAAAAGGTGTCTAGAAATAAATTACTTTCCCTTTATAAAAATGATTTAGGAAAGTTATCATTTAGTGTATCTAGATTGGAAAAATATGCGGAATGCCCATTTTCATATTTCATTCAATATGGATTGAAGGCTAAAAATCGTAAGGTATATGAATTTACTCCACCTGATTTAGGATCATTTGTACATGATATTTTAGATTCATTTACTAATAAAGTAAAGAAAGAAAAGATCGCGTGGTCAGATCTTGATATGATAAAGTGCAAAAATATAGTGTCTGAATTAATTGATACTAAGTTAAAAGAAGATAGCGGATCTATATTAAATAGCACTAATAAATATAAGTACTTTTCAAAGAGATTTAAGAGAGTTATATCTAAATCTGTATCTGTTATATCAGAACAAATGAGAAGAGGGGAATTTGAGGTATTTAATAATGAATTTTCTTTTGGAAGTTATAATGACGGAGAAGCTATTGTACTAGAGTTGCCATCTAACGAAAAGGTATATTTAAATGGAAGAATTGATAGAATAGATACTTTAGATTTAGAAGGAAGTACGTATCTTAGAATTGTAGATTATAAAACAGGAAATAAACATTTTGATTTAAATGAGTTTTATTATGGGCTTCAAATGCAATTGTTGGTTTATTTAGATGCATTACTAAAAAACTCTGAGTATATATTAAAAAAGCAAGCCTTACCTGGAGCAGTACTATATTTCAGAGTTGATGATCCTATAATAAAAACTAAAGGCGACATAACTACTGAAGAATTAGAAAAAGAAGTTTTAAGTAATTTAAAAATGAATGGATTAATATTAAAAGATGCTAAAGTAGTTAAAGCTATGGACAGAGGTATTGAAACAGATGGGTATTCATTAGTTATTCCAGCTGCATTGAAGAAAGATGGAGATTTTAAAGCTGGTAGCGAAGTAGTAACTGAAGAACAATTTAATTTACTTAGAGAGTATGTAAATAAGAAAATGATTGATTTATGTGAAGATATGTTATGTGGAGATATAAAGATTCAGCCAACAAAGGATTCTGATGGTAGTCATTGTGAATTTTGTGATTTCTCATCTATATGCCAATTTGATAGTAGCATAGAAGATAATAAATATAAAATTATAATGAAAAAATCCAAGGATGAAATTTGGAATAACATAAGGGATGAATTAAATGATGATAAAAAAGAAAATTAGCTATTTAGATAGGAGATATTAATTTATGAGTGGAACAAAATGGACTGAGGAACAGCTAAGTGCTATTACAACAAGAGATTGTAATCTATTAGTTGCAGCAGCAGCGGGTTCTGGGAAAACAGCCGTATTGGTAGAAAGAATTATAAAAATAATTACAAATGAAGAAAATCCTATAGATATTGATAAACTTTTAGTTGTTACATTTACAAGTGCAGCAGCTGCTGAGATGAGAGAAAGAATAGCTAATGCCATATCAAAAAAATTAGATGAAACACCAACTTCTAAAAACCTTCAAAAGCAATTGACTTTATTAAATAGGTCTAACATTATGACTATTCATTCTTTTTGTTTAGGTGTAATAAAAAATAATTTTCATAAGATAGATTTAGATCCATCTTTTAGAATATGTGACCAAACAGAAGGTATACTTTTAAAGATGGAAATAATAGATGAATTATTTGATGATAAGTATGATGAAGAAAATCAGGAATTTATAAAATTTATTGAGGCATTTAGTAGTTATAAAAGTGATAATGCGTTAAAAGAATTAGTTTTAAGCTTATATAATTTTACAATGGCAGGACCATGGCCTAAAAAGTGGCTAAAGGATGCTTCAAGGGATTTTGATATAAAAACATTACAAGAGTTAGATGAAACTAAATGGGTAAATGTATTAAAAGAAAGTATAAAAATAGAACTAGATGGATATATAAAGATGATGCAAAAGGCAGTTAAATTAATAAATGAAACTGATGGATTGGAACCTTATTTTGAGGGATTTAGCAGTGAGTTAGATTTAATAGTTAATGCTTATAATAATGTTGAATCTAGTTTAAATGACTTATATAATTCATTGAATTTAATAACTTTTAATAGATTAAAAACTATCAAGAAGAATACTGTAAGTGATGAAAATATACAAAATCTAGTTAAGCAAATTAGAGATCAAGTTAAAAAGAAAATATCAGCATTAATTGAGGGAACTTTTATAGCATCTCCAGATAAAATGCTGGATAATATAATAAAATCTTATCCATATATAAATCAATTAACAGAGCTTACTTCAGAATTTATAGATAGATTTACTGCTAAAAAGAAAGAAAAGAATATATTAGATTTTAATGATTTAGAACATTTATGTTTAAAGATTTTAATTGAAGAGAATGAGGAAAATCAAATAGTACCATCAACAATAGCACAAAAGTTTAAAGATTATTTTGAAGAGGTACTTGTAGATGAATACCAAGATTCTAATAATGTTCAAGAGGCAATAATAGAATTAGTATCAAGAAAAAATTCTGATAATCCTAATGTATTTATGGTTGGTGATGTAAAACAAAGTATATATAAATTTAGGCAAGCAAAACCAGAACTATTTATTGATAAATACAATAGCTATTCATTGGATAAAGGCATTAATAGAAAAATTCAACTTTATAAGAATTTTAGAAGCAGAGAAGAAATTATAAATGGTGTCAATTATATATTTAAATCAGTTATGTCTAAGACTGTAGGAGAATTGGAATATACTGATGTTGAAGCTTTAAATTTAGGTGCAAATTATCCTGAAAAGAAAAATGATGATGATATAATTGGTGGTCCGATTGAGGTTCATATTTTAGATAGAAGTGATAATAAAGAAGAAAATGATGAATTTAAATTACAGGCTGAAGAAGAAATTGGTGACGTAAACTTAGAAGCGAGAATTATAGTAAAGAGAATTAATGAATTGATTTCTAAAAAAGAGGGAAATAAGTTTAAGGTGCTTGATAAAGATACAGGAGAATATAGGGACTTAAAATATAAAGATATAGTAATTCTATTAAGAGCAACTAAAAACTGGTCAGAAGTGCTATTAGATGAATTAGGATTAGCAGGAATACCTGTCTATGCAGATACAGGATCAGGATATTTTGAATCAATTGAAATAAGAACTATTATGTCATTATTAAAAGTAATAGATAATCCTATGCAAGATGTGCCTATGCTTTCATTATTGATTTCACCTATTATAGGATTAAGTGCAGAGGAACTTAGTGATATTAGACTTATAGATAAAGAAAAGTATTTTTATGAAAATATAATTAAGATTTCTAAGGAAAAATTAATTTCAGTAGAGTTACAAGAAAAATGTGAATATATATTATCTAGTATTGATAAGTGGAGAAGAAAATCAATATATATGCCTATAGATGAATTTATTTGGTATTTATATATGGATACAGCTTATTATGGGTATGTAGGTGCGATGCCAAATGGAGTTCTAAGACAAGCAAATTTAAAGATATTATTTCAAAGAGCAAGACAGTTTTCAGATACTAGTTTTAAAGGACTATTTAATTTTATTAATTTCATAAATAAATTAACTAAATCATCAGGTGATATGGGAAGTGCCAAGATTTTAGGTGAAAATGAAGATGTTATTAGAATTATGAGTATTCATAAAAGTAAGGGGTTAGAATTCCCTGTTGTGTTTTTAGCTGGATGTGGTAAGAATTTTAACTTAATGGATTTAAATAATAAGATACTTTATCATGAAGAATTGGGATTAGGACCTGAATATATTAATTTAGAAAATAGAACTAGTATTACAACTTTACCTAAAGAAGCAATTAAAAAAAGAATGAAATTAGAAACATTATCTGAAGAAATGAGAGTACTATATGTTGCGTTTACTAGAGCTAAGGAAAAATTAATTATAACAGGGGCAGTAAGAAATGCAGAAAAATCTATTGAAAAGTGGATTAACTCAGCAGTTTTAGATAAGGATGTTGTATTGCCTTATGAAATATCAAAAGGCAAATCCTATTTAGACTGGATTGGTATGGCTTTATGTAAGCATAAAGATGGTGAAATCCTTAGAAAGAAATTGGGATTTTCTAGTGAAATGTGTAAAGATGACTTATCAATGTGGAAAATCAGCATATGGAATAAATATGAATTAGATATGTATGATGAATTAGACGAAAATCAAGAGGAAGAGGATGTTAAAATTTCAATTTTAGATAAAGATGTAAATAAGGAAATTAAAAGTGAAGTTTATAGAAGATTAGGTTATGAGTATGAATTTAAGGAATCAACGAAGCTCACTAGTAATATATCTGTGTCTGATTTAAAAAAGAGAAATATAGAGGATGATATTGATACTCTTAAGATGTTTGATTTAGAAGAAGAGGATAATAAAAATAAAGATATAATAACTCCTAAATTTCTTCAAGAAGAAAAAGGAATATCAGCAGCAGAAAGAGGAACAGCAATCCATTTTGCAATGAAAAAAATAGATTTTAGTAAAGTTGGAACATTAAAAGAAATAAAAGAACAGTTAAATAAATTATATGATGAAGAGCTTATATTACAAGAGGAATATAACTCAATTAATCCATATAAGATATTAAGTTTCTTTAAAAGCAGTTTAGGAAAGAAAATGCTTTATGTATATAATGAGGGTGGCAAAGTTTACAGAGAAGTTCCTTTCTATACTGAAATAAGTAGTTTAGAAATAGATGAATCTTTACCACAAAAGTATGCTAATGAAAAAATAAGATTACAAGGTATAATAGATTGTTTCTTTAAATGTGATGATGAAATAATTTTATTGGATTACAAAACAGATTATGTAGAAAATGAAGAAGAATTTAAAGATAAATATAAAAACCAATTATCATATTATAGTGAAGCAATATTTAAAATGACGGGAAAGAAAGTTGATAAAAAATACCTATATTCATTTTATTTAGAGAAAGAAATTTTAATATAGAAGTTGTCATAAGCGTATTGAGTTTATAAAGTAGTTTCTATTTCAAGGATATTTTGAAATAGGCTGGGTAGCTAAAAGCTGGTTTCTGTATTGTACAGGTATAAGCAAATCTAGATAGAATTTCAAAAGATAAAAAGCTACATTATAATATAATTATCTTTTAAATATATAAACAGATTTTGAATAAAAAATCTAGATAAAAAAACAAGTGAGTGTCTTAAATGTATGGGTAATTATACTTAAGATACTCACTTTTCTATATTTATTGGGGGGATAATTAGCTATTTAATTATGATTTTAGTATCTCTTGGGATATTATCATATATCCATTTAGCATCGCTCAATGCTAATCTTATACATCCATGTGAGGATTTTTTGTTTAAAGTAGTATCTACTACTGTAGTTTTATCTTGAGCATATGGAACGGAGTGAAATAATATATCACCATCGATTTGAGTCCAATACTTCCCACCTTGTTTAAATTTTTCTGAGAAGAACCATTCACCTTTTTCTTTAATAGAAAAGGCTCCACAAGGAGTTGGTTCAGAATCTATTCCAGTAGAACAAGAAAATGTTTTATCTAAATCCCACTTATTTGATTTACCTTTATAAATATAAGTTTTTTGACTATTTATATCTATAAAAATTAAATAAGGAGTATTACTAACTAAGTTTAATGTATTTATATTTTGTGAAGAAATATTATTTATATAATAATCTGACACTGTTTTTGATTCAGCTGTTTTGTCTAAATACTGTTGTTTACTAGATTTAATTTCAGCAATTTTTGTTTTTATATCTTCATCATCATTTAAAACAGAAGGAACATTAGATATTTGATTTAATGCCTGACTATAATAATCATTAGAACATAGTTCATCACATTTAGAAAACAATTCATCTTTAATCTTAGATTTAGATTCCCTTAAGTAAATTAATGATTCATTATAATTTAAATCTAATGGAGAGAGATTGGAAAAGTTAGTTATAGCTTCGTAATATTCATTGTTATTAAAATGTTCTATTCCATTAGAATAATTATTTATTGAGTCTTGAAGACTAGATACAGAATTAACTAATTCTATTACTTCATTTGAATTAAAACCATATCTGTTTATTTCATTAGCTTTTATTAAAATTTCTTCTTCATTTAACTTAGAAGTCTCTAAATCTTGTTTTAATGTTGTTATATTATTTGAAAAATATTTTTTTAAATCTCTTTTTAACATTAAGTTCTTAAAAGGATTAAAATTTTCTTGTGTTAATAAAATGTTATTAGCTTGAGAGAATTTGTTACTATCAAAGTCTATCTTAAAATTATTAACTAATTTTTTATATTGATAACCATTAAATAGTGTAGTTAATGTAATTAGTGTAAATAATAAGATATATACTGTAAATTTATTTATATGAATATTTTTATTTATTTTCAAAACATACCTCCTATTTTTATCCAAAAATAAAATATATATTTTTTATTATGAACCTAAATGCATAATAATAAACATTTATATTTTATAAAATAGGAAGTATATGTTAATATATTTATTAGTGACGTTCTTATTTAAAAAGGATATTGGAGGAAATGATGAATAAAACAGATAATTTTTTTAAGAAATTTATTAATTGTATTTATAATTTAAAAGCATTAATAACATATCCTAAATACGGAATATGGAAGGCTATATTATATGTATTATTAATGAGCATTATTCTGGGAGGAATAAGGGGAATAACTATTGGATATAAGATAGATAGAGAATTAAGTAATTTAAGTACAATGCTGCAAGAAGATAAATATAAATTTAATATAGTAGATGGAGTATTACATACGGAAAATTCACCACTAAAGATAGAGGAAACATCTAGTCTAATATATATTGATGAAAATAAAAGCTTGAATGAAATAGATGATTTAAGAGATATAACAGTTCATAATGATAACAATATATTGTTTTTAAAGGATGGAGTATCATTAGAAGCAGGAATGTATAAACAACAAGCACATTATAAAGAATTAATTGGAGATTCTAAATTAGATAATAGTATTTTATTTGGAGAATTATCATATGTATTAAAAATTATTGTAGCTATAGTAATTTTGTATACGATATTATTTACATTTATTAATACATTAATAAATTGTTTATTTGTAACTGCATTTGCATCATTTTCATTAATAATTATGAAAGTATTTATGAAATATAGCATACTATATTCATTAAGTTTATATGCATGCACATTGCCATTTATATTTCAAATTATTTTACAGAGCATTTTTCCAAATATAAATTTAGATACTATGTTTATAGTGGGAACATTAGTATATGTAATATTTATACTTAAGTATATAAAAGATGGAATGACAAAAACCAAATTAAATAAAGACGGAATGTAATAAAGGATATATCATTAAGTGCTTAAATGCTTAATGATATATCCTTTTTATTTATAATTATTTTGATTTATTCTTGTTTACAAAGTAATCTATTATTAAAGATAAGGCACCATCACCAGTAATGTTAGTTGCAGTACCAAAACTATCTTGAGCTGCATGTAATGCAATCATTATAGGCTTCTCTATGTTTCCAAATCCAAGCATAGATTCTAATAATCCAAGGGCTGCCATAACTCCACCACCAGGAACTCCAGGTGCAGCTACCATTGTTACTCCAAGCATTAATATGAATGGCATCATAGTAATTAAAGTAGGAGTTTCTCCTCTCATCAACATCACACCTATTGAAGTTAATACTAAAGTTATAGTATCTCCAGCTAAGTGTATTGTAGCACATAGAGGAACAACTAAATCAGCAACTTCTTCAGATACATTATTTTCTTTAGTACAACTTAATGTAACTGGAATAGTAGCAGCAGATGATTGAGTTCCTACAGCAGTAAGATACGCAGGAATCATATTTTTTAACAACTTAAATGGATTTTCCTTCTTAAGTCCACCAGCTATAGAGTATTGGCATAATAAATAAGCAAATTGCAATATAAACAATATTAGATAAATAGTGGCAAAAGATTTTATAGTAGTAAATATTTCACCACTTAAGCTTAATTTAGAAAATATTGCTGCAATGTAAAGTGGAACAAGTGGAATAAGAACTTTAGAAATAATCATTGAAACTATTGAACTAAATTCTTGAAATCCCCTTAATAATGAACTATTAGTTATTTTTGAAAGTCCTATACCAAAAATAAATGCAAATATTAAAGCAGACATTATATTAAGCATAGGTGGTATATCAATTGTGAAATATGGCTCTGCCTTAATTGTTTCAGTTGCTACTAATGTAGCAGCTTTTATTAGTTTTGGAAGAAACGATATTCCTATAAAATAAGCAGCAATACCAGAAATAATAGTTGATATGTAAGCTAATATTGTAGTTCCTATAAGTACTTTTCCTGAGTTTTTTCCAAGTGAAGCTATCCCAGGTACTATAAACGCTATTATTATTAATGGAATAACAAAAGATAAAAAGCTTCCAAATAAAGCACTGAAAGTAGCTAATATTCTTATTGGGAAGATTATATTTAAACTTCTACATGTTAAACCAAGTATTATTCCTAAAATTAAAAATGTAAATATTCTTTTAATTAATGATAAATTCTTCAATTATAAATCCCCCTTTTATAATTAATGTTCATATATGGAATACAAGTGTTTGTATTACAAGTACAAATATATCATTAAATTATTAGTCAGGTCAATAGTTATATAAAATTTTACTAAAAATAATAAAATTATTGTATATTTTACAAATAAGTTACATAAAATTATAAATAATATACACCAATATGAATAATTTTTTATAATTTTAGGTTATTTAGACTATTAAAGTAAAACAAAAAATGTTAAAAAATGGTTGTTACTATTTATAGTATGTGATAATATAAAAGTATAAAATTCAAAAAAATGGAAAAAAGATATTAATTATAAGGAGAAGCTGTAAATGAGTGTAGCGAAAAAAATTATAAATGATTTTATAGACGATGATATGGAATTAAACAAATTGGAACTTTCTAAGTTAACCAAAGAAGAATTAATAGATAAATACATTGACGTAAATAATCATAAGAATTTACAAGAAAATCTCCTTTTAAATGTTTCTCATGACTTAAGATCGCCATTAAATGTAATTTTAAGTATACTTCAATTTTACGAATCAGGTTACATAACTGGCAGTGATAATATGAGTAAATATATGACTAGTATAAAGAGAAATAGTTATAGGATGTTAAAACTTATAGATAATCTTATAGATACAACAAGATTAGATAAAAATTATTATAAAATTGAAAGAAGAAATTTAGACATTGTTAAATTAATAGAAAATACTATTTCATCAATAGATAAATATGCAAAACAAAAGAATATATCATTAATTTTTGATACAAATGTTGAAAAATGTATTATGGCAATAGATCCAGAGGCAATAGATAGAATAATTATGAATCTTTTATCTAATGCTATAAAGTTTTCTTATAATAATGGAAATGTATACATTAATCTATGGAAAAGAAATAATCAATTAAATATATCAGTAAAAGATGAGGGCATGGGAATTCCACTAAAAGAACAAAAGAAAATCTTTAATAGATTTATGCAATCATCTAATCATAAAAAAATAGAGCAGTCAGGAAGTGGAATTGGATTAGCATTAGTAGAAAGCTTAACTAAAGCACATAATGGTAAAGTATTATTAAATAGTGAGGAAGATAGGGGAAGTGAATTTATAATAAAACTTCCAATAATAAAATTAAGTGAGAATAATGAAGATAATCATATAATTAATGCAAAAACTAATATTGAAATGTTAGAAATAGAATTCTCAGATATTTACTTATAAAAATGACATTTATTAAAATAAATACTTAATATTATAGAAAAATAATCTTAAGTATTTATTTTATAAACTTGCTTATTATGGTAGCTTGTGATAATATATTTCTTGAAGTAAAGTTACTCCAAATCTATATGGAGCGTTAGTTAAACGGATATAACTTACCGCTACGGACGGTACATTGAGGGTTCGATTCCTTCACGCTCTGCCAGTTTAACAATAAGAAAGGCTTAATCACTATGGTTAAGCCTTTTATTATGCTTAAAATAGGGATTGTTTGGGGATTATTCTCTTTAAGAAGGTTTTTAAGGGATTACATAGGCGTGTAATTCTATTTTTTAAATAGGTTATTTAATAGAGTTGCAGTATTACTTTTCATATCATCCATAATATGAGTATAAGTGTTTAATGTAATGCTTATATCCCTATGACCAAGCCTATCAGATACCACCTTTATATTTTCACCATTAAATATTAATAACGTGGCGTGGGTGTGTCTTAATCCATGAAATGATATTTGCTTTAGCTGCATATAATCTTTTGGAACTTCTTTATTTTCTTTTTCAATATCATCAATAGACTTTTTATATTTAGCAACTGTTTTAGTAAAATTCATTGATAAATTACGAGGATTACACATAAGCCCTTCACGACTTAGTATAACAAAGTCATTTTCTAAAGCGTTGTTATCTTCTTTCATAGCCTTTAAAAAGTCAATTAATACTGGAGGTATAGAAATATTTCTATGGCTTGTAGAAGTCTTTAAAATTGACGAGAATATCAATTCTTTATTAATCCTATCTTGAATAACTTGACTATTAACTTCTATATATCCACTTTCTAAATTAACATCACACCATCTTAAACCACATAATTCACCAACTCTTAATCCTGTAAGAACATCAAGAAAAACTGGAGAATAAAGGTATAAATCATTAATTTTATCTAAGAAAAAATCAATTTCTTTTTTAGTCCAAAATTCAATTTCTGGTTTAACTAGCTTTTGCTTTTCAATATCTGTAGGTAGATCATAAATTAATTTTGATTTTTTAGCATATTTTAGGCAGCCATTAACTATGTCATAAACCTTTTTTGCTGATACTGGTTTCATTCCTTTTTCACTTATTAGCTTGTTGTAGAAATCTTGAATGATTGAGGTACTTAATTCACTAAGTTTGTAATTCCCAATCATAGGAACTACATGAGCGTTTATTCTGTATATATAATCATTCTTAGTGTTGATACTTACATTTAAAACTTTATATTCATTAAACCATTTATTAATATAATCTTTAAAAAGTATGTTGCTATTTGTTAGAGCAATATAACCTTTATGTTTTTTACCTAGTGTATCAGTTACCCATATTTCAGCATCTTTTTTAGTTTTAAATCCTTGTTTACGTGTCTTAACTTGTTTTCCATTTTCATATCCAAGGCTTACAGTAGCCTTCCAGTTGTATTTAGTTAGTTGCTCATAACTTGCCATCTATTCGCCCTCCATATTATTTCTGTATTTTCTGCTACTAAATTTAAGTAAACGTATTTTTTCTAAGATAGTGTATATTTTATGTATTGTTTTTCCTGAATTTTCTAAATAATCATCAGGATAGTTATAAGGAGAGATAAGTCCATCTGATTCGATCAATTGATTGATTTCAAACATTAGTTCATTCAAAAGAGTAACGTTTTGATTTTTATGTTCTTTAGGATTCTCTGCAAATGGTAAAAAAAGAACCATAAAACAAGTAACTAAGCTATCAAATGATTCATAAATTAATTTATTATTATCCTTATTTGTCATTATTAATTCACGTATATTATCTAGCAAATAATTTATATCTAAAGATGTATCATTCACAATTAAGCAATCTGGTGTTTTCACCATATCTAACAAATTATTTAAATTAACATTTAGAACACTAGCAATTTTACCTAAGGTTTCTAATGATGGATTAGTAAGATTATTTTCTATTTTAGAAATCATTTGACCAGATAAACCAGTTCGTCGTCCCAATTCTCTTTGACTTATACCTAAAATTTTTCTGAATTTCGCAACTTTTTCGCCGACCATTAATATCATCTCCTTTAGGGTTAGTTTATAACACCTACTAATAGTTGTCAAAAGGAAAATTTTTATTAAAGTATTGACAACTATATATAGTTAGCATTATTATAATAGATATAAACGACTAATAATAGTTGTCAAATCTTGTGCAAATAATTTCAAATCAAAAAAATTAAATTATCAAGTCTTTTAGGGGTACAATGCCTAATAAAAAAATAAAGGAGGAAATAGCAATGTCAAAACGAGAATTACTAAAATTATTTCAAGTATCACAAGAAGTTGGGTTGCCATTATCAACTATTCAAAAACATGTTAGAGAGGGAAAATTAAAAGCGAAAAAAAATGGGAGAGAATATTTAGTTACTAGAATTGATTTAAATTCATACTTGGGAATTGAAAGTAATGAAGATGCATTAAAAAAAGATTTAGAAATAGCTAACTTAAAAAATAAAGTGAAAACTTATGAATATCAACTTAAAAATATTAAAAACATGATAAATAATTTGGATAATATCATTGAAATGTGAAAAGTAATTTTTATTTTGTATGAAAAAGGCTTGTCTATTTGTCTACAACTTAAGGAATGTAGTAAAATAGCGAGTTTATGTAGACAAAATTCACTTTTTTAAGTTGTCTACTATTGTCTACAAATAAAACCGTATAAGTATACAAATAAAATACTAGACAAATGTAGACAAAAAATAAATAATACATATGTCTACTTGAAACATAGTAATATAAAGGGTTTGAAGGATTTAGACCAATAGACAATGTATTTGCAAGTGTTTAGAAAAATAAACTGATGACAGAGAAGGTGAATATTTGAAAAAGATTAAATTTGAGTTACAAGAAACAGAATTGTGTTTTATAGCACTTTCTTATATGTTTTCTAATATTAAAGTTAGAGAAGAATATAGAAATTTATTATTAGATAACAAGATTGAGTTCCCAACCAATGAACTTGACATTATTTCAAGTATTATTATCAACTATTCAGATAGTGAAAAAATGATTGAAAATTTTAATGTTGCAAAAGAACTTTTTGAAATTAATAAATATAGTGAAATAACTCAATATTCACTTGATTCTAAATCAGAAATGTTTTTTAAAAAGTTTAGAGATAGAATAATTGAAAATACAGATAAAATTGAAAGCATACCATTAATAAGCTATGAGGATAATAAAAAAGCATTTATGTCATATATTGGTGGTAACTTTAAAGCTTTAATTAATTCATTTAATGAATCTAAGTTTGTAAAATGGAATGGTAAAGCATGGATAATGTTAACAGAAGAAGAGGGGAAAATCGAGTATAACAATTTTATTAAGCAATGTAACTTTGAGTTAGAAAAAAATATAAATAATCTAGAAAAAGACGATTTTTATAAGTTAAGTAAAAAAATTAACTCATGGGATAATAAAAATCGTGTAAGTGAAGCTTTAGACAAGCTAAGAAGAGATAATGCATATATTATTAATCTGAAATATCATAATAAAAATGAAAATATATTATGCTCAAAAAATGGGTTAATAATAGACCTAAACAAAGGTGAAATTAAAAAATCATGCAGAAATGATTTAATTCTAAATACATCAAAATACAACCTAATGGATAAAAAAGATTCTATAAAATTTGTTAAAGATAAATTGAAGCTATATAAAAAGGTATTAGGAAATGAAAGACTTGAATTTATACTAGATTTAATTTCTTATAAAATGCTTGGGAAAAACCTACAATTAGCAATATTTATGATAGGTGCAGGAGCAACAGGGAAATCAACATTTAAAAATATTGTAAAAGATTTATTTGAAGAGAATGCAGTAAATATCCCATACACATATTTTACAACTAAACATAAGGGAAATGATGACGTTTCAAGAGATGATTTACTGGTTTCACTAGATAATAAATCATTTGGGCTATCAAGTGAAGGAGATACAACGGATATTATTAACCAAGCAAAATTTAAAAATATTTTGTCAAATTCAAGTGAAAAGGCAAGAGCAACAAGAGGAAAATTAATTGATGTAGATTTACAAAAATTAGATTTATTAATTGATACTAATGATATTCCACAGTTCACTAATTATGATGATGCAGTAAATAGAAGATTACTATTTATAAAATTTATAAATAAGATTCCAATAGAAAGTCGAAATACAAACTTTTATAAAGAAGAAATTAAAGAAAATTTTGATTATCTATTCTCATATTTTATTTATAGAGCAATGAATTTAATAAATAAAACCCTGATTGTTCCTAACATTATTAAGGACGATACTATGCAAAATATCAAAGAATTAGATTCGCTTTTAAAATTTTCAAATGAAGTAATAGCACCAATAGAAGATTTTTTTGTTAGTTGTGAAGAAGTCGAAAAAGCGTATATAAAAATGTGTGAAGAAGAAAATCTAGTAAATATAATACCAGGCGATTTAATTGGAACTGCTAAGGGATATAGCTATTTACTTAATAAGTTAAGAGAAAAGCCAGGTTATGAGAATATTGAAAGAATTAGAAAGTCTGACGGTTCAAAGAATAGAAAATGTTATGTTATTAATGGATTGACATTTCAGAAATAATTGAGGTGAATTCTTTATGATAATTAATTTTAACACATTAAAGAATTATATAGTAGATTCTTTAAAGCAAGAAATAGAACCAACATGGAAGGGGTTATATACTTATAAAAAAGAACAAAAAAAGTAGCATTTCAAAAAGAAACACCACTAACACTCGCAATGTTAGTATATCTTTTTGAGATATGCTTGTAAAGGGGAATATATGTTTATAACGTTGGTTCTTTAAATATCAATAGATTTTTAAGGAGGAATGTAAAATGTTAATAAACTTAGAGGATGTAAAAAAGCAAAGAGATATTAAAAACGGTTTAGATGATGAACACATAAAAATTTTTAGAATGATTTCAGATTTATTAGTCAAAATAGAAGATAAAAACCATAGAGAAAAAATAATAAGTAATATATATGATTCAACAAAATTTTTTGAAAGAAGATTATATTCAAAAAAAGAAGTGCAAAAGGGGAGAGAATGTAAAATTATTTCCATTAATTAAATATATTTATTTAAGGTGTCCGAATCGGACACCAATAGAGAAAAGGTGTTATAGCTGGAGCAACAAATCTTAATTTTTAAAAAAATACTCAAATTATAGAGTATGTTTAAGGAGTGGTTATTATGAGTAAGAGAACAGGAATACTAGGTTATAACTACAATAATGAAAGATATAGTATATTAAACGCTATGGATTTATGGGAAGATAGTGGACTTCATTGTGGTGAAGTACTTGAGGTATTTATTGATGGTAAATGGATAGCAGATAGGATTGAAATAGGTAAAGGTGAATGGTATTTAATTTATAGTAAGTTACATGGTGAACAACTTGAAGGCTTAAGAATTAGATTTTAATGGAGGTAGGTAAATATGATTAAAATAAGAATGATTTATAAATCAAAAGAAGACAAAAAGAAAATGATTCAAATACTTATGAAAGCTGGTGCGATAATAAAAAAAGAAAGTAAACCTTATAAACTTAAAGGAAGCAAAGAAGAACGTGTTTATTTAGATATAGAATAAAAAATAATTGAACGTATGTAAGTTATGTTATATAATAATAAGCATAAAATAGAATAATTTAAGTACCCCACTAGTTTAGTGGAAAGCATTAAGAATTTAATGGCTGCGGGAAATATTTAATAAAATCATTATTGATGGTTTTGTTACTTATTCCCGTAGCCTTTTTATTTTGTATAAGGAAGTGAAGAAGTGAATTTTATAAGTAGGTTGTTGAAAAAAAATAAAAGTCCAACAATAACAGAGCATGTCGAAGTTATGAATGGAAGCCCAGCAATATTTACCCCATTTAGTGGGAATGCATACGAAAGTGATATTTATAGAGCAGCAGTTGACGCAATAGCAAGAAACGCTGCAAAACTTAAAATCATTCACGTTGTAACAATAGCTGGGCAGAGAAAAGATGGTGATAATTCTTTAAATAGAATATTGCAAGTAAGACCAAATCCATATATGACGGCGTACGACCTTATTTACAAGCTAGTAACCCATTATTATTTATACAATAATGCTTTTGCATATTTGCAGAAAGATGATAAAGGTAATTTAACAGGGATATATCCATTAAGTCCGTTAAATATGGAGTATTTAACAGATTCAACAGGAACGTTATATTGTAGATTCTTATTTATGGGTGGAAAACAATTCACTGTTCCATTTACAGAAGTATTTACAATGAGAAGGTTTTTTAATTCTAATGATTTACTAGGAGATACAAACACAGCTATATTACCAGCTTTAGACCTAGCACATACACAAAGCGAAGGAATGGAAAATTCAATTAAAGCTAGTGGAAATATAAGAGGTATATTGAAGTATAACCAAGCATTAAGCCCTGAAAATCTAAAGAAGGAAAAGGAAGCCTTTATATCTGATTATTTAAGCATAAGTAATAATGGCGGAATTGCTGCATTGGATAGCAAAATGGATTATGTGCCTTTAGATGTTAAGTTAGCAGTAATTGACGAGAAACAACTGGAAGCAGTTAAAAAGAAAATATATGAGTATTTAGGAATATCAGAAAACATTGTTAATAGCACATATTCAGAAAATGAATGGGCTGCATTTTATGAAAGTGTAATCGAACCTTTGGGACTTCAATTTTCATTAGAATTAACAGAAAAAGTTTTAACACCAAGGGAACAAGCCTTTGGAAATTCAATCTTATTAGAAGCTAATAGACTACAATTTGCAAGTAATACAACAAAGACTAATATATTAAAGGAATTAATGCCATTAGGCTTATTTACAGTAAATCAAGCAATGGAGATATTAAATCTACCAAGCGTAGAAGGTGGCGACAGAAGGGTGCAAACATTAAACGTTGTTAGTACAGATATTATTGATAAATACCAAATGAGTAAAGCGAGGGTAAAAGATGATGAAGGAAATAAGAAACTCACAGATTCAGAGCAATAGTGATTTAGAACTTATAGGAACACCAATTGTATATGATGAACCAACAATAATAAACGACCCTTTGGGAAATTATACAGAGATAATTAAACGTGGGGCTTTGGATACGGCAGACCTTAGCGACATACGTTTACTATATAACCATGATACAAGTAAAATACCACTTGCAAGAGTTCCTAAAACAATGGGATTCAATGTTGATGATAAAGGGCTACATATGAGAGCAACTTTGCCAAATACAGAAGAAGCAAAGGCAGTACATACGGCAGTATGTAGGGGTGATTTAACTGGTATGAGTTTTGCTTTTAAAGTTCCTAAAGACGGTAGTTTTTACGATTCTAAAACAAACACTAGGACAATAACAAAAATAGAAAAAGTATATGAATGTAGTGTAGTACCATATCCAGCATATCAAAATACATCTATTGAAGCTAGAAACCAAATAACAGAAGTGCAAAAGCTGGAATCACAAAAAGACCAAGCAAAAATAAAAATAAATCAAATATTGAAAGGAAGTATTTAAGATGAAATTTAAAACAATATCAGAGGCATTTAATTATTATAGAAACCATAACACAGGAGATATTGAAAAGAGGGCAGCAGAAATAGGCAACTTAATTAATACAGACCCTAACGTTGATATGGAAAGTTTAAATATTGAACTTGAAGGATTAAAACAAGCTAAAACAAATATTGAAGAAAGAAGTCAGCAACAAGAACAATTTAATCCAGTAGCAGGAATGAACTTCAATAACAATTCAACAGAAGTTCCAAAAGGTGATATATTCGCAAGTAATGAATATAGAAGTGCATTTTTTAAGAATATGTTAGGTCAAAGGCTAACAGACATGGAGCAAAGAACATTTAAAAGAGCAATGGAAATTGTAGATACTGAAAAGAGAGCAGACGCATTTAGTACAACAACAAGTGCTGCCGCAGTTCTGCCAACACAAACATTAAATGAAGTTATTTCAAAAGCTAGAACAATGGGCGGATTAATTTCAAGTTGTAGGAATTTCAATATACCAACTAATTTATCAGTACCAATTGGAACCCCAAGCACAAAAGCAGCATGGCACGTTGAAGGTGCAGCAGTTGAAACAAAAGAACCAGCAATATCAAGTGTATCATTTGCAGCATATGAAATTATAAAGGTAATGTCATTAAGTGCAGCAGCTAAGAAAATGTCAATCCAAGCATTTGAAAGCTATGTAACAGAAGAATTGACTAATTGTGTAATGGAAACAATAGCGGATTCATTAGTAAATGGAACTGGATCAGCACAAGGAACTGGAATATTAACAGGAATTACATGGAATATTTCAAATAGTTTTACATTTGCTAAAGCTGGAGTTCCAGTATATACAGATTTTACAAAGATGGTAGCAATGCTAAAGCGAGGATATGGGGCTGGAGCAAAATTTGCAATGAATAACTCAACATTGTACAACCTAGTTTACAGTTTAGTTGATTTAAATGGTAGACCAATATTTATTGCAGACCCTAAGAATGAAGAAATTGGTTATATTCTAGGAAAACCAGTTGTAATTGATGATAATATCGCAGATGATGTTGTATTATTAGGAAACTTTAATTACATGGGTTATAACATTCCACAAGGAATAATTATTGAAACTTCAAGAGATAGCAGCTTTAAGAGTGGCTTAATTGATTATAGAGCATTAGCGATAGCAGATACAAAGCCATTAGTTGATGAAACTTTTGTTAAATTATCAAGAGCTTCATCATAACAAATATTAGGGAGTAACTTTTGACACTCCCTTTTAAAATACTAAATTATAACAAACTGTCTACTTTTGTCTACCAATTTGTCTATCTAAAAGTTTATAAATAGGGGGATAAAAGAATTTAGACAAATAGACAGTACATTTGTAACTATTTAAAAAATATTAAGAAGGTGAATATATGATAATAACATTAGAAGAAGCAAAGAATTTGTTAAGAGTTGATTTTGAAGAAGATAATGGTTTAATACAAACATTGATTAATACGATACCTCAATATTTAGAAAATAAGACAGGAAGGCCATGGGACACAGACGTAATTAATCCATTAGTCAAAACATTGGCTGGATTCTTATTAAAAAGCTGGTATGATGGCAGCACTCCACAATTAGAAAAAACTATTGAGAATATTATAGCAACATTAACGCCAATGGCGAGGTGATGTTATGGTAAAGCCAATTAAAAATAAAGAAGTGGTAAGGAATATAATAGAAGCTTTGAAAAAGGAAAATGAAAGAAATGCTATTATGTTTGCTTTAGGTGTTTATTGTGGATTGAGGATAAGTGACATTTTAAATCTAAGGGTTAAGAATGTTAAAAAAAAATGGAATATAAGAATTAAGCAACAAAAGACAGGAAAATATATTGAGATTGTATTAAATAGAGAATTAAAGAAAATGATTGATGATTATACAGAAAATATGGATGATGATTATTATTTAATAAAAAGTCGAAAAGGTCAGAATAAAGCTATAAGTGAAACACAAGCATATAGAATTATGCAAGAGATAGCATGTGAGTTCAAACTTAAAAATATTGGTTGCCATAGTACGAGGAAAACATTTGCTTATTGGTTGTATATGGATAATAAGAAGGATATCGGATTAGTTCAAAAAGCTTTAGGACATGGTTCGAGTGCAACTTCATTGACATATATAGATATGGATAAGGAAGCATTAAACAAGGCAATAAAGAAAATAAAGTATTAATTTAGGGCAGAAGGTAACTTTTTTTGTATAACAATACATTGAGAATATATAAGAGCATAAAGCTTTATAAATAGATACTTGAAGGGTGATATATGAATGTATGAATATGCATAAAAGGTACATTCAAGTAGGTAAAAATATATAAAAAGTAATGAGGATATGAAGAGTTATGGCTAAAGAAGGTATAAAATTTTTCTATGATACTAAGGAGTGGAAGAAATGCAGAAAAGCATTTATCGAAACTAAACATTATATTTGTGAAAGGTGTGGAGGTGTAGGAAAGTTAGTTCATCATAAGAAACATATCACACCAAGCAATGTAAATGATATGAATATAACGTTAAACTGGGATAACCTCCAAGTATTATGTTTAGATTGTCACAATGTAGTACATGGAAACGGTGGAGCAACTGTTAAGGGAGTATCATTTAATCAGAATGGTGATTTGATTTATAGCCCCCCACATCACAAAGAAATATGAAAAAAGCTATCAACGTAAGGGGAGATTTCAGTACCCCTCCGAGGTTTTTGGAGTTTTCAAGGTGGGGCAAACAATAAGAAAGTAGGTGATTTTTGAAAAATGTTTGAGAAAAATAAAGATATATCAACAGAGATGAAACAACTTAAAAGGATATTGAAGAGTATACCCAAAGATAGACAACCCATAGCCCAAAATATTTACAATGAACTTTTATTCATACAAAGAACACTTGATAAGTTAAAAAAAGATGTTGATGAAGAAGGAACAACAACATTATTCAAACAAGGGCAACAGGAATTTTTAAGAGAGAACCCAGCTTTAAAAGGATACAATACAACAATTAAAAATTATAGTAGCTTATATAGGCAATTAATAGATTTATTACCACCACTTGAACCAGTTCAAGAAGTAGACCCATTATTAGATTTTATTAAGGCACAATAATGAATTATATTATTGAATACTTTGAAGCAATTAAAAGTGGTGAGTGTATTGTATCAAAGAGAGTATATAAACAATATGAAAGGCTTGTAAGTGATATTGATAATTCAGATAAATATATATTTGATGAATCAAGAGCATTGAAGCCTATAAAATTTATTGAACAATTTTGTAAACATAGTAAAGGTGAATGGGCTGGTAAGCCAGTAATATTAGAATTATTTCAAAAGGCTTATATATCAGCCCTTTTTGGTTTTATAAATAAAGATACAGGGCTAAGAAGATATAAAGAAAGTATGTTTTATGTAGCCCGAAAAAATGGTAAGTCAACAATGTTAAGCGGTATAGCTGCATATATGTTAGTAGCAGATGGAGAAGCTGGAGCGGAAATTTATTCATGTGCTACTAAGAAAGACCAAGCAAAACTTGTATTTGATGAAACCTTAAACATGATTAAACAAAGCCCATACCTAACTAAGCATATCAAGAAGAGAAAAACAGACTTATATTTTCCATTAACAATGAGTAAGTTCCAACCATTGGGTAAAAATTCAGATACATTAGACGGATTAAATGCACAATGTGTAATTATAGATGAATTACATGGTGTGAAGGATAGAAACCTATACGAAGTTATGAAGCAATCACAATCAGCAAGACGACAACCGCTATTACTTATGATAACAACCGCTGGAACTATAAGAGAATGTATTTTTGATGATATGTATGAGTACGCTTGTAATATTGTAGATGGGAATTTTGAAGATGATACCTTTTTACCTATTCTTTATGAGTTAGATAAAAAAGAAGAATGGCTAGACCCAAGAGCATGGAGCAAAGCAAATCCAGCACTAGGAACTATAAAAAAGATTGATGATTTAGAGAGAAAAGTTGAAAAGGCAAAGAATAGCCCGAAAGATTTAAGCGGGGTATTAACTAAAGATTTTAATATAAGAGATACCATAAGTTCAGCATGGCTTACATTTGATGATATTAACAATGATGAAACCTTTGATATAGCAGATTTTAAAAATTGTTATGCAATAGGTGGGGCAGATTTATCAATAACAACAGATTTAACCGCAGCAACTCTTTTATTAATTGACAAGGTTACTCATAAAAGATATATACATCAAATGTACTGGTTACCTAGTGATAATTTTGAACAGAGAGTAAAGCTTGAAAAGATACCATATGATATATGGCTTAAACGTGACTTGATAAGGCTATGTAATGGTAATTCAATTAATTATAGTGATATAACCGCATGGTTTCTTGAAATGCTTAATAATTACGGTATAACTCCTTTATGGATATATTACGATAGTTATTCCGCTAAGTATTGGGTTGATGAAATGGAGCAAAATGGTTTTAAGATGGTTAGATGTATTCAAGGGGCTAGAACTCTAAGCCTACCAATGCAACAATTAGGGGCAGACCTACAGGCGAAAAAGATTAATTATAATAATAGTCCAATATTAAAATGGTGCTTAACTAATACAGGAGTTCAGGAAGATAGAAACGGTAATATAGTACCTATAAAGAATCAAGCAGCTAAACAAAGAATTGACGGAATGGCTTCAATGTTAGATTCATACGTTGGATTATATGAACATTATGAGGAATTTATAAGAGCATTGTAAAACGCTAAGCGATTGGAATTTTAATATAAGGAGTAAAGGGAAATGAGGAAAGATAAAAAAATAACCATATTAGAATATGTTAATGGAGTTGATGAAGATAATCTTCCATTAGAAGAGTATGTTCCAGTAAAAGGTGCAGAGAATATATGGGCTTATTATAGGCACTTATCGGGAAAAGAATTTTATGCAGCAGCAACAACAAATTCAAAAGTAGATGTTATATTTCAAATAAACTGGCGGCAAGGAATAGACACAACTATGAAAGTTCTATATAACAATAAAGAATATTATATAACTCAAATTGATGATTTTGAAGGTAAAAAAACAGATTTAAAAATATATGCTTATAAAATTAATTAA

Protein sequences of DBSCAN-SWA_1

>NC_018648|17535:45420|43075_43420_+|WP_012422942.1|DBSCAN-SWA
MFEKNKDISTEMKQLKRILKSIPKDRQPIAQNIYNELLFIQRTLDKLKKDVDEEGTTTLFKQGQQEFLRENPALKGYNTTIKNYSSLYRQLIDLLPPLEPVQEVDPLLDFIKAQ
>NC_018648|17535:45420|17535_18813_+|WP_012424888.1|tRNA|DBSCAN-SWA
MLDLKRIRNNPEEIKKLLSNRGEDFDVAVIDEIVTLDEERRKILVEVESLKSKRNQVSAEIPKLKKAGEDVTEIMNDMRKLGEEIKNFDTRVNEINERIEYIMLRIPNIPNPEVPDGETDEDNVEIKKWGEPTKFNFEPKAHWDLGTDLNILDFERGGKVAGSRFTVYKGLGARLERSIINYFLDKHTTENGYTEILPPYMVNRDSMTGTGQLPKFEEDAFKVENNGYFLIPTAEVPVTNMYRNEVLSGDILPIKHAAYSACFRAEAGSAGRDTRGLVRQHQFNKVELVKFCKPEDSYAELDKLVEDAESVLQGLGLPYRIVRICKGDLGFTAALKYDIEVWMPSYNRYVEISSCSNFEDFQARRANIKYRETPKDKPKFIHTLNGSGVAIGRTVAAVLENYQKEDGTVEIPEAIKRFMNVDFIK
>NC_018648|17535:45420|29420_30230_+|WP_012424208.1|DBSCAN-SWA
MNKTDNFFKKFINCIYNLKALITYPKYGIWKAILYVLLMSIILGGIRGITIGYKIDRELSNLSTMLQEDKYKFNIVDGVLHTENSPLKIEETSSLIYIDENKSLNEIDDLRDITVHNDNNILFLKDGVSLEAGMYKQQAHYKELIGDSKLDNSILFGELSYVLKIIVAIVILYTILFTFINTLINCLFVTAFASFSLIIMKVFMKYSILYSLSLYACTLPFIFQIILQSIFPNINLDTMFIVGTLVYVIFILKYIKDGMTKTKLNKDGM
>NC_018648|17535:45420|24100_27832_+|WP_012425324.1|DBSCAN-SWA
MSGTKWTEEQLSAITTRDCNLLVAAAAGSGKTAVLVERIIKIITNEENPIDIDKLLVVTFTSAAAAEMRERIANAISKKLDETPTSKNLQKQLTLLNRSNIMTIHSFCLGVIKNNFHKIDLDPSFRICDQTEGILLKMEIIDELFDDKYDEENQEFIKFIEAFSSYKSDNALKELVLSLYNFTMAGPWPKKWLKDASRDFDIKTLQELDETKWVNVLKESIKIELDGYIKMMQKAVKLINETDGLEPYFEGFSSELDLIVNAYNNVESSLNDLYNSLNLITFNRLKTIKKNTVSDENIQNLVKQIRDQVKKKISALIEGTFIASPDKMLDNIIKSYPYINQLTELTSEFIDRFTAKKKEKNILDFNDLEHLCLKILIEENEENQIVPSTIAQKFKDYFEEVLVDEYQDSNNVQEAIIELVSRKNSDNPNVFMVGDVKQSIYKFRQAKPELFIDKYNSYSLDKGINRKIQLYKNFRSREEIINGVNYIFKSVMSKTVGELEYTDVEALNLGANYPEKKNDDDIIGGPIEVHILDRSDNKEENDEFKLQAEEEIGDVNLEARIIVKRINELISKKEGNKFKVLDKDTGEYRDLKYKDIVILLRATKNWSEVLLDELGLAGIPVYADTGSGYFESIEIRTIMSLLKVIDNPMQDVPMLSLLISPIIGLSAEELSDIRLIDKEKYFYENIIKISKEKLISVELQEKCEYILSSIDKWRRKSIYMPIDEFIWYLYMDTAYYGYVGAMPNGVLRQANLKILFQRARQFSDTSFKGLFNFINFINKLTKSSGDMGSAKILGENEDVIRIMSIHKSKGLEFPVVFLAGCGKNFNLMDLNNKILYHEELGLGPEYINLENRTSITTLPKEAIKKRMKLETLSEEMRVLYVAFTRAKEKLIITGAVRNAEKSIEKWINSAVLDKDVVLPYEISKGKSYLDWIGMALCKHKDGEILRKKLGFSSEMCKDDLSMWKISIWNKYELDMYDELDENQEEEDVKISILDKDVNKEIKSEVYRRLGYEYEFKESTKLTSNISVSDLKKRNIEDDIDTLKMFDLEEEDNKNKDIITPKFLQEEKGISAAERGTAIHFAMKKIDFSKVGTLKEIKEQLNKLYDEELILQEEYNSINPYKILSFFKSSLGKKMLYVYNEGGKVYREVPFYTEISSLEIDESLPQKYANEKIRLQGIIDCFFKCDDEIILLDYKTDYVENEEEFKDKYKNQLSYYSEAIFKMTGKKVDKKYLYSFYLEKEILI
>NC_018648|17535:45420|38195_38348_+|WP_012423837.1|DBSCAN-SWA
MIKIRMIYKSKEDKKKMIQILMKAGAIIKKESKPYKLKGSKEERVYLDIE
>NC_018648|17535:45420|28113_29265_-|WP_012424575.1|DBSCAN-SWA
MKINKNIHINKFTVYILLFTLITLTTLFNGYQYKKLVNNFKIDFDSNKFSQANNILLTQENFNPFKNLMLKRDLKKYFSNNITTLKQDLETSKLNEEEILIKANEINRYGFNSNEVIELVNSVSSLQDSINNYSNGIEHFNNNEYYEAITNFSNLSPLDLNYNESLIYLRESKSKIKDELFSKCDELCSNDYYSQALNQISNVPSVLNDDEDIKTKIAEIKSSKQQYLDKTAESKTVSDYYINNISSQNINTLNLVSNTPYLIFIDINSQKTYIYKGKSNKWDLDKTFSCSTGIDSEPTPCGAFSIKEKGEWFFSEKFKQGGKYWTQIDGDILFHSVPYAQDKTTVVDTTLNKKSSHGCIRLALSDAKWIYDNIPRDTKIIIK
>NC_018648|17535:45420|45102_45420_+|WP_012424770.1|head|DBSCAN-SWA
MRKDKKITILEYVNGVDEDNLPLEEYVPVKGAENIWAYYRHLSGKEFYAAATTNSKVDVIFQINWRQGIDTTMKVLYNNKEYYITQIDDFEGKKTDLKIYAYKIN
>NC_018648|17535:45420|35572_37333_+|WP_012425384.1|DBSCAN-SWA
MKKIKFELQETELCFIALSYMFSNIKVREEYRNLLLDNKIEFPTNELDIISSIIINYSDSEKMIENFNVAKELFEINKYSEITQYSLDSKSEMFFKKFRDRIIENTDKIESIPLISYEDNKKAFMSYIGGNFKALINSFNESKFVKWNGKAWIMLTEEEGKIEYNNFIKQCNFELEKNINNLEKDDFYKLSKKINSWDNKNRVSEALDKLRRDNAYIINLKYHNKNENILCSKNGLIIDLNKGEIKKSCRNDLILNTSKYNLMDKKDSIKFVKDKLKLYKKVLGNERLEFILDLISYKMLGKNLQLAIFMIGAGATGKSTFKNIVKDLFEENAVNIPYTYFTTKHKGNDDVSRDDLLVSLDNKSFGLSSEGDTTDIINQAKFKNILSNSSEKARATRGKLIDVDLQKLDLLIDTNDIPQFTNYDDAVNRRLLFIKFINKIPIESRNTNFYKEEIKENFDYLFSYFIYRAMNLINKTLIVPNIIKDDTMQNIKELDSLLKFSNEVIAPIEDFFVSCEEVEKAYIKMCEEENLVNIIPGDLIGTAKGYSYLLNKLREKPGYENIERIRKSDGSKNRKCYVINGLTFQK
>NC_018648|17535:45420|39726_40284_+|WP_012423118.1|head,protease|DBSCAN-SWA
MKEIRNSQIQSNSDLELIGTPIVYDEPTIINDPLGNYTEIIKRGALDTADLSDIRLLYNHDTSKIPLARVPKTMGFNVDDKGLHMRATLPNTEEAKAVHTAVCRGDLTGMSFAFKVPKDGSFYDSKTNTRTITKIEKVYECSVVPYPAYQNTSIEARNQITEVQKLESQKDQAKIKINQILKGSI
>NC_018648|17535:45420|33016_34171_-|WP_012422737.1|integrase|DBSCAN-SWA
MASYEQLTKYNWKATVSLGYENGKQVKTRKQGFKTKKDAEIWVTDTLGKKHKGYIALTNSNILFKDYINKWFNEYKVLNVSINTKNDYIYRINAHVVPMIGNYKLSELSTSIIQDFYNKLISEKGMKPVSAKKVYDIVNGCLKYAKKSKLIYDLPTDIEKQKLVKPEIEFWTKKEIDFFLDKINDLYLYSPVFLDVLTGLRVGELCGLRWCDVNLESGYIEVNSQVIQDRINKELIFSSILKTSTSHRNISIPPVLIDFLKAMKEDNNALENDFVILSREGLMCNPRNLSMNFTKTVAKYKKSIDDIEKENKEVPKDYMQLKQISFHGLRHTHATLLIFNGENIKVVSDRLGHRDISITLNTYTHIMDDMKSNTATLLNNLFKK
>NC_018648|17535:45420|37949_38180_+|WP_012423107.1|DBSCAN-SWA
MSKRTGILGYNYNNERYSILNAMDLWEDSGLHCGEVLEVFIDGKWIADRIEIGKGEWYLIYSKLHGEQLEGLRIRF
>NC_018648|17535:45420|42664_42976_+|WP_012425247.1|DBSCAN-SWA
MAKEGIKFFYDTKEWKKCRKAFIETKHYICERCGGVGKLVHHKKHITPSNVNDMNITLNWDNLQVLCLDCHNVVHGNGGATVKGVSFNQNGDLIYSPPHHKEI
>NC_018648|17535:45420|30287_31457_-|WP_012425639.1|DBSCAN-SWA
MKNLSLIKRIFTFLILGIILGLTCRSLNIIFPIRILATFSALFGSFLSFVIPLIIIAFIVPGIASLGKNSGKVLIGTTILAYISTIISGIAAYFIGISFLPKLIKAATLVATETIKAEPYFTIDIPPMLNIMSALIFAFIFGIGLSKITNSSLLRGFQEFSSIVSMIISKVLIPLVPLYIAAIFSKLSLSGEIFTTIKSFATIYLILFILQFAYLLCQYSIAGGLKKENPFKLLKNMIPAYLTAVGTQSSAATIPVTLSCTKENNVSEEVADLVVPLCATIHLAGDTITLVLTSIGVMLMRGETPTLITMMPFILMLGVTMVAAPGVPGGGVMAALGLLESMLGFGNIEKPIMIALHAAQDSFGTATNITGDGALSLIIDYFVNKNKSK
>NC_018648|17535:45420|38603_39764_+|WP_079991394.1|portal|DBSCAN-SWA
MNGSPAIFTPFSGNAYESDIYRAAVDAIARNAAKLKIIHVVTIAGQRKDGDNSLNRILQVRPNPYMTAYDLIYKLVTHYYLYNNAFAYLQKDDKGNLTGIYPLSPLNMEYLTDSTGTLYCRFLFMGGKQFTVPFTEVFTMRRFFNSNDLLGDTNTAILPALDLAHTQSEGMENSIKASGNIRGILKYNQALSPENLKKEKEAFISDYLSISNNGGIAALDSKMDYVPLDVKLAVIDEKQLEAVKKKIYEYLGISENIVNSTYSENEWAAFYESVIEPLGLQFSLELTEKVLTPREQAFGNSILLEANRLQFASNTTKTNILKELMPLGLFTVNQAMEILNLPSVEGGDRRVQTLNVVSTDIIDKYQMSKARVKDDEGNKKLTDSEQ
>NC_018648|17535:45420|41952_42495_+|WP_012425794.1|integrase|DBSCAN-SWA
MVKPIKNKEVVRNIIEALKKENERNAIMFALGVYCGLRISDILNLRVKNVKKKWNIRIKQQKTGKYIEIVLNRELKKMIDDYTENMDDDYYLIKSRKGQNKAISETQAYRIMQEIACEFKLKNIGCHSTRKTFAYWLYMDNKKDIGLVQKALGHGSSATSLTYIDMDKEALNKAIKKIKY
>NC_018648|17535:45420|40285_41512_+|WP_012423878.1|capsid|DBSCAN-SWA
MKFKTISEAFNYYRNHNTGDIEKRAAEIGNLINTDPNVDMESLNIELEGLKQAKTNIEERSQQQEQFNPVAGMNFNNNSTEVPKGDIFASNEYRSAFFKNMLGQRLTDMEQRTFKRAMEIVDTEKRADAFSTTTSAAAVLPTQTLNEVISKARTMGGLISSCRNFNIPTNLSVPIGTPSTKAAWHVEGAAVETKEPAISSVSFAAYEIIKVMSLSAAAKKMSIQAFESYVTEELTNCVMETIADSLVNGTGSAQGTGILTGITWNISNSFTFAKAGVPVYTDFTKMVAMLKRGYGAGAKFAMNNSTLYNLVYSLVDLNGRPIFIADPKNEEIGYILGKPVVIDDNIADDVVLLGNFNYMGYNIPQGIIIETSRDSSFKSGLIDYRALAIADTKPLVDETFVKLSRASS
>NC_018648|17535:45420|31794_32691_+|WP_012425100.1|DBSCAN-SWA
MSVAKKIINDFIDDDMELNKLELSKLTKEELIDKYIDVNNHKNLQENLLLNVSHDLRSPLNVILSILQFYESGYITGSDNMSKYMTSIKRNSYRMLKLIDNLIDTTRLDKNYYKIERRNLDIVKLIENTISSIDKYAKQKNISLIFDTNVEKCIMAIDPEAIDRIIMNLLSNAIKFSYNNGNVYINLWKRNNQLNISVKDEGMGIPLKEQKKIFNRFMQSSNHKKIEQSGSGIGLALVESLTKAHNGKVLLNSEEDRGSEFIIKLPIIKLSENNEDNHIINAKTNIEMLEIEFSDIYL
>NC_018648|17535:45420|20069_20588_+|WP_012424627.1|DBSCAN-SWA
MLKGEKVYLRLMQVSDIKRLYDLSNDYEVKKYNDKMLDIDEKIHIDEDSSNVSIYERKAVSIINKKNVLVGFMTYKPNDYCNNVYSIGITIGKKYWNRGYGQDSIKTLIKYLFDDLNAKKIQLEVAAENIRAIKCYKKCGFVEEKIRKAIYYIDGKYMDIIIMGILKKEMAL
>NC_018648|17535:45420|43419_45060_+|WP_012423621.1|terminase|DBSCAN-SWA
MNYIIEYFEAIKSGECIVSKRVYKQYERLVSDIDNSDKYIFDESRALKPIKFIEQFCKHSKGEWAGKPVILELFQKAYISALFGFINKDTGLRRYKESMFYVARKNGKSTMLSGIAAYMLVADGEAGAEIYSCATKKDQAKLVFDETLNMIKQSPYLTKHIKKRKTDLYFPLTMSKFQPLGKNSDTLDGLNAQCVIIDELHGVKDRNLYEVMKQSQSARRQPLLLMITTAGTIRECIFDDMYEYACNIVDGNFEDDTFLPILYELDKKEEWLDPRAWSKANPALGTIKKIDDLERKVEKAKNSPKDLSGVLTKDFNIRDTISSAWLTFDDINNDETFDIADFKNCYAIGGADLSITTDLTAATLLLIDKVTHKRYIHQMYWLPSDNFEQRVKLEKIPYDIWLKRDLIRLCNGNSINYSDITAWFLEMLNNYGITPLWIYYDSYSAKYWVDEMEQNGFKMVRCIQGARTLSLPMQQLGADLQAKKINYNNSPILKWCLTNTGVQEDRNGNIVPIKNQAAKQRIDGMASMLDSYVGLYEHYEEFIRAL
>NC_018648|17535:45420|34171_34756_-|WP_012424042.1|DBSCAN-SWA
MVGEKVAKFRKILGISQRELGRRTGLSGQMISKIENNLTNPSLETLGKIASVLNVNLNNLLDMVKTPDCLIVNDTSLDINYLLDNIRELIMTNKDNNKLIYESFDSLVTCFMVLFLPFAENPKEHKNQNVTLLNELMFEINQLIESDGLISPYNYPDDYLENSGKTIHKIYTILEKIRLLKFSSRKYRNNMEGE
>NC_018648|17535:45420|37590_37827_+|WP_012422760.1|DBSCAN-SWA
MLINLEDVKKQRDIKNGLDDEHIKIFRMISDLLVKIEDKNHREKIISNIYDSTKFFERRLYSKKEVQKGRECKIISIN
>NC_018648|17535:45420|20616_24075_+|WP_012423101.1|DBSCAN-SWA
MSIRFIYGRAGSGKSLFCINQIKKLIDSDKEKKIILLVPEQYTFTTENKVLNHIGERAALNTHVLSFRTMCQKVFEECGGRVKQIIKDTGKHMLINKVLNEKIDDLSYFKKMSREQGFNNIISELITEFKKYNIDIDALRDLTDKIDDNELVEKIRELSLIYEEFNVKMHSSYIDTDDELTLLAKKLLANNIYANSEIWIDEFTTFTPQQLEIIRIISKTSVVNITLCMDKIENSDAEDITNVFSSIENTENRILKLMEENNIGYLNPINLNSKLPYRFKNSEELAHIEKYCITYPFKSYKGKNKDVRLYKANNTYDEIEKVAQDIIRLVRDRNYRFRDISVVCRNIEDYNKIISVIFNDYEIPFFMDKKIKLLNNPLIILITSAFEVLLKNWSYESVFKYLKSGLTGFNTYDIDRLENFVLEHGIKSYKWNEEEIKKLKNISIENGATEEELTIFNVMEEVRNSLISFHKLIEGKHNVRDICKALYEFLLSIKAFERIDEWIIKFEELKLEDKVKEYKQVESIVIDMLDQAVEVMGSDVVDTFEFFKILNSGFENEEIGVIPVALDQVNVGDIARIKGREVKALYIVGINDGILPAAHKDEGILSDRDRIELKEFGVVLAADGRSKAFEEQFVVYTALTIASEYLMLSYPMADFEGKSLRPSIIISRIKKILPNLVEESSLYDLSKGNDHFNKVISPIPTFNELIFALRRELEDEEIDEEYWGEVYNWFKENEDFKWKIENIFKGLRYSNTGEKVSRNKLLSLYKNDLGKLSFSVSRLEKYAECPFSYFIQYGLKAKNRKVYEFTPPDLGSFVHDILDSFTNKVKKEKIAWSDLDMIKCKNIVSELIDTKLKEDSGSILNSTNKYKYFSKRFKRVISKSVSVISEQMRRGEFEVFNNEFSFGSYNDGEAIVLELPSNEKVYLNGRIDRIDTLDLEGSTYLRIVDYKTGNKHFDLNEFYYGLQMQLLVYLDALLKNSEYILKKQALPGAVLYFRVDDPIIKTKGDITTEELEKEVLSNLKMNGLILKDAKVVKAMDRGIETDGYSLVIPAALKKDGDFKAGSEVVTEEQFNLLREYVNKKMIDLCEDMLCGDIKIQPTKDSDGSHCEFCDFSSICQFDSSIEDNKYKIIMKKSKDEIWNNIRDELNDDKKEN
>NC_018648|17535:45420|34983_35277_+|WP_041712334.1|DBSCAN-SWA
MSKRELLKLFQVSQEVGLPLSTIQKHVREGKLKAKKNGREYLVTRIDLNSYLGIESNEDALKKDLEIANLKNKVKTYEYQLKNIKNMINNLDNIIEM
>NC_018648|17535:45420|41687_41948_+|WP_012425025.1|head,tail|DBSCAN-SWA
MIITLEEAKNLLRVDFEEDNGLIQTLINTIPQYLENKTGRPWDTDVINPLVKTLAGFLLKSWYDGSTPQLEKTIENIIATLTPMAR

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012424888.1|17535_18813_+|tRNA	serine--tRNA ligase	A0A1B1IVT2	uncultured_Mediterranean_phage	6.5e-87	50.0
WP_012424627.1|20069_20588_+	GNAT family N-acetyltransferase	NA	NA	NA	NA
WP_012423101.1|20616_24075_+	helicase-exonuclease AddAB subunit AddB	NA	NA	NA	NA
WP_012425324.1|24100_27832_+	helicase-exonuclease AddAB subunit AddA	A0A068EQC7	Bacillus_phage	2.6e-19	23.9
WP_012424575.1|28113_29265_-	L,D-transpeptidase	NA	NA	NA	NA
WP_012424208.1|29420_30230_+	DUF1189 domain-containing protein	NA	NA	NA	NA
WP_012425639.1|30287_31457_-	dicarboxylate/amino acid:cation symporter	NA	NA	NA	NA
WP_012425100.1|31794_32691_+	HAMP domain-containing histidine kinase	W8CYF6	Bacillus_phage	3.2e-24	27.8
WP_012422737.1|33016_34171_-|integrase	site-specific integrase	A0A0A8WIF9	Clostridium_phage	2.5e-37	30.7
WP_012424042.1|34171_34756_-	helix-turn-helix transcriptional regulator	I3VYZ1	Thermoanaerobacterium_phage	9.8e-06	34.5
WP_041712334.1|34983_35277_+	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_012425384.1|35572_37333_+	ATPase	NA	NA	NA	NA
35638:35656	attL	NA	NA	NA	NA
WP_012422760.1|37590_37827_+	hypothetical protein	NA	NA	NA	NA
WP_012423107.1|37949_38180_+	DUF5348 domain-containing protein	NA	NA	NA	NA
WP_012423837.1|38195_38348_+	hypothetical protein	NA	NA	NA	NA
WP_079991394.1|38603_39764_+|portal	phage portal protein	A0A1L2BY94	Clostridium_phage	6.2e-60	37.4
WP_012423118.1|39726_40284_+|head,protease	HK97 family phage prohead protease	Q9AZY6	Lactococcus_phage	5.7e-11	29.2
WP_012423878.1|40285_41512_+|capsid	phage major capsid protein	NA	NA	NA	NA
WP_012425025.1|41687_41948_+|head,tail	phage gp6-like head-tail connector protein	A6M953	Geobacillus_virus	1.7e-10	42.0
WP_012425794.1|41952_42495_+|integrase	tyrosine-type recombinase/integrase	E2ELN7	Clostridium_phage	1.1e-32	41.3
WP_012425247.1|42664_42976_+	HNH endonuclease	R9TNN2	Paenibacillus_phage	5.7e-21	47.8
WP_012422942.1|43075_43420_+	hypothetical protein	A0A1L2BY96	Clostridium_phage	7.2e-17	40.4
WP_012423621.1|43419_45060_+|terminase	terminase large subunit	A0A290GJW3	Caldibacillus_phage	2.1e-162	52.7
WP_012424770.1|45102_45420_+|head	phage head closure protein	NA	NA	NA	NA
52063:52081	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NC_018648|585662:594017|DBSCAN-SWA
TTTAATCCTGTCTTCTTCTTCTTTTTTTCAATTGATCATCTTGAATTTTTGGTATAGAAGTTGTAATTTCTAATAGTCTTTTTTTTCGATTCTTTTTCTTATTATATTCTATTGCTAATGTTAATATAATAAGCAATGTAACTCCAGAAATAATAGCCCCTATAATCAAATTCCTTTTATTCTTCTCTATAAAAGAATAAATATCTTCTTTTATAGAATAATTTCTAGAAATACCTGCACATAAATCTAATTTACATAATTCTTTATCGTTTAAATATACAGTACCTTTTAATATAACATCGCCTTCATTAAAAGATAATCTATTTAGATTTTTATTTTCAAATTTAATATAAGTATTAAGTTTGTCTTTATCTTCATTTGGAACAACGCAATTTACATCTTTTGAAGCAATAAGAGGAACTGTTAGACCATTATGTAACTTAATAGAATCTATTTCCTGTCCTTTTTTATAGATATTAGAAAAATAAAAATTATTAAATCCATAATTAAAAACAGTTCTCATATCTTCAAAATTTTTATCTTTATCTAAAGCATTAAGATACGATGCTACTAAAATATGCCCATTGTTTTCTGCAGCTACTGTATATGTATGATTTGATTTAGTTGTATAGCCATTTTTACCTGTAAGGGTATATTGATAATAATACATTGAATTCTTATTTATCATATGATTTTTATTATTAATCCATATTGTTCTAGATGAATCATTTTTTATTGGTATTTCATATGTCATAACTTTAGATAATTCTAAGAATTTATCATTTTTAATAGCTTCATTCATAATTAGGGCTAAATCATGAGCAGTAGTTAAATGCTCTGGATCAGGTAATCCACTTGGATTTTTAAAATGGGTATTAACGGCTCCAATTTCAGTAGCTTTTTTATTCATAAGCACTGCAAATTTATCAATAGAAGAAGAAACATGGCAAGCTAAAGCGTTAGCTGCATCATTCCCAGATTCTAATAGAAGCCCAAGTAATAAATCTTTTACAGTAACAATATCACCTTTTAAAAGACCTATAGTTGTACCATCAATCTTTGTAAAATCTTCAGTAACTACAACTTCTTCATTTAAATCACAATTTTCTAAAGTTAATATAGCAGTCATTACCTTAGTCGTTGAGGCCGGCTCCAAAACTTTATCGGGATTTTTACTAAATAATATTTCTCCAGTTGATGCATCCATTAAAACAGAACCTTCTGCATTTATCTCAGGAGGGGATGACACTGCCATTACATTAATGGATGAAACAAGAAATATAAATAGGAAAAAAATAAGTGTTTTTAAATGTGATTTCATAACATTCTCCATAATATTAAAATTTTTTATTACAACAGTTTTATTTTACCAAAGAAAAATATATTATGCTATAAAAATATGAATTTTGATAATAAAATTGCATTATTATGTATATAATTTAAATAAATGGATGAAAAACTGTTGAAAAATTTAAAAATAAACTTATTATTATACTAAAATGTAAATATTAGTTTAAGAAATAAAGGAGGTTTCAATTTGATTAATAAAGCTAATAAAAAAATTGGAATAATAGCAATTTTAGTTATAATTCTAGTAGTATGTTTATCTACATATATTAAAAGCGGAAAAGACAAATTAGTAAAAAATGATAATACTTCAATTTTTGTTGAAGAAGAAAACCCAAATATTAATGAAGATGAAAAAATAGAAAAATTAAAAGATAAAAATATAGTAGTTGAAATAAAAGGAGAAGTAAAAAAACCTGATGTATATCAATTAAATGATGAGAGTATAGTTAAAGATGTTATTGAAATAGCGGGTGGATTAACAGAAGAAGCAGATATATCCAATATAAATAGAGCTCAAAAACTTAAAAATCATGAATTAATATATATACATAATAAAAGTGAAGTAAAAGATAATGTAAGTTATGCACAAAATACTGTTACTACATCTAATAATAGTGGAAAAATAAATATAAATTGTGCACAACTTGAAGAATTAAAAAATCTTAATGGAATAGGTGAAGCAAAAGCTAAAAGAATTATAGAATATAGAGAAAACATAGGTGCATTTAATTCAATAGAGGATATTAAAAACATTGATGGAATAGGTGAAAAAAGTTTTGAAAAATTAAAAGACCAGATAGATGTTTAGAACGGAAATATATTATATATTTAAAAATAATTGTTACATTTTTTGTGATTGACACATATTTGAAATATAATAATGATACAATAATTTATTGTATTGTGGTATTCTAATAAGTAGTATTAATCTAAAAATATAATATAAATTTATATAAATATAATGAAAAATAAAAACTAGGGGGATTTTTAATGTCCAAAAAAATTTGCACTATAATAATGACTTTAATGATTACAACATCATTAATTGGATGCATTAGTATAGATAGTAATAAAGCAGAAGATAAGAATAATGCTAGTACTGCAACAGAAGTAAAGAATTCAGACGAAAATTTACAAGGATCATGGGCAGAAGATTATAGTTTAGAAAAAACAAAAGGATATTTTAAAGACTATTTATCTAAGATGGAAAAAGTTACAGAAGAACTTGGAATGAAGTATTCTAAAGAAGATGTAGTAAAAGAAAATGATGGAAGCACCATAAGTGTTAATTCAATATACTTTGACAATGAAAAACCAGATCCAAACAAAATAGAAAGTATGTATTTTGGAATGAAGATATTTGGAGAAGATTTATCATCAGGAGAAATTGAATTAAAGTTAAGCTTAAACTTTGATAGTGCAGAAGTAATAAAATCAGGAAACTTTGATTTAGGAAATACATCATTTAGTAAATACATAGCTGCATTTACAGGACAAAGTAGCAGAGATTATTCAGAAATAAATAAAAAAATAATAGATGGATTAAAAAGTGAAAAAGCTGAAGGCATTATAGAGAATTCAATAGATGGATTAAAGGAAGAAATAAGATTTAATAAAAATTATATAGTATATAAATTAAGTACTAAAACGTATGATTTTAAAAATCCAAATCCAACTTTAGAAAATAATAATTAATATAATTAATAAGGGGGAAAATACCTTGAGTAAAGAAGAAAATAATATTAATGAAAAAGAAGACACTATATTGAATGACACAAAAGCGAAAGAAGAAACTAACAATGAAACAAAAGAATTGTTAATGGGAGAGACGAATGAAAATAATAGTAATGAAGAAGAAAAACCATCATTGCTAAAAAAAATATTTGCGAGTGTTATAGATCAGTTGGTTACAATTTCTATTTCAGGAATAGCATTAATTATATTTGATTTTATTATAGGATTTATGGGATATAAGGTATCTATGCCAATAGGAATTTTAATTATATTCTATTTTATAGTAAATGCATTATATATTCCATTAATGGAGAAAACTAAATTAAGAAAAAGCATAGGAAGAAAAGTTATTAATATAAAGTAATTATAGGAGAACATATATGAAAAGAGGAAGCGAAGTAAAGGTTAAAATCGAAAAAACACAATTTCCATCGACAGGGATAGGATATTTAGAAGATAAGCCAGTATACGTGAAAAACACATATCCAGGTCAAGTAGTAACTGGTAGAGTTAAAAAGAATAGAAAAGAATACGCTGAATTAAAATTAACAGGTGTAGAGGAAAGAGCAGATTATGAAATAGATGCAATATGTCCTCATTTTGGATCTTGTGGAGGATGTTCATCTCAAACATTATCTTATGAAAAGCAGTTACAAGTTTTAGAAGATGAAATAAAAGATTTATTCAAAGAAGCTGATGTAACTACTGGAGAGTTTTTAGGGGTACTTGGAAGCTCAGAACAATGGGAATATAGAAATAAGATGGAATTCACATTTGGCGATGAAGAAAAAGGTGGAGATCTTTCAATTGGAATGCATATGAGAGGTAAATCTTTTGGAATAATGACAGTTGATCATTGTAAGATAGTTGATGAAGATTATAGAAGAATAATAAGATTAACTGCAGATTATTTTGGAAAACAAGACTTACCATATTATAGAGTTATGAAAAGAGAAGGATATTTAAGACATCTTGTGATAAGAAAAGCTCAAAATACAGGTGAAATATTAGTAAATCTTGTTACAACAACTCAAATAGATTTTGATTTAAGTGAATATGTTGAATTATTAAAATCTCAAGATTATAAGGGTACATTAGTATCAATACTTCACACTGAAAATAACTCATTTTCAGATGCAGTAATACCAGAAAAGGTAAATGTACTATATGGAAGAGATTATATACAAGAAAAATTATTAGGACTTGATTTTAAAATTTCACCATTCTCATTCTTTCAAACTAACACAAAAGGTGCAGAAAGTCTTTATTCATTAGTTAGAGATTTTATGGGAAGTTCAGAAAATAAAGTTGTATTTGATCTTTATTGTGGAACAGGAACAATAGGTCAAATAGTTGCTCCTAATGCTAAAAAAGTTGTAGGAATAGAACTTATAGAAGAAGCAGTTGAAGCAGCAAAAGAAAATGCTAAATTAAATGGATTAAATAACTGCGAATTTTTGGCAGGAGATGTAGCGGAAATAATAAAAACAGTAAAAGATAAACCAGATATAATTATATTAGATCCGCCAAGAAGTGGTGTCCATCCTAAAGCTTTAGATTACGTAATAAAATTTAATGCACCAGAAATAGTATATGTGTCATGTAATCCAAAGACTTTAGTAACAGACCTTAAAGTATTAATTGAAAGAGGTTATAAAATAATCCAAACACAAGTGAAAGATATGTTCCCGAACACGCCTCACGCTGAAACTATAGTTAAGCTAATCAAGTAATAGAGCCATTTAGGATAATAAAATAAGTGAAAAAACTTCTAACTTCCACCATTCTTCCACCCTAAGTATTAAGATGGTGGAAGTTTTTTTATTGCTTCTTCAAATAATCTAACACTATCTTGAGACATTTTTTTAGTGACATGAGAATAAACATCCATAGTAGTGGCTAATTTACTATGTCCTAGTCTTTGCTGAATATCTTTTATATTAGCTCCAGCTTCTAAGAGCATGGTAGCATGAGTATGTCTTAAGGAATGAAATTTAAAATCTATGCCTAACTCATAATTTACAACTTTACTTAGATATTTAAGACTATCAGTTGTTAACAATTCACCATTTTCTTTTAAACATACAAAATCATAATCATGTTTAACATAAAATGGTCCATATCTTAATTTATTTTCTTTTTGATCTTTATGGAATTTTTTTAATAATGAGAGAAGCGTATTACCTATTTTTATAGTTCGATAGCTACTATGCGTTTTGGGAGAACCAAATACCCATTTTTTGAATTCATTTCTATAAAGAATTTTTTCAACTCTTAAAGTCTGATTTTCAAAATCTATACAATCCCAAGTTAATGACATAACCTCAGCAGCTCTTAGTCCTGTATTAAAACTAATTTGAAGTGGTATATACATATTACTTCCATAAGGAAACCGTTTTAATATATTGTTGTAATCTTCAAGTGTAATAATTTTTAAATCATCAGGATTATTTATGAGTTTTGTATTGTATTTAGGCATTTTTACGAAAGTCATAGGATTTTCTTTAATAAAATTACTAGGGTATACAGCATATTTAAATGCTCCACTAAGAACTCCATATAAATTACCTAAATAATTTTTACTAAATCCATTTCTATATTTTAAATTAATTAGTTCTTGCAAACGAGAGGATGTTATTTTTTTCAATTGATATATACCTAGACTAGGTTTTAGATGATTTTTTATTAAACGTTTGTATGAAACTTGGGTGCTATATTTACAGTTTATTAAAACATATTCGTTAAACCAATAATCAAAATAGTCACTAACACTAATATTACTTTCAGTAATTATAGTACCTACATTGTCATATTCCGATAAAGCTTTTCTTAAAGCTTCTAATGCTTCTTTTTTTGTGTTACCACCAGCTCTTTCAATTTTTTTTCTTTTTCCATCTGATTTTGCAACATCAAAATAGTAATACCATTTATTACCTCTCTTTCTAACACTTCCTTGCATGTTTCAACACCTCCATATTTAGTGTTTTGCATTTTGAAGTATTTTTTTCATTAAAATTAGTTTTTGTATTCTGTATACAGATAGATTTTTTATATAAACTTTTTTCATAAACAATCTTATTACCAAATGTTATCTTTAAAACATTATTCCATATCATAATAAAATCCCCCTTATTTTATGCAGAACAAATGTTCTAGTGTAAATTATATCATTTTAATAAATATTTTTCCAATAAATCTAAATATTTTTTAAAAAATTAAAAATACCACATAAAAATTAAAAATTAGATAATTATTTACAAAAAAAAAATCATAGATAAATCTATGATTATAATATACAGATTATTTGTTTTTTGAATTATTAATTAACTTTTCAATATCTAGTCCAACTGCATCCAATTGTTTAAGCATATTATCAACGTCTTTTGGAGTTAACTTATAAGGATAATCTTTATCTATTTCTAGTTCTACAGTTTTATCATGTAATTTTCCTAAATAAATTTTTGCACATGGATTATCAGTTCTTCCTAAAATATAGTCTATACTACAATCAAAATAATCAGCTATTTTAATTAAAACATCATCTTTAGGAAATCTATTACCCTTCTCCCAATTTGTAATGGTAGCAGGCTCAACATTCATAATTTTAGCAAAATCTTTACTTAATAAATCTTTACTTTCACGTAGCTCCTTAAGTCTTTCTGGAAACTTACTCATATTGTATCACCTCTAAATAGATTATAAACTATTTGTTAATAATTTAATCTTAAATTAACTAAATGAAAATTAAATTTTGAAAAACTGTAAAATTACTATTGAAATTATCGTTTAGTTAATCTATAATATAATAAAATTAACTAAATGAAAATAAAATAAAAATTAATTAGCAAAAGGTTAATTGAATAGGAGATGTAAAATGTATAGCAGATTAAAAGGACTTATGGTAGAAAATTCTATTACACAACAAAATTTAGCTAAGATACTTGATATATCAATAAGCACTTTAAATTTTAAGATAAATGGAAAATCTGATTTTACCATAATGGAAGCTAAGAAAGTTTCAAGAATTTTAAATAAGAGTATTGAAGAAGTATTTAATATATAAGTAAATATTAAATTATTAGTATTTTAAGTTATAGATAGTGGAGGAGATAAGATGACAAGAGTACTAAAAACAAAAGAATTTAGAGAATTAAAAAATTTAACAGTATCTAAGCTTTCATATAAAAGTGGTGTTGCAATTGGATATATAACAGAACTTGAAAATGGTAAATATAAAAATCCTAGTTTGCAGATTATATGTAAGTTAAGTAAAGCATTAAATATAACACCTAATGATTTAATAGATAAGAATTTATGGAATTAAAAAGGGGCGAGAGATTATGGAAGCAGTTTTGTATACGGTATCAGAAGCGGCAGAATTATTAAAAATTAATAGAAATTCAGTTTATGATTTGTTAAAACATAATGTTATCAAGGGTTTAAAACTTGGAAGTTTAAAGATAACAAGAAATGAATTATTAAAATTTTTAGAAGAGAATAATGGGAAAGATCTATCAAATCTAAAGGAAATTAAAGAATTAAATTTTGATAAAGTAGATTAGAAATTACATGAAGATTATTTCTTCATGTAATTATTTATATAGATTTAAATGATTTTGTTTATAGGAGTGTGAAAATAGTGTCAGATGTTAAATGGATTAAAATAACTACTAATATGTTTGAGGATGAAAAAATTAGATTAATAGATGCTATGCCAGAAAGAGATACAATTCACTATATATGGATTAGATTATTAGTACAAGCGGGAAAAAATAATGCTAATGGATTTATATTTTTAAGTGAAAGCATTCCATATACTGATGAAATGTTGTCCACAATATTTTGCAGGCCATTAACATCTATTAGGCTTGCCCTAAAAACATTAAAAGATTTTGGCATGATAGAAGTAGATGAAGACAACCTTATTAAGATTACAAATTGGGAAAAGCATCAAAATGTTGAAGGATTAGATAAGGTTAGGGAGCAAAATAGAATAAGAGCTAAAAACTATAGAGATAAGAAAAAACAACTTAAAGCAGCTGATGAAAATGAGGATATTGAAGATATAAGTAGTTCGGAAAATGAAGAAGAGATTGTCCAAAATTTGAATGAAATTGAGGGTAACGTTACGAAAAAAAAACGTAACGTTATGCAAAATGAAAATAACGTTACAGTAACGGAACAGAATAAGAGGAAGAGTAAGAATAAGAATCAGAAGAAGAATAAGAACTCTATCATAGATAGAGAGAAAGAGAGTAATGATACTAACTAA

Protein sequences of DBSCAN-SWA_2

>NC_018648|585662:594017|593384_594017_+|WP_079991382.1|DBSCAN-SWA
MSDVKWIKITTNMFEDEKIRLIDAMPERDTIHYIWIRLLVQAGKNNANGFIFLSESIPYTDEMLSTIFCRPLTSIRLALKTLKDFGMIEVDEDNLIKITNWEKHQNVEGLDKVREQNRIRAKNYRDKKKQLKAADENEDIEDISSSENEEEIVQNLNEIEGNVTKKKRNVMQNENNVTVTEQNKRKSKNKNQKKNKNSIIDREKESNDTN
>NC_018648|585662:594017|585662_586982_-|WP_041712129.1|DBSCAN-SWA
MKSHLKTLIFFLFIFLVSSINVMAVSSPPEINAEGSVLMDASTGEILFSKNPDKVLEPASTTKVMTAILTLENCDLNEEVVVTEDFTKIDGTTIGLLKGDIVTVKDLLLGLLLESGNDAANALACHVSSSIDKFAVLMNKKATEIGAVNTHFKNPSGLPDPEHLTTAHDLALIMNEAIKNDKFLELSKVMTYEIPIKNDSSRTIWINNKNHMINKNSMYYYQYTLTGKNGYTTKSNHTYTVAAENNGHILVASYLNALDKDKNFEDMRTVFNYGFNNFYFSNIYKKGQEIDSIKLHNGLTVPLIASKDVNCVVPNEDKDKLNTYIKFENKNLNRLSFNEGDVILKGTVYLNDKELCKLDLCAGISRNYSIKEDIYSFIEKNKRNLIIGAIISGVTLLIILTLAIEYNKKKNRKKRLLEITTSIPKIQDDQLKKRRRRQD
>NC_018648|585662:594017|588001_588706_+|WP_012424544.1|DBSCAN-SWA
MSKKICTIIMTLMITTSLIGCISIDSNKAEDKNNASTATEVKNSDENLQGSWAEDYSLEKTKGYFKDYLSKMEKVTEELGMKYSKEDVVKENDGSTISVNSIYFDNEKPDPNKIESMYFGMKIFGEDLSSGEIELKLSLNFDSAEVIKSGNFDLGNTSFSKYIAAFTGQSSRDYSEINKKIIDGLKSEKAEGIIENSIDGLKEEIRFNKNYIVYKLSTKTYDFKNPNPTLENNN
>NC_018648|585662:594017|592859_593069_+|WP_012423366.1|DBSCAN-SWA
MTRVLKTKEFRELKNLTVSKLSYKSGVAIGYITELENGKYKNPSLQIICKLSKALNITPNDLIDKNLWN
>NC_018648|585662:594017|592045_592420_-|WP_012423607.1|DBSCAN-SWA
MSKFPERLKELRESKDLLSKDFAKIMNVEPATITNWEKGNRFPKDDVLIKIADYFDCSIDYILGRTDNPCAKIYLGKLHDKTVELEIDKDYPYKLTPKDVDNMLKQLDAVGLDIEKLINNSKNK
>NC_018648|585662:594017|587198_587819_+|WP_012425312.1|DBSCAN-SWA
MINKANKKIGIIAILVIILVVCLSTYIKSGKDKLVKNDNTSIFVEEENPNINEDEKIEKLKDKNIVVEIKGEVKKPDVYQLNDESIVKDVIEIAGGLTEEADISNINRAQKLKNHELIYIHNKSEVKDNVSYAQNTVTTSNNSGKININCAQLEELKNLNGIGEAKAKRIIEYRENIGAFNSIEDIKNIDGIGEKSFEKLKDQIDV
>NC_018648|585662:594017|593085_593307_+|WP_012423488.1|DBSCAN-SWA
MEAVLYTVSEAAELLKINRNSVYDLLKHNVIKGLKLGSLKITRNELLKFLEENNGKDLSNLKEIKELNFDKVD
>NC_018648|585662:594017|591687_591861_-|WP_012425763.1|DBSCAN-SWA
MIWNNVLKITFGNKIVYEKSLYKKSICIQNTKTNFNEKNTSKCKTLNMEVLKHARKC
>NC_018648|585662:594017|588731_589109_+|WP_012423953.1|DBSCAN-SWA
MSKEENNINEKEDTILNDTKAKEETNNETKELLMGETNENNSNEEEKPSLLKKIFASVIDQLVTISISGIALIIFDFIIGFMGYKVSMPIGILIIFYFIVNALYIPLMEKTKLRKSIGRKVINIK
>NC_018648|585662:594017|592619_592808_+|WP_012423892.1|DBSCAN-SWA
MYSRLKGLMVENSITQQNLAKILDISISTLNFKINGKSDFTIMEAKKVSRILNKSIEEVFNI
>NC_018648|585662:594017|589125_590478_+|WP_012422699.1|DBSCAN-SWA
MKRGSEVKVKIEKTQFPSTGIGYLEDKPVYVKNTYPGQVVTGRVKKNRKEYAELKLTGVEERADYEIDAICPHFGSCGGCSSQTLSYEKQLQVLEDEIKDLFKEADVTTGEFLGVLGSSEQWEYRNKMEFTFGDEEKGGDLSIGMHMRGKSFGIMTVDHCKIVDEDYRRIIRLTADYFGKQDLPYYRVMKREGYLRHLVIRKAQNTGEILVNLVTTTQIDFDLSEYVELLKSQDYKGTLVSILHTENNSFSDAVIPEKVNVLYGRDYIQEKLLGLDFKISPFSFFQTNTKGAESLYSLVRDFMGSSENKVVFDLYCGTGTIGQIVAPNAKKVVGIELIEEAVEAAKENAKLNGLNNCEFLAGDVAEIIKTVKDKPDIIILDPPRSGVHPKALDYVIKFNAPEIVYVSCNPKTLVTDLKVLIERGYKIIQTQVKDMFPNTPHAETIVKLIK
>NC_018648|585662:594017|590546_591704_-|WP_012425469.1|integrase|DBSCAN-SWA
MQGSVRKRGNKWYYYFDVAKSDGKRKKIERAGGNTKKEALEALRKALSEYDNVGTIITESNISVSDYFDYWFNEYVLINCKYSTQVSYKRLIKNHLKPSLGIYQLKKITSSRLQELINLKYRNGFSKNYLGNLYGVLSGAFKYAVYPSNFIKENPMTFVKMPKYNTKLINNPDDLKIITLEDYNNILKRFPYGSNMYIPLQISFNTGLRAAEVMSLTWDCIDFENQTLRVEKILYRNEFKKWVFGSPKTHSSYRTIKIGNTLLSLLKKFHKDQKENKLRYGPFYVKHDYDFVCLKENGELLTTDSLKYLSKVVNYELGIDFKFHSLRHTHATMLLEAGANIKDIQQRLGHSKLATTMDVYSHVTKKMSQDSVRLFEEAIKKLPPS

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_041712129.1|585662_586982_-	D-alanyl-D-alanine carboxypeptidase	A0A1P8VVG5	Erythrobacter_phage	3.7e-08	23.4
WP_012425312.1|587198_587819_+	helix-hairpin-helix domain-containing protein	NA	NA	NA	NA
WP_012424544.1|588001_588706_+	hypothetical protein	NA	NA	NA	NA
WP_012423953.1|588731_589109_+	RDD family protein	NA	NA	NA	NA
WP_012422699.1|589125_590478_+	23S rRNA (uracil(1939)-C(5))-methyltransferase RlmD	A0A2K5B251	Erysipelothrix_phage	4.4e-57	31.4
589647:589663	attL	NA	NA	NA	NA
WP_012425469.1|590546_591704_-|integrase	site-specific integrase	A0A0A8WIE1	Clostridium_phage	8.2e-105	52.3
WP_012425763.1|591687_591861_-	hypothetical protein	NA	NA	NA	NA
WP_012423607.1|592045_592420_-	helix-turn-helix transcriptional regulator	A0A090D830	Clostridium_phage	2.2e-11	34.4
WP_012423892.1|592619_592808_+	DUF739 family protein	NA	NA	NA	NA
WP_012423366.1|592859_593069_+	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_012423488.1|593085_593307_+	helix-turn-helix domain-containing protein	A0A2I7SCU5	Paenibacillus_phage	3.2e-10	52.4
WP_079991382.1|593384_594017_+	phage replisome organizer N-terminal domain-containing protein	V5UQV4	Oenococcus_phage	1.8e-37	55.2
601737:601753	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NC_018648|916608:967917|DBSCAN-SWA
AATGAGAATGAGAAAAAAGCCATGGGCAAGACCAGAACTTGAAAGTTGTAACTTTTTTATTGTAAATCCTAAAGAAAACAAAGGTAAGTGGAATGAATCATTTAATAATGAAAATCCTATTTACTTAGAACTTGGATGCGGTAAAGGTGTGTTTGTAGCTGTACATGGTTCTGATAATGAAAATATTAATTATATTGCAATTGATATAAAAGACGAAGTGCTAGGTTTAGCTAAAAGAAATATAGAAAAAGCATATAACGAGAAAAACAAAGAATTAAATAATATTAAATTGATGGCTCAAGAGATTGGTCTTATTAATGAAATATTAGATGAAAATGATAAAATAAGTAGAATTTATATTAATTTCTGTAATCCTTGGCCTAAAAAGAAACATAAGAAGAGAAGATTAACTCATACAAGACAGTTAATTCAATATAGAAACTTTTTAAAGGAAAACGGAGAGATTTGGTTTAAGACAGATGATGATGAATTATTTGAAGAATCTCTTGAATATTTTAAAGAAGGTAAGTTTAGAATTGAATATATAACTTATGATTTACATACTAGTGGCTTTGAAGGAAATATTCAAACTGAACATGAAAGAATGTTTACTGAACAAGGAATAAAAACTAAGTTTTTAATAGCAATAAAAGAAGACTAGAAAATTAACATAATATCTATTATAGGTTATGTTTTAAAATTGTATTAATACCATAGTGTAAAGTATTGGCTAGAGCATGGTATTTTTACTGAAGTGTTATTTGCTGAAATATTAATAATTATTTAAAACATAGCTATTATTAAAATAAGTGTAGGAGTGATTTAATATGAACGGAGTATGGATAGAAGTTAGAGTAATAACAAGTTGCGAAGCAATAGAACCTATATCAGGAATATTTTATGGATTAAACAGTCAAGGTGTTGCAGTAGAAGATCCAAACGATTTATTAACAAGAGATCAAGGACCATTAACTTGGGATTTTGCAGATATAAATGTATTAGAGCATAAAGGTGAATTTGCAGTGGTTAAAGCTTATTTCTCTGGGGATGATGATTTAGAGAAGATAGTTTCAATTACAAAGGAAAAAGTTAAAGAAATTCAAGAAATGGGAATTGATATAGGAAAAGGTATAGTTGAATGTGACAAGATAAAAGAAGAAGATTGGGCAAACAACTGGAAAAAGTACTACAAACCATCAAATATTACAGATAGAATAGTCGTAAAACCTATGTGGGAAGAGTATTCACCTAAAAATGAAGAGTTAGTTATTGAATTAGATCCAGGAATGGCATTTGGTACAGGAACACATGAAACTACAAGAATGTGTGTCAAAGCATTAGAAAAGTATGTAGAACATGATTCGACTGTGTTTGATGTTGGTTGTGGTTCTGGTATTTTAGCTATAGCAGCAGCAAAGCTTGGAGCAAAATTGGCTTTAGGAGTTGATTTAGATCCAGTAGCAGTTGAATCAGCTAAAGAAAATGTAGGGTTAAATGATTTAGATAATATTGAAATATTAGAAGGAAATCTTCTTGATGTAATTGATGGAAAAGCTGACATAGTAGTTGCGAATATAATAGCAGAAATTATTTGTATCTTAACAGATGATGTTAGTAAAGCTCTAAATAAAGGTGGATTATTTATTACTTCAGGAATAATACATGAAAGAGTAGATATGGTTACTTCAAAACTTGATGAATGTGGATTTGAAGTTATGGAAGTAAACAAAGATGGAGAATGGAATTGTATAGTTGCTAAATTAAAATAATCTTATTTATTTTAAATTTTTTGATAATGCAATATAAAAAAACATTATCAAACATTGTAGTTAAAAAAATTTAATTTAAGAGGGAGATTTTTATGCATAAGTTTTTTACTTCAGCATGCAATATAACAGGATCAGAGGGGAAAATACTTGGTGATGATGTAAAACATATATATAAGGTTTTACGTTTAAATGAAGGTGAAAAAGTAGTTTTAAATAACTGTGAAGGTAAAGAATACTTAGGAGAAATTCAATCTGTTGGAAAACAAGAAGTAATAGTAAATATATTAGAAGAATTAAGTACTAATAATGAAAGTAGAGTAAATATAACTTTATTTCAAGGATTACCTAAAGGACAAAAGATGGATTTAATAGTTCAAAAAGGAACAGAACTTGGTATAAAAGAATTTGTGCCGATAATAACAGATAGAGTAGATGTTAAATTAAAGGGCGAATTTAAAAAGCTTGAAAGACTAAATAGAATTGCGTTAGAGGCAGCTAAGCAATCAAAAAGAAGTATTATACCAAATGTAAGAGAAGTTGTTGAATTTGATGAAGCTTTAAATGAACTACAAGGATTAGATCTAATTTTAGTCCCTTATGAAAACGCAGAAAATTTTGGTTTCAAAAGTCTTGTGAAAGAACTAAGTGATAAAAATGTAGATTTAAATTCTATAGAAAATATAGGAATTGTAATAGGACCAGAAGGTGGATTTGAAGAGAGTGAAATTGAAACTTTAAAACACAAAGGTGCTTATATAATAACTTTAGGCAATAGAATTTTACGTACAGAAACAGCAGGATTTGTAGCTACTTCTTTAATACAATATGAATTAGCAGATTTAGGAGGAATTGTTTAATGAAAGTTGCATTTGCTACATTAGGATGTAGAGTTAATCAATATGAAACTGAAGCGATGACAGAAAAGTTTATAAGAGAAGGTTATAGTGTTACTGACTTTGACGATTTTGCTGATGTTTATGTTATAAATACATGTACAGTTACAAACATGGGCGATAAAAAATCAAGACAAATAATAAGTAAGGCTAGAAGAACTAATAGTGATGCTATAATTGCAGTAGTTGGATGTTATTCTCAAATAGCACCAGAAGAAGTCTCTAAAATTGAAGGTGTAGATGTTGTTTTAGGAACAAGAAATAAAGGAGATATAGTATATTTTGTTAATAAAGCTAGAGATGAAAAAGCAATACAAGTAAGTGTCAATGAAGTTCTTAGAAATAAAGAATTTGAAGAACTTAATATAGAAGAATATCAAGATAAAACTAGGGCTTTTTTAAAGATACAAGATGGATGTAATAGATTTTGTACATTTTGTTTAATACCATATGCAAGAGGGGCTACTTGTTCTAAGAAACCAGAAAAAGTTCTTGAAGAAGTAAAGAAGCTAGCAGAGCATGGATTTAAAGAGGTTATTCTATCTGGTATACATACAGCTTCTTATGGTGTGGATTTAGGCACAGGAGTGACGCTAATAAGCTTGCTTGAAGATATAGAGAAGATAGAGGGAATAGATAGAGTTAGAATTGGCTCTATAGAACCAGCATTCTTTACTGATGAAGTTATAAATAAAATAAAGAATATGAAAAAATTATGTCCTCATTTTCATTTATCACTTCAAAGTGGTTCTGATGCTACTTTAAAGAGAATGAATAGAAGATATACAGCAGATGAATATGCTAAAACAGTTCAAACATTAAGGGATAATATTCAAGATGTATCAATTACAACTGATTTAATAGTAGGGTTCCCAGGTGAAACTGAAGAAGAATTTAATGAAACATATGAATATTTAAAAAAATTAAAATTAACTAAAGTTCATTTATTTAAATATAGTCCTAGAAAAGGAACTAAAGCAGCAGAAATGCCAAATCAAATAGATGGTAATATTAAAGATAAGAGAAGTAAAATATTATCAGAGTTAAATAAAGAAAATGAAGTAGACTTTGTTAAGAAATTAGTTGGTAGAGAAATGGGTGTTTTAATAGAAAGAGAATGCTCAAATAAACCGGGAATTTTTGAAGGATATACAAAAAACTATGTAAAAGCTGAAATTTCTGATGCGAGTGAAGAAATGATCGGTAAAATTATGAATTGTAATATAGAAGATTACGAGGATAATTATATTATTGGGAAAATAAATTAGAGATTTGGTATAATAAATGTATGAAAATAAGAAAATATAATTATCTATAAAGTTATATTTTCTTATAGGCTATGTTTTAAATATATATTGATATATACAACAGATAAAGTGGTGCTATAATTAGAATTTTAGAATGCTGACTAGAACCTTATTTAAATATATATCGATATTGTATTAAAGCAGAATCTTTTGATAATATTTTTAGGAGGTGAATTTATGGGAGATTGTATATTTTGTAAAATTATAAAAGGTGATATTCCAAGCAAAAAGTTATACGAAGATGAACTTGTATATGCTTTTTACGATATAAATCCAGAAGCACCAGTTCATTTTTTAGTTATTCCTAAAGAACATATAAAAAGTGTAAATGAGTTAAATGAAAAAAATATTAATGTAGTTTCACACATCTTTAAAGTAATTAATAAATTAGTAGTAGAGCTTGGTATTGCTGATAGTGGATATAGAATAGTTAATAATTGTGGAGAAGATGGTGGCCAAACGGTGAATCATATGCATTTTCACATTTTAGCTGGTAGAAACTTGCAATGGCCACCGGGTTAAAATTTATAATATAATTAGTTAGACATTTTATTCTAAGTTGTTGACATTAATCAGTTTAATATTGTATAATATACCGTGTGTTATAAAGCCCATAGCTGAGTTAATTAATTTAAGCTAGCGGAGGGAGGGATAGTAAATGTCAGAAATTAAAGTTGGAGAAAACGAGACACTTGAAAGTGCTTTAAGAAGATTTAAAAAGAAGTGTGCTAGAGCTGGGGTTCTTTCAGAAGTAAGAAAGAGAGAACATTATGAAAAGCCAAGCGTTAAGAAAAAGAAAAAATCAGAAGCTGCTAGAAAGAGAAAGTTTAAATAAAATGGTTTCTTTTGAAAGAAGGTATAACAATGCCAACAATTAAGGAAAAACTTCAAGAAGACTGGAAAGCCGCTTTAAAGGCTAAAGATAAATTTAAAGCTAATACAATTAGTACAGCTAGATCTGCTATATTATTAGTTGAGAAAACTGATAATGTTAAGCTTGAGGATGATGAAGTTATCAATATTTTAGCAAAAGAAGTTAAGCAAAGAAGAGAATCTATGCTTGAATTCAAAAAAGGAAATAGACAAGATTTAGTGGATCAGTGTAATGCTGAGCTAGAAATTTTGTTGGAATACCTTCCTCAGCAGTTAAGCGAAGAAGAAATAAAACAAATAGTAAAAGATTCAGCTGAAGAAATGGGTGCAAGTAGCATTAAAGATATGGGTAAAGTTATGTCGGCTATAAGACCTAAAATTGTAGGCAGAGCTGATGGTAAACTTGTAAGTCAGATTGTTAAGGAATATTTAAATAAATAATAAAAGAACTCTTTTTTTGAGTTCTTTTATTATTTATAAGATATACAGAAAATCCTTATGTTTAATATTTTGTTAAACATAAGGATTTTTTTGTTGTCCAAATAATTATTAAAAAATCCTCTAAGAAGCTATATTATCTTTTCAAAATCATATTACATATAAAATGCAATATATAGAAAATTTTAATGAATTAATTTAAATTTTTAATCATAGATTACAATAGCAGAGTATTTGGGTAAAGAGGAGGAGAAGATGGAAGAAAAGTTTCAAAGAGGAAGAGAAAAAGTATTTGATAAATTAGATTTTCCCACAGATGTTGTTTTAGATTTGCCAAAGATCATTGTTGTAGGAAATAAAGAAATAACAATTGAAAATCATAAGGGTATTATGGCTTTTGACAATAATATGATAAAAATAAACTCTAGAATAGGTGCAGTTATAGTAGAGGGTGAAAAATTTGAAATACTTTTCATAGGGGATAATACCATTACTATAAGTGGAATTTTCAGAGGAATATCTTATGAGGGATAATTATGATATTAGATAAGTTGAAAATAGGAAAAATAAAAATAGAAGTTAACAGTCTAATACCAGAAAAAATATTGAACATACTTTGGCAAAGAGGAATAAATGTAACTAAAATAGTTAAACTTAATATAACTACGGTAAGGTTTGAAATACCTTTTGATTCATATAAAGAAGTTGAAGATATAGTTAAAAAAACTAAAGGAAAAGTTAGAATTGTTGGAAAAAGTGGTATAATAGTTTTACTATTATCAATAAAAAGAAAATTATCATTGTGTATTGGAGCTGGAGTATTTTTATTGGTTTTATACGTATTATCTAATTACATTTGGGCAATAGATATACAAACTAGAAATAATTTATCACCATTTGAAGTTAGGAAGGAACTTACATCTATAGGTATAAAACCAGGATTGAAGAAATCTGATATAAATGTATATAATATAGAAAAAAAGATGGAGGATTTAGACTCTGAAGTTATGTGGGTAAGAGCTAGAATAGAAGGATCTACATTAAGAGTAATAGTGGCAGAAAAGGTAAATCCACCAGTTACAGAAAAAATATCACCAGAGCAAGTGTTAGCTAAGATGGATGGAGAAGTTAAAAGAGTATTTACTTTTTCAGGGAATCCATCAGTGAAACCCGGAGATATAGTAAAAACCGGTGATATTTTAATTTTACCAATACAAGGTAAAGAAGGCTTTGAAAAAGAGGTTAAGCCAAGTGGCAGTGTAATAGCTAACACTTTTTATGAAAAGTCAATGGAAATACAAACAAGTGGAGAAAAAATTCAAAGAACTGGTGAAAAAGATAGTGATATTTATCTGAATTTTTGGGATAAGAAAATTTATATAAAAAAAGCTATAAACGACTTTAAATATTATGATAAAATAGAGGAAATTGGTGGTTTATTAAATCAAGTAATATATTTTAGAAAAGAAGGAAAAAAAGTTGATTTAGATAAGGATAAAGTTGTGGAAGATACAGTAGAAAAATTAAGAAAATCTTTACAAAAGGATTTGACTAATGATGCTAAAATAATAGATAACAAAGTAAATGTGGAAAATATTTCTGAAGATACAATATGTATAAAGGTGATTTTTACGGTTGAACAAGATATAGCTGAAAATATATCTTAATACTTTCAATGTTAGCGATGAGAAGGTGATTAACATGAAATCAAAAAATAACAAGAAACTACAGAAGTTAAGGTTAAAAAAATCAAAGTATTTGTCTTTGTTTGGTACTGTATTTATTGTGTCATATCTTTTGCTTTTAACAGCAATAGCACCAAAGCAGTTTAATTTACAAGAAGGGGACATAGCTAGGGTTGATATAAAAGCGCCAAGAGATACAATAGATCAAAAGGCAACAAAAGAAAAAGAAAGTGAAGCTATAGAAAAAGTCGATAAGCAGTATACAGTAAAAAATGAAGTTAAAGTTCAAGCAGAAGATAATATAAAGTCTTTATTTGATGAAGTATTAAATTTAAATGCAACAAATATGGATGAAGCAAGTAAAATAACTGAACTAAAAAAAATAACACAATTTAAATTAACTGATAATGAATACAAAGATTTAATAAATACGCCTAAAGAAACATTAATTGATTTAGAAGGAAAAATAGTTAATGTAGTTGATAGTGTCTATAAGAAAGACATTCAAGAAAATAATGAAAGTTCACTTGAAAATGCAAAAAAAGAAGGGATAAGTGCTATTGAAGAATTAAATATAGCAAATCCGTTAAAAGAAATATTAGTTAATATAATAAAATCACAAATAAATCCAAATTTATTTTATGATAGTGAAAAAACTGAAGAAATGCAAAAGGAAGCTCAAAAAAGTACGTCTAAAGTTATAATAAAGAAAAATCAAATTATAATAAAAGAGGGAGAACCTGTAACAGCGGAACAAATCGCAATAATAAATGAATTAGGACTTCTTGATAATGGAATAAGGGGTAAATATGTATATGTATATTTATCTTTAGCACTATTTTTATTTGTTATATTGTTTTTACAATATAGCTATATATATTTAAATTATAAGGACATATTTTTTAATGCTAAAAGATTAATTCTGATTAGTTTAATTAATATACTTTCTCTTATTTTAGCTAGAAGTATTGGTGCTGTTTCAGCATTTCTAATTCCATTTGCATTTGGATCCATGTTACTCACACTACTTTTGAATTATAAAATATCAATTATAATAAGTATTTTTAATTCAGTTATAATGAGTGCATTGGTTGAATTTGATCCACAAGTTATGCTGTTGGTATTTATAAATGCTATTTTAGGTGCTGTTATGTTAAAGAAAATGCAGCAAAGAAATGAGCTTATATATGCAACATTATATATATCAGTAGTTAGTGCAATACTAACATTATCTACAGGTGTAATTATATCTAGTAATTTAAAGGAAATTTTTATGGTAAGCTTATTCTCTGTAATTGGAGGAGTATTATCGGGAATTTTTGCATTAGGAGTACTGCCATTTTTAGAGGGTACATTTAATGAGGTTACTACGATTAAGTTATTAGAATTATCAAATCCTAATAATCCATTATTAAAAAAGTTACTCATGGAGGCACCAGGAACATATCATCATAGTATGTTAGTTGCAAATCTTGCAGAGATGGCAGCCGAAGAAGTTGGAGCAAATCCGGTAGTAGCTAGAATTGGAGCTTATTATCACGATGTAGGTAAAACAGAAAGACCTTATTTCTTTGGAGAAAATCAAATTGGTAGAGAAAATCCACATGATAAGATAAGTGCTAAACTTAGTACACACATTATAATATCACATGTTAAAGATGGATTAAGATTAGCTAAAGAGCATAATTTACCTCCTATAATTCAAGACATTATAGCAGAACATCATGGGACTACCTTAGTAAAATATTTTTATTATACTATGAAAAATAATGCTGAAAATCCAGATGATATAAAAGAAAAAGATTATAGGTATTCAGGTCCTATTCCAAGCAGTAAAGAAGCAGGGATAGTGATGCTTGCAGATGGAATAGAAGCGGCAGTTAGATCAATAAAAGAGCCTAACAAGGATAAAATAGAGGAAATGGTTAATAACATAATAAAAGATAAGTTAAATTCTAATCAATTAATTAATTGTGATTTAACACTTAAGGATATTGAAAAGATAAGATTATGTTTTTTAAATGCATTAAATGGTATATATCATCAAAGAATTGAATATCCAAAAGAAAAATTATAGGGAGTGTGCAAGATGATTTATGTTGATAATAGACAAGAAAAAATGGAAGTAAGTGATGAATTTACAAATCATCTAGAAAAGGTAATAGAATTTGCGTTAAAAGAAGAAGGTGTTAATATTTCAAGTGAAATCTCTTTATTATTCGTTGATAATGAAGAGATTAGAGAAATTAATAATGAAACAAGAAATATAGACAGAGCTACAGACGTTTTATCTTTTCCTATGCTGGATTATCCAGAAAAGAAAGTTTTTAAAGAAGTTTATACAGAAAATGATTTTTCAGAAGCAGATTTTGATGGAGATGACTTAGTACTTGGAGACGTTGTATTGTCTTTAGAAAGAGCATTAGAACAAAGCAAAGAGTATAATCATTCTTATGAAAGAGAAGCATCTTATCTAGTAGTTCATTCAGTGTTACATCTTTTAGGATATGATCATATGGAGGAAGAAGATAAGGTGAAAATGAGAAAAAGAGAGGAAGAAATATTAACTGCACTTGATATAAGGAGATAGTAGAAAAGCAGGTGAAAAATAACAGTGAAATTTAAAAAGGTTTTAGATAGTTTTAATAATGCTATAAATGGAATCGTAGAAACTGTAAGAACAGAACGTAATATGAAAATACATTTAATAGTAGCGTTATTAATATTGATAGCATGTTTTTTCTTTGATGTAACAAAATATGAATTTCTTATATTAGCTATAACAATTACTATGGTTATAAGTGCAGAAATAATCAATACAGCTATAGAAGCTGTATTAGATCTAAAAGCAAATTATTATCATCCGTTAGCTAAAATAGCCAAAAATGCAGCAGCAGGAGCTGTTTTAGTTACTGCAATAAATGCTGTATTAGTGGGATATATAATATTTTGGGATAAATTATCGTATTTTTCATATAACTTAATTAATAAAGTGAAAAAATCAGAACCTTACACAATTTTTATTGTACTGGTAATAGTGTGTATAGCTACAATAATAGTAAAAGCTATATTTGGAGAGGGAACACCACTAAAAGGTGGAATGCCAAGTGGACATAGTGCGTTAGCCTTTTCAATTGCTACAGCAATTTCACTAATTACAGAAGAACCTATATGTGTTATGTTAAGCTATCTGATGGCTCTTATAACTGCTCAAAGTAGAGTTGACTCTGAAGTTCATACGATTTTAGAAGTTATTGTAGGAGCACTATTTGGAATTTTGTTAACTATGTTTATATTTGTAGTATTTAGAATATAAATAATAAAATTAACATTAGAAAAGTATAGGTTTTGTTAAAAATAATATTGTTAACTAAATTCTATTATTTTAACGGATAAAATTTTAGATAAATTAATAAATGCTCGTAAAATTGCAAATGATATTTTACGAGCATTTATAATATAAAAAAATAATCATATGTAGCACCATTATTCCTGCACTGCGTTTGGAAAGGGTGCATGTTAAAAAATCGACAGCTTTAAAGTCGCCTTGGCGATTTTGTTCTTAAATAGTCTAAAAATTCTAATTATAGGCATAGAAAGACAATTAATACGTTAGTTAACCGGGAAATATTAATTAATAAGTTCTTATGTGTATTCTTATTAGCTAAACAGTGTTAATTATTATTTATAATATACATAATAGAATAAATAGAGTATACTATTTGTAAACTATATTATGATTAGATAAGATATATTTGTTTCCTATGTGGGGAAATAAAGTTTATCTAAAGATGAAATTGAATTTATAATTAACGTATAACTTAATTAGAGTATTTGAGTGTGATTAAGTTATAGAAGGAGGAAAAATGTTTAAGTCAGGATTCGTTACAATAGTTGGTAGACCTAATGTGGGAAAATCAACTTTATTAAATTATATAATGGGGGAGAAACTATCAATAGTTTCTAACAAGCCTCAAACCACTAGAAATAATATTCAAACAATATTAACAGGTGAGGACTATCAAATTGTCTTTGTTGATACACCAGGAATTCATAAGCCAAAACATAAGCTTGGAGAATATATGGTGAATTCTGCGAAGGATTCTACTAATGATGTTGATTTAGTTTTATTTTTAACTAATCCAGATGAAGAAATAGGAAAAGGAGATAAATTTATCTTAGAATCTTTAAAAGATAAAAAATGTCCTGTATATCTTGTTTTAAATAAGATAGATGAAAGCACACCTGAAAGAGTAGCTAAAAGTTTAGAAATGTATTCAAGTGAATTTAATTTCAAGGAAATAGTTCCCATAGCTGCAATAAAAGGGAAAAATGTAGACACATTAGTTGACTTAATGAAAACTGAATTACCAGAAGGTCCTAAATATTATCCAGAAGATATGATAACAGATGTTCCAGAGAGATTTGTTGTTTCTGAAATTGTAAGAGAAAAAGCTTTAAGATGTTTACGTGATGAAGTACCTCATGGTATTGCTGTTGACATAATTCAAATGAAGCAAAGTGATAATGGAACATATCATATAGAAGTTGATTTAATTTGTGAAAAAGATTCCCATAAAGGAATAATAATAGGTAAAAACGGACAAATGCTTAAAAAAATAGGCGAAACTTCAAGATATGAGTTAGAAAGATTCTTAAGAACAAAAGTTAATGTAAAAATATGGGTTAAAGTGAGAAAAGAGTGGAGAGATAATCAAAATCTGTTAAAAGAATTAGGATATAAGAAAAAATAGATATATTTATTCTAAAATTAGGAGATGATCTTTCTGGCACTTTTTGAAAGTAAAGCTGTTATTATAAAATCACAGGATTTTAAAGAAAATGATAAATTAGTTTGGCTTTATACAGAAGAGTTGGGTAAGATTGCTGCTATAGCAAAAGGGGCAAAGAAAAGTAAAAATAAAACTTTTTCTATTACTTTGCCTTTGTGCTATGGTGAGTACATGTTATATAAAGGTAAAAATTTGTATACGATTCAAGAGGGGAAGATTATAAATTCTTTTCAAGGATTATTAGAAAACTTAGATAAGCTTACTTACTCATCTTATTTATGTGAACTCATAGATATATGTACACCTGATGATGAAAAAAATAAACAGATTTTTATAGATTTAGTTACTACTTTTTATCTTTTAGATACAAATGCTTTAGAGTATGAACTATTAGTAAGAGCGTTTGAATTAAAATTATTAAAAAATACAGGATATTCTTTAGAATTAGACAGTTGTTGTATGTGTAAAAAGAAAATCCCATCATCTAATTATATAAGTTTATCTAATTATGGTGGAGTATGTGATGAATGTCCTAAAGAATATGGATTATATATTTCAAAAGCTACTTATAATGCTTTGAAATTTTTATTAAAGATGAAAATAGATAAGGTATATAGGCTGAATTTAACTGATAAAATCAAAGAAGAATTAGAAAAAATAACAAGTTATTTAATATGCAATAACTATTCTAAAAAGCCTAAAAGTTTAGAAATGTTAAAATTTATTAAGGAGTGATAAATAATGACTAATATTACATTAGAAAAAGTAGATATGATAATAGAAAGAACAGGAGTTAGCTATGCAATAGCTAAACAAGCGCTAGAAGAATGTAATGGAGATGTTTTAGAAGCATTAATTTATTTAGAAGAAGAAATTAAAAATGAGGAAAATATAGATTATAACATCTATGACGATAAAGAAGATAAAGAAAATATGACTATAGAAGAATTAAAAAATTTTATTAAAGATTTAATTCATAAAGGGAATATAACAAGAATAAAGATTAAGAAGGAGGATACTGAGTTAATAGATATTCCTGTAAATGCAGGAATAGCCGCTGGAGTTATTGCAGTATTAATTCCACCAATATTGGTAGCAGGTGTAATTGCAGCAGTTGCAACAAAAATAACAATAGAAATAACTAAAAAAGATGGTTCAGTCGAAGTTATAAATAAATATGTATATAAAGTTTCAAATGATGTGAAAGACAAAGCCGTTGATATTGCAGATAAAATGAAATCTAAAGTAGATGAAGTGAAGAATAAAGTAAGAACAAATAATGGTGAAGATAAATCAAAAGTATATACTGGAAATGAAACAGTTTATACGTATAAAGTTGATTTTGACGACCAAGATTAAAAGTTTAAGTAGTTCTTTTATTTCAGGGAGAGAGGGAGAATTTTGAAGTTATCAAATAGGCAAGAAGAAATAATTAAGTTAGTAAAAGATCATCAACCAATCACAAGTGAGGCTTTAGCAGAAAAATTAGGTTTAACAAGAGCTGCAATTAGAGCAGATTTATCAATACTTACAATGATAGGTATTTTAGATGCTAGACCTAAGGTAGGATATATATATTCAGGCAAATCTTCTAGTGGTATGTTACATGACTATATAACTGAAATTAAAGCTAATGCAATTATGTCTAAGCCAATTACAGTTAGTGAAGAAACTATGGTATATGATGCAATTGTATTTTTATTCCTTAATGATGTTGGTACATTATTTGTAGAAAATGAAGGTGTTTTAACTGGAGCTGTTTCAAGAAAGGATTTTCTTAAAATTGCTATAGGTGGAACAGACATTCATAAGGTACCGATTGGAGTAATAATGACTCGTATGCCAAATATTATATGTGGTAATAAAAATGACAATGCATATGATTTAGCTAAAAAAATAATAGAGCATGAAATTGACAGTATCCCCATTGTAGAACCGTTAGAAAAGATAGGTGATAAGGAACAATTTAAGATAATAGGAAAAGTTTCCAAGACTAATGTTACAAAATTGTTTGTTAAATTAGGAAAACAATAATAATAAGGTTAATCAGTGCTAACTACGAGATATTTCTTCTCGATAGTAAATATATGGTATAAAAATTTGAGAATGGGGGAGTATTGATATGACCAAAAAGTATGTTTATCTTTTCAGTGAGGGAAATGCTTCAATGAAAAATTTATTAGGAGGTAAAGGTGCAAACTTAGCAGAAATGACTAATTTAGGCATTCCTGTACCTTATGGGTTCACAGTTACAACTGAAGCGTGTAACAAGTACTATGAAGATGGTAAAGCCATTTCAGATGAAATTATAAAAGAAATTTATAATAGTTTACAAAAACTTGAAAGTGTTAGTGGAAAAGAATTTGGAAGTAATGAAAATCCACTATTAGTATCAGTAAGATCTGGAGCAAGAACTTCAATGCCAGGAATGATGGATACTATTTTAAATTTAGGATTAAATGATGAAGTAGTAGAAAGTATGGCTAAATTAACTAATAATCCTAGATTTGCTTATGATTCTTACAGAAGATTTGTTCAAATGTTTTCAGATGTTGTTATGGGTATAGAAAACAGATTGTTTGAAAATAAAATTGAAGAAATTAAAGATAAAAAAGGTGTAGAATTTGATACTGATTTAGATGAAAATGATTTAAAGGTATTGGTATCTGAATTTAAAGCAATATATAAAAAGGAAAAAGGGGAAGATTTCCCACAAGATCCTAAAACTCAGCTACTTGAAGCTGTAACTGCAGTATTTAGATCATGGAATAATCCTAGAGCTATTGTTTATAGAAGGCTTAATGATATTCCAGGTGAATGGGGTACAGCAGTAAATGTACAAGAAATGGTTTTTGGAAATAAGGGTGAAACATCTGGAACTGGTGTTGTTTTCTCAAGAAATCCAGCAACAGGTGAAAATCTTATATATGGTGAATACTTAATGAATGCACAAGGTGAAGATGTTGTAGCAGGTATAAGAACACCACTTCCAATATCAAAATTAAAAGAACAAGATCCTAAAATTTATGGGGAATTTGTTAATATTGTAAGTAAATTAGAAAATCATTATAAAGATATGCAAGACATGGAGATAACTATAGAAGAAGGAAAATTATATTTCTTACAAACTAGAAATGGTAAGAGAACAGCTCAAGCAGCACTAAAAATAGCTGTTGATTTGTTTAATGACGGAATGATAACTAAGGAAGAGGCTGTATTAAAAGTTGAACCAAAACAATTAGATACATTGCTTCATCCTACATTCTATACTGAGGCATTGAAACAAGCGAATCCTATCGCTAAAGGTCTACCAGCATCTCCAGGTGCAGCTTGTGGTAAGATTGCATTTACAGCTGAAGAAGCTAAGGACAGGGCAGCTTTAGATGAAGAAGTTATTTTAGTAAGACTTGAAACATCTCCAGAAGATATAGAAGGTATGGTTGCAGCAAAAGGTATTCTAACAGTAAGAGGTGGAATGACTTCTCATGCAGCAGTAGTTGCTAGAGGAATGGGAACTTGTTGTGTGGCAGGTTGTGGAACTATTAAGGTGGATGATGTTAAGAGAACTCTTACAGTGGGAGATAAGGTATATACTGGTGATGACTTCATTTCAATAGATGGTACATCTGGAAATGTATATGGAGAAAAAATTAAAACTGTTATACCTGAAATATCAGGTTATTTTGAAATATTTATGCGTTGGGCTGATGAAATAAGAAAATTAAAAATTAGAGCTAATGCAGATACTCCAAAGGATGCTAAACAAGCAGTTGAATTTGGTGCAGAAGGAATAGGACTTTGTAGAACTGAGCATATGTTCTTTGCGGAAGATAGAATAATGGCAGTAAGACAAATGATTACAGCTAAAGACGAACAACAAAGAAGAGTTGCACTTGACAAAATATTACCAATGCAAAGAGGAGATTTTATAGGTATATATGAAGCTTTAGAAGAAAGACCTGTTACTATAAGATTGTTAGATCCACCTCTACATGAATTTTTACCAAATACAGAACAAGACATAAGAATATTATCTAATGAAATTGGATTAACTTTTGAAGAATTAAAGCTTACAGTTGATAATTTACATGAATTTAATCCAATGATGGGTCATAGAGGTTGTCGTCTTGCAGTGTCATATCCAGAAATAGCAGAGATGCAAGCTAGAGCTATTATAGAGGCAGCTATAGAGGTTAAAGCAAATAAAGGATATAATATTATTCCGGAAATAATGATTCCTTTAATAGGAGATATAAAGGAATTAAAGTATGTTAAGGATGTAATAAAAAATACTGCTGAAGAAGTAATAAAAGAAAAAAATGCTGACTTAGAGTATAAGATAGGAACAATGATAGAAATACCAAGAGCAGCATTGACAGCTGATGAAGTTGCAAAAGAAGCTGAATTCTTCTCATTTGGTACTAATGATTTAACTCAAATGACATTTGGTTTTTCAAGAGATGATGCTTCTAAATTCTTAACAGATTATTATGATAAGAAGATATATGAGCAAGATCCATTTGCTAAGTTAGATAGAAGTGGTGTTGGAGCTTTAATTAAAATTGCAGTAGAAAAAGGTAGAGAAACAAGACCTAATATTAAATTAGGTATATGTGGAGAACATGGTGGAGATCCATCATCAATTGAATTCTGTCATGATTTGGGACTTAATTATGTTTCTTGTTCACCTTTTAGAGTACCGCTTGCTAGACTTGCAGCAGCACAAGCTCAAGTCAGAAATAACAGGTAATAGCAGAAAACAAATTATATATTAAATTAAAAAATAAAAAACACGTAATGGTAAATTCCATTGCGTGTTTTTTATATTCAAAAAATTATAGAGTTTAAGAAATTTAAAAAGCTAATTAAATATAAGAACATGATAAATTAAGTTAGGAATTGAAAATGTAACATAGTAATTTTTTATATTAAAAGTATATTAAATTCATTTTTTATATTCATAAGTAATTCTAATGCAAAGTTATACTGAGCAATACTCTTTGAAGTTGTATTTTTTAAAAGTGTTAAAAAAGCAGTTTTATTGCATTTAGATATATTCCTATAATAATCCCTTGAAATTCTCCAATATTTTTGAGGAAAACAAATATAAGCTAATAAATATCTTAAATCAGAAGGGGTTAGCTTGAAAATTTCATTATAGTTTTTTATTATAGATAAAGCTAAATTAACATTCCAATTTGTATTTTCACGTTTAAGAAGTCTACGCATAAAATAAGCTAAGTCTTTAGCACAGTAATCTACTTTACATTTATCAAAATCTATTATGCATGTTTCTAAATCTTTAGTGAAAATTATATTCTTATTTACATAATCACCATGACATAATGAAGTACTTAAATCTTCATTATCAATATTATAAGCTATATCTAAAGATAGTTTTGCAAGATACAAATTAACATCAAAATTAGATATAAATTCTTTAGAAAAATCATCTTTATATTTGAAAGCTTGATTGGATATAGTCAATAATTGTTCAAAATGTTTTAAGGTTGATATGTAGTAATCATCAAGACCTACCTTATATGAACTTCCTAAAATAGGTTGGAAATCTGTTGAAACAAGATGCATATTAGCAAGCTTTTTTATAGAAAGTATAACGTGGTTTAGATCATCAAAATTACATTTCACACCATCTATCCAAGGTGTTAGTATAAATAGCATGTCTGAATAATATACAAATCTATTATTATTAACGGTAGGAATAAATTTTGGAACTTGTATACCATATCTGTAAACCCATTCATTAGCAGAATATACATATAGTAAATCTGGCAAATCATAATAAACTTTTTTTAAGCAATAACATTTATTATTATCTTCTACTTTATATACAGCTCTTTGTTTAGCAGTATCTTTGAATTTAACTATGTCTACCTTAGCATTTTGTAAATTATAATGTTTTAAAACAGTATTTTTTATTGTATCAGGTGATAGATTTGATTTTTCTAATAAATTTAATTCTGGTTCCATAAAATACTTCTCCTTATAAATTTATTCATTACTATGATATTAATAGAAAACTATAAATATACATAAATAAAGGAAATAAAAAATTAAAGTATAACAATAATTAGTGAGATTTTGGTAAATAATAATTTTATGAATTTATAAAGGATTTTAATGATATATATAGAATAGATAAGAAGAGGTGAAGTATATGAATATAAGGGAAAAAATTGAGTATTTTGAAAACTTGACATTTATTAAAGAAGCCTCTTTTTCCTCTTGTTCTTTAGGTAGAGATAAAAAAGAAGAAGAGGATGATATTAGAACTTGTTATATGATTGATAGGGATAGAATTATTCACAGTAAATCATTCAGAAGATTAAAACATAAAACTCAGGTATATATAAAAACATTTGGTGATCATTATAGAACCAGATTAACTCATACCTTAGAAGTGACACAAGTAGCTAGGAACATAGGCGTTGGTATTGGCTTAAATGAAAATTTAATTGAAGCCATAGCGTTAGGACATGATTTAGGTCATGTTGCATTTGCACATAATGGAGAAGAGGTTCTGAATGAATATTTAAAAGAAGGCTTTAGGCATAATGAGCAAAGTGTTAGAGTTGTAAGAAAGTTAGAAAATAATGGAGAAGGACTTAATTTGAGCAAAGAGGTTATTGATGGAATTTTAAATCATAGTGGATTTGGTGGTAAAAATAATCAATCATTAACATTAGAAGGAACTGTAGTAAAATATAGTGATAAAATTGCTTACTTAAATCATGATATAGATGATTCTATAAGAGCTGGATTATTAAAAGAAAGTGATATTCCGAGTGATATAAAAAGAGTCTTAGGTAATTCTTCGGATGAGAGAATGGAAACATTAATTAAAAATTTTATAAAAACATCAAATAGTAATATTAAAAATGGAATTAAAAAAGTTTCTTTAGATGAAGAAATTGAAGAAATTATGATTAAACTTAGAAAATTTATGTTTGAAAACATATATTTAGGAAATACATTAAAGAGAGAAAGAGATAAGGCGAAATTTATATTAAGACAACTTTTAAATTATTATAGTAATAAACCAGAAGAAATGCCTGAATTATATAAAAATATAGTAGAAAAAGAAGATCTAAAAAGAGGTGTTGCAGATTATATAGCTGGAATGAGTGATGATTATTGTTTATCTTTGTTTAATAGATTGTATGTTCCTAAATTAGTAATATATTAGCTGTTTAAATAAATTTATAATGGTAAAGATAGAATCAAGAATATTTAACTTATTCTTAGAGTATAAAATACCAATAAATTGGGCAAATAAATTTTGTAATGAAAAAAGAGGATTATAAGGTAAAAAAAAGAATTATTAATTCAATTACATGATAAAAAAAGTTTTTTGGATAAATAAGAAGGAAAAGTGGTTATGATGTCGAATATTATATAATTGTTGAAAATTTAAGTAAGGAGGGAGATGTCTCCTTGCAAATTCCACAAGAAATTATTGAAAAAGTAAAAGAACAAACCGATATAGTGGATATTATATCGGAAAGTGTAAGGTTAAAGAGAACTGGAAAAAATTTCATAGGATTATGTCCGTTTCATAATGATAAGACACCATCATTTAGTGTTTCACAAGAAAAACAAATATATAAGTGCTTTTCATGTGGAGAAGCTGGTAATGTTTTAACTTTTATTATGAAACAAAAAAATCTTACATTTGTAGAGGCAGTAAAGTATTTAGCTGATAAAGTTAATATTCCTATAAATCTACACTCTAATGAAACGCCTCAGTTTATTAAAAAGAGGGAAATATTATATAAAATTAATGTAGAAACTGGAAGATATTACTTTACTAATTTGCAAAAAATACATTTAGCAAAAGATTATTTTCTTAATAGAGGAATAAAGGAAGCAACTATAAAGAAGTTTGGTCTTGGATATTCTAAGAATAGTTGGAGAGATCTAATTACTTATTTAAGAGCCAAGGGATATAAAGATGACTTTTTAATAGAAGCGGGATTGGTTTCAAAAAATCAAGAGAAAGGAAATATATATGACAGATTTAGAAATCGAGTTATGTTTCCTGTTTTTGATGTGAAAGGTAGAGTCATTGGGTTTGGAGGAAGAGTATTAGATGATTCAAAACCTAAGTATTTAAATTCACCTGAAACTACAGTATTTCAAAAAGGGATTAATCTGTATGGGTTAAATTTTGCAGTAAAAAACAAGCTTAAAGAGGATTATATGATAATTGTTGAAGGGTATATGGACTTAATAACGCTTCATCAGTATGGAGTAACAAATGTTGTTGCATCATTAGGAACTGCTTTAACTAATAATCAGGCCAAACTCTTAAAGCGATATACTAACAATGTTATTATATCATATGATGCAGATATTGCAGGGCAAACAGCTACTTTAAGGGGACTTGAGATACTTAGAAATTCTGGTTTTGAAGTTAAGGTACTTATAATTCCACAAGGAAAAGATCCAGATGAGTTTGTAAGAAGTAATGGAAAAGATGCTTTTTTAAAACTAGCAAGGGAAGCGCTGCCTTTAATTGAATACAGAATTAAAAGAATAGGAGAAGGCATAAATTTAAAGGACAGAAACAATTTAATTAAGTATGGAGAAAAAGTAGCGAGCATTTTAGCAGACTTAAATCCAGTAGAAAAAGATGTATATATAAAGAAAATTTCAGAAGATACTGGTATAAAAGAACAGGCGCTATATGATTTACTTTCACAAGTAATGTCAAAAAAACAAAAAGAAGACAATTACGTGAATAAAAAGGAAGAATTTGGAACAAAATTATATGTAGAGCCTGCATATTTAAAAGCAGAAAGAGCTTTACTTAAATTAATGTTAAACCAAGAAATTTATGACCAAATTAAAGATAGTATGAGCTCAGAGGATTTTATATTAGATTCTCATAAAAGAATATATTCTTTAATATTAGAATCTAAAAATGAAAATTCTAATAACATAGAATCATATGTAGAAAATAGATGTGATCAAATTGAAAGTTCGAAAGAATGGATTGCAATAAAAGAACTTGAAATTCTAGACTTAAGTAACAAAGATAAGTTAATCAATGATTATTTAAATGAAGTAAAATGTTTTAAACTACAATTAGAAATCAATGATTTAAAAAATGAACAAAAAAGATTGGAAGATAAGGGAATGATTGAGGAGTCTATAAAACTTGCAGTTAAGTTGACAAACTTAGAAATATTGAAAAAAAGAAAGAGAGGTTAATGGTCATGGCAGAAGGAGGTAAAGAAAGTATGGAGCAAAAAGTTAAAAAGAAGGCCGAAAAAGGAAAAGAAGACAAAAATGCTAAAATGGCCATGGTAAAAGGTCTGATTGATAAAGGTAAGAAAAATGGTTCTTTGACTTATAAAGAAATTATGGATGAAATAGATCATATAGATTTAAGCCCAGAACAAATAGAAAAAATTTATGAAGTACTTGAAATGATGGGAATTGAAGTAATAGGTGGAGCAACTGATGCACCAGAAGTTGAAGAAGAAATAGATTTAACAGTTTTAGAAGGAATTGCAATAGATGATCCTGTTAGAATGTACTTAAAAGAAATAGGTAAAGTACCTTTATTATCATCAGAACAAGAAATAGATTACGCTAAAAGAATTGAAGAGGGCGATCCTGTAGCTAAGAAAAAACTTGCAGAAGCTAATTTAAGATTGGTAGTAAGTATAGCTAAAAGATACGTTGGAAGAGGTATGTTATTTTTAGACTTAATTCAAGAAGGAAATTTAGGTCTTATAAAAGCAGTAGAAAAATTTGACTATAGAAAGGGTTTTAAATTCTCTACTTATGCAACATGGTGGATTAGACAGGCAATAACTAGAGCAATTGCGGATCAAGCTAGAACTATTAGAATACCAGTTCATATGGTAGAAACTATCAATAAATTAATAAGAGTTCAAAGACAATTATTACAAGAATTAGGTAGAGATCCTTTCCCAGAAGAAATTTCAAAGGTAATGGAATTACCAGTAGATAAAGTACGTGAAATTCAAAAAATAGCTCAAGAACCAGTATCATTAGAAACACCTATTGGTGAAGAAGAAGATTCTCACTTAGGTGACTTTATACCAGATGATGAAGCTCCAGCTCCAGCAGAAGCAGCAGCATTTACAATGTTGAAAGAGCAATTGATAAATGTATTAGATACTTTAACTCCAAGAGAAGAAAAAGTTCTAAGATTAAGATTCGGCTTAGATGATGGAAGAGCTAGAACACTTGAAGAAGTAGGAAAAGAGTTTAATGTAACAAGAGAAAGAATTAGACAAATTGAAGCTAAAGCATTAAGAAAGCTTAGACATCCATCAAGAAGTAAGAAGTTAAAAGATTATCTAGATTAAAAAGCACCTTTACAGGTGCTCTTTTTTATAGTATAAAAAATTATAGAATTATTTGAAGTTAAAAAATGATAAATAGAATAGGAGAAAAAATTATGGAGTTAAGCAAAAGATTAAATTGGATATTAGAATATGTTGATAAATGTGATGCAGTAATGGACGTAGGAACTGATCATGGATATATACCAATTCATCTAGTGAAAAATAAAATGGTAAACAAAGCAATTGCCAGTGATATAAATAAAGATCCACTTCAAAAAGCAAAGATTAATGCTTCATTAGATGGAGTTATAGATAAAATAGATTTACGCTTAGGGGCAGGTCTTTCACCTTTAAAGAAAAATGAAGTACAAGGTGTGATAATAGCTGGAATGGGTGGAAATCTAATAAGAGATATATTAGAAAAAGATATTAATAAAGTTAAAAAATTAGATTATTTGATTCTTCAACCAGCTCAGAACCCAGAAGTATTAAGAGAGTACTTATATAATAGTAATTATGAGATTTTAAATGAGGATTTATGCTTTGATGAAGGTCAATTTTATGAATTATTTAAAGTGAAATATAAAATGGGGGAGAATACTAAATTAGATCCTATATTTTATGAAATAAGTCCAATAATGTTAAAAGAGAATAATAAGTTAATAAAAGAATATATAAAGATTAAAATTGAAAAATACAATAAAATTGTATGCTTCATAAAAGAAGAAACTGAATCTGCTAAATTAAGAAAAGAAGAACTATATAATAAAATAAAGGTGTTAGAAGATTTTATAAGATAATAATCATTGAAAAAATATAAATTAGAAATATAATGGAGGAATTTATATGGTTTTAGTAAAAGATATTGCAAATATCATTGAGGAAAAAGCTCCTAAATTTTTAAAAGAGGATTTTGATAATGTTGGCTTAATGGTTGGAGATAATAACAAGGAAGTAAAGTCAGTTTTATTAGCTTTAGATTGTACTAAGAAAGTTATAAAAGAGGCTATTGATAACAATGTTGACTTAATAATAACTCATCATCCTTTAATATTTAAAAAACCTAAAAGTATAATAAATGGAGATTTATTAGGTGATAAAGTTATAGATTTAATAAAAAATGATATAAGTTTATATTCATGTCATACTAATTTAGATTCTGCTAAAGGTGGAATTAATGATACATTACTTGAATTATTAGATTTAAAATATAATAAAATAATTGAGAGTTCTAATATTAAGGGTTTCGAAGAATGTGGACTAGGTAGAATTGTTGAATTAGAAAAAAACATTAATATTGAAGAAATAGTAAGAATGCTTAAAGATAAACTAAAGATTAATAATATGAGAGTTGTAAAAGGTAATAAGAACATAAATAAATTAGCAATAATTAATGGTAGTGGTCAAGATTTCTTCTATATGTGTAAAGAACTTGATGTAAACTGTATAATAACTGGTGATACAACATATCATTTTGCTTCAGATTTTAAAGAATATGGAATTAATATAATAGATGCAGGACATTTTTCAACTGAATGGTTAGCGTTTATAAAGAGTTTAGATTTCTTAGAAGATAAATTTAAAGAAGTAAAATTTATAATTTCAGAAAAATGTGAAGATCCATATGATTTTATTTAACTAAATCAAACAATATATGCATATATTATTGTGAAAGCAATTTATAGGTGGGTATTATGGGAGATGACAATAATAAAAGTTTTAAACATATGTGCAAAAATATGAGAAGATGTTTTAGGGGTGGTAGAAGAAGAGGTGGATGGTTTCCATTCTTTCCAGGTCCTTGTCCTTGGTACTTTTGTCCTAAATCTGTGGTAGGATGCCTCATACTTGTATCACTACTTTTATGTGGGGTTAATATTTATGGTGTATTAATAATAATTTTATTAATATTATTATTTATTTTGGTATAAAAAAATAATAATAGTTAGTAACTTTATCACTTATTTTAATAATTACCAAAAAAATATTGAATTTTTATTTGTAAAATTATAAGATGTGTGATAATATAAATCTTGCGAGCAAAACGTGCAATCGCTGCTGGGCTTGACCCAGGAGAGGAAAGTCGGGGCTCCATAGGGCAGGGTGCTGGATAACGTCCAGTCAAGGCGACTTGAAGGATAGTGCAACAGAGATATACCGCCTAAGTTTACTTAGGTAAGGGTGGAAAGGCGAGGTAAGAGCTCACCAGCGTGATGGTGACATCACGGCTATGTAAACCCCACTTGGAGCAAGACCGAATAGAGAGGCATTAAGGGATTGCCCGTCCCGCCTCCGGGTGCGTCGCTTGAGCTCATTGGCAACAATGAGCCTAGATAGATGATTGCTTAATACAGAACCCCGCTTACGGCTTGTCTCGCATAAGTAATAACAAGGCTTGGATGAATGAATAAGAGAATTTGCCCTTATCCTTCCCTTGTTATTTTTTATTGTATAAAACATTGGATATAACATCAGTAGCTTCTCGATTCATTTCTTCAGTAACATGTGCATAAATATCTGATGTTGTTTGCATAAGAGAATGCCCCAATCTTTCCTGAATCACTTTCATAGAAATTTTATTTTTTAATAATATAGTGGCATTGCTATGTCTAAGATCATGCCAACGAATATTTTTTTCTATTTTACAATATTTACATAATCTTTTTAATCTTTGTAAAAAGTTGGATGGGATTATATATCTACCGTTTTCCCAAGTAAATATGAGATTATATTCAGTTGAATCTCCATCAAACTTATTACTATAAACAAAATTATTTCCATACTTTATTTTATTAATATTTTGTTTAGATTTATGTGATTTTAATATTTTTATTATTTCATTGCTTAAAGGCAACTTTCTATAAGATGAATCAGTTTTTAGATTTGATATTTTATAGTCATTATTAACTCTTATTAGAGCGGTATTTACATTAAGGATTTTATTATCAAAGTCAATATCACTCCACTGAAGTCCGCACATTTCACCACGTCTTAAACCAGTTTCGATAGTTAAATCCATTCCTAATTTCATTATATAGTCTTCATAAATTTTAGTGTTTAAATTAGTATATATTGAATGTAACTCTTCAAATGTCAATATACTTGCTTTATATTTACTACGTTTTGGAGTGTCTACATATTTACAAGGATTATCATTTAACATTTGCAATTTTATTGCTTTATTTAATGCTCCATTTAAAACTAAATAATGCTTTTGAATTGTAGTTAAACTTAATTTAGTCTTTTTTAATTTAGATAAGAATTGTTCAATATTAATTACTTTTAAATCGCATAATTTTATTAATCCTAATTGAGGATTAATATATTTATTAACAGTTCCTTTATATTTAATATAGGTGTTTTCGCTGTTATTAGGTTTAACATAGTCTTCTAACCAAATCTTCAGATAATCTTTTAATAATATTTCTTTTGGTTTTAAAAGACCATTATTTTGTCTATAAATTTCTTCATTAAGTTTTTGAAGGGCTTCTTTTTTTGTAATACCTCCTTTTCTTTCAATTTGTTTTTTTACTCCATTTACATACTCATAGTAACGATAGTACCATACATTACCTTTTTTTCTTACACTACCATTCATAATTTTCAACTCCCTTTAGAACATATGTTCTATTTATATTTATAAATTAACCAGTTGAGATAAAGCTTCGAAAGGAACATTTATACAACTGGAAATTTGACTTATTGTCATTTCATTCATTTTTATTGAATCAAATGTTATATCAGTTAGAATCAAAGCAAAATAATCAGCTTGCCTATCTATTTTGCCAGTATTACAATATCTAGAATTCTGAATATTAGGATGCAAAATTGCATGACCTAATTCATGTCTTAATATAAATTCTTCTTCTTTACCATACAAATCGTCTGCAATAAAAATAATTTGTTTATTATTAATATTTCTAAAATACGTCGATTTCCTATTATATAATAGAAAATAATTATGTTTTACACGTACAATTTCGATATTTAAGCATCTACATAGCTCATATGGGCTATTTGTAAGATAGTTTTTCTTTAAGTTAATTACTATTTTATTTATCCATTCCCATCCCATAAATAGTACCTCTTTCTATTTATTTTTACTTTCGTATTTATATCTAATTAATTTAGATTGTTCTATCATTTCATTTGCAAAATTTAATATATCTTCATCACTCATTTTTTCAGGATAGAATCCACCATATGCAAAAATTTGATGTTTCATTATATATGCTCTTGCTTCATTTGGGTCTGTAAATTCTTCTGGTATTATAGGAAAATCTTTTTCTATAGTCTTTTTATTATCTTTAGTTACTCCACCATCATTTACAGAGTTATTTTCATCAGAATCTGACAATAAATAATCAACTGTTACATTAAAGAAGTCTGCTAATTTTATAAGCATTTTTCTTCCAGCAGGTCTTTTATTCCTCTCTATCATACCAATGCTTGATTGAGAAATTCCTAATTTATTTGCTAATTCTTCTTGGGTCAAATTAAGATTATTCCTTAAATATTTCACTTTATCAGCTAACATAACATTCACCTCTTAGGATAATTTTATCACAATTAAGGATAAAAACAATAGTAATTTTAAGAAAATAAAAGATTCTTTAAGAACGAGGGATTTATTCTTTCATATTATCCTTTTTTGTGATAGAATTAAGGTTTACGATTATCACAAAAAAGGATAATATAAACACATAGCAACTCAAACATATCACAAAATAAAACAAAATAATCAATGAGGGGGTAAAAAATGAAATTGACACCATTAAAAATAAGAAGAATAAATGCTGGAATAGAAACAAATGAAGCAGTAGAGAAGCTAAAAATAAGTAAAAGTACTTTTTATAAGTTAGAGCAAGGGCATGGTGGCACTCCATCAGCAAATCTAATTAAAAGGTTAGCTAATACTTATAGTTGCACAACAGATGAAATATTTAAAGATTTAAAGATAACAGGTTAAGGAGGAAAAATAATGGACAAGAAATTTTTAGAAGTGTCTCAAGTCAAATTGAGGGGAGTTAAAGAAGTTGAAGGAATGAAATTTCATGATATTGAAGGAGGATTTGGAGAAGGCAAGAAGGCAATGATCATTAAGGAAATTGCTGAAATTCATAATAAACCATTAGGTGATATAAATAGAAGGATTAATGACAATATAAAAAGATTCAAAGATGGAATTGATATTGTTGATTTAATGGGAACAAATGTCGTTATGGATTTGAAGCATAACGGAATTTATACTCAAAATTCAATAAACAGAAGTGAAAATATTTATCTTTTATCAGAAAGAGGATATTCAAAACTTTTAAAGATATTAGAAGATGATGTTGCCTGGGAGCAATATGAAAAGCTAGTTGATGGTTACTTCAATATGAGAGAAGAAATTAATGTAAGTAAACCAGTTTGTATAGAAGATGTACTTATATCTAGTTTACAGGAAATGAAAGCAATTAAAGGTGAGGTACAAGCTGTAAAGGTAGCTACACAAGAAAATCAAGAAGCATTACAAGGAATAAGAGATGTAGTTGCTATTAATACAAGCACTATGAGTTGGAGAGAAGATTGTAGAAAGATAATTGTTAGAATAGCTCATAAATTAGGAGGAAACAGTTTCATAGGTGATGTTAATAGAGAAATATATGAACTTATGAGGGTTAGATTAAAAGTAAGGTTAGATGTTAAATTAACTAATTTACGTAGAAGAATGGCTGATGAAGGCGTATGTAAATCTAAAAGAGAAAAAATGAACTATCTTGATGTAATTAAAGATGAAAGCAGATTGGTAGAAGGCTATGTTGCAATAATTAAAGAATTAGCAGTTAAATATGGAGCAGATGTTAAGGAGGCATAGTAATGGAACTATATACAATAAAAGAAGTTTCTAAAAAACTAAAAATAAATACAACAGATACTTATAGATTAATAAAATCTGGTCATATTAAAGCTTTAAAATTAGGAAGTTTAAAAGTAGCTAGTTGTGAATTAGATAGATTTATTCTGCAAGCTGTTGGGAAAGACTATTCTGATTTAAAAAGTGTTACAAATTTAATATTAAATTAATGGCTTGATATAAAGAATAAAAAGTACAATCACATCTAGAACTTAAAAGCAATTATATCTGTAATTTTCAGCTTAAGAGTAAAAAAATTCAAAACTATATCAGAATAAATAAAATTAGGAGGAGCATGTATGGAATTGATAAAAATCACAGAAGAAAATGGTAAGCAATTAGTAAGCGGAAAGGAACTTCACCAATTTTTAGAAGTAGGAAGAGATTTTTCAACATGGATTAAAGAAAGAATTAAGAAATATGATTTTATAGAAAATAATGATTTCACAGTTTTAGTAACGACACCTCAAAATGGGGGGGTCGCTAAAGATTATATAGTAACTATTGAAATGGCAAAAGAATTAAGTATGGTAGAAAATAATTCTAAAGGTCAAGCAGCAAGAAAATATTTTATTCAATGTGAAAAGAATATTAAAGAAATTAAACAACTTTCACCAATGGATCAATTAAGACTTCAATATTCAGTTTTAGAAGAACAAGATCAAAAAATAAACTTAGTAGATGAAAGAGTTTTTAAATTAGAAAATATAATGACTATAGACTATAGCCAACAAGAGGAACTAAGAACTTTAGCAACTAGAAAAGTAGTAGCAATATTAGGTGGGAAAGATACTCCAGCATATAAAGAACTTAACAAGAAGGCTTTTAGTTCTATGTGGAAGGATTACAAAAGAATAGTTGATGTAAATAGTTATAAAAACACAGCAGTTAAAGATTTATTATTTGCTAGACAAGTAATAATTGATTGGAAACCTAACAGAGAACTTGAATTAATGATAAAAGGAGCAAATATAGGAAGGAGAGGTTAATGACCAAGACAAGAGCAGTAAAACAAGTTAAATTACTTAGAAATCTTTGTAGAGATTTTGAAGAAATTAAAACAAGTGAAATTGATGTACAAGCACTTAATGTAATACTTAATTATGTAGAAAGAAAACATTTAAGGGATAATGAATTTTTAAGATCATTTATAGTTGGGTCTGTGTTTTGGTTAGGATTTTGTATTATTATAACATGTTTATAAAGGAAACGATTGATTTGAAAAAACCAAAATGTTTAAAAAGGAGACATAAGGAATTTTTAGTTGAGCAAGGTTTAAATCATCATGACTATTTTATAATTAAAGATTTAGCAGAGTGCTATCAATTCTATTATAAGATTACTAGAAAAGTGGTTAATATAAGGAGGTAATATGAGTAAAATTTGGTATTTAAATGAGATTGTAGAACTTATTAGAGAAAGAGCTAGAAAAGAAAATAGAGCAGCAGGAGATATACTTCAGGAAGTAATAAATTCATTAAAAGAAGAACTTCATTGCAAATAACCGTCCAAAGTAAATTTGCAATGAAAATATTAAAAAATATTCATATATAGTATAACACTTTTATATAGAAAGACAAGGTGATAAACATGGCAGAAAAAAGAATGTTTTCAAAAACAATTATTGACTCTGATATTTTTCTTGATATGCCTTTATCAAGTCAATGTTTATATTTTCATTTAAGTATGAGAGCTGATGATGATGGATTTATAAATAATCCTAGAAAAATACAAAGAATGATTGGTTGCAGCAATGATGATTTAAATTTACTTATTGCTAAAAAGTTTTTAATAACATTTGAAAGCGGAGTAGTAGTAATAAAACATTGGAGAATACACAATTATATTCAAAATGATAGATATAAGGAAACAGTTTATACAGAAGAAAAATCACAATTATATATTGAAAAAAATAAATCTTATACTTTAGATTCAACTATGGATACAAAATGTATACAATATGGTAACAGTTTGGAAACACAGATTAGATTAGAGAAGATAAGTAAAGATAAGACTATATATTTAGATTTAAAATTTATTGATGCTGTAATTGAAAATGTAAAAATTACTGAGGAACAATATGACAAATTAAAAGCTAAGTATGGAGATTCTAATTTAAATAAAGAAATTTTAAATTTAGATAACTATATAGCAAATGGAAAAGGAAAAAAATATAAAGATCATTATAGAGTATTAAATACATGGCTAAATAATAGAAAGGAAGAAATTTTAAATAAAAAAAGCACTTCAACTTATGAACCAATGAAAAGTGTATTTGATAAATAGGGGGGGGATACAGATGGAAACAATACAAGCATTACCAAGTAGCATAAGGACAGAACAGGAAATAATTGGTGCCATTTTTTATAATCCATCGATTGCTGCAGAAGTAATAGAAAAAGTTATAACAGAAGACTTCTACAGAACTGATCATAAACTAATATACAATGCTATATGTTCTTTATTTGCAGAAGGAGAAGATATAAATCTAACTATGTTAATAAATAAGATAGGAAAAGAAAAGATAAGTGATATTGGTGGAGTAACATACTTGACAGAATTGCAACTGGGAGGTATGCCAATAAGACCTAATTCATATATAAAAATTCTTAAAGATAAAAGCTATCGTAGACAAGCTATAAAGTCGATGACAAAAGCAATAAGCAAATTGCATAATGAAACAACAAAAGCTTATGAGATAGGTGGAGAAGTTGCAAATACGTTAACACAATCATGCGATACAAAGTCAAGCGTTAATAATGATGAACAATTATTTCAAAAAACATTAGAAAATATTGAAATGAGAGTTAAAAAGGGTGGCGAAATACCAGGACTTAAAACAGGGTTAAATGATTTTGACAAAAATACTGGTGGACTTCAAAAAGGAGAATTAAATATAGTTGCTGGTAGACCATCAATGGGTAAAACAATGTTTTCACTTAATATAGCGGAAGGATTGGCTAAGAATGGAAGTAAAGTATTCTTAGCTGAACTAGAAATGACAGAGGAAGCTCTAGGAATGAGAAGACTTGCTTTAAATGCTAATGTAGATGCTGAAAGAATGAAGTTTGGAATGTTAAATGATGAAGATCTTTCAAAACTGATTACTGAAACAAATATTTTAAGTAAAAGAAATGCCATGTTTACAGATTGCAGCAGTGCACAAAATTTATTGACTATAAAAGCTAAGTCAAAAGCAATTAAACAAACCCAAGGGTTAGATGTAGTTATTATAGATCATCTTACATTGATGGACATGCCAAATAAATCAACAAGAGATTTAGCAGTTGGAGAAGTAACAAAAGGATTAAAAGCATTAGCAAAAGATTTAGATGTATCTGTAGTTTTACTATCACAGTTATCAAGGGGGGTTGAACTAAGAGCGGATAAAAGACCAATGTTATCAGATTTAAGAGAATCAGGAAACATTGAACAGGATGCAGATTTAGTAACATTTATGTATAGAGATGAATATTACAACAAAGAGACAGAAGATAAACATATATTAGAATGTATTATTGCAAAGCAACGTAATGGAAGAACTGGAACGCTAAAGTTTGCATATATTCCACAATTTCAAAAAGTTGCAGATTTAGATTATATTCATAGAAATTAATAAAATTTAATACAGAATAGTCAGAAATTGCGAAGAAAATAATTGACTTAAAACAATAAAAAAGAAATATAAATTGACAAAAAAATATAAAAGAATGGAATGAGTGAAATGGCAAAAAGAAGTAATTTATATTCAAAATTAAAAGAGCTTACAGGATGCAGCTATGAAAAAATAGCAAAAGAGTTTGGAGTGTCAAAGCAACATATAAATCAATCTTTTGGTAATCATTCATTGACTTATGAAAATTCAAATAAGTTTATGGTTTTACGTATGGTTAATTTAAAGATAGATGAGTATAAAACTGAGATTGAAAATTTAGAAAAATTTAAGAATGAAATTCTTGGAGGATCTAAAAATGAATGAGAATGTTGAAAAGGTAGTAGATAAAATTATTGATTTGCTTCAAAAAAGAGCAGAAAACTTAAAGGATAGAATTTCAGAAGTATGTAAAAGTGATGATAATTAATAGTCAGAAATGGTGTAGTAATTAATAAAAGTGATCTTTGAAAAGTGAATAATACGGTATTAGAAAAATATGTTATAATTAACTTAATTTATTATGTTGAGGAGACTATGAAAATGAACGATGAACTTATACCTTCTTTTAAAAAATCATTATTTGATGAATCTATTGATATAGGGTCAGATTTAATGGAGTTACCAATAGATTTGATTACAGAAAATGAAGTGATTAAGGATATACCAGTTGTAGGAACAATTGTTAAGTTAGGAAAGGCAGCTATTACAATTAGAGAGAGACATTTAATAAAGAAACTTGTTGCATTTATTGAATCTGTAAATAATGATGATGTTGAATCAGATGTACTTGAAAAACATAAACAAATGTTAGAAGCAAATCCCAAACAATTAAATAAAGAATTGGAAGGAGTTTTAATATTAGTAGATAGACAGTTAGAAATTGAAAAGACTAAAATTTTGGCAGAATTATATAAATCATATATTTCAAAAAAAATGGCTTGGAGTGATTTTATATACTTATCAGAAATCTTAGAAAAGTTTTTTCTAAGAGATGTAAATCAACTAGAATTAATTTGTGAGAATAAATATGTAGAAGAAGATAATATAGTTAGTAAACTTAGTATGTTTAGATTAGAATCAATTGGATTAGTTGAATATTTTTCAAGAAGAACTAGTTCAACAGCAATTTTAAGTGGACAAAGAAAACAGAATCAAGTAAAGCTTACGGGTTATGGAAAGTTACTTTATGAATGTAGTTTAAGAAAGCTAATAAATAATGGTACTATTGGTGTATGGATTTAATAAGTTTTAATTATAGGATAACTAATCTAAAATAAATAATTTAATAAATATTTGTAAAAATACCGTATTATTCAGAAAATGAATTAGCGGTATTTTTTGTTTTCAAAATAGTGCAGAATATGTAGATTGGACGAAGAAAATTTGAAAGGGGATTGAATTAATCCTAGGTAATAAGAGTACGTACTCATTCAGACGTGAATGAAATGAAGGTATTAGAATTGTTTGCAGGAACTAGAAGCATAGGGAAAGCTTTTGAGAAGAATGGACATGAGGTATATAGCATTGAATGGAATAAGGATTTTGAAAATATAGATTGGAATACAGATATAGGGAAAATTAAAGCTAATGATATATTAGAACGTTTTGGCAAGCCAGATGTTATTTGGGCATCACCAGATTGTACAAGTTATTCAATAGCTGCAATATCACATCACAGAACAAAAGAAAGTGATGGAAACTTAGCACCTAAGAGTGATTATGCAAAGTTTTGTGATAATGTAAATCAAAACATGATAAGGCTTATTAAGGATTTAAATCCTAAATACTTTTTTATAGAGAACCCAAGAGGTGGAATGAGAAAAATGAATTTCATGAAAGACATACCTAGATACACTGTTACTTATTGCCAGTATGGTGATACTAGGATGAAACCAACAGATTTATGGACTAATCATCCCAATCCTAATTTTAAGCCTATGTGTAAAAATGGAGCACCTTGCCATGTGTCTGCACCAAGAGGTAGTAAAACAGGGACTCAAGGATTAAAAAATTCAAAACTTAGAAGCATTATACCAGCGAAACTTTGTGAACATATAGTTGCTATATGTGAAGAATAATACTTCACAATACTAATAAGGGGTGAATTATGTATAGAAGATATGGAACTTGCAATAAGTGCAAAAAACAATTAAAAACATATTCAAGAATAGAGAAAATAGCAAAAATAAAATTCAATTTCCTACTTCAAAAGCACTATAAAAAAGAGCATGGTATGAATATGTTTAAAATTATTATACATGAAAAGTTGAGAAAATTTATAAATAATAAAACTACCATAGGAGGTATTTAGATAAAACATGAAATTAAATGAATTAAAACCAGTATTAAGTGCATCTATGATTAGTTTGAATTTTGGATTCAATGATTGTAAATTTTTTATAAGGGAAAAGAATTCAAAAAATAATATATATTTAGAACTTGGAATTGATATTAGTAAAAGTATGTGGGATATATATGGAGAAAGAAAAATAGAAAAAATATATGCTGAAGATGATGGAATTATAAATATAGATTTGGAGTAGCAAGCATTGGGAGTGTGTACTCACTCCCTAAAATTAAGTATTAAAACTTAATTAGAAAGGAAAATAAAATTATGAAATTGATGATGCATATTTTAAAAGAAAATAAAAAACTTAACATAGATAATACTACTATAGGAGCTGCTGGAATTATTTCAAAATTAAATGAGGAATATAAAGAAGTAGTAACAGCAATTTTAAACTATTCAGAGAATAGAACACTATTGAATCTTAAAGAAATACTTAGAGAAACTTATGATTTAATTCAAATTTGCATTTTAATATTGTGGCGTTGCCACAGACAAGCTTTAGATATAGATGAAGCAACATTGATACAAGATATTAATATAGAACATAAAAACAAGCTTATAGGACGTGAGTGGACAATAGAAACAGGAATTGAAATAGATGTAAAGGAGTGATGTACATGGAAGAAAAGGTAAAAAGAGAATTAGCTCTATATAAATTAAGAGAAATAGAAATTGAGGATATGAAATTAAAAATAGAAGAACTAAAAGTTGGAGAACAGATTGGAGCATCTAACTTTGATGAAAAAGTTCAAACTTCAATGTCTTGCAAAAACAATGATTATGTACTCAATCAAATTGAAAATTTAGAGAAAAAAATAAGATTTAATGAGATAGCAAATAAAAGAGTAGATAATGCTTTAAAAGTGTTAGATAATTTTGAAAAAGAAGTTATAAATATGCTTCTTATAGAAAAAAGTAGCATCTCAGAAACTACTAAAAGATTGTATAGAAGTAAAAGACAAATATATTATATTTTAAATCAAGCTATAAATAAAATTAAAATTGCATAGATATTGCACAAAAATTGCACAAAAATTGCACAAAAATGTAACACGTATGTAATTCGAAATATGTTATAATGTAATTGGTTAAAGAAAGCACTTAGAAAAATTCTAGGTGCTTTTTTATTTAAAAAAATAGAAATAGGAGGTTTAGTAATGTGAGAAAGAAACTTAAATTAAATATTAAATTTAAAGGGGATCAAGTCTTATGTGCTAGATCTCCTTTTTTATGTTTAAGTTGTAAAGATAGAAATAAATGTGAAAGAATAGAAACTTATTATTATCCTTACAAGTATGCAGATATTAAAGAATGTTTTAAAAATGATGAACGAAAAAGGTGAGATTATGAAGAATATTAAATCTAATATTAGTCCACCTAAAAGACGAAAAAAGAAGCAGCCAGCTAATCCAATTAAAGAGATAGGACAAGTATATGATATTCAAGATTATTTAAAATCGAAAAGTTATAGAAATTATATACTATTTATCTTAGGCATTGGGACAGGATATAGAGCTGGTGATTTAGTTAAATTAAAAGTTAGAGATGTTAAAGAAGCTTTAGATTCGGGATATTTTACCATAATGGAAGGAAAAAAGCTTAATTCTAAAAATATTAGAGAAAAGAATAGAAAACCTAGAAAAGTAGTTATAGTAAAAAATCTTAGAAAGAAACTAGAAGAATATATAATTAATAAAAATGATTATGAGTATATGTTTGCAAGTAGAAAAGGTGGATATATACAAGTAAAAAGAGTATCACAGATACTTAAAGAAGCAGCAACATTTTTTAGTATAGAAAAGATAAGTGCTCACAGTATGAGGAAAACTTATGCTTATAGAATCTACCAAAATAATGGACATGATCTATTATCAATTAAAGAAATGTTAGGACATAGTTCAACAGAAGAAACAAAAGTTTATTTAGGTTTAGATAGAGAAGTTTATGATAATTATTCACAAACTTTAAATGATTTAATCCTATAAGCTTTTTATTTTTTTAATTACTGAATGTCTTATTTTTTAGTGTATGCACATTTAGAGTGATATAAAAATAAATCTTCCATTATATATGCTTTAAAAAGTCAATGTCTTATTCCCTAAGAAAATGTCACATTCAATAAATGTGTATAAATAGTCTTAAAGCTAGATATATCAATAGATACGAGAGTTTAAAGCAATATTAATAAAAATATAAAAATAAAGTGCTTTTAAAAACTTAGGAAATATAAGAAATTATTGAGCCTTCAAAAAAGTAAAAGGATCAATGTTAGGAGGGAAAATGAAGTCGGTTGAAGATATAATAAAAGATAACCTAAAGTCAATAGAATCAATGGCTGAGAGTGGTTGTACTGATAAAGAAATTGCAGGAAAGTTAGACATAAGCTATTCAACTTTTAAGAGATATAAGTCCTCAAATAAGGCTTTAAAGGACTTAATGGCTCAATGTAAAGATAAGAAGAATGAAGAAGTTGAACAGGCTCTTTTTAATAACTGTATTGGTTATGAATATGAGGAAGAAGTTCCAGTAAAAGTTAAAGAAGAAATTACAGCAGAAGATGGTCAAACAGTATTGACTAAAGAAAGAGTTGTTATTAAGAAAGTAAAGAAGTATTGCAAGCCTGATTTAGCAGCACAAAAATATTGGTTAAATAATATGAAGAAAGCTAAATGGAGTGATGATCCTAATAAGGTTGCTAATGATAAAAAGCTTACTAAACTTAAAGAAAAAGAAGCAAATTCAAAAAATATTGAATTATAAGGAGATATAGTGGCACTATTGAGATTATGCAGCATATGCGGAAATAAAGTTCCTTATGGGTCTAAATGCAAATGTGAGATAGATAATATGAAATCTAGATATAAGTCATATAAGTACAATAGGAAAGATATTAAGGAGCAACAGTTCTATTCTAGTAAGGATTGGATTAAATGTAGAAACAATATATCAACACATCAATTTGGATTAGATATTATTGAGTGGAATAAAGGAAAAACAATTAATGCTGAAAGATATCATCACATTATTGAAACAAAAGAAGAATGGAGCTTAAGATTAGATGAGAATAATATAATTGGTTTAACACAAAAAAATCATCAAAGGATTCATATACTTATGAATAAAAGCGAAAAAGATAAAAGAAATATTCAAGAATGGCTTAAAAAATTACTAAATAAATTTGAAATAGAATACTATGATACCCCGGGGAGTCACGATGAAAGAATTTGAATCGTTAAAAAGTCCCTTGTCCCCTCTCAGTTTTGGAAAAATCCCAAAATGAAAATTTTAAGGCTCATATAAGAAGGAGGTTTGAATTTTGGCAAGACCATGTAAAGTAATTGATAGTCAAAGTAGACATAATACAAAAGAAGAAGTGGAAGAAAGAAAAGCAGCAGAAGAAAAAATAAAGGTTTTAGCTGATAAAATTGAAAAACCACCAATTTATCTATCAAAAGGTCAGAAAAAAATATACAAGTTTATTATTGATGAACTTAAGGCTACGGGAATATTAACTAATTTAGATGTTTATATCTTAAGTACATGCTCTATTGCTGTAGATAGATTAGAGACTATTGAAAAAATAATAAATAAAAATATTAGTGCTTTAACAAATAAAGATTTAATGAGTGCAAAAGACAAATATACTAAAGACCTTTATAGATGTTGTAATGAATTATCATTATCACCTCAAAGCAGGGCAAAGCTTGGAAACTTAGCTTTACTTAATAAAGAAAAAGAAGATGATCCAATATTAAAAGTTCTTAAAGGTGAAAGCTAATAATGATGCTTTTAGATAAAGCATTAGAGTATTGTGAAAATGTTATTAATGGTAGTGAAATTACAACAGATGAAGTAAAAAAACAATGTGAAATATTTTCAGAAGATTTAAACTCAAATCAATATAAAAATTCTTTTGAGTTCTATTTTGATGAAAAAAAATTAAAAATAATAAATGATTTATTAAAACTTTTTAATTTTGCAACTGGATTTGTGATTGGAGCAGTTGTATTAGATACACTTGTAGGATTTCAATGTTTACTTTTATGTGCAATATTTGGATGGAGATATAAAAATAATTCTAAAAAATTTAGATATAGAGATGTAGTTTTATTTATACCTAGAAAAAATGCAAAAACATTTTTAGTTGCTTTAATAATATTACTTCTAATGCTAACAGAGGATAAGTTTAGTGAGTTTTATTCAATATGTTTGGACAGAGAATTGGCTGGAGAAGTAAAAAAAGCAATGAATCAGATAATAGAAGCAAGTCCACTTATTAAAAAGCATTTTAAAATATCTAGACAGTTAAGTGGAAAGATTACTTGCAACATTACAAATAGTTATTATCAAGCTAGAACAGCAGAAGCTAATAAAAATAATTCTATTAGACCTTGTGCTGTAATTGCAGATGAAATAGGAGCATTTACAGATAACAGTAATGTTGAAGCAATGAGAAGTGGTCAATTATCTGTTGTAAATCCACTTATGCTTAAAATTACAACAGCATATAGTGAAAGTGATTCTATTATGAAAGAAGAACTTGACTATGATAAATCTGTTTTAGAAGGAACAATAGATAATAAAAGGTTATTTGCTTTAATTTATTATTGTAGTAGGGAAGAAGCTTGGGAAGATATAGGGTTGTATAGATCAAATCCACTTAGAATTGAAGAAAATTACAGTGAAATTAGAGAAAAAAGAAAAGCAGCAAAATTTAAAATAAGTGAACAAGGGGAATATTTAACTAAACATATGAATATTTTTCTAGCAACTAATGAATTAGATAAGTATTTAGATATTTCATATTGGAAGAAATGCAGAGTTGATAACATAGATTTTGAAGGAAAAGAAATTGTTGTTGGAGTAGATATGTCAGTTACAACTGATCTAACAGCAGTATCAATTATGTATAGAGAAAAAGAATATATTTATTGTAAATCGCATGGCTTTTTACCTGCTGATAGTCTATCACAACGTAGAGAAGATATAGACTATAAATTATATTCTGATATGGGATATTGCGACATACACAAAGGCATGACTATAAATTATACACTGGTAGAAGAATATATAAGAAGTATAGAAGAAAATTACAACTGTAAAATAAAATGTATTGTAACCGATCCTATGAATGCGAAAGAAATGATGGAAAGATTAAGCGAAGATTATGATGTAATAATGTTAAAGCAGACATATACTAATTTGAGCCCAGCTACTAAAGAATTTAGAAAAGGGATATATGATAGAAAAGTATATTATGAAAAAAATGAATTGCTTGATTGGAATATGAGTAATGCTATTACTACTAAAGGTAAAGCAGATGATGAAATGCTTGCAAAAGAAAATAAAAATAAGCAAAGAATAGATATGGTAGCAGTATTAATATTTTCATATACTCAATTAATTGTTGAAGAACCAAAATATGATGCAATAGCAGAACTCGAAAACATGGATTGGGATTAGAGGTGATAATTTGATAAAAAAAATAAAAATATGGTTTAAAAATAAGGAAAATATTATTGATTTATTAGTAATACTTTCTTTTTTTATTATCATTTTTACTACATTAAGGATTAATTTGTATATAGGATTATATTTATTAGCTTTAATTTTACTATTTATTGCCTTTATTTTAAGTCATGGAGGGAGATGATAAATAATTGTTTAGTAGAATGTTTGAAAAAAGAAGTTCAAATGGTGAAGGTTTTGATTGGACAAGTTGGATAAGAGGGGAGGATAGTGAAGGAAATGCAATAAATGATAATACTTATTTTACTTGTATTAATATCTTAAGTAATAGTGTTGCTAAATTACCTATAGTACTAAAGCAAACTACAAATAATGGTGAAATTGAAGCAAATAAGCACTATTTATATGATTTTTTAAGACTTAGACCTAATGCAAATATGAACGCTACAGAGTGCCTAAAGGCTACTATAATGAAATACAAACATAAGGGAATTGCAGGAATTTATATTGACAGACCTAATGGTAATAAGATTTTAGGTTTATATCCAGTGAGTATTAATAATATTATTGTAGATGATGCTGGTTTGATTAATTCCAACAAGCAAAATAAAGTTTTAGTTGATTTTACTTGTATTGATAAACAAGGAAGTTGCTTTGATAAGGACATAATTATATTAAGAGATAATAGTTTTAATGGTATTGATACTAAGTCCACTAAAAACTATATAAGTGATACTATTAATAGCAGCTTAAAATCTCAAAAATATCAATTGGATTTATTCTCCAATGGATTAACTAACAAAGCAGTTGTACAACTTACAAGTGATATTAAAGATGAAAAAGATTTATTAAGAATACAAGAAAGATTTAAAAGATTATACAGTAACAAAGGTAGGATTTTTACAGTTCCTGCAGGATATAACGTAACACCACTTAATTTAAGCTTAGTAGATAGCCAATTTGCACAACTTAAAATACAAAGTAGAAAAGATATTAGTAGTGCTGTTGGAGTACCTTACAATTTAATTGAAAAGGGTTCATTGACAGAAGAAGAAAATATTTCATATCTTACAAATACAATTACGCCAATAATATTAATGCTAGAGCAAGAATTAGATTGGAAATTGTTAACTCCAGGAGAAAGAAAACAAGGATATAAGATAAGATTTAATGTTAATTCTATGCTTAGAACTAGTCCTGAAAAGCAAAAAAATATACTTTGTGATTATATTAAGAATGGTGTTTATACTACTAATGATGTAAGACAAATACTTGGATTAGAGAAGATAGAAGGAGCAGACGAGATATTATATCCTAGTGGTCAAATAACACTTAAAAATCTTGTAGAAGGCAAAGCTAGTTGGCAAAAAGATAATAAGAAAGGTGGTGAATAAATGGAGAACAAAGAAAAAGAAGTTAGAAGTGTGCCTTGCAAATTTGAAGTAAGGGAACTTGGAGAAGATAAAGAAAAACAAGTTCATATTCAAGGTTATGCACTTACTTTTGATACAATTAGTGACGATTTAGGTGGCTTTAAAGAAACTATTGCTAGTGGAGCATTAGACAATTGCGATATGTCAGATGTAGTATTTGATTATGACCATGATACTAGTAAAATATTAGCAAGAAATAATAAAAATGATGGGAAAGGTGCTTTAACTTTAAAAGTTGATGAAAAAGGTTTGTTTTTTGATGCAGTACCAACAAACACTAGCTATAGTAGAGATTTAATTGAAAATCTAAAAAATGGTGTAGTTAATAAATGTAGTTTTATATTCAATATTGATTGGAGTGATCCTAATGCACAGGTGTGGGATTGGGATGATGGAAAACGTGGTTATGATTTTAGAACAATAAAATCTTTTAAATCTATAAGTGATGTAAGCATAGTTGTTTTCCCAGCTTATAATTCTACAGAAATTAGCATTTATAGCAGAGCAAAAGATCAATGTAGCAATGAAATTAAAAGGGCTGAAGAATTTAGAAAAAAGAAAATAGAAATTGAATTAGAGTGCCTATAAGGTGCTTATTTTTATGTAAAAATTAAATTTGAGAGGATGATAAAAACAATGTTGAAAGAATTAAGAGAAAAATTAGAAGCAAAAAAGGTAGAGGTTAGAAATTTAAATTCAGCAAACAAAATTGATGAAGCAGAAACAGCACTAAAGGAAGTTAGATCACTAAAAAAACAAATTAAGGTACAAGAAGAATTAGAAGAAGATGAAAAAAGAGATTTAGAGGAACAAAAAAAGAAAAAAGAAGAAAAGAGGGATAAGGATTTGACAAAAATTAATGAAATGAGAAGTATTACAAAGCACATTATGGGTACAGAAATGACAGCAGAAGAAAGAGCAACAGTTAAAACAAGTGACAATGCAGCAGTATTACCAAAACAATTTGTAAATCAATTGCAAGAAATAAAAAAGGGCTATGGATCACTTAAAGAAATTTGTGATGTAATTCCAGTAACAAAAAATGAGGGTACTATTCCAGTTGTTGACTATGACCAAAACGAATTAGCAGAAATTGCAGAAGGTGAAGATATCATTGATGGTACACTTGTTACTACAGATTTAACATTTAAATGTAGTAAAGTTGGTTTGATTCAAACGTTAAGTTCTGAATTAGTAGATGATGCAGAAATCGAAATTGAAAGTGTTGCAAAAACAAATTTTGCAGAGATTTCAGTTGCAAAAGAAAATAAAAAAATAATGAAAGTAATTGATGATAACGCAACAGTTGTTGAGGCTACAGATTACACAACATTAGAGAATATAATGGCTAAAGCACTTCCAACAGTAAAAGCAGGACTTATTACTTTATGTAATGTTGAGGGATATGCACTATTAAAGAACATGAAGGACAAGCAAGGGAGAAATTTAGGATTAATTACAGACGTTGGTGGTACTGAATATTTTAATGGTAAACCAATCATTACTTTTGATTCTTCTTTAGTAAAAATGACAGAGGGCAAGACATGTTTATTCTATTCCTTAAATGGTAAAGAAGCAGTTAAGTATCCAGAAAGAAAAGGTGTTACAGTTGCTAGAAGTACAGAAGCAGGATTTAAAGATGATACTATTAAATTAAGAATTTTAGAAAGATTTAGTGTTGTTAAAGGGTCAATAAGAAGTATTAAAAAGATTGAATTATAGGAATGAGGTATTAATTTCCATTTGTATAGGTTAGGAGTTGATTTATCTTGACACTAGAAGAAATTAAAAATTATCTACGTGTTGATTATACAGAAGATGATATTTACCTACATGAATTAATTGAAGTATCTCAAATTTATATTGATGATATGGTAGGCGAAGCCTATAAGGAATATGAAAAGGCAGTTAAAATAGCTAATTTACTACAAAAAAAGATTATAAGTGACCTTTATGAAACTAAAGGAATAAATATTGAAGGCACTAATAACTTGAAAAGAGATACAATAGTTGGTTCTATATTAGATAAATTAGCATTATATGGTGATACAAATGAATAGTGAAAGAATTAATATAACAGTAGCAATAGAAAAAAGGGTAAAAGGTAAAGCACCGACATATTCTGATGAACAATTTTATAGTTGTTGGTGCGGAATACTACAACTTTATGGAACTGAACTATATCAAGCTATAAATATAAAACTTGAAAATACTATTATATTTAAAGTTAGATATTGTAAGTTATTAGAGCAATTGCAAGATAAAAAAGAGTATAAAGTAGAATATAAAGGTCATATTTATAAAATTTATTACTCAGATTTTGCGAAAGAATATAAAAAATATGTATTACTTAAATGTAATCTTATAAAGTAGGTGATTATATAGCAACTCAATTTGAGTTACAAGGCTTTAATGATATTATCAAACAACTTGAAGGTTTAGCGGACTCTAGTGAGATGGAAAATGTAGATAGAAAAGTAATAACTACAGTAGCAGAAAAAGTTAAGAATGATATTAAACCTAAGATATCTAAATCTAAAGATAATTCTAAGAGTGGTAAAAGGGGCTATAGACCTAGTGGACACTTTGCTGATAATATACCACAATCTAACATTAAAAAGAAAAAAGGTTATATGTATATTACTCTAGGTGAAGAAAATGAGGATGGAGAATATTTTTATTGGAAATTTAAAGAATTTGGGACAAGCAAAATGCCACCATGCCCTGTATTTGGCGAAGCTAGAGAGAAGGCTCAAAAAATGCTTGATGAATTAGGTACAGTAGAATATTCAAAATTATTGCAAAAAAAATTAGATGGGAGATGATAGAGTGGAAGATGATATATATAGGATATTGCAGGATATAAATAATGTTTATGAAGGTTGGTATCGTAATGATATAAATGAAACTCATGTGACATTTTTCACTTATCATACTGCACCTGAAAATTTTAGCGATAATGATTTTGAAAGTATTAATAATTCTGTACAAGTTGATGTTTGGGGTACAGATATAGATGATGTAAGAAAAACAGAAAAACAAGTTATAAAATTATTAAAAGAAAATGGATTTATATGGATTGAGGGTAACCGAGATTTTGAAACAGATACAAAGTTATATCATTATGCAAATAGATTTAATTGTTTAGCTGATGCAGATAATTAAATCTATTTTTTATATTTAAAAAGAAAGGAAGATATTATGAGTACTAAAAGAAAACTAGGAATGAAAGATTTATATGTGGCTAAAGTTATTAAAAATACAAGTACAGAATATGTATGCGAAACACCTCAAAAACTTTGCAGAGCAATAAAAGCTAAAATAAAAACTAAAAAGGGTAGCGAAAAATTATATAGTGATTCAGAGGTTGAAGATATTATAAATCAATTTGATAGTTGTGAAGTAGAATTGGAGGGAGATCATCTATCAGCTGAAATGACAGCATTATTAAATGGAGCAACTCTAAAAAATGGAGTATTAATAGATAATGTTGATGATGAAGGTAGCGAAGTAGCGATAATGTTTAGAGACAAGAGAGCAAATGGAAAGTATGAATTTCAATGTTTGTTTTGTGGAAAATTTGGCGAAGAAGATGATGATGAGCATGAAACTGCTACTGATAAAGTTAAAGGTCAAACAAAAACAATTAAAGGTACATTTTATGGTAGAAAACTTGATGGTGATTATAGATTAAGAATATTTGAAGATGAATTAGTGTCTGAAAATGATACTGATGCAAAAAGTATAATTGAAAAATGGTTTAATGAAGTACCAAGTCAAAAGCCAATAACAGTAAAATAATAATACAGGGGATTAAGTTCCCCTTTAAATGAAAGGATGATAATAATATGAAATTAATATTAAATGGGAAAGAGTATAAAGTAGATAAAATTACAAGAAAAAAGAATACAATTTTTAATGAAGCTTATGAAAAGATAAAAGTTAAGGCTGAAACTAATGCAGAATTTAATGATGATGATTTAGATTTAATGGTGGCAATTATAGTAAAGCTTTATGATGAACAATTTACAGAAGATGAAGTGAATGAGGATATGGAAGTCGCAGATATTATATTTAATTTTATGCAAGTTCAAATTGAAATACAGTCTAAACTAAATAGGAATATTGAAAAGGCACAAAAGGCTTTTCAAAAAGGCAAATAGGAGAAAAAATAACTTTTACTTGCCTTGAAAATAAAGATATAAATGCAAGTATTTATAGTAAATATTTAGATATTATGAATACTGAATATGATGATATATATGATGAAATTTATAATGTTATATTACTATTATTTAATATAACTAAAGCTAAATTGAATAAAGCTAGTATATATGATTTATATTATTATTTTAATCAAATACAACTTTATATTAATGAAACAATTAATAATAAATTTATTGAAATTTCTAAAGCTAGTGGAAATGAAGTAGTAGAAAAAGAAAAGTCTATTTTCGATGATTATGATAAAGAAAACGGATATGAAGATGAAGAAGAACAGAAAAGCATATATGAAATATATAAAAATACTCTAAATTGTACTATTAAATACGCAATTAATAATTTGAAAATGAGTTACAAAGAATGTGTTGAATGTAATCTAAGCGAAATGATAGATTATATTGTATTTAATATTAGATATGATTTAGAAAATAAAAATGATGATTAATAAGCGAAAGGGAAAATAAAACTCTTTTGCTTATTTTTTATGTAAATTTAAGCAAAGGAGGTAGATATATATGGGAACAGGAGCAACTCTTAAAGTTGGTGCTAGTAATTCTGAATTCAATAAAGCTATGAGAGATATGGCTACGCAAATGAAAACTGTTAAAAGTGAATTTAATTTAGCGTCAACACAAGCAAAATTATTTGGTAGTGCAACTGACCAACTCAAAGCTAAACAAAGTGAATTAACTAATAAAGTTAAAATTCAGAACGATATGTTGAAAAACCAAGAGAATCAAACAAAAACTTTAACACAAAATATTGATAAACAGAAATCAAAACAAACTGAACTATCTAGCAAGATTGAAGAAACGAATAAGAAGTATAAAGAATCTGTACAAGCTACAGGTAAAAATAGTGAAGAATCTAAGAAGTTAAAAGCTGAATTAGATGGATTGAAAATTGAATATGCAAAAAATGATAAAGCTATAGATTCTAATAATAGAAAATTAGAAAATGCAGTAATTAAGATGAATAGTACCAAAACTAGTCTGTTAGAAAATGGAAAAAAATTAGAAGATATAAATCAAAAATTAAGTAATGTAAAAATAGATGAATTTGCTGGTAAGATGGATAAAGTGAGTAAGAAAAGTGGAGAAATGGCAGATAAAATGAAACCAGCTTCTACTGCAATTCTAGGTGTTGGAGTGGCTAGTGCAACTGCAAGTACAGTTTTTGAAGATAGCATGGCAAAGGTTTTTACAATTGCAGATGAAACAGAGGTATCTTATGATGATATGAAAAAAGCAATTATGGATTTAAGTAGTCAGACTGGTATTAGTGCAAATGATATAGCAGATAATGTTTATAATGCAATAAGTGCTGGCCAAAAAACCGGAGATGCAGTTAATTTTGTTAATAATGCAACTAAATTAGCTAAAGCTGGATTTGCAGAAAGTTCTGACACGCTAAATATTTTAACAACTGCTTTAAATGCTTATGGTTTAGAATCCAATGAAGCCACAGATATATCTAATAAATTAATTGTAGCTCAGAATGAAGGTAAAACAACAGTTGCAGAATTATCTTCTAGTATGGGGGCTGTAATACCAATAGCAAAAGGTGCAAATATAAATATGAGTGAATTATCAACATCATATGCAGTTATGACAAAGAACGGTATTGCAACAGCAGAAAGTGGAACAATGCTAAAGGCTATGTTTGGAGAATTAACAAAAAGTGGCTCTTTAACGGATAAAGCACTTAGAGAACTTAGTGGAAAAGGATTCGCAGATTTAAAAGCAGAAGGTAAAGGAACAACAGAAATATTAGGAATGATAGACCAATACGCACAAGCAAATGGTAAATCTATAAAAGATATGTTTGGTAGTGTAGAGGCTGGAACTGCTAGTATAACTTTATTAACTCAAGATGGAGAAGAATTTAATGATATATTAGGCAAAATGAATGATAGTGCAGGGGCAACCGATAAAGCATTTGAAACTATGTCAAATACTACTGGAAATACATTTAAGAAAAGCATGAATGATATAAAAATTAGTGCTATTTCTATGGGTGATGTATTAGCACCAATTACAAGTAGTATATCTAATGGGTTAAAAAATGTTACAACTTGGTTATCTAGCTTGAGTGAAGGACAGCTAAAAATTGTTGCTAGTATTGGTGGGATTATTGTAGGGGCAACAGGTTTACTAATGCTGGTAAGTAAAGTTACTGGTGCAATAGGGACAATAAGTACAGGAATAAGTAAAATACCAAATGCTATGGAGGGGATTGGGAAAGCTTGGACAAAATTAAAACCAATTGGAATTGCTATAAAAGCCTTTGCAATGGCTAATCCAGTTGTATTAATTGCAACTGTAGTAATAGGTTTATTAGTATTAATGTATACAAAATGTGAATGGTTTAGAAATGGAGTAAATGCTATTGGAAATTGGCTGAAAAATTTCTTTACAGTTACATTACCTAATGCTTTTAAAGTTGTAGTAAGCTTTTTTCAAAATAATTGGAAAGAAATATTACTATTTATAGTAAATCCATTCGCTGGGGCATTTGCACTACTATATAAGCATAATGACAAGTTTAGAGAAAAAGTAAATGGATTTATAACAACAGTTAAAAACTTGTTTGTAAATGGATTTAATTCAGTAGTTAACTTTTTTAAAGGGTTACCTGATAAAGCAACTGTTTTATGGACAAAAATTAAGACAGCCTTTACAAATGGTTGGAATGCAGTTGCAATATTTTTTACAACTACTATACCAGCATGGATTTCATCTATTGGAATGTGGTTTGCTGAATTACCTAACAAGATTATGTATGGATTAGGAGCTTTAATAGGATTGTTAGGTACGTGGGGTGTTGAAGTATGGAATTATTTTTCTACAAACGTTCCACTTTGGATTAATAATGTTGTAACATTTTTTAGTGAATTACCCAGTAAGATATGGACTTTTCTAGTCGAAGTGGTAACTAAGTTAGGTGAATGGGGGGCAAATGTTATTAGCTGGATTGCGACAAATGTTGTTACTTGGATAACCAACATTGTTAATTTTTACGCAGAACTACCGGGTAAAATTTGGACATTCTTGGTCGGTGTAGTTACGAAACTTGGAGAATGGGGAAATAATATTATTAGTTGGATTACTACAACAGTACCAACTTGGATTGAAGGTATAGTAAAATTCTTTACAGAATTACCTGATAAAATTTGGACGTGGTTAGTTAATGTAGTTACAAAAGTAACAGAATGGGGTTCTAACATGTTAACAGCAGCTAAAGAAGGTATGGGAAAAGTATTTGATGGTATTGTAGATATATTTAAAAATCTACCTTCTAAAATGCTAGATATTGGGAGGAATATTGTACTTGGAATTAAGGACGGCATTAAGAATGCTTGGGATGGAATGACTGGATGGCTAGGAGGACTATGTGATTCATTTACTCAGGGAGTTAAGGATAAATTTGAAATCCATTCACCATCTCATATTTTTAGAGATGAAATAGGTAAGATGTTAGCACTGGGTATTGGAGTTGGATTTGAGAATGAAATGCCTAATATTAATGCAGATGTAAACAGAACCTTAGACGGAACTATAGATATAGCAAATACAGAAGCATTAAAAAATATGGATAAAACGTATTCTATTAATAATAAGACAGATTATACTAATATTTTTAATAAAGTATTATATAAGCTAGATGAATTAGAAAATTCATTTAATGTAATTTTGAATATTGATGGAAGACAAGTAGCAAAAGCTACAAGTAAATACATGGATGAAGAACTTGCGTTTAATAGTAGTAGGAGGTAGAAAAGTGTCAGAAATATATTTTAATAACAAGAGTTCAAAGGAATGTAAATTGCTTATAGAAAATATAATTGATTTACCTACTTCTAGTACTAAATACAATACAGTTGATATACCTGGAAGTAATAATGGTTCGCTTAATATTTACAATGGGCTAGAAGATATACAATTGTCTTTTGATTTTGTTTTTAAGTCTAGAGAAAATTTTATTATTAGTAAATCTAGGATTGTAAGTTGGTTGAAATCTAAAATTTCAAAGGAATTGAGATATAGTTTGCATAAAGGAATTTATTACATTGTAAAAAAAGTTGATATTGGAGAGTTTAAGACAACCTTTAAGTTAGTAAGAAGATTTACAGTAAAGTTTACATGTTGTCCAATAGTATTTTTAGATGAAGGAAAGGAAGTTATTACATTTAATAAATCTATTACACTATACAATGGAAAGTCTACTTGCAATACAGAGCCACAATTAAATATTTTTGGTAGTGGAGATATTACAATTAAAATTAATAATCAACAATTAATTTTAAAAGATATTGAAAATAATATTATTGTCGATTCTTTTAGTAAAGATTGCTATAAGATATCAAATAATAAAATGATACATTCGAATAATAAAATGTATAGTGATTTTCCAATATTAGAAGTAGGAGAGAATAATATCTCTTATAGTGGGAATGTACGTAAAATAGAATTAATACCAAGGTGGTGTTGCATATGATACCAATTCTTTACGATCATAATGAAACAGAATTTAAAAGCAATGGTTTAGGACTTCTTAAAGATTGTACAAGTTGCTTTATAGAAGAAGAAAGAAATGAAACTTATGAGCTTGAACTTACTTATCCAGTAGGTTCATTTTTATATGATAAATTAAAAGGAAATAGGTACATTAAAGCAAAATCCAATAATAGATATGAATCTCAAATTTTTAGAATTTACTATATTTCACAACCTATAAATGGTGAAATAACTGTAAAAGCAGAACATATAAGCTATAAATTAAATGATAACTTTGTGGAAAAAGCAACTTGTAATGGTAATTGTCAAACAGCACTTAATACATTAAATAGTAATGCTGCATTCCCAACAGGATTTAAATTTTATAGCAATATTTCTATGAATACTAATTTTAATGTTGAATTAGTAAACTTATGGGATTGTATAAAGGGTACTGAGGGAAGCATAGTCGATACTTATGGAAATGGAGCTGATATTGTAAGAGACAATTTTAAAGTATCTGTAGTACAAAATGGTGGACAAGATAATAATGTATTAATTTGCTATAAAAAAAATATGACAGGGTTTACATGTGAAGAAAATTGGACGGGGTGTATTACTAGAATTTATCCTTATGTTGAAAAAGATAACGTAAGATTTGTATTACCTGAAAAATATATAGATAGTTCTTATATAAATCGTGATCCTAATCCAAGAATAGCAAAAGTTGATTTTTCAAATTATTTTCAAGATGATGAGGAATTTAATATTGAAAAATTAAGAATATTAGCTAAAACATACTTTAAGGAAAATAATTGTGATATACCATCTTTAAATTATAATGTTGAATTTGTGCTTTTAAGTCAAACAGAAGAATTTAAAAATATATTAAAAGATGAAAATATAGAACTATTTGATAAAGTAATAATTAGACATGATTTATATGGAATCGATATAAAAGTAAAAATATTAAAGGTTAAATATAATAATTTATTAGAAAAATATGAAAATATAGAACTAAATTTTACTAAAAATACAATAACATCTACTATAAATAATACTAATAAAAAGATTGAAGAAACAAAAGAAGAATTAAATAAAAAAAATAGTAACTTAAAGGTTACTATGAAAAAACGAGATGATGAAATTGAGTTATCTGTTAAAAATGAATCAGAAGCAAGAGAAGCATCTATTAAAGTATTAGATGGCAAAATAAAAGAAAAAGTAAGTGAAGATGATTTTAGCACATATAGAGAACAAACAGCTAAAGTTATAAGAGAAAAAGTGAGTGAAGGTGACTTTAGTACACTAGTTGAAAAAAACGCACAAAGTGTATTAATTGCTATTAAGAATGAGACTGAAATGAATGTTATATTTGATTCTGATGGTCAAACAATTAAGAATGGTGCATTAGTTGTAAAAGACAGTAAGGGAAATACAGTTATGAGATTTAATAAAGATGGAACTGTAGGTGTACAAGACATTGAAGTAATTAAAAGAGATAAGTATAGTGCATTATATAGAACATTATCTAGTATGGAGGAATTGTGGTTTCGAGATGTTGGAATAGACCATTTAGTTATTGAAAATGATGCTTTTTATATTAAAGATGATGATTTTGGAAAGGGCTATGACTTAAAACACTTTATAAGAATGGTACTAAAAGATGAAGGACTAATATAA

Protein sequences of DBSCAN-SWA_3

>NC_018648|916608:967917|939554_940346_+|WP_012425669.1|DBSCAN-SWA
MVLVKDIANIIEEKAPKFLKEDFDNVGLMVGDNNKEVKSVLLALDCTKKVIKEAIDNNVDLIITHHPLIFKKPKSIINGDLLGDKVIDLIKNDISLYSCHTNLDSAKGGINDTLLELLDLKYNKIIESSNIKGFEECGLGRIVELEKNINIEEIVRMLKDKLKINNMRVVKGNKNINKLAIINGSGQDFFYMCKELDVNCIITGDTTYHFASDFKEYGINIIDAGHFSTEWLAFIKSLDFLEDKFKEVKFIISEKCEDPYDFI
>NC_018648|916608:967917|951229_951622_+|WP_012423681.1|DBSCAN-SWA
MEEKVKRELALYKLREIEIEDMKLKIEELKVGEQIGASNFDEKVQTSMSCKNNDYVLNQIENLEKKIRFNEIANKRVDNALKVLDNFEKEVINMLLIEKSSISETTKRLYRSKRQIYYILNQAINKIKIA
>NC_018648|916608:967917|942798_943245_-|WP_012424955.1|DBSCAN-SWA
MLADKVKYLRNNLNLTQEELANKLGISQSSIGMIERNKRPAGRKMLIKLADFFNVTVDYLLSDSDENNSVNDGGVTKDNKKTIEKDFPIIPEEFTDPNEARAYIMKHQIFAYGGFYPEKMSDEDILNFANEMIEQSKLIRYKYESKNK
>NC_018648|916608:967917|958150_959236_+|WP_012425842.1|capsid|DBSCAN-SWA
MLKELREKLEAKKVEVRNLNSANKIDEAETALKEVRSLKKQIKVQEELEEDEKRDLEEQKKKKEEKRDKDLTKINEMRSITKHIMGTEMTAEERATVKTSDNAAVLPKQFVNQLQEIKKGYGSLKEICDVIPVTKNEGTIPVVDYDQNELAEIAEGEDIIDGTLVTTDLTFKCSKVGLIQTLSSELVDDAEIEIESVAKTNFAEISVAKENKKIMKVIDDNATVVEATDYTTLENIMAKALPTVKAGLITLCNVEGYALLKNMKDKQGRNLGLITDVGGTEYFNGKPIITFDSSLVKMTEGKTCLFYSLNGKEAVKYPERKGVTVARSTEAGFKDDTIKLRILERFSVVKGSIRSIKKIEL
>NC_018648|916608:967917|923588_925649_+|WP_012423395.1|DBSCAN-SWA
MKSKNNKKLQKLRLKKSKYLSLFGTVFIVSYLLLLTAIAPKQFNLQEGDIARVDIKAPRDTIDQKATKEKESEAIEKVDKQYTVKNEVKVQAEDNIKSLFDEVLNLNATNMDEASKITELKKITQFKLTDNEYKDLINTPKETLIDLEGKIVNVVDSVYKKDIQENNESSLENAKKEGISAIEELNIANPLKEILVNIIKSQINPNLFYDSEKTEEMQKEAQKSTSKVIIKKNQIIIKEGEPVTAEQIAIINELGLLDNGIRGKYVYVYLSLALFLFVILFLQYSYIYLNYKDIFFNAKRLILISLINILSLILARSIGAVSAFLIPFAFGSMLLTLLLNYKISIIISIFNSVIMSALVEFDPQVMLLVFINAILGAVMLKKMQQRNELIYATLYISVVSAILTLSTGVIISSNLKEIFMVSLFSVIGGVLSGIFALGVLPFLEGTFNEVTTIKLLELSNPNNPLLKKLLMEAPGTYHHSMLVANLAEMAAEEVGANPVVARIGAYYHDVGKTERPYFFGENQIGRENPHDKISAKLSTHIIISHVKDGLRLAKEHNLPPIIQDIIAEHHGTTLVKYFYYTMKNNAENPDDIKEKDYRYSGPIPSSKEAGIVMLADGIEAAVRSIKEPNKDKIEEMVNNIIKDKLNSNQLINCDLTLKDIEKIRLCFLNALNGIYHQRIEYPKEKL
>NC_018648|916608:967917|959566_959887_+|WP_012423893.1|head|DBSCAN-SWA
MNSERINITVAIEKRVKGKAPTYSDEQFYSCWCGILQLYGTELYQAINIKLENTIIFKVRYCKLLEQLQDKKEYKVEYKGHIYKIYYSDFAKEYKKYVLLKCNLIK
>NC_018648|916608:967917|953381_953840_+|WP_012425587.1|DBSCAN-SWA
MALLRLCSICGNKVPYGSKCKCEIDNMKSRYKSYKYNRKDIKEQQFYSSKDWIKCRNNISTHQFGLDIIEWNKGKTINAERYHHIIETKEEWSLRLDENNIIGLTQKNHQRIHILMNKSEKDKRNIQEWLKKLLNKFEIEYYDTPGSHDERI
>NC_018648|916608:967917|948322_948586_+|WP_003373940.1|DBSCAN-SWA
MSEMAKRSNLYSKLKELTGCSYEKIAKEFGVSKQHINQSFGNHSLTYENSNKFMVLRMVNLKIDEYKTEIENLEKFKNEILGGSKNE
>NC_018648|916608:967917|930487_933115_+|WP_012423689.1|DBSCAN-SWA
MTKKYVYLFSEGNASMKNLLGGKGANLAEMTNLGIPVPYGFTVTTEACNKYYEDGKAISDEIIKEIYNSLQKLESVSGKEFGSNENPLLVSVRSGARTSMPGMMDTILNLGLNDEVVESMAKLTNNPRFAYDSYRRFVQMFSDVVMGIENRLFENKIEEIKDKKGVEFDTDLDENDLKVLVSEFKAIYKKEKGEDFPQDPKTQLLEAVTAVFRSWNNPRAIVYRRLNDIPGEWGTAVNVQEMVFGNKGETSGTGVVFSRNPATGENLIYGEYLMNAQGEDVVAGIRTPLPISKLKEQDPKIYGEFVNIVSKLENHYKDMQDMEITIEEGKLYFLQTRNGKRTAQAALKIAVDLFNDGMITKEEAVLKVEPKQLDTLLHPTFYTEALKQANPIAKGLPASPGAACGKIAFTAEEAKDRAALDEEVILVRLETSPEDIEGMVAAKGILTVRGGMTSHAAVVARGMGTCCVAGCGTIKVDDVKRTLTVGDKVYTGDDFISIDGTSGNVYGEKIKTVIPEISGYFEIFMRWADEIRKLKIRANADTPKDAKQAVEFGAEGIGLCRTEHMFFAEDRIMAVRQMITAKDEQQRRVALDKILPMQRGDFIGIYEALEERPVTIRLLDPPLHEFLPNTEQDIRILSNEIGLTFEELKLTVDNLHEFNPMMGHRGCRLAVSYPEIAEMQARAIIEAAIEVKANKGYNIIPEIMIPLIGDIKELKYVKDVIKNTAEEVIKEKNADLEYKIGTMIEIPRAALTADEVAKEAEFFSFGTNDLTQMTFGFSRDDASKFLTDYYDKKIYEQDPFAKLDRSGVGALIKIAVEKGRETRPNIKLGICGEHGGDPSSIEFCHDLGLNYVSCSPFRVPLARLAAAQAQVRNNR
>NC_018648|916608:967917|926186_926888_+|WP_012424392.1|DBSCAN-SWA
MKFKKVLDSFNNAINGIVETVRTERNMKIHLIVALLILIACFFFDVTKYEFLILAITITMVISAEIINTAIEAVLDLKANYYHPLAKIAKNAAAGAVLVTAINAVLVGYIIFWDKLSYFSYNLINKVKKSEPYTIFIVLVIVCIATIIVKAIFGEGTPLKGGMPSGHSALAFSIATAISLITEEPICVMLSYLMALITAQSRVDSEVHTILEVIVGALFGILLTMFIFVVFRI
>NC_018648|916608:967917|945595_945811_+|WP_012425269.1|DBSCAN-SWA
MTKTRAVKQVKLLRNLCRDFEEIKTSEIDVQALNVILNYVERKHLRDNEFLRSFIVGSVFWLGFCIIITCL
>NC_018648|916608:967917|928350_929100_+|WP_012424436.1|DBSCAN-SWA
MIFLALFESKAVIIKSQDFKENDKLVWLYTEELGKIAAIAKGAKKSKNKTFSITLPLCYGEYMLYKGKNLYTIQEGKIINSFQGLLENLDKLTYSSYLCELIDICTPDDEKNKQIFIDLVTTFYLLDTNALEYELLVRAFELKLLKNTGYSLELDSCCMCKKKIPSSNYISLSNYGGVCDECPKEYGLYISKATYNALKFLLKMKIDKVYRLNLTDKIKEELEKITSYLICNNYSKKPKSLEMLKFIKE
>NC_018648|916608:967917|959283_959574_+|WP_012423830.1|head,tail|DBSCAN-SWA
MTLEEIKNYLRVDYTEDDIYLHELIEVSQIYIDDMVGEAYKEYEKAVKIANLLQKKIISDLYETKGINIEGTNNLKRDTIVGSILDKLALYGDTNE
>NC_018648|916608:967917|933288_934356_-|WP_012422884.1|coat|DBSCAN-SWA
MEPELNLLEKSNLSPDTIKNTVLKHYNLQNAKVDIVKFKDTAKQRAVYKVEDNNKCYCLKKVYYDLPDLLYVYSANEWVYRYGIQVPKFIPTVNNNRFVYYSDMLFILTPWIDGVKCNFDDLNHVILSIKKLANMHLVSTDFQPILGSSYKVGLDDYYISTLKHFEQLLTISNQAFKYKDDFSKEFISNFDVNLYLAKLSLDIAYNIDNEDLSTSLCHGDYVNKNIIFTKDLETCIIDFDKCKVDYCAKDLAYFMRRLLKRENTNWNVNLALSIIKNYNEIFKLTPSDLRYLLAYICFPQKYWRISRDYYRNISKCNKTAFLTLLKNTTSKSIAQYNFALELLMNIKNEFNILLI
>NC_018648|916608:967917|935820_937599_+|WP_012424323.1|DBSCAN-SWA
MQIPQEIIEKVKEQTDIVDIISESVRLKRTGKNFIGLCPFHNDKTPSFSVSQEKQIYKCFSCGEAGNVLTFIMKQKNLTFVEAVKYLADKVNIPINLHSNETPQFIKKREILYKINVETGRYYFTNLQKIHLAKDYFLNRGIKEATIKKFGLGYSKNSWRDLITYLRAKGYKDDFLIEAGLVSKNQEKGNIYDRFRNRVMFPVFDVKGRVIGFGGRVLDDSKPKYLNSPETTVFQKGINLYGLNFAVKNKLKEDYMIIVEGYMDLITLHQYGVTNVVASLGTALTNNQAKLLKRYTNNVIISYDADIAGQTATLRGLEILRNSGFEVKVLIIPQGKDPDEFVRSNGKDAFLKLAREALPLIEYRIKRIGEGINLKDRNNLIKYGEKVASILADLNPVEKDVYIKKISEDTGIKEQALYDLLSQVMSKKQKEDNYVNKKEEFGTKLYVEPAYLKAERALLKLMLNQEIYDQIKDSMSSEDFILDSHKRIYSLILESKNENSNNIESYVENRCDQIESSKEWIAIKELEILDLSNKDKLINDYLNEVKCFKLQLEINDLKNEQKRLEDKGMIEESIKLAVKLTNLEILKKRKRG
>NC_018648|916608:967917|949707_950340_+|WP_041712359.1|DBSCAN-SWA
MKVLELFAGTRSIGKAFEKNGHEVYSIEWNKDFENIDWNTDIGKIKANDILERFGKPDVIWASPDCTSYSIAAISHHRTKESDGNLAPKSDYAKFCDNVNQNMIRLIKDLNPKYFFIENPRGGMRKMNFMKDIPRYTVTYCQYGDTRMKPTDLWTNHPNPNFKPMCKNGAPCHVSAPRGSKTGTQGLKNSKLRSIIPAKLCEHIVAICEE
>NC_018648|916608:967917|922423_923554_+|WP_012422946.1|DBSCAN-SWA
MILDKLKIGKIKIEVNSLIPEKILNILWQRGINVTKIVKLNITTVRFEIPFDSYKEVEDIVKKTKGKVRIVGKSGIIVLLLSIKRKLSLCIGAGVFLLVLYVLSNYIWAIDIQTRNNLSPFEVRKELTSIGIKPGLKKSDINVYNIEKKMEDLDSEVMWVRARIEGSTLRVIVAEKVNPPVTEKISPEQVLAKMDGEVKRVFTFSGNPSVKPGDIVKTGDILILPIQGKEGFEKEVKPSGSVIANTFYEKSMEIQTSGEKIQRTGEKDSDIYLNFWDKKIYIKKAINDFKYYDKIEEIGGLLNQVIYFRKEGKKVDLDKDKVVEDTVEKLRKSLQKDLTNDAKIIDNKVNVENISEDTICIKVIFTVEQDIAENIS
>NC_018648|916608:967917|937604_938729_+|WP_012424233.1|DBSCAN-SWA
MAEGGKESMEQKVKKKAEKGKEDKNAKMAMVKGLIDKGKKNGSLTYKEIMDEIDHIDLSPEQIEKIYEVLEMMGIEVIGGATDAPEVEEEIDLTVLEGIAIDDPVRMYLKEIGKVPLLSSEQEIDYAKRIEEGDPVAKKKLAEANLRLVVSIAKRYVGRGMLFLDLIQEGNLGLIKAVEKFDYRKGFKFSTYATWWIRQAITRAIADQARTIRIPVHMVETINKLIRVQRQLLQELGRDPFPEEISKVMELPVDKVREIQKIAQEPVSLETPIGEEEDSHLGDFIPDDEAPAPAEAAAFTMLKEQLINVLDTLTPREEKVLRLRFGLDDGRARTLEEVGKEFNVTRERIRQIEAKALRKLRHPSRSKKLKDYLD
>NC_018648|916608:967917|960343_960679_+|WP_012425130.1|DBSCAN-SWA
MEDDIYRILQDINNVYEGWYRNDINETHVTFFTYHTAPENFSDNDFESINNSVQVDVWGTDIDDVRKTEKQVIKLLKENGFIWIEGNRDFETDTKLYHYANRFNCLADADN
>NC_018648|916608:967917|920753_921098_+|WP_012423643.1|DBSCAN-SWA
MGDCIFCKIIKGDIPSKKLYEDELVYAFYDINPEAPVHFLVIPKEHIKSVNELNEKNINVVSHIFKVINKLVVELGIADSGYRIVNNCGEDGGQTVNHMHFHILAGRNLQWPPG
>NC_018648|916608:967917|925661_926162_+|WP_012424135.1|DBSCAN-SWA
MIYVDNRQEKMEVSDEFTNHLEKVIEFALKEEGVNISSEISLLFVDNEEIREINNETRNIDRATDVLSFPMLDYPEKKVFKEVYTENDFSEADFDGDDLVLGDVVLSLERALEQSKEYNHSYEREASYLVVHSVLHLLGYDHMEEEDKVKMRKREEEILTALDIRR
>NC_018648|916608:967917|917434_918376_+|WP_012424688.1|DBSCAN-SWA
MNGVWIEVRVITSCEAIEPISGIFYGLNSQGVAVEDPNDLLTRDQGPLTWDFADINVLEHKGEFAVVKAYFSGDDDLEKIVSITKEKVKEIQEMGIDIGKGIVECDKIKEEDWANNWKKYYKPSNITDRIVVKPMWEEYSPKNEELVIELDPGMAFGTGTHETTRMCVKALEKYVEHDSTVFDVGCGSGILAIAAAKLGAKLALGVDLDPVAVESAKENVGLNDLDNIEILEGNLLDVIDGKADIVVANIIAEIICILTDDVSKALNKGGLFITSGIIHERVDMVTSKLDECGFEVMEVNKDGEWNCIVAKLK
>NC_018648|916608:967917|946197_946893_+|WP_012423753.1|DBSCAN-SWA
MAEKRMFSKTIIDSDIFLDMPLSSQCLYFHLSMRADDDGFINNPRKIQRMIGCSNDDLNLLIAKKFLITFESGVVVIKHWRIHNYIQNDRYKETVYTEEKSQLYIEKNKSYTLDSTMDTKCIQYGNSLETQIRLEKISKDKTIYLDLKFIDAVIENVKITEEQYDKLKAKYGDSNLNKEILNLDNYIANGKGKKYKDHYRVLNTWLNNRKEEILNKKSTSTYEPMKSVFDK
>NC_018648|916608:967917|951958_952597_+|WP_012425563.1|integrase|DBSCAN-SWA
MKNIKSNISPPKRRKKKQPANPIKEIGQVYDIQDYLKSKSYRNYILFILGIGTGYRAGDLVKLKVRDVKEALDSGYFTIMEGKKLNSKNIREKNRKPRKVVIVKNLRKKLEEYIINKNDYEYMFASRKGGYIQVKRVSQILKEAATFFSIEKISAHSMRKTYAYRIYQNNGHDLLSIKEMLGHSSTEETKVYLGLDREVYDNYSQTLNDLIL
>NC_018648|916608:967917|950876_951224_+|WP_012422904.1|DBSCAN-SWA
MKLMMHILKENKKLNIDNTTIGAAGIISKLNEEYKEVVTAILNYSENRTLLNLKEILRETYDLIQICILILWRCHRQALDIDEATLIQDINIEHKNKLIGREWTIETGIEIDVKE
>NC_018648|916608:967917|929766_930399_+|WP_012422964.1|DBSCAN-SWA
MKLSNRQEEIIKLVKDHQPITSEALAEKLGLTRAAIRADLSILTMIGILDARPKVGYIYSGKSSSGMLHDYITEIKANAIMSKPITVSEETMVYDAIVFLFLNDVGTLFVENEGVLTGAVSRKDFLKIAIGGTDIHKVPIGVIMTRMPNIICGNKNDNAYDLAKKIIEHEIDSIPIVEPLEKIGDKEQFKIIGKVSKTNVTKLFVKLGKQ
>NC_018648|916608:967917|919232_920537_+|WP_012422881.1|tRNA|DBSCAN-SWA
MKVAFATLGCRVNQYETEAMTEKFIREGYSVTDFDDFADVYVINTCTVTNMGDKKSRQIISKARRTNSDAIIAVVGCYSQIAPEEVSKIEGVDVVLGTRNKGDIVYFVNKARDEKAIQVSVNEVLRNKEFEELNIEEYQDKTRAFLKIQDGCNRFCTFCLIPYARGATCSKKPEKVLEEVKKLAEHGFKEVILSGIHTASYGVDLGTGVTLISLLEDIEKIEGIDRVRIGSIEPAFFTDEVINKIKNMKKLCPHFHLSLQSGSDATLKRMNRRYTADEYAKTVQTLRDNIQDVSITTDLIVGFPGETEEEFNETYEYLKKLKLTKVHLFKYSPRKGTKAAEMPNQIDGNIKDKRSKILSELNKENEVDFVKKLVGREMGVLIERECSNKPGIFEGYTKNYVKAEISDASEEMIGKIMNCNIEDYEDNYIIGKIN
>NC_018648|916608:967917|918468_919233_+|WP_012425544.1|DBSCAN-SWA
MHKFFTSACNITGSEGKILGDDVKHIYKVLRLNEGEKVVLNNCEGKEYLGEIQSVGKQEVIVNILEELSTNNESRVNITLFQGLPKGQKMDLIVQKGTELGIKEFVPIITDRVDVKLKGEFKKLERLNRIALEAAKQSKRSIIPNVREVVEFDEALNELQGLDLILVPYENAENFGFKSLVKELSDKNVDLNSIENIGIVIGPEGGFEESEIETLKHKGAYIITLGNRILRTETAGFVATSLIQYELADLGGIV
>NC_018648|916608:967917|950580_950805_+|WP_012423251.1|DBSCAN-SWA
MKLNELKPVLSASMISLNFGFNDCKFFIREKNSKNNIYLELGIDISKSMWDIYGERKIEKIYAEDDGIINIDLE
>NC_018648|916608:967917|951771_951954_+|WP_012424870.1|DBSCAN-SWA
MRKKLKLNIKFKGDQVLCARSPFLCLSCKDRNKCERIETYYYPYKYADIKECFKNDERKR
>NC_018648|916608:967917|942345_942783_-|WP_012425267.1|DBSCAN-SWA
MGWEWINKIVINLKKNYLTNSPYELCRCLNIEIVRVKHNYFLLYNRKSTYFRNINNKQIIFIADDLYGKEEEFILRHELGHAILHPNIQNSRYCNTGKIDRQADYFALILTDITFDSIKMNEMTISQISSCINVPFEALSQLVNL
>NC_018648|916608:967917|954392_956075_+|WP_012424938.1|terminase|DBSCAN-SWA
MMLLDKALEYCENVINGSEITTDEVKKQCEIFSEDLNSNQYKNSFEFYFDEKKLKIINDLLKLFNFATGFVIGAVVLDTLVGFQCLLLCAIFGWRYKNNSKKFRYRDVVLFIPRKNAKTFLVALIILLLMLTEDKFSEFYSICLDRELAGEVKKAMNQIIEASPLIKKHFKISRQLSGKITCNITNSYYQARTAEANKNNSIRPCAVIADEIGAFTDNSNVEAMRSGQLSVVNPLMLKITTAYSESDSIMKEELDYDKSVLEGTIDNKRLFALIYYCSREEAWEDIGLYRSNPLRIEENYSEIREKRKAAKFKISEQGEYLTKHMNIFLATNELDKYLDISYWKKCRVDNIDFEGKEIVVGVDMSVTTDLTAVSIMYREKEYIYCKSHGFLPADSLSQRREDIDYKLYSDMGYCDIHKGMTINYTLVEEYIRSIEENYNCKIKCIVTDPMNAKEMMERLSEDYDVIMLKQTYTNLSPATKEFRKGIYDRKVYYEKNELLDWNMSNAITTKGKADDEMLAKENKNKQRIDMVAVLIFSYTQLIVEEPKYDAIAELENMDWD
>NC_018648|916608:967917|960715_961315_+|WP_012425846.1|tail|DBSCAN-SWA
MSTKRKLGMKDLYVAKVIKNTSTEYVCETPQKLCRAIKAKIKTKKGSEKLYSDSEVEDIINQFDSCEVELEGDHLSAEMTALLNGATLKNGVLIDNVDDEGSEVAIMFRDKRANGKYEFQCLFCGKFGEEDDDEHETATDKVKGQTKTIKGTFYGRKLDGDYRLRIFEDELVSENDTDAKSIIEKWFNEVPSQKPITVK
>NC_018648|916608:967917|961751_962183_+|WP_012423946.1|DBSCAN-SWA
MNTEYDDIYDEIYNVILLLFNITKAKLNKASIYDLYYYFNQIQLYINETINNKFIEISKASGNEVVEKEKSIFDDYDKENGYEDEEEQKSIYEIYKNTLNCTIKYAINNLKMSYKECVECNLSEMIDYIVFNIRYDLENKNDD
>NC_018648|916608:967917|950369_950573_+|WP_012424283.1|DBSCAN-SWA
MYRRYGTCNKCKKQLKTYSRIEKIAKIKFNFLLQKHYKKEHGMNMFKIIIHEKLRKFINNKTTIGGI
>NC_018648|916608:967917|938821_939508_+|WP_012423256.1|DBSCAN-SWA
MELSKRLNWILEYVDKCDAVMDVGTDHGYIPIHLVKNKMVNKAIASDINKDPLQKAKINASLDGVIDKIDLRLGAGLSPLKKNEVQGVIIAGMGGNLIRDILEKDINKVKKLDYLILQPAQNPEVLREYLYNSNYEILNEDLCFDEGQFYELFKVKYKMGENTKLDPIFYEISPIMLKENNKLIKEYIKIKIEKYNKIVCFIKEETESAKLRKEELYNKIKVLEDFIR
>NC_018648|916608:967917|943467_943677_+|WP_012424471.1|DBSCAN-SWA
MKLTPLKIRRINAGIETNEAVEKLKISKSTFYKLEQGHGGTPSANLIKRLANTYSCTTDEIFKDLKITG
>NC_018648|916608:967917|953928_954390_+|WP_012424435.1|terminase|DBSCAN-SWA
MARPCKVIDSQSRHNTKEEVEERKAAEEKIKVLADKIEKPPIYLSKGQKKIYKFIIDELKATGILTNLDVYILSTCSIAVDRLETIEKIINKNISALTNKDLMSAKDKYTKDLYRCCNELSLSPQSRAKLGNLALLNKEKEDDPILKVLKGES
>NC_018648|916608:967917|927438_928326_+|WP_012425102.1|DBSCAN-SWA
MFKSGFVTIVGRPNVGKSTLLNYIMGEKLSIVSNKPQTTRNNIQTILTGEDYQIVFVDTPGIHKPKHKLGEYMVNSAKDSTNDVDLVLFLTNPDEEIGKGDKFILESLKDKKCPVYLVLNKIDESTPERVAKSLEMYSSEFNFKEIVPIAAIKGKNVDTLVDLMKTELPEGPKYYPEDMITDVPERFVVSEIVREKALRCLRDEVPHGIAVDIIQMKQSDNGTYHIEVDLICEKDSHKGIIIGKNGQMLKKIGETSRYELERFLRTKVNVKIWVKVRKEWRDNQNLLKELGYKKK
>NC_018648|916608:967917|944906_945596_+|WP_012425725.1|DBSCAN-SWA
MELIKITEENGKQLVSGKELHQFLEVGRDFSTWIKERIKKYDFIENNDFTVLVTTPQNGGVAKDYIVTIEMAKELSMVENNSKGQAARKYFIQCEKNIKEIKQLSPMDQLRLQYSVLEEQDQKINLVDERVFKLENIMTIDYSQQEELRTLATRKVVAILGGKDTPAYKELNKKAFSSMWKDYKRIVDVNSYKNTAVKDLLFARQVIIDWKPNRELELMIKGANIGRRG
>NC_018648|916608:967917|934543_935572_+|WP_012425227.1|DBSCAN-SWA
MNIREKIEYFENLTFIKEASFSSCSLGRDKKEEEDDIRTCYMIDRDRIIHSKSFRRLKHKTQVYIKTFGDHYRTRLTHTLEVTQVARNIGVGIGLNENLIEAIALGHDLGHVAFAHNGEEVLNEYLKEGFRHNEQSVRVVRKLENNGEGLNLSKEVIDGILNHSGFGGKNNQSLTLEGTVVKYSDKIAYLNHDIDDSIRAGLLKESDIPSDIKRVLGNSSDERMETLIKNFIKTSNSNIKNGIKKVSLDEEIEEIMIKLRKFMFENIYLGNTLKRERDKAKFILRQLLNYYSNKPEEMPELYKNIVEKEDLKRGVADYIAGMSDDYCLSLFNRLYVPKLVIY
>NC_018648|916608:967917|961362_961677_+|WP_003368955.1|DBSCAN-SWA
MKLILNGKEYKVDKITRKKNTIFNEAYEKIKVKAETNAEFNDDDLDLMVAIIVKLYDEQFTEDEVNEDMEVADIIFNFMQVQIEIQSKLNRNIEKAQKAFQKGK
>NC_018648|916608:967917|929106_929724_+|WP_012425149.1|DBSCAN-SWA
MTNITLEKVDMIIERTGVSYAIAKQALEECNGDVLEALIYLEEEIKNEENIDYNIYDDKEDKENMTIEELKNFIKDLIHKGNITRIKIKKEDTELIDIPVNAGIAAGVIAVLIPPILVAGVIAAVATKITIEITKKDGSVEVINKYVYKVSNDVKDKAVDIADKMKSKVDEVKNKVRTNNGEDKSKVYTGNETVYTYKVDFDDQD
>NC_018648|916608:967917|921234_921411_+|WP_003371500.1|DBSCAN-SWA
MSEIKVGENETLESALRRFKKKCARAGVLSEVRKREHYEKPSVKKKKKSEAARKRKFK
>NC_018648|916608:967917|946906_948223_+|WP_012422811.1|DBSCAN-SWA
METIQALPSSIRTEQEIIGAIFYNPSIAAEVIEKVITEDFYRTDHKLIYNAICSLFAEGEDINLTMLINKIGKEKISDIGGVTYLTELQLGGMPIRPNSYIKILKDKSYRRQAIKSMTKAISKLHNETTKAYEIGGEVANTLTQSCDTKSSVNNDEQLFQKTLENIEMRVKKGGEIPGLKTGLNDFDKNTGGLQKGELNIVAGRPSMGKTMFSLNIAEGLAKNGSKVFLAELEMTEEALGMRRLALNANVDAERMKFGMLNDEDLSKLITETNILSKRNAMFTDCSSAQNLLTIKAKSKAIKQTQGLDVVIIDHLTLMDMPNKSTRDLAVGEVTKGLKALAKDLDVSVVLLSQLSRGVELRADKRPMLSDLRESGNIEQDADLVTFMYRDEYYNKETEDKHILECIIAKQRNGRTGTLKFAYIPQFQKVADLDYIHRN
>NC_018648|916608:967917|943689_944568_+|WP_012423923.1|DBSCAN-SWA
MDKKFLEVSQVKLRGVKEVEGMKFHDIEGGFGEGKKAMIIKEIAEIHNKPLGDINRRINDNIKRFKDGIDIVDLMGTNVVMDLKHNGIYTQNSINRSENIYLLSERGYSKLLKILEDDVAWEQYEKLVDGYFNMREEINVSKPVCIEDVLISSLQEMKAIKGEVQAVKVATQENQEALQGIRDVVAINTSTMSWREDCRKIIVRIAHKLGGNSFIGDVNREIYELMRVRLKVRLDVKLTNLRRRMADEGVCKSKREKMNYLDVIKDESRLVEGYVAIIKELAVKYGADVKEA
>NC_018648|916608:967917|959895_960339_+|WP_041712147.1|DBSCAN-SWA
MATQFELQGFNDIIKQLEGLADSSEMENVDRKVITTVAEKVKNDIKPKISKSKDNSKSGKRGYRPSGHFADNIPQSNIKKKKGYMYITLGEENEDGEYFYWKFKEFGTSKMPPCPVFGEAREKAQKMLDELGTVEYSKLLQKKLDGR
>NC_018648|916608:967917|944570_944777_+|WP_012423353.1|DBSCAN-SWA
MELYTIKEVSKKLKINTTDTYRLIKSGHIKALKLGSLKVASCELDRFILQAVGKDYSDLKSVTNLILN
>NC_018648|916608:967917|940402_940639_+|WP_012423774.1|DBSCAN-SWA
MGDDNNKSFKHMCKNMRRCFRGGRRRGGWFPFFPGPCPWYFCPKSVVGCLILVSLLLCGVNIYGVLIIILLILLFILV
>NC_018648|916608:967917|952892_953372_+|WP_012424849.1|DBSCAN-SWA
MKSVEDIIKDNLKSIESMAESGCTDKEIAGKLDISYSTFKRYKSSNKALKDLMAQCKDKKNEEVEQALFNNCIGYEYEEEVPVKVKEEITAEDGQTVLTKERVVIKKVKKYCKPDLAAQKYWLNNMKKAKWSDDPNKVANDKKLTKLKEKEANSKNIEL
>NC_018648|916608:967917|948802_949504_+|WP_012424097.1|DBSCAN-SWA
MNDELIPSFKKSLFDESIDIGSDLMELPIDLITENEVIKDIPVVGTIVKLGKAAITIRERHLIKKLVAFIESVNNDDVESDVLEKHKQMLEANPKQLNKELEGVLILVDRQLEIEKTKILAELYKSYISKKMAWSDFIYLSEILEKFFLRDVNQLELICENKYVEEDNIVSKLSMFRLESIGLVEYFSRRTSSTAILSGQRKQNQVKLTGYGKLLYECSLRKLINNGTIGVWI
>NC_018648|916608:967917|966231_967917_+|WP_012424324.1|tail|DBSCAN-SWA
MIPILYDHNETEFKSNGLGLLKDCTSCFIEEERNETYELELTYPVGSFLYDKLKGNRYIKAKSNNRYESQIFRIYYISQPINGEITVKAEHISYKLNDNFVEKATCNGNCQTALNTLNSNAAFPTGFKFYSNISMNTNFNVELVNLWDCIKGTEGSIVDTYGNGADIVRDNFKVSVVQNGGQDNNVLICYKKNMTGFTCEENWTGCITRIYPYVEKDNVRFVLPEKYIDSSYINRDPNPRIAKVDFSNYFQDDEEFNIEKLRILAKTYFKENNCDIPSLNYNVEFVLLSQTEEFKNILKDENIELFDKVIIRHDLYGIDIKVKILKVKYNNLLEKYENIELNFTKNTITSTINNTNKKIEETKEELNKKNSNLKVTMKKRDDEIELSVKNESEAREASIKVLDGKIKEKVSEDDFSTYREQTAKVIREKVSEGDFSTLVEKNAQSVLIAIKNETEMNVIFDSDGQTIKNGALVVKDSKGNTVMRFNKDGTVGVQDIEVIKRDKYSALYRTLSSMEELWFRDVGIDHLVIENDAFYIKDDDFGKGYDLKHFIRMVLKDEGLI
>NC_018648|916608:967917|956284_957475_+|WP_044025884.1|portal|DBSCAN-SWA
MFEKRSSNGEGFDWTSWIRGEDSEGNAINDNTYFTCINILSNSVAKLPIVLKQTTNNGEIEANKHYLYDFLRLRPNANMNATECLKATIMKYKHKGIAGIYIDRPNGNKILGLYPVSINNIIVDDAGLINSNKQNKVLVDFTCIDKQGSCFDKDIIILRDNSFNGIDTKSTKNYISDTINSSLKSQKYQLDLFSNGLTNKAVVQLTSDIKDEKDLLRIQERFKRLYSNKGRIFTVPAGYNVTPLNLSLVDSQFAQLKIQSRKDISSAVGVPYNLIEKGSLTEEENISYLTNTITPIILMLEQELDWKLLTPGERKQGYKIRFNVNSMLRTSPEKQKNILCDYIKNGVYTTNDVRQILGLEKIEGADEILYPSGQITLKNLVEGKASWQKDNKKGGE
>NC_018648|916608:967917|922142_922421_+|WP_012424855.1|DBSCAN-SWA
MEEKFQRGREKVFDKLDFPTDVVLDLPKIIVVGNKEITIENHKGIMAFDNNMIKINSRIGAVIVEGEKFEILFIGDNTITISGIFRGISYEG
>NC_018648|916608:967917|965518_966235_+|WP_012425041.1|DBSCAN-SWA
MSEIYFNNKSSKECKLLIENIIDLPTSSTKYNTVDIPGSNNGSLNIYNGLEDIQLSFDFVFKSRENFIISKSRIVSWLKSKISKELRYSLHKGIYYIVKKVDIGEFKTTFKLVRRFTVKFTCCPIVFLDEGKEVITFNKSITLYNGKSTCNTEPQLNIFGSGDITIKINNQQLILKDIENNIIVDSFSKDCYKISNNKMIHSNNKMYSDFPILEVGENNISYSGNVRKIELIPRWCCI
>NC_018648|916608:967917|921440_921890_+|WP_012422873.1|DBSCAN-SWA
MPTIKEKLQEDWKAALKAKDKFKANTISTARSAILLVEKTDNVKLEDDEVINILAKEVKQRRESMLEFKKGNRQDLVDQCNAELEILLEYLPQQLSEEEIKQIVKDSAEEMGASSIKDMGKVMSAIRPKIVGRADGKLVSQIVKEYLNK
>NC_018648|916608:967917|941145_942306_-|WP_012422909.1|integrase|DBSCAN-SWA
MNGSVRKKGNVWYYRYYEYVNGVKKQIERKGGITKKEALQKLNEEIYRQNNGLLKPKEILLKDYLKIWLEDYVKPNNSENTYIKYKGTVNKYINPQLGLIKLCDLKVINIEQFLSKLKKTKLSLTTIQKHYLVLNGALNKAIKLQMLNDNPCKYVDTPKRSKYKASILTFEELHSIYTNLNTKIYEDYIMKLGMDLTIETGLRRGEMCGLQWSDIDFDNKILNVNTALIRVNNDYKISNLKTDSSYRKLPLSNEIIKILKSHKSKQNINKIKYGNNFVYSNKFDGDSTEYNLIFTWENGRYIIPSNFLQRLKRLCKYCKIEKNIRWHDLRHSNATILLKNKISMKVIQERLGHSLMQTTSDIYAHVTEEMNREATDVISNVLYNKK
>NC_018648|916608:967917|957475_958102_+|WP_012424927.1|head,protease|DBSCAN-SWA
MENKEKEVRSVPCKFEVRELGEDKEKQVHIQGYALTFDTISDDLGGFKETIASGALDNCDMSDVVFDYDHDTSKILARNNKNDGKGALTLKVDEKGLFFDAVPTNTSYSRDLIENLKNGVVNKCSFIFNIDWSDPNAQVWDWDDGKRGYDFRTIKSFKSISDVSIVVFPAYNSTEISIYSRAKDQCSNEIKRAEEFRKKKIEIELECL
>NC_018648|916608:967917|916608_917268_+|WP_012425194.1|tRNA|DBSCAN-SWA
MRMRKKPWARPELESCNFFIVNPKENKGKWNESFNNENPIYLELGCGKGVFVAVHGSDNENINYIAIDIKDEVLGLAKRNIEKAYNEKNKELNNIKLMAQEIGLINEILDENDKISRIYINFCNPWPKKKHKKRRLTHTRQLIQYRNFLKENGEIWFKTDDDELFEESLEYFKEGKFRIEYITYDLHTSGFEGNIQTEHERMFTEQGIKTKFLIAIKED
>NC_018648|916608:967917|962253_965514_+|WP_012424626.1|tail|DBSCAN-SWA
MGTGATLKVGASNSEFNKAMRDMATQMKTVKSEFNLASTQAKLFGSATDQLKAKQSELTNKVKIQNDMLKNQENQTKTLTQNIDKQKSKQTELSSKIEETNKKYKESVQATGKNSEESKKLKAELDGLKIEYAKNDKAIDSNNRKLENAVIKMNSTKTSLLENGKKLEDINQKLSNVKIDEFAGKMDKVSKKSGEMADKMKPASTAILGVGVASATASTVFEDSMAKVFTIADETEVSYDDMKKAIMDLSSQTGISANDIADNVYNAISAGQKTGDAVNFVNNATKLAKAGFAESSDTLNILTTALNAYGLESNEATDISNKLIVAQNEGKTTVAELSSSMGAVIPIAKGANINMSELSTSYAVMTKNGIATAESGTMLKAMFGELTKSGSLTDKALRELSGKGFADLKAEGKGTTEILGMIDQYAQANGKSIKDMFGSVEAGTASITLLTQDGEEFNDILGKMNDSAGATDKAFETMSNTTGNTFKKSMNDIKISAISMGDVLAPITSSISNGLKNVTTWLSSLSEGQLKIVASIGGIIVGATGLLMLVSKVTGAIGTISTGISKIPNAMEGIGKAWTKLKPIGIAIKAFAMANPVVLIATVVIGLLVLMYTKCEWFRNGVNAIGNWLKNFFTVTLPNAFKVVVSFFQNNWKEILLFIVNPFAGAFALLYKHNDKFREKVNGFITTVKNLFVNGFNSVVNFFKGLPDKATVLWTKIKTAFTNGWNAVAIFFTTTIPAWISSIGMWFAELPNKIMYGLGALIGLLGTWGVEVWNYFSTNVPLWINNVVTFFSELPSKIWTFLVEVVTKLGEWGANVISWIATNVVTWITNIVNFYAELPGKIWTFLVGVVTKLGEWGNNIISWITTTVPTWIEGIVKFFTELPDKIWTWLVNVVTKVTEWGSNMLTAAKEGMGKVFDGIVDIFKNLPSKMLDIGRNIVLGIKDGIKNAWDGMTGWLGGLCDSFTQGVKDKFEIHSPSHIFRDEIGKMLALGIGVGFENEMPNINADVNRTLDGTIDIANTEALKNMDKTYSINNKTDYTNIFNKVLYKLDELENSFNVILNIDGRQVAKATSKYMDEELAFNSSRR

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012425194.1|916608_917268_+|tRNA	tRNA (guanosine(46)-N7)-methyltransferase TrmB	NA	NA	NA	NA
WP_012424688.1|917434_918376_+	50S ribosomal protein L11 methyltransferase	NA	NA	NA	NA
WP_012425544.1|918468_919233_+	16S rRNA (uracil(1498)-N(3))-methyltransferase	NA	NA	NA	NA
WP_012422881.1|919232_920537_+|tRNA	tRNA (N(6)-L-threonylcarbamoyladenosine(37)-C(2))- methylthiotransferase MtaB	NA	NA	NA	NA
920170:920185	attL	NA	NA	NA	NA
WP_012423643.1|920753_921098_+	histidine triad nucleotide-binding protein	NA	NA	NA	NA
WP_003371500.1|921234_921411_+	30S ribosomal protein S21	NA	NA	NA	NA
WP_012422873.1|921440_921890_+	GatB/YqeY domain-containing protein	A0A292GL36	Xanthomonas_phage	1.7e-18	40.8
WP_012424855.1|922142_922421_+	sporulation protein YqfC	NA	NA	NA	NA
WP_012422946.1|922423_923554_+	sporulation protein YqfD	NA	NA	NA	NA
WP_012423395.1|923588_925649_+	HDIG domain-containing protein	NA	NA	NA	NA
WP_012424135.1|925661_926162_+	rRNA maturation RNase YbeY	NA	NA	NA	NA
WP_012424392.1|926186_926888_+	diacylglycerol kinase	NA	NA	NA	NA
WP_012425102.1|927438_928326_+	GTPase Era	NA	NA	NA	NA
WP_012424436.1|928350_929100_+	DNA repair protein RecO	NA	NA	NA	NA
WP_012425149.1|929106_929724_+	DUF4342 domain-containing protein	NA	NA	NA	NA
WP_012422964.1|929766_930399_+	helix-turn-helix transcriptional regulator	NA	NA	NA	NA
WP_012423689.1|930487_933115_+	pyruvate, phosphate dikinase	A0A2D2W2B1	Stenotrophomonas_phage	2.3e-86	39.3
WP_012422884.1|933288_934356_-|coat	CotS family spore coat protein	NA	NA	NA	NA
WP_012425227.1|934543_935572_+	deoxyguanosinetriphosphate triphosphohydrolase	NA	NA	NA	NA
WP_012424323.1|935820_937599_+	DNA primase	A0A0K1LMQ9	Caulobacter_phage	1.2e-57	34.9
WP_012424233.1|937604_938729_+	RNA polymerase sigma factor RpoD	A0A2I7SAT0	Vibrio_phage	4.2e-37	37.6
WP_012423256.1|938821_939508_+	SAM-dependent methyltransferase	NA	NA	NA	NA
WP_012425669.1|939554_940346_+	Nif3-like dinuclear metal center hexameric protein	NA	NA	NA	NA
WP_012423774.1|940402_940639_+	hypothetical protein	NA	NA	NA	NA
WP_012422909.1|941145_942306_-|integrase	site-specific integrase	A0A1B0T6A8	Bacillus_phage	9.9e-50	34.5
WP_012425267.1|942345_942783_-	ImmA/IrrE family metallo-endopeptidase	Q0H245	Geobacillus_phage	6.6e-07	29.2
WP_012424955.1|942798_943245_-	helix-turn-helix transcriptional regulator	A0A0A7RTK4	Clostridium_phage	3.2e-17	37.6
WP_012424471.1|943467_943677_+	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_012423923.1|943689_944568_+	ORF6N domain-containing protein	Q8SBM8	Clostridium_phage	9.4e-61	46.8
WP_012423353.1|944570_944777_+	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_012425725.1|944906_945596_+	ORF6C domain-containing protein	R9TLP5	Paenibacillus_phage	7.5e-21	41.4
WP_012425269.1|945595_945811_+	hypothetical protein	NA	NA	NA	NA
WP_012423753.1|946197_946893_+	hypothetical protein	A0A0S2MYA8	Enterococcus_phage	5.9e-42	59.4
WP_012422811.1|946906_948223_+	replicative DNA helicase	A0A0K1LLK3	Bacillus_phage	2.8e-56	33.9
WP_003373940.1|948322_948586_+	hypothetical protein	NA	NA	NA	NA
WP_012424097.1|948802_949504_+	hypothetical protein	NA	NA	NA	NA
WP_041712359.1|949707_950340_+	DNA cytosine methyltransferase	A0A0E3DFA6	Bacillus_phage	2.3e-85	68.5
WP_012424283.1|950369_950573_+	hypothetical protein	NA	NA	NA	NA
WP_012423251.1|950580_950805_+	hypothetical protein	NA	NA	NA	NA
WP_012422904.1|950876_951224_+	hypothetical protein	NA	NA	NA	NA
WP_012423681.1|951229_951622_+	hypothetical protein	A0A1L2BY86	Clostridium_phage	1.7e-38	62.3
WP_012424870.1|951771_951954_+	hypothetical protein	A0A1L2BY88	Clostridium_phage	4.4e-13	55.7
WP_012425563.1|951958_952597_+|integrase	tyrosine-type recombinase/integrase	A0A1J1J900	Escherichia_phage	4.3e-63	62.1
WP_012424849.1|952892_953372_+	Xaa-His dipeptidase	NA	NA	NA	NA
WP_012425587.1|953381_953840_+	hypothetical protein	Q0SPJ9	Clostridium_phage	9.0e-15	39.7
WP_012424435.1|953928_954390_+|terminase	phage terminase small subunit P27 family	A0A0A7RUQ4	Clostridium_phage	2.1e-35	54.2
WP_012424938.1|954392_956075_+|terminase	terminase large subunit	A0A0A7RUM0	Clostridium_phage	4.9e-183	57.9
955359:955374	attR	NA	NA	NA	NA
WP_044025884.1|956284_957475_+|portal	phage portal protein	I2E8V3	Clostridium_phage	2.0e-90	48.7
WP_012424927.1|957475_958102_+|head,protease	HK97 family phage prohead protease	I2E8Y9	Clostridium_phage	4.5e-65	58.6
WP_012425842.1|958150_959236_+|capsid	phage major capsid protein	I2E8V4	Clostridium_phage	5.5e-87	51.1
WP_012423830.1|959283_959574_+|head,tail	phage gp6-like head-tail connector protein	I2E8V5	Clostridium_phage	1.5e-10	46.3
WP_012423893.1|959566_959887_+|head	phage head closure protein	Q8SBP6	Clostridium_phage	5.9e-21	51.5
WP_041712147.1|959895_960339_+	hypothetical protein	I2E8V7	Clostridium_phage	4.8e-21	35.5
WP_012425130.1|960343_960679_+	hypothetical protein	I2E8V8	Clostridium_phage	1.2e-19	42.6
WP_012425846.1|960715_961315_+|tail	tail protein	Q8SBP3	Clostridium_phage	9.6e-41	47.9
WP_003368955.1|961362_961677_+	hypothetical protein	I2E8W0	Clostridium_phage	1.1e-19	50.0
WP_012423946.1|961751_962183_+	hypothetical protein	NA	NA	NA	NA
WP_012424626.1|962253_965514_+|tail	phage tail tape measure protein	A0A1L2BYA6	Clostridium_phage	6.1e-73	60.6
WP_012425041.1|965518_966235_+	hypothetical protein	A0A0A7RWN1	Clostridium_phage	4.5e-29	33.1
WP_012424324.1|966231_967917_+|tail	phage tail protein	A0A0A8WIC9	Clostridium_phage	9.6e-70	42.8

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>NC_018648|1127458:1137693|DBSCAN-SWA
AATGTTAAATATTAAGAGTATATTCGTTGAAAAGAAAAGCGGATTTGATGTAGAAGCACAAGGCTTACTAAGAGATTTTAAAGAAAACTTAGGAGTAACTAATTTAGAAAGTGTAAGGCTTATAAATAAATATATTATCTCGGATATAAGCGAAGATTACTATAATAAAGCACTACATACTATTTTTTCAGAGTTAACAGTTGATAATGTTTATGAATCAGAATTGCCTATCAATGAAGATGAAATAGCATTCTCAGTAGAATTTTTACCAGGACAATATGATCAGAGAGCAGATTCAGCTTCAGAATGTATATCATTATTGACTGAAGAAGATAAATCTTATATAAAATCAGCTAAGATAATTGCGTTAAAGGGAAATATTACGAAGAAAGAAATTGATAAAATAAAATTATATTATATAAACCCAGTCGATTCAAGAGAAGTGGATATAAATAGTAAAGACATTACATCAACTTCAAACATACCTAAAGATGTTCTTATATTAAGTGGATTCATAGATAAAAATTTAGAAGAGTTACAAGAATTTCATTCAGATTATGGTCTTGCCATGAGTGTTGAGGATCTTGTTATGATAAAAGACTATTTTAAAAAAGAAAATAGGAATCCATCAATCACTGAAATCAGAGTTATAGATACTTATTGGTCAGATCACTGTAGACATACTACATTTTCTACAATATTAGAAAATATAGAATTTGAAGATAATAAGTACACTTCACCAATTAAGAAAAGTTATGAAAATTATATAAAATCAAGAGAATATGTATATGGAGAAAAACAAAAAAATAAAACTCTTATGGATATTGCAGTTATAGGAATGAAAGAACTTAGAAAAAGAGGAAAGCTTGATGATTTAGATATATCAGAAGAAATAAATGCATGCTCTATTAATGTAAAAGTTGAAACTGATAAGGGATTAGAAGATTATCTAGTTATGTTTAAAAATGAAACTCATAACCATCCCACTGAGATTGAACCTTTTGGTGGAGCGGCAACTTGTTTAGGTGGAGCAATAAGAGATCCATTATCAGGTAGAACATACGTGTATCAAGCTATGAGAATTACAGGTTCAGGTGATCCAACACTTCCAATTGAAAAGACTTTAAAAGGAAAACTTCCTCAAAGAACTATTACTTTAGGAGCAGCACATGGATATAGTTCATATGGTAACCAAATAGGTCTTGCAACTGGACAAGTTCAAGAAATTTATCATCCTAATTATATAGCAAAAAGAATGGAAGTTGGAGCAGTTATTGCAGCGGCACCAAAAGAAAATGTTGTTCGTGAAGAACCAAAGTTAGGGGATGTAATTATCTTACTTGGTGGAAGAACAGGTAGAGATGGAGTTGGTGGAGCAACTGGGTCATCAAAAGAACATACAATAGATTCACTTAATGAATGTGGAGCAGAAGTTCAAAAGGGGAATGCTCCTACTGAAAGAAAAATTCAAAGATTATTTAGAAATCCAAAAGTAGCTAAGATGATTAAAAGATGTAATGATTTTGGTGCAGGTGGGGTTTCAGTTGCCATTGGAGAATTATGCAGAGGATTAGATATAGATTTAGATAAAGTAACAAAAAAATATGAGGGATTAGACGGGACAGAACTTGCAGTTTCAGAATCACAAGAAAGAATGGCAGTGGTTGTAACAAAAGAAAATGCAGATGAGTTTATTAGACTTTCAAATGAGGAGAATCTAGAAGCAACATTAGTAGCTCACGTTACAGATACTGATAAGCTTAGATTATTCTGGAGAGGCAAAAAAATAGTAGATTTAGATAGAAGTTTTTTAGATACAAATGGAGCAAGTCAAAAAGTATCTGTTAAAGTTAAATGTCCTGTACAGTATCCATATGAAATTTATGATGTAAATGTAAAAGATACATGGATAAATAACTTAAAAGATTTAAATATAGCATCTCAAAAGGGACTAGTTGAAAGATTTGATTCAACTATTGGAGCAGGAACAGTAATTATGCCTTTTGGAGGTAAATATGCAAACACTCCAGCTGAAGGAATGGCAGCTAAAATTCCAGTGCTTGGTGGGGAAAGCAAAGATGCTACAATAATGACTTTTGGGTTTAATCCATATCTAGGAACTTGGAGTCAATATCATATGGCATATTACTCAGTAATAGAATCAATAACAAAACTTTCAGCTATGGGTGGAGATTATAGAAAAGCTAGATTAACTTTTCAAGAGTATTTCGAAAAACTAGGAAAAGATGAAATAAGATGGGGAAAGCCATTTGCAGCATTACTTGGAGCTTATGAAGCACAAATGCAACTTGGAATTGCAGCAATTGGAGGAAAAGATTCAATGTCAGGAAGCTTTGGAGAGTTGGATGTACCTCCAACATTAGTTTCATTCGCAGTTGGAGTTGAAAAAGCTAGCAAAATAATATCTCCAGAATTTAAGGGTGTAAATTCAAAATTAGTGTTACTTAAAACTGAAAAATTAGAAGATGGCACTATAGATATGAATAAGTTTAAAAAGAATTTAGAGGTTCTTTATAAATTAATAGGAGAAGAAAAAGTTATTTCAGCATCAGCAGTTAAATTTGGAGGAGTTTCTGAATGTTTAACTAAGATGTCACTTGGAAATAAAATCGGTATAGAGTTTAATAATTTAACTAAGGATGAGTTGTTCGGATTCAATTATGGAAGTTTATTATTAGAAGTTAAAAATGAAATTGATATAAATGAAGAATTCAAAGATTGTTTATATAAAGAAGTAGGTAAAACAATTTCTCCTTCGACAATAATATCTAAAGAATATGATTTAGAATTAGATATTGAAAATTTAGAAGAAATATATGAAAAAAAATTAAATAGTGTATTTAAGATAAAAACTGAAGATGTTTCACAAAAGATAGAAACTGTTTTATATGAGAAAAAAGAAATTTCATCACCAGCTATTAAATTAGCTAAACCAAGAGTTGTAATTCCAGTTTTCCCAGGAAATAATTGTGAATATGACTGTAGAAGAGCTTTTGAAAAAGAGGGTGCAGAGGTATCAGAAGTAGTATTTAGAAATATTACAAAAGAAGCATTAGTAGAATCCATAGAAAGACTTAAATCTGAGATAGATAAATCACAAATAATCATGATTCCAGGAGGTTTTTCAGCAGGTGATGAACCAGATGGATCAGGTAAATTTATAGCAACTGTGCTTAGAAATGAAAAAATTAAAGAATCAGTAATGGAATTATTAAAGAATAGAGATGGATTAGCTTTAGGAATTTGTAATGGCTTCCAAGCTTTAATCAAATTAGGATTAGTGCCTTGCGGTGAAATTGTTGATATAAGAGAAGAGATGCCTACATTAACTTACAACAATATAAATAGACATATGTCTTCAATAGTTAGAACAAAAGTGGTTTCTAATAAATCACCTTGGTTTAATGAAGTGAATGTAGGAGATATACATTCAATAGCAATTTCTCATGGAGAAGGAAGATTTGTTGCACCAGAAGATTTAATAAAAGAATTAATAAATAATGGACAAGTAGCAACTCAATATGTTGATCTTCAAGGCGATGTGGCACTTAATATGCCGTATAATCCAAATGGATCAATGTATGGAATTGAAGGAATAACAAGTCCAGATGGAAGAGTACTTGGAAAAATGGCTCATTCAGAAAGAATAGGTGAAAATTTATATAGAAATATTCCAGGAAACTTTGATCAAAAGATATTTAAATCAGGAGTTAATTACTTTAAGTAATATAAGTGAGAGTCCAAATCTATGATTTGGTTTTTCGAACTTAGCTAACGGTCGTAGGGTGTTAGCCTCATTTAAAAGTAATTTTGTGTGAATCACTTACGTAAAAAAGGATATAAATGGCTATGTTTTAGCAGAGTGTTGATATATGCATAAGCAAAGTGGGCGGAGTAATTGAACTTAAGAACACTAAAATGAGTATAGTCCCATTTTAGCTTGCTCCCAATATAAAATTGAGACAAGCAGTAAATGTGACAATACTCATTAAGAGTTCTAAAAGTCCATTTACAATGCCACTTCACCCATTGCATATATCAACACACATTTAAAACAGAGCTTAATATTTTAATCATTATTTAAATTGATATTGTAAAATGCCCAGAATTTAAGAATTTAAGAATTTAAGAATTTAAGAATTTAAGAATTTAAGAATTTAAGAATTTAAGAATTTAAGAATTTAAGAATTTAAAATGAGAATTTTAGGAGGATTAACTATGAAGGTAGCAATATTTTTTGGAAGTAAATCAGATACAGAAATCATGAAGGGAGCGGCAAATGCTTTAAAAGAATTTAATGTTGATTATAAAGCATATATCCTTTCAGCACATAGAGTTCCAGAAAAACTAGAAGAAACTATAAAAATGGTTGAAAGCAAAGGGTGTGAAGTAATAATTGCTGGGGCAGGACTTGCAGCACATTTGCCAGGAGTTATTGCATCAAAAACAATACTTCCTGTAATTGGAGTTCCAATTAATGCAGCACTTGATGGACTAGATTCATTACTTTCAATAGTACAAATGCCAAAATCAATTCCTGTTGCAACTGTTGGAATAAATAATAGTTATAATGCTGGGATGCTAGCATTACAAATGATAGCTTTAAAAGATGATGAATTAAGAGAAAGATTAATTGAATTTAGAGAAAATATGAAAAAGAATTTTATAGATGAAAATGGGGAAGGGGTAGAACTATAATGGAAAAATTAGAAATGTTATATGAGGGAAAAGCAAAACAAATATATGCAACAGATAAGGCTGATGAAGTAGTAATTTACTATAAAGATGATGCAACAGCATTTAATGGAGAGAAAAAAGGACAAATTACAGATAAAGGCGTAATGAATAATAAGATTACTTCAATCTTATTTGAACAATTAGAAAAGCAAGGAATTAAAACTCACTTCATTAAGAAATTAAATGATAGAGAACAATTATGTAAAAAAGTTAGCATAGTGCCTCTTGAAGTAATTGTAAGAAATGTTGCAGCAGGTAGTATGGCTAAAAGATTAGGCCTTGAAGAAGGAACTAAGCTTAAAACTACTGTATTTGAATTCTCTTACAAAGATGATGAATTAGGGGATCCATTAATAAATAGTTATCATGCAGTAGCAATTGGAGCTGCAACTTTTGAAGAAATAGATACTATTTTAGAGATGACAGCTAAAATTAACAACATATTAAAAGAAGCATTTGCAAAAGAAAATATTAACTTAATTGATTTTAAAATAGAATTTGGTAAATGTGCAGATGGAACTATAGTTTTAGCTGATGAGATTTCACCTGATACTTGTAGATTTTGGGATGCTACTACAGGAGAAAAATTAGATAAAGATAGATTTAGAAGAGATTTAGGTAATGTAGAAGATGCCTATATTGAAATCCTAAAGAGAATATCAAAATAATATTATTAAATTAGTTTATGATTTGGCAACGTGCTTATATAAAAATAAATTATTTAGAAGATAATATAAATTTTACATTAAAAGCCTTAAATTAAGTTGAGAAAGGAATATGTAGATGACGAATTCAGAGTTTGAATTAATTATGGATCCAAGCTTAGATAAATTTAAAGATGAATGTGGAGTTTTTGGAGTTTATACTAATAAGCCTTTAGATGTTGCATCAATGACTTACTATGGTCTTTATGCACTTCAACATAGAGGGCAAGAAAGTGCAGGAATTGCAGTAGCTGATGGGGAAAAAATAGAAATGCATAAGGGGCTAGGATTAATTACAGATGCATTTAAACATGAGGATTTAGAAAAGTTAAAAGGTCATATAGCTATAGGTCATGTAAGATATTCAACAGCTGGTGGCAAGGGAATAGAAAATGCTCAACCAATACTTACTACTTCCAAAATAGGTTCAATTGCAATGGCTCACAATGGAAATTTAGTTAATGATGATGTTATAAGAGAATTACTTGAGGACGCTGGGCAAATATTTCATACATCAAGTGACTCTGAAGTAATAGCATGTCTTATAGCAAGAAGTGCAAAAAAAGGTCTTACAAGGGCTGTAGTTGATGCAATCTCTGCGATAAGAGGGTCATTTGCATTAACAATTATGTCAACAGATAAATTAATAGGGGCTAGAGATCCTCATGGAATTAGACCACTTTCGCTTGGAAAAATTGATGAGGGATATATATTAACATCGGAAAGTTGTGCTTTAGATGCAATAGGTGCAGAGCTTGTAAGAGATATTGAACCAGGGGAAATAGTTATTATAGATGAAGATGGTATTCACTCTTATAGATATTCAGAAAATACATTATGTCATACATGTGCTTTTGAATATATATATTTTGCAAGACCAGACTCTAAGATTGATGGATTAGAGGTTCATACTTCAAGAGTTAGAGCAGGTGAACAATTATATAAAGAACATCCAATAGATGCTGATTTAGTAATTGCAGTTCCAGATTCAGGAATACCAGCAGCTATAGGATATGCTAAAGCTTCAGGAATTCCTTATGATACAGGATTTATTAAAAATAGATATGTGGGAAGAACATTTATATCACCTTCTCAAGAAATTAGGGAAAGAGCAGTTGCAGTTAAATTAAATCCACTAAAAGTAAATATTGAAGGCAAAAGGGTAATCTTAATTGATGATTCTATTGTAAGAGGAACAACTTCAAAGCATTTAATAGAATCACTTAAAAGTGCTGGAGTTAAGGAAATAAACTTTTTAATAGCATCACCAGGGGTTAAATATCCATGTCATTTTGGTATAGATACACCATATAGAAGTGAACTTATTGCAGCCAATAATTCAGTAGAAGAAATAAGAGATATTATTGGAGCTGATTACTTAGGATACTTAAGTGAAGATGGTGTAAAAGAAAGTTGTAGAGGTAAAAAAGGATTTTGTATGGGATGCTTTAATGGAATTTATCCAGTAGCTACACCAATTGAAACGCCAAATCAGTTTGAAAGGTAGGGTTAATATATGATTACTTACAAAGAAGCAGGAGTTAACATAGAAGAAGGTTATAGATCAGTAAAGTTAATAAAAGAATATGCAGCTAAGACTATGAGTGAATATGTTTTAAATGGGCTTGGAAGTTTTACAGGTATGGTTGAACTTCCATCAGGATATGAAAAACCAGTGCTAGTTTCAGGAACAGATGGTGTTGGAACAAAGTTAGAAATAGCATTTAAAAATAAAAAGTACGATACTGTTGGAATTGACTGTGTAGCTATGTGTGTAAATGATATTTTATGTCATGGAGCAAAGCCATTGTTTTTCTTAGATTATATAGCTTGTGGAAGACTTGAAGCAGAGGTTGCTTCGGATTTAGTTAAAGGAATTTCAGATGGATGTATTCAATCTGATTGTGCTTTAATTGGTGGAGAAACAGCAGAAATGCCAGGATTTTATGATGAAGGCGAATATGATATGGCAGGATTTGCAGTAGGAATAGTTGACAAAGAGAAGATAATAAATGGTAGCAGAATTAAAGAAGGAGACAAACTGATTGGTATTGCCTCTTCTGGAATACACTCTAATGGTTATTCTTTAGTAAGAAAAATATTCACAGATTTAAATGAAGATTTTAAGGGTGAGGAAGTTTGGAAAACATTAATTACGCCAACTAAGATTTATGTTAAGCCGATACTTAATTTACTTGAAAACTTTGATATTAAAGGAATGGCACATGTTACTGGTGGAGGATTTATTGAAAATGTTCCAAGAATGTTTAATGGTAGAGAATTAACTGCTGTAATTAATAAAGATTCTTATCCACTTCCAGCTATATTTGAAAGAATCATTGAAAAAGGTGTAGATAAAGATCATATGTATAACACTTTTAATATGGGAATTGGATTTGTTCTTGCAGTAAATGAGAAAGATGTTGAGCCTATAATAAAAGCTTTAATCGCAATGGGTGAAAAAGCTTATGAAATAGGATATGTAACATCTGGAGGTGAAGGTGTTTGTTTAAAATAGCAGTTTTGGTTTCAGGGGGTGGAACAGATCTCCAATCAATAATCGATGCAGTAGAAAATAAAGAAATAGAATGCAGTATAGAAATGGTAATTGGAAGTAAAGAAGGAATATATGCGTTAGAAAGAGCTAAAAATCATAATATACCTACTTATGTTGTTAGTAAAAAAGAGTATAAAGATAAATCTTCAGATAAAATTTTGCACCTTATAAAAGGAAAAGTAGATTTAATTGTTCTTGCAGGATATCTAGCTATATTAGATGGAGAGATATTAAAAGAATTTAACAACAAAATAATAAATATTCATCCATCATTAATTCCAGCTTTTTGTGGATCAGGAATGTATGGGTTAAAGGTTCATGAAGCAGTTATAAAAAGTGGAGTTAAATTTTCAGGATGTACAGTTCATTATGTGAATTCTGAAGTTGATGGGGGTGCAATATTACTACAAGATATTGTACCAGTTTATTTTGAAGATGATGCAAAAAGCCTTCAAAAGAGAATATTAGAAAAAGAACATATGCTATTGCCAAAAGCAATTAAGTTAATTAGTGAGGGGAAAGTTGAAATTGTTGATGGTAAAACAAAGGTAATTGAGATATAAAAATAAGCTGTATTTAAAAATATGGTTGTTATATGTATAAGTAAAAGTAAATTGAGTAATTGAAGTTAATAATACTAAAATCTCAATTATAATACCATTTTATTTAGTACATATATCAATAAATATAACTTAATAAGTGGAGGTTTTTATGAAAAAGAGAGCTTTAATAAGTGTTTTTAATAAAGATGGAGTTTTAGATTTTGCTAAATTTTTAGTTTCTAAAGATATTGAAATAGTATCAACTGGTGGTACTTATAAATACTTAAAAGAAAATGGTATTGATGTAATTGAAATTAATGAAGTTACTAATTTCCCGGAAATGTTAGATGGCAGAGTTAAAACGTTACATCCTTTAGTTCATGCTGGTATTCTTGCAATAAGAGATAATAAAGAACATATGAAAGTACTAGAAGAAAGAGAAATTCATACAATAGACTATGTTGTAGTTAATCTTTATCCATTCTTTGAAAAAGTGAAAGAAGATTTAACTTTTGAAGAAAAAGTTGAATTTATAGATATTGGTGGTCCTACAATGCTTAGAGCAGCAGCTAAGAACTTTCAAGATGTAGTTGTAATTTCAAACATAAATGATTATGAAGTTGTTAAAAGTGAAATAAAAAATGATGGACAAGTATCTTTAAAGACAAAGAAAAAGTTATCAGGTAAGGTATTTAATCTTATGAGTGCATATGATGGTGCCATTGCAAACTTTATGTTAGGTGATGAAGAAGAATATCCAGAATATCTTTCAGTTTCATATAAGAAAATGCAAAACTTAAGGTATGGTGAAAACTCTCATCAAAGTGCTGCTGTTTATTCATCAACAATGGTTGATGGAGCTATGAATACTTTTGAAACTTTAAATGGTAAGGAATTATCATACAATAATTTTAAAGATGTTGATATAGCATGGAAATGTGCCAATGAATTTGATGAGCCAGCATGTTGTGCATTAAAACATAATACACCATGTGGGGTGGCAACTGGTGAAAATTCTTATGAAGCTTATATGAAAGCATATGAAGTAGATCCAACTTCAATATTTGGCGGAATTATTGGATTTAATAGAAAAGTGGATAAGAAAACAGCACAAGAAATGGTGAAAATATTCTTAGAGGTTATAGCAGCGCCTGATTATGATGAGGATGCTTTAGAAGTATTAAAAACTAAGAAGAATTTAAGGGTACTTAAGTTTCACAATACTCCAAAGGCTGAGAAGTGCATGGTAACAGTTGATGGAGCAATACTAGTGCAAGATGAAGATAATAAACTTATTGATGAAATTAAAGTGGTAACTGAAAAGAAACCAAGTGATGAAGAGATGAAAGATTTATTATTTGGAATGAAAGTAGTTAAATATGTTAAATCTAATGCAATTGTTGTTGCACATAATGGAATAGCATTAGGTATTGGAGGAGGTCAAGTAAATAGAATTTGGCCAACAGAAGATGCATTAAGAAGAGGTAAAGGAGCTACAATATTAGCTTCAGATGCGTTCTTCCCATTTAGAGATGTTGTTGATAAAGCAGCTGAAGGTGGAATTAAAGCAATAATTCAACCAGGTGGATCTATGAGAGATCAAGAGTCTATAGATGCTTGCAATGAACATGGAATAGCAATGGTGTTTACAGGATTCAGACACTTTAAGCATTAG

Protein sequences of DBSCAN-SWA_4

>NC_018648|1127458:1137693|1127458_1131205_+|WP_012424797.1|DBSCAN-SWA
MLNIKSIFVEKKSGFDVEAQGLLRDFKENLGVTNLESVRLINKYIISDISEDYYNKALHTIFSELTVDNVYESELPINEDEIAFSVEFLPGQYDQRADSASECISLLTEEDKSYIKSAKIIALKGNITKKEIDKIKLYYINPVDSREVDINSKDITSTSNIPKDVLILSGFIDKNLEELQEFHSDYGLAMSVEDLVMIKDYFKKENRNPSITEIRVIDTYWSDHCRHTTFSTILENIEFEDNKYTSPIKKSYENYIKSREYVYGEKQKNKTLMDIAVIGMKELRKRGKLDDLDISEEINACSINVKVETDKGLEDYLVMFKNETHNHPTEIEPFGGAATCLGGAIRDPLSGRTYVYQAMRITGSGDPTLPIEKTLKGKLPQRTITLGAAHGYSSYGNQIGLATGQVQEIYHPNYIAKRMEVGAVIAAAPKENVVREEPKLGDVIILLGGRTGRDGVGGATGSSKEHTIDSLNECGAEVQKGNAPTERKIQRLFRNPKVAKMIKRCNDFGAGGVSVAIGELCRGLDIDLDKVTKKYEGLDGTELAVSESQERMAVVVTKENADEFIRLSNEENLEATLVAHVTDTDKLRLFWRGKKIVDLDRSFLDTNGASQKVSVKVKCPVQYPYEIYDVNVKDTWINNLKDLNIASQKGLVERFDSTIGAGTVIMPFGGKYANTPAEGMAAKIPVLGGESKDATIMTFGFNPYLGTWSQYHMAYYSVIESITKLSAMGGDYRKARLTFQEYFEKLGKDEIRWGKPFAALLGAYEAQMQLGIAAIGGKDSMSGSFGELDVPPTLVSFAVGVEKASKIISPEFKGVNSKLVLLKTEKLEDGTIDMNKFKKNLEVLYKLIGEEKVISASAVKFGGVSECLTKMSLGNKIGIEFNNLTKDELFGFNYGSLLLEVKNEIDINEEFKDCLYKEVGKTISPSTIISKEYDLELDIENLEEIYEKKLNSVFKIKTEDVSQKIETVLYEKKEISSPAIKLAKPRVVIPVFPGNNCEYDCRRAFEKEGAEVSEVVFRNITKEALVESIERLKSEIDKSQIIMIPGGFSAGDEPDGSGKFIATVLRNEKIKESVMELLKNRDGLALGICNGFQALIKLGLVPCGEIVDIREEMPTLTYNNINRHMSSIVRTKVVSNKSPWFNEVNVGDIHSIAISHGEGRFVAPEDLIKELINNGQVATQYVDLQGDVALNMPYNPNGSMYGIEGITSPDGRVLGKMAHSERIGENLYRNIPGNFDQKIFKSGVNYFK
>NC_018648|1127458:1137693|1136187_1137693_+|WP_012424513.1|DBSCAN-SWA
MKKRALISVFNKDGVLDFAKFLVSKDIEIVSTGGTYKYLKENGIDVIEINEVTNFPEMLDGRVKTLHPLVHAGILAIRDNKEHMKVLEEREIHTIDYVVVNLYPFFEKVKEDLTFEEKVEFIDIGGPTMLRAAAKNFQDVVVISNINDYEVVKSEIKNDGQVSLKTKKKLSGKVFNLMSAYDGAIANFMLGDEEEYPEYLSVSYKKMQNLRYGENSHQSAAVYSSTMVDGAMNTFETLNGKELSYNNFKDVDIAWKCANEFDEPACCALKHNTPCGVATGENSYEAYMKAYEVDPTSIFGGIIGFNRKVDKKTAQEMVKIFLEVIAAPDYDEDALEVLKTKKNLRVLKFHNTPKAEKCMVTVDGAILVQDEDNKLIDEIKVVTEKKPSDEEMKDLLFGMKVVKYVKSNAIVVAHNGIALGIGGGQVNRIWPTEDALRRGKGATILASDAFFPFRDVVDKAAEGGIKAIIQPGGSMRDQESIDACNEHGIAMVFTGFRHFKH
>NC_018648|1127458:1137693|1134435_1135437_+|WP_012422618.1|DBSCAN-SWA
MITYKEAGVNIEEGYRSVKLIKEYAAKTMSEYVLNGLGSFTGMVELPSGYEKPVLVSGTDGVGTKLEIAFKNKKYDTVGIDCVAMCVNDILCHGAKPLFFLDYIACGRLEAEVASDLVKGISDGCIQSDCALIGGETAEMPGFYDEGEYDMAGFAVGIVDKEKIINGSRIKEGDKLIGIASSGIHSNGYSLVRKIFTDLNEDFKGEEVWKTLITPTKIYVKPILNLLENFDIKGMAHVTGGGFIENVPRMFNGRELTAVINKDSYPLPAIFERIIEKGVDKDHMYNTFNMGIGFVLAVNEKDVEPIIKALIAMGEKAYEIGYVTSGGEGVCLK
>NC_018648|1127458:1137693|1132175_1132883_+|WP_012424889.1|DBSCAN-SWA
MEKLEMLYEGKAKQIYATDKADEVVIYYKDDATAFNGEKKGQITDKGVMNNKITSILFEQLEKQGIKTHFIKKLNDREQLCKKVSIVPLEVIVRNVAAGSMAKRLGLEEGTKLKTTVFEFSYKDDELGDPLINSYHAVAIGAATFEEIDTILEMTAKINNILKEAFAKENINLIDFKIEFGKCADGTIVLADEISPDTCRFWDATTGEKLDKDRFRRDLGNVEDAYIEILKRISK
>NC_018648|1127458:1137693|1131696_1132176_+|WP_003371243.1|DBSCAN-SWA
MKVAIFFGSKSDTEIMKGAANALKEFNVDYKAYILSAHRVPEKLEETIKMVESKGCEVIIAGAGLAAHLPGVIASKTILPVIGVPINAALDGLDSLLSIVQMPKSIPVATVGINNSYNAGMLALQMIALKDDELRERLIEFRENMKKNFIDENGEGVEL
>NC_018648|1127458:1137693|1132998_1134426_+|WP_012424148.1|DBSCAN-SWA
MTNSEFELIMDPSLDKFKDECGVFGVYTNKPLDVASMTYYGLYALQHRGQESAGIAVADGEKIEMHKGLGLITDAFKHEDLEKLKGHIAIGHVRYSTAGGKGIENAQPILTTSKIGSIAMAHNGNLVNDDVIRELLEDAGQIFHTSSDSEVIACLIARSAKKGLTRAVVDAISAIRGSFALTIMSTDKLIGARDPHGIRPLSLGKIDEGYILTSESCALDAIGAELVRDIEPGEIVIIDEDGIHSYRYSENTLCHTCAFEYIYFARPDSKIDGLEVHTSRVRAGEQLYKEHPIDADLVIAVPDSGIPAAIGYAKASGIPYDTGFIKNRYVGRTFISPSQEIRERAVAVKLNPLKVNIEGKRVILIDDSIVRGTTSKHLIESLKSAGVKEINFLIASPGVKYPCHFGIDTPYRSELIAANNSVEEIRDIIGADYLGYLSEDGVKESCRGKKGFCMGCFNGIYPVATPIETPNQFER
>NC_018648|1127458:1137693|1135424_1136039_+|WP_012425200.1|DBSCAN-SWA
MFKIAVLVSGGGTDLQSIIDAVENKEIECSIEMVIGSKEGIYALERAKNHNIPTYVVSKKEYKDKSSDKILHLIKGKVDLIVLAGYLAILDGEILKEFNNKIINIHPSLIPAFCGSGMYGLKVHEAVIKSGVKFSGCTVHYVNSEVDGGAILLQDIVPVYFEDDAKSLQKRILEKEHMLLPKAIKLISEGKVEIVDGKTKVIEI

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012424797.1|1127458_1131205_+	phosphoribosylformylglycinamidine synthase	A6N228	Microbacterium_phage	7.4e-30	29.4
WP_003371243.1|1131696_1132176_+	5-(carboxyamino)imidazole ribonucleotide mutase	A0A2P0VNU7	Tetraselmis_virus	6.3e-27	45.5
WP_012424889.1|1132175_1132883_+	phosphoribosylaminoimidazolesuccinocarboxamide synthase	A0A0E3FUQ7	Synechococcus_phage	4.8e-47	44.8
WP_012424148.1|1132998_1134426_+	amidophosphoribosyltransferase	A0A0M3SGR2	Mollivirus	2.8e-54	32.3
WP_012422618.1|1134435_1135437_+	phosphoribosylformylglycinamidine cyclo-ligase	A0A1D7SR00	Cyanophage	1.1e-68	46.9
WP_012425200.1|1135424_1136039_+	phosphoribosylglycinamide formyltransferase	R9S626	Prochlorococcus_phage	9.3e-23	36.6
WP_012424513.1|1136187_1137693_+	bifunctional phosphoribosylaminoimidazolecarboxamide formyltransferase/IMP cyclohydrolase	E3SNU8	Prochlorococcus_phage	2.8e-36	46.6

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>NC_018648|1988427:1996564|DBSCAN-SWA
CCTATTTCTCAATTTTTAGTTTAATTTCTTTAACATCCTCTTTTATATCTTCTACAACATTAAATTTATCTGCCATCTTATCTAATAGCTCCTGGTATTTTAATTCTCTTTCTCCTGTAGTTTTAAGTACATATACTAGTAAACATGCAAACATTCCATATCCTAATCCTTGTCCTAATGCTACTCTTATTAATTCATCCATATAACACCTACCTAATATTTTTTATAACAAAAAAACACCTACTTTCGTAAGTGTTTCTTATTTACTAATATCTTCTTATTTCAAAAAAAGTTATTTTATCATGTACAACATACTCATTTACTGATATCTTTTCATTTACATCCTTATCGAATCTATAAGTTTCTTTGTCATGTTTATCATACCAGTCAATGAATTTCTTTGCTTCTGATGTTGTTACATCATATACTTTTGTTTCTCCATCTACTAAGTTTATTATTAATATTGCTCCAGTTTTATTTGAATCATCTTCATCTGGCTTATATGGTTCTTCAGGTTGTTCTATTTCTTCGTATGGTAATAATACCCCATCTATATCTATTGTATCTATTTCAATATATTTACTATCATCTTCTTTTGATATTTTTACTGTATGTGTTCCATTTTTTAATGAAGTATTTTCATATAATAGTATCATACCCTCTGATTTTGCTTTTATATTTTGTGAATAAGTATCAATTATTTTGTTATCAATAGTTATTTTTATATTATCACTAAATCCAGTTTCTTGATCCGCATTTGAAATAATTCGTATCTTTGAGCCAGTAAAATTAAATCTTGCTTCTCCATATCCTATATTAGCATGTAGCATCCCATTTTGTGACTCAATATTAGTTCCATAGTACCATCCATCTCCAATATAACTAATATTGCCATCATTATCATCATATCTTCTCCAACCTTCTTCTGGTTGTAACAATTGTTCTCCAACTGTTGCTGCATTAACTATATTTCTATTTTGAATTGCTCCAATTCCCATGATAGTTAGTACCATTACAAACATTACAAGTATCTTTTTAAAACAATTTTTCATTATATATTATTTCTCCCTTATTTCCATTATTGAACGCGTTCATAAATTATTTTAACTTTATATATGGTAAAATCCAACAATAATCGTAATACAAATTCCTTTATATCTAAGAAATTTAATAATTTTTTACTATTTATAATATAATTTCTTTTAATTCCTATCTGATGATAAAGAAAAAAGAGTGTAGCATTAAACTACACCCTACCTTGGACAATTTTTGTTAATTATTCAAATATATTTTCTAATAACTTTTTCATACTTTCAAACTGCGGATATTTACTATCAGTATTTTGTTCATTTTCATTTATTAGCCCATATCCTAATTTAACAGTATCAAATTCCTCAATATCTTTTTTCTTTTTGATAATAGATTCTTTTGTTAATTCTATGTCTTTATCTAATTTTTCATCTTCTGAAAGTTCTTTTGAACCTCCATATGTCGCACTCAAAGTTGGATACTTTCCTAATTTGTTTAACAGTATCCTATATTTTGATTTATTTATCTTGCAACTCATATTCCATACAGCATAACAGCCAACATACCATTCTTCCTCATCATATTTATCAATTTTTATTTTAGCACTTCCATAAACAGCTTCTATTTCTTTTGATCTATCATTAATTGTAAATCCTTTTGCTTTAAAGAAAGAAATAAAGTCATTATGGGCTGCAACAATGTAATTATGCCTTCTTTCATTAGATAAGTTTTCATATTTGGATCCATATTGTCGTAATTCTTCCTTTAAATTTTCGAGTTCCTTAATTTTTTGTAAATTCATAAAATCCTCCTAATTTATTGTCCAAGCTATATTAATTATACAATTTATATAAAATTTACAAAATATTTTTATTACAAATAATTAATTAAATTCCCTTGTAAGCTTATATTTATCATCTCCATTTTTAATATTTACTCTTTTATATATATTTAAAGTTATATTTTTTATTTTTTCTAATTCATCTTTTGTAATTAATCCATCAGTATCAACTTCTGTATTAATTTTTACATGAACATTACAATCTTCTCCTTCTTGCTTAAAATGTACCTCAAAAATTTTTTTATTAAACATATCTATACTCCCTTCACTTATTGGCAAATAAAAAGAACCTTAATGTTCCTGATTTATTACCTTAATATTAAATTATTTTTCTACACTTAATATTCCTATTGCGAAACAACTTCCTTATCTTCTGCTTTAACATTAACTGTTAATAATTCTAAAATTTCTTGATATTGTTCTTGTATAAGTAACTCATTCATTAAAAATATGCCTATATAAACCTTTTGTTTTTCAACATATTCATTTGTTAATAACCCTCTTTCAATTTTTCTTTCATATTGTTTTTTACAAGTTTCAAACATACATTATACCTCCTATTGATTTATTAAGTTTTTAGCTGTAAGCTCAATAACTTTATCTGTTAATTTAAGACTTTCTAATTCTTTATTTTCAAGATTTTGATTCTTAATTTCTAATTCTTTATTTTTCTTCTCTAATTCTAAATTTTTAGCTTCTAACTCTCTCTTAAGCTGTTCTTTTTCTTCATTTGTGGCTAGTCTATCTGTTAATATAAACTTATTAGTTTCTAAGTCTACTCCTATAACCTCTTTATTTTCTGCTACTTCTTCTACCAAACAACTATATTGTTCTATAGCATTAGTTTGTGTAAATATAAGTTGTCCTTTGCTGTTGTATACTGTTAATATTTTCATACATTATTCTCTCCTTTCTAATCTCCAAATGCATAATAAGTAAATGTTTTTGCATAAGTTGAAAGATCTATAGGAATTGTATTATTATTTTGATTTACTCTATAACAATTTACCCTATCATATCCACTACTAGATTCATCATAAATAGCAATACATATATCATTAAATTTTACTGAAATTGAGTTTGTATAACTATTAGAATGTATAATTAAAAACTTTGCTACGAAATCTAATTCTAAAGAAATTTCGTTAACATTTCTTGTAGAATTAGTAAGAGTATTATTTTCTAAATTAACTACATTATAAGACTTAGTTTGTAGATTAGATATATTCAAAGTTCCACTTTTAAATTTCTTCCCACCTAAACTCTCTATAGTAGCACTCCCATTTATTTTATTCCCATTTACCCAAGCAGAAAATCCAGATAATATTTGAGATGCTGTAGCATTTGCACTTGTTTGGCTTGCAAGATTATTAGCAATCGCCTGTCCCCCACTATAATAACCTTCTTGTAAATTAAATGTTCCACCACAATTTAAATTTACAACTGGAGCACCCCTGTTAACCATAGAACCATCTACTCGTCCATTATCTCCATCTCCATAATAACCTTGTAATAGATATTTAGGAATTAGGTTTCCACCACCTCCTTTACCCTGTAATATAAAATCCGAGCCATTATAACATAAGTTATATGGAATATTAGATTTAAGATTAGTAACTATATTACCAAAGCTGTCTTTAATGTTTTTTACTCCATAATTGTTTAAATTCAAACTACAATTACCATTAGAATCTGTATTAACAAACAAAGTACATCTTGTACCTTTGCTTAGTTTAGTTATTCTAGCTGTAGAACCAACATAAATATTAGTTCCTGTTGCTTCTACTATTGGATAACTATCGTTCGCAATATCTTTCAATTGTATATTTATATCTGTTCTTAATTGTTCTACTTCACCTTTTTTAGCAAAGATAATAGTTGGATCTACTTTAAGTTCTACTGTATCTGTATTAACTACACATAGTATTAAATCTAGTAAGAGCTCTTTTGTACTTCCATCTGCTATTACAGGCTTATAAGTTTCAGCACATTTACATATTCCTATAAGATTATTTTCATCATCAAAAGCGCCATATTCTCTTATAGTAAATCCTCCAACTGTACTTGGAATCATAACTTCTATGTGAATCCAGTTTGGATTTTCTTCATCAACTGTAACATGATTTATATTTCCTTCCCAAACAACATTTTTTAAATCAGTTTGGCTTTCTGTAGGCTCATAGTAACTACCACCTCCATCTCCTACTTTCATTTTTGAAAAGTTTACTTTAGTGCCTAATCCTATAGAATTAGCAACTTTAGCTTTTCCTATATTGGTTAATATGCTATAAAATTTTTCTGCCACTATAATCCCTCCTCTACTGGATATGTTCTAATGTTTTCGAAACTTTTAGGCTGCATTAATGGGATTTTAACATCTGCTTTATAAGCTAGATTATTAGGTGTCCATGGAAAAGTTTTTATTATTTCTCCCTGTAAGCCAACCATAACTACTCTAAAATCTGTTTCTGTAATTGCTCTTAAAATATAGTTAGTATTTAAATGACTTGGTTTTACTTCTCTTATAGAATCATACAAAGTATCAAATCCTTTAGAAAAACCACTATGACTTAATAAATTAATTTGAAAATAATACTCTGAATTATGCTCTATAACTTCAACATCTTCAACAAAGCTTTTACATATGTTTTTGATTGCTTCTATTGTAGTTGTTCCTTGCCCTCTAAGTTTAGCTAAGATTCTACTTCTTCTAATAGAATAACTATCTCCTATATTGCTTTGTATTCCTAATTCCTTTTCCCAAGTGTCTAATCCCCAAGTTGCAGTTTCTACAAAGCATTGATTAATTAAATCTTGTATATCTGCATTAGTGGAATCTATTTGCTTTTGCTGTTCTTCATAAACTTTAGATAAAATTTTATCTCCACTCAAAAAAGATGGTACATAATCTTTAAGTTGCATTACATACCACCTCACCAAGAACAGCTATTTGATTGTCATTTACAGTTACATTAGTAGCGCTACTATTAATGGTTAAATTATTATAATCTTCAACTCCATCACTAGATAAAATTAAAGCTCCAATCTTAGCAATACTTATATAGTTAATATTTAAAGCTACTTTTTTTAAGTATTCTTCTATAGAGTTCCTTATATTTTCTTTAATCTTATCTAGTGTAGTTTCTTTAGAATTATAAATTAAACTTACAGATATATTTAAAAGTAATTCTTCTACAGAAACTACAGTTACAGTTGCTCCTATAGGTCTTACTTCTTCTATATGCTGCTTAACTTTATCAATTAATTCTTTACTAGCAGCTCTTTTATTACTATTAGAAATAACACATTTTACAGTGCCATTTCCATTCCAAAGTGGATATACTTTTGCACTTCCACAGCCTTCTGTTTCCAGACACCATTGTTTGTAATGATAGTCGTTTCCTGATGTCACTGGAGTTTGTACCTTTAACAAGTATCTAGCGTATAAATCTTCATCTGTTTCTTGGGCATAACCATTAGTTGCTGCTTCTTTATTGGCAATACTAGTTATCCCATTATATTTTATCGGTAAATAATTTATCTCTCCAACCTTCGCATTGTATTTACTACCTGGGTTCTCTGCTTTTATAATAACTTTTCCATGGCCATCTTGATCTAATACTAAATCATTTTGTGTTAAATATAATCTGTTATCTTTAATTCCTACAATACTATTTGCCTTTAAATTTGCATTTGGAGAACCATTTACATCAATTTTAGTGCTGGCATAAGTTGGTTGTTTTCTTTCTATTCCAACTTCTTTTATTCTCATTTCTAGATAATTAGAATATCCACTTTCTAAAGCAGAACTAGCAAATACTTTTTTTGTAGCTTCATCTAAATCCAATAAAGCAGTTGATAATTTAATACATACTGGCATACAAGAGTTATAAATCAAACTGCCTTCACTTGTATCAGTTTCTGTATATCCTAAGAACATTTCTTCATATATGTCCTCAGCGCTTCTGTAATAAACCATAAAATCACCTCCTAATCTATATCTACATAAAAACTATCATCTTTATTTCCATAGATACTTTCTATAGTATAATTTATCTTATAACAGCTCTTTTCTAATTCTGTTAAAAAATTACTTATTCCAGTTACATAAGTTCCATCCACTAGGCAATCGTGAAGCATTTGATATGCATAAATATCACCATTGCTCTTACTTTTTCCTATAAGCTTATGAAGTTTACTTCCAAAATTCTTACCATAGATTAAATAACCTTCACCTGCTAATGGATCTATTTTCTTTGTGTGTATTTTCCTCCATGCCTGTACTATTACTGCATCTAATCCTTCTACAATTATTGCATTCTTATTTTTATCAAGTAATATCTCGCCTGTATCAAGATTTATTGCATAATCCTTTAACAAAGGTATTTCCTTTTTCTTTTTTATATTTGTTTTAGTATTATAAAAATCTTCTGGGAAAAATCCCATTATTCAAGCACCTCCAATACACAATACTTTTGATATGTTTTCACTTGTTCATCATAATTAATGCCATAACAAGCAACGTTTAATCCAAGCTTTAGCTTTGAACGATGGTGTATAGTTGTGATAGTGTGACTATGTTTATCATTCATACTGGTTGTAATATTAACTTCTTCATCCCATGCTAGTAAGTGAGGATTGATATATAAATTTTTTTTATATAAAGGAAGACCCTCCAGCTCTACAACCAAAGGGTCTATTGAAGTAACTTTTCCTATTTCAAAAGGTTCATCAATTGTGTTATTTTTTTGTTGTAAATCTATAGAGTTCCAAAATTCATCAAATGATGAAGACATCATATCACCTCTTTTTACTTTAATGCATTTTTAGTTTTTAATATATTGTAGGCTTTTAATACTTTTGAAGCATAATATTTCTTTTCATTAGCATCCCAAGTAGGATTATGAGATTTAACATAGCTATATAGTGCATCTCCTAATTGCTTAACTGTTACAGTTGATGTATTATATCCATTTTGCTTACAGGAATTCAGAACAGTACCTTCACCACTGTTATAAGCTGAAAAAATTACATGAGATTGAATGCCAACAGCACTCATTTTTTGCTTATATTCTTTTAATCCCTGCTCTATATTATTAGCTGGGTCTGATGAACCTCCACTTACTTGCATTAATCCGTAATACGAACCTCCACAATAAGGATTTCCTTCACTTTCTATTGCAATAATTGCAGCAGTAACATAAGCATCTATTTTATATACATTAGATTTATTTATAATAATATCTTTAAAATTATATTTGCTCATATTAGAAATAAATGTATTACAATTACCTTCAACAGCAGTTAAATTACTCACATATTCATCTGGAACACCTTCAATATTAATGTCTGCATATCCAGTCTTACTTACTGGTATTACTCTTTTAACAGAATAAATATCTGTTCTTGTAACATCTACAGTTTTTACTACATCTCCAGTTCTTGGGGCATGAAGCATTTTATTATCACCAATATAAACACTAACATGAGCTGGTGCTGGATAACTACCATTACCAATCCAAAATAATAAATCTCCTGGTTCCCAACTCTCTTTACTATTTTTATCAACCTCAGTTCCTTGTTTACATTGCTCATAAGTAGTCCAACCAAGTGTTAGTCCTAATTCTGCTTTGTATTGGTTGTAACAATATTCTACTAGACCACTACAGTCAAATGTATCTGGTCCATGTGCACCCCAAACATATGATTTGCCTTCTTGTTGTTTTAAAACAGAATAAATTTTTTCCCATAAAGCAGAACTTGAAGCTGAACTTCCTTCTTCATCTTCATCATCATATAAATCTGTCCATTCCATTTCATCCATAACACGTGATGGTGTTAATGTAAGCTTACTTATAAATAAATTATTAGATTTCCATTCGTGTTCTACTTCTTTAATATACATAAAACAATCTTCGTAACCTTGCAAAAATGGCGCAACTAAATGAACTCCAAAACCTACTCTATAGTCTATATCTCCAATACATTCTACTTCTATAGTTTGCTTAGGCTTGCAGTTCTCATTTAATATTCTTTTTGCTTTTAAAGTTGGATCTTCTTTTTTAGATTTAAAAATAATATCCTGTATAAGTCCATATTTTTTAATAATACCACTAGGAGCTGTTAAAGTATTATTAATTGCCTTAGCTTCTTCTCCAGTTGTTTGATCTGTTAAATTCTTTAATCCTAATAATTCATTTACTTTTTTAGTTCCTAGTGTTTGTGCTTTTCCAATACTCATATGTTCAAGTTCAGGAGATTTAGCCAT

Protein sequences of DBSCAN-SWA_5

>NC_018648|1988427:1996564|1988427_1988628_-|WP_012423300.1|DBSCAN-SWA
MDELIRVALGQGLGYGMFACLLVYVLKTTGERELKYQELLDKMADKFNVVEDIKEDVKEIKLKIEK
>NC_018648|1988427:1996564|1990643_1990841_-|WP_012425575.1|DBSCAN-SWA
MFETCKKQYERKIERGLLTNEYVEKQKVYIGIFLMNELLIQEQYQEILELLTVNVKAEDKEVVSQ
>NC_018648|1988427:1996564|1990338_1990548_-|WP_012425395.1|DBSCAN-SWA
MFNKKIFEVHFKQEGEDCNVHVKINTEVDTDGLITKDELEKIKNITLNIYKRVNIKNGDDKYKLTREFN
>NC_018648|1988427:1996564|1989702_1990257_-|WP_012422817.1|DBSCAN-SWA
MNLQKIKELENLKEELRQYGSKYENLSNERRHNYIVAAHNDFISFFKAKGFTINDRSKEIEAVYGSAKIKIDKYDEEEWYVGCYAVWNMSCKINKSKYRILLNKLGKYPTLSATYGGSKELSEDEKLDKDIELTKESIIKKKKDIEEFDTVKLGYGLINENEQNTDSKYPQFESMKKLLENIFE
>NC_018648|1988427:1996564|1994286_1994742_-|WP_012423346.1|DBSCAN-SWA
MGFFPEDFYNTKTNIKKKKEIPLLKDYAINLDTGEILLDKNKNAIIVEGLDAVIVQAWRKIHTKKIDPLAGEGYLIYGKNFGSKLHKLIGKSKSNGDIYAYQMLHDCLVDGTYVTGISNFLTELEKSCYKINYTIESIYGNKDDSFYVDID
>NC_018648|1988427:1996564|1988692_1989478_-|WP_012425097.1|DBSCAN-SWA
MKNCFKKILVMFVMVLTIMGIGAIQNRNIVNAATVGEQLLQPEEGWRRYDDNDGNISYIGDGWYYGTNIESQNGMLHANIGYGEARFNFTGSKIRIISNADQETGFSDNIKITIDNKIIDTYSQNIKAKSEGMILLYENTSLKNGTHTVKISKEDDSKYIEIDTIDIDGVLLPYEEIEQPEEPYKPDEDDSNKTGAILIINLVDGETKVYDVTTSEAKKFIDWYDKHDKETYRFDKDVNEKISVNEYVVHDKITFFEIRRY
>NC_018648|1988427:1996564|1991209_1992601_-|WP_012425528.1|tail|DBSCAN-SWA
MAEKFYSILTNIGKAKVANSIGLGTKVNFSKMKVGDGGGSYYEPTESQTDLKNVVWEGNINHVTVDEENPNWIHIEVMIPSTVGGFTIREYGAFDDENNLIGICKCAETYKPVIADGSTKELLLDLILCVVNTDTVELKVDPTIIFAKKGEVEQLRTDINIQLKDIANDSYPIVEATGTNIYVGSTARITKLSKGTRCTLFVNTDSNGNCSLNLNNYGVKNIKDSFGNIVTNLKSNIPYNLCYNGSDFILQGKGGGGNLIPKYLLQGYYGDGDNGRVDGSMVNRGAPVVNLNCGGTFNLQEGYYSGGQAIANNLASQTSANATASQILSGFSAWVNGNKINGSATIESLGGKKFKSGTLNISNLQTKSYNVVNLENNTLTNSTRNVNEISLELDFVAKFLIIHSNSYTNSISVKFNDICIAIYDESSSGYDRVNCYRVNQNNNTIPIDLSTYAKTFTYYAFGD
>NC_018648|1988427:1996564|1990853_1991192_-|WP_012424871.1|DBSCAN-SWA
MKILTVYNSKGQLIFTQTNAIEQYSCLVEEVAENKEVIGVDLETNKFILTDRLATNEEKEQLKRELEAKNLELEKKNKELEIKNQNLENKELESLKLTDKVIELTAKNLINQ
>NC_018648|1988427:1996564|1993207_1994275_-|WP_012424061.1|plate|DBSCAN-SWA
MVYYRSAEDIYEEMFLGYTETDTSEGSLIYNSCMPVCIKLSTALLDLDEATKKVFASSALESGYSNYLEMRIKEVGIERKQPTYASTKIDVNGSPNANLKANSIVGIKDNRLYLTQNDLVLDQDGHGKVIIKAENPGSKYNAKVGEINYLPIKYNGITSIANKEAATNGYAQETDEDLYARYLLKVQTPVTSGNDYHYKQWCLETEGCGSAKVYPLWNGNGTVKCVISNSNKRAASKELIDKVKQHIEEVRPIGATVTVVSVEELLLNISVSLIYNSKETTLDKIKENIRNSIEEYLKKVALNINYISIAKIGALILSSDGVEDYNNLTINSSATNVTVNDNQIAVLGEVVCNAT
>NC_018648|1988427:1996564|1994741_1995092_-|WP_041712207.1|DBSCAN-SWA
MSSSFDEFWNSIDLQQKNNTIDEPFEIGKVTSIDPLVVELEGLPLYKKNLYINPHLLAWDEEVNITTSMNDKHSHTITTIHHRSKLKLGLNVACYGINYDEQVKTYQKYCVLEVLE
>NC_018648|1988427:1996564|1995106_1996564_-|WP_012425660.1|DBSCAN-SWA
MAKSPELEHMSIGKAQTLGTKKVNELLGLKNLTDQTTGEEAKAINNTLTAPSGIIKKYGLIQDIIFKSKKEDPTLKAKRILNENCKPKQTIEVECIGDIDYRVGFGVHLVAPFLQGYEDCFMYIKEVEHEWKSNNLFISKLTLTPSRVMDEMEWTDLYDDEDEEGSSASSSALWEKIYSVLKQQEGKSYVWGAHGPDTFDCSGLVEYCYNQYKAELGLTLGWTTYEQCKQGTEVDKNSKESWEPGDLLFWIGNGSYPAPAHVSVYIGDNKMLHAPRTGDVVKTVDVTRTDIYSVKRVIPVSKTGYADINIEGVPDEYVSNLTAVEGNCNTFISNMSKYNFKDIIINKSNVYKIDAYVTAAIIAIESEGNPYCGGSYYGLMQVSGGSSDPANNIEQGLKEYKQKMSAVGIQSHVIFSAYNSGEGTVLNSCKQNGYNTSTVTVKQLGDALYSYVKSHNPTWDANEKKYYASKVLKAYNILKTKNALK
>NC_018648|1988427:1996564|1992600_1993218_-|WP_012424817.1|DBSCAN-SWA
MQLKDYVPSFLSGDKILSKVYEEQQKQIDSTNADIQDLINQCFVETATWGLDTWEKELGIQSNIGDSYSIRRSRILAKLRGQGTTTIEAIKNICKSFVEDVEVIEHNSEYYFQINLLSHSGFSKGFDTLYDSIREVKPSHLNTNYILRAITETDFRVVMVGLQGEIIKTFPWTPNNLAYKADVKIPLMQPKSFENIRTYPVEEGL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012423300.1|1988427_1988628_-	UviB-like protein	A0A2H4JAI7	uncultured_Caudovirales_phage	4.6e-16	61.5
WP_012425097.1|1988692_1989478_-	hypothetical protein	A0A2H4J270	uncultured_Caudovirales_phage	1.1e-15	35.7
WP_012422817.1|1989702_1990257_-	hypothetical protein	NA	NA	NA	NA
WP_012425395.1|1990338_1990548_-	hypothetical protein	NA	NA	NA	NA
WP_012425575.1|1990643_1990841_-	hypothetical protein	NA	NA	NA	NA
WP_012424871.1|1990853_1991192_-	hypothetical protein	NA	NA	NA	NA
WP_012425528.1|1991209_1992601_-|tail	phage tail protein	A0A0A7RTP0	Clostridium_phage	2.4e-50	61.2
WP_012424817.1|1992600_1993218_-	YmfQ family protein	A0A0A7RTT8	Clostridium_phage	5.3e-42	40.7
WP_012424061.1|1993207_1994275_-|plate	baseplate J/gp47 family protein	A0A0A7RUN3	Clostridium_phage	2.1e-67	42.2
WP_012423346.1|1994286_1994742_-	DUF2634 domain-containing protein	A0A0A7S0E2	Clostridium_phage	7.9e-11	29.8
WP_041712207.1|1994741_1995092_-	DUF2577 domain-containing protein	NA	NA	NA	NA
WP_012425660.1|1995106_1996564_-	C40 family peptidase	X5JAJ3	Clostridium_phage	2.4e-21	30.2

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>NC_018648|2001172:2025187|DBSCAN-SWA
TCTAAGTTTCATATTGTAGGCAAATATGAATGTCTTCAATACAATCCATAATTTTTAATGTAATTTTTATAAATACATAACTTCCTGTTTTAGCTTTTAAAACTTCTTCATCTTTCATTTCATCAGTATTAATGCCTTTACTTTCTAAATATTTTCTAGTAGCTTCGGCATCTAATTCAGCAAAAGATTCTTCATCATTACTTAAGTAACCTTCATTACTTAAAGTTCTTAAATAAGAGTTCAGCTCATTTATCAATGTTTTTCTATTTTTATATGAGTTTCCTATTTTGCCTAAATAGTGTGATTCAAATATTTTATTAGAATCTGATTTCACAAGATCCATAGTTTCAACAATTCTTATTTTAGATAGCGATTCTGATTGTAAATTTTCAATAACTTCAAGTGAATTTACACCTCTTGAGTAAACAATGTTAGTACCATTGTTATATAAAAATAATTCCCCATTAGATACACACTCATTGTTATCTACTTTCACATCACAACTTTTTACATTCTTTGCAATGTGGTTTGTAACAGCTTCATTTGCGCCCAAAGTACATAATGTAGCTGCTGTTTGTATTGTATATTCTTCTGGAGAAATATCCCCTAAGTCTTTTCCAGTAAAATTTACTATCCCTTCAAAATTACTTTTATAATTGTAGAGTACAGCTTTTATTTGATAGTCTTCTTCTTTTCTTTGAGATTTAACAAAATCTGCTACCTTCTTTTTATCCTCATCTGTTTTAATTTGTGGTACTGCCAACCATCCATTTTCATTTACTTTATTAAGTAATGATAATGATTTATCTAGAGAACCAGTTAATCCGCTTTCAGCGTGTCCAACAGATACTATTAATGTTTTAACTCCATAATCAGCGAAAATTGTACTTATAAGAGATTTATTCTTTTCTTCATATTTTTCAACAACTTTTTTTAATTTGGAATATTGATATACTCCTGGAGTTACAGTTGGATCATCTAGAATTAGAAAAAGCACTCCATGCTTTGCTCTAATATTGGCTGTCTCTGCTAATGCCTGTACTGTAAATTTAGTACCATGCATAGTATTACTTGTTGCCATATACATCTCTCCTTTCTAATTTTATGCATAAAAATAAGACCAGTTATAACTAGTCTTTAATCAATAATATTTAATTTTAAAATTCCCATAAGCTTATCATAAGTTGCATCTGGAGTTTCAGGAACGGGTTCAGCCTTTCCATCATAATAATTAAGCGTAAACATTAAAATTACATTATCATCTGTGTCTTTAGGCTCTTTATTTAATATTGGTAATGTTCTATTGTTAACATATATGCTTTCATCAAACAATTCTGTTAATTCATCAATCTTATTTAAAGAGCTTTCTTGGGTTTTAACTTCTTCCACAAATTCAATATACACATTTAATAATTTTTTTCTTAAATTAAAAAAGGTCTTACTATTTAATGGAGATATGGTCACATAAAATAGACCATTTTTAATTTCTTCTTCACTTTTCTTTTTATCTATCTTAATTGTTGCTTTTGGGTAATTTTCTCTTAATGTTTTGCTTATACTATATAATAAATCCACATATCTTATCACTTAATATCACTCAACTTTGCTTTTAATTTATTGGGTAAGTCTGCTTTAGCTATAGTTAAAGAATCCCGCAACATATATTTACCTGGTACATATTCTTTTACAAGTTTCTTTCCAATAGCAGGAATATATTTCCCTACATCTTGCTTATATCCATTTTCTACTGCTGGAGCATACTCTAATGCTGAACCTATTTCAATGTAATGAGTATTGTTTTCTATTTCTACCTCACCATGATTCCATGACCGTCTTAAATTTCCTGTCCTTACAGGAGTTCTTGCTTGCACTTCTGCTACGCACTCTGTTGCAGATTCTTCTAAAGTTTCATTAATAACATTGCTCATTTGCTTTTGAGTTATATTTATTTTATTAATAAACTCTTGAAATCCAAATGTACTACTCATTGTTTACTATCTCAGTTTCAATAATATTTACATCTTTAGTTTCACTTAATAAAACCTCGAGATAATCATCATCCCAAGGTATTGCTTCAATTTTATAGTATTTATTGTTGTATTCTATGATACAATCCTCTGTAATTTCACTATAAGCATCACTAAACATTCTTCTAGTACATTTAATATCATAACCATAATCTTTCTTAGCTTTTTCAGTAGAGTATGGTTGTATATCTACTAAATAAGATTCTTTAGTTGCTTTTATATAGCCATCCCTTGTTATTCTGTGTTCATCTTCATAAGGACTATAGGTATAAATATTTATCTCTTTATCATAGTACATAATCACCACACCTTAAAATTAATTGGATTAGGCAATAAAGCCTTAATATCTTCTGTTATCACCCAAGCTTCAATATTATCCATAAAAGTAGTGCTTCTATCACCTTGACTTTGTGATTTAACACCCACACCATCTCTTAACTTTTCTAAGTTTTTAGAATTTCTAATAAACTGCTCTACCGCTATAGGAAATTTCTTTTGAATTTCTTCATCAGTAAAGCAAACCTTAAGATATTTTTTAATTATCAAGCAAGCTTTCTTTATATTAAATTCCTCATCAGTAAGAGCCATTTAAATCACCTCAATTATTTCGATACTGGCTTAGCATCTTTTATATTTACATATAAACCTTTTTGCTTGTTATCTGGTACCCATAAGTCATGGAACTTTCTATAATCCATTTTCCATGCTCTAGCATCTTGATTTACTTCAGGACTAAATATTCTCATATTGTCGGTTTTTTGTACTGCGATAGGAGACTCCATTGACATTATTTCAAAGTTAATATCAAGTCCATCAGTAGCCTTTTCATATCCACCTTTTTCCTGACCTGAAGTTTTACCATCATTAAATTTTAATTTTGTATACATGCATTCATCAATTACTGGTATTATAGGGACACCATTAACAGATGGAACTCTTGTGTCTACTCCATTAATTGCAAATGTAGCTGCTGCTAATTTTTCACCATAGTATTGTTCAATAAAGTCCTGTACATCATAAGTTACATAGCATACAAGTTGACCATTGAAACCAGCTTTTCTAATAGATTTAATACCTGCTCTGATTTTATCTACAATTGTAGTTTTAGCAGGTGTATATCCATATTCAACCTGAGTATCCTTTTCTACCCCCATAGCAATTTGCGCTATTGTTGCTAATCTAGTTGCATCAATTTCTGGAACAACCTTCAATCTTTGAAATTCACCCATTACTGTAGCTGCTGTTACTGCAAAACCTGTTTCATCAACTGTAAGCTCATCAAAAGAAAAACTTCTTCCTCTATCATTATTCATTGTTCTTGTTTCATACTCAAAAGTAATTGATCCACCATTAAATCCATTGGCTCTATCATAATTCCCAAGTCCATCCATATTTAATTTTGGTATTTTAACTTCTTTACCACCCTGGTATTGAATTTTCCCTGCGTTTCCTTCCATCCATCCTGTAAGTGCTTGTTGTGCTGCTGCCTTATCTAAGTTTTTTTGAATTAAAGTTGCTGTTGCTATACTATTTGCCATTTCACATCACCATTCCTTTATTAATTTTATTTTTAATTATTTAACTCCTATCGCACTAGCAATTTGTGCATTAAGAGCTTCTGCAGTTTGCCCACCTGATGGTGGAATATATGCACTTGATCCAAGTCTTTCATTTACTTTTGAATCTGCTGCACTGTTAATAATATTTTCAATTGCATCAATGTTTTTTGTAAAAGTTTCTTCTTTGCCATCCCCATAAACTAAATTAATCAATTCACTAGGTAATTTCTTATCTTTTAACAGTTTTCCTATAGTGCCATTAGTAGCATTTCTTAAATCTTTAGCTTCAAGTTCTGCATTTTTCTTTTCTAATGCTTCAATACGTTCCATTTCTGGTGTTTTCTTTTTATTAGTTGCAGCATCAACTGCTTTTTTAATTTCTTCTTGCATTTTGCCAGTTTTAAAAGTTTCAACAGCTTTAGACCTAATAGAATCATCATGTGAAGTCATATAAGCCTTTCCAACTTCCCCTGTTAATATTCCATTGATATCATCAGCACCTAGCTTAGATAAGTCCTTTAACCCTTTAAACTCTTCATGTCCTAAAAGGGATTCGTTTATGTCCCCATCATCTGCTATCGCTTCAACTAACTTTAATAAATCTACTTTTTTCATTGTTATATTCCTCCTATCCCCTAAAGTACTTGCCCTTAGAGTATAAATTTTTGCATAAAAATAAGCCTGTTTAATGACTATTGCTTAAAGTCAATTATTAATCTTCTAATCTATTTATTCCATATTGAACAGCTATTTCATGTTCAATGTTGCAACCTCTTGCATTTCTCCAATCTCCACCGAAATAAGCAACATCAGCTTGTGAAAGAAATTGTATTGATTTTCCTAAATACCAAACAGGTATACTTTTATTAATTTCTCCTGGATAATCTTCAATAAATGAATCTATTAATTCTACAGACTCACCTATTTCCTTTTCTGCTTTAATACGAATTTCTTCTCTTGCTTTAAGAATTTCTTCATCTTTTAGTCCTCTCATTGGTTGTGATATAAATAATTTTTTCATCTTTCAATTCCTCCTAAAATAAAAATAAGTCCCTATAGGCTGTCAAATATTCCATTAAACAAAGCAATAGTAACTATTATATTAAATATTAGCATTATTGCATTTGCTCCTCTTTTTTCAGTTGTTTTTGCTACTACTGTGCCAATAAAAGAAAGTATTGCATCTACTATTATATAGATAAATGCTATCCATTTAATTATTAACATAATCTATTCCTCCTAAATAAAACTAAGACTATAACGTTAGACTTAAACGAGATATTGGGTCACCTCTTTAAACTTTCTACTCTTGATTTGAACTGTTTATTAATTCTTTCTACTAATTCTTCCATAGATATTGATGAATCTTTTTGTATTTCTATTTGATTTTTCACTTCTGTATGCATTCCCATAACTTTATCCTTTAAAGCTTTATAAACCTCACAGCTTTCCTTTTCTACCTTATATCTTTTGTAATCTACTACAATCCAAATACCGATAAGTATCATTGATATAAAGGGTATTATTAAGCTAAATATTTTAATCAACTCCTTAATTTTCTTCCGCAAAATGGACAATATGGAATATCAAACACACCAAAAGCTGTTCCATGTTTTAATAAAACTATTCCTGCAACTTTATCATCTTTTGTATTAGAAATAAATCCTTCTGTAATAGATTCAGTGTTATCTGAACTTTGTTCAATTTTAAAAGTCTTTCCATATTCACCTTCACAATATTTACACATATACTCCTCCTTAAATTTAGGTATAAAAATACACCTACTATATTAAGTAAGTGCTTAATGTTTTTCTTTCCATTCTTCAAAGCTTTGCCAATTAATATTCTCTTTAGTTTCATTGTCAATGTGCATTTTAGGCCGCCAATCAGCATTAGGTATATTTACATAAGTACATCTACAACCTACATGTTGTGGTAATTCTATCGGCCTATCATCACTATTATAGCTTTTACCATCATATTGACTGCATTTACTACAAATCTTGAAATCTAAAGTTCCCATATATAAGACTGTTTTTATATTATGATTTTCTCTCCAAACATCATTAACATCCTCTTGAATAATGCTTATTTCATTATTCACAAGTCTATTGGTTACATATCTGTTATTTCTATATTTCTTTTCTATTACATCAGAAATATTATTAACATTTATTTCGCCATTGAAAAACTTTTTAACTTGGAGCTTTAAGTCTTTTCTAAGATTTACTTTATCATCCCATAAGCGTTCACTCCACATCTTTCCATCAATCTTATGATTAATTATTTCCTGTAGAGTCTTATTGCTTACAGGCTTTAATGTGTAACTTGTTCCAAGACCAGTAACAAAACTGTTTATATAATAAGAATCTTTAGTAGTTTGGCTCAAAATATCTGAGATACAATCTTTTTCGGCCCTATATTCATTATCAAACATTTCATTTATTTTACTGCACAACTCTTTATATAACTTCATCTGCTGCACTTTGCCAATATTTAAGCAAGTATCTTCAATATTGTATTTAAACATTATCTTAGACAACTCATTAATAATTAGTTCTTTATTAGCATTTCTCACAGGATCACATAATTCACTTAATGTTCCATTATGCATATCATACATTTGTTCCAGTAGAGAAATAATAATGTCAGAAAACAGTTTTTGATTTTCATTAAGCTTCATCAGAATCACCTAAGTTCATTTCATTTTTAATCTCTCTATCAATCCTTTCCTGTTCTGTAGCAGGGTCATTTACATTTGGCAGCATACTTCTTTTACTTTCATTAGAAAGAACTTCATGAGGTATTTTAGAAATAACATCAGCTATGCCTACAATATCTTGTGGAATGCTAGGTGTACATTGTGACTTTATTGTATTTACATCATAGTCTTTACTTTGAGTCATATGTAAAAACTTAAATAAGCAATAAATTCTTGTATACACTATATTTATAAAAGCTTTTTCATTCATTTTACATTTAGCTTCAAGACATTGTAATTTACTTCTTAGGGCCATGCTGCTAAGGTTACTTTGCATCTTTTCATTGTTATCAATATGAGATGTTAAAGTGTATATAAGATTTAATAAGTCGTCACGAGTATTTTTAATAAACGTATCATTTACATTCTTAATTAACCATTCTGCATCCTGACTTGCTTTATCTCCAAATAGTAATATACAATTGTTTCTTACTACAGGCTCTTTCTTCTTAGGTTTTCCTGTAGATTCATCAATAATATCATTTCCATCTTTATCTTTTTCGTTTTCAGCTTCAACACCATATATTTTCATAATAGCATTTCTAAAATCTGATATTTCACTTACAATGTCAGATAAATTTGTCTCAAGTGCATCCTGTATATTTTTAATAGTGTTATAAATGGTTTTATCACCTTCTTCATAACCTCTATCAATGTTGTAAGCCTTTCCGCCTATTATTCCTATACCTACTGGAACTATTCCAAAATAATGTTCAGTTTTAGTACTTACTTCCTGCCAAGTTTCATCGAAATGATAAATAGCTTCATTGGTATAAACATCAATATAAGTTTTTTCAGGTTCTAATTGCTTATGAAACATATATAAAAAATATTTCGGAATTTCATCTTCAAGATACATATATCCTTCCAATGGACTTACAATTCTGTTTTTAAATTTAAATTTTTTAGGAATATATTCTTCAAGATAATTAATTTCAAAAGCCATTCCAAACTTTATTAATTCAATTCCCAAAATAATGTCATGATCGGATTTATTGTTTTTGAGATTATAATTAATATCTTTTATAGCTTGGTCATTTCCTTCAATACTTATATATGTGATATCATTTCCAAAGCTATACTGTGCTTCTTCATCAACAAGTTTTTGTATAAAATTTGTATTTACCTTAAGATTACTTCTACCTTCCCTAGGTACAAACTCAGCTAGACTTTCAGTATTACCATAATAATAACGATTTATATCCTCATAATGCTCTAGCTTCATAATATAATCTGAATAACATCTTTGTAAAAACTCAATTTCTTTTTGATCCATGTTTTCACTTCCTTTCTACCTGTAGATAATGCTAAAACTAGCTTTTGATTTTATTCCTTTAATTTTATTTTCAAGTTCAGCAATATTATCAATAAAATCATCATGCACAGTATATAATTGTCCTTGAAAATCTTTAATTTGTTCAATAGCAGGCTTACTATCTTCACAATCAGAACAAATGACTATTTGTCCATTATTCATTGGATCAACAACAGTAGAAATTTTTTCATCTTTGTTCTTTCTTTGCATTTCATTAATCCATTCATACTTTTTCCCTTTTAAAATTGGACTTTTTTCTATTAGTTCCTTGATTTTAACAACATCAGCACCCTGATATGTATTTTTCTCAATGTTTATATGGGTTACATCAAGATTTCCTTCAAGCATTTTAATTGTTTCATCACAATATTGGTCAAAACTTAATTTTTTCATAAGTAAATCTCTTATATAAGTAAAATCATTAGTAGCTTTACTTCCAACAGCCATTGCAGTAAAGTCAGATTTCTTATTAGTAGTGGAAGCTGGGTCAATTGAAAGCATTGTTTTAACAAAATCATGATTTTCAATTTCTTCTTTAGTCTGAGTAGAAACAGATTTAAACCATTTTTCTCCTATAGAACTTGCATCATTCATAAGCTCACTCATAAAAGCGACTCTGTTTTCCCAATACTTAACAGCTAAATCATTAAAACAATCCCATTTCTCAGGCCACCATACTGGAAATTGCATTTCTTCTTTATGGTCCTCATAAAACTGCTTGGCTTTATTTTTTCTTTCATCTTTATTTAGTTTTTCATCAAAGTATATGTGATGACATTGTTGCCAAAAATCACTTTCAAAAATATCTTCTACAGTTTGCTCTTTATCTAATATTATTGCACGCCTTAATATAGTAAAGTAATCATTATTTCTACTCAATCTACTCATAAGACAATCAATATGAAGTACAGTACCAATTGCTATTACTTTAGTAGCAGATTTTATCTTTTTACCATTTCTAAATACAGCTTTATCTCCAACTTCTTCAATTTCCTTGGTCCATTTAGAATACTGTTTATCTCTTGCAGCATCAGTCAAAATATTTTTTTCATCTTGGAAGTCATCACCAATAAATACAGTAGGTCTTATTCCTCCCCAGTTAGCACCTCTGACAGAAGTTCCAGAACCTACAGTTTTAATATAAGTTCCATTAGTGAACTCAACTTCATTTGCATTAACAGTAAATTTTTTAGCATTTATTAATTTACCAAAGCATTTAATTATTTTTTTATTCTCATTAAATACTTTTTTAATAGAATCAAGGAACTGAGTTGCATCAGTATCAGTTTTAGCACCTAATAAAGTAAATAAAGATTTCTTATAGCAATGTAGCCAAACAGATACTGCCATATCAAAGATAGTTGTTTTAGCAAATCCTCTAGGTTCAATAATAGCAGCCTTATCATGCTTATCTTTTATAAATATATCATTTGCAATATCCCAAAGCTCATAATGTCCTTTAGATAGTTGTCTAGCTACATTAGAATCTTTTACAACAAATGTATCACTCATAAAATACAAACAGAAAAACTCAATATCTATTTCACCTAATGCCCTTGCAAGGTCATCTAAATCACTATTATTAGTTTCCATGAGTGCTTTAGATGTTTCACTATTGTAATGTTTAGTGAGGTACTTATTTAACAGATATACCTCATATTTAAGCTCTGTATCAAATTTTAAATTGTCAAAGTATATCATGTTATCACCTCCTACTTTCACTTAATCTTTTCATATATTACTCTAATTTAATTATTAATTTCCTTCTAATTTCTTCATTAGTTAGTTCCTTATCAGTTTCTATACTGCAACGTAAGTCAATATTATTATAATTAACTCTCACATTAGCAGCGCTTATAACATAGCCACTTCCTAGGAAAAGTTTATATTCATATTCTATACTTCGTATTTGTATATTCTCTATTTTCATGATTTACTGCTCCTTAATTAAACTATTTTATTACATTTAAAAAGCACCTAGATAAACTCTAAGTGCTAATAATTATTTACTTTCATATTGCTTAACTAATTTATAAAAGCTAGTTTTCTTTAATTCTGTAAATTCCATAGCCTTTACTGCTGTTATTTCACCAGATTTCCAATTATCATAAGTTTCTTTCCAATTTGAAGGATATTCAAGTGAAGGTCTACCAATAGCTCTTTTAGTTTTCATAGATATTTTCTTTCCATTATTATCTACTGGCATAGCTGCTAATCCTTCTGCTTGCCTTTTAAGTATCTTTTCTCTTTCTTTTTGAGCCATATAAGACATTAATTCAAATACTATATTACTTATTACCTTTCTATCAAGATCACCTTTATTATTAGTACTTAACATTGGATTATCAATAATTATTAAATTAACACCCATTTTTTCAAGTGCTATCCATTCATCTTTAATCATATCCATATTTCTACCTAAACGGTCCAGTTCTTTTATGATTAAAGTATCACCAGCTCTTAAAAGATGTTCTTTTAGAAGTATATATCCTTCTCTCTTAAAATTCTTACCACTTTGTTCATCTGTAATAACATCTCTTTCAAAGTCCATATTTATTTTATTTTCTTCACAGTATTCTCTTAAAGCTACTCTTTGCCTTTCTTCATTTTGCTTTTTACTACTAACTCTAATATAGCCATACGTTCTCATACCCAACACCTCAATTTAAAAAATATAATAAAATTTTATGGAGCTTAGTGACAGGTTTTTGAGATTCTGCAATTTAGAATATGCCCCTATCACTTATACTTCTATTATATTCCTATTGTTCGTAAAATACAATACTATTTTATAAACGTTTGTTAATTATTTTATTGTATTTATCGAACGTATATATTAGGGTTTTGTTTACGGACGTAATACTATAGTTTAGCGAACACTACTTAGCTTTATCTTTAGGCAAAGCAATAACATTATCCTTTTGCACTTGCTCTAGCATATCAGTTATGCTTACTGGAACGTTATTATCATTGTTTGTAGTAGATTGCTCTATCTTGGTTGTAGGCTTGCCTAATACGGCTTCATATATAATTGTATTAGCTTCTAGCTTTATCTTGTCCGAATCGCTATTATTGGCTAAATCCCATATGTTATCTATTGCTTTACCAACTCTGCTACACATTCTCGATTTAGATTCTTTAGCTAGGCTAGAATTATAATCATCTGACCTTTTCTGCCACTCAGCCTTAAATTCTTTATCATTCATCCACCTATATACAGTCCTATCAGCCACACCTACAATTTCTGCTATCTCCTCCCGTGTTTTAAGGCCTCCAACTAAATAATCTATTGCTTCTAATTTCTTTTCATCCAACATATTATTTCCTCCTTTTTATTTTTAACACCTTGTCAGAATGTCATATTGCATTCCTATCAATTTATTGATTTATTCACATTAAAAAGGGGTACGTTTTTAACCTATAGTTACATGTTAAGTATTAATTTATAGCATGTAGTTTATAGCCTATTTCGTACCCTTTTCTATTTCATCTATTAAATTCTTAGTTTCCATATATAATTGGTTTTCCTTATTAACTTTATATTTTTTAACTTTGAAGTAATACTTATTTTCTATAGTACTTATTATTACAGCTATTTCTCCTGAAGCTAACTGCAATTCTGTAAGTGTTATTTCTCCATTCATGTATTTGCTTTGGAGTTGATAAAAAGCATTTATATAAGCTTTGTTCTTCCAGAATGACTTGTATTCCTCTATAGTGCATTGTTGTACTTCTCTAGTATCTTTGCATAATCTAAAGTAGTAATAACCGTCTTTTGATAAAATCCTTTTGTCCTTGAGAGTATTATCCCACTTTATTATTGTTTTTTCTGTAACATCTGATGCTGTTGCAATATCTTTTACTGTATTAGGCTCTTCTAATGTTCTTATATTAAAGTAGGTTACAAACTTATCTGCTCTGTTAGAGTTGTAAGTACTATTGATTATGTTTTTAAGTTTCTTGTATGATTCATCAGTAGTTTTCTTTATCTCATAAATATACTTATTCTTTTCTTTGTGCTTATCTACGAGATCATAACCAACTTTTCTTAATCTTATTTGTAGATTATTTCTTCTTTCTATCTGCTTTAAAGTATTTAAATTAACCTTAAGTATATCTTTAAGTTTATTTCTATCACACTTCATACCTTATATAAATAAAACATAATAAGCTAAATATGATGCCATTAGATTGATAGCTGCTGAAGCAAAACTTGTTACTCTATCTGATACTGTCTTATCCTTAAATGTACATATAAAATTTAAAATTCCACTCAATACATTAATTATTAAAACTATCCATGCCATTACTGTAATCATATTTCTCACCTACTTTCTGTTTTATTGCATTAAAAAAGAACCCTATTTCTAGAATTCTAAAGCATACTTAACTGTTCAAATTTCTTTATAGTTAATAATCTAGCTACTGTATTTATAGCTTCAATTATTCTTTTAGTATCATTCGCACAAGTATCTTCCCACTTGCTTATATTTAATAAACCAAATACCCAATCCTTAACTACTTGTGCTTCTTCTTTATTATTAGTTAATGATTTTATCATTTTGTTATAATCAAGTTTTTTCTTATGACTAGGTTTGTACATTTGTTTTGCTTCTTCTGTTGCTTTTTTAAAATCATCTAATGTACTTTTAAGTTCCTTTATTTCTTCTTTAGCTGAAATTAATAGTTGTCCTTCTTTTAATTTCATATTTTCATCTTCAAGTTCATTTATATATTCAATAGTTTTATATCTAACTAATACAGATTCACTATTTAGCATTTGTAACATTCCATATTTATTTAATGAATAGCAAGGTTGTACTTTGTTTTGAGAATTAACGTATGAGGACTGTACAAAATTTTTCTGTCCTTCCAAACCTAGTAAATCTAATGTTTCTATTTCATTTCTTATTTTTCTCATAAAAGTATTATGTTGAATTGAAACATACTCTTTTCCAGTACTTTTGCTCTCTAATCTTCTAAAATCATTTATAATATCAACTAATTCTACGCTTGTTATTCTTAATTCCTTATCACTTGTAAGATTTAATAATTTGTTTTCCATTTTTACATCCTACCTTTCTTAAATAAAATAAAAAAGATAGGTGGGAACTTCTTTAATTCCAAATCCTATCTATAAAAACCAGTAGAGTTGATGTACTACTATATTGTGTTTGGAGGTTTACACCTACCTTTCACATTTAAATTAATTAGGAGGATAAAGCCCTACTGGTCTATAAGCATAACAAAAATACCCCATACAACCTAAGTAGTACAGGGTATTGAGAATTTATGAGAGGTTTAAATTTAATTCTTTACACTTACTATTTTAAAGCTTTGATTCAAGAAAATTATTCTTCTTTTATTCCAATTTTATTCCAATTTTATTCCACCCTTTGAGGTTTATTTGATTTCAAGAGCAACCTAAGCTATACTTAATTTGCGTTCAAGTGGTAACTTAGGTTACTGCTTTTTTATTTACTATTTTAGTATTTAAATTAAGTTCACTTTATATATATTTGTATTTTAATAATATTATTTTTCTTTTAATTTTTCATCCAATAAATGATTTTTATATATTTCAGTATTCATGAATTTTTCTGGATCTCTCTTAATAATATTAATCACTTTATCTATTTCTTCTTTTGATATATTTTTTTTAGCTTCTTGGCTTTCCTTCATATATTCAAAAATATCATCCATCACTGGACTTTTTACCTTTTGGTTTTCAATTCTAAAGTTTCCTTTATCTATTTTTACTATAGTATTTTCCCATCTTTCTATTTTAGATTTTTTTAAGATTGTACAGATTAATATTCCTGAAAGATTGGTTATAACATAATATCCATTATAATCATGACTTATATAAGTATATCCAAAAGAGCTATGTCTAAAAAATGAATGAGGTTCAGACATAGAAGTTTGTTTATCTGCAAGTTTAACATCATCAAAAAAGACGATATGATTTTCCATATCAGATATATCATTTCTTTTTCCAAGTAAATAATCTCTTAGAATTTCTTCATCTTCCATTAAAACCTTTAAGTTTTCTTTAGTTATTGAATTATCATTTTTAAACCCCTGTATATCTAAATAAAGTGTACGCCAATTAACTGAAGTAATAAAAAAATTTAGCCATTTTTCATATTGAAACTCTTTTAATTTTCCACCTTTGTATCCATGAAAAATTTTGTTTGCAAATAAGGTTTCAGAAACATTAAATAAATCCTCACATTCACCACATAATAAGTACTGCTTATCTCCATCTTGAATTCTCTCATCTGGATTAAATGGATTACGCATAAATCCAGTAGCAGATTTCTTAACAATTCTTCTAAAAATAAATTTTGGTATTATGTGACTTTTTTCTAAAATAGTATTTGTTTTTTTACATAATGCACAAGTTCCTATATTATTTCCCATATTCATTCCCCTTTTAAATCTTAATTATTATGTCGTAATTTATATACTTACAATTCCTATTTTAGCATATATTATCAATACTGCATTATTCAATTTTTAAAAACATTTTTCTTAATTTACTGCATCAAATTTACATATCGTTTAATTCCATTTTTCCCACATGAATATATGCTCTAGTATCTTATTTTTTCTCTTATTTACTTGGCTTTGGCTTAGATGCAATTTAAAAGATATTTGAACTTCATTCATGTTCTCTTTGTATATCATTGAAAGCATTCTTTTATAATCATTTTCAAGTTGATCTACTTTCCATTCCATTTCTGCTACTATTGATTCAAGATCACCCAATTGACTTAATATGTTTTCTCTTTCCAGTTCTTTTTTTTCTTTTCTTCTTAACTTCATATCTGTTAATTTAATTACTTGGCTTTCAACATAACTTGTACAACTAGATGATGTTTGTACACGTTCATCAAAACTTGGTGATGATGATTCTTCATCTACATTGATATATTTACAATTTTTTAGTTCATTATTTAATTGATCTATCTGTTTATTTAATACAATTAATTGACTATTCAAACCTTTATATATCCTATCTCTATTGAAATATTTATATAATTTATCTTCTGTTTCCTTATAAAGTATTCTTTTATATTTTTGCATCCTATCCCTCCTAATCTATTAGGATTACCACCTATATCCACCGTATCTTACATTAGAAGATTTTTTTCTTCTTACTCCACTTTCTTTTTGATAAGCATAAAATTCTCTATCAGCTCTTTCTCTCCTAGCTGCAATATCTCTAATTGTTTTCTCTGCTAATTCTTTTGGCGACATAAACTAACTCTCCTTTAACCTTTGTTCTAATCTTAAAATCTTTTCTCGCTTAATACCTTCTATTTTATTAGAATCAAATATTAATCTCATTTGTTCCAACATTATCTCTACGTCTGCGACTTCTTCTTCTACATTATGAATCTTACCTCTTTTAAATTTAGAAATAGCTTGTGTAAGTTCTGCCATTTCCTCTATAACAACATCTAATTGTCCATACTCTCCATATTCTGTTATAGCTTTCTTGTAGACATTATATTTAGTTCCTACTGTAAATTCAGCTACTTCCTTTACCCTATTTTCTACATAATCCTTCATTTTTATTACTCCTCCTATTTTGAAATTGATTTTTATTTGAGAATAAGAACTTATAACTATATTGCTATTTGCTCTTATTCTCTATTTAATTATCTTAAAATCTTAATTATCCTTATATCACATTTTGATTCATACTTTCCCTTGTTTCTTTTTCTGTAATTATATTCAGATGCTCTTATACATCCATCGGTTACTTTCAATTTTTTAGCTAATTTAAGTGAACTTTCTTCAACTACTAGTGGAAGTTCATACTTATCTGGACTTACTGCTACCCAAAGATATTTACTCATAGTCACCTTCTAAAAAGGCATATCACCGTCGTCCACCGGAGTTATATCTGCCTCAAAGTTTCCATCATCAAAAGGACTGGTAGATGAATTATCATTCTTCTTTCCTCCAAGTAATTTAACTCCACCATACATATCTGCTGCAATTTCTGTTGCATATCCTTTAGTACCATCTTGCTTATCCCATGATCTAGTAGTTATCTTTCCACTTATAGCTACCTGTGTGCCTTTTATTAAATAACTAGATAAATTTTCAGCACTTTTACCCCATAACACTATAGGGATGAAATATGTTTTTTTATGATCTCCATATCCATCATCTATAGCTATCTTAAATTTTGCTACAGCTGTTCCTTTACCTGCTGTAAATTGTAATTCTGCATCTGATGTTAATCTACCTATACCAATCCATTTATTCATTATCATTGTCCTCCTCAAAATACTTTTCTAAATCATATCTGTAATGTACTTTTTTCTTAGTACCTATTATTTCAACTCCACATTCTTCTAAGAAACTAATGGGAATACTTTTTCTTTTAGATGTTTGTATATATCTTTCTAATTTATCTGCTTCTATCGCATAAGTTTTTTCTTTTTCTCTAAAGTTAATAATAAATATTGCTTTCATATTTGGATGATTTATCTTTGCCATACCATCTATTTGATTTTTTCTTATGCATGATAGTGGTAAGCTTGCCCCTGTATGGGTTTTTAATTCCATAAGGTATAATTTATCCTTTGTCATGGTCATACAGTCACACAGGTTGTGTGAAGTGAATCTAACATTATCTCCACCACTAAATGAAGCTGCATTATCTATAAATCTGTAATAAAAGAAATCTTGATTTTTAGGTATTGAGTTTTTTATATCTTCTTCAAATATTTTTCCTGAATTCTTAGCCATATTTTCTCCTTTTTTTGTAGGAGAGTTTTACCCCTCCCATTTTCTTATGCTATTATTTCAATGTTTTCTAATCCTTCAAGTTCTTTCTTTAAGTATTCTTTAATATTTAAAATCGATCCATTTCTCCAAGCTCCCCCATCAGCTTCAAAGATTGCTGCTCTTGGACCATCTTTCATTCTAAATATAAACTTACTTAAAGGTTGTTCTATCTCTGGGAATGTTCTATACGGTGCTAAACTTACTGGATTAAGTACTACAGCTTCAGCTACACTTGCAACTCTTGTTTTTACTGTTACCTTTTGACTTATTCCATCATCACCAGTTGTTTTTACTGCTTCATCTCTAACAAGTCCTGTATATTTTAATAAAACATCTTTATTTCCGTTGTCTGCAAATGAGCTTTGTAACATAATATTAAATTGCTCTGTATCTAAAAATTGCTCATATCTAATATTAGTTGGTAGCTCTGCTCCTGCTACTAAATAACATTCTCTTTCTCTATCTGCATTTAATGGTCCATATAAGTCAACTCTTTTATGTGATGCAACATGTATTAATAATTTAGTGTCTATTGCATCTATATTGCTCTTAATGTAATCTACGAATCCTGTTAATGTACTAATGCTTAATCCTTGTGCCTTTGGTTGTTTAACTCTATTTAAATCAACTCTTGAATAAGTTCCTTGATCTAATTCAATTATTGGTTCACTTTCTTCTCCTAATTGTACTAAGTATTGTAATGCTTCTTGTTCTCTCATTTTTTATTTCCACCTTTTCTTAATTAATGTGCAAGGTTTAAGCCCCTTGCCATGGCTATATTGATTAATTATTTAACTAATTTAATACCACTTAAATCTATTGGTTCTACTGTATTTGGATCAGTAATGTTTGAAAGTACCTCCTTAAGCGCCATATTTACCTTTTCTGCTAATGCTCCCTCAGCAAATGTTTCTAAATTAATCATATTTTCCATATTTATACTTCCTTTCTATTTTTAATTGAGTATCAATTGATAATAAGTAATTACAACAATAGCTATAACTAAGCTTATATCATGCTTTTTAATGTGTTATAAAATTAAATTTGTTCTTTTATAGTTACTATTAATTTATCTTCTGCTGCTTCTATTTCTGTAATATAATAATCTCCATAACTTGTTATTTCACTATAACTAGGATAAAATCTTTCTCCATTATCTTTATTATCCAACCTCAAAGTTGTCCATGTTTTTACACAACTTAATATATCTTTTAATTTAATATCCATCTTTATTCCCCCTATTTTAGTATTGTGAACTAAACTTGTAACCATTTTTCTTCTTTTTCTTCAAGGGCGACCTCACTTCTAATTGTGTTTGGACAATCAAATATACTTTTTACTTTTTGTTTGAAAAATTTATTTTTTTCTTTTGGGAGTTTGTTTAAATAAAAATACCACTTAGTATCATGTTTCCAACACCTTTCATTAGGAATAATCATAGCTTCATCTAAGCTATCTGTTAATTTATAATGGTTATCTAGGTACTTACCTTCTTTGGTTTTAGCTACAATAATGTAATCTACAAATATCATATTACTTCACCCTTTCTGACCATCACGAATTACTCTTCATAACTAACTAGTACATGACTTCCAAAATTGTTAGCTGTATAATTAACATCCATAACTTTTACGCTTGGATTTTCCTTTAACCACTTGTTTATTAATACATCAATAAAGTTGCAATCTGATCTAAACTCTTTAAATTTCATTTAAACTCCTCCTGTAATTTCAATTTCAATTTCTTTTCCTGTTACTGTTTTAATAGTCTCTAAATATTTATCCTGTATTATCTGCTGCTTAAATTTTTCTTTAACAGATATAATTATTAAATTATCATTAGCTTCTACAGTTGAATCTTCAAACCATGTTCTATAACTTGTTTCTCCAAATTGATTAAATATTAATTCATGAATCGGAGTAGGAAAAGAAAAGGGGAGTTGAGTTGTGTATATTTCTTTTCCTTCTTCACATTCTTTGTCATTATTAACATTCTTTATATTCTTATCATTCTTGTTAGTTGTTGGCTCTTTGTTACCTGTTTGTTGGCTCTTTGTTACCTCTTTGTTAGTGCTTTGTTGGTCGTTTGTTACCTCTTTGTTAGTTTGTTTGTTACCTTCCTCTTTGCCACCTTGGTAAAGTCCCCAATTTACTATGGTTATAAGCCTTCCTGTCTTTGTTACCTCCTGTGTTAGAAATTCGAATTTTTCAAACTTTTTTAGTGCACTACGTACATTTTGTATTGAAATTCCTTTGCCACACTTGTTACAAATGCTTTCAAGTGAAGTTACTAACATACCTGGATTTGCTTTAAATTGTTTACCCTTCCACTCCCATTCTCTACCAGAATGATTGGCCATTCCTAGAAGGGTGATAAGAATAACCTTATGCTCTACTGTAGAATTTTGCCATATAGCTTTTTCAAATAAACATCTATGAAGTTTTATCCACCCTTCATTCATGAAATCACCTACTTATTAACTATTCCTTGACTTACCACTTCATATTTAAATCCTGGAGTTTTTAGAAGCTTATTTAACTCAAGCATATTTTCCTTATTAGCAATTACTTTTAGCTCATAGAAATAAAATTTTTCTTCTTTTGATGGTTGTTTAGTATCTATTGGAATAGATACTTCCTGCTTAATTGGCTCTACAGTTTTTTCTTCTTTAGGTTGCTCAATTGGTTTTGGGTTTTCAGCTTCTTTAATTTTGTCATGTTGTTCTTTTATTAGAGCTGAAATTCTTGTTATGTCATGTCCATATTTAATATATTTGTAAAAATCATCAGCTTTTAATTTTGTATTTATATCTGCATTAGCAGCATTAACATAAACATCAATACTAGCCTTTAATTGTTCTAGCTCCCTTATCTCTGCATCCTGTTGTAACTTTAACGCTCCTGCCCTTGAACAAATATCTTCCTTAACACTTTTTTTACTAACTGATAAATTTAAATATTTATCTATTACAGTTAATTGTTTTGAATACTTTTCATCTAGTTCAAGTTCTAATACATAAGTCTTTATAAGCTCTTCTGCTTGATGTTTCTTTTCCTCTCTACGTTTGTTATCAAAAACATTTATTCCATCCTTAATAGGTTGCTCTGTATCTGCTATAAGTCCTATTAATTCTTTACAATTACTTTCAAAGCTCTTAATAGGTACTTCCATTTCTTTTTTTACTGTTTTTCTAAATCCATCAATCTTATTTCTAAGTCCTGCAAGTTCCTTTTGAGTAGCCTTGCAATCTTGAAGGCTCTCCTCAGTAACAACTAATCCTTTATATTTGTTCATTGTTTCACTTAAAGATGCTTTTACATCTTCATAATTTGTTTTAATAACTGGCAATTGTTTATTTACTTCTAATTCTTTCATTCTCAATACACCCCTATAAATTTAATTCTTCTGGAAATTCATTTTTACTTTTTTGAGTTGCCTTTTGCATGGCATCCTTTTTCTTATTTAATTGACTCATACAAGTACTTAAGCAATCATTTGTTATATCTTCAACTTTAGCTACTCCAATCCACTCTAAAAATTTACTTTTTTCAGTTTTTGTTTCATCTATTAATTTATTAATAACAAAGGCTGCCGCTTTATCTATCTTTTTCTTTCCATGTTCTGAATCTTGGTCTATTACTCCGCCATCTACTATATCTGATTCAGCTATTTCAAAAGCCATTATATAAAGATACCTTCTAGCATACGATTGAGTACCTCCGATATTTTGAATACTACTACACCCTTTTAAGCTTGCAATTTCAACTGGTGTTGTAAATTCTAATTTACTTTCTAAGTTATCTACATCAACAACGGTCAATGTTGCTAGTTCAGAAGTAAAATGAAATATTGTAGCTAATCCATTTGTATTACATATTTCATTTATACTTGGAAGAAAATCACCTAATTCGAAGTAATCATAGTTAGAATATTTATTTACTCCTGTCTTTTTTAGTTTCTTACCTTGTAAATCAACTCTGCTCTTTTGTAATTTTTGATATATATTTAATTTATTTGTTTCAACTTTTTTAGAATCTGCCATCTAAATTCCTCCTTATTTCTCTATATCTGATAATACACAATCCCAAGTTTCACATGAAGCTAAAATCATACTGCATAGTTCTCCATAGTTATTCTCTAAATCCTCAGCTAAATATGGATTTTTAACAGATAATTCATGTACTACATCTTCTACTATGTTGCTAACTACCGCTGACTTTTCTTTAAATCTTTTAAGACTTACCATTGCTATCCCTCCATATTGTGATATAATGGAACTGTAAATTTTTGCATGGCTACTTCGGATGCTTTGGTCGGGTCCTTAGTAGCTTCTTTTAATTCACCTAGTTTCCATCTAATACTAGATACACCTCTTCCAAGTTCTTCTGCTATCCTATTATGTGTATAACCTTTAGATAACATATCAAGTAACATTTCAATTTCTATAGGCTTCCATTGTAATCTAACTTGCTTTGGTTTAAGTTTTAGCACATTTATAGCATGCATTCTTACAGATGTTCTGCTTCTACCTAGTAAATTTGCAATTTCTTCATTTGTCTTTCTATCATTCCAATATTTAATTAATAATGCTTCTTGATATTTAGTCCATTTTTTAGAGTTGTTCTTAGGAATATTTTTATAGTCTTTCATTCTAGTTTCTTTTACCCAACTTGGTTCTTTGCCTAGAGAATTTTCCTTGAATTTTCTAAAATCTATAATTTCCTTATTCAATAAAGCAAACTTCCAAAAATCTTCTATATTTATTCTCCAGTAGCTTGCTTTATCTCCTATAACTCTTTTACAAGCTTTTAATCCTTTATTTTTTATCCATGCAGCTACCGTTTTTCTATCAGCTCCTATTGCTTCAGCAAGTTGTGCTGCTGTTAATTGTTCATTTGCTTCTAAAAGTATTAACCCTAACCTATGAGCCTTTCCTTGAATAGCAATTTTACTTCTATTTAATTTTTCAGAAATACTTTGCAAAGAAATTCTTCCAAAGTTATTCATTAAAAACTCAAGATCTTCTTGTGTCCATCTTTTATATTGAGATAAATTATATTTCCTAACATAATAGCTTACTGTAGATACTGGAATATTTAACATTTCAGAAATTTTAGCTTCACTAATCTTTTTGTTAATATACAAATCTTCTAATAACTCAATATTCATTTTTCGTTTCACCCCTTAATTTATCTATTTCCTCTTGTAGAATGTCTCCAAATTTCCTCCCTTCTTTATCTCCTTTTTGAATAACTCTATTGGTTATTTCTTTTGCTTTTTCTCTATCATCTGCAATAGTATTTATTGCTAAGATATTCCCCATTACTACCTCCTTATATCAAATGCCTTCTTGAATTATTCATAACCCTAGAACTCTTCTTACTATTCTCTTTACAATAGATACCTTATGTCTCTTCTTAGAAAGCAAGTTTACATACAAATTTACATCTTCCATGTTAATCCTCCTTAAAGTAGCTTACTTCTTAATTTAGCTAAACATTTTGGACAAATCTTAACTTTTGAATCCGGAATAATAACCAAATTATTAATCTCTTGGCAGATAAAACATCCAGGAGTATACTTTTTTAAAATTATGTTATCTCCTTCTACATAAATTTCTAATGCATCCTTTTCAGCAATATTTAAGCTCCTTCTTAGTTCCATTGGTATTACTACCCTTCCTAACTCGTCCATTTTTCTTACAATTCCTGTTGATTTCATTTTTACATTCCTCCTAATATTTTTTATTTCCCCTAACATATGGTAAAATTATGTTGAAAGGGGGTGAAAATATGCTGAATTATTTTAAAAATAACTTAATTTCAATACTTGCATTCTTAATATCGCTAGCAAGTTTTGGGATATCCTTTAAAAATTATCTGAAATCAAATGTAAAATTAAAATTATCAACTATTCCAAATAATAATCTTTGTCTAGGCTTTGTACATTATAGAGAATATAAACTTATAATTATAGATTTAACCATTGATAACAATTCAACTAGTTCAGTAAATATTAGTAGAATAAAGCTAGTTGATGGCAATAACACTTATTTAGCAAATCCTATAAATATAAATGACAGATTAAATAAAAATGGAATATCTTTAATCAGTAACAATGAAGATGAATACATGCCCATCAATATATCTACTGAAAATATTTTAAATAATACAAGAATATCTTCTTATGGAACTTTAAATGGCTATGCTGTATTTAATGATGTAGATTTAATTTCTGCTCCAAAGTCTTTTAAACTTATAGTAGATACTCCATCTAAGTCTTTTAAAACCAATGTTATTGTTAATCTATGTCCTAACGGATTTAAACCACTTCATCCATTAAAAAAATAATCCTATTATTCCAAAAGCTATTCCTATTAAGGCTAATACCATTGTTAATATATTTTTATTAAACTTCTGCTCTTGAACTGGTACTTCTTGAGCAGTTCTTAATTCATTTTCATAAGCTTTATAATATTGGCGTTCTGATATAAAATATTTTGTGCAATCATTTATACTGTCAGATCCATCTTCAAAAATACTGAATGGTTCAATATATTCTATAATGTTACCTGTTGTTGGTTGTTTTTCTGTTATCAATGCAAATCCTTGTATTGGCTCTGACCAATTATTTCCTTCATCATCTATACAATTCTTATATAGTGGCTTTGTGCATGGAATAATTTGTTTAATCATAAATTTATTAATTCCTCCTTACAATTTTGTTATTATGTTAAGATAAAAGATTTAATATAAAGTCTCTTATCTTACATTCTCATTTGAGCATTACAACCTCTAATCATAAAATATACTTCCTTGCTTGGACACCAATTTATGATAGCTTGTTTTCCTGTTTCAAAATCCTTTACTAATGTATTCTTATATGAATTAACTTCAAGTTTTCTTTTATAATCTCTCCAAAAACTGCTGAATACCTTCTTATTAAGTTCTTTATATGCTGGTGCATCTGTTCCACCTAAAATTGCAACTACTTTTTTAGTTCCAAGAGTTCTTAATTCTTCCTGTTGTGAATAATCTATTGTTGTATTATTTTCTAATTTGGTAATTCTGCTGTCTAATTCAACTGTTCTTTCATCGATTGCAAATATTGCTTTAAGTTCCTTTGACATCTTAGGAAATTCTGCCCTCATATTGAAATATCCATCTACAAGTTTTTCGTATTGCTCCCATGCAACATCATCTTCTAAGATTTTTAGGAGTTTTGAATATCCTCTTTCTGATAATAAGTAAATATTATTTGCATTTCCGTATTGAGCATTAGTGAATCCCATTTCTAAAACAAGTCTTTTTGAAAGACCTGTTTTTAAATCTATAATGTCCACATTGTCTTTAAATCTTTTTCTATTGTTATTTATTAATTCATTTACCTTTTTAACTTCTCTCCTGTGTATTTCAGCAATTTCTTTAGCTAACATTGCTTTTTTACTTTCTCCAAATCCACCTTCAATATCGTGAAATTTCATTCCTTCCACTTCTTTTATACCTCTTAATTTTATTTGAGATACTTCTAAAATTTTTTTATCCAT

Protein sequences of DBSCAN-SWA_6

>NC_018648|2001172:2025187|2018897_2019173_-|WP_012424571.1|DBSCAN-SWA
MIFVDYIIVAKTKEGKYLDNHYKLTDSLDEAMIIPNERCWKHDTKWYFYLNKLPKEKNKFFKQKVKSIFDCPNTIRSEVALEEKEEKWLQV
>NC_018648|2001172:2025187|2021695_2021887_-|WP_012423508.1|DBSCAN-SWA
MVSLKRFKEKSAVVSNIVEDVVHELSVKNPYLAEDLENNYGELCSMILASCETWDCVLSDIEK
>NC_018648|2001172:2025187|2016500_2016701_-|WP_012423419.1|DBSCAN-SWA
MSKYLWVAVSPDKYELPLVVEESSLKLAKKLKVTDGCIRASEYNYRKRNKGKYESKCDIRIIKILR
>NC_018648|2001172:2025187|2003151_2003496_-|WP_012423003.1|DBSCAN-SWA
MYYDKEINIYTYSPYEDEHRITRDGYIKATKESYLVDIQPYSTEKAKKDYGYDIKCTRRMFSDAYSEITEDCIIEYNNKYYKIEAIPWDDDYLEVLLSETKDVNIIETEIVNNE
>NC_018648|2001172:2025187|2022799_2022964_-|WP_012423304.1|DBSCAN-SWA
MGNILAINTIADDREKAKEITNRVIQKGDKEGRKFGDILQEEIDKLRGETKNEY
>NC_018648|2001172:2025187|2017110_2017602_-|WP_012425009.1|DBSCAN-SWA
MAKNSGKIFEEDIKNSIPKNQDFFYYRFIDNAASFSGGDNVRFTSHNLCDCMTMTKDKLYLMELKTHTGASLPLSCIRKNQIDGMAKINHPNMKAIFIINFREKEKTYAIEADKLERYIQTSKRKSIPISFLEECGVEIIGTKKKVHYRYDLEKYFEEDNDNE
>NC_018648|2001172:2025187|2023979_2024336_-|WP_012423564.1|DBSCAN-SWA
MIKQIIPCTKPLYKNCIDDEGNNWSEPIQGFALITEKQPTTGNIIEYIEPFSIFEDGSDSINDCTKYFISERQYYKAYENELRTAQEVPVQEQKFNKNILTMVLALIGIAFGIIGLFF
>NC_018648|2001172:2025187|2005810_2005984_-|WP_012425758.1|DBSCAN-SWA
MLIIKWIAFIYIIVDAILSFIGTVVAKTTEKRGANAIMLIFNIIVTIALFNGIFDSL
>NC_018648|2001172:2025187|2016710_2017118_-|WP_012425772.1|DBSCAN-SWA
MNKWIGIGRLTSDAELQFTAGKGTAVAKFKIAIDDGYGDHKKTYFIPIVLWGKSAENLSSYLIKGTQVAISGKITTRSWDKQDGTKGYATEIAADMYGGVKLLGGKKNDNSSTSPFDDGNFEADITPVDDGDMPF
>NC_018648|2001172:2025187|2002308_2002746_-|WP_012424543.1|DBSCAN-SWA
MDLLYSISKTLRENYPKATIKIDKKKSEEEIKNGLFYVTISPLNSKTFFNLRKKLLNVYIEFVEEVKTQESSLNKIDELTELFDESIYVNNRTLPILNKEPKDTDDNVILMFTLNYYDGKAEPVPETPDATYDKLMGILKLNIID
>NC_018648|2001172:2025187|2013208_2013898_-|WP_012422768.1|DBSCAN-SWA
MENKLLNLTSDKELRITSVELVDIINDFRRLESKSTGKEYVSIQHNTFMRKIRNEIETLDLLGLEGQKNFVQSSYVNSQNKVQPCYSLNKYGMLQMLNSESVLVRYKTIEYINELEDENMKLKEGQLLISAKEEIKELKSTLDDFKKATEEAKQMYKPSHKKKLDYNKMIKSLTNNKEEAQVVKDWVFGLLNISKWEDTCANDTKRIIEAINTVARLLTIKKFEQLSML
>NC_018648|2001172:2025187|2008809_2010534_-|WP_012425530.1|DBSCAN-SWA
MIYFDNLKFDTELKYEVYLLNKYLTKHYNSETSKALMETNNSDLDDLARALGEIDIEFFCLYFMSDTFVVKDSNVARQLSKGHYELWDIANDIFIKDKHDKAAIIEPRGFAKTTIFDMAVSVWLHCYKKSLFTLLGAKTDTDATQFLDSIKKVFNENKKIIKCFGKLINAKKFTVNANEVEFTNGTYIKTVGSGTSVRGANWGGIRPTVFIGDDFQDEKNILTDAARDKQYSKWTKEIEEVGDKAVFRNGKKIKSATKVIAIGTVLHIDCLMSRLSRNNDYFTILRRAIILDKEQTVEDIFESDFWQQCHHIYFDEKLNKDERKNKAKQFYEDHKEEMQFPVWWPEKWDCFNDLAVKYWENRVAFMSELMNDASSIGEKWFKSVSTQTKEEIENHDFVKTMLSIDPASTTNKKSDFTAMAVGSKATNDFTYIRDLLMKKLSFDQYCDETIKMLEGNLDVTHINIEKNTYQGADVVKIKELIEKSPILKGKKYEWINEMQRKNKDEKISTVVDPMNNGQIVICSDCEDSKPAIEQIKDFQGQLYTVHDDFIDNIAELENKIKGIKSKASFSIIYR
>NC_018648|2001172:2025187|2007429_2008794_-|WP_012425354.1|portal|DBSCAN-SWA
MDQKEIEFLQRCYSDYIMKLEHYEDINRYYYGNTESLAEFVPREGRSNLKVNTNFIQKLVDEEAQYSFGNDITYISIEGNDQAIKDINYNLKNNKSDHDIILGIELIKFGMAFEINYLEEYIPKKFKFKNRIVSPLEGYMYLEDEIPKYFLYMFHKQLEPEKTYIDVYTNEAIYHFDETWQEVSTKTEHYFGIVPVGIGIIGGKAYNIDRGYEEGDKTIYNTIKNIQDALETNLSDIVSEISDFRNAIMKIYGVEAENEKDKDGNDIIDESTGKPKKKEPVVRNNCILLFGDKASQDAEWLIKNVNDTFIKNTRDDLLNLIYTLTSHIDNNEKMQSNLSSMALRSKLQCLEAKCKMNEKAFINIVYTRIYCLFKFLHMTQSKDYDVNTIKSQCTPSIPQDIVGIADVISKIPHEVLSNESKRSMLPNVNDPATEQERIDREIKNEMNLGDSDEA
>NC_018648|2001172:2025187|2017646_2018360_-|WP_012423442.1|DBSCAN-SWA
MREQEALQYLVQLGEESEPIIELDQGTYSRVDLNRVKQPKAQGLSISTLTGFVDYIKSNIDAIDTKLLIHVASHKRVDLYGPLNADRERECYLVAGAELPTNIRYEQFLDTEQFNIMLQSSFADNGNKDVLLKYTGLVRDEAVKTTGDDGISQKVTVKTRVASVAEAVVLNPVSLAPYRTFPEIEQPLSKFIFRMKDGPRAAIFEADGGAWRNGSILNIKEYLKKELEGLENIEIIA
>NC_018648|2001172:2025187|2003498_2003786_-|WP_012423916.1|DBSCAN-SWA
MALTDEEFNIKKACLIIKKYLKVCFTDEEIQKKFPIAVEQFIRNSKNLEKLRDGVGVKSQSQGDRSTTFMDNIEAWVITEDIKALLPNPINFKVW
>NC_018648|2001172:2025187|2010571_2010763_-|WP_012423700.1|DBSCAN-SWA
MKIENIQIRSIEYEYKLFLGSGYVISAANVRVNYNNIDLRCSIETDKELTNEEIRRKLIIKLE
>NC_018648|2001172:2025187|2012297_2012978_-|WP_012424650.1|DBSCAN-SWA
MKCDRNKLKDILKVNLNTLKQIERRNNLQIRLRKVGYDLVDKHKEKNKYIYEIKKTTDESYKKLKNIINSTYNSNRADKFVTYFNIRTLEEPNTVKDIATASDVTEKTIIKWDNTLKDKRILSKDGYYYFRLCKDTREVQQCTIEEYKSFWKNKAYINAFYQLQSKYMNGEITLTELQLASGEIAVIISTIENKYYFKVKKYKVNKENQLYMETKNLIDEIEKGTK
>NC_018648|2001172:2025187|2012981_2013152_-|WP_012425866.1|DBSCAN-SWA
MITVMAWIVLIINVLSGILNFICTFKDKTVSDRVTSFASAAINLMASYLAYYVLFI
>NC_018648|2001172:2025187|2020110_2021016_-|WP_012424959.1|DBSCAN-SWA
MKELEVNKQLPVIKTNYEDVKASLSETMNKYKGLVVTEESLQDCKATQKELAGLRNKIDGFRKTVKKEMEVPIKSFESNCKELIGLIADTEQPIKDGINVFDNKRREEKKHQAEELIKTYVLELELDEKYSKQLTVIDKYLNLSVSKKSVKEDICSRAGALKLQQDAEIRELEQLKASIDVYVNAANADINTKLKADDFYKYIKYGHDITRISALIKEQHDKIKEAENPKPIEQPKEEKTVEPIKQEVSIPIDTKQPSKEEKFYFYELKVIANKENMLELNKLLKTPGFKYEVVSQGIVNK
>NC_018648|2001172:2025187|2023107_2023362_-|WP_012424295.1|DBSCAN-SWA
MKSTGIVRKMDELGRVVIPMELRRSLNIAEKDALEIYVEGDNIILKKYTPGCFICQEINNLVIIPDSKVKICPKCLAKLRSKLL
>NC_018648|2001172:2025187|2005469_2005778_-|WP_012425026.1|DBSCAN-SWA
MKKLFISQPMRGLKDEEILKAREEIRIKAEKEIGESVELIDSFIEDYPGEINKSIPVWYLGKSIQFLSQADVAYFGGDWRNARGCNIEHEIAVQYGINRLED
>NC_018648|2001172:2025187|2019202_2019352_-|WP_012423024.1|DBSCAN-SWA
MKFKEFRSDCNFIDVLINKWLKENPSVKVMDVNYTANNFGSHVLVSYEE
>NC_018648|2001172:2025187|2021889_2022810_-|WP_012423323.1|DBSCAN-SWA
MNIELLEDLYINKKISEAKISEMLNIPVSTVSYYVRKYNLSQYKRWTQEDLEFLMNNFGRISLQSISEKLNRSKIAIQGKAHRLGLILLEANEQLTAAQLAEAIGADRKTVAAWIKNKGLKACKRVIGDKASYWRINIEDFWKFALLNKEIIDFRKFKENSLGKEPSWVKETRMKDYKNIPKNNSKKWTKYQEALLIKYWNDRKTNEEIANLLGRSRTSVRMHAINVLKLKPKQVRLQWKPIEIEMLLDMLSKGYTHNRIAEELGRGVSSIRWKLGELKEATKDPTKASEVAMQKFTVPLYHNMEG
>NC_018648|2001172:2025187|2024407_2025187_-|WP_012422932.1|DBSCAN-SWA
MDKKILEVSQIKLRGIKEVEGMKFHDIEGGFGESKKAMLAKEIAEIHRREVKKVNELINNNRKRFKDNVDIIDLKTGLSKRLVLEMGFTNAQYGNANNIYLLSERGYSKLLKILEDDVAWEQYEKLVDGYFNMRAEFPKMSKELKAIFAIDERTVELDSRITKLENNTTIDYSQQEELRTLGTKKVVAILGGTDAPAYKELNKKVFSSFWRDYKRKLEVNSYKNTLVKDFETGKQAIINWCPSKEVYFMIRGCNAQMRM
>NC_018648|2001172:2025187|2018679_2018868_-|WP_012425306.1|DBSCAN-SWA
MDIKLKDILSCVKTWTTLRLDNKDNGERFYPSYSEITSYGDYYITEIEAAEDKLIVTIKEQI
>NC_018648|2001172:2025187|2003800_2004736_-|WP_012423122.1|DBSCAN-SWA
MANSIATATLIQKNLDKAAAQQALTGWMEGNAGKIQYQGGKEVKIPKLNMDGLGNYDRANGFNGGSITFEYETRTMNNDRGRSFSFDELTVDETGFAVTAATVMGEFQRLKVVPEIDATRLATIAQIAMGVEKDTQVEYGYTPAKTTIVDKIRAGIKSIRKAGFNGQLVCYVTYDVQDFIEQYYGEKLAAATFAINGVDTRVPSVNGVPIIPVIDECMYTKLKFNDGKTSGQEKGGYEKATDGLDINFEIMSMESPIAVQKTDNMRIFSPEVNQDARAWKMDYRKFHDLWVPDNKQKGLYVNIKDAKPVSK
>NC_018648|2001172:2025187|2016099_2016330_-|WP_044026035.1|DBSCAN-SWA
MTEYGEYGQLDVVIEEMAELTQAISKFKRGKIHNVEEEVADVEIMLEQMRLIFDSNKIEGIKREKILRLEQRLKES
>NC_018648|2001172:2025187|2015397_2015922_-|WP_012424998.1|DBSCAN-SWA
MQKYKRILYKETEDKLYKYFNRDRIYKGLNSQLIVLNKQIDQLNNELKNCKYINVDEESSSPSFDERVQTSSSCTSYVESQVIKLTDMKLRRKEKKELERENILSQLGDLESIVAEMEWKVDQLENDYKRMLSMIYKENMNEVQISFKLHLSQSQVNKRKNKILEHIFMWEKWN
>NC_018648|2001172:2025187|2004772_2005372_-|WP_012425623.1|DBSCAN-SWA
MKKVDLLKLVEAIADDGDINESLLGHEEFKGLKDLSKLGADDINGILTGEVGKAYMTSHDDSIRSKAVETFKTGKMQEEIKKAVDAATNKKKTPEMERIEALEKKNAELEAKDLRNATNGTIGKLLKDKKLPSELINLVYGDGKEETFTKNIDAIENIINSAADSKVNERLGSSAYIPPSGGQTAEALNAQIASAIGVK
>NC_018648|2001172:2025187|2006043_2006265_-|WP_012425052.1|DBSCAN-SWA
MILIGIWIVVDYKRYKVEKESCEVYKALKDKVMGMHTEVKNQIEIQKDSSISMEELVERINKQFKSRVESLKR
>NC_018648|2001172:2025187|2019352_2020102_-|WP_012425799.1|DBSCAN-SWA
MNEGWIKLHRCLFEKAIWQNSTVEHKVILITLLGMANHSGREWEWKGKQFKANPGMLVTSLESICNKCGKGISIQNVRSALKKFEKFEFLTQEVTKTGRLITIVNWGLYQGGKEEGNKQTNKEVTNDQQSTNKEVTKSQQTGNKEPTTNKNDKNIKNVNNDKECEEGKEIYTTQLPFSFPTPIHELIFNQFGETSYRTWFEDSTVEANDNLIIISVKEKFKQQIIQDKYLETIKTVTGKEIEIEITGGV
>NC_018648|2001172:2025187|2023433_2023991_+|WP_012422984.1|DBSCAN-SWA
MLNYFKNNLISILAFLISLASFGISFKNYLKSNVKLKLSTIPNNNLCLGFVHYREYKLIIIDLTIDNNSTSSVNISRIKLVDGNNTYLANPININDRLNKNGISLISNNEDEYMPINISTENILNNTRISSYGTLNGYAVFNDVDLISAPKSFKLIVDTPSKSFKTNVIVNLCPNGFKPLHPLKK
>NC_018648|2001172:2025187|2021029_2021683_-|WP_012424364.1|DBSCAN-SWA
MADSKKVETNKLNIYQKLQKSRVDLQGKKLKKTGVNKYSNYDYFELGDFLPSINEICNTNGLATIFHFTSELATLTVVDVDNLESKLEFTTPVEIASLKGCSSIQNIGGTQSYARRYLYIMAFEIAESDIVDGGVIDQDSEHGKKKIDKAAAFVINKLIDETKTEKSKFLEWIGVAKVEDITNDCLSTCMSQLNKKKDAMQKATQKSKNEFPEELNL
>NC_018648|2001172:2025187|2006558_2007440_-|WP_012422750.1|DBSCAN-SWA
MKLNENQKLFSDIIISLLEQMYDMHNGTLSELCDPVRNANKELIINELSKIMFKYNIEDTCLNIGKVQQMKLYKELCSKINEMFDNEYRAEKDCISDILSQTTKDSYYINSFVTGLGTSYTLKPVSNKTLQEIINHKIDGKMWSERLWDDKVNLRKDLKLQVKKFFNGEINVNNISDVIEKKYRNNRYVTNRLVNNEISIIQEDVNDVWRENHNIKTVLYMGTLDFKICSKCSQYDGKSYNSDDRPIELPQHVGCRCTYVNIPNADWRPKMHIDNETKENINWQSFEEWKEKH
>NC_018648|2001172:2025187|2001172_2002252_-|WP_012424860.1|DBSCAN-SWA
MATSNTMHGTKFTVQALAETANIRAKHGVLFLILDDPTVTPGVYQYSKLKKVVEKYEEKNKSLISTIFADYGVKTLIVSVGHAESGLTGSLDKSLSLLNKVNENGWLAVPQIKTDEDKKKVADFVKSQRKEEDYQIKAVLYNYKSNFEGIVNFTGKDLGDISPEEYTIQTAATLCTLGANEAVTNHIAKNVKSCDVKVDNNECVSNGELFLYNNGTNIVYSRGVNSLEVIENLQSESLSKIRIVETMDLVKSDSNKIFESHYLGKIGNSYKNRKTLINELNSYLRTLSNEGYLSNDEESFAELDAEATRKYLESKGINTDEMKDEEVLKAKTGSYVFIKITLKIMDCIEDIHICLQYET
>NC_018648|2001172:2025187|2010835_2011483_-|WP_012424447.1|DBSCAN-SWA
MRTYGYIRVSSKKQNEERQRVALREYCEENKINMDFERDVITDEQSGKNFKREGYILLKEHLLRAGDTLIIKELDRLGRNMDMIKDEWIALEKMGVNLIIIDNPMLSTNNKGDLDRKVISNIVFELMSYMAQKEREKILKRQAEGLAAMPVDNNGKKISMKTKRAIGRPSLEYPSNWKETYDNWKSGEITAVKAMEFTELKKTSFYKLVKQYESK
>NC_018648|2001172:2025187|2006300_2006504_-|WP_012423427.1|DBSCAN-SWA
MCKYCEGEYGKTFKIEQSSDNTESITEGFISNTKDDKVAGIVLLKHGTAFGVFDIPYCPFCGRKLRS
>NC_018648|2001172:2025187|2011712_2012150_-|WP_012423609.1|DBSCAN-SWA
MLDEKKLEAIDYLVGGLKTREEIAEIVGVADRTVYRWMNDKEFKAEWQKRSDDYNSSLAKESKSRMCSRVGKAIDNIWDLANNSDSDKIKLEANTIIYEAVLGKPTTKIEQSTTNNDNNVPVSITDMLEQVQKDNVIALPKDKAK
>NC_018648|2001172:2025187|2015946_2016096_-|WP_012424622.1|DBSCAN-SWA
MSPKELAEKTIRDIAARRERADREFYAYQKESGVRRKKSSNVRYGGYRW
>NC_018648|2001172:2025187|2002754_2003159_-|WP_012425442.1|DBSCAN-SWA
MSSTFGFQEFINKINITQKQMSNVINETLEESATECVAEVQARTPVRTGNLRRSWNHGEVEIENNTHYIEIGSALEYAPAVENGYKQDVGKYIPAIGKKLVKEYVPGKYMLRDSLTIAKADLPNKLKAKLSDIK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012424860.1|2001172_2002252_-	XkdK protein	A0A0A7S0D2	Clostridium_phage	5.2e-29	30.9
WP_012424543.1|2002308_2002746_-	hypothetical protein	NA	NA	NA	NA
WP_012425442.1|2002754_2003159_-	HK97 gp10 family phage protein	A9D9U1	Lactobacillus_prophage	7.0e-11	31.8
WP_012423003.1|2003151_2003496_-	hypothetical protein	NA	NA	NA	NA
WP_012423916.1|2003498_2003786_-	hypothetical protein	NA	NA	NA	NA
WP_012423122.1|2003800_2004736_-	hypothetical protein	A0A090D825	Clostridium_phage	1.9e-96	55.9
WP_012425623.1|2004772_2005372_-	DUF4355 domain-containing protein	NA	NA	NA	NA
WP_012425026.1|2005469_2005778_-	hypothetical protein	A0A2K9V384	Faecalibacterium_phage	2.9e-09	40.4
WP_012425758.1|2005810_2005984_-	hypothetical protein	NA	NA	NA	NA
WP_012425052.1|2006043_2006265_-	hypothetical protein	NA	NA	NA	NA
WP_012423427.1|2006300_2006504_-	hypothetical protein	NA	NA	NA	NA
WP_012422750.1|2006558_2007440_-	hypothetical protein	A0A1V0DZW9	Clostridioides_phage	6.8e-27	31.9
WP_012425354.1|2007429_2008794_-|portal	phage portal protein	A0A1V0DZW8	Clostridioides_phage	3.0e-53	32.3
WP_012425530.1|2008809_2010534_-	hypothetical protein	A0A1V0DZW7	Clostridioides_phage	1.4e-108	37.7
WP_012423700.1|2010571_2010763_-	hypothetical protein	NA	NA	NA	NA
WP_012424447.1|2010835_2011483_-	recombinase family protein	Q1MVP4	Enterobacteria_phage	3.4e-07	33.3
WP_012423609.1|2011712_2012150_-	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_012424650.1|2012297_2012978_-	hypothetical protein	NA	NA	NA	NA
WP_012425866.1|2012981_2013152_-	hypothetical protein	NA	NA	NA	NA
WP_012422768.1|2013208_2013898_-	Rha family transcriptional regulator	A0A0A7RVU3	Clostridium_phage	3.0e-38	45.1
WP_012424998.1|2015397_2015922_-	hypothetical protein	A0A0A7RVS1	Clostridium_phage	6.7e-06	25.5
WP_012424622.1|2015946_2016096_-	hypothetical protein	NA	NA	NA	NA
WP_044026035.1|2016099_2016330_-	hypothetical protein	F8UBQ8	Clostridium_phage	3.8e-06	48.1
WP_012423419.1|2016500_2016701_-	hypothetical protein	NA	NA	NA	NA
WP_012425772.1|2016710_2017118_-	single-stranded DNA-binding protein	Q8SBL5	Clostridium_phage	1.1e-19	39.1
WP_012425009.1|2017110_2017602_-	Holliday junction resolvase RecU	NA	NA	NA	NA
WP_012423442.1|2017646_2018360_-	hypothetical protein	A0A0A7RWW3	Clostridium_phage	2.6e-69	59.6
WP_012425306.1|2018679_2018868_-	hypothetical protein	NA	NA	NA	NA
WP_012424571.1|2018897_2019173_-	hypothetical protein	NA	NA	NA	NA
WP_012423024.1|2019202_2019352_-	hypothetical protein	NA	NA	NA	NA
WP_012425799.1|2019352_2020102_-	hypothetical protein	A0A0B5D175	Listeria_phage	6.0e-40	60.6
WP_012424959.1|2020110_2021016_-	DUF1351 domain-containing protein	A0A2D1GPE4	Lactobacillus_phage	4.4e-05	23.0
WP_012424364.1|2021029_2021683_-	ERF family protein	A0A0A7RVW0	Clostridium_phage	8.3e-30	46.0
WP_012423508.1|2021695_2021887_-	hypothetical protein	NA	NA	NA	NA
WP_012423323.1|2021889_2022810_-	hypothetical protein	NA	NA	NA	NA
WP_012423304.1|2022799_2022964_-	hypothetical protein	NA	NA	NA	NA
WP_012424295.1|2023107_2023362_-	AbrB/MazE/SpoVT family DNA-binding domain-containing protein	A0A2I7SC16	Paenibacillus_phage	2.2e-18	60.0
WP_012422984.1|2023433_2023991_+	hypothetical protein	NA	NA	NA	NA
WP_012423564.1|2023979_2024336_-	hypothetical protein	NA	NA	NA	NA
WP_012422932.1|2024407_2025187_-	ORF6C domain-containing protein	A0A0A8WJ22	Clostridium_phage	2.2e-45	49.4

Sequences of DBSCAN-SWA_7

Nucleotide sequences of DBSCAN-SWA_7

>NC_018648|2325825:2363952|DBSCAN-SWA
AATGCAAAAACTTCTTAGTAAAATGCGACAAGCAATAAATGATTTTGATATGATTCAAGATGGAGATAAAATAGCTGTTGGACTTTCTGGTGGGAAAGATAGCTTAACTCTATTACATCTTTTAAATACATACAAGAAATTTTCACCCCAAAACTTTGAACTTATAGCAATTACATTAAATCCTGGTGGTGTAGATAATTCCCCATTATATAAATTATGTGAAAATTTAGAAGTTCCTTTTTATGAAATACAAACAGATATCAAAAAGATTGTATTTGACTTAAGAAAAGAAAAAAATCCATGTTCTTTATGTGCAAATCTTAGACGTGGTGCTTTGCATCATAATGCAGAAAAATTAGGTTGCAATAAAGTTGCACTTGGGCATCATAAAGATGATGCTTTAGAAACGCTTATGTTATCAATGTGCTATGAAGGAAGAATTAATTGTTTTTCACCAAAAACACTTATGCATAAAAATACTATAACATTAATAAGACCAATGGTTTATATAGAGGAACACAACATTAAAAGTATTGTTAAGAAATTTAATTTTCCTGTTATAAAGAATCCTTGTCCTGCTGATGGTAAAACAAAAAGACAAGATGTAAAAGAATTAATTGATGAACTTAATAATAAAATTCCAGGTTTTAAAAAGAATCTTTTTGGTTGCTTAAATAATTCTGATCAACTTTTTATTTGGAATAAAGACTTAATTAAATGAGGATATTTTGTAACTGAAATATCCTCATTTAACTAAATACCCCTTATTCATTTATAATTTGATTATAAAATCATTTTTCTATTTTGAACTTACTATACTTTCTATTATTTGTTTACGATCTTTATTCATAGAGATATATGTATTAAAATCAAAGGCATTTTCACTTAATAATATATCTGTTGAACCACCTATAAAATACACCTCATCATTTATTATTAACTTATCTTTTTTCACTTCTTTATTTATAAAATAAATTAGCTTTTACATACTTAAATACTTCTTATATATTATTTATATTATTTTAAATAAACAGTGTTATTTTAACTTATATTAATCAATATCTTTAAATAGTAATTAAGTTATATTTATGCTATAATCTTCAAAATGATATTATTATTAAATCACTTAGATTTTGTTAGGTTTCTGAATAATTTTCACTTATATTTTCATTAAAACTTAACGAATCATATTATACATAGGGGGTATGTTTATATGATACTTTACAAACATATTAAAAATTCATTATCTTTGTTATTAGTTTTAACTTGTTTAACTTTATTACGAGGTTGTAATATTTCAAATAAAACTACATTTGAGCCTTCACCAGCTAAATGGGCTTTAGAGCAAAGTGTGGGTACAGATATGGTAACTCTTGATTATGCATCTGATGATACTGTAATATTTCATGATTACTTTGGGTTATTTATTTATGATTTAAATAAATTAGAAATTATTCGTAGTATAGATTTACAAGAAATTGATTGTTCTATGACACAAGGTGATGATTATTGTGAAGTAACCGTTAGTAATGATGGATATACTATACAATTACATAATATTAATAGTGATGATATGTATTTATATTCTGTTAATACAAATACTTTACAACAAACAAAATATAAGCCTATGAATAATTCTTTTAAAGATAAATTGATACCAATAGAGACACTTACTGATAATCCAAATGCAAATTTTAGTTATGGAGCAGTTCAATTTGGAGCTGATGATTACGGTTATATCACTACTTATGATTTTACAATTGGAACATTAGATTATGTACGTAATGATACGGCATATTCACTATTTAGTTTTGAAAAATAATAAACGTATAATATAATTTTATTGATGAAAAATGCCACTAAATCATTAATCTTTTAGTGGTATTTATTTAATAAAACATTAATTTTATATTTAACTTAAATTAAAATAATTAAGTAATCTAAAAATAAATATTTTATAGAAATAAGTATAATTTGCGTATAAAGAAATATTGGAGGAATATATGATATTCGATAAAAAAACACACATAGTTGAGTTTGTAAGACGTCCAAATAGATTTCAAGGATATGTTATTATAGATGGAAAAGAAGAGTTAGTACATGTCCCTAATACTGGTAGATGTAAAGAAATCTTAATACCTGGCTGCAGAGCATTAATAAGAGAAGAAAATGGACCAAACAGAAAAACTAGATTCAGCTTAATAGGAGCATATAAAGGTAAAAATTTAATAAACATCGATTCACAAATACCAAATAAAGTTGTTGAAGAAGCTCTTATTAATAAAAAAATTAACGGGTTAGAAAAATACACAAAAATCTGTAGAGAAAAAACCTTTGGAAATAGCAGATTTGATTTTAAACTAGAAGATTCTTTAAATAATGAGTATTACTTAGAAGTAAAAGGTGTTACCTTGGAGGAAAATGGATTTTGCAGATTCCCAGATGCCCCTACCCATAAAGTCTTATTAGTAAACATATTTCAACTTAATACTGTAGTATCTATAATAGATGATATATTAAAAAGAAAGCTACTGCAACTAATACAATAGCTTTCTAATTATCTTATTATCAGCCATCTCCCTTTTAGATAGATCTTTAGCTTTAAGCATATATTCTAAGTATAGCTAATTCTAGTTTTACTAACATTGTTTCACCTTCTTTGTAGTTACTTCAATTACTATTAGTAAAATTAATCCTATATATAATATAAATCCTTCAAATTCACCAAATTCAATTGTATTTCCTAAACTTGTACATTATTGTATATAAACTTATACGCTCTTAAATCTATATTAAATTAATGCTAACCTCCCTTTTAAATCAAAAGATGTTTCTTCTTGTGCATCTACAAGATTATTTTCCCAGCCTAACAATTTCTTCTCCAATAAATTATAATCGTATGATCTTGACTCAAAATTATTAAATTTAAGTGTTTTTGCTTTTGATGCATATGCTTCTGAACTATTGCTTGATATTTTCTTTAAATTTCTAATAGTCCATAATGTATATCCATATAAATTTGTAGCCCCTTTAGTTGTTGCATAATCAAATGCTTTCATTATATTTTCAACTTTATCCTTAGCAGCCTTTAAAAGTTTTTTAGATTGTTTTATTGTAAATCCTAAATTAACTAGTTTATTTTCATCCTCTGTTAATTCAGCAAAATGTATTTGACCATTCAATGGTGGGTTTCCATTAGAATCATTTGGTTTATCATTATATTTTTTATCTGAAGTATTTATAAATTTATCTATTCCAATAATTTTATATCTATTGTTTTTGTATGCTCTATCAACTTCTATCAAACCTCTTTTTTCTAATTTTTTAATAGTTGTTGATATTCTATTTTTAGATGTCGTATTAAAGGCTTTCATAATGTCAGTAAATTGTAGAAATGAATATCCATATTTGGTATTATCATATTCAAATAATAATTCCATTAAATATTGTTCATTTATAGATAGGCTTAAAGTTCTTAGATATTGTCTAAATTTTATAAAATCTTTAGATACTGACATTTGCTTCACCTCTTCATTAATATTATTCAATCTTCACTAAGCATATTATTATATTATCACCTTCACTAATATTAGTCAATATTATTTTAAAAAAAGTTTCATTAAGTTTCATTAATATGGTATAATATATATATATATATATATTATTATCAATAAGGGAGATTTAAAATGGCAAGTAATGATCTAAAGACAAGAGAACGGTATAGTGCTTCATTTGATAAAGAATTATTAGCTTCATTAAAAGATTTATCTAAAGAAACTATGATTCCATTATCAAAACTTTTAGACAAAGGAATTGAATTACTTTTAAAAGAATATAACAAAAAGTAGCTATCTATTAATTTAAATAGCTACTTTTTTATTTATAATTAGTGTTATTAATATAAAATACTATTAATTAATATAAAGAAAGAAAGTAGTTAATATAGGGTATGAAAATATTACCCGACAACTTTACTCATGTATTAATTCAATACTTAAATAAAATACTTAGGTATCAAAATAATACTTAAATTTAGTATTGTTTTAATACCTATTTATATAAAAAAATAAGGGATAATACCTAGAGATTTTACTCTCTACATATTACCCCTTAAATGTTTTCTAATTTTATGTGTAATTTAGACACATATATATACAATTATTACTATTATATTTAACTTTCCTCTGTATTAAATGATATAATTGTTTTATTTTTATTACTATGTACTGATCTTATTATTGATTTTCTCTTATTTGTATATTTATTAAATCAGTATTATCTTTATAAATATACCCATATACTTTTGAAGTAGATGTAAAACCAAATATCTTACAAATTTCTTTTACTGTTGGTGATATTTTTTCTTTTTCTATGTATTCCCTAATAACATCGAATATTTCCTTTTGTCTTCTTGTTAACATAATTTTTCCCCTTTATCTGACTTTATATCTCCATATATGTTTATAATACCTAAATTATAACATAAAAAGAACAGTATATATAATTTAATATATACTGTTCTTTTTTGTGCTTTCTAATTTTATGTGTAATCTAGGACACATATATTATAGCATAAATACAAAAAGTATAACTTAAGATCATATTAAAACTATCTCTTAAGTTATATTTTTTGCTAATAGATTTTATATAATTGTTCATTTATATTATTTTTTAATCTATATAATATCAATAAAAAGTAAAATTATATATAAATTGTCTATTATGTGTGTTATAATATATTTTTCTCCTATTATCTCTGACTTTTATATAACATAAATAAAGGTTAGTGGCATGTATATTAAACTTATACGCCACTAACTTTTTTGTTCAATGATAAAATTATTGATATACTACTATAAATTTTTACTTCTATGCTTTGGGGCAATTTATAGTTATTAAAATTACAACAAGTAGGATTTTATGTCAACTAATACATTCTTTAACCAGCAATCATTATATTAGTAATATATTCATTATTAATACTAATGTTCCTTAATATTATTTCTAAATTATATGTACTAAAAAAGTAGTAGTATATAAAACTTTGATACACTACTACTTTTTTTATTGTTCAGGATATAAATTAGCGATAAATTGTAAGCTTTGCCTACATGGAGATTGAAATGTATATATCATAAATATATGAATTAATCTATTTTTATATTCCTTATTTTTATAAATTACCTGTATAATCTGCATTTAAAAACATATCTGCTTCTTTGGTTCTACGCCTATAGAGTCCTTCTATTCTTTTTCCTCCACCATTACTCCATGCTTGAAAATTAGAAGTAATAGTATCTTTATCTCTTATTCCAGCAACAATATTTCTATATAATGTTGAACCTAAAAGACCACTAGTTCCACAATTATATGCAAAGCTTACTAATGAATCAAACTCATTTTGCTTCAAACATATGCCTTTAGAGTCTAAATCTTTTTTTATTACTGGAGCATACTTTTTGTTGATCCATTCTTTTAATAATTTAGTAGCTTCATATTCAGATATTTGGTCAGGTAAATTTTCTATTTCTTTACCAGTCATTCCATATCCTTGTGTTAAAACTCCAACCATATCATAATATTTTCGGCCTTCTTCGGGGAAACCTTCCCATAATTTTATAAAATCAATACATGAATCAGATACCAAATAATTATCTTCTATCCATGCTCCTTCTTTATCAAACTTATATTCGTTTCCTTCTATTATATAAGTACCTTCCGTATACATGGCACCCATATAACCATTACTTACAGGATTCAAATAAAACCATTTACTACTATAAGGGCTTTTTAACCATCCTGTTTTCATTGCTCCACTTTCATCTAAGTAATACCAGCGACCATCTTTATCCTCAATCCAACCAGTAGCCATAGTTCCATTATCCTTTAAGTAGTACCACTTCGAGTTATCTTCATACCACCCTTTAGTAATATTTCCTGTAGAATCTTCTACACACCATTTCCATTGTGACATTACTTATTCCTCCTTCTATTAATATAAAGAAAAAAGGTAGCTATAATCGCTACCTAAATTACTCTTTAATTTCTTTTCTATCTTTACTAAAATAAAATGCAATAATCATCGTGTATATAGTTATAAACTCTGTTGTAATCTTGTTAGTACAAGCTAATACTGCAAAAACTATAGTCATTATAACTGCTATTAACCATCTAGCACTAGTCACTTTATTTAATAATCTATCCATATAAAATCAGCTCCTTATTTATTTTATAAATGCAAATAATATGCCTAATAATCCTGTAAGTAAACCGCCTACAGCTGTTCTACTTATCCATTTAATAGTATCTTCTAAATCTTTTATTCTGTGATTAGCTACATTAATTTTTTCGCCCCAATTTTCTGTATTCTTTTCTAGTAAAATCTCTATCCTAACTAATCTTTCTTTAATTTCTTGAATAGTTTCTAATTCATTCATATAACACCTTCCTTAATTTTATATACGAAAAAGACATCTACATTACATAAGTGCCTTTAATAAACTTTTCTATTTGACTTTTATCTGCTCTTTTAATATTTCTATCTATTACATTATTTAATACGTATAATTTTTTTTAATTTATAGATAATAAATATTGTAAGTGAATTCTCCATCGGCTTAAACCTTTTTTAATTTAATAATAACTTATCTAAATTTACAGAGAAAATTATTTCTCATGTAAAATAGTAGAGCTAGTTAATTTATTTACTCGGCATATTTATTTTAACTAGTTCTACTATTATTTTAGTAATATATTTAATAAAAAAAGACCAAGTCTTCTTGATCTACTAATTTAATATTGTTTTTTAATTTTCATCATATATTGCTATTGCGAAACAACTTCTAAATTTTCTTCTATTTTTTATCTTCTGCTATTTCTGTTTTATCCTTAGTTGACTCTGTCTCAACTTTAACCTCCTCTTTCTTTTCTACTGGATTAATCATAGCTAATAATTCTAAATATTGGTCTTGAGCTATTTGATTAACTAGCATAAATACATTTAATTTATTAGTCATATCCTCTCTTTCATAATAATTGTGTTCGATTAAATTTTTAATTATTCCATATAACATTTTGCATCTTTCCTTTCATTTATATTATTTTATTTCTAAATCTTTATTTGTTAATTTATATTGCAACTCTAATAACATGTTTTGAGTTTCTAATAGTTGTTTTTGTAATATTTCTGTTTCAGTTTGTTCTTGAGGTTTAGGATTATTTTTATTGTCTAATAATTCTTTACAAACCTGTTCGCCAGTTTTGTCCATTGTTCCATCTTTAATATAATGCGGAGAAAACATTTGTCCTTTATTAGAAACGTAGCAATATTGTAAATGTTCTTCTTTTTTTATTATTTTTAAAAATAATTCATTTTGTTCACGAGTCATATTAATCAACCCTCCACATCATGTAAAAATCTGTTTTAGCACCCTGCGTTGGTAAACTAGTAACTCCTGAAATATCAACATTTCCATTAGTATCTATCGCAACACCAAAGAAAGGCTTGCCATCACGTTGGGGAATATAAAAAACTTGCTGATATTTAGGTCTAAATCCTTCTGGAATATTAAATATAGTTGTTCCAACAGAACTGACACCTACAGTACCTTGAAAGTTTAAATAGCATACACCGCCTGTTTTCGTAATTTTAAGTTCACCATAATCTTTTTCCCAACCATTTAATAAACCTATTTCAGTAATTTCAGTTGTAGCTAGTTCTTTTGTTTCCCAATTACCATTAAAATATCTGCGTATAAAACGTCTTAAATCTCCATTATAAGTTGTAACATACTGTATTCTATTTGCAGTTTCTGATATATCCCCATAGAAAAATTGTTCGTAATAACAAAACCCATTTTGTACTGGGTTTAACTCATGTGCTATAACAAAGCACCCCTCTAAAGCATTATTGGGATTAGCGCCTTTAGTAGTTTCTTCACTTGTATAATATTTTACTTTTTTATTAATTTTTATATCATCTAAATTTTTTATATCATTCTCAACATCTTTCAAGTACGAAGTATTATCCTCTACCTTTTCATTTAAATTTTCTATATTATTTTTATTAGTTTCTACCTTAGCAGCAAGATCTTTAGCATCTCCAATTTTATTTAGCTCCTCTATATTTTTCTCTGCTTGCACATTAGCAGTATCTAAATTTTCTTTAGACATATCTGCATTAGTTTTACTTAGATCCAATTCCTTTTTACTAGAATCAGCATTATTAATGCAAGTTGCTACTTCTTCTATTTTATTAGATGCACTAGATATAATACTTTCAACTTCTGTTATTTTGCTACTAGCATTTTTAGTACTAGTTTCTAGTTTAGAATTAATACTAGTTGCTCCTGGTATAGTTTTGTTGGTTAATGTATCTCTTACTTCTTTAGCTTCATCTAGCACTTCTCCTATATTCTCTATTTGGTCCAACTTATGATCTATTTCTTCTAGAATAGTACATGTTGGAGTGCTTACAATTCCACCTACATCTAACACACTTGCTACGATTTCTATATTTATATAAAATGTACTTTTCTTTTCTAAAGTGGTTTTATTTAGAAATTGTAATTCTGCTTTAACTATTCCATTTGTTGTTGTCAATTGCTTATCTGCTTTTATAGTTACAACATTATCTTTAATAGTAATATTAGTATTTTGTATAAGTGGAACTTGATCTGCTTTAAATGCTTTTAATCTAACATTATAATTGCTTAAATCCGCTGGTAAACTCTTATCATAAATAATTAGTTTAAGTATAATATCATCAAGCTGCTTACAACTAAAATTAATATTATACTTGTTATTAATATCTAATATGCCTGTCTGTAATTCTTGTATCATTTCATCACCTCTTATATTAATCCTTGGTCTTCAAGCATTTTATAACATCTTTTATCTATATATTCATCTAAATTGTAACCATTATTTATATTAAATCCTGAACTTTTCATAACCAATTTGACTATCCCCACATCTTGAAGCCACAATTCTTCCATATTAGATAATGTTCTATATAATGCACTATATTTATCTCTGTTAATTACTTCAATGTCTTGTACACCTACAGTTCCATCTTTATTAAATCGCATAACTGTCTTTCCTTTACTGTCTTTCACAACTAATGCACCATTCTTAATTGTTTGACCATCTGAATCAAATATAACATTCATTTCAGTCTCATTCTTAATAGCAATTAATACACTTTGTGCATTTTTTTCAACTAATGTACTAAAGTCACCTTCACTTACTTTTTCTCTTATAACTTTAGCAGTTTGTTCTCTATATGATCCAAAGTCCTCTTCACTTACCTTCTCTTCTATTTTTCCATCTAATACTTTAATAGATGCTTCTCTATCTTCTTTTTCATTTTTTACAGATAACTCAATTTCAGAATCTCTTTTTTCCATTGTTACTTTTAAATTATTATTTTCTTTATTTAATTCTTCCTTAGTTTCTTCAATTTTATTGTTAGTGCTATTAATTGTATCTGTAAGAGATCTTATTTTATAGCCTACCTCGCACCCTAATAATTTACCTGTAATTGCATCACGTTTAATCTTATATACTCTTCCCTTTTCTACTATCCCAAAAGGCTTTATATTAACATTAATTATGTCTCCTATAGCAACTCTACTATCCATATTAGAATAATCATTGTCTCCAAATGTTATACAATCCGAAAGCTCAACAAAATCTAAATCTAAATTAAAACTAACCTGATTCACATGTTCTTTATTAAACTTATCTAAGCAAGCTTGTCTTAACAATTTATATGCCTGTTCTGTTGTTATTATTTCATCACTATTGGTAATATTCCCCCCACTATCTGTTTCAGCTTCTACAACTCCAATATTGCTAAATTCAACTATTCTAGTAAAGGGATTATTGGAATTAAAATTACTAGCTTTAATAGACTTTTCAGGAAGCATAAGACCATCTTTACCTAAAGGAACTATCTCCGTTATTAAGTCTGTATTTTCTAATGTCATAATTGCTCCTGTAATGTTTTTAGTGTAAGTAACATTAATTCCTTTATCTTCTCCAATAGAGTCAACAATATTAACTTCAAAATTATTAAATTCAAGTTCTCCACCATATCTATTTACTATAGTATTGTCCTTGTCTCCTATAAGTGCATCTAGTGCACTATATCTTACAATTCTAAGGTTGTTAGTAGTTGTATTAGTATCTTTATTACCCGTAGTGAAATTATGATTATTCAATGTATTATTAAGTACCTGTGCAACTGCTTTTCTTCTTATTTTTCCCACTATATTAGTATCTAGTACAACATTATTTTCTAACCTAGTGGTCAATATATGTTGTGCAAATATATCAATATTCATATTATCTAAGCTTGGTTTACTTCTCCTAATAACAAATAATTGATTTTCTCTTTTATCCCATGTAGGAATCTTTACAATAGCACCAGGAACTAACATACTACTAATATCTTTATTGTCATTTACTGGATAAAGAATATTTGTATTAAATCCTGTATTTATTTCCTCTTCAGTTTCTACTTTTAAAACTTCATTAAGTACATAAGCATTATGCTTAAAATTGCTTTCATTTTCTTCATATAAATTAATCATATCCAAGTCCTCCAATACGGAATAATTTCAATACTTGTAATATTGCCAGTCCAACTTATTTTGTTTTCTCCAACATCAAAATAAGGAAAATCACCTTCCATGAATTCCCCTTTATTATTTAAAACTTGTTGTATATCCGGGTCACTTACTATTGTTATGCTGCCACCATTTATATCAGTAATATTAAAAGTACGGTTATTAATAGTAAATGTAGCTGAACCTTTACCACAAATAGTAATTGTAGGATAACTTTCATGTGTGCTCTTAACATTACATAAAGTAGTATTAGTAGTTAATGCTATTGGAATGTCACCTTCAAGCAAATAACCAAACGGCTTACAAGTAAATGTAATTGTAAATTTATGTAGCATATTTCTTACAATTTGTTCTAATGGTATTTTATTTCCAATATAGGCTTTGTAATATCTATCTGGTAAATTATCAAATATTACTTTTCCACTACCTCTAAGCCACATTAATACCTTATCAAACCTATTCCCTACAAAGTGGCATACACAATTCTTGTCTATTAAATCATAACCTGTAGATTTAAGTACTTGTGTTCCTCCAGGAATATTGGTTGAATCAATTCTTTCTTGAGGTCCACTTATAGAAGGTAAACTTTCAACTATTAAATTCATATCATCAGAACTAACATTATTAAATTTAAACATTTCTAAATTACCTCCTTAATGTGTTTTCCTGTAAAATTCTGCTTCTTGCATTAATTGTTTAACATCTGTATTTCTATTATTATTAAAATTTTCAATATTGAGTATCAATTCCCTTTTGGGGCTTCCATTTGTAGAATTATTAGAATTTGAACTTGTTTCAAATGATGGAGTATAAGCATTTGAATTCAAATTAATTTGCATATCTGTTGTTAAACCTTTAATTGAATTAACAACTTTACTTTTTGTCTTTTCTATGCCTTTAGAAAGTCCCTCCATAAAGTCCGGCATCCAACTTTCGTAATCTGTTAATGGTCCAACATCTGGAACTGAGAAATGTAAATAAGATCTTATATCTTGTGCTATTCCTTTTACTGCATCTCCAACTGCACTTGCTGCATTTTTTATTCCATTAACTAATCCTTGTATAAAATCTTTTCCCCATGTAATTGCTTCTCCTGGAAGTGATTTTATAAAACTTATTCCACTACTAAATCCACTAGAGATAATACTTCCTAATCCACTAAGAGCATTGCCTATTGCACTACACATATTGTTAAATGCAGTACTAGCCATGGAAGGAAAATTACTAATTATACTACTAATAGTACTAGATACATTATTCCATATGCTACTTACTGTAGATAATATAATGTTCATTACTCCTGTTATAGTAGTTACAATACCATTCCATATATTGGTTGCTGTTGTAGCTATAGTTGTACATACGCTAGATATTGTGGAACAGATACCATTCCATATTGAACTTGCTAAATTTTGTATTCCAGTCCATAAAGACGAAATAAAAGTGCTAAAATCTTGCCATACAATTTGCAATCCATTAATTAAACTAGCACAAAATTCGCTAATAAAACTACAAATTGTATTCCATACACCCTGTGCTATATTTGAAATTCCGTCCCATATATTACTTAATGCACTTGAAATATTATCCCATATTCCACTTAAATCAGTTCCTAATTGTGTAAAATCGCCAGTAACTAAATCGCATATAATAAGAATAGCACCCATGAATATATTTTTAATTACTTCCCAAACACCATTAATTACTTCGCCCCAGCCACTAAAAATTTGAGTTATCCCATCAATAGTCCCAGAAAAGTTAGCAGTAATATTTTGCCCCCATTCAGTAATAATTTCAATTATGAAATTAAATACTGTAGAAAAGATTTCTTTTATTCCATCCCATAAGTTACTAAAGAACTCTTTTATTCCATTAAATGCATTCTTTATTCCTTCAATTAAACTATTAATAAATCCATCTATCGTATTTCTAAAACCTTCACAATTATCATATATGAGTTTAAAAGCTCCAGCGAAAGGATTTACTAAGAGCAATGCTAATCCTTCCCAATTATTCTTTATAAAATCAATAACAGTATTAAAAGCACTTGGTAATGTATCCGTAAAAAATGATACTATAGAATCTATTGCACTGCTACATGCACTGCAAATTGTATCCCATAGATTAATCCAAAATTCTCTAAAAGAATCGCTTGTATTCCAAAAATAAACAAAGGCAGCAACTAAACCAGCTATCGCAATAACTACCAGTCCTACTGGAGACAAAATAAATCCTATTGCTGTACCTAATAAGCTCATAGCACTTGAACCTAAACTACTTGCCTTGCTTACTAATTGTATAGTTGTAGCAAATTCTTTTATTTTTATTGCTGCTCCCATTAATGCACTTATTCCTGTTGCCATTTTCCCTATAATAATTAATACCGGACCAAGTGCTGCTACTAAACTAGCTATTACTACAATAACCTTTTGAACAGTTGGACTTAAATTAGATAACCATGTAACAAGTCCATTAATTTTATTAGTAAATGCTTCAATCCAAGGGAGTATAATATCACCAATTTGAATTCCTAATCCTTCTAATGCACTTTGTAAAAGAGTTGCTTTACCTTTTAAATTATCAAGCATTGTTTTTGCTTGCTCTGAAGCAGCACCGCCAGCGTTACCTATTTGGTCGTATAAATTCGACCAACTATCTGTACCATCATTTACACTTGCTGCTAAATTAGTACATGCAACTGCTGCTTGATCTGCATCCATTTCAAACATACTCATCATACTATTAACATTATCTTGTAAAGGTAATGTTTCATCATAAGCATTTTTCATATCATTCAATGTTCTTCCATGCTCTTCAACATTGTAATTAACTGATGCTAACGCATCTTTTAAATCTAATGTACTTCCTGTAACACCCGATAATAAACCCTGAACTGCTGCTATATCTGTCTTATTAAAAATTTTAGAAATTACTTGTGCTTTTTCTCCAGAACCTGCTTCTGATAATCCTGCGTTTATATCTTTTAAAATGTCTGGTAATGCTCGCATATTCCCATCAGCATCTAAACATTCAACTCCAAGTTGTTTTAATACACCGGCTGCTGTATCTGTTGGAGCACTTAAACTTAAAATAACATTTCTTAAATGTGTTCCACCTTCGGCTCCTTTAATTCCTACATTGGCTAGTTCCCCTAATGCGGTATTCATTTCAGTAACTCCGCCTTTTAAAGTATTAGCAGTACCTCCAACAGTTAATATTGCCTCACCCAGTTGACTTACACTTGTATTCGATTTTTGAGAAGTTTTTGCCATTTGATCAACTAAAACTGTTGTTTGGTCTGTAGTAAGATTTAATGCACTTGCCGCATCAGTAACCATATCACACGCAGTTCCAAGCTCCATGCCACCAGCTGCTGCTAAATTTAAAACATTCGGTAAAGTAGAAATAGATTTGTCAACATCATAACCAGCTAAAGCTAGATAATTTAAAGCTTCACTTGCTTCTGTTGCACTGAATTGAGTTGTCGCTCCCATGTCCTTTGCTGCATCTTTTAATCTTTCAAAATCTTGTGCTTCTTGTGAACTGCTATCATGCAATTGGTCTGTAGTATATCCCATAGTTGCAGCCACTTGTGACATACCGCTCTGAAAATCACTTGCAAACTTAACAGTTCCTGCTCCTATTGCTGCAATTCCAACTGTTAATGGTAATAAACTTTTACCTGTTTGAGTTGCTTTTTCTCCGAAACTTGCCAAATGTTCTTTTGCTGCAATAAAACTAGGACTTACATTTGTTCCAAAATTTTTAGATTCTATTTCTAAGCCTTTAAGCTTTTGCTCTGTATTTTCTATTTCTCTTTCAAAAGCTCTGTATTGTTCTACGCCTATTTCACCTTTTTCAAATTGAGCTTGTACTTGTGCCTGTGTAGATTTTAATGTTTCTAACTTTTCTTTTGTCTTTTCAACTGATTCTCTTAAAATATCCTGTTTTTGCTTTATTAATGTAACATTAGTGGGATCAAGTTTTAATGCTACATTTACCTTTTTTAATTCACCTTGTAAACTTCTACTAGAAGTATTGACCCCTTTTAAGGCTTTATCTAGCTTAGTAGTATCTCCTCCAATTTCAACTGTAATACCTTTAATATTACTCGCCATGAATTTCCTCCTTTCGTAAAAATATAAAAATAAAAGACTAGGTAAAATTCCTAGCCTTTCTTAAATCTATTTCTTAAGCTTTCTCTATCTGGTTGTGTTTGTTCCATAATCCAACATTTTTCAAGGTATTCTTGACCTTTTTCTGTTTGGTTATATTTATAAATAATTGAATCTCTTAAATACGCCCAAAATTCTATTATATTAAGCTCATCTATTTGAATAAAATTTAATCCTGTATATTCACTTATTAATTTTTCTTCTATTGTATTAATTTCATAATGCCCTTTGTTTTCATCTTCAGGATAGTAGGGCACTTTTAGTTTGGGAAATTTTTAGTTTGGGATAACCATTCAAAATATGAAGTTAATAGATTGGACATTTCATCAAAATCCATATCGTCTATATACTCTAGTGGTATTTTTTTATTTTCCTTATTTTTATTTAAAATTAAATTAATACATTTTGTTAATTCTTCCATAGTGTTTTCTTTAGCCTTACTAAGTCCAGTAAGGCGTTTTAATAATTTTACTTTAGGAGGTTCTACTTTAACATCTATGTTGTTCTCAACCTCTCCAACTTCATTCGTAATACTTAATTTAACTTCAAAATACCTTGCGTTTACACTTTTTACATCAAACATTTTTAAATCTCTCCCTTCTGTTTTTCTGTAACTACTGGAATGTCTTCCTTGTAGTTAATTAAAGTTCCTTCACTATCATGTGGTTGTGCTTTAAATTCTGCATCAATTACGGTTTCTTTATCTTTTGCAAAACTAAAACTAAATCCAGCTTCATTCTTACCAACGACACTAACTCGTATATCTCCGTCTGCTTTATCTTCATGTAGAAATCTTATTAAATAGTCTTTTCCATCCTGATTGCCTGCTCCACCAATTTTTACAGTTCTTGTACCTTTAACTTTATCTTCTGTAACTCTTGCAGTACTGCAAAGTTTTGTTAATGTCTTACCGCACCATGTCATAATACCGCTTTTAAGAGTTGCTTCTTCTTCTGTCATAACAGTTTTGCTTTTTAGACCTAAATCATCTTTCGCTGTATAAAAAGTAGGCTTATATTCAAGCGTAGCACCTCCTTGAATTAACCCTACTTGGTTTATTTCTGCTTCCACAACTGTATCTTCTGGTATTCCTGTCACTGAATCATATTCCAAAACGAATAATTTACCTGATCCTAAAACAATCTTTTCTTTTCCATCTACTGACATATTTATTCCTCCATTTTTTCATATAAATTAAAGTCGTATGAGGTTTGAAACATCTTTTCAGAATCTAACCACACACGACTTTTTGAATAATTTATTGATTTTTCTTTTAATAGATCTTCAATTAATTTTTCTTTTTCTCTGTTTATTATGTCTGAATATAATTCAACTGTTATGTCTCTGTCACAAATACAAAGTTGATTATCAGCTCCTGAAGAATTTTCATCCATAGTAAAAATAATATATGGAAGCTTAGGAGCTTTTTTAAAACAAGTTTCAGCAACATTTAATTTAGTAGTTTCTAACCATTCTTTTATCTTAGTCACCCTGTACAGCCTCCTTTGTTAATTGTTCCATTCTTTTTTTGGCTAAATCTTCCCCATATTTAATATGTGGATATGCCTTCGTTCTTCCACCACCAGCAAGAGCATGACCTTTTTCAAGCAGATGAGTAAGTCTATAATATGGTGATTTAACATGCCATGTTTTTCTCTTTGTGAATGGACCTTCATATGAATTATTAATTCTAAAGGCTTTAACATATTTTCCCGTTGGTTGCTTAAATGTAATATGCTTTTTTATCTCTTCATCTACTTCTTTGGATACTTTATCAACATTACTTTTAGTTTTTTTAGTAACACTAGCTGAATACAGACTTAATTCTTGATTAATTGCATCAGCAAGGCTATCAATTTGTACTATTGACATTATTCATGTACCTCTAATTGCCTTAATGTTAAATCTAAGCTTGGAGGATTACATTCATATTTATCCTGTACAAGTTCAATTGAAAACTTACCTCTACCTTTAATAGTAAGCAAATCATGATTATTTATATTACTTACAAGTGGAATTCTTATAACCATATCCGTCTGTACTTGTACAGCTTTAGCAGCATAGTGACGATTAAACCCCAAAACTCTTTTATCAAAATTTAACCCTGTATATTTAGATGTTTTTTGACCTTCTTCATCTTCAGAATAAATATCACAAATACCATCTTTATAAGCTTGAAATTCAACTTTTCTATTTTGTATCTTCATTATCTGAATCCCCCCTGTGCATTTGCTTGATATTCTAAATGTAAAGATAGCAATTCACCTTGAAAATTCATTTCAAAAACTTCTAATGCTTGTGAATTAGCATATCTAACATAATCAAGTAATAATGATTTTGGTGAATCTTCAACTGTATAATCTAAAGAAGACACACCTGCTATTTTATTCAGATGTGCCATTCCTCTTTTAATCATACCAGTAAGGTTTTTATCTGTTTTTTCATCATACCAGCTTATATGAAGATAATCTTTTACATCTTGTAATAATACCTTTAATTCATCTTCTGACATTTAAATCACCTCAATTAAGCCTGTTCTTTAGTTTTAACAGTTCCCTTTACTGTTACATTGTAAGTTAAATCTTCTAAACCACTAATATTTAATAATATAAATGCATTATCATCTAAAGCTTGACCATTACCAATAAGCTTTATGATGTAGTATCTTTCATCTTCTAAGAACTTATATTCATCTGAATACTCAATTTTACCTTCTTTATTTCCTGTTCCTATTCCCATTGCATACTTTTTAGCAAGTCCAAGTATTGCTTCACCTTCTGCAACTTGTGTTGATTGTACAATAGTAGTTGGATAAGGTAATACATTATTTTTATAAGTACCATCTTGTAATTGAATAGTAGTTGCTGGCATAACCTTTTTGTAATAGTCAAAAGGATTAACTATTAATACAAGGTCTGAAATTGTTCTCGCTTTCTTTTCGTCTACAGGATCTTTAGCCAATGTTGCTAATAAAGTTCCAAATGTCTTAGGAGATAAATCTTTAATTGCAACAGAAGTTTTCTTAGGATATACTCCACCAGTTACACTTACTCCTTCATGAATATCTCTATTCATGCCTATAGGCATCTCTTTTCCTGTTCCATTTATAATTCCTTCTTCAAGTCCATATGCAACTGCTTCTGAAAGTACAGCTCTTACATATGCATCTACCCATTGTGGACCAACTAAAAGCATATCCTTTGCTACTGGCATAAATGCTGTTAATTTATTTAAACTTAAGTCAAGCTTTCCAATAGCTCCTTCTAATTCTTCTGTAATTGTTGAACCAATAGTTCCCCATTTCGCTAATTGAATTCCTTTTTTATTCATAAGCATCTTAGTTAATGCAGTCATGTTTTGAAAATCAATCATTTCTAATAATTGATGTTCTGCTCTCATATCAACCATTACATTATCAATTACTGTTTCAGGTAATGCTATATCAAGATTAGTTATTGCTTGTCTAGGATTTGAGCTTTTAGCTGCATCAATCCAACCTTGATAGAACTTAGTTTCCTTTTGAGTTAATTGGTGTATACCTCTCTTTTGAAGTATTTCTTTGTCTTGCGTTTCTTGATATACTTTGAAATCATCAAGTACTTCTTGTTGTACTCCTGTAGCAAATTCAACAAAAGCATTAATCATATCCTCTTGATTTTCAGATTGCATTGCTGCTCCGAATTTTTCAGTTAATTGTTGTCTTAATATATCTTTTGATAACATTATTTATTTCCTTCTTTCTTCATAAATTTTTGTCTTAATATTTCATAATTATTTCTTTGTTTTTCAAATTGCTTAGGTACTTTTATAGGAGTTTCAGCCTGCATAATTTGAGCTTGAATACTTTGTTTAAATCTTTGTTGTGCTGCTTCAATTGTCTTATCCTCTTGACCTGCAATTTCATCACACAATCCATATTCTAAGCATTGACTAGCATTTAACCATGTTTGATTATCCAATAATTGTTTTAATGTAGCTTCATCAAGCTTCTCACCTGCTTTAGTTAAATATGAACTACAGCTTGCTTGGTCAATAACTTCAACATCATTTGCTGCTTTTCTTAATTCTTCTGCATTTCCATAACACCCAATAGACGCATGATGGATCATCATTAATGCATTAGTTCCCATCACAACCTTGTCACCAACCATAGCAATAACACTTGCTATGCTACATGCAAATCCGTCAATATAAACATTAACCTGTGCAGGATGTCTTTTAAGTTGGTTATAAATTCCTAAGCCTTCTTTAACTTCTCCACCATATGAATTAATATATAAATTGATTTCACTTGTACTTTGATTGCTTTCAAGTACTTGTTTTATATAGTTTGCACTTGTTTCACTCTCCATTTTCTCACCAGTCCACCAGTTATATGAATCTCCCTCTACATTATCATAAATATAAATATCTAATACATTTGGCTTGTTAGCCTGTTGTTTTATACTAAACATAGTTTTATTCACTATTCTCACCTTCCTTCGAATTAATTTCATTTATTCCTTGATAGTTTTTTGTAATCCAATGTTTCTCACTCCATTCAGTATTTAAAACAGTATCTTTTAATTTCTTCTTTAAATCATCAATGCTATACATACCACAAGCAATGAGCTTATCAATTTTTTCAGCAATACTAAATATATCTATATGCTTGATATTAGTAATATCAACATATAGATAGCTGCCTTTAAAAAAATTAGATTTCCCATACCTTTTTCGATTAATTTCAGTTTGAATAAGGTCAACTATAGGATCTATACAAAAAGTTAAAAAATTATTTGTTATTTTATCTATATCAGCAATATCACCTTTTAATAAAGCTGGTGACATTCTAAGTGCTTGTGCTGCTCTTGTAAATGCATCATCAAGTATTCTTGTAATATCTCCAAGTTCATTTGTAGCTTTTTTACTTCCTTCACCAGTTATTTCAGTATATTTAACACCCTTTGGAAGATCTACAATAGCATTTTCAGCTTCAAAGTAATTTTTAAACTTTTTTGTAAATAGTTCTTCAATTTGTTTTCTTTTCTCTTCATCACCTTTGGCTATTGCATCAAGTTCTACTGTACCCTTACGACCTCCAGCACGCTTATATTTACCTTTAGCAAGTGATAAAAGTTCATTATATCCTATCATCAAATTATTGTAGTATTTTCTTATATCATCATTGTTATATTTAAAATACAGCACATCTTTCATATAGAACTTTTTATCAAAAGTAAAATCTTTTTTAGTTACTTGTTCAAAATAATCTTCATATATTGCATGTTCTTCTCTATAAAAAGAATCTGCAATAATCAATTCATTATTAAATTCTACAATTAGTACTTCATTGTTTAAAAGTAACTTACTTACAAACTCTTGAATAAATTCACTTGAATTTTGATTTTTGTTAGGTTCAATATTCCAAAGATAGTATTCATCTGAATTCACTTCTTTTTTATTTAAAAAAGTTTTAAACTCACACTTAGCAACGCATGAAGCTATAAGATTAATACCAGTTTGAAGTGCAAATGCATCAATTGCTAAATTAGTACATACACTATCAACTTTTTCATTTAGATATACAGTATTTTTTGAGCCAAAAAAGTCCCTTAAAAAATTAATTATTTTCAATCCTTCACCCCCTTTCAGCCCAAAATAAAAAAGCCTTATTAATTAAGGCTTAATTTCTACAACTGATAATATTTTTTCTTTAATTTCATTTCTAATTTTTATTGGAACTTGCTTGTCTACTATAATATCTTTTATAATTTCCAATATATTTTTAAACTTATCAATATCTTTTATATTTACATCTACTGATAAATATTTGTTTTTATTTATATGAGCATTACCCATAGGTGTTAATGCTCCACTACATTTAACGCATCTTATACCATCAAGCCTTGATATTGTATAATCTCCACAATCCAAACATTTGTAAGCAATTAAATTATTCATTTTTCAAACTCCCTTAATATGTGTAAACTCCAAAATCTTCACAATCATAATTTTCAGCACTATCTGGCAAGTCATCAATGTCACAACACATTGCCGTAACAAATGCCATAAATCCATCTGTTTTACGAGATTTAGGTTCAATCTTTGCAAATGTATAATTTTCATATTTTTCAGCATGAAGGCATGCATTATTTGTATACCATCTCATAAGTGGATTATCTCCAAATATAATATTTTGATTAGTAAATGCACTATCAATTACTGGATATATTCTCATTTGGTCACTAGGCCTTGTAAGCTTAATATTATTAGCACCCTTTTTATCTGTATCAAATCCAATATTTCTAAGTGACTTTGATAATAATGTATGTCTAAAATTATCCATACCTAAAATAGTTAAATTATATTTTTTAGTTTGATTAGCAAGCCATTGTGCTGGTATGTCTGGATGAATTTCTACCTCATCTACAAATGTTAATAGACCTTGTTTTTCCCATTCTTCCAAAGGAGCTTTTATTCTTTTTAAATCCTTACTATTTCTACAAACCCATGTATGACTTATCCAAACATACTTTTCTTTATATTTAAAAAGTAATCCTGCACATACAAAATCTGTAGTTTTAGCATAATCAATTCCAATTCTACAAGTTGCACCTTTAAGATCTGGTATCTCTTGATTCGTAGCTAATATATTTTCCCATGAAGTAACTTCTCTATCTTTATTACCTTGTGGCATATTCATTCTTTTAGTCATAAATTCAGTATAAAGTTGTACATTGACCTGCATATCAATATATTCCTGATCCATTACTACCTGAAGATTTTTTAAATATCTAAATGATGGATTAGCCTTTTCCCACATATCACGATTATCTACTTCTTTTTTATCTTCTAAATGATATAAAAGTGGCAGCATTCTGCTTGTTTTATTTTCACCATTCAAGATTGACTTAGAACTTTCTAAATAATCATCTAGTACCCCACCTCTTACATATCCATCTGTTGAAATCATGAATGTTCTACAATGCTTTTTCTTACCTAATGCAGATTTAAAAACTTTTATATTATTATAATTCTCATATTCATGAATTTCATCAAAGATTATACAAGCTGGTCTAAGTCCATCTTTAGTTCGTGCGTTGGAAGTATTATATTTTAAATATGATCTTGTCTTTTTATAAACTATTTTTTCTTTAGTATGATAAAATGCTTTTTTTAGCTTTTTATCATCTTCAATAACATTATATACATCATCAAAAGATGTTTTGGCCTGATCCTCACTATTTGCAACAATGTCAATGTTATATTCCTTTATTCCATGAAATTTAGTAGTAAAATACCATGATATTGATGAGATAAAACCATTTTTACCTCCACCTCTACCCATATAAATAATAAAAGTATCAAAAACCAAAGTATCATCATCATAGTAACAATGTGCAAGTCCAATAATAAACTTTTCCCATGGCAATAATTTAAAGGGGAAATATTCTTCTATTTTTAAAATAGCCTGTTCTATTTTCTCATGTTCTATTATTACTCTAGGATTAGATAACTTTTCTTTAATAAGTTGAATTGATTTCTTTATATCTTCATTAGTGACAACTTTATTACTTTCAACTAAATCAATATATTCATCAATGTATTTATTAAATATCATCATAATCATCTTCTTGTATCTTTGGAGGAACTAATCTTAAAGTATCTAAAATTTTTAACATCTGAGCATTAGTTCTATTAACTTCTGCTATGCTATCATTTTTCTTTACACTAAATTGTTTTCCATTATTCCATTCAATTGACACACCACGTTCTTTTATATCCTGGAATAATTTATTTTTAGTATTCCATAATTCCATATAGTCACTAATTAAATCTTCATAGTGTTTTCCATATGTTCCATTAGCCTCTAACTGCTTAAGTAAATCTGATTTAATTTCATCATATAAATTATTTCCCAAAGATTGCACACTTTTTTTAATGCACCCTGTTTTTTGGGTGCGGGTGCGGGTCCATTTATATCTTCTTTTCCAACTCTTAACTGTATTTTCAGATACACCATATTTCAAAGAAATTTTTTTATAAGTCATTCCAGAAATATAATCCTCATAAGCTTTATCGCTATCTGCTAAACTTTCTTTTTCACTCAAAATCACCACCTCTTTTCTTTTTATCTGCACCCTATGTTTTGTGTGCAGGTGCACTCCCTCATATAAAATTTCAATTTATCTCTTTTGTCGTGTATCTCTATCCGTTCTCTTAGGCCTAAAAAAAATTCCATTTTTTTAACCCGGGGGTATCTACAATTACCACCGTTCCTCATTTAACAGTACTTTTGATTTAAACTTAAACTTAGCTTTTTCAGGATGTAATTCATTATGACACTCTTTGCATACACACATTAGATTGCTTCTAGTTAATGCTAACTCTGGATGCTTGTTAACATGTTTAACATGATGTACTGTTGTTGCTGCACTATATTTGCCTTTGGCTTTACACATCTGACATTCTGAATTCTGTTCCTTCAACATTTCTTTTCTTAGATGCTTCCATGGTGTACTTACATAAAATCCATGAATGTTTTTATCTCTTAGAAGCTTTTGAATCCACTTAACCAATTCTACTGTATCCATTGTTTCTCAAGCTCCAATGATTTCTTTTTAGCTACACTAAGAATAGCATCACGATTCTTTAATAGGTTAGTCACTGAATCAGATAGCTTTCTTATTTCTGATTCAATCCCCTTACAGCTCTTAATTATATTTCTAACATCTGCATCAGTAATTGATATTACATACTTATGCTTGCATTTAGGACAGATAAAGTATGTTTCTTCTATTTGCTTGTCTTTATTAATCCAGTGTTTCTTTACATTCTTTTCACCTAAATTAAACTCATGCTGACATTTATCACATATTACTTTTTGATAAGTATTCATATTGCTATTTCCTCCTTGATTTATGAACATAAAATAAGCACCTATTAAATTTATAGATGCTTAAATATAAATTATTAAATTTTAAGGGAACACTCTGAATAATTTGATTCCTACAATCTTTCCATACTATCATTATAAAACATTCAATTCACTTTAAAAACCCCGACTTTTCCCTATACTTTCCCTTTTACCACGTAAATCCCTTTATACCGTCTAATCCCCAAAGATACTCTGATAATTTACTTAACATTTCATCGCACCAAATCTTAGGACTATTTTTACCACATCCAAGTTCACCAGCAATATATTCATAGCTTTTAATATCCTTATCAATATAATGCATTTCCAAAGCCCTATATTTGTATGATGTTCCTTCTTTATATTGTTCCTCTTCTAATAATTTTAATGCTATACTTATATGTGTCATCATCATTTCTGTTTTTAATTTACTTTGAAGTATGCTAAGTATAAATAATTCATCACAGTCATTTGTTTTCAAATCTATATCAACAACATTTTGTAAATCATCCATATTAGATATTCCATATTTTATATGAGATTTAAGTCTTGAATAACTCTTCATAAGTTTTTCAGTCCTTTTAAATCCCCACTCTTTAATTTTCCTTTCTTGTTTTTTATTAAATTTATCTATTGCCTTTTCTATGATCTTGTCCATATCTATTTCTTTTGTTGCTTCCATCTATTCCTCTTCCTCCTTAAAATTTCAACTTATTATTTACTTTTCCACAATGTTTACATACAATTAAAATATCTTGTCCACTTATTCTTGTTAATCCAATAGAACTGCAATGTTCACCTTCTATAAATTCATGTTTGCAAAATAATTTTTTAATAAATGATTTTTCATTTATCTCTGTAATACCATTATTTAATATATACATTAATCTAATCTCCTTAAAGGGCATATTTGAACCACATAGTAGTATTGAAAATTATTCTATTATTTCAATGTCACATGATGTAGTAATATAATCAATCTTTTTACCAATTAGATATTGAAGTACATCTTCAATATCATCTATCAATACACTTTTAATAAATGGACTTCTCAATGGTAGCTCTGCTACTGTTATTGGAAATGGTATATCTAATCCAAGTTTTTGTGATGTCTTTACAATCAATTCCACACGCTGTCTATCTTTACATATAATATATTTCCATTCCTTATTTGAATGTTTCACTAATTCAGTAGTTTTTCCCTTTCCCCTATTTGCTCTTATTATTTTCATTTTACTTCAACCATCCTTTACACTTTTGTAGTATCGTGAATTAAAAAATACCGCACATTCATTTTGAATAATACGGTATTTACATGCATTTAGATTTTTAATTTTATAGAATAGAATTTATAAAGCTATATAAGTTACTACCCTTGAGACATTTGTTGTTTAACAACCGCAATTTCTTCTGGAGTTGCTGGTTGTGCTGGTATATAATATCCCTTTTCTTTAGCTTTAGTGAAAAGATTATATTGACGACATTCATCTTGATTTCTCATTTGCTGAATTGTTTCACGTAATTGTTGATTTTCACATTGAGCAATTATACCACCATATCCTGCTAAACTTGCATTTAATCCAGCAAGGTAATCACTTATCATTTCTTTTTCTTGCATATTTTACACCTCCTAATTTAAAAATTCCATTAATTTTGCTTTACTTGCTTTTGCATCTTCAGAGTCTTTTTTTAACATCTCTTTTAATGTTGGGTCAGTACATTGTTGTGAATAGTATTCTAACTTTTTCTCAATAGTACAATGAGCTCCAATTAAATGACGTAGATTTTGTAGTTCAAGCTGATTTAAGTTTGCCATTATTTTCACCTCCAATTTAATAACTTCAATACTTAATATTTTCAAAATAGAATATGTTTATTCATTTTTTAATAAATTTTATATGAGTTATTTCAAATAATTTTATCTTCTAGGATTTTCAAATGATGGTGGTGTTGGATTTGGAGCTTCATGTGAAGGACCAGGATTAGATAAATTAAAATATAGTTTAGAATCTTCAGTAACTCCAAAATTTTTATTTGAACCTGTCTTTTGAACTTTGTTTAATGCTTCTCTAAATAAAGCATTATGTGCTTCTTCTCTATTAAGTAAAAAATCTATTGTTGCTCTTACTTCTTTATCTTCAATTTGTCTGTACAGATATTCATAAACTACTTTAGCTCTTTGTTCAGAAGCTATGTTAGATAATAAATCTGCAACTAAATCTCCAGTTACTGTTACATAATCAGCTGTCCAAGGTGCCCCTGAGGAATTAATTAGAACTGGTGACAGCCCACATTGTACATGTGTTTGAATTTCTCCATTATTTACTTTTTCATTAGCTACATCATGGCCATTTAGCAAATTTATTGTTTGTGCTACCATTTCCATATGGCTAAGTTCTTCAGCACCAATATCTAAAAATAAATCTTTTATTTCTGGATCTTTTATTCTAAAACTTTGTGAAATATACTGCATTGCTGCTTTAAGTTCTCCATTTCCACCACCTAATTGTTCTTGCATTAATACTGCATATTGTGGGTTAGCTCTTTCGACCTTTACTTCATGTAATAATTGCTTTTTATGTTCAAACATCTATATTCCCTCCAAATAATTAATTTTTCTAATTTATTATTTGTTAATACGTAACTAAATATTCAATACCGTGCTATTAAGTTTTCAAAGAACACTTTTGTTCATACTTTATACATATTATGCACTAATACAATGCACACATTGGATTCGGAAAGAATCCTTTAGGATATTTGGAATATTGTTCTTTTATAATTACTTTTTCATAGTCTGAGAACTTACCAAATGCCTCTATTTCTTCATCAGTTATATTTCCCATTTCCTTGTATTCGCCTAACGCTAATATCATATATCCTTCTTGTAATCCATATTTTCCACCATCAAGAATATAAGATATTTCTTTTTTTACTTCTTGCCCTGTATATTGTGCATGTAATGTTGTTTTATATCTGTCTGAAATCTCTTGTAAATATTCTTTTAATACAAGAGTATCTCCCACTTCAAATCCCCTATCATTTTTTCTTAATTCAAATATTTTAGTACCATCTAAAACAGCATTAAAGTATTGTGGTAATATTTTCAATTCATGTATTTTACTCATTACTCTGCCTCACTTTCACAAATTTCTATAATTACTTTTCAAATCCACTTATACTCAAATTCAAGGCATCTTCTCCAATATCACTTTTCTTATTTTTCTTATTAATACATTTTTCAAGAGCTGACTGAAAAGTACCGCCCTTATATTTTGCTAATTGTTCTAATAAATTAAATAAATTATCGACTTCTTTTATTTTTAATTCTTTTCTTCTTTCATGATAATTAGTATCTTTAGGCATTTCTCCAATGTGAATTTTAAAATCATACAAACATTCACATAAAGTTCTTACTTGAGATATAGATAAATCTATTTGCATCCAACTTAATCTCCTTATTTTTAATATAAAATTATTAGTAATAAACATACTTCAATTAAAACTATAATTTTGAATTGCTCTTTTGTCGGCAATTTATTTATCACAGTGAATATATTAAAAAGTGTTACAGACATAACTATATAAAATAACATTGTGGCTAAAATTCTAAATTCTTTATATACCGTAAAATATTCTCCATGTATCATTATCCTTACCCCTTCAAATCTTACTTTTTAATCTTCACATAACTATTATTTGTTTTTACATATCCTATTTCATTAAATACTCTTTCTAAAGCTTCTTTAATTCCTATACCTTCCTTTTCATGTAGCTGCTGAACTTTAGGCTGTATTATTTCAACTATATCCTTTATTACTGCCACCTTTATCACCTCTTACGAATTATTTAGTTCTACTCTTTGCCATGTTAATAAACTTCTTAAACATTCTAACTCTAATCTTTTGTTTCTTAACGCTTCTTGACAAACACTATATTTATTCTCTGCCAAACCTCTTATTAATCTTAAGTCACTTATTCTTTTATCTCCTCTAGCAACATCATTAATTATTGTTGTAGTACATTTTTCTAATCTTAATTCTAATAATTTTTTACTAAGTTCAATTCTATATTGCTGCTCTGTATATTCCTTTTCTCTTCCATATTTAAATAACTTAGCATTTAAATTACTTAACTCTTCCTGTGCTTTTCTGATTGTATCCATTATCTCCTGTGGATTCATTCTTCACCTCTTCTAAAATGGTGAATTACCATAATCTACTGGTGTTATATTATCCTCATAATCTTGATTCATATCTGGAAAGTTATTAGAGCCTTGGCAATCTTGATTATAAGTATTAGGTTTTGCACCCATAAACTCTACACTATCCACTACAGCTTCTAATGTATAATGTTTTATGCCACCTTTTGTATAACTTCCACTTTTCATATATGTTTCTAGTTGTATGCCTTGTCCTTTTTCAAAATTATTTGCTATAAATTCTGCTTGTACACCAAATGCTACAAATGGTATAAAATCACTATCATATTGACCACTAGTCTTATTTTTAATCTTTCTTCTTACTGCAACAGTGTTTTTTAATACTGCTGCTCCACTTCCTTGAACATATGTTAAATTAATATCTCTTACTATATTTCCTGTATATATTGCCTTATTCATTGTTCTTCCTCCTAGATTTGTTGATTAAGCCATCTTTTACATACTTCATGTTTATTTGTTCCTTTACATTCTAGTGCTAGATCACATAGTCCAGCACACCCATTACCACCACCCAATCCAATACATCTATCACATAAAAATGTTGCATATTCATCTATATTGAGTTGTTTAATAAAATCAATCATTTTTCTATTTAAATAACTTGGTACTTTCTGTTCAACTATTTCTCCAGTTGTTGAATTTACTTCTACCAATTCTTCACTTTTGTTTGTGTCCAAAACGGACACATTTTTATCTTTTATATCCTTAGACTTAACAGTTTCTCCACAAGAAATTTTTTTAGCAATTTCTTGTTGTTCCTCTTCTGATAGCTTGCTAGCTTCATAAGCTCCTGTTATTCCTAAGTCACCATTTTTAAATTGCTCTTTAATCTCTTCTGTTAAATTTTTAGCTATACTCTCCATTCTAGCTACTTGAGTTGCAGATGTATTTAATATATCTGCAACAATTTCTCTAACTCTTCCTGGTAATTTTTCTTTCTTTTTGTACTCAACAAGCAGCTCTTTTAATTTCTCTGCTTGTTGAGTCTTTTCCCAATCAGTTAATTGCCTTGCTGTAGAATTAGTTATTAATAATAATAGTTTGTCTTTTATAGAATCTTCTTCATTTTCTACCTTACATGGTGCATATCTAAATTGTTCTTTACCTTCTCCATATAGCTTTTTTAATGCTAAATACCTTCTATGCCCTGCTATTATTTCATACTTATCATTTTTTATTTTTTTAACAACTAGATTTTGTTGAACTCCAAATATCTCAATAGAATCTTTTAATTCTTTTAAATCCTCTTCTTTTGTAGAGTAAAAATTTTCTTCTGATGGAACTAGATCATCAATATCTATTTGACTAGTTCTAAATTTAATAGATTTTTCTATATTATTTATTTTGTTATCTTTAGAGTTATTGTTTAATAAATCCATCATATTAAAATTAGCCATTTATAATTTTCTCCTTATTTAACTTATCTAAATATTCTTGTACCAAATCAATGTAATCTCTTGCTGCTGATGATTTTTTGGAATACTCCACTATAGGCATATTAGAAAATGTACTTTCTTCTATTTTTACAGTTCTCCTTATATGTATTTTAAACATTGGATATTCTTTACTTTTTAGAACTTCTTCTCCTTGAATATTGACTTTATTTTTAGCAAATTGAGTTACAAAACACCCTCTTAAACAAAGTTTTGAATTCATCTCTTTAGCATTTTCTATTTGTCCTATTAGTTCATTCATTCCATCAAAAGAAAATTTATCTACTCTTATAGGGATTAATATATCATCTGATGCTACAAGAGCATTAATTACACTAATATTTATATCTGGTGGATTATCTATAATACAGTAATCATATTGGTTCTTTATCTGTTCTAATGCTTTTTTAAATATAAATTGTTGTGGTCTTCCTACATCAGTTATCACATCTAAATTAGCTTTAAGAAGATTCATATTTGCTGGAATTAAATCTAATTCTTCATATTGTGTAGGAGCAATAACATTTTCTATATTAATATCTCTATCTGTCATAATATTTGCTATACTTAATTCTTCCGAATCATGCATATTAAAGAATTTTGTTGTATTTCCTTGCTTATCATTATCAATTATTAAAACTCTTTTATCATGTACAGTTGATAAAATATGAGCTATATTTATACTACTTATAGTCTTAGCAACTCCACCTTTTAGGTTTATAACCGAAATAACTCTCATAATTAAACCTCTTCTCTAATATTTAATTTTTTTAATAACTCTGGATTCTCCCACTTGTTACCTAAAATTATGTCAATTGCAATTTCATCAAATAATCTTTCTGACCTTTGCTCAATCTCATTTACAATCCACCATGCACATTCATCAAATTTAACAACTCCTGTTATATCATTTCCTCCAAGAACTTCATATTCTCGCTTTATAATATAGCCATCATATATTTCTGTGCCTTTAATATCATTCTTATTTGTATATTGTAATGGAATTAAATATTTATTCTTTATTGTGCCTTCTATAAACCCCTTATTACTAAACGACTGTACTCCTTGTCCATTAACATCTATACAACAATTAATATTTTGAATAATCTTATTAATCTTAGTATCAAATATCTTAAATTTAAGTATTTTACTCATTTACTTATCCCCCTAATTTAATATCTTCCATAACCTAATCTTCTCTCAATTCTTTTTCTATTTGCCCATAAATGCAATGAAGCTTGTACTTTCCCTTCTCTTTCTGCCTTTCTTCTTCTATCTATATCATTAACTGTTTTAATTGCTAATTCATGTGGTGTCATTTTCTTATATTTCATCTTTAACCACTTCCTTTACAACTGTTTTAGGTTGCTTAATATAATTCAATAAAACTTCTGCTGCTTCTCTCCATCCATAACAAACCTCAACTAAATAATTCTGTTCTTTCAAATCCCTTATCCATTGTTTTTGATTATCAGATGTTTTATTTTTACCAACTTTAAGTTCTATATATAAACCAAAATAACCACCACGACCACATGGTAAAACTACATCTGGAACTCCAGCTTTTACACCCTGTCTTTTTAATCCTACCGCTGTCCTCTTATCTCTTTTCTCACCATTCGGAACATGATGTAATAACTTTAACTCTTCAAATTCTACCTGTTGATATCCAGCCCATTGGAATAAACAAGTTTGTTCTTGTGATTCTGTCATAATTCATCACTCTCGCTTTCTCATTATTACTCGAATATATACACCTGGAGATTCCTCACTGTAATATGACTCATGATCTTTATAGATTAAATTAGGATACTGTTTTTCAAATATTTCTTTAAAAATATAAGGTTGACTAATTAGATTTAATGCTCTTTTCCGTGTAAAACCTGTTCTGCTTGTACTAATTTTAGGTTTTTTTAAATTTCTTGATGCACTCCATCTTTCCGGACCTTGATTTGCTATATATTTTGCCACTCCAGTTAATTCAAAGTCGTTAGGTTTCAATCTTTTACAATCTGCTCTACCCTTACCCCATAAATCTTCTGCAACATCTCTATCCATCTTATTTATAATCAAATGATGATGAATTCTTATTTTTTTACTTTTATCTGGATTTTCTTCAAATCCAATCGAATATATATATTTAAGTTCATCCATTCCATTTTTCTTTCTATAATGCTTTAATCTTCTTATATAATTCTGCATATCTCTTCTTGCTGTTTTTTCATCTGGCAAATATCCATCTTCATATGTCACTGTTATATATAAATCTTCTCTTCCAAAGTTAGTATTTATTAATCTAACTACTCTCTTCTTAGAATTTTTATCATTCAGATTCTTTTGTGATTTTTTACTCTCAACTCTATTCTTATTTCTAGGTATATCATGCTTACATTTCCATACTGGATATATTTCTAGTTCTACTATCTTTCCACTTGTTATCTTTTTTCTCCAATATACATAATTCTGATTTATTCTAAGATCTTCTATTAATTCTTCCTTTGTTTCTTCTCTTAATAGTCTGTTATATATATTCTCATACTCATAATCTCTCTTATTAATTTTCATATATACCTCTTTAGTGTTGTTGATTTATTAATACCCATTACAAGGTCGTATAGCAGTCCTGAACTGCTTAAAAAAAATTGACACTAAATTGATATGAGATTATAATTAAAGTAAGTTATTTACATATCAATTTGAGAATGTGCTTTTTGCTTGCTGGCTTAGCACATTCTTTTTTGTGTCTTAATTTATTAAATTTATTTATTGTTTTTATCTCCTTTTACTTATGGTAGAATTATGTTGAAAGGAGGTGTTTATTTATGTCTAATATTTCTTCTAAATATACTCATCTAATGGCTGCTGAATTATTAATTGATTCTCAAAATAATACTAATGATAAAATTCATAATGGTATTCTTTTATTAACTAATTTTGGATTTGTATATGGTAAAATCCAAAATGTAGATCAAAATAATACAACCAGTGTTGCTAATTTACTTCTTACAACGAGAAGTAAAATTAATGAAAATTATATTAAAGATGGCAATAAATTAACAAATGATGGTTCTGTTATCGTACTTAATGACGCTGTTGTAAAATATAGCAATAATATCACTTTGAATATGAAAGAAATAATTATTTTTGTAGATCAAATTGTTGGTTATTATCCTGTAGATTTATCATCACTTGATCCACAATTGATTTAGTAATAGTTGAACCATCAATGTGAATATTATTTTTCTTAATCTGCTCTTGAACTGATACTTCAAGAGCAGTTTTATTTTCATTTTCTTTCATAACACCTTGGATAATAGAAATACTATCATCCACATAGCTATCAACTTGGTTATTTCCAGTTGTATCTATACATCTAAGATTCATTAATATTTCCTCTAATGCTTTTTTATATTTGCTTTCCATAAGTGCTCCTTTCATTAATACATTTATCTAAATTTTGACTAGCTATTAAAGCTTCTTTAGAATTACATCCATATTGTTCAATTTTTTTATACATAATTTCTCTTAACTCTTCAATCTTATTATTCATAAATTATCCTCTCTAAATTTGTTCTACATATAATTTTTATTTCAATTGATCTTGTTTTTTCTTTTGTACTTTTACAGTAACCTTTACATTTTCTCTTTTAGAAATTATTAAAGCTATTGTCTCAAAAAATCTTTCCATATTAAACATTTAGTAAATCTCCCCTCTTTATTTCTTCTATATTAATTCTTGTAAATTCTTGTATATTTTCTTATAATGTAATTACAGGTGCTACAACACCAAGTACATATTAAAGGACTGTTTTTAATGGCTGATTCTATTACAATAAAAGTTTCTGAATTATATGAACGAGCTAAGCAAATGAAAGATGATGGCATGGATTATGTTGAAGTATCTATTCTTGAAGATGATGACGAAAACTTCAAATCTGATCCTTTGCCTACAACTTTATGGCTTAGTGCTAATTCTAAAAAAGAACCTTTTGAATCTGTTGAGTACGAAGAAATTGAAGTAATAGAAACAAAATAATTCTTCTTATGACTTAGAGATAAACATTCTCTAAGTCATTTTTTTATTTACTGTAGTATATGATTTTCCATTTTCTAAATTTGTTAAAATAATTTTATAATATACTTTTTCTGGATATTCATGCTTTAATCGTCTTATTAAACCTTGCATTCTTTTTTTTACTTTTTCCATTTCATTTTTATTCTTGCAGTCTGCTGTAATTTTTATTTCCATTTATAATTCCTCCTTTTTAAAATAATCTACTTCTACTGTAGGAAGTTTTGGATCATAACTTACAACTATTTGAAACTCCTTGCCAAAATCTATTGGTTTAGTGATTGTCTTTAATAAAACTATTAATTTTTCAAAGTCAGTTGCATTAATATGAATTTTATTAGTTTTTATTAACTGCTCTTGAACTGGTACTTCAAAAGCAGTTTTCTATCCCCCTTTTCCATCTAATTCACCCTCTTCCCCTTTTCCATTCCAGCCATATATGCTATACCAAGACTTAATAGCATCTCTTCCTTAGTTGGTTCTACTTTTCTAAAAATTTCTATTAGTCTTTTAGTTAAATCATCATTTTCAATTTTTTCTGTTATCATATTAGTTCCTCCTTTGATATTATTTATCTCTTTACTTCTACCAACTTACACATTCAAACTGAAAACTACTGAAAGTAGCTCTTATCATGTTCTTAGATATGTTCACTAAAAAAACTTTTAAGTTCCTTATGAGTATATATTAATTCCTTTTGAGAACTTTGTCAATGTTAATGTCAAAAAAAGTTTGCAAAAGAAACTTTTTTTTATTATACTAATCTTAAAGGAGGTGATACTTTGAATAACAGATTAAAAGAAATAAGACTTCATTTTAATAAAACTCAAGAGGAATTTGCAAATAGCATAAACATTAAATCTAAAGCTCATATTTCTGCTTTGGAAAGTGGCAAACGAAGCATTACTGATAGAATAATTAGTGATGTTTGCAATCAGTATAATATAAATGAAGATTGGCTACGTAATGGAATAAAACCTATGCTTGTACAAACACCCAATGATGAACTTAAACAATTTGCACTAAAGTATAAATTTAATGATATTGAGTATAAATTTTTATCTGAATATGTAAAATTAGATGTAGATAAACGTTCAGATCTTGTTGGATTCCTTGAAAATATCATGAATAGCGATGCTTCATTAGTAGCTGATACTAAAAGAAAAATAGAAAAAATATATAATGATAATGAACTTGCAGCTACTAAAGAAGAGGTTTCAAATTCTATAGATGCTGAAGTAGAAGCATATAGACAAGAGCTTGAAGCTGAATCAAAAGGGGAAATATTATCAGCTTCAGAAAAGCGAAAAAACGCTTAATAAAAATTAATTCATATTAATTATATTATTTTTACGTATTTACACGTATTAAAACACGTGTTATAATTATCTTGTAAGGAGGTTTCCTTATGAAATCATATTCTTCAAGGGAAATTATAAAAATACTTACAGCTGATGGTTGGTATGAAGTAGCTTGTGTTGGTGATCATCATCAATATAAACATCCTATTAAAAAAGGAAAAGTTACAATTCCACATCCTAATAAGGATCTGCCAATTAGAACTATAAAAAGTATTTTTAAACAAGCAGGGATTAAAATAAATTAATCCCGTCCCTCCTTAACTTTATATAAAGGAGTAATTTATATGAACGCAAAAGATATGTATGTATTTCCAGCTATTTTCACCTATGATAATGATGGTATATCAATAGAATTTCCTGATTTACCTGGTTGCCTATCATGTGCTGATACTACTGATGAAGCAATAAAAATGGCAAAAGAAGCTTTAGCACTTCATTTATATGGTATGGAAGAAGATAATGAAAGTATTCCAAAAGATACTCCAATTAATAATTTAACTTTATTAGAAAATCAAATTCCAATGCTTATAGAAGTGTATATGCCATTATATAGAACAGCTATTGAAAATCAATCAATAAAGAAAACATTAACTATTCCTCAATGGCTTAATAAACTTGCTGAGAAAAACGAAATTAATTTTTCTCAAATTTTACAAGCAGCTTTAAAAGAGCAATTAGGAATACATTCAACATTAAACAAATAATGTACGAAATAAAGAGTTATGAAAATATCATAACTCTTTAAAAATATATAAAATAAACATATGAAAGGTTGTAATTTTAATGCTTAGATGTGCTATATATATTAGAGTTTCTACAGAAGAGCAGGCTATGCACGGATTATCTATGGATGCTCAAAAGGCTGACTTAACAGATTATGCTAAAAAACATAATTATGAAATAATTGATTATTATGTTGACAGCGGTAAAACCGCAAGAAAAAGACTTTCTAAAAGAAAAGATCTCCAAAGAATGATTGAAGATGTTAAACTTAACAAAATAGATATTATTATATTCACTAAACTCGATAGATGGTTTAGGAATGTTAGAGATTATTATAAAATACAAGAAGTATTAGAAGATCATAATGTAGATTGGAAAACAATATTTGAAAATTATGATACGTCTACTGCTAATGGTAGATTACACATAAATATAATGTTATCTGTTGCCCAAGATGAAGCTGATAGAACAAGTGAAAGAATAAAAAGAGTATTTGAAAATAAATTAAAAAATAATGAGCCAACAAGCGGATCTCTACCAATTGGTTATAAAATAAAAGAAAAAAGTATTATTATAGATGAAGAAAAAGCTCCTATAGCTAAAGATGTTTTTGACTTTTATTACTATCATCAATCCCAAACAAAGGTTTTTAAAGAGATCCTGAATAAATACAATTTAAGTCTTTGTGAAAAAACTATTCGTAGAATGCTAGAGAATAAACTTTATATTGGTATTTATCGTGAACATGAAAATTTTTGCCCACCGTTGATTGATAAAAACAAATTTGATGAGGTTCAATTAATACTAAAAAGAAGAAATATAAAATATATTCCTACAAAAAGAATTTTTTTATTTACAAGTCTTTTAATCTGTAAAGAATGTAGACATAAAATGATTGGAAATGCTCAAATTAGGAACACTAAGGCTGGTAAAATAGAATATATTCTATATAGATGTAATCAATCTTATGCTAGACATACTTGCAATCATAGAAAAGTTATATATGAAAATAAGATTGAAACATATCTTTTAAATAATATAGAAAGTGAATTAAAAAAATTTATATATGATTATGAATTAGAAGATATTCCAAAAGTTAAAAATAAAGTAAATAAAACTAATATAAAAAGAAAATTAGAAAAATTAAAAGAACTCTATATTAATGATTTAATTGATATAGATATGTATAAAGAAGATTATAAAAAATATACAGAAATCTTAAATACTAAAGAAGAAAAAATAGAACAAAGAAATCTTCAACCATTAAAAGATTTCTTAAATAGTGATTTTAAATCATTATACTCTTCAATCTCACGAGAAGAAAAAAGACTACTTTGGAGAGGCATTATAAGTGAAATCCAAATAGATTGTAATAATGATATAACTATAATCCCACACCCATGATTATAGTGGATGTGTAATTATGTTTATATGTTTACTAATAAGACGCTCTCAACAGAAAGAGGTACAAAACATTTATTGGAATTAATTGAAGTTAAAAATAACAATATGGGGGCTGGAGTACTTTTTTTAATTCAATTAGAAAATGTAAAAAGTTTTTCACCAAATGATGATACTGACCCTAAATTTGCTGCTGCACTAAAAAAAGCTAAATCTTGTGGTGTAGATGTTTTTGTATATAAATGCAGTGTTAGTGAAAATCATATTGAACTATCTCAAGCTATTGAATTAACATTATAAGCCTAACTCTTTATAAAAATATGAAGACTATAATAAACTTTTACTTTACACAAAATTTATTATAGTCTTATCAGTTAGCTTTAGCATATTTTGCGAATCTATTTTTTAAATTATCCTATATACATAAGTAAACATTTAAAACAAAACTATTTTTAAATCTCATTCATTTTTATTCTTTTAGCTAAATCAAGTATTTTTTCTTCAATTGATTTTGCTATTTTTACAAACTCTTCATAATTTTTATTAGTCGGATCTTCTAATCCCCAATCTTCAGTATGTTTAGCTGGAAGATATGGACATACTACATTACATCCCATCTTTATTACTATATCAACTTTAGGTATATCACTTAACAATTTTGACTTTTGATCCTTATTCATATCTACATTGTATAATTTTTTAATTATTCTTACTGCATCTTGATTAATTTCTGGTTTAACTTCTGTGCCTGCTGAATAACTTTCAAATACATCACTTCCATAGAGTTTTCCTAATGCCTCTGCCATTTGTGACCTACATGAATTGTGCACACATATAAATGCAACTTTTGTTTTCATATGCTTTACCTCTCTCTAAATGCTAATCTATTTATCATCTTTACATTTTAATATATTATTACAAATACAATCTTCTGTTTCTGTAACTATATTCATTAAAAACAAAACAAGCTTATTACAATTCACACTATTTAGTTTGTAGTGATTCCATATTCCTTCTTTTCTACAATCTACTAGACCACACTCTATCAGTACTTTCATATGATGTGATAATGTTGGTTGAGTAAATTCAAAATTCTCTAGTATATTACAAGCGCATTTTTCTCCACAAGAAAGTAAATCTAATATTTTTATTCTATTTGGATCACTTAACGCTTTAAATATTTTTGAATTCAATTCATATTTTGTTTCCAT

Protein sequences of DBSCAN-SWA_7

>NC_018648|2325825:2363952|2329510_2329672_+|WP_012425341.1|DBSCAN-SWA
MASNDLKTRERYSASFDKELLASLKDLSKETMIPLSKLLDKGIELLLKEYNKK
>NC_018648|2325825:2363952|2343156_2344353_-|WP_012425077.1|capsid|DBSCAN-SWA
MLSKDILRQQLTEKFGAAMQSENQEDMINAFVEFATGVQQEVLDDFKVYQETQDKEILQKRGIHQLTQKETKFYQGWIDAAKSSNPRQAITNLDIALPETVIDNVMVDMRAEHQLLEMIDFQNMTALTKMLMNKKGIQLAKWGTIGSTITEELEGAIGKLDLSLNKLTAFMPVAKDMLLVGPQWVDAYVRAVLSEAVAYGLEEGIINGTGKEMPIGMNRDIHEGVSVTGGVYPKKTSVAIKDLSPKTFGTLLATLAKDPVDEKKARTISDLVLIVNPFDYYKKVMPATTIQLQDGTYKNNVLPYPTTIVQSTQVAEGEAILGLAKKYAMGIGTGNKEGKIEYSDEYKFLEDERYYIIKLIGNGQALDDNAFILLNISGLEDLTYNVTVKGTVKTKEQA
>NC_018648|2325825:2363952|2341799_2342120_-|WP_012425797.1|DBSCAN-SWA
MTKIKEWLETTKLNVAETCFKKAPKLPYIIFTMDENSSGADNQLCICDRDITVELYSDIINREKEKLIEDLLKEKSINYSKSRVWLDSEKMFQTSYDFNLYEKMEE
>NC_018648|2325825:2363952|2341215_2341797_-|WP_012422832.1|DBSCAN-SWA
MSVDGKEKIVLGSGKLFVLEYDSVTGIPEDTVVEAEINQVGLIQGGATLEYKPTFYTAKDDLGLKSKTVMTEEEATLKSGIMTWCGKTLTKLCSTARVTEDKVKGTRTVKIGGAGNQDGKDYLIRFLHEDKADGDIRVSVVGKNEAGFSFSFAKDKETVIDAEFKAQPHDSEGTLINYKEDIPVVTEKQKGEI
>NC_018648|2325825:2363952|2348879_2349206_-|WP_012424403.1|DBSCAN-SWA
MDTVELVKWIQKLLRDKNIHGFYVSTPWKHLRKEMLKEQNSECQMCKAKGKYSAATTVHHVKHVNKHPELALTRSNLMCVCKECHNELHPEKAKFKFKSKVLLNEERW
>NC_018648|2325825:2363952|2356903_2357749_-|WP_012423178.1|DBSCAN-SWA
MKINKRDYEYENIYNRLLREETKEELIEDLRINQNYVYWRKKITSGKIVELEIYPVWKCKHDIPRNKNRVESKKSQKNLNDKNSKKRVVRLINTNFGREDLYITVTYEDGYLPDEKTARRDMQNYIRRLKHYRKKNGMDELKYIYSIGFEENPDKSKKIRIHHHLIINKMDRDVAEDLWGKGRADCKRLKPNDFELTGVAKYIANQGPERWSASRNLKKPKISTSRTGFTRKRALNLISQPYIFKEIFEKQYPNLIYKDHESYYSEESPGVYIRVIMRKRE
>NC_018648|2325825:2363952|2340623_2340887_-|WP_012423664.1|DBSCAN-SWA
MPYYPEDENKGHYEINTIEEKLISEYTGLNFIQIDELNIIEFWAYLRDSIIYKYNQTEKGQEYLEKCWIMEQTQPDRESLRNRFKKG
>NC_018648|2325825:2363952|2325825_2326545_+|WP_012425661.1|tRNA|DBSCAN-SWA
MQKLLSKMRQAINDFDMIQDGDKIAVGLSGGKDSLTLLHLLNTYKKFSPQNFELIAITLNPGGVDNSPLYKLCENLEVPFYEIQTDIKKIVFDLRKEKNPCSLCANLRRGALHHNAEKLGCNKVALGHHKDDALETLMLSMCYEGRINCFSPKTLMHKNTITLIRPMVYIEEHNIKSIVKKFNFPVIKNPCPADGKTKRQDVKELIDELNNKIPGFKKNLFGCLNNSDQLFIWNKDLIK
>NC_018648|2325825:2363952|2342501_2342837_-|WP_012424884.1|head|DBSCAN-SWA
MKIQNRKVEFQAYKDGICDIYSEDEEGQKTSKYTGLNFDKRVLGFNRHYAAKAVQVQTDMVIRIPLVSNINNHDLLTIKGRGKFSIELVQDKYECNPPSLDLTLRQLEVHE
>NC_018648|2325825:2363952|2360901_2361321_+|WP_012423978.1|DBSCAN-SWA
MNAKDMYVFPAIFTYDNDGISIEFPDLPGCLSCADTTDEAIKMAKEALALHLYGMEEDNESIPKDTPINNLTLLENQIPMLIEVYMPLYRTAIENQSIKKTLTIPQWLNKLAEKNEINFSQILQAALKEQLGIHSTLNK
>NC_018648|2325825:2363952|2330997_2331798_-|WP_012424784.1|DBSCAN-SWA
MSQWKWCVEDSTGNITKGWYEDNSKWYYLKDNGTMATGWIEDKDGRWYYLDESGAMKTGWLKSPYSSKWFYLNPVSNGYMGAMYTEGTYIIEGNEYKFDKEGAWIEDNYLVSDSCIDFIKLWEGFPEEGRKYYDMVGVLTQGYGMTGKEIENLPDQISEYEATKLLKEWINKKYAPVIKKDLDSKGICLKQNEFDSLVSFAYNCGTSGLLGSTLYRNIVAGIRDKDTITSNFQAWSNGGGKRIEGLYRRRTKEADMFLNADYTGNL
>NC_018648|2325825:2363952|2334676_2336419_-|WP_012423949.1|tail|DBSCAN-SWA
MINLYEENESNFKHNAYVLNEVLKVETEEEINTGFNTNILYPVNDNKDISSMLVPGAIVKIPTWDKRENQLFVIRRSKPSLDNMNIDIFAQHILTTRLENNVVLDTNIVGKIRRKAVAQVLNNTLNNHNFTTGNKDTNTTTNNLRIVRYSALDALIGDKDNTIVNRYGGELEFNNFEVNIVDSIGEDKGINVTYTKNITGAIMTLENTDLITEIVPLGKDGLMLPEKSIKASNFNSNNPFTRIVEFSNIGVVEAETDSGGNITNSDEIITTEQAYKLLRQACLDKFNKEHVNQVSFNLDLDFVELSDCITFGDNDYSNMDSRVAIGDIINVNIKPFGIVEKGRVYKIKRDAITGKLLGCEVGYKIRSLTDTINSTNNKIEETKEELNKENNNLKVTMEKRDSEIELSVKNEKEDREASIKVLDGKIEEKVSEEDFGSYREQTAKVIREKVSEGDFSTLVEKNAQSVLIAIKNETEMNVIFDSDGQTIKNGALVVKDSKGKTVMRFNKDGTVGVQDIEVINRDKYSALYRTLSNMEELWLQDVGIVKLVMKSSGFNINNGYNLDEYIDKRCYKMLEDQGLI
>NC_018648|2325825:2363952|2333213_2334665_-|WP_012424070.1|DBSCAN-SWA
MIQELQTGILDINNKYNINFSCKQLDDIILKLIIYDKSLPADLSNYNVRLKAFKADQVPLIQNTNITIKDNVVTIKADKQLTTTNGIVKAELQFLNKTTLEKKSTFYINIEIVASVLDVGGIVSTPTCTILEEIDHKLDQIENIGEVLDEAKEVRDTLTNKTIPGATSINSKLETSTKNASSKITEVESIISSASNKIEEVATCINNADSSKKELDLSKTNADMSKENLDTANVQAEKNIEELNKIGDAKDLAAKVETNKNNIENLNEKVEDNTSYLKDVENDIKNLDDIKINKKVKYYTSEETTKGANPNNALEGCFVIAHELNPVQNGFCYYEQFFYGDISETANRIQYVTTYNGDLRRFIRRYFNGNWETKELATTEITEIGLLNGWEKDYGELKITKTGGVCYLNFQGTVGVSSVGTTIFNIPEGFRPKYQQVFYIPQRDGKPFFGVAIDTNGNVDISGVTSLPTQGAKTDFYMMWRVD
>NC_018648|2325825:2363952|2337108_2340573_-|WP_012424586.1|tail|DBSCAN-SWA
MASNIKGITVEIGGDTTKLDKALKGVNTSSRSLQGELKKVNVALKLDPTNVTLIKQKQDILRESVEKTKEKLETLKSTQAQVQAQFEKGEIGVEQYRAFEREIENTEQKLKGLEIESKNFGTNVSPSFIAAKEHLASFGEKATQTGKSLLPLTVGIAAIGAGTVKFASDFQSGMSQVAATMGYTTDQLHDSSSQEAQDFERLKDAAKDMGATTQFSATEASEALNYLALAGYDVDKSISTLPNVLNLAAAGGMELGTACDMVTDAASALNLTTDQTTVLVDQMAKTSQKSNTSVSQLGEAILTVGGTANTLKGGVTEMNTALGELANVGIKGAEGGTHLRNVILSLSAPTDTAAGVLKQLGVECLDADGNMRALPDILKDINAGLSEAGSGEKAQVISKIFNKTDIAAVQGLLSGVTGSTLDLKDALASVNYNVEEHGRTLNDMKNAYDETLPLQDNVNSMMSMFEMDADQAAVACTNLAASVNDGTDSWSNLYDQIGNAGGAASEQAKTMLDNLKGKATLLQSALEGLGIQIGDIILPWIEAFTNKINGLVTWLSNLSPTVQKVIVVIASLVAALGPVLIIIGKMATGISALMGAAIKIKEFATTIQLVSKASSLGSSAMSLLGTAIGFILSPVGLVVIAIAGLVAAFVYFWNTSDSFREFWINLWDTICSACSSAIDSIVSFFTDTLPSAFNTVIDFIKNNWEGLALLLVNPFAGAFKLIYDNCEGFRNTIDGFINSLIEGIKNAFNGIKEFFSNLWDGIKEIFSTVFNFIIEIITEWGQNITANFSGTIDGITQIFSGWGEVINGVWEVIKNIFMGAILIICDLVTGDFTQLGTDLSGIWDNISSALSNIWDGISNIAQGVWNTICSFISEFCASLINGLQIVWQDFSTFISSLWTGIQNLASSIWNGICSTISSVCTTIATTATNIWNGIVTTITGVMNIILSTVSSIWNNVSSTISSIISNFPSMASTAFNNMCSAIGNALSGLGSIISSGFSSGISFIKSLPGEAITWGKDFIQGLVNGIKNAASAVGDAVKGIAQDIRSYLHFSVPDVGPLTDYESWMPDFMEGLSKGIEKTKSKVVNSIKGLTTDMQINLNSNAYTPSFETSSNSNNSTNGSPKRELILNIENFNNNRNTDVKQLMQEAEFYRKTH
>NC_018648|2325825:2363952|2349193_2349511_-|WP_012423213.1|DBSCAN-SWA
MNTYQKVICDKCQHEFNLGEKNVKKHWINKDKQIEETYFICPKCKHKYVISITDADVRNIIKSCKGIESEIRKLSDSVTNLLKNRDAILSVAKKKSLELEKQWIQ
>NC_018648|2325825:2363952|2342836_2343142_-|WP_012425648.1|DBSCAN-SWA
MSEDELKVLLQDVKDYLHISWYDEKTDKNLTGMIKRGMAHLNKIAGVSSLDYTVEDSPKSLLLDYVRYANSQALEVFEMNFQGELLSLHLEYQANAQGGFR
>NC_018648|2325825:2363952|2354161_2355148_-|WP_012423601.1|DBSCAN-SWA
MANFNMMDLLNNNSKDNKINNIEKSIKFRTSQIDIDDLVPSEENFYSTKEEDLKELKDSIEIFGVQQNLVVKKIKNDKYEIIAGHRRYLALKKLYGEGKEQFRYAPCKVENEEDSIKDKLLLLITNSTARQLTDWEKTQQAEKLKELLVEYKKKEKLPGRVREIVADILNTSATQVARMESIAKNLTEEIKEQFKNGDLGITGAYEASKLSEEEQQEIAKKISCGETVKSKDIKDKNVSVLDTNKSEELVEVNSTTGEIVEQKVPSYLNRKMIDFIKQLNIDEYATFLCDRCIGLGGGNGCAGLCDLALECKGTNKHEVCKRWLNQQI
>NC_018648|2325825:2363952|2360664_2360862_+|WP_012425203.1|DBSCAN-SWA
MKSYSSREIIKILTADGWYEVACVGDHHQYKHPIKKGKVTIPHPNKDLPIRTIKSIFKQAGIKIN
>NC_018648|2325825:2363952|2342112_2342502_-|WP_012424248.1|DBSCAN-SWA
MSIVQIDSLADAINQELSLYSASVTKKTKSNVDKVSKEVDEEIKKHITFKQPTGKYVKAFRINNSYEGPFTKRKTWHVKSPYYRLTHLLEKGHALAGGGRTKAYPHIKYGEDLAKKRMEQLTKEAVQGD
>NC_018648|2325825:2363952|2332678_2332897_-|WP_012423439.1|DBSCAN-SWA
MLYGIIKNLIEHNYYEREDMTNKLNVFMLVNQIAQDQYLELLAMINPVEKKEEVKVETESTKDKTEIAEDKK
>NC_018648|2325825:2363952|2361400_2362744_+|WP_012423712.1|DBSCAN-SWA
MLRCAIYIRVSTEEQAMHGLSMDAQKADLTDYAKKHNYEIIDYYVDSGKTARKRLSKRKDLQRMIEDVKLNKIDIIIFTKLDRWFRNVRDYYKIQEVLEDHNVDWKTIFENYDTSTANGRLHINIMLSVAQDEADRTSERIKRVFENKLKNNEPTSGSLPIGYKIKEKSIIIDEEKAPIAKDVFDFYYYHQSQTKVFKEILNKYNLSLCEKTIRRMLENKLYIGIYREHENFCPPLIDKNKFDEVQLILKRRNIKYIPTKRIFLFTSLLICKECRHKMIGNAQIRNTKAGKIEYILYRCNQSYARHTCNHRKVIYENKIETYLLNNIESELKKFIYDYELEDIPKVKNKVNKTNIKRKLEKLKELYINDLIDIDMYKEDYKKYTEILNTKEEKIEQRNLQPLKDFLNSDFKSLYSSISREEKRLLWRGIISEIQIDCNNDITIIPHP
>NC_018648|2325825:2363952|2327037_2327646_+|WP_012425171.1|DBSCAN-SWA
MILYKHIKNSLSLLLVLTCLTLLRGCNISNKTTFEPSPAKWALEQSVGTDMVTLDYASDDTVIFHDYFGLFIYDLNKLEIIRSIDLQEIDCSMTQGDDYCEVTVSNDGYTIQLHNINSDDMYLYSVNTNTLQQTKYKPMNNSFKDKLIPIETLTDNPNANFSYGAVQFGADDYGYITTYDFTIGTLDYVRNDTAYSLFSFEK
>NC_018648|2325825:2363952|2350464_2350761_-|WP_012425250.1|DBSCAN-SWA
MKIIRANRGKGKTTELVKHSNKEWKYIICKDRQRVELIVKTSQKLGLDIPFPITVAELPLRSPFIKSVLIDDIEDVLQYLIGKKIDYITTSCDIEIIE
>NC_018648|2325825:2363952|2359657_2359804_-|WP_012424966.1|DBSCAN-SWA
MITEKIENDDLTKRLIEIFRKVEPTKEEMLLSLGIAYMAGMEKGKRVN
>NC_018648|2325825:2363952|2359250_2359433_-|WP_012424441.1|DBSCAN-SWA
MEIKITADCKNKNEMEKVKKRMQGLIRRLKHEYPEKVYYKIILTNLENGKSYTTVNKKMT
>NC_018648|2325825:2363952|2336415_2337093_-|WP_012423157.1|tail|DBSCAN-SWA
MFKFNNVSSDDMNLIVESLPSISGPQERIDSTNIPGGTQVLKSTGYDLIDKNCVCHFVGNRFDKVLMWLRGSGKVIFDNLPDRYYKAYIGNKIPLEQIVRNMLHKFTITFTCKPFGYLLEGDIPIALTTNTTLCNVKSTHESYPTITICGKGSATFTINNRTFNITDINGGSITIVSDPDIQQVLNNKGEFMEGDFPYFDVGENKISWTGNITSIEIIPYWRTWI
>NC_018648|2325825:2363952|2331856_2332030_-|WP_012425277.1|DBSCAN-SWA
MDRLLNKVTSARWLIAVIMTIVFAVLACTNKITTEFITIYTMIIAFYFSKDRKEIKE
>NC_018648|2325825:2363952|2363625_2363952_-|WP_012424894.1|DBSCAN-SWA
METKYELNSKIFKALSDPNRIKILDLLSCGEKCACNILENFEFTQPTLSHHMKVLIECGLVDCRKEGIWNHYKLNSVNCNKLVLFLMNIVTETEDCICNNILKCKDDK
>NC_018648|2325825:2363952|2358322_2358607_-|WP_041712230.1|DBSCAN-SWA
MESKYKKALEEILMNLRCIDTTGNNQVDSYVDDSISIIQGVMKENENKTALEVSVQEQIKKNNIHIDGSTITKSIVDQVMINLQDNNQQFDLQK
>NC_018648|2325825:2363952|2351159_2351345_-|WP_012424239.1|DBSCAN-SWA
MANLNQLELQNLRHLIGAHCTIEKKLEYYSQQCTDPTLKEMLKKDSEDAKASKAKLMEFLN
>NC_018648|2325825:2363952|2351447_2352119_-|WP_012423088.1|DBSCAN-SWA
MFEHKKQLLHEVKVERANPQYAVLMQEQLGGGNGELKAAMQYISQSFRIKDPEIKDLFLDIGAEELSHMEMVAQTINLLNGHDVANEKVNNGEIQTHVQCGLSPVLINSSGAPWTADYVTVTGDLVADLLSNIASEQRAKVVYEYLYRQIEDKEVRATIDFLLNREEAHNALFREALNKVQKTGSNKNFGVTEDSKLYFNLSNPGPSHEAPNPTPPSFENPRR
>NC_018648|2325825:2363952|2355925_2356339_-|WP_012425760.1|DBSCAN-SWA
MSKILKFKIFDTKINKIIQNINCCIDVNGQGVQSFSNKGFIEGTIKNKYLIPLQYTNKNDIKGTEIYDGYIIKREYEVLGGNDITGVVKFDECAWWIVNEIEQRSERLFDEIAIDIILGNKWENPELLKKLNIREEV
>NC_018648|2325825:2363952|2340889_2341213_-|WP_012423519.1|DBSCAN-SWA
MFDVKSVNARYFEVKLSITNEVGEVENNIDVKVEPPKVKLLKRLTGLSKAKENTMEELTKCINLILNKNKENKKIPLEYIDDMDFDEMSNLLTSYFEWLSQTKNFPN
>NC_018648|2325825:2363952|2348222_2348723_-|WP_012424872.1|DBSCAN-SWA
MSEKESLADSDKAYEDYISGMTYKKISLKYGVSENTVKSWKRRYKWTRTRTQKTGCIKKSVQSLGNNLYDEIKSDLLKQLEANGTYGKHYEDLISDYMELWNTKNKLFQDIKERGVSIEWNNGKQFSVKKNDSIAEVNRTNAQMLKILDTLRLVPPKIQEDDYDDI
>NC_018648|2325825:2363952|2358006_2358393_+|WP_012425777.1|DBSCAN-SWA
MSNISSKYTHLMAAELLIDSQNNTNDKIHNGILLLTNFGFVYGKIQNVDQNNTTSVANLLLTTRSKINENYIKDGNKLTNDGSVIVLNDAVVKYSNNITLNMKEIIIFVDQIVGYYPVDLSSLDPQLI
>NC_018648|2325825:2363952|2346586_2348233_-|WP_012425596.1|terminase|DBSCAN-SWA
MIFNKYIDEYIDLVESNKVVTNEDIKKSIQLIKEKLSNPRVIIEHEKIEQAILKIEEYFPFKLLPWEKFIIGLAHCYYDDDTLVFDTFIIYMGRGGGKNGFISSISWYFTTKFHGIKEYNIDIVANSEDQAKTSFDDVYNVIEDDKKLKKAFYHTKEKIVYKKTRSYLKYNTSNARTKDGLRPACIIFDEIHEYENYNNIKVFKSALGKKKHCRTFMISTDGYVRGGVLDDYLESSKSILNGENKTSRMLPLLYHLEDKKEVDNRDMWEKANPSFRYLKNLQVVMDQEYIDMQVNVQLYTEFMTKRMNMPQGNKDREVTSWENILATNQEIPDLKGATCRIGIDYAKTTDFVCAGLLFKYKEKYVWISHTWVCRNSKDLKRIKAPLEEWEKQGLLTFVDEVEIHPDIPAQWLANQTKKYNLTILGMDNFRHTLLSKSLRNIGFDTDKKGANNIKLTRPSDQMRIYPVIDSAFTNQNIIFGDNPLMRWYTNNACLHAEKYENYTFAKIEPKSRKTDGFMAFVTAMCCDIDDLPDSAENYDCEDFGVYTY
>NC_018648|2325825:2363952|2330059_2330245_-|WP_012422770.1|DBSCAN-SWA
MLTRRQKEIFDVIREYIEKEKISPTVKEICKIFGFTSTSKVYGYIYKDNTDLINIQIRENQ
>NC_018648|2325825:2363952|2353367_2353712_-|WP_012425174.1|DBSCAN-SWA
MNPQEIMDTIRKAQEELSNLNAKLFKYGREKEYTEQQYRIELSKKLLELRLEKCTTTIINDVARGDKRISDLRLIRGLAENKYSVCQEALRNKRLELECLRSLLTWQRVELNNS
>NC_018648|2325825:2363952|2326623_2326779_-|WP_012424541.1|DBSCAN-SWA
MKKDKLIINDEVYFIGGSTDILLSENAFDFNTYISMNKDRKQIIESIVSSK
>NC_018648|2325825:2363952|2356507_2356897_-|WP_012423947.1|DBSCAN-SWA
MTESQEQTCLFQWAGYQQVEFEELKLLHHVPNGEKRDKRTAVGLKRQGVKAGVPDVVLPCGRGGYFGLYIELKVGKNKTSDNQKQWIRDLKEQNYLVEVCYGWREAAEVLLNYIKQPKTVVKEVVKDEI
>NC_018648|2325825:2363952|2356356_2356518_-|WP_012423188.1|DBSCAN-SWA
MKYKKMTPHELAIKTVNDIDRRRKAEREGKVQASLHLWANRKRIERRLGYGRY
>NC_018648|2325825:2363952|2358590_2358734_-|WP_012423360.1|DBSCAN-SWA
MNNKIEELREIMYKKIEQYGCNSKEALIASQNLDKCINERSTYGKQI
>NC_018648|2325825:2363952|2353199_2353355_-|WP_012422620.1|DBSCAN-SWA
MAVIKDIVEIIQPKVQQLHEKEGIGIKEALERVFNEIGYVKTNNSYVKIKK
>NC_018648|2325825:2363952|2328616_2329342_-|WP_012422779.1|DBSCAN-SWA
MSVSKDFIKFRQYLRTLSLSINEQYLMELLFEYDNTKYGYSFLQFTDIMKAFNTTSKNRISTTIKKLEKRGLIEVDRAYKNNRYKIIGIDKFINTSDKKYNDKPNDSNGNPPLNGQIHFAELTEDENKLVNLGFTIKQSKKLLKAAKDKVENIMKAFDYATTKGATNLYGYTLWTIRNLKKISSNSSEAYASKAKTLKFNNFESRSYDYNLLEKKLLGWENNLVDAQEETSFDLKGRLALI
>NC_018648|2325825:2363952|2353724_2354150_-|WP_012424829.1|DBSCAN-SWA
MNKAIYTGNIVRDINLTYVQGSGAAVLKNTVAVRRKIKNKTSGQYDSDFIPFVAFGVQAEFIANNFEKGQGIQLETYMKSGSYTKGGIKHYTLEAVVDSVEFMGAKPNTYNQDCQGSNNFPDMNQDYEDNITPVDYGNSPF
>NC_018648|2325825:2363952|2352243_2352657_-|WP_012424450.1|DBSCAN-SWA
MSKIHELKILPQYFNAVLDGTKIFELRKNDRGFEVGDTLVLKEYLQEISDRYKTTLHAQYTGQEVKKEISYILDGGKYGLQEGYMILALGEYKEMGNITDEEIEAFGKFSDYEKVIIKEQYSKYPKGFFPNPMCALY
>NC_018648|2325825:2363952|2363193_2363598_-|WP_012423891.1|DBSCAN-SWA
MKTKVAFICVHNSCRSQMAEALGKLYGSDVFESYSAGTEVKPEINQDAVRIIKKLYNVDMNKDQKSKLLSDIPKVDIVIKMGCNVVCPYLPAKHTEDWGLEDPTNKNYEEFVKIAKSIEEKILDLAKRIKMNEI
>NC_018648|2325825:2363952|2355140_2355923_-|WP_012424987.1|DBSCAN-SWA
MRVISVINLKGGVAKTISSINIAHILSTVHDKRVLIIDNDKQGNTTKFFNMHDSEELSIANIMTDRDINIENVIAPTQYEELDLIPANMNLLKANLDVITDVGRPQQFIFKKALEQIKNQYDYCIIDNPPDINISVINALVASDDILIPIRVDKFSFDGMNELIGQIENAKEMNSKLCLRGCFVTQFAKNKVNIQGEEVLKSKEYPMFKIHIRRTVKIEESTFSNMPIVEYSKKSSAARDYIDLVQEYLDKLNKEKIING
>NC_018648|2325825:2363952|2352688_2352973_-|WP_012423293.1|DBSCAN-SWA
MQIDLSISQVRTLCECLYDFKIHIGEMPKDTNYHERRKELKIKEVDNLFNLLEQLAKYKGGTFQSALEKCINKKNKKSDIGEDALNLSISGFEK
>NC_018648|2325825:2363952|2345088_2346246_-|WP_012423676.1|portal|DBSCAN-SWA
MKIINFLRDFFGSKNTVYLNEKVDSVCTNLAIDAFALQTGINLIASCVAKCEFKTFLNKKEVNSDEYYLWNIEPNKNQNSSEFIQEFVSKLLLNNEVLIVEFNNELIIADSFYREEHAIYEDYFEQVTKKDFTFDKKFYMKDVLYFKYNNDDIRKYYNNLMIGYNELLSLAKGKYKRAGGRKGTVELDAIAKGDEEKRKQIEELFTKKFKNYFEAENAIVDLPKGVKYTEITGEGSKKATNELGDITRILDDAFTRAAQALRMSPALLKGDIADIDKITNNFLTFCIDPIVDLIQTEINRKRYGKSNFFKGSYLYVDITNIKHIDIFSIAEKIDKLIACGMYSIDDLKKKLKDTVLNTEWSEKHWITKNYQGINEINSKEGENSE
>NC_018648|2325825:2363952|2360038_2360575_+|WP_012424255.1|DBSCAN-SWA
MNNRLKEIRLHFNKTQEEFANSINIKSKAHISALESGKRSITDRIISDVCNQYNINEDWLRNGIKPMLVQTPNDELKQFALKYKFNDIEYKFLSEYVKLDVDKRSDLVGFLENIMNSDASLVADTKRKIEKIYNDNELAATKEEVSNSIDAEVEAYRQELEAESKGEILSASEKRKNA
>NC_018648|2325825:2363952|2349698_2350211_-|WP_012422987.1|DBSCAN-SWA
MEATKEIDMDKIIEKAIDKFNKKQERKIKEWGFKRTEKLMKSYSRLKSHIKYGISNMDDLQNVVDIDLKTNDCDELFILSILQSKLKTEMMMTHISIALKLLEEEQYKEGTSYKYRALEMHYIDKDIKSYEYIAGELGCGKNSPKIWCDEMLSKLSEYLWGLDGIKGFTW
>NC_018648|2325825:2363952|2332048_2332261_-|WP_012422920.1|DBSCAN-SWA
MNELETIQEIKERLVRIEILLEKNTENWGEKINVANHRIKDLEDTIKWISRTAVGGLLTGLLGILFAFIK
>NC_018648|2325825:2363952|2346288_2346573_-|WP_012422954.1|DBSCAN-SWA
MNNLIAYKCLDCGDYTISRLDGIRCVKCSGALTPMGNAHINKNKYLSVDVNIKDIDKFKNILEIIKDIIVDKQVPIKIRNEIKEKILSVVEIKP
>NC_018648|2325825:2363952|2350227_2350413_-|WP_012422695.1|DBSCAN-SWA
MYILNNGITEINEKSFIKKLFCKHEFIEGEHCSSIGLTRISGQDILIVCKHCGKVNNKLKF
>NC_018648|2325825:2363952|2344352_2345096_-|WP_012424143.1|protease|DBSCAN-SWA
MNKTMFSIKQQANKPNVLDIYIYDNVEGDSYNWWTGEKMESETSANYIKQVLESNQSTSEINLYINSYGGEVKEGLGIYNQLKRHPAQVNVYIDGFACSIASVIAMVGDKVVMGTNALMMIHHASIGCYGNAEELRKAANDVEVIDQASCSSYLTKAGEKLDEATLKQLLDNQTWLNASQCLEYGLCDEIAGQEDKTIEAAQQRFKQSIQAQIMQAETPIKVPKQFEKQRNNYEILRQKFMKKEGNK
>NC_018648|2325825:2363952|2332921_2333212_-|WP_012423587.1|DBSCAN-SWA
MTREQNELFLKIIKKEEHLQYCYVSNKGQMFSPHYIKDGTMDKTGEQVCKELLDNKNNPKPQEQTETEILQKQLLETQNMLLELQYKLTNKDLEIK
>NC_018648|2325825:2363952|2358998_2359220_+|WP_012423505.1|DBSCAN-SWA
MADSITIKVSELYERAKQMKDDGMDYVEVSILEDDDENFKSDPLPTTLWLSANSKKEPFESVEYEEIEVIETK
>NC_018648|2325825:2363952|2350898_2351147_-|WP_012424958.1|coat|DBSCAN-SWA
MQEKEMISDYLAGLNASLAGYGGIIAQCENQQLRETIQQMRNQDECRQYNLFTKAKEKGYYIPAQPATPEEIAVVKQQMSQG

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012425661.1|2325825_2326545_+|tRNA	tRNA 2-thiocytidine(32) synthetase TtcA	A0A0U2S5Z2	Escherichia_phage	2.8e-34	35.4
WP_012424541.1|2326623_2326779_-	hypothetical protein	NA	NA	NA	NA
WP_012425171.1|2327037_2327646_+	hypothetical protein	NA	NA	NA	NA
WP_012422779.1|2328616_2329342_-	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_012425341.1|2329510_2329672_+	ribbon-helix-helix domain-containing protein	NA	NA	NA	NA
WP_012422770.1|2330059_2330245_-	LexA family transcriptional regulator	NA	NA	NA	NA
WP_012424784.1|2330997_2331798_-	glycoside hydrolase family protein	A0A142IG96	Bacillus_phage	1.1e-12	35.1
WP_012425277.1|2331856_2332030_-	hypothetical protein	NA	NA	NA	NA
WP_012422920.1|2332048_2332261_-	hemolysin XhlA family protein	NA	NA	NA	NA
WP_012423439.1|2332678_2332897_-	hypothetical protein	A0A2H4JGH3	uncultured_Caudovirales_phage	6.6e-08	56.5
WP_012423587.1|2332921_2333212_-	hypothetical protein	NA	NA	NA	NA
WP_012424070.1|2333213_2334665_-	hypothetical protein	A0A1L2BYA7	Clostridium_phage	1.3e-27	55.2
WP_012423949.1|2334676_2336419_-|tail	phage tail protein	A0A1L2BYA1	Clostridium_phage	5.6e-49	30.6
WP_012423157.1|2336415_2337093_-|tail	phage tail family protein	A0A1B1P761	Bacillus_phage	8.4e-09	33.1
WP_012424586.1|2337108_2340573_-|tail	phage tail tape measure protein	B6CXF2	Clostridium_phage	9.7e-77	38.5
WP_012423664.1|2340623_2340887_-	hypothetical protein	NA	NA	NA	NA
WP_012423519.1|2340889_2341213_-	hypothetical protein	NA	NA	NA	NA
WP_012422832.1|2341215_2341797_-	hypothetical protein	NA	NA	NA	NA
WP_012425797.1|2341799_2342120_-	hypothetical protein	Q9AZY0	Lactococcus_phage	8.0e-10	37.9
WP_012424248.1|2342112_2342502_-	hypothetical protein	A0A1S5SFC4	Streptococcus_phage	7.4e-10	37.1
WP_012424884.1|2342501_2342837_-|head	phage head closure protein	NA	NA	NA	NA
WP_012425648.1|2342836_2343142_-	hypothetical protein	Q8W603	Listeria_phage	5.6e-13	44.8
WP_012425077.1|2343156_2344353_-|capsid	phage major capsid protein	E2ELI5	Clostridium_phage	7.5e-69	38.7
WP_012424143.1|2344352_2345096_-|protease	Clp protease ClpP	A0A0K2CXQ5	Paenibacillus_phage	2.9e-39	42.1
WP_012423676.1|2345088_2346246_-|portal	phage portal protein	E2ELI3	Clostridium_phage	2.6e-66	36.9
WP_012422954.1|2346288_2346573_-	hypothetical protein	NA	NA	NA	NA
WP_012425596.1|2346586_2348233_-|terminase	terminase large subunit	E2ELI2	Clostridium_phage	3.0e-129	43.8
WP_012424872.1|2348222_2348723_-	DNA-directed RNA polymerase sigma-70 factor	E2ELI1	Clostridium_phage	1.7e-35	44.5
WP_012424403.1|2348879_2349206_-	HNH endonuclease	A0A1S7FZ53	Listeria_phage	8.7e-20	48.1
WP_012423213.1|2349193_2349511_-	hypothetical protein	NA	NA	NA	NA
WP_012422987.1|2349698_2350211_-	hypothetical protein	A0A2H4JG69	uncultured_Caudovirales_phage	4.5e-07	32.1
WP_012422695.1|2350227_2350413_-	hypothetical protein	NA	NA	NA	NA
WP_012425250.1|2350464_2350761_-	hypothetical protein	NA	NA	NA	NA
WP_012424958.1|2350898_2351147_-|coat	spore coat protein	NA	NA	NA	NA
WP_012424239.1|2351159_2351345_-	hypothetical protein	NA	NA	NA	NA
WP_012423088.1|2351447_2352119_-	manganese catalase family protein	NA	NA	NA	NA
WP_012424450.1|2352243_2352657_-	DUF3850 domain-containing protein	A0A0A8WI22	Clostridium_phage	1.8e-14	47.7
WP_012423293.1|2352688_2352973_-	hypothetical protein	NA	NA	NA	NA
WP_012422620.1|2353199_2353355_-	hypothetical protein	NA	NA	NA	NA
WP_012425174.1|2353367_2353712_-	hypothetical protein	Q0SPI5	Clostridium_phage	3.4e-22	52.6
WP_012424829.1|2353724_2354150_-	single-stranded DNA-binding protein	NA	NA	NA	NA
WP_012423601.1|2354161_2355148_-	ParB/RepB/Spo0J family partition protein	H7BUL7	unidentified_phage	6.0e-24	36.2
WP_012424987.1|2355140_2355923_-	ParA family protein	H7BUL8	unidentified_phage	1.1e-44	39.6
WP_012425760.1|2355925_2356339_-	hypothetical protein	A0A2H4JBP1	uncultured_Caudovirales_phage	8.2e-07	34.1
WP_012423188.1|2356356_2356518_-	hypothetical protein	NA	NA	NA	NA
WP_012423947.1|2356507_2356897_-	VRR-NUC domain-containing protein	A0A2D1GNH3	Pseudomonas_phage	1.5e-18	51.0
WP_012423178.1|2356903_2357749_-	hypothetical protein	Q0SPI6	Clostridium_phage	2.4e-45	42.3
WP_012425777.1|2358006_2358393_+	hypothetical protein	NA	NA	NA	NA
WP_041712230.1|2358322_2358607_-	hypothetical protein	NA	NA	NA	NA
WP_012423360.1|2358590_2358734_-	aspartyl-phosphate phosphatase Spo0E family protein	NA	NA	NA	NA
WP_012423505.1|2358998_2359220_+	hypothetical protein	NA	NA	NA	NA
WP_012424441.1|2359250_2359433_-	hypothetical protein	NA	NA	NA	NA
WP_012424966.1|2359657_2359804_-	hypothetical protein	NA	NA	NA	NA
WP_012424255.1|2360038_2360575_+	helix-turn-helix transcriptional regulator	A0A0A8WEL4	Clostridium_phage	1.0e-09	47.6
WP_012425203.1|2360664_2360862_+	type II toxin-antitoxin system HicA family toxin	A0A0R6PJD4	Moraxella_phage	1.3e-18	67.8
WP_012423978.1|2360901_2361321_+	type II toxin-antitoxin system HicB family antitoxin	A0A090DBV2	Clostridium_phage	6.7e-49	69.5
WP_012423712.1|2361400_2362744_+	recombinase family protein	B6SBW6	Clostridium_virus	1.3e-74	38.8
WP_012423891.1|2363193_2363598_-	arsenate reductase ArsC	NA	NA	NA	NA
WP_012424894.1|2363625_2363952_-	winged helix-turn-helix transcriptional regulator	A0A2H4PQT4	Staphylococcus_phage	1.1e-17	45.4

Sequences of DBSCAN-SWA_8

Nucleotide sequences of DBSCAN-SWA_8

>NC_018648|2811614:2874243|DBSCAN-SWA
TTTACATTATTCTTCCCGGCAATATTGCATCTAGAATTCCAATGACTATAGCTGCTAACAATGCTCCTATTATAGATACATTCATATTAGGAACAAAAAATTGTGCCAAATATATTATTACAGCTGCAATAAAAAAACCTTTTGCACCTTTTCCCATAGGTGATGCATCAATTCCCATAAATTTTTCTACTATATAATCCAATACAGTTATTACAACTGCAGCTATCAAAAATGACCATAATCCATTAATAGTAAAACCTGGTGTAAAAAATGATGTTATCCCCAGAATAATTGCAACTGCTATTAACCTTCCTATCCAACCCAAAAAGCCACTACCATTTAAAGATTTTTCTTCATGTTCTTTGTATTCCATTAATATTCCTCTCCTTAATATAAATAGATTTTATTAATATATAAATACTGTATAAAATAAAATTATGCAAACTTATTTAAGTAATATAACATTTTATATTATTATGCGTTATTTAGTTTAATATAAATGCACTAAGCATTAACTTAGTGCATTTACTTTTATTTATTTCTAAATTCCTTTTTCGTAGCTTTCTACCATTCTTTTAACCATTTCTCCACCAACACTACCGTTTTGTTTTGAAGAAAGGTCACCTTTATATCCATTTTCATAATCTTGTAATCCAAATCCTGATGCAACCTCAGTTTTTAATTTGTTTAAACCTGCTTTTGCTTCTGGTACTAAAGTTCTGTTATTTGAAGTCATGTTAAATTCCTCCCTTAACGTTTTATGTTAATAATTTGCCGGCATTAATATATTAACCAAGCTAGTAAATAATAATCTATAAAGATATTAACAAAATTATCATTTAAAACTTGTATTGTATAATTTTAGACATTTTTTAATTTATAGTGCTTGTCTTTAAATGCACTATAATACACTTTAATACCTTGTGATTGCTGGTTTTCTATAGGTTTACTGGAATATTTTCTATAAAATATATTTCTTTATTCTTTAATTGTTTAATTATAGAGTAGCTTAAATGTAGTTTTTCTTGTATATATGAATATCATTTTCCATTTTAAACCTTAATTTTTCTAATTTATCCCTCTTTAAGTTGTTATCATCTACTTCTCATGATCTTATATCTATATCAACTTTAAGTTCTTTATATTTGTTAATTTTATTTCTTAAATTATTCATCTATCTTCTTAAAATATATTTACCATCTATATCCACCATATCTTACATTGGAAGATTTTTTTCTCCTTACTCCACTTTCTTTCTGATAAGCATAAAATTCTCTATCAGCCTTTGCTCTCCTAGCCGCTATATCTTTTATTGTTAATTCTGTAAGCTCTTTTGGTGTCATAAACTAACTCTCCTTTTCTCTTTTCTCGATTTCCTCTATACGTGATGCTTTGCATTTTAAATCTTTATACACTGTAGATTTTGAATGCATGAATGTTTTTGTAAGAATTTATAATAGATTTAGTTTCTACTGTAAATTCTGCTACTTCCTTTACCCTATTTTTTGCATAATCCTTCATTTTTATTACTCCATCTCTTTAAATTAATAATTATTTGATAATAAGAGTTCAAAACTACATTGCTATTTGCTCTTATTCTCTATTTGTTAATTAATACAAAACCGTACTTCCTATATACCCATTTTAATGGTCTATAAAATACTCCTTTATGAGAATTTATTTATATAACTGTTGCTTAAATTAAACCTACACACAATAATCTTTGAGTACGCATACTTAATTCTTATTAAATTACTAATTTTTCTTTTAAATTCATAATTTATTTTCTTTAGCGCATATTTTAGTTAAATGTAAACAAAATATAATCAAGTGAGGTGTTTATTATGAAAATGAAAACTTTTCTTATAGCTTTTTTAATATCTACAATTGCTTTCACACAAATTCCCAAAGCAATTTTTACATCAAATATTTATAAACAAGGTATATATGACATTTCTGAAGTATTGGAATTTAATGCTACAGCTAAGCTTTTGACTCCACGTAATGTTACAAGCTTATCCATAACTGATTCTAATGGAAATCAAAAATTCTATAAACGATTTGATACAATAGACGAAATTATAAACTTAGGCACTATTAAAGAAGGTGATATTATTTCTATCATAGGTAAGGGAGAAATAGCTATTACTCGTACTGAATAATTATTTAGCATTAATTTAGTGAGTTTATTACATAATACTAAATTAACATTTTAAGAACATCATTTATGAATACATCAAATGATTTACATTAAATTCAAAGATATTGGATAAAATATCTTTGAGGTGATTTAAGTGAAATGTAATATTGGCAGAACCGAGCAAATTATTAGAATTGTAATCGGCATATCAATTGTTCTTATAGGTTTGTACTTCAGAAACTGGTGGGGTATTATTGGCCTCGTACCGATAATAACAGGCTCGATTCGTTATTGCCCTATTAGCGACATCTTAGGGATTTCAACTTGCGATATTAAAAAAAATCAATAGTTCTCGCACCTATGGCCTTACAATCTAAGGCCATTTTGTAGTTTGCTCATTAAAAAAATCGCAAATTCAATCTTGAACAATGCGATTTTACAATTTGTTATTTATTTTTGTTGATTTATAGCTTAAGAATATTCAGAACTGGAACTAATTTAAAAATCTAAAACCTTTGTTATTTTCACTGCATCATTCATTAATAATTTCACCTCTTTCAAACCTAAGAGAATCAAGAACTTTTAAAGTATGAAAACTTATTTGATGAGTAGGATATTTTAATTTTGCTAGTTCCCAAAATACTCATTATTAAACTCTAAATTCTTTATCATAACACTAATTGCTTCCAAACATAAATGAGCCTAATCATAAATTTATATAAAAAAATACCCACATCCATAGATCCTAAAATCTATAAATGTGAGTATTTATATAAGTTAATTACTTAGCTTCAAATGAACAGTCATCTAGACTATTTATTCATTCCTTCTTCAACAGCAACAGCTACTGCAACTGTACATCCTACCATTGGGTTATTACCCATTCAAAAGGTGTAAAATAATATTTGCATTTAAAATACTTATATAACATTGTAACATACTGATTTTACTGAGTTTTCAGCTATTGTGTAAAATTTATTAACACTAATTTACTTTTATTATTATTTTGAAAAACTTATTTAGCGTTGACAAATCGTTGACAAAAAATAAAAATAGTAAAGTATACATTTAATAATACCTAAATACTTAGAAAAGAAGATAAATATGTATTTTGAATGGGAATATGAAGTGACTCCAGAAGTTTCAAAGCTAGTGACAGAAGTGTTATTAGATTTATACGATGAATCTAAGGATAATGAAAAAATATTTTCTAAAGATAAAGACCAAGATAAATAATCTTGGTCTTTATCCCTGTTACAAAACAATTACTATCTTTTATTAAAATTTAATTATCATTGATTATCTCCAAGTACCTTATTTAAATATTCTTCAAAATATTCTTTATCTTCATCACCAATCCAGTAATGCATCATCAATATTTCTAAGTATTGTTTCTTTCCTTTTATAAAAGGCTTATTAGAAATTTTGGGATAAAGTAAATCTATATTAAATAAATTGCGTTTCTTTTTATAATCATATTCATAATGCCATTCATCACTATATGAATTATTTTTAATCTTCTTTTTATATGTTCTTGGCCACTTATCCTCTTCATTTAAAAATTTATTCATATATCCATATACAAATACAATTACATTAACACCATAGGTTTCTTTTGTATCCCTTATCCATTTTGTAATTTTATCTGAAAAATAAGGTATCTCAATTTCTTCATTGCTCTCTAGTCTATGATAATCTTTAATAAATTGAAATAATTTTTCTGTGTCACTTTTTAAATATGGATATTTTTTTACTAACTTTGAATAACATTCATAAGATTCATTTCTAAATTCAGCATCTGTATTATACAGTAAAAAAAGTTCATTCTTTTCAAGTACATGCCTAATAATAATGTTCATATTATTCTCATGCTTATTAAAAATACTGATAAGCCATTCTTGAACTTACTTCGTTATAATTGCTTACATATTTTCGATACTTTTCAATCTTCTCATTATTAAGCACAGTTCCATCATCTATGTTATTAATTTCAATATAATTATTATAATATTCAAATATATAGTCAATACAACTCTTTATATTCTCTATTCTTTTTTTCTTATCAAACTCATTTAGATTATCTTCATGTTTCCTTTTGGAAATATATTCTTCAATAGTAAACATATATTTTTCTCCTTAAATAATACTACTAAATTTTAATATCTCTAAGTTTGGTTGTTTTTTTATTGCACTCATATCTACTATATTGTTGACTATTAATTTCCAAATAGCCTGCAAAATTTTTTTCAGACTTATAGCCATTTTTTAATCTTATCTCTAAAATCCTATTCTTTATTGCCACTAATACCACCTCAGAATAATTTTACCATATAGTGTTAATGATTTCTATAAAGTGATAATATTAGTTATAATTGACATAAATATACTTAAATGAAATAATTAATATAATATATTTACAAGGATATAGGCTATGAAAAACATAAAATATAATAAAAAATTAGACTTGGTAATTTTAAAATTTATAAAAGATATGGAATACAATTTATAATAATAAATTGTATTTAATTAAGTCATATTAGAAAAAATTCCAAGTACATCTAATATCCCATATCCCCATTCTGGATTAGGATATGTATCACCTGGTCTTTTTTTAGTACCTCTAGTCAAATAAGTCTTTATTGTTTGAGAATACATATATGGATCATTTCCTTCTACTATTCCCCATTCAAATAATATTGCACATGTTCCAGCTACAACTGCTGCTGCAACGCTTGTACCATTTACTATTTTAGTTTCATTATTAGGAGCTACAGCTAATGCATTTACACCACCTGCTGCAATATCAACTCTATCAATATAATCATTTAAAAATGACATTCCTGAATAATTTACTATGTTGTTATTATTTTGATTATAAGCTGCTACTGTAATTATCGAAGTTGCTCCACCTGGAGTGGTAAATGTTCCAAAAGGATCAGAAGGACTTAAAGATGTATCTCCTATAGATAATCCATACTGTGGTATCCATATGTCATATGCTCCATCCAATACCATATTAGCTATTAATTTTATCTTCCATATTCCTGGTTGTAAATCAAAAAAATCTATACGTATTAATTCATCTCCTGTATTTTCTTCTGGAATATAAAAATCAACTTTTATTGATGTTTTTTCAAAAATAAAATTATAATCTTCACTAAGATTTATTATTGCTGGAATTACGCCTGTATTTTCTCCTGATGGTGAAACTATATCAACGGTCATTACATTGGGTGGAGCTACCCAAATTTCTGCCCATAAATATTTCTGTTCTGGGGATACATTCAATTCTATGTTTCTTGCTTCACCTACCTTCAATATAGATCCAGATGCATGACCTCCCCTATCTCTTTCATTTCCTGCACCTGTTACTACAACTATGCCTCTACTATTAGAAATTGACTCTATATACTCTGGCAAAATACCATTTCCTCTATGGTTTCCAGAGTTACTTCCAAGTGGAAGGTATATGACCATTGGCACAGAATTATTTAATGCATATTCATATAAAAACTCTAATGCAGAAAATATTGAAGTAATATTATATATTGGTATTTTAGCATCAAATGCAGCTTTATTGGAATAATCTTCTATGAGCTTTACAATTGCAAACTTACAATCTGGTGCAACTCCTTTAAGTTCTGGATTTTTACCAGTAGCGCCTATTATGCCACTCATACTAGTACCATGCCCAAATTCATCTATACTTGGTACAATTTCATAAGGAGATTTTCCTTCATTATAATTTTTTATTGCTTCATTTATTTTTTCTTTTGTATATAAAGCTCCATATGGTATAAGCTCAATCTCACCATCTTTATCTGATGTTATTGTCTGATCCCATATACAGTCTATTCTAGTATCTCCCTGCAAAGTCATAAATTCATCACTTAAATAATCAATTCCAGTATCAATAATACCAACAACCACTCCTTTTCCGGTTAATTGAAGTGGTAGATTTATTTGTACATTCCTTACTTGTGATGCTTCTATAGGGCTAATTTCTTCAAGGGTATAAGTTTCAGTTCCTTTTATATACACTATATCCGAAAATAATGGGTCATCAACATTAATTTTTTTCCCTTTTTGGGTTGAAATTATAGCATACTTGTCATTAATTATTGCTATATAATATCCTTCCTTTTGCAATGCTTCATCATTTATTTTTCCTTGATATTGAACAATATAGTGTTTATAATCTGTATTATGAAAGATATCTCTAGGCATATTGGACTTATATCTTAGCATCTGGCATCATCTCCTTTGGAATCCTTAGAAATAATTTATCAGCTTGATATTGAATAAAGTTGTCATTTCTAAAATTCATATTCTCTCTAGTTTGTATATATTTTCTACTTATAATATTAAATGTCCCTAATATGTCAAAGCTTCCATACCCAGTTTCTCTGTTTGGATATACAAGTTCAGGCTTTCTATATGCACCATATACTAAATAACTCCTAATTTTTGTTGAATACATAGTAGTATCATTTCCATCAACAATTCCCCATTGCAAAAGTAATGCACATACTCCAGCAACCACAGCTGTAGCAGCTGAACTTCCTGATACAACAGTAGTTTCTCCTAATGCCTTTGTTGTTAAAATGTTTATACCAACCGTAGCAATATCAGGATTAATTAAACCATTAGTATTAAATCCTTTTCCTGAAGTTGCAATTAAAGACTCATTAACTAATCCATGATAAGAAACTGTAATAATTTTTCTTGCAGTTGATGGAATTGTTAATGTACTAAATGGATCAGGTTCTAAAAACTTTGTATTTTCTGGCAATGTAACTTTAGGTTGAAGCCAAGCATTATACTCGCCACCACTTATATAATCTCCTCTTAAAGCAAATTTCCAAATTCCAGGGTTTATATCTTCAAAAATCACTTGAATAACTTCGTGACCTGAAAAATCTTCTAGCATATAATAATTGATTTTTAATTTAGCATTTGAAAAGACAAAATTAATTTCTTCTTTTTTATTTCTTTTAGCTTGAATAAAACTACTTTCTTCTCCAGTAGGTGAAATAACATTGAGAGACATTTTATTTGGCCTTTTAACCCATATATTAAAAGAGAAATTTTTCATTTCCCTGGGTATGTTTAATTCAATACTATCTGTTTCACCTACATTTTCAATAGTTCCTGATGCATGACCTTCTGCTGCTCCTTCATTACCAACTCCTGCAACTAAGGCGATTCCCCTTATGCTTGCTATAGAAGTCAAATATTTTGAAATCAAATTATTACCGTCATGACTTCCTTCTGTTGCACCAATACCTAAATAAATAACTATAGGTTTGTTCATACTTATTGAATAGTTTTTTAAATACTCTATTCCTGCTACAATTTCGGCAGAGTTATATATCGGTGTGTATTTTACATTGTTTGACTGTAAAATTTTTTGAAAATTTAAAGATTCTAAGAGTTTTACAATTACAAATTCACAATCATTTGCAACTCCTTGAAATTCCCCATTATACCCCCTAGCTCCAATTATTCCAGCCATTTCAGTTCCATGATTTATATCGTCTTTTGATGGAACAATGGAATAGGGATCTTGATTATTTTTATATGCATTTATTGCTTTATTTATTTCTTCATTAGAATAAATATTTCCTAAATAAACTGATTCTGCTTTAACGTCCTGTATCGTCTGATCCCATATTGCAGCTATTCTTGATGTTCCATCCTCTCTAATAAATTCATTGTTTAAATAATCTATTCCTGTATCTACAATTCCTACAAGTACACCCTTTCCTGTTAAATTTAAATATGGATTTTTTTTAATTGCTAATATCTGATCAATTGAATTAGGAGAAATATCTTGCAATACAGACATACTTCTAAAATCAATAAACTTAATTGATGGAACATCTATCAATACTTGATCTAAATATTCATAAGGTAATGATATGACTCCTATAGTATTTGTTAATATATCTCCACAAGCGTAGGATACATTATCTATTTCATTTTTAAAATTTCCTCTATATTCAACTAAAAAATTAGCTGAATCTGCAGAATAATATCCTGGACATAATCTTGAGTTCATCTTATTAAAGCTCCTATATTACTTATAATTATTTTTATGCAATGTTCATCATAAAAATCTCTGTATAGGGTTATTTTTAAATTTAATTTTTTAGAAACTTTATATAATGCCTCTAAATTAGGTTGTTTTTTATTAGATATCATATATTTAAAATAGAATATAATGCAAAAAAATATAACTTAAGAGAATATATAATTCCCCTTAAGTTATATTTTTGGATTGTGAACTATAAAAATTTAATAAAATTGTAACATAGAAATTAATTATCTAACATGTTATAATATATTCAATGTATTATAAATTTATTCCTAATTACAATATTTACATTATAAATACTACAAATAAAAAAGTAAGTGGCATATAGACTTGATCTACATGTTACTTACTTTTTTGTTCAGTAATAAAATTATTTATATACTACTATAAATTTTTTCTTCTATGCGTTTAGTTAACTTATATAAATGGGATTTCATGACAATTAATACAATCTTTAACTAACAATCATTATACTATTAATATACTAATTATTAATAATAATGTTCCTTAAATATTATTTCTAAATTATATGTACTAAAAAAGTAGTAGTATATAAAACTTTGATACACTACTACTACTTTTTTATTTTTCGGGATATTAATTGTAAGGTTCATCTACATCATGAGTAAAATGTATATATCATAAATATATGAATTAATCTATTTTTATATTCCTTGTTTTTAGTTATACGTTTATAAAGTTCTTCTATTCTCCTAGGTTATTTCTATATATGATTATAATATAAAAAGAAAGGGTAGCAAATAAGATTTCTCCTATCTGCTACCCTTCGTTTTCTAATTTTATGTGTAATTTAGATACATATATATACAATTATTACTATTATATTTAACTTTCCTCTATACTAAATGATATAATTGTTTTATCTTTATTACCATGTACTGATCTTATTATTGATTTTCTCTTATTTGTATATTTATTAAATCAGTATTATCTTTATAAATATACCCATATACTTTTGAAGTAGATGTAAAACCAAATATCTTACAAATTTCTTTTACTGTTGGTGATATTTTTTCTTTTTCTATGTATTCCCTAATAACATCGAATATTTCCTTTTGTCTTCTTGTTAACATAATTTTTCCCCTTTATCTGACTTTATATTTCCATATATGTTTATAATATCTAAATTATAACATAAAAAGAACAGTATATATAATTTAATATATACTGTTCTTTTTTATGCTTTCTAATTTTATGTGTACTCTAGACACACATATTATAGCATAAATACAAAAAGTATAACTTAAGATCATATTAAAACTATCTCTTAAGTTATATTTTTTGCTAATAGATTTTATATAATTGTTCATTTATATTATTTTTTAAACTATATAATATCAATAAAAAGTAAAATTATATATAAATTGTCTATTATGTGTGTTATAATATATTTAATATATGAAATTTTCTCCTATTATCTCTGACTTTTATATAACATAAATAAAGGTTAGTGGCATGTATATTAAACTTATACGCCACTAACTTTTTTGTTCAATGGTAAAATTATTGATATACTACTATAAATTTTTACTTCTATGCTTTGGGGCAATTTATAGTTATTAAAATTACAACAAGTAGGATTTTATGTCAACTAATACATTCTTTAACCAGCAACCATTATATTAGTAATATATTCATTATTAATACTAATGTTCCTTAATATTATTTCTAAATTATATGTACTAAAAAAGTAGTAGTATCTAAAATTTTGATACACTACTACTTTTTTATTGTTCAGGATACATTATAAAGTTCACTACATGACAAATGAAATTTATATACAATAAATATATGAATTAATCTATTTTTATATTCCCTATTTTTATAAATTACCTGTATAATCTGCATTTAAAAACATATCTGCTTCTTTGGTTCTACGCCTATAGAGTCCTTCTATTCTTTTACCGCCCCCATTAGACCAAGCTTGAAAGTTAGAATTAATAGTATCTTTATCTCTTATTCCACTACATACATTTCTATATAATGTTGAACCTAAAAGACCTACTGTCCCACAATTATATGCAAAACTTACTAATGCATCAAACTCATGTTGCTTTAAAGTTATTTTTTTAGAATCTAAATCATCTTTTATAACCTTAGCATATTTATTATTAACAACTTTTTTTAATAATGCAGCTGCTTCAGGTTCAGAAATTTGTTCTGGAAGATTTTTTATTTCATCTCCTGTTAATCCGTAACCTTGTGTTAAAACGCCAACACAATCATAATATTTTTTTCCTTCTTTTATAAAACCTTCCCAAGACTTAATAAAATCTATGCACTTAGAACTTACTAGACTATCCTCTACCCATGCACCAGAATCATTAAAACTATATTCTTTACCATCAATTATTTTAGTACAGTTACCAAACATTTCGCCTTTATATCCATTACTTACAGGATTTAAATAATACCATTTGTCCTTATCTTTTAACCATCCAGTTTTCATAGCTCCACTTTCATCTAAGTAATACCAATGACTATCTTTATCCTCAATCCAACCAGTTCCCATAGTTCCATTATCCTTTAGGTAGTACCACTTCCCATTGTCTTCATACCAACCTTTAGTAATAGTTCCATCTTGGTTTTCTACACACCATTTCCATTGTGACATTTTACATTCCTCCTTATTAATATAAAGAAAAAAGGTAGCTAAAACTGCTACCTAAATTACTCTTTAATTTCTTTTCTATCTTTACTAAAATAAAAAGCTATAACCATTGTATATATAGTTATAAACTCTGTACTTAACCTATTGGTAAATGCTAGTACAGCAAAAACTATAGTCATTATTACAGCTATGAGCCACCTTGCACTAGTAATCTTATTTAACAATCTATCCATATTAATCACTCCTATTTATTAAATATACCTGTTTGAATTGTATAAATAAAAAAACCAACTAAAGTACTTATTCCAAGTGCAATTAACCACTTAAGTACTCCAGTTAGTTGTTTTAAATTATCACATAAATTTTTTAACTCTGTTCTAAAACTTGCATTATCCTGCTCTAGCTTATCTATTCTATCACTATGATTATTAATTCTTCTTTCATGTGTTTCTAGCTTATCCTTTACTAATTCAGCATTCATATAACACCTTCCTAATATTTTTTTGTATAACAAAAGACACCTACTTAACGTAAGTGCCTTTAATAAGCTTTATATTATTCTCTTATTTCAAAGCCAACAACTTTATCATGCACAAGGTACTCTGAATTTCCCTTTGCATTTGTAATTTTAAAAATTGGACTTTCTGTTTCATCTAAATCTCTAGAAATAAACCATTTCTTAAATTTTTCGATTTGGCTTTTATCTGCTCTTTTAATATTTCCATCTATCATTTCTATGTATAGACTTCCATTTTCTATAGATGGTTCTTCTGGTTCAACAATATCTTCTTTAGTAACTGTAACTTCACAAGTAGCTTTAAAATCTGTTCCTTTGATTTGTGCTGTTACTGTGCAAGTTCCTTCTTTAACTCCAGTTACTTTACCATTTTCATCTACTGTAGCAATATTTTCATCAGAGCTTGACCAAGTTACATCTACTGCTGATAGTGTTGTAGTTGCTATTAATTTATCTGAACTACCCTCTTTTAGACTTAATGATGATTTATCTAATGTTAATGATATATTATTTGAATCTATTAAACATCCATCTTCATCTATATCTACAGAATCTAAATATATTCTTTCACTACCACCATATTCAATTGTTACTATATGATCTTTATATTGTAAATCTCTTATTTCAAAAGAACACCCTATAACATTATTAGAAATATCACTCCAATTGGCCATATTATATTTTATTCCATCTATTGAAATAACATTATGAGAATACATTGTAGAATAACCTGCTCCATAAGTTCTAAGCTTACTACCTTTAAATTCAAATTTTATAGTTGTTTCATTGTTAGGATTCATACAAACCTTAGTTGTTTTTCCAAACTTACCATCCGTAAAAAATGTGCTGTCATTCCATCCATTCTCTGAATATACTATTTTTTTATTTATGTCATCATATCTTTTCCATCCCTTTTCTGGGTTAGAAATTTTATCTCCAATTTTTCCACTATTTTCACTTGTATTATTTAAATTTTCAATTCCTACTACTGCTCCATCAGTAGTTGCGTTAGCTATTATTCCATTTTCAATTGCTCCAATTCCCATAATGGTTAATACCATTACAAACATTATAAGTATCTTTTTAAATTGTTTATTCATTTATTATTTCTCCCCTCTACTATCTTTTGTTGCTCATTTATAATTCTATTCAACTACAAGAACTGGTATTTTTATTATAACTTTTCCTGATGGGGGAATATCTCCAACATTAACTATAATATTTTTAGCTGTTGAATTTGAATCAACTGTTCCTTGAGTTGTTGTTACTCCACTAGTTATAAATTGAATATGATTAGGAGCACTATCAGTAATAACTACTGATTTAGCAGTTTTATCACTTGTGTTAGTAACTTCTATTGTATACGTAAAATTATCTCCTACATACACAGAATCTACATCTGCTGTTTTTACAACTTTTAATTGTGCTTCTGCAACCCCCTTAAAAATTATAGATACTTCACCACTAGCATTATTAGTATTATCACCTTTGGCATAAGCAGTGTTAATTATATACTCTTGTTCTGGATCTGCTGGTTCAGGTTCTTTATCTTCTTTTGTTACTGTAACTATACAATCAGCTTTTATATCTGTTCCTTTAATTTGTGCTGTTATTGTTGCTTGTCCTTCTTTTATAGCTTTAACATTTCCATTAGAATCAACTGTTGCAACTGTTTCATCTGAGCTTGACCAGTCTATATCTACAGCTGAAGGTGTAGTTGTTGCTGTTAATTGTTTTGAATCATTTACTGTTAAATTCATTGTTGAATGATCTAGTGATATTGATTCATTAGGCTTTACTAAATAACCATCTATATCTATACAATCCCAAGTAAAACCATCATTATAACTACCAACATTTGTTACAATTACTTCTACATGATGTTCACAATTAGTTAAAGAAGTATTTTCAAAATATAATTTACTTTGTTGTAGTCCTGTGTTGTTATTAGTATAGCTACCAACTTTTGAACCATCAATATAAACATCTGCTGAACCGCCTACATTATTAGCAGCTGCACCATCTCGTGTAGCAATAATTCTCAATTTAGTTCCAATAAAATTAAATTTAATTTTATCTCCAACTATTTTTGTAGTTTCATGATCATTATTATAGTGGTTTGCATCCTCCTTTAAATATTTCCAAGAACCAATATATGCAAAATTTTTGTCACATGTATCAACTCTTTGCCATCCACTTTCTGGTTGTAATAATTGTTCTCCAACAGTTGCTGCATTAGCTGTAGTTTTATTTTGAATTGCTCCAACTCCTATAATGGTTAATACCATTACAAGCATTATAAGTATCTTTTTAAAACAATTTTTCATTGTATATTATTTCTCCCTTATTTCCATTATTGAACGCGTTCATAAAATATTTTAACTTTATATATGGTAAAATCCAACAATAATCGTACTACAAATTCCTTTATATCTAAGAAATTTAGTAAATTTTTACTTTTTATCATATAGTTTATTTTAAGTAATAGAAAGACTACCTTTATACGTATAATTTTTTTTCATTTACAAATAATAAATATTGTAAGTGAATTCTCCATCTGCTTAAACCTTTTTTAATTTAATAATAACTTATCTAAATTTACAGAGAAAATTATTTCTCATGTAAAATAGTAGAACTAGTTAATTTATTTACTCGGCGTATTTATTTTAACTAGTTCTTTAATTTTAAGAGCAATAAAAAAAGACTTATAAAAAGTCATATCTATTGCCTGCTATTTAATTTATCCTATATTCCTATTGCGAACTAAACTACTTCTACTGGTCTTTGTTCTGTATATTCTACTTTAGTTATTTCTATATATTGCTCTGTTGTTATTTTCTTATAACTTACAAAGTCCCAAATATCAGAATTATTGTAACATCCCCAGCAAAAATATCTTTTTACTTTTTCAAACCAATTCATTATACATTACCTCCTAAAGCTATTTGTTTTGTTAAATCTGCTAAATCTTTTTGTAGTTGCTCTATAGCTAAATCTTTCTTAGCCATTTCTTTTGTATTTTGTGCAAGTTCTTCTTGTAACAGTTCCATTTGGCTTTTTGGTACATCCTCTAAGATTGCTTCTCCTGTTTTAACATCCACACCTTTAAGAATCTTATTTTCTGGTATATCTGTTTTAAGTGCTTTTATTTCTCCTACTGGTTCGTATGAGAATCCTCCTTGACTAAATATTTCTCTTCCTGTTGAATCATATACTATTAATGTTTTCATAAAAATTCCTCCGTTTACTCATATGCAATGTAATTAAGTTCTTTTGATATTTGAAAAATAGGAATATATATAGTGTTACCTTCAAATATATTTCCAGCCAAATAGGCATGTTTTGAACCTAGACCAATTACTCCACCTTCTCCAAGAACCGTCCAATTATCAGTACTACAAGAAAATGTAAAGCTATCAAAAGAAGCATTATATGCAAAAACATGACTAGGTTTAAACTCTAAATTCAATTTAAAATAATTTATATTACTTGTTGACCCTCTATCTGACAAATCTCTACCAAGATTTTTAAATTTTTTAGTATCTCCATCAGGACTACATATAACTTTACCGGCTACAAATCTTTTTCCTCCCATTCCTGATATACTTATATTAGCTATTTTGGAAACTAAACTAGCTAAAGCTTCATTTCCATTTGCATTTACACCTTTGCTATTAAGATTACTAGCTGCTGTATTCTTATCTGTTTGTATTCTATTTGCTATTTCTGCATGTGTATTGTTTCCTGTAACATTTCCTACCTTGCCAGCAATAAGATTTTTCCCATTACTGGCATACTGAAAAGCCTCATTTGCTTTATCCATAGCAGTTTTTACAGCTAATGGTGTAGCTGCTTCTGTTTGACTTGTACTATTAGTAGCATTATTCAGCTTAACTATTCCTTTAGTTGTTGTAGTACCATCTGCAATTTTTATATTATCTACTTTGTTCGCAATTTCTTTCATTTGTTCAGTTATAACGTCTATTTTTTGATTTATTTTAGTTTCTAGATTTTTTAAATCCTTTATACTAGCTGTAGTTACTAATGGATCTATTTTTAAATTTATTACTGATGAATTACTAACCTCAAAAATTAGTTCTACAGTTAAATCATCTGTGCTTCCATCATCCATAGTTGGTTTATAAGATTCAGGATATTTACTTATTGCAAGCAGATTATTATCATTATCAAATATACCCGCTTCACGAATGTAAAACCCACCTTCTGCTGGTGGAATCATAGTTTGTACAATAATCCAATTCGGATTATTCTCTCCACCTGTAAGTACATTATTTACATTTCCACTCCAAACAGTGTGCATTAAATCTGTTTGATTTTCATTTGGCTCATAATATGCACCATTTCCATCACCAACCTTTAATTTTAAAAAATCTACTTTTGAACCAGTTACAGTTGCATTTGCTATTTTAGCCTTTCCTATGTTAGTAACTAACGTATATATATCCAAATTCATCACTCCTTTTCTTGCTTAGGATAAATAGTAATATGTTGAGAACTCCTTATAATTGGTCCAGCCATACTTATTTTACCTTTACTTGTTAATTTTTTAGTTTTCCACGGATAAATTGTTATCTTATGTCCAGTAATACATGCAGCACCTATATACAAATTGCTCTTAGTTCTAGATATTAAATTATATTTAACTCCCATATGTGAAGGTTTAATTCTTTTAACTTCTTTATACATAGAATTTAAACTATTATGAAATCCCTTTTCGCTTGTTATATTTATTCCTAATATATATGGAGCAATACTGTCTAAAACTTCTACTTGTGCTTTAATAAAGTTTTTTATCGTAAGCTCAATTCTCTTAGGATTTACTATTTTATTTTTAGTTTGGATTCTACTAATTACTTTAGCTCGTCTAATTTCTATAGGCTCATCTAAATTTGTTTGTAATTTATATCTTTCTTCCCAAAATACAAGTCCCCAAGTAGCAGTTTGTGGATAAATTTGTAGCATTATATCATCTAACTGTTTTTCTGTTAAATCAGCTTCACTTCCTATCGCTTCAAAAATCGCTTGCATAATTATATTTTTATCGTATATAGGAGAAACTGAATTATACATTTGTAATCCTTTTTTAGAATTAATTACTTGCATTTATCACATCTCCTATAGCTGCAATTTGATCAACTAATTGTATATTGGTAGTAGACTTATTTATTGTTAAATTAGCATAATCGTCTATTCCTTCATCTTGTAATACATAAGAACCTATAATAGTATCAATTGCTTTATATTTAACAACTCCATTTATTTTTATTTTCTTTAAATACTCACTTATTTTTGTTTTTAAAGCTGTTAATATAGTTTCTTGATTAAATCCATCTGTAAATATAAATTTAGCACTAACATTTATTTTTAATGTTGTTGCTGTTGCAATAGTAACTAGTGCTCCTACTGGTGCTTTTCCTCCACGACTTTCACCTGATTTTTTATCTGGGTAAATATAATCTTTTACCTTAGTAATTAATTCATCATTAGCTGGTTCATTATTAGAATCAAGAATTAATACTTTTACTGTTTGTGGCCCATTCCAAAGTTCTATACAATCAGCATAACCAACTCCATCAACTTCCTTGGCCCATCTAATATAGTCAGTATCAGCACCACTTAACTTATCCTCTTGTTCAACTTCTATAATTCTTTGTCTATAATGCTTTTCATCTTCTATCTCGGTACCACCAGTAAATTTTTTAGGATTTGTTATGCTCTGTAGTCCATTTATAGGTTTATACACTAAAGTAATTGTATTTGCTTCTACATTTCCTATTATTCCAGTTTTAGTACATTTACATTTTATAAGTGCTTTTCCACTTTCATCTATTGTTTTAGATTCTAATGTTTCAAAGCTAATGGATTCTTCTATATCTGTTGATTTTGTACCCACTAAATAATTCAAAGGGATTATAGTTCCTTTATTAGCTGTAATCTCAACATAACCTGTTGAAACTGTTGGATTGTTCTTAAATATCCCTTGACATTCTCCTAAAAATTCTAAATATTTTCCTGTTGCTGTTTGTGAATGAGCCATTTTAAGAATATTTTGCATCTGAATTTTTTCTGTTCTTTCTTTTTCCAAAGCAGATGGTCTTGTTGCATCCCAAAATATCTCTCCTTCTATTGCAGATACTCCCGGAGGTGCTTTCTCCATCATTCTCCTATGAATTTTTTCAACATCTTCTGTTAAAAAATCAGGCATTTCCATTTTTATCACCACACTTTCTTATTACTTTTAAGCACTTTGTTTCTGTTTTTAGTAGTAGTAACTTCAAAGCTATAATAAACGTCACTACCTTTCCACTCAAAAGAAAAAGAATCAACACTTTTGGTTAATGGATGTACCATTAACGCCTCTTGTGTGATTCTTTTAAGTTCTAACTCTACAAACTTTTTATCTGTAATATCTGAGCCTATAATGTCTTTTCCATACCTATCTGAATAAGCCCCATATTTATATCGTGCTGTAAGCATTGCCTTTTCGCACCACTGTACATATGCTTCAAATTCATCTAATATTTTAATAGTTCCATCAGAGTTTTTAATGAACTCCCCTGTTTCAAAGTTTATAGCATAAGACCCTTTAAATTTTTGTTGTGTGTCTTCTTCTAAGTTTATTGTTTCTTCGTTAGCTGTTGGAAATAGATTAGGCATTAGTACTCACTCTCCCTACTATTACACATTCATTTCCTATTCTAGCCACTAATACTCTATCACCAGGTTTTATTGATTTTAAGTTTTCAGGTGTTTTAAATTCATGTGAATGTAATGATGTACAACTTGTATCTTCAGTACTGTAATTATCATTTAATTTTAAATAATCTAATACTAAATAATCAGATATTTCATGTTTAAAGTCGTCTAATTTAAGTCCTGTAGTAGTTATTGTACCTAATACTAGACTATTAGAAAACATAGCTTCATTAATACCACTTTTAAAATTATTATCCATTACTCTTTTTATATCTTCAAAAATATTATTCTCCATAAAACTTAGATTTCACTCCTTCCCAGTTCATTAGTGTTAAATCCATTTTTCCACCTGTGCCTAACTCGTGCGTTATATCTGTAACATAATAAAAAGTATTGTACAAACTTACTTTATCTCCTGCTCGTATAGTATTTATATCTTTAATACACGGTACAGATATACTATCTTCGCCACTACTAAATAATGTATCAGCTTTACTTTTAGCTTTTGAATAATCGTCAATTTTTTCATCTTGAAACAGCTTTTGTATAGTTCCATATCTCTCTGTATCTTTTTTAAATACACCAATTATAGGAGATAATATTAATTCTTTTTCTTCACTGCTGCTAGAAGTCTTATTTTTCTCAGTGCTTTTCTTTGTTTCTTCTTTACCTAAAACTTTTACTTGTGTAATGGCTCCTGAAAGAGTGCTTTTGTTTTGTATATCATCTACAATATTATCTAATTTATAAGCTACACTATTACTTCCTAGCTCAACTAAATCTAAACTTTCTGACATTCTAAATTTATAAAGACTCCCACCCTTTTGAGCTGTTTCTTTTAAATCCTTTTTCAACATACCAAATAGAGATTCTTTTCTCATGTCCTTTGATAAACCTATATTTATCTCTGCAAAATTTCCTACTGGTATACTCCAATCTTTGCATATTATTTTAGTTCTTTGAGTGACTGTTTGACCATCTTTCCATAAATATTCATCTTCGCTTTCTTCTATTGTTATAGTTCTTTCTCTACAAACAATAGATAGCTTTTTATTTTTCTTTGAACTATTTATATCTCTAACAGTACCATCAAATATTTTTTTATATTCATTACTATTAAACATATAGTCATAAAGTTGAATACTATCGCCTTTAACTAGTCCTATGTTTTTTAATTCATCAGTTTCTATTAAAGATAAATTTAAAGTATATGCAATACTATCTATACTTTCTTTTAAAGTAGTTTCTTCAGAAAGTAATTGTATTTTATATTTATTTTTTAAAACTAATTCTATAAATATCACCTACTTTTTAAACTTTTACTATATAATCCATATGAACATAACCACCATGGTCACCGTAATAAGTATGTAGCCATTGTCCTTCAACTCTATAAGCCGTTACTATTTGTCCTTTGTATAATGTACCAATAATATCATTTTCAGTTCCTGGACCACTTCTAACGTTTAATGCACTTGCAGTAACTTTAACTTTATCACCGTCTTTAAATTTTGATTCTTGTGAAGGTCTATTATCTTGTAAGCCACCACTATAACTACTTGTGCTAGTACTAGTTATAGTTTCTATCTTTATTTCTCTATTAGTTCTAAAAGTTATACTAAAATAAATATCTTCTAATTCTCCAGCAACAAATTCATAAGTGAATTTACTTATAGATACTAGTTCATTTACATCTATATCAGTAATTATTAACCTTAATGGTTGTTCTATATCTTGCCAGTCTTCTATTAACTTTTTACTGTTCAAAGGTGTATCTAAATACATTTCTCTGCAATAAGATTCATCATACTCTTTTGGAAATAAAGAATTAAAACTTATTTCTCTTATTTTTTCTCCTTTTTGATTTATATCAACTTCTCCAAAGTCTAATATATCACAGCTGATATATCGTTTTTCTTTTGATAAAGATAAAGAATTTAAAGGATTAACAGGAAAATGAAATTTATAATTTTTAGCTTCATCTATTAAATATATATCCATGTAAAATCCTCCTTTTGCATATAAAAAGCACCTACAACTAGTGTAAGTGCTTTAAAAATATTTCTATAATTATTATACTATATTTTCAACTTGTATTTTATCAACTTTTTCTCATTTTCTTATCATTATTTTAAATTAAATTGAACATAACTTTTTGATCCAGAATTTTTATTCTTTATAAGTTCAGGCTCGGTATCTTTAGGTACTTCAAATACTATCTGAGTTTTTTTGAATACATTTGGATTTAACGGTTTATATATTCCTATATAACTATCATCATCATGTTCGTTCTTCACATTTAAATGGTTTGTTATAGTACTTTCTGCACTATAAGTTTTTTTATTATTATCAACTAATAGAAAATCATCTGCACTATATCCTGATTCCAAAGTAGCATCATTAGCAGCAATCTCTATATCTACTACAACATATTTATTATCTGTTATAAAATTTTTACTAGTTCCTTTTATTTTTATTACTTCGTTATATCCTAAAGTTTTTAATTGATAGTTTCCGCTTTTTCCAACTTCATTAAGTTTATAGACTTTATTATTTTCTTCTTTTTTTATATTATCTGTTTTGGTATTATCAACTTCAATTATGCTATGGATTTCTTTTTCTGTGTTTTTATTTACCTTATTATTATTTGTACACCCTACTAAAGAAAATCCTAATATAGATATTAAACTAAAAATCAATAGTTTATGTTTTTTCATTTATTATCACCCCTCATTCTAAATTATAACATATGCTTCATTATTTTTTAATATTTGTAAGGACTTCTTTAAGCTTTCTTCCCACTTCATTTGTTACCTCACAAACTATTCCATTAACATCTGTATCATTATTATTTACTTGAACATCAACTTGAATATTATTTCCACCAGCACCAATAGTTTGGACTTGTGGATTATAAATAGGTGCTTGACCTAAATTGCTTAAAAATGATTTAGTTTCTCCATTATTAAGCACTTTTTCTCCACCTTTAAAGTCATATAAACTTCTTCCTAATACTAGCTCCATGCCACGCTCGCCTACTGAGTTAATACCTGGTATTGCATTATTCGTTCCAGTATAATTTTGCTTTCCCCATCTAATAGTTTCTCTTGATAAACTATTAGGAGCACCGACTAAATCAGTTTCTATTTCACTTGCTGGTTTTGTAATTTTACTACTTGAGTTATTTGGGTTTTGTCCTACCATTCCAACAACACCATTAGTTTGTATTTCAGCAAACTTTGTTCCAAATGTAGTATTATCCCACCATTGCTTTAACCTTCCCCAAAAAGTTAAAATTTGACCTGTGTTAATATCTACACTTGTTTCTAAATCTTCATAAGCCTGTTTTAACATATCAATCCCTTGACTTCTAGTTGCATCTGCAGCAGCTATAGTTTCATCTCTTTGCCTTTCGGCTTCTTCTATCATTTTATTTGCTGTTTCTTCTGCTTTTTGACCACCTTCTGCTCTTATCTGCTCTGCTATATTAACTCTTGCAGCATATTCAGCATTAGCTGCATCTACAGTTTGTTGTCTTTGTTCATTTAACTTTTGAACTATATCAGCAGCAGTTTCAGCAGTTATTCTTCCTGTTTGGTCTTTTATTCTTCCTAAAATAATTGCACTTTCTTTTTCAGTTTCAGAAAGAGAAGTTATTGCTGTAGTTCTCATTGAAGCTTGAAGTTGAGATATTGTACTATTTTCTTCCTCAGTTGTTGTTCTATTTTGTAAACTTGCTTCACTCAATATCCTATTTATTTCATTCATAGCATTTTGAGTAGTTGTTTTTTGTTTACTATAATGATTTTCTATTTGTGTCATAATATTATCTTGTTCTTCTGATGTTAATTTAGTATTATTATTAAACATTATTTGTATTTTACTTAAACTATTATTTAAATCCTTATCCAATTCTTTTGTAATAGTACTACCCATAGTTGAAAACTTAGTTTTTAAATCATTCGCCAAATCTGTTGATACTGTCTTAGATGTGAATTTCATATTTAATAATGTTCTTTGTACACTATTGTCCATTTCCATATAAGCTCCTACAGCTTCTTTTGTAGCATCAGATATTTTTGTGATTTCTTGGCTCATTCCATTCATTCCTGAAACATTTGTAGAATCTTTTAAATAATCTATTTTATCTGCAAATAAATCCACAGCTGGAACAACTTCTTTACTTAATTGTTTAGCTGCTACTAATCCAGCAATTCCTATTCCAGCTATAGCTAATCCAGTTGGAGATAATAAAGCCGGTATTATTTTAGATGCTAGTCCTAATCCCTGCATTGCACTGGTAGTTTTCACAAGTGCATCTGCTGTTGTAGCTGTTTTAAAGCCACCTAATAATTTTCCAAATGTTCCTACTGTAGTTCCTATTTTATTAATTGCAAACATTCCAACAAATGCTCCTGTTAATCCTAAGAAAGCACCTCCAGCAGCTTTAATAGTTCCTATATTATTACTTATAGTATCTACAAATTTTACTACTGAATCTGTAATACTGGGTATCTTAGCTGTAAACCATGTAACAAATTGTTTTGCGTATGGTGCTAATTTTTCTCCAAGTTCTATTTTCATTCCTTCTACAGCACTTTTAAGAATAGTCCATTGTCCTGCTAAATTATCTAATTTAGTTTTTTCCATTTCATCAGCTGAACCTTTTGTTTCTGTAAGCTTTTTGCTTAAATCCCCTAAACTTTGCCCACCTTGATTCATCAATGCGAGCACACCTGACATTGATTCAGTATCAAATACAGTTGAAATAATATCTGCTCTTTTTTGACTTGTAAGTTTCCCTAATGATGAATTTAAATTATTTATGACTCCATTTAATGGTTTCATATTTCCTTGAGCATCAAAAGCATTAATTCCATAAGCTTTCATAACTTTAGCAGCTTCTTTAGTTGGACTTGCAAGCCTTGCCATAGTTTGTCTTAAAATTGTACCTGCTTGGCTACCCTTTATATTAGCATTAGATAATAATCCACTTGCCGCCGCAGTATCTTCAAAGCTTATTCCTAAAGCTTGTGCAACTGGTGCAGCATATTTCATTGTTTCTCCTAAATCAGTAACATCAGAGTTTGTTGCAGCTGCTGACAATGCTAATACATCTGCAACATGACTTGTTTGTGCTGCATCTATGTTAAATGCTCTTAAAGTACCACTTGCTATATCAGTAGCTGTTGCTAAATCCAAGCTACCAGCACTTGCTAAACTCAATAATCCTGGTAATGCTGATGTTGTTTCTTTAACATTAAATCCAGCCTGCCCTAAAAGTTCTTCTGCCTGAGTTACTTGTACTGCTGACCATGCTGTACTAGCTCCTAAGCTTTTAGCTGTATCTTTTAAAACTTTCATTTCAGTATCCGTAGCTTGTGTAACTGCTTTTACATTAGATAATCCCTGTTCAAATTCACTGAAAGTTTTAATGGCTGAACCTATTCCTAAGCCACCTAATGCCACAGCTCCTGCTAATCCTATAGATATTACCTTCTTAGCACCTGTTTTAATCCAACTATTCAATTTATTTTGAACTTTATTGATAGTTTTACTTGCTTCATCTTTTGCTTTAAGCTTTGCTGTAGCTGTTTTATTATTTAACTTTTCTGTTTTAGACTTTATTTTATCTATTGCTGTTGATGCTGTATCTTTAAGTTTTGCACTAGGACTAGCTGTTAATTTATCTAAATCTCTAACTTTTTTTTTTACTTTTTCAGTACTTTTTTCTACTTCTGTTAATACCTTTTTAGACTGTTTGTCTCCATCAACTTTTATATTTATTCCTAATCTGTAAACTTCCTTTTTGGCCAAGCTTTCACCTCCTTAAGAATAAAAAAAAGGGAGAACTATTTTTATTTAGTTCCCCCTCTTTGATTTTTCAATTTCTTTATTCTGTTTTTCTACTTCATAATCACTAAATACCATCATTAATTTTTGCGAAATTTTATTATTAGCTATTCCGTAAAAAACGTGTGGCATTATATGGTGCATAGTAAAAATATTATAAAGGCGAGTTATTATTCCTCCTCGCCTGATAAGTTTTTTATGTCTTCTGCATCACTTAGTTCATCATTATATCCACTAAGATCTAATACTTTATTAACTAAATTTGTCCTTTCTCCAGCTAATAATTTTCTTAATATAAATTGCTTTCCATCACTCAAACTATACTTTTCTAATAACTTAGGATTATTCCAATCAAAATTAGTAGTAGCACCTATAATTAATGCAGCATCATATTCTTCTCCATTTAACTTTTCTTCTGCAACACCTTTTATCTTTCTTTTTGAAGTACATTTTTCTCTTATTTTTTTAATTTCTACAGTATTAAGACCTTTTAACTCTACTGGTATTCCTATTCTTTCAATAACTACTACAGCCTTAGGAACCTCAACTTCTCCTAATAATTTTTTAATTATATCCTCTTCTTGCATTTCTAAAACATTATTTTCTGTATTCATAATTAATAATTCCTCACTTTCATCTTTTAAAATTCTAATAAATAAAAATAACTGCTAATTTTAATCAGCAGTTATTGGATCAAGTAAATCAAACCCACTAAATACAAAAGGCATCTCTTCTTCTATTACTTCTCCAGGTTTAAAGTTCACTAAATTTATCTTTGTAAATTGACAATTCTTTAATCTTATTCTTTCAGCTCCATAAGCTTCAGGATCATCTAATTCAGTTAATAACTCAAACCTATTAAATCCTTGTTGAGTCATTTCTGATGTAACCTTCCAACCTTTAAGTGTTCCTGAACCTTTTTTAAGTCCACCTTTATATCCTATCCATTCAGAACCTACAGTTGGAGTCTCTTTCATATCTCTTTCTACATCAGCAGTACATTCAGATACTTGCGGATATTCCTTTCCATCTTTAAAAACTCTTCCATAAGTACCTGAACAAATTCTACTTGAATCAAGTTCTTTTTTTGTAGACATTAAAACACATCCTCTCTATTCTATTTTAAATTACCTGTACTGAAAATCTTCTTTATGACATTTATATATTCAGCATCCCACTTCCAGAAAAATTCATCTGATTGAGCGTTCTTTTGTAGTTCTTCATCTGTTTCTATATTAAATTTAGCTATAATACCTAGCTTTTGATATGTTTCAAAGAATGTTTTTAATCCACACAATGTTACTGTATGTCCTGTTTCATCATTTGAAATTTTACCTATATAGTCCTTTCCAGCACCTGCTGTTTGCTTGTTTACTGTATTGATAAATCTAATTGCTCTAATATTGCCTAATGCTTCCTCTTTTTCATTCTTATAGTTTTTATAAGTATTTACATCATCTACAATAACTACTTCATTATCTATTACATCAAATACTATAGTTCCAGATTCTAATGCACTTTCTATTTCAGTTCTTGATAAACGAGGTTCTACACTATCAAATATCGTAATTTCATTACAGACAGATTCTTTTAAATTCTTTCCTAGTGCTAAAGCAGCAACATATACAGCTACTTCTCCTGCTGTATAAGTAATTCCATCATAAGTAGTTGATTTTAAGTAAACATTGTGCATTAAGTAATCATTGTACTCTTTGGATTTTGAATTAGCCTGACTTAAACTTTCTGAATTACTTGCTAAAAATGCTAATATATCAAGTCCTTCTTTTTTGCATTCATTGATCCATGTTTTAACACTTGTGTGTAATCCTACATCTGTAACACCATCTAATGTAAACCCATCTATTCCATGACTTTCAAATGCTTTCATTGCTTTTAAATATTCAGTATTAGTTATATTAGATGCACCATCATTACCACCTGTAAATTTATCATTTACCATATCCGCTAATGTTCCTGTTGCATTTTCAACTTTTGAAGCAACAATATAATCGCTTAGAGCAGATTTGTTTATTTTATCTACTATTTCATCAATACTTCCAGTTAGATCACTAACTTCAACTAATTGAGTAGTATTTTCATATAAAATAATATCTTTAGCAGAATCATTAATTATGTTTGTTCTTATGGTTACATTAAATGATCTTGAGCTTGGATATATTGTTTGTAACTTAATTACATTAGTTGGAGAACTTTCAGTATTTTTAAGAATTAATTCCCCTGGTTTAGCAGCACTATCAACAAGTCTATAGAGTAACAACTCTTTTGGTTTTCCTAGCAATGCTAATTTTCCTAGCTTATATGCTGTAAAATCTACATTGTTACCAAAAGCATTTTTTAAATGTCTTTCTTGAGAAACAGAAACTACTTTATTTACTGGACCCCAATCACTTTTTACTGGCATAGCTAAAATTCCTTGAATATTATTTGCTGACTCTTCTGCTACTATCTGCATCCTATTATAGAATCCTGAAATCTTTGGTTTATCTTTTTCATTCCATGTACCTTTTGCCATTTACTCAACCTTCTTTCCTAAAAATTCTTTAACTATCTTTATAAATTTAGTTTTAGATAATTCTGTTTCTTTGTAATTAAATAAAGCACCTGTAACTATAACCTTGTTATAACCAAGTGCTTCTGCATTATCTATAAATACTTGTATTGGGTAGGTTGCTTCATTTACAACAGCAGTTTTATTAATTGTTGTAGTTGCCTTTTCATCAGTCAACTTCATCACTCCTTCAATATTCCGGATCCATAAATTTTATTTATTTTAGGAACTTCTTTTCTTCTAATCATTTTTCTCTTATATACCTTTACTGTTAATTGTCCCTTACTTAGCATGTCTGCTTCTCTATCTTCTTCTATACTTTCTATAGTAAGATAACGCCTGTCTGCTAAATCAAATAGTATTTTCAAATCAGAAATCAAATTATCTTCTATATTATCCAATAACTCATTAATTTCATTTTTATTATTACTGGCTATATGGCATATAAGAGTTTTACTTTCTTTTATAAGAGCATTTGATTCTCTTTCTTTTTCCTGATCTTGTACTCTCCATAGAATTGATGGTACTTCAAAGTTTTGTTTCCAATTATTAAGATAAATAGGTAATTTAATAATGTCTTTGGTATAATCGCTCAGAGCATCTAACCACTTATCTGTATTAACTTCATTTTCTTCATGTAAGGATATAACAGTAAACTGTAATCCTCTATATATTGCGTCCCAATCTTCATCAACACCATCTTGACCGATTATTCCATTAAATATGCATGTAAATATTTCTCCTGTTTTAGTATCCTCAATAGTCTGCATATTCAATGTTTTAATTACTTTCCCCATTAATGCATCCACATAATTAAAAGATGTTCTCTCATTGTAAATATAAATCTCAATAGTTCTTTTAAATCCCACTGCTTGATTATTTTTAGTATCATCATTTTGTAGAATAATTGCATATGGTTTAATCGTCTGTTTTTCTGGAATATTAGGTTCATAGCACCCTTTTAATTCTGGAATACTTTGTAATAGTCTTTCTCTTATTCCATACCGCATTTAATCACTCCAATATTTTTCAATTGTATTTATTATTAATGATTTGTTTTCATTAAGTATATCTTTAAGAACTGGCCTAGCTTTCATTCCTTTTATACTTTTTGCAAAATGTCTTTTACCATCTTCATCAAGCCAGCTTAATACTTTTTTAGATACTGGTACTATAGTTCTTTTAGTTGGTCCATAAATACCTGTACCTTCTTCAAGAAACTCTCCATATTCTGTTCCGTGTGCTAGATATAATTCATAGCTTCCAGCTCCACCTTCACTTCCACCATTTATAAGTTGTCTTGCATTACCACTTCTATCTTTCCAGTATGTTTTAGATTTAGCCTGTGAAATTAGTATTGGAGAAATAACACCAGTTAGTAATAATGACATTCCTGACATCTTTCTATCTATGAAGTCAAATACTTCAAACCCCATATTAACACCACCTAATCTACTCGTTTCAGATCACACATATAGCCACAAATTGTATCTTCTATTACTATTGGATATGCTGCTTGTATTTCGAAACAACCTTCCTTGCTTTCAAATGTAATTAGATTTTTAGGATCTACTTTAATATTATTTTCATTGTTCAGGAGCATTTTGTATCTATTAGTAGAATATGACGTACCTGCTGTTTTACTATCTATATTTATTTGAGTTGAGCTATCTTCTAAATATACAATTCCTGAGTATGTTATTGTACTTGGATTGTTTTCAAAAGCTCCATCAATTAATACTTTTTCAATATGTTCTACTGTAAATGTAGTTGGATTTATTGATATTCCCTTATTGATTGCATCTATAATCTTTTTAGCTTTCAATCTAGTCATTAACAGCCATCTGCCCTTCTCATAGATGTTTTATATCCTGTAGTTTTATTTGGTGTTAAATTAGCCTGTTCTTGTAAATAATCAGCTTGATAAATACTAGCTAAGTTGTTCCAATAATCAGGATCAGCATTTTCTATTTCTATGGGCCCTACTTTTATTTTTTTATCTGTATTAGCTTTCATTAAGCATCCACGCCAACTAGCTTTTAAAACATTATTGTCATTAACAGCTAGTAAATTTTCTAATTCTTCGTCACTAAATACAGGATATTGACTTTCATTAAGATTAATTTTTAATATTTCTAAAGGTGTAAGTTCCATCTTATTCACCTTCCTGTCCTTCTCCTTTTTTATCATCATTTTCTAAAATTTCTACTGATGCATATCCTTTTTCTTTTAATTCATTTACATCATCTTCTCTGATTAAAAATTCTTCTCCTGGTTTGTATGATGTTTTATCATATTTAATGCATACTAAAGCTGTAGCTTTGCATACACATTGTTTTGATTTTGCCATATCTATCATCCCTTCATTTTAATATAATAAAAGAGCGTGGTTTAAATTAACCACACTCTTAACCTACTGTTGCAAAGAAACATTCTTCTGCATTATCAAATGATGGTAATACAATTTGAGATACCTTAGTATCTACTGCAACCGGATCTTCCTTAACCATAGTTGTAATTGCTATACCAGTTTTAATTACTTCTGTATCTATTGTTTGACTTCCATAAATTTTATCGTATTCTTCAGGTGTTATTGAATAAATTGTTTTTCCTAGCGTGCCTTTAGGTATTAACGTAACTAGATTATCTTCATAATAATTTTGTTTTTTCTCTTGTTCATCTACATATACACCATTTAAAAAGGCTATTTCTAAACTTAACTTTTTCTTTAAGAATGAAATATAGTCTTCATCTGTTATTATTACTTCTCCTAATGTTCTAGATTTTAAATCTTTAGTTATTGCTTCATTAATAGTTATATAACTAAAAGTTTTTTCAGTTAATAACATTCTTGTAGGTTTTTCAGATCCAGAATCAGTAAATTTCTTTTGCCATCTTTTTATATCATTTACTATATCAGCGCTTGGATCACTCCATTTTGCACTACCTGATAATACTTCTTTATGTTCTAATGGTATTCCATAATCTACTACTATATCTCCATCATCTGTTACAATATTTATTTCACCTTTTTGAATTACTTGTGCTCTCATCCTAGTGGCTTGTACATCAGCACCGCCAACTAAATTAGCATAATTATCAAATACTTGCTTAAGCATGAAATCTATAAGATTTTGATTGTTTGAATTTTTAGCTTCAATTAACTTTCTTCTATCTTTTTCTTTAATCCCTACTGCTTCTTTAAAGAAAGGCATCTCCTTCTTTTCTACATTTACATTAGCTTTTAAAGCTCTAACTTTTGCAGCTACATCAAATGTAGACATTTTTAAAGCAACTGGTCTTTGTTTAGCACCTTTGGCAAGTTCAAGTTCCATACTCAATTGCTTGTCTGATGGAAATAAAGCCTCATCAATATTAGTTTGTGGTGGTAAATTGTTAATATAAAGTGCTATTTGTTTTGAATTTATAAATTCACTTATTTTCATTAAGTATTCCTCCTTACATAAATGTTATTTGTTTTAATGCAGCTATAGCTTCAGCTGTTGGTTTATCTTCAATAGCTTTACTATTAATAAATCCATGTATTGTTACTGGTAAAATTTCTGTTCCTTTTGAATTTTTAAAATCTACATCAGTAAAAGTAAGTCCCCATGTATTAGTTCCATTTGATGGTTTACCATCTTTATCAACTAATGTTCCTGCTGGTAATATATCATCTACCAATTTAGAAGCTACATCTTCTTTAGCTACTTTCTTATTAATATTTATATAATGATCTCCTGCTATTGCTCTAATGTCTTTTTGTCCTACTGATATTGAATATCCACTTTGTCTCATATTTTTCTACCTCCTATTTAAAAAAATTATTTAATGTTTCTGTTCCTTTCATTTGCTCTGCTTTTTCTTTTGCTAATCTTTCTCCAATTTCCATAGTATTTTTCTTTTCTCCTTGTCCACCACTTCCAGCATCTCCACCAGTACTGAATGAACCTGTTCCTGAAACCTCTTTATCAAATAAATAATTATGTGATGTTTTAAGTGGTTCTATTTGTTCTTTAAGACCTATAACTGAATCACCATCAACTTTTATTTTTTCTTTATCTATTAGAGCCATGATTAACTTTTTATCTTTAATATTAAAAGCACCTAATCCTTTTTCTAAAGCATTGCTAAAATTAATATCAGATAATTGTTTATCATAAGTTTCTTTTTGAGTTTTATTATCTAGCTCTAACTTTTCAACCTTTTCCTTAAGCCCATCAACATCTTTGTATTGTTCCTTTAAATTTTTAAGCTGAGTATCTCTTTCACCAACCTGTTTTTTATATTCCTTAGCCTGTTCATTTACTTGATCAAACCTTGTCTTTGGAATATATGCACCATTCGATACATCTTCAAATTCTTTCTTACCTAATTCCTTTCTTTTATCTTCTGAAAGAGCGTTATATGCTTCTTCTCCAATAATATCCTTTAATTTTGCCATTGTTCTTTTTCCTCCCTAATCTCTAATTACAGTTTTTAACGTGCTACTGAACCACGTTAGAGTATTTATACTTAATTAATCTTTAATACCTACCATTAAACAAAAAGGTAAAAATAAAAAGCCTTAGATTTTCTAAGACTTAATAATTTCTTGTTTATTTTCTTTTTGAAAACTGAATTCATATTGAATCATTCTTATATTTCCAGCTGATATAAAGTGAGAATACTTATACATATAGCAGCTTTTAATTTTTATTATGCTATTATTTGCATTTTCGTAATCATTATCGTCAATTGTAATATCAAATTTTTCACCTAATAATTTTTCTAAATCATTTTTTGTAAAAACTTTGTTGTTACTTTCTTGATTTACCTCATAGCACATTAGCTTCCCAATACAAATTTCACTTTTTATATTCAATGTTATAGATTTCAAACTATTGATAAATCTATTTTTTATATATGTTGCAGTCATCGAGCCGTTTTTTACTTCTGAAGCATTTAATAAATCTTCTTTACCTTTAGCATTCATTATTTTTCATTCCTTCCCAATACATTTCTTTCAATTCCTCCTAAATAAAATAAGCCTATTAACGCATAGACTAAACGAGATATGTGAATCACCTCTTTAAACTTTCCATGCTTGATTTTAATTTTTCAGCAACTTTTTCTCCTAATTCATCAATATTGACACCATCAGTTATTGAAATATCTCCTATTTTAATTGTACTAGGTAGATTATCTCTAATTACTTGGTGTAAGCCACATGATACTTTATCAACTATCGTTTCTTCATCTTCTGTAAAATCAACTTTATATTCTTTTACTATTGCATGTACTACTTCATGAAGAAATGTTTGTTCTTGTTTTTGCTTACTTTGAATATTTTTTACTACTTTTATTTTTAATTTATCGCAATCAATTATTCCTAAGCATTGAGATGCATTTAAAACTAATGTTTCATCTGTAAGTTCAACATCATAATCAAAACTTCCTACTCTTATTTTGCTTGGTATCTCCATTCATACTCTCCTTTCATTAATTTACTCATAACCTGTTTATGAACATTTATATTATCTTTCAAAGCAACATTAAGTGCATTTTTAAAGTTTTTTGGTAAATTACTATTTAGTGATTCTCTAATTTTTTCAATATTATTTTTAAGCTTTCTTGTCTTTGGATTATCTAAGCAAATAATATACTTAGCATCACACCTAGGACACTCAAAGTAAGTTTCACTTATCATAGCACCTAAATACTGTTCTTTCACTTGTGGTTCAAATTCATGTTTACAATTTGTATTCTCACATTTAACCTTCATCAATACCCCTCCTTATTTTTTTTGCATAATAAAAGCACCTAGGTTATCCCCAAGTGCTATCAATTCAAAATATATTTTGTTTCTGACGGTCTCCATCCATAATCATCTAATGTCATTGTAAAGCTTGCTAATTCAGTTTCTCCCTTATATAACATGTGTTTTTCTATATTACCATCATGTTGTATTCTATGTTCATATTCTTTTAATAACTCTTTATTGATTATATCTATTTTTAAAAATTCAACTATTTCTTTCATCTTACGTTCAATAGTTTCTATTCTCTTTTCAACAATATAATTAGCCATATTTACAGTTTTATTTTGAATATTATCAACCATTTCTCTCAACCTCTTTATATAATCTCACTATCTTTATTTTATCATATATTTTAAAATAAAATTCTCAAGTTTTTCTCAATTTCTTCTCACTTTTTCTTTAACATAATTTTAAATATAAAAAAAGCATCTACTTATTTAATAAGTAAATGTTACTAATCTTTATCTTTCCATTTTTATTATCAACTCTTGCTATTGTTTTAGTAGATTTATTACTTATGTCTTTCGGGGTGTATTCTTCTCCATACCATTTATCAATTTTAGGATTACTTGCCCCATTACTCCATTTTTTCAATTCTTTAATAGCTTTTTCAGTATCAACCTCTTCTGTAAAGAAACATAAGCAATTAGGATGTTGAAGTGGTGTCTCGCTAGGCTTATATACTTTTCCTTCTCTATCATCACATTCATCTTGTTTTCCATGCATACGTGCAGAATGACTAGCACTCAAATTCCATTTTAACCCTAAACTAAAGGGATTTCTTTTTGCATTTTGAATTTGTGTTTCTGCAGCTGCATGAGTGATACTTGTCCTTGCTAATCTTTGTGCATTGTAAGAAATTTTATAACTGTTTATTCCTGCTTTAAAACTCTTACTTACAAGTCTTTTTTTAGGATTAACATACTTCTCTAACTCATTTGCTAGAGTTCTTACATTTGCACCACCAGCAATATTGGTTTTTATTAGAGTATCAATATTTTTTCCATTTTCTTTTGTAATATTCCATAGTCTTTTACTAAGTGTTTTGCCATCTTCATAATATCCTCCAGCTATAAGCGTTCTTACAGCATTATCAGATATTTTTGTAATATTATTCTTTAGTCTATCACTTATATGTCTATTTGGTGCAACTTGATCTGCAAAATCTAATATTACCTTTCTTTGTATATAAGAACTTTCCCAAGTATTTTCTAAAATATTATTGTTAAGATTTTCATACAGTTCTTTAGTGTAATTATTGATTATCTTAGCACAATCTATTTTATGTGTTTTAGTTCTACTATCTGGCATATCAAGAATATCATCAATAAGTTTACTTGAAGCTTTACTATATATTTCTATTATTTGCTTTTCTTGTTCAATTGTTAATTTAAGTACTTGCTTTCTAGCTTCAAGTATTTTCTTTTTATAAGAGTTCATAGTTATTCACCACTATTCTTCTTTTAATTCATTATCTATATCGTCTATATCAGTATTAGTTCCACCAATAAGAGTATCTTGTGCTTGATTTAATAAAGTTGCTTCTTCCAATATTTCATCAAAAGCTTTTTCCTCGTCTTCTTCATCACTATATTCTTTAATATAAGATTTTCTACTCCTAACTTTGCTATCTACTTCATCCATTGCAAGTTTTTTCTTTTCATCTAAATCATTAGGAATTGGATAGTTTTGTTTAATTAGTTTAGTATATTTTAAATTTAACCAAGCTTTATTGAATAGGCCTGGATAACATACTGAACCTACTTCTATAATAAAGTTAATTAAAGATAGTAAAGGCCTTTCCCAATCATTAAACTTTTCTTCCATTCTAGCAATTAAATCATTATAAAGATATATCATAGCTTTAGCACTTGGAATATTATTTAAATCACTTATCTTAGGCATATCTAAAGTTTCTTTCATGTCACTATCTGTTCTATCTAGATAAGAATTCATAGCTTCACTATTTCCTATATTATATTCTTGCTTTTGAATAGTTGCTTGTTTTCCTTGTGCTAATGCTTCATCTGATGTTCTTATAGCATGTAACGCTCCTGGTGCAACATTCAATTTATTTACGTCCTCTTCTTTTCCATCAATAACGCTTTCAGATCCAAACATTTGAAATCTCAATGCATCTGCAAAATCTGAATTTCTCCTGTTATACTGATTTTGAGCATCTCTTAAGTCAGTAACATCACTTTCACCAAAAGTATTATTAAGCTCTCCACCATTACGTATTAGCCAACATGGGATAGTAGAAAATCCTGTGTCATACTCATTTTTTTCTACTAAATCTGTATTCTTATAAGTTTCTTTTCTATACCAAGCTTGAAGTGCTTTAGTTTTCTCTTCTACCTTATAATAATAAGTATGCAAGTAATAAATCTTATCTTTATCTTCTTCTCTATATACATTCATTTCATCTTCTTCAAAGAAGATAGCTTTTAATAATTTCCCATTCTTCTCTTTATAAAAGAAGTTCTCTATGCTTTCATATTTAATTACTACTGGTTGTCCTGGATTAGCTTCTACTCTAAGCAATGCTCTTTTCTTTATAGTAGTTTCTAAAAAGGCTTTTCTAGTATTATTCCAGAAGCTATTATTTTCAAATACATCTTCTATAAACTTCCTTAACTCTTCACACTTCTCTTTATCTTTTAAATCATCAGCTTTAAATATAAGTATAGGTTTCTTTCCAAACATCCAACGTGCTTGTTTCTTAAGAAGTGGCTTAACCTTATTTCTTATATCTTGTGTAGGCTTATAATCAACATTATCATCTACTGGCCAGTTCTGACCATATAGTGCTGGATTTTGTTTTGCTTTATCTAAATCTATTGATTTACCCTTGTAAAAATAATAATCAACAAAAACTCTTTTTCTTTCTGCTATTTCATTGTCAGGCAGCTTTAATAATGTATCTCTTATATTCTTTGCTTGTTGTTCCATTAAAATACTGTTCCTCCTCTTCTTCCATATGGATCACTAGCATTGTTTTTAACAACACCTTTTCCTTTTTGGTATACTTCATTGTCATAATTATGTTCTTTAAGATTAGATACTTCATATCCATCTAATGCATACCAGATTGCACTAAATGTATGAGGATCTATATTGAATTCATCCTTAATAATTTCTCCATCTTTATCAACTGCATATGTTAAATCCTCTAATTCATCAATTACATCTGTGCATTCTTCAGAACATATAATTTTTTTAAATCTTTTTACTTTCTTTGTATTTTGTAATCTACTTCCTTTAAACTTCTTAGCACCTAACATATTAAATCCTTCTTGCCTATAGAAAGTAATAGTTTTAGGTTCTGCTGAATCAGCTTTAATTCTTTCCTGAGTTTTTTTAAATTCTTCAAGTTCTATAGCGGTTTTATCATCTGTCATTTGATTTTTATAATACTGCCAATATATATATAGAATTTTACTATCATCATCTATTGCTAATCTAACTACAGCATTGTATGAAGTTTCAAATCCAAAGTCCATTCCAACCCTATACAAAAGCTTTTTAGTATTATGCATCATTTCCAATACTTTATAATGTGGTTTCTTTTCAAATTGAGGTAATACCTTTTTACCATTAGTTCCAAATTGCCCTTTTCTTGCAACTCTCCATAGATCTTTATCATGTGTTTTTAAATCATCAAGCTGCAGTATATAAGATTTAGGCAAAAAATAATTATCATCTGCTAATGAATGATGATAATATGTGTTATTTTTAATTACTATTCTCTTTTTATATAAATCTTTATCATCCAATACAAACAATTTCTTTTTCTTATCTATAAAGAAATACTTATAGCACCAATTACTTTTGGATACTGGATTAGTAGTTAATATCATGTGTAACTTTAAAGTTGGGTGTCTTAATCTACCTAATAGCTCCTTAAATCCTTCATATTTAACCTCGGAACATTCCTCAATCCATACAATAGAAACATTATTAATAGACTTTAATTTTGCTGGTTTATCCATACCTTTAAATATAATCTTACTTCCATTAGGAAATCTTATTTGCATAGGAGATGTTTTACATTGTATAGTATCATCAAGTTCCATTTCAGTTATTATTTCTTCAAGTAATGAATAGCATGAATCCCTCATAGTGTCATAAACTTCTCTAACTACTAATGCTGTTCTTTTCTCTTCTAATAACTTAAGTATTAATTTAAATGCTGTATTATATGATTTACTTGATCCATAACCACCAACTAAAAAGTAAAATTTATAATCCCAATTAAATATATAATCTTCAAAGTGCGGATTAATCTCTCTTTCAATATCCATACTTAATCACGCTCTTTTCTTTTGATTACTATATTAATTTGTTCATCCTTATCTTTGCCTTTTATCTTTTCTGTTTCAGCTTGTAGCTTAACATTTTGTAGTTGCTTATTAGCAATATCAAGCTTAATCTTTTCTTCATCAGATAGTAAGTTGCAATGCTTAGTTAAGAAGTCTAAAGCTTTCATCTTATCTGCTAGTTTAAATTTAATACCATCTTTTCCCTCTGCAACTTCATTAATTAATGTTGTATCTACTAAAGAGCTCTCTTTTAAATCTAAATAATTGTATTCTTTAATTTTTTGTTCTCCTGTATTAGGATCTATAACTGGTACATCTCTTCCTTCTTTATCTTTGGTCCATGCTGGCCTGTATTTCTTACCAAACTTCACATAATCACCTATATCTGCAAAAGCAATATCAATGTATTTTTGTATTACACTTCTTTTTAGTGCTTCTTTATTAAACTGTATTGCTGTTAATGAATCTATCTGTTCTTTTACCTTAGTATTTCTTAGTAGATTACTTCCATTGACCATTGCAGTCTCATAAGTACACCTATAAACTTTTTGATATGCCTTAGTTGCATTCATACACTTAGCATATATAACACAAAAGAGCCTCTGCTTGTCCGTTAAATCTTCATTCTCCATGACTTCTTTAACTTCATCTGCAATAGGCTCTTTACTATTTTCTTTATTCTTTTTTATACTTGCACCATTTTTATTTTGTGTGCATACCTTTTTGTTTTTTGTGTGCATACTTTTTTTGTCTTTGCACCACTTATATCTGGTCTTCCATGACTTAACTGTATTAATAGATACATTATATTTTTCTGCTATTTCTTTATACTTCATACCATTTATATAATCTTCTTCTGCTAAATCATAATTCTGTTTATCCATATCTTGCTGCTCTCACCTCACTTCGCTCCTTTGAATACTATTTATCCTTGTCTTTCAAACTCTCTGATATTTCTTTTAATGATTCTGCTATGCTGTTTATATTGTGTGGAATTAATAATATATCCGTTATCTCTACCATGATTAATAAAAACAATATTAAAGCTCCTATCTGTTGCCATATACTCATTTATTTTATCTTCTCCTTTCATTATTTTTAAAACATTCTTCCCATCCCTTATATTGGTCCAATGTTACCTCTACTTTGTTACAACTTTTATATCTATCGCATCCTGAATTATCTTTTTTACATAAACATATTAAATTATTACCTTTCCATCTTGTGTAGCATTTTACTTCCATTGTTCTCACCTCTTTCTGTTTTATTGCGTAAAAAAAAGAACCCTATTACTAGAGTTCCTTATAAGTTTTAACCTAATTTTTACTTGTTTTCATTAATAGCATTTTTTGATTCATTATAAGAACATGATAATTGTTCAGTAGGCGTACTATATGGTTTAATCCATCCTTTATTAACACTCAATTCTGTAAGAGATGTGTGTCCTTCAACCATTTGTACTAGTGATGCAGAATAAACTGCTCTTAACTCAGGGGTACTACTTGTTAATGCTGAATTAAGATACATATCTGCTGATTCTTTTGCTGCTGATAACATGCTCATTGCTATCATTTTATCATCTATATCTGCATTATTCTTAATTAAATTTCCAATCATATTTGTCATACTTCTATCCCTCCTTAGCAACTGACACATTATTTTCACTTATAAATTGTTGTATTCCTTTAATTCTACCTTCTGTTGCTAAAATACTAGCTTCTGATTGTCTCTTTAAATCTTCATCTGATATTAGAGTATTTATTATCCTTTGCATAATTACTCCATCACTTTCCATTTTTAATATTGCTGCTAAAGATATATTTTCGACATCTGAAAGTGCTCTCATTTAATCACCACCTATAATATTTTTATTCATTTTTTATATGTACTTTTTTTGAAATAATCATGTTAATTTTTACCTTATATTAATTTCTATATAAATATATTTATTTTTGTACTTCATTAAACATAGATCCTGTAGAATCAATTTCTTGTTGTAGTGCTGGACTTAATGAATAAAATCCTTTTTGGACCATCCATTGCCAAACTTCATATGCATGATTACAACTCATTGTAAATGCATCTTTTAAAAATTCCCTCAATTCTGGATTACTTGCTTCCATTGCACTCCAAGCATATTCTCTTCCAGCTCTTTTTAATGTCAAAAGGTATCCAGTTGCTATTTCTCTATCATTTAATTGTTGTACTTCTGTCCTTGGAGTAACTGAAATTGGTGCTACAGGAGCATTAGTAAAATCTTGTAGTATTTTTTTCAATTCTGGAACATTGAGTTTCTCAGCTGGAGCATTTGCTTCTTTAACAAATTTTACTTTCATATTATAATCTTGAATATGTATTGGTAAATGTGTTTCTATCATGGATTTTAATTCTGTATCTATGGCTTGATTCTTATATAGTTCCATATTTGTTATACTATTTACACAACTTAAAATTAATTCACTTAAATTATGCAATTCTCCACATGTTAATTTCATTATATTTTCCTCCTAAAGATATAGAATTATTTTCTTGGACTTTCAAATGAAGGTGCTGTAGGATTAGGTGCTTCATGTGATGGACCAGGATTTGATAAATTAAAGTAAAGTTTAGAATCCTCTGTAACTCCAAAATCTTTATTGGATCCTGTTTTTTGTACTTTATTTAAAGCTTCTCTAAATAAAGCATTATGTGCTTCTTCTCTATTAAGTAAAAAGTCTATTGTTGCTCTTACTTCTTTATCTTCAATTTGACGATATAAATATTCATACACAACTTTTGCTCTTTGTTCTGATGCAATGTTTGATAATAAGTCTGCAACTAAATCACCTGTGACTGTCACATAATCTGCTGTCCAAGGTGCTCCTGATGAATTAATTAATACTGGAGATAATCCACATTGTACATGTGTTTGTATTTCCCCATTTGTTACCTGACTATTATTTACATCATGACCATTTAATAAATTAATTGTTTGAGCCACCATTTCCATATGACTAAGTTCTTCAGCCCCAATATCTAAAAATAAATCCTTTATTTCAGGATCCTTTATTCTAAAACTTTGAGAAATATATTGCATTGCTGCTTTAAGTTCGCCATTACCTCCACCTAATTGTTCTTGCATTAATACTGCATATTGTGGATTAGGTCTTTCAACTTTAACTTCATGTAGTAATTGTTTTTTATGTTCAAACATTTTATTACCTCCTAAATATTATTAATTTTATTATTTATCTTTTAATTAATAATATTCATTTAATTTTCTATTAAAATGTGACTCTACTTTACATTATTCTTCCAGGCAATATTGCATCTAGAATTCCAATGACTATAGCTGCTAACAATGCTCCTATTATAGATACATTCATATTAGGAACAAAAAATTGTGCCAAATATATTATTACAGCTGCAATAAAAAAACCTTTTGCACCTTTTCCAATAGGTGATGCATCAATTCTCATAAATTTTTCTACTATATAATCTAATACAGTTATTACAACTGCAGCTATCAAAAATGACCATAATCCATTAATAGTAAAACCTGGTGTAAAAAATGATGTTATCCCTAAAATAATTGCAACTGCTATTAACCTTCCTATCCAACCCCAAAATCTATTACCATTTAAAGACTTTTCTTCATATTCTTTATCTTCCATTACTATTCCTCCCTTATAGAAATATCTTTGATTATCATATATTTAGTATTCTCATCTAATTCAAAAATATGATAATTTATAGAAATTTTAATAAATACTATAAGGCATTTGCATAATATATAAATACTGTATAAATAAAATTATGACAAATTCATCTTAAATAATATATTTTATATTATTATGCATTATTTAGTTCAATATAAATGCACTAAGAATTAACTTAGTGCATTTACATTTAATTATTTCTAAAGTCCTTTTTCGTAGCTTTCTACCATTCTTTTAACCATTTCTCCACCAACACTACCGTTTTGTTTTGAAGAAAGGTCACCTTTATATCCATTTTCATAATCTTGTAATCCAAATCCTGATGCAACCTCAGTTTTTAATTTGTTTAAACCTGCTTTTGCTTCTGGTACTAAAGTTCTGTTATTTGAAGTCATGTTAAATTCCTCCCTTAACGTTTTATGTTAATGATTTGCCGGCATTAATATATTAACCAAGCTATTAAATAATACTCTATAAAGATATTAACAAAACTATCATTTAAAGCTTGTGTTGTATAATTCTAGACATTTTTTATTATAATAACAATAAAAATACTCCATACAACCTACAAGACATTCAAGTATAAACTTAAATCTTCGGTTATACAGGGTATTTTTAATTTTAAGGTATAAAATGGTATTGAGAATTTATGAGGTATTTTATAAAGCAAGGGGTGAGTTTTACTAGATACCTCTTACTTATAATTATAAAGGTTATTTTTAATTATTTTTCTCAATTTTTTCTCAATTTCTTCTCAACTTAGAATTTCGAAATATTTTAAATAAAAAAATACTGCATCTATTAAACTAAATAGTGCAGTATAAAACATATTATTTTTTATATATTTTTCTCCATGTGTCCTTTAATAATTATTTTTGGAACAGATGTTAGATATATTTCTTCTAATCTTTTTTGATAAGGTTTTATTCTTTTATTATATTCTTTTATTATTGCCTTTTCATATCCTGGCCTAGATAGTTTTACACATTCTTTAGCAGTTTTAGGATGAAGTTTAGATTCATATTCTTTTCTAATAGATACAATAGTTCTTTCTATTTCATCTATTAATTTTTGAGTTTCAGAATCGTATTCATGTATAACTTCCATAATAACCGCCTTGTTAAATTCTTGCAATATTATCATACATACTTGTTATTATACTACACTATTCAATTCTCATTACCTCTTTTATTATTTATTTAGTTCTGACCTTCTAAATACTATTTAACAGAGTCCAATCTACATCTAACTTTGATATTGCTAAATGTACTCTACTATATACTTTTTCATTTATTTATACATCCACATAGAATCAGCAATATTTTCAACCAATACTTGTTTTCTTCTATATACTGTAGGTGCTGATAAATTTAATTTAATTGTTAGATACGATACATTTTCCTTATCGTTTTTACTATCTTCATAGAAAAATTTAATAATTCTTTTATCCTCTTCCCTTAATTCTTCTATATTAGTATCCATCATCCTTATAAAGTTCTTCATTTCCATTATCTTGGATTCTGTTTTAATCTTTTGTTTAATTTTCTCTACTTTTCTTTTTTCCAGTTTAGTAACTTCATTCTCCATTTGTTTTTCCATGTAAGAGCTTCCACTAATACTAGCTTGTACTCTTTCTCCGCATCCTGCACCTGGTGGCATTGTATCTAAACTTATATAATTATGAACATTTCTCATTTGATTATCTATAGCTTTAATTTGCTCCTCTAATGATTCAACTTTTCTATATTTTTTATTAATTTGTTTTTTATATCTATAGTAACGGTAAAGCTGTCCTTCTGTTTTTTGAAATAGTTCTTTTTCCATAGGCTAGTCCTCCTTTTTTATACCACAATTTTAATCATTAATTTTTCTAATTCTTCTAATATAGGTTTTTCCTCAAGAGGTTCTCCAAAATCTATATAATATCCAAACTTAAAATCTTCTTTTAATGTCTCAAATAATGCTTTATCTGGATTCAATCTTATCTTCTTTAAAGTTTGTTTATTTGTATCTGTTAACATTATGTGAAATGGATTTTTATAATTATATGTTATATACAATAACCAATATAATTTTTGTAAATGAGCTAATTCTTTACCATTAAAATCTTTTTCTAATAATTTTATTCTACTTCTGCTTTCACCTATTATCACTTTCATAAACTCAATTCTAAGTTCTTTAAATAACTTATCTCTATTACTCCAAAGATATTTTCTTATTGTTTCTAATATAAGATTACAATCATCATCTACTAATGGGGCATACATCATTTCAAACATTCTTAAGCTGCCTTTTTTAACTTCTTTAAGCATTAATCTTATATCTTTAATGTTTATATCATTTCCATATTCATCTTTAGTTTGAGTGCTCCTAAACTTTCCTCAAAACATTTCTTCTTTAGTAGGTAAAACAAATTCCAAGTAATCTTTATCACTTTCTTCTGTATCCATTCCCCAGAAATGACTTCCTAATAAATATTTCATTAATATCTCCCCTCACTAATATCATCTTTGGACTTATTCCATACCATTCTTGAACTTACATAAACGTTATCTATCATCTTAAGTATTTGTCCTACTCTATCTTTAAGTGGTGGATTCTTTGGTATTCCTTTACCTTCATTGCTTCTTACTTCATATAAAATGCTTGACCATCTATCATATATACCTAGTGCTTTTTTATGAAGATTATAGGCCCTTGCATATTCATTATCTTTCAATGTATCCATTTCATTAATAAGATCTGTGAAAGAATTTAAATCTTCTGTTGTTATAAAAGGACTATTTAACATCTTATCCTCCTTTTTGAATTACTAAGGCATGTACACTTGCAATTAAGCTTGTACCATGCCTTGTAACTCTGTTTTTATTTGCAAGTTTTAATCTTGTATACCTTCAAAAAACCTTTTTAACTCATATCCATATCTAATCTTTTTCTTATTTCCTATAATTTCAATTCCATTTGCTTTGCACCACCCTAAAGGTATTGACCTTCTATTAGCAGTATCTATATATTCTTTTAACTCCTTAGCTTCTATTGCATAAGTCTTTTCATAATCCCTAAAGTTAAATATAAAATATGCTTTAATCTTTGAATGCTGGATATTGGACATTTCTTCTATTTGGTTACTTCTAATACAGTTGAAAGGAATACTAGCACCTGCATGAGATTTAAGTTCCAATAATACTAAATAATCATTAGTCATTACCTGGAAGTCACATATATTATGAGCTTGAAATCTTACATTCTCATTTTTAGTTCCTCCAAAATTTGCTGTACCATCTTTAAATCTATATATCCAACAATCTTCAGGAACTGACTTTTTGAAATCTTCTTCAAATAGCTTTCCCGGATTCTTCTTTACCATTTGTATCCGCCTTTCTTCACACTCCATCTACATTTTTTCTTTTCAGTATGATATTTTTGATAAGCAAGAAATTCATTTTCTTTACGCTCTCTTCTTTTAGCAATATCTCTTACTGTTTTAGCAGCTAGTTCTTTTGCAGTCATAATATCAACTCCTACATAGCTATTTGATTATTTACTAATGTTATTTCATCTTTAAGAACAAATGGTACTTCATATTTATCTACTATTTCCTTGGCTATCTCTAATTGACTTCTTTTTATTGCTTTATAGCTATTAACCTCAAACTGCCTTTTTATTTCTCTTTGTATATCTCCAAATACTCTAGCTCTTAATGATTTATCATAATAAGCTTTTCTGTTATATCCTCCTAAACATTTAACTGCCTTCTTTTTGACTACTTTTTGAAGTTCTTCACAATCTATATTAAATAATGGCATATTGTCTTTTAGATCCTTTACTTCATTTTCTAGCCTTTGTTGCTTTCCATCTATCATAAAAATAGCTTGTAATTCCTTAGATATTTTAGGAAGTTGATATGATCCTGTTTTTCTTACAGAAGGAATAACTTTTGTTGCCAACCACTTTTGAAAATCTTGAGCTACTTTATTATTTGCTTTCATTCCTAGCATATAAAATAAACTTTCTGGAATATAATCTTCTTTCGCAACATCTTGCGAAAATCCAAATTCCTTAATATACCCGTTGATTGTTCTCCATCTTGGATATATCTTCCCAGCTTTTTCTTCATACCATCCAAATCCTATTGCAGTATCCTCAGCATTAATTGAAATACTTCCATCACCATTTTGAATTGTTCTAACTTTTAACTTTAAATCTTCATTATTAAATATTTGTATATTACTCATTTATTTTTCTCCTTCCCATTATCAATTAATTATCATATGAGAATGTAAAACTAGTATCATAGTATTTTTATACTCTCATATTGAGTTTTTTACTTTTCTATATAGCTCATAACATTTTTAATTATCATATTCACACTTCCATCACCGTTAGGAACTATATCGAATTTATCCTGGTCATTATAGGCTACGTTTGATATATATAAATCTATTTCTCTGTCTATATTAAGTCTTACTTTTTTAACTTTCTTCTCAACATAAGTCTTGTCTACTCCAAATTCTTTTTCACAACTTCCAGCCATATACACTTTAAAATTGTCTGCTGCTCCTGGTTCTTTTAATACTTCTTTTGCAACTTCTTCTATATTTATAATGTCCTCTTCTATAACTTTGTTTTTAAAAGAATCTCTTATTTTTTGTTGATCCTCTGCACTTTGCACATTTTTTCTTATCCAATTCTCAGAATTATTTATAAAACTTTTTGTATTGTCTCTCTCATTAGTGATAAGTGTTGAGTATAAATAATATGCTACGAAATAATTAATTCTTAACTCTGCATCTTCCTTAGTTCTCTTCTTCTTATCTAAGACATAAAGATTAAACAGATTATCTTCTCGATATGGTTTTATAAAAGCAGCCTTTTCTATTTTTTGACTACTCCCTGGTAGGCCTGCAATCTGTGGTACTATTCCTACCCTTATTTTTTCATCTATAAATTGAATTTCATGAGTAAAGTTCTTTACATAATCCAATTTTAGTATTCCAATCATTGGTCCTTGATCTGTAGTTAAAGAGACTATAATCAAATCACATGAATCTATGCTTTCATCCATTTGCATGATAGCAAATAATTGTTTTGCTAATCTTTTTGATAACCCTATAAACTCATCATCTATTCCATTTAAATATCCTTGTACAGTTTCTTTTACTAAGTTAGTGCCTTGTTTGAATTTAGCATACTTTAACTCATCATCTTTTAAACACTTTTCTATATGCTTATATAAGAACTTGTACACTTCTTCATTTAGTTCTAAAGTAAATTCATTTAAAACAGGTTCTGTTGCATTTCTATCTAGTACATGAATTACAGCTTGATTTATATTAATGTCATTTATATATTCCATTATCTTTCCTCCTAAATTATTAACCTACCAATCTTCTATATTCATTTTTCAAGTTTTCTTGTGAAAGTTGTGCATATATTTGAGTTGTAGTTGGCGTAGTATGCCCTAAAATTCCTTGAACCCCTTCAATTCGCATTCCTTGGTTTAGTAATCGTGTTGCTTGAGTCCTTCTAAATTTATGTGTATGAACTCTTTCTGTTACTCCTGAACGTTCTTTAATCTTTTTTATTGTTTTTTGAAGGGATCTAACACCTAAAGTTCGATTATGAAACTTCTTACTAATAAATAATGAATTATTATCATCATTTCTACTTTTAAGATAATTTTCAAGTGCCAGTTTAGCTCTTGTACTGAAATATACAATTCTTTCTTTACTACCTTTTCCAGTAACTTTAATGCTTTTTTCATTCCAGTTAATATCCTGCAGTTTTATATTTTGAATTTCAGATATCCTACAAGCAGTACTATCCAATAATTCAAACAATGCCTTTTCTCTTTTTGTTTCGCAAGCTTCTCTTAATTTTTCTAAGTTCTCAGCTTTGTATCCTTCAAGAATAACCTTAGGAACTTTAGCTTGTTTTAATTTAAAAGCAGGATTTTTTATTATATATTCCTCATTTTGCAACCATCCGAAAAAGTTCTTTAAATAAGTGATATATCCATTAACAGTACTTGCTTTCTTGCCTTTACCCAGTAGAGCTAAGAACATTCTTAAGTCCATTGTGCTTATAGTAGAACATGGTTTAGTAAAATACTGATCTAGCTTATTAAGAAACAATTTGTAATTATATAATGTCTTGCTACTCAAACCTTCTAGTTTCTTACATGCAAGGTATAATTGAGCTTTTTCTTCTATATCGCTGCAAACTAAATCTGTACACTTAGTTTGTACTTCATAGTTATATAAAGTTTCATCTATAGCTTTCTTAACTTCTAGTTGCATATCTAATTTCTGTTCTAAAAAAGGTAATAACAATGTTAATTTTCCCACTAATTTTATCGATACTTCTTCGTTTAAGTTGCTCATTCTTTCTTCCCCCTTTTTTGAAATTGATTATTTATTGAGAATGAAGTTTTACAACAATAGCTACTGCTTCATTCTCTATTCAGTTTTTTATCCTAACTTAGTGTTATAAAATTAAATTTGTTCTTTTATAGTTACTATTAATTTATCTTCTGCTGCTTCTATTTCTGTAATATAATAATCTCCATAACTTGTTATCTCACTATAACTAGGATAAAATTTTTCTCCATTATCTTTATTATCCAACCTCAAAGTTGTCCATGTTTTTACACAACTTAATATATCTTTTAATTTAATATCCATCTTTATTCCCCCTATATTAGAATTGCGAACTAAATCGTCATTTTAAATTGTTGATATAATTCCCCTCCTGGTTCTTTCATAACCTTAACATTATTCATATAAGGTATATTTATATAATCTAAAACCTTTGCTAACCCTAGTCCACCTTTTTCCCAATCTTTCATGCAGTATTGATAGAGCTGGGGATGTGTTGTCTGCATTTTTTGAAATCTATTAGGACACTTTTCTAAATGACATCCAAAAGCACAAAACATACAACCAGTTCTTTCAACTCCTGTAGTTCTATAAATCCCATTTTCATAAACTATTTTCCCATAAACACTGCATATATTAAGGTTATTTTCAAACGCATACCTTAATACATCTTGCTTAGTCCAAAACCCCATTGGTTGGCTTTTAGGAGTATTTGCTTCATAGACATTACAACCTGTCTTTTCGTATTGTCTTTGCCTTTGAAAACCTTCATCTTGAGTAATTCCAATGTAAGGATATTTATTGGTTCTTTTATGATATTCTTTGAAAGGTTTCTTTTTCATAACATCACAACATTTTTCACTTGTGTCAAAAGGAGCATCTAAAAGTATCTTCCATTTTTCAGCGAGCTTTCCTAAGCTCCCTCTTTCATCACCATTCATCAGATAATTTCTATACCTATCTGATAGTTTCCCATGTCTCAATTTTCTTATTTTAGCCGCTGTTTCCTTACTTACAATTGGATATCCATATTCTTTTATTACCTGTCTAAATGACTTTTGTGGTTTTAATATTGTCACATCATCAAATGTTTTTACAAACTCTCTTAATTCTGGATATTCAAGTCCTGTATCAACAAATACAGCGGGTATATCATTGTATAAATGATCTCTAACTAAATGCAAAAGAACTGTGCTATCCAATCCACCTGAGAAACTTACATATACATCACCTTGCCAATAACTATACCAATCTTCAATTCTCTTTTTAGTTAATAGCAACTTTAATTCATATGGTAGACTTTTTCTTTGACTAAATGCCCAATCCTTAAGTTTCAGATCTATATCTTGAATATACATTTTTTCTCCTTTCTTCATTCGTCCAATCTACATCTTGCCAAGGTCGGCAACTCATATTAGGATTGTAAATTAGGAAATATCATCAAATATAATATTACTTGCATCATGTTCTCTAATTTCACCATTGGACGTTTCTACAATAACGATTGGATAAAACCCATCTTCCTTATTTCCTGTAGTTGCGAACATGTGAAAATATCCTTCTTCTACTGTATTATCCTTAATTACTAATATAGGTCTTAAACCATTTCTTTTTTCTCTCATTATTAATTCCTCCTAATACTAACTTAGTATTGCGTAATATCTACCACTCTGTACTTGCTATACAATAAGGCTCTTTAAAGTCTAAATCTAAAAGTAATGCTTCTCTAAAACTTGTATATTTAAAAATTCCATCACCATATCTTTTTAAATCTCCAAATTCAGGATTTCCTAAAACAACATTCCCCAATTCATCGTTATCACCAAGTTCTTTTATATCATTTGGCTCATTTGTTTCAATCCATACGCCTTCTTTATCTAAGTCACATGAGTAAATTTCATCAGTTGGATTATCTTCTTCGTCTAATCCATGTTCTTTAATATACCATTCATTAGTATCTTCTATATACCATTTACTTGCCCACCACTCATAGTCATTCATTCTATAAACGCTTATTCCTTTATGAATGAATTTAATATCATCAGAACCTTTATTAAGCTCTTTTATTTTTAAATCTAATTCCTTTGTTCTTTCGTGTTGCATACAAAAATTATGCAATTTTTCATTATTATCTTTAAAACCCAATCTTGCATTATAAATGTTAATCATTTCTCCACATAATTCACATTTATCATATCCAGTATTATTACTCATAATTTCCCCTCCTATTGTTCCGACTTTCTACAAATTGTGTATTAAATACGTTCAAAATAGCATGTAGGATATTCACCTTCTGAAAGTCCTAATAGTACATATCTATCATCAATTTCTTTTGTTACAATGTACCTTCTACCTTCTACTAATTCACCACAGCAATCATCATCTATGCATATAACCCTAAATGGTGGTTTGCTCTTTACCTTGTATTCGCCTAACGCTAATATCACATATCCTTCTTGTAATCCATATTTCCCACCATCAAGAATATAAGATATTTCTTTTTTTACTTCTTGCCCTGTATATTGTGCATGTAATGTTGTTTTATATCTATCTGAAATCTCTTGTAAATATTCTTTTAATACAAGAGTATCTCCAACTTCAAATTCCCTATCATTTTTTCTTAATTCAAAAATCTTTTTACCGCTAACCACATCACTAAAGTATTGTGGTAATATCTTTAATTCATGAATTTTACTCATTGCTCTCTACCTCACTTTAAATATCTGTATCAAAATAAGTTTCTATATCATCATCACTCTCAATATCAATTATTATTGGAGTCTTATTGTAATAAATATTTGTGATTAATGACTCTATTTCTGTCATGTTTCCTAATTTAAATGTATTTTCTAATCGTTTATCCCCTATATACACAGTGCTCATGCTTCCTATTTCTTTATCATCTCTATCTGGATGTACTGTAAACTCAATATAGCTTTCATCATCTCTGTAATATGATCTTTCAGGTTTTTCTCTTGCCATCTTATAAGTTAGCCATCCATATTCAGACTCTTCTACATCAACCCAGAAGTTTTCTAATGAATATTTGTCTTCTTCATCAGTACTTTCATTCATGTAATCTCTATATTTTTCAAATATCTCTGAAAGCTTTATAGTTTCTCTTTTTATAACCAATATGTCATTAAATTTTTTTTGAATTTTTTCTGCAACATCTTTCCTACATACTTCTTCAGTAATCATTTTTATTTTTTCTGCTATAAAACCGTTATAGCCAGTAAATCCTATTTCACTTACTACTTCTGAAACCTGCTTTTCTACTTTATCTTCTATTTGATGTTTTAAACTATAACTATCTAGTGCCCCTTCAATTCCTTTAATAATAGCTTTTTCAATATTTTCCTCTAGTACTTTTTCGATTGTATTCTTTTCTTCCATTTCCTTTAACTTATTGTTTACAATTGCATTTATATCTATATTCATAATTCTCTACCTCACTTTATTTTATTTTTTCTTCGTCATATCTGACAAGTACGTAATATTAAAATGGCATATCCGAATCATCTACCGGAGTTATGTCATCTTCAAAATTTCCGTAATCTTGATTTATATTCCCAAAATTATTACTACCATTATCTTGGTTATTAGCTCCTTTACTTAAGAATTGAACTTCTGTAGCAACTACTTCTGTTACATATCTTTTTGTTCCATCTTTAGCTTCATAATTTCTTGTTTGAATTCTACCGCTTATAGCCATCTGACTACCCTTAGTCATGTAATTTGCTGTGCTTTCAGCTTGTTTACCCCATACAACTACAGGTACAAAGTCCGCTTCTTTTTGACCAGACTTAGAATTATATTTATCAACTGCTAATGTTAAGGTTGTTACTGCTGTTCCAGCTCCAGGAGTAAATCTTAGTTCTGGATCCTTTGTCAATCTTCCGATAAGAACTGCTTTATTCATTTTTGTATTCCTCCAATATTATTAATTTTCCGCCCATACTAGCTCTTACAATATCTTCTCTAGCAAATAGACCTTTATATTGTTTTAATGTTTTTAATAGCCTATCTGTAGACTTAGAATTAATATCTAATATAGTTTGTACTTCTTCTCTGCTAAAATAATCTTTATTAAACACAATCTCTAAATAATTTTGAAATTGTAATTTTATTGTTTCATCTAAATCATGTCCATCTTTGCCATGATGTATTGAGTAATGACACTTTTCACAAAGATCTATTAAATTCATTTTGCATTTAATTAATGCAGGTTGCTGACTTCTTTTTATTTTGTGATGCTCTGTTACTATTCCATTAATTCCACATACTTCACATGATCCATACTTTGCTATTTAAATCACCTTCTTTTTCTTTCTCTTATTTTTTCTTGTATGCTTGCTATAACAATACCTGTTTTGGTTAACTCTGCATTATTGTAAATCAACTTATTTTTATTCATGATAAGTAGTTTTGACCTTGATATTAGAATTAAATTTTTAATATCAAAATTACGTTTATCTCCATCTGCAAAAATAACTACATGTTTTTGGGGTATTAACCCATTGTATTTTTCCCAAACCAATTGATGTTTTAATCTCCATTTGTTGGACTCTGCTATTTTTATTTCAATATAGCCATCTTTTGTTATTCTCTCACTTCCTACAGATTTATGATTAAATGGAATTTGACCTTTTTTGAACCAAGTTTTTTCGCTTCCTTTTGCATATATTCCTTTCATTCCTTTATTATGTGGTATATTTCCTTTAGGAAGATGGCCTGTAAATCCTGTGTTTAATTTGTATCTGCTTATTGCACCTTTAATCTGATTTATAGTTAAATTTAAATCAAATTTTTTATTTATCATCTTTTGTATTTCCGCATAATGATGTCCTGAAGTTATTTTTTTAAGATATTCTTTTTCTTCATCATTCCAAATATGAAGTACTTTATTTTTACTTCCTGATGGTCTTCCCTTCATGTTTTAATCCTCTAGCATTTTAGGAATAACTACATTGTCTCTTCCTAATGTCTCCACTTGTAATTTTTTTGCTTGTAATACAACATCTGCATTATTTATAATTTGTGAAGCTATACCTGTTACCGCTTTTGCCCTTATTATTTCTTCTTTAAGTTCATCTCCTGTTATATCTTCATCATTCAATCTTTCTAATTGAGCAAACAAATGATTATTTAAATCTCCTAATGTATTTCTCATACTCTACCTCCATTACATATAAGCAAATGTTGCTTTAATTTCATCTATTTTTGCATTAAATGCTTTTAATTCTTCTTTTTTATAAGCTTCCAATGCTTCTAAGTCCTTAAAATATTCCTTACCTGCTTGTACACCATTTTTAGTTATTTTATATATTCCAAACTTTCCTTCTAAAGTTATTTCTTTAGAGATAATCCTAAAGGTATCTTCTATAACCTTCTTGTTAGTTTCTATAGGCTTTTTTGCTTCTTTAGGTATAATTGCATTACTTTCCTTTTTAACTTCTGTATAGTCCTTTTTTTTAAGCATTTTTCCCTTTTCTTTATTGTTTCCAAAGTTAATACATTTTTCTGGATAATCTTCTTCTTTTATAATTAACCAAAGGTTTGAAATATCTTTAGCTGGAATATCAAACTTCTTCTTAGCTTTTCCTAGAGCATTTGATTTTAATGTACCTGCTACCATTTCTTTTCTTAAAAATTGTTTTACAACTTCCTCATTTTTTCTATTTTATTCATCCAACCCATCCCACTTTCTTTTATAAATTCTTTACTATCAGCCATATAGTCATAAGCTCTTTTTACTATTTCTTGTATCTGTTCTATATTCAAGTCTGTAAAATCCCCTATTGCTGCTCCATAACAGTTATCTAATGTACTGCTTATTAGATCATCAAGTTTCTTAACTTCGCCTTTAATCGCATAAGTTAATAAGATTAATTCTTCTTGAGTTAATGATTTCTCCCAAATCTCTAATTTCTTATCAAGTGAAAGCATATTATTCATTTTTTCACCTACTTATCCCAAAATACTCTGATAAATCTAATGCACTTCCAACGCCTTTTACAAAGTTTTTTCAAATGAACTCTATTTCCAAGCTCTATATCAACATTATGTTTCTTAAGTAATGTTAAACTACGTATAGTTATTTGAATTACATCAAATGTTTCCTCCAAAATGTGAAATAAATTTCTTTCTTCTATAGCTTCTATAAGTTCTTTGGATTCTTCTTTGAATTTGTTTTGTATTTTATCCCAAGTATCCCTCTCATTGTCTTCACCAGTAACTAAATTATTACCTAACTGTATGAATTTAAGTTTCATATTAAACCTTCTTTCAATTTTAATAATCCTAAGATTCTCTCAACTCTATACATTGGCAAACCTTCTTCATAGTACATTACTGCTATCTCTACAAGTTCTCTTATCCTTTGTTCCCTTAACGCTACTTCATCTTGAAGTCTTGATATTTGAATATCCTTTGCTTTTATAACTTTCTTAAGATAATTATTTTCTATCTTTGGATCCTGACGTAACATTTCCTCTAATTCTTCACTTTCCTTTAAGTGCAGATTAGTCCTAGTCCTCTCCATGTTCATTATCGTTATCCTCCCATCCTAATAATTTTTTTTCTAAAGAGTCATAATCATAATCTCTTGCTTCAAAGTTATTGAATCTAAATGGTTTAGGTTGATTTTTAGAATTAATAGTCTTAGTATTTTTCTTACTATCTCTACCTTCTGTTTGCCAATTTTGAATTATTCCTATAACATATTTATAATTATTTATTTTTCCTCTTTCTAAAGCTTCTGTTGCTGCATCTATTAGCCATTGTGATCCATATACTTCTATATCTGCTGATATTTTTTCCATCAACATAGGCGTAACCATAAAACCACATTTTTCAAAATGTTTAAAAACTTCAACATTTGAGACGACTATTGACGACTTGCTATTCTTGTCTAATCTATTCTTATCTATACTATTCTTTTCTAATCTAGTCTCATCTAGTCTTATCTGGGTTTCATGTTGGTATACCAATGGTTCACCAATGTCTTTATTTAATGTATAAGTACCATTTTCTTTAATTCTTAATTGTGCTTTTTCCTCTTTATAAATGGTTTCTTTATATCTATCTTTTCTTAAGTAATTGTTTATACGCCAATGTTTTATTACACATATTCCATCATCAAATTGAATTGTAAAACGTTTTGCCAATAATAAATCATAATCGTTTTGATTAGCGCAAATTAATCTCATTATCTTTTTTGCATTATTTAAAAATCCATCATCATCTGCCCTCATGGATAAATGAAAGTATAGTGCTTGAGTTGATAAAGGCATATCTAAAAAAGCATCAGAATCTATTATTGTTTTTGAAAACATTCTTTTCTCAGCCATTTTTAATTCTCCTTAGTTGAATATTTCTAATCCTGGAATTGCTGCATAAGTTTTAATTCCTGTAAGTTCTTCTACTTCTTCTTTAAACCTATTAGGATTACCATTCTCTCCACTTATATGGATAAGCATTATGTCTTTAGTCCCTTCCAAATTCCAAGTTCTAAGAGTTTCTTTTAATGTTTCTAAACTCATATGAGATTTAATCGTCCTTGATCTCCATGCTGGTAATGTTAGTAGTACATCTTCTGAATAATTACATTCAATTAAAATGTGGTCCACATTTTGAAATTTAGATTTAAGATAATAGGTATCTGTTGCAAATAATAACTTTCCTATTTGGGGATGATATATTAAAAATCCTAAAGGTTCATTTACATCATGTTGCGTGTTAAATGGAACTACTAGGAATCTACCTATCTTATAGGATTCTGAATGTTTTAAATAATTTAATCTATAGTCATAAAATGTATCTTTTAATTCAATTCCTGCTGCAGTTCCTTCGCTCATATAAACATCAATTCCACTTTTCATTGCATCATTTACGCCTTTACTGTGATCCTTGTGTTCATGAGTTACTAATGCACCTACAACCTTACTTAAATCGTAATTAAGAGCCTTTTTGATATTCTTGAAGTTAATCCCTAGTTCAAGCAAGAGAATTTCTTCTCCAGCTTGAATGATATATGAATTTCCTGTTGAGCCTGTAGCAATAACTTTTATCATTAGAATGGCTCTGTTTTCACTACAGTTTGTTTTACTGTAGGATTTTCATTTTTAGATTTTTCTTTATCGTCTTCTTTGACTTCTTCAATTTGAATATCAATTATTTCTTGATTAGCATTTTCTTTAATTTCTTGCTTTACTTCTTCATGTGTAACCTCAATTACTGTTGCAGGTTCTAATTCTACAGCTTCATCGGCTGAATATATTCCTAACAATAATTCTGAGCAATGCAATCTTCCAAAGAAACTAGCTGCCCTATACCTAATCATTACCTCAGGCATAGTCTTCCATTTAGAACCGCTCTTGTTTATCCATCCTTCCTCTTTTGCCATTTTTATAGTTATAACTGGACCTTTAATTTCATTTTCCTCATGGTCAAACGTATATGCATAACAGCTTAATTCATCTCCAGAACCATCTATCTTATATTGAAGTGGTTTAGCATATTTTTTAGATGTATTTATTAGGGCACTTATGCTTTGAGAACCCCAAGCAGGTCTCCCGTTTACTACATATAAATTTTGCATTACCATAATAGGACTTAATCCAACTCTATTAGCAACATCTAATGCAATAAGACAATTTCCTATATTATCATGATATTCTTTTGGTACTATTGTGCTGCTTGCAAGTGCTTTAGCCATTCTGCAAGTATTTTCAAAACCTTTTATGCTGCCGAATGTATCTAAATCATTTGCAATGTTTGCCCCTTGTTGTTCTGTTAATTCTTTATTTTCATTCATTACTTGTCTACCTCCACTTTTAAATTTTTATCTAAGCTAACAACCAGCTTGATTAACTGACTGTCTGTAAAACCTATTTGATTTACTGCTTCAGCATTATCTATAAATACTGGAGCTGAAATATTGTAATGTTCACAAAGTGTATTTATAATGCTAAGTCCTGCATTTATTTGACTTGCTGTATTTGCATTACTGAAAGGAACACCATTAATCAATGCTTCACAAGTTTCACTTAATCCACCATTTACTTGTTGATTGAAAAGCTTAAATGTAACTGCTCCTTTAAATTTCTTATTTATGCTGCTCTCTAATAACTCAACTTTAGTTCTTATAAACTCTTCCCCTAAATATTGTTGTCCTTCAAGTTCTGCTATTTTAATTTGCAAGTGTTTTTCTTCTTTGTTAAGTTCTTCCATTCTCTTCTTAAGTTCTTCATTTCTATCTTTCTTGCCTAAAGTTTTTGTTATTTCTTCTAATTCTTCTTGAAGTACTCTTTTCTCGGCTTTCAATTGTGAATTATCAGCTTCTTTAAATTCTCCTATTTGAGTTTTTAATTCATTAATCTTAGCCTTTAGTTCTTCTTCTCCTTCAAAATGTAATTCTTCTGTAAAAGTTAACGTTTCTTTCTCTTTTTCAAGTAACTCTAGTTTTTCATCTAATGATAATTTTTCTAACTTCATTCCTTTTATCAAAGTTGCTGTTTCTTCGATTTCTTTTTCACAATCTTCTATTTTTATAGTAATTTTTTCAATATCAGCTGCTACGATCTTACCATCAGCTATAATTTTTGATATAAGTTTAGATTTTTCTCCATTAAATCTACTTTCAGCGTTAGTTTTAATTCCTTCAAGTTTATCTGTCTCATATTCTCTTCCACATGTTGGACAACATGTTAATGAAGTATCAAATTCAAATTCTTTATCATCTTCGGTGTGATATTTATTAAGTAATTCTTGTTTATCAAGCTTTTGATGTTCTAAATCTTCTTTCATAGCTTCAATATATTCAAGCTTTCTTTCTTTCTCTCTTTCTGAATCTTGAATTTTATAAGCTAAATCTTGAACACTATTTCTTACTTGATTTATATTGTTTTGAATATCATCTAAAGGCTTATTTGCACTTTTTAAAGCTTGTTGTTGTTTTTTAGAACGTTCCTCCTTAAGTTCATAAAGTTCATCTTGAAGCTTTAATTTTTCTTCATTAACTTTAGATGCATCCGCAATTTGTTCATCTATCAGATTAATTTTAGATTGAATATGTGCTTTTTTAAGTTCAAATTCTGAAAAATTAATTTCTACTATTGAGTTATTACATTCATCTATACGATAAGGTATTGATTTTACTTGATCTTTAAGCTTTGAAATACTCGCCTTAGTTCTTTTATTGAAGTTATCGATTCCATCTGTTAATAGTTTCTTAAGTGGTTCTAAATCTTTGTTATAGTTGATTACATTTTCTTCACTTATGTCTCCTATAATGTCTAAAAGTATTTCTCTTTGTTTGGTCCAGTTAAGTGAACTAAAATATAATGGATTAGTAATCATCTTAAACAAATTTTCATCTACAAGCTCTGATATAGCTGCTTGATATTCTTTTTGCTTTACTGGAATATCATCTATTTCAAAATCTGTTGTACATCCCTTAAGCTCTTTTTCAGCACTTCCCCTAGTTTTTTGCCACTTTTCTTTGTAAGTTCTTTTGAATGTTTTTTCAGTTCCACCAATATCTAAATAACCTGTTACATAATGCTCTAATCCATGAATTACATCATTGTTACCATCTAATGTTTGAATTTCAAAATCCTTTTTATCGTGACTATCCTTTCCAAACAATAACCAGTTAAATCCATCAAATATAGTGCTTTTGCCTGTTCCATTCTCTCCTAAAATAGTAGTAACTGTTCCAAATGTAACTGTTAAGTCTTTAATCCCTTTAAAATTTTTAAGTTCTAATTTTTTAAGTTTAATCAACTTCATACCCTCCTAATTTTCTTTAAAATGTGTTATACTGAACATGAATTATTTTCTAAGTTACTAAGATTTAAGTTTGGTCGCTTGCTTAGTAGCTTATTTTTGTATACTTGAACATTCATCTAAAAATCCTATCACCTCTCTACTATCATCTTTTAGCTTTAAGAAAGCATCTTTTGCTGCTTCTAAATTTCCATCATTTAAATGACCTTCAACATCAACTAGGTCTTGATTAAGTGTGTAAATTGAAATCAAATTACTCACCCCCTATTCTTCATCTATAGGAATTAATATCCTTACATTTCTACTCTTTCTTTTAGCTAATTTCTTCTTATAAGCATTGGTACCATAGTATTGAATAGTTCTAATCTGTACATTAAGCATTGATGCTAATTCATATATTGTTCCTACACCTAATATTTCCTCACCTTTATACAATGCATAAGACATTAATTTCACCTCACTTTACTCTACGTAATATTGGAAATCTTTTAATTGTAGTTTTAAATTCATCTTCTGCTAAGAAATAATTCCTTAAAATCTTTATAATTTCAAATTTATTGCTCTTATGCATGAACTCTTCTCCTATTTCTAAGCAAAACACTTGTTACTCTCCCCTTTCTTAGTTCTTTAGCCTTTTCTCTATCTTTTGCTTCTCTAGCTCTACATTTAGGACACTTGTATCCACTTTGAGGTATTTGAGCTTTTATGCTGATGTTCCAAAACTCTTTACATTTACAACACTTAGCTTCCATAGCATTCACCTAAATATTTATTAGATAAATTAGTATTGGAATAACTGCTGCTACTGTAATAGATCCTTCTAAATCGTTCTTAGTACCTGCTAACTTAAATGTTTTTAACATTAAGATTGCAATAACTACTATAGAATAAAGATTTAAAAATGTTTTTCCACCCTCCAACATTTTTAACCCCACCTTATTAAATTTTTGTAATAATATCCATTTCTCAGCATAGAATATATTGAGAAAGTATTTACTTTTTTCAATAATAAAAAAAGCTGAAAATTACTAGATGTGCTTGTCCTTTAGATTATTATGCCAATTATCTTCTTAAAGGCATTTTAGCCTATTATCTTATTGTTCCTTATTTAAAATAGTTAAAACTTCTTGCATTGTTTGTTTACCATATTTCTTTATTAATGTACGTGCCAAATCTTCATGAACTTTTCTTATGGTTTCTTCATCTGGTTCAACATCTACTACAAATTCATAATTAATCATTAAATACATATCTCCTTAAAGTAAATTCTGGAAATAGTATTTTCAATTTATTAAACAAATATACTCAATCATGAAAATTCTCTTTTTTAATACTTTTTAGCTTGCTATTATATTAATTTAGTTCCAATTCTTTAACATTCTCTAAATCGGATAAATCAAAACCGTCATACTTCGCTAAAAACTCTTCTAATGTTGATTTTCTAATTTTATAACTGCCTAATTTCAAACATCTTAAATATCCTTTTCTAATTAATGAATAGACAAAATCGGTATTAGTTTTTAATATTTTTGATGCTTCTTTTACTGTATAAAGCATTTCTTCCATTTATATAGCCTCCTTAAGTAATCTATTAATTATATATATTTGTCCTTTTCCAGTAACTCTTGTAGTTTTATAAGTAAATGTTTTATCTTTATTAGTTTTAGAACCTTCAACAATTTCAAAGTATCCTCTATCAATTCCATCTTGTTTTGCTTCGGTTAAATTTTTAAAGATAAATCCCCAAGCCCTAAGCTTATCCCACAATCTTCTTTCACCAATTATTACACCATTCTTAGATGCTATCTTTGCACACTCTCTAACTAAAAGACTGTTCTCGCTTACTGCGATTTGATTAATAAACTTATTCTTATTATTTAAATCCTCTTTAGTTTCAGTAAGTTGTTTCTCTTTAGCTTGGATTTCTTCTTCCTTAGCTTTTAATAATTCATTTTTCTTATTAATAGTATTTTGTGCGACCAATAACGCTTTTGCCATTATTTCTTCATCAGTCATGCTCTCATCAGTTCCGAGATATCCACCTGTTTTTCTTATTTGCCTTAAAATTTTCTTGATTTCTTTTTTAAATTTCTTAGCAATTGGTTTTTTACTTTGCATTAGGACTTCATATAATCCATCTTCTGTTAAAAAATACATATTCCTAATCTGACCACTATAAAATATCGGTGAGGTTTCCTTTTCATCTTCATCAATGTTTTTAATCATTTGACCAACTTTACTTTCATCATAATCAATCCATTCAGCAACATCTTTAGCTAAAAATAATGGTTCTTCATAAGTCCCATACATTTTAAAATCATTCTCTAACAACTTTCTTTAATCTAAAATTTGAATTTGCTTTTTAGTTCTGTCTTCTATAATAGAAGCTTGTACAAATTCTTCACTCAATTGTTTCTTCATTTTTATCACTCCTTACCTAATTGATAAAGTTCAATTTATTGAACTTCTTTTTCAAAAAAATAGAATTGAATTTTATTTGAATCTATTTTTAACAGCTCAGAACTTTTTACAATTTCGTCTTGAGAAAAGAATATTTTATTGTTTAGCTTTAGCGATAATGTTCTTTCTGAAACACCAAGATATCTAGCAAAACAGCCTTGAGTTCCAAATGTCTCGATTATCTTTCCTCTTAATTTGTTATAATTGAAAGCCATGTTTAACACCTCCTGTCGTTAAGTTCAATCCTTTGAACAATTTAATCTTAGCATTCCACGTTTTGACTGTCAATACTTTTGTTCAAAATTTTTAACTTTTTTGTTTTATATATTGAACTTTTGTTCAAAATGTAATATTATAAGAATATGGAAGGAATGATTATATGGAACTTGAAAATACTGCTATTAGATTAAAGAAACTAATGCAAGAGAGAAAATTAAGGCAAGTTGATTTATTAGAAATGTTAAGACCACTTTGTGAAAAATATAATGTAAAAATCAATAAATCAGATATAAGCCAATATTTATCTGGAAAAGTTAAACCAGGTCAAGAAAAACTTTCTATGATAGGCATGGCATTAAACATTAATGAAGCGTGGTTAATGGGATATGATGTTCCAAAAGAAAAACCACATTATATTAAAACCCTAAGTTTGACTAAAGAAGAAACAACATTATTAGAAAACTACAATAAATTAAATGATTTAGGGAAAAAGGAAGCTAATAAAAGAGTTGCTGAATTAACTGAAATAAATATATATATCTAAAGGGGAAAATAATATTATTGAATTAAGTGCTACTAAAGAAAGAGAAGAATATAATTTAGCAGCTCATGATGATAATTTATATTCTGAAACTGCTAAAAGAAATTTAAATAAAGCAAAAGAAATATTTAAACAAATGGACGAAGAATAGTAATCCTGGGGGATGATTACATGACTAAATATGAAAAACTATTAGTTAAAGTAGAAAAACTTGGTATAAGGGTTAGAGAGATAGATTTTCAAACTAATGAAGAATGTGGATATTATCATAATAATAAAATTTTAATAAATTCAAGATTAACAGAAAAACAGAAGCATGGTGTTTTAGCTGAAGAACTAGGACACCATGTTAAAACTTATGGTGATATTACAGATCAATCTGAATTAAAAAATAGAAAACAAGAATTAATTGCTCGAAGAGAGGGTTATAAATTTATATTAGAACCTTTAGATTTAGTTTATGCTTATTGTCATGGTTGTAAAAACATCTACGAAATAGCTGAATTTTATGATATCACAGAAAAGCAATTAAATGATATTATTTTAGATTTTAAGAATAAATATGGCATAGGAAAAAAAATTGATAAATATTTTGTTAGATTTGAACCTAGTTTTGGTTTTTATGAAATATTTGATGATAAATATGTATTTTAAAAAATTATTTTTTATGAAATATTTATTTATGAAAGGAGCAATAAATATGGCCTCTATAAACACTCGTAAACGTGGAGACAAATGGCAATATCAATTTGAAGCAGCTACTATTGATGGAAAAAGAAAACAAATAAGTAAAAGTGGTTTTAGAACTAAAAAAGAAGCTTTAGAAGCTGGCACAAAAGCTTTAGCTGAGTATAATAATTGCGGATTAACATTTGTTCCATCCGAAATCTCATTCAATGATTATTTAGACTATTGGATTAAAGAATATGCTCAAGTAAACTTAAAAGAAACAACAGTAGATAATTATAACAAAAAAATAAAACTATATATCAAGCCCAAACTTGGTATTTATAAATTGAAATCATTAACTCCTGCTATTCTTCAATCATTTATAAATGAAAAATTTAACGAAGGCTTTAGCAGAAATACATTACTTGTACTAAAAGGAATATTAAGTGGATCTCTTAATTATGCTGTTGAACCGCTAGGTTATATTAAATTTAGTCCTATGGCAGCTGTAAGATTACCACTTAAAAGAGCAGTACCTAATACACCAACGCGTAAAAAAGAAAAATATATAGTTTCTGAAGAACAAATGGAAGGAATATTTGAAAGATTTCCTTTTGGTCATTCATCTTATTTACCACTACAGCTCGCATATAGATGTGGTTTAAGACTAGGAGAAGCATTTGCTATTACATGGGATGATGTTGACTTAAAAAACCAAAAGCTAGATATAAATAAGCAAGTTCAGTATAAAAATAAGCAGTGGTATTTTACTCCTCCAAAATATGATAGTTACAGAATAATAGATCTTGATAATACTATAATTGATATTCTAAAAAAATATAAACAGCAGCAAAGAAAAGACAAAATTTATTATGGTGAACTTTATACAGAATTAAAAATTAATGATAAAAAGCAAATCAAGGAAACTGATGGTACTGAAATACATTTAATCAACATAAGAGAAAATGGAACTTACATTCAACCTCGTGTAATGCAACATTGCTTTCATATAATTCATCATAAATTAGGAATTAAAGAACTTGACTATCATAGCTTAAGACATACTCACGCTACTATGCTTCTAAGTTCTGGAGCAAATATAAAAGCGGTACAAGAAAGATTAGGACATAAAAAATTAGACATGACATTAGATGTGTACACCCACGTTACAGATGAAATGAGAAGAAATACTATTGATATATTAAATAAAAAAGAGCAACTAAAATAG

Protein sequences of DBSCAN-SWA_8

>NC_018648|2811614:2874243|2841597_2841936_-|WP_012425779.1|DBSCAN-SWA
MRQSGYSISVGQKDIRAIAGDHYININKKVAKEDVASKLVDDILPAGTLVDKDGKPSNGTNTWGLTFTDVDFKNSKGTEILPVTIHGFINSKAIEDKPTAEAIAALKQITFM
>NC_018648|2811614:2874243|2823037_2824099_-|WP_012423282.1|DBSCAN-SWA
MNKQFKKILIMFVMVLTIMGIGAIENGIIANATTDGAVVGIENLNNTSENSGKIGDKISNPEKGWKRYDDINKKIVYSENGWNDSTFFTDGKFGKTTKVCMNPNNETTIKFEFKGSKLRTYGAGYSTMYSHNVISIDGIKYNMANWSDISNNVIGCSFEIRDLQYKDHIVTIEYGGSERIYLDSVDIDEDGCLIDSNNISLTLDKSSLSLKEGSSDKLIATTTLSAVDVTWSSSDENIATVDENGKVTGVKEGTCTVTAQIKGTDFKATCEVTVTKEDIVEPEEPSIENGSLYIEMIDGNIKRADKSQIEKFKKWFISRDLDETESPIFKITNAKGNSEYLVHDKVVGFEIRE
>NC_018648|2811614:2874243|2869390_2869573_-|WP_012424899.1|DBSCAN-SWA
MSYALYKGEEILGVGTIYELASMLNVQIRTIQYYGTNAYKKKLAKRKSRNVRILIPIDEE
>NC_018648|2811614:2874243|2846889_2848242_-|WP_012425869.1|terminase|DBSCAN-SWA
MDIEREINPHFEDYIFNWDYKFYFLVGGYGSSKSYNTAFKLILKLLEEKRTALVVREVYDTMRDSCYSLLEEIITEMELDDTIQCKTSPMQIRFPNGSKIIFKGMDKPAKLKSINNVSIVWIEECSEVKYEGFKELLGRLRHPTLKLHMILTTNPVSKSNWCYKYFFIDKKKKLFVLDDKDLYKKRIVIKNNTYYHHSLADDNYFLPKSYILQLDDLKTHDKDLWRVARKGQFGTNGKKVLPQFEKKPHYKVLEMMHNTKKLLYRVGMDFGFETSYNAVVRLAIDDDSKILYIYWQYYKNQMTDDKTAIELEEFKKTQERIKADSAEPKTITFYRQEGFNMLGAKKFKGSRLQNTKKVKRFKKIICSEECTDVIDELEDLTYAVDKDGEIIKDEFNIDPHTFSAIWYALDGYEVSNLKEHNYDNEVYQKGKGVVKNNASDPYGRRGGTVF
>NC_018648|2811614:2874243|2830000_2831020_-|WP_012423056.1|DBSCAN-SWA
MIFIELVLKNKYKIQLLSEETTLKESIDSIAYTLNLSLIETDELKNIGLVKGDSIQLYDYMFNSNEYKKIFDGTVRDINSSKKNKKLSIVCRERTITIEESEDEYLWKDGQTVTQRTKIICKDWSIPVGNFAEINIGLSKDMRKESLFGMLKKDLKETAQKGGSLYKFRMSESLDLVELGSNSVAYKLDNIVDDIQNKSTLSGAITQVKVLGKEETKKSTEKNKTSSSSEEKELILSPIIGVFKKDTERYGTIQKLFQDEKIDDYSKAKSKADTLFSSGEDSISVPCIKDINTIRAGDKVSLYNTFYYVTDITHELGTGGKMDLTLMNWEGVKSKFYGE
>NC_018648|2811614:2874243|2871582_2871801_-|WP_012425857.1|DBSCAN-SWA
MAFNYNKLRGKIIETFGTQGCFARYLGVSERTLSLKLNNKIFFSQDEIVKSSELLKIDSNKIQFYFFEKEVQ
>NC_018648|2811614:2874243|2850781_2851453_-|WP_012423020.1|DBSCAN-SWA
MFEHKKQLLHEVKVERPNPQYAVLMQEQLGGGNGELKAAMQYISQSFRIKDPEIKDLFLDIGAEELSHMEMVAQTINLLNGHDVNNSQVTNGEIQTHVQCGLSPVLINSSGAPWTADYVTVTGDLVADLLSNIASEQRAKVVYEYLYRQIEDKEVRATIDFLLNREEAHNALFREALNKVQKTGSNKDFGVTEDSKLYFNLSNPGPSHEAPNPTAPSFESPRK
>NC_018648|2811614:2874243|2849890_2850106_-|WP_012425224.1|DBSCAN-SWA
MRALSDVENISLAAILKMESDGVIMQRIINTLISDEDLKRQSEASILATEGRIKGIQQFISENNVSVAKEG
>NC_018648|2811614:2874243|2838102_2838321_-|WP_044025947.1|DBSCAN-SWA
MKLTDEKATTTINKTAVVNEATYPIQVFIDNAEALGYNKVIVTGALFNYKETELSKTKFIKIVKEFLGKKVE
>NC_018648|2811614:2874243|2859762_2859957_-|WP_012423226.1|DBSCAN-SWA
MREKRNGLRPILVIKDNTVEEGYFHMFATTGNKEDGFYPIVIVETSNGEIREHDASNIIFDDIS
>NC_018648|2811614:2874243|2858670_2859693_-|WP_012422815.1|DBSCAN-SWA
MYIQDIDLKLKDWAFSQRKSLPYELKLLLTKKRIEDWYSYWQGDVYVSFSGGLDSTVLLHLVRDHLYNDIPAVFVDTGLEYPELREFVKTFDDVTILKPQKSFRQVIKEYGYPIVSKETAAKIRKLRHGKLSDRYRNYLMNGDERGSLGKLAEKWKILLDAPFDTSEKCCDVMKKKPFKEYHKRTNKYPYIGITQDEGFQRQRQYEKTGCNVYEANTPKSQPMGFWTKQDVLRYAFENNLNICSVYGKIVYENGIYRTTGVERTGCMFCAFGCHLEKCPNRFQKMQTTHPQLYQYCMKDWEKGGLGLAKVLDYINIPYMNNVKVMKEPGGELYQQFKMTI
>NC_018648|2811614:2874243|2828109_2829231_-|WP_012424704.1|plate|DBSCAN-SWA
MEMPDFLTEDVEKIHRRMMEKAPPGVSAIEGEIFWDATRPSALEKERTEKIQMQNILKMAHSQTATGKYLEFLGECQGIFKNNPTVSTGYVEITANKGTIIPLNYLVGTKSTDIEESISFETLESKTIDESGKALIKCKCTKTGIIGNVEANTITLVYKPINGLQSITNPKKFTGGTEIEDEKHYRQRIIEVEQEDKLSGADTDYIRWAKEVDGVGYADCIELWNGPQTVKVLILDSNNEPANDELITKVKDYIYPDKKSGESRGGKAPVGALVTIATATTLKINVSAKFIFTDGFNQETILTALKTKISEYLKKIKINGVVKYKAIDTIIGSYVLQDEGIDDYANLTINKSTTNIQLVDQIAAIGDVINASN
>NC_018648|2811614:2874243|2857333_2858341_-|WP_012424710.1|integrase|DBSCAN-SWA
MSNLNEEVSIKLVGKLTLLLPFLEQKLDMQLEVKKAIDETLYNYEVQTKCTDLVCSDIEEKAQLYLACKKLEGLSSKTLYNYKLFLNKLDQYFTKPCSTISTMDLRMFLALLGKGKKASTVNGYITYLKNFFGWLQNEEYIIKNPAFKLKQAKVPKVILEGYKAENLEKLREACETKREKALFELLDSTACRISEIQNIKLQDINWNEKSIKVTGKGSKERIVYFSTRAKLALENYLKSRNDDNNSLFISKKFHNRTLGVRSLQKTIKKIKERSGVTERVHTHKFRRTQATRLLNQGMRIEGVQGILGHTTPTTTQIYAQLSQENLKNEYRRLVG
>NC_018648|2811614:2874243|2855479_2856193_-|WP_012425674.1|DBSCAN-SWA
MSNIQIFNNEDLKLKVRTIQNGDGSISINAEDTAIGFGWYEEKAGKIYPRWRTINGYIKEFGFSQDVAKEDYIPESLFYMLGMKANNKVAQDFQKWLATKVIPSVRKTGSYQLPKISKELQAIFMIDGKQQRLENEVKDLKDNMPLFNIDCEELQKVVKKKAVKCLGGYNRKAYYDKSLRARVFGDIQREIKRQFEVNSYKAIKRSQLEIAKEIVDKYEVPFVLKDEITLVNNQIAM
>NC_018648|2811614:2874243|2829236_2829677_-|WP_012425647.1|DBSCAN-SWA
MPNLFPTANEETINLEEDTQQKFKGSYAINFETGEFIKNSDGTIKILDEFEAYVQWCEKAMLTARYKYGAYSDRYGKDIIGSDITDKKFVELELKRITQEALMVHPLTKSVDSFSFEWKGSDVYYSFEVTTTKNRNKVLKSNKKVW
>NC_018648|2811614:2874243|2853248_2853782_-|WP_012422642.1|DBSCAN-SWA
MEKELFQKTEGQLYRYYRYKKQINKKYRKVESLEEQIKAIDNQMRNVHNYISLDTMPPGAGCGERVQASISGSSYMEKQMENEVTKLEKRKVEKIKQKIKTESKIMEMKNFIRMMDTNIEELREEDKRIIKFFYEDSKNDKENVSYLTIKLNLSAPTVYRRKQVLVENIADSMWMYK
>NC_018648|2811614:2874243|2820758_2820944_-|WP_012422770.1|DBSCAN-SWA
MLTRRQKEIFDVIREYIEKEKISPTVKEICKIFGFTSTSKVYGYIYKDNTDLINIQIRENQ
>NC_018648|2811614:2874243|2821693_2822485_-|WP_012423663.1|DBSCAN-SWA
MSQWKWCVENQDGTITKGWYEDNGKWYYLKDNGTMGTGWIEDKDSHWYYLDESGAMKTGWLKDKDKWYYLNPVSNGYKGEMFGNCTKIIDGKEYSFNDSGAWVEDSLVSSKCIDFIKSWEGFIKEGKKYYDCVGVLTQGYGLTGDEIKNLPEQISEPEAAALLKKVVNNKYAKVIKDDLDSKKITLKQHEFDALVSFAYNCGTVGLLGSTLYRNVCSGIRDKDTINSNFQAWSNGGGKRIEGLYRRRTKEADMFLNADYTGNL
>NC_018648|2811614:2874243|2812806_2812956_-|WP_012422880.1|DBSCAN-SWA
MTPKELTELTIKDIAARRAKADREFYAYQKESGVRRKKSSNVRYGGYRW
>NC_018648|2811614:2874243|2867152_2869123_-|WP_012423048.1|DBSCAN-SWA
MIKLKKLELKNFKGIKDLTVTFGTVTTILGENGTGKSTIFDGFNWLLFGKDSHDKKDFEIQTLDGNNDVIHGLEHYVTGYLDIGGTEKTFKRTYKEKWQKTRGSAEKELKGCTTDFEIDDIPVKQKEYQAAISELVDENLFKMITNPLYFSSLNWTKQREILLDIIGDISEENVINYNKDLEPLKKLLTDGIDNFNKRTKASISKLKDQVKSIPYRIDECNNSIVEINFSEFELKKAHIQSKINLIDEQIADASKVNEEKLKLQDELYELKEERSKKQQQALKSANKPLDDIQNNINQVRNSVQDLAYKIQDSEREKERKLEYIEAMKEDLEHQKLDKQELLNKYHTEDDKEFEFDTSLTCCPTCGREYETDKLEGIKTNAESRFNGEKSKLISKIIADGKIVAADIEKITIKIEDCEKEIEETATLIKGMKLEKLSLDEKLELLEKEKETLTFTEELHFEGEEELKAKINELKTQIGEFKEADNSQLKAEKRVLQEELEEITKTLGKKDRNEELKKRMEELNKEEKHLQIKIAELEGQQYLGEEFIRTKVELLESSINKKFKGAVTFKLFNQQVNGGLSETCEALINGVPFSNANTASQINAGLSIINTLCEHYNISAPVFIDNAEAVNQIGFTDSQLIKLVVSLDKNLKVEVDK
>NC_018648|2811614:2874243|2869689_2869878_-|WP_012423355.1|DBSCAN-SWA
MEAKCCKCKEFWNISIKAQIPQSGYKCPKCRAREAKDREKAKELRKGRVTSVLLRNRRRVHA
>NC_018648|2811614:2874243|2813457_2813775_+|WP_012423479.1|DBSCAN-SWA
MKMKTFLIAFLISTIAFTQIPKAIFTSNIYKQGIYDISEVLEFNATAKLLTPRNVTSLSITDSNGNQKFYKRFDTIDEIINLGTIKEGDIISIIGKGEIAITRTE
>NC_018648|2811614:2874243|2864606_2864885_-|WP_012424694.1|DBSCAN-SWA
MNMERTRTNLHLKESEELEEMLRQDPKIENNYLKKVIKAKDIQISRLQDEVALREQRIRELVEIAVMYYEEGLPMYRVERILGLLKLKEGLI
>NC_018648|2811614:2874243|2813907_2814102_+|WP_079991393.1|DBSCAN-SWA
MKCNIGRTEQIIRIVIGISIVLIGLYFRNWWGIIGLVPIITGSIRYCPISDILGISTCDIKKNQ
>NC_018648|2811614:2874243|2852158_2852353_-|WP_012424903.1|DBSCAN-SWA
MTSNNRTLVPEAKAGLNKLKTEVASGFGLQDYENGYKGDLSSKQNGSVGGEMVKRMVESYEKGL
>NC_018648|2811614:2874243|2870479_2870692_-|WP_012423493.1|DBSCAN-SWA
MEEMLYTVKEASKILKTNTDFVYSLIRKGYLRCLKLGSYKIRKSTLEEFLAKYDGFDLSDLENVKELELN
>NC_018648|2811614:2874243|2863274_2863508_-|WP_012424275.1|DBSCAN-SWA
MRNTLGDLNNHLFAQLERLNDEDITGDELKEEIIRAKAVTGIASQIINNADVVLQAKKLQVETLGRDNVVIPKMLED
>NC_018648|2811614:2874243|2859997_2860549_-|WP_012424152.1|DBSCAN-SWA
MSNNTGYDKCELCGEMINIYNARLGFKDNNEKLHNFCMQHERTKELDLKIKELNKGSDDIKFIHKGISVYRMNDYEWWASKWYIEDTNEWYIKEHGLDEEDNPTDEIYSCDLDKEGVWIETNEPNDIKELGDNDELGNVVLGNPEFGDLKRYGDGIFKYTSFREALLLDLDFKEPYCIASTEW
>NC_018648|2811614:2874243|2827472_2828123_-|WP_012424561.1|DBSCAN-SWA
MQVINSKKGLQMYNSVSPIYDKNIIMQAIFEAIGSEADLTEKQLDDIMLQIYPQTATWGLVFWEERYKLQTNLDEPIEIRRAKVISRIQTKNKIVNPKRIELTIKNFIKAQVEVLDSIAPYILGINITSEKGFHNSLNSMYKEVKRIKPSHMGVKYNLISRTKSNLYIGAACITGHKITIYPWKTKKLTSKGKISMAGPIIRSSQHITIYPKQEKE
>NC_018648|2811614:2874243|2836243_2836666_-|WP_012422818.1|tail|DBSCAN-SWA
MSTKKELDSSRICSGTYGRVFKDGKEYPQVSECTADVERDMKETPTVGSEWIGYKGGLKKGSGTLKGWKVTSEMTQQGFNRFELLTELDDPEAYGAERIRLKNCQFTKINLVNFKPGEVIEEEMPFVFSGFDLLDPITAD
>NC_018648|2811614:2874243|2849583_2849886_-|WP_012423205.1|coat|DBSCAN-SWA
MTNMIGNLIKNNADIDDKMIAMSMLSAAKESADMYLNSALTSSTPELRAVYSASLVQMVEGHTSLTELSVNKGWIKPYSTPTEQLSCSYNESKNAINENK
>NC_018648|2811614:2874243|2854836_2855325_-|WP_012423281.1|DBSCAN-SWA
MVKKNPGKLFEEDFKKSVPEDCWIYRFKDGTANFGGTKNENVRFQAHNICDFQVMTNDYLVLLELKSHAGASIPFNCIRSNQIEEMSNIQHSKIKAYFIFNFRDYEKTYAIEAKELKEYIDTANRRSIPLGWCKANGIEIIGNKKKIRYGYELKRFFEGIQD
>NC_018648|2811614:2874243|2869887_2870049_-|WP_012424334.1|DBSCAN-SWA
MLEGGKTFLNLYSIVVIAILMLKTFKLAGTKNDLEGSITVAAVIPILIYLINI
>NC_018648|2811614:2874243|2817987_2819814_-|WP_012423444.1|DBSCAN-SWA
MNSRLCPGYYSADSANFLVEYRGNFKNEIDNVSYACGDILTNTIGVISLPYEYLDQVLIDVPSIKFIDFRSMSVLQDISPNSIDQILAIKKNPYLNLTGKGVLVGIVDTGIDYLNNEFIREDGTSRIAAIWDQTIQDVKAESVYLGNIYSNEEINKAINAYKNNQDPYSIVPSKDDINHGTEMAGIIGARGYNGEFQGVANDCEFVIVKLLESLNFQKILQSNNVKYTPIYNSAEIVAGIEYLKNYSISMNKPIVIYLGIGATEGSHDGNNLISKYLTSIASIRGIALVAGVGNEGAAEGHASGTIENVGETDSIELNIPREMKNFSFNIWVKRPNKMSLNVISPTGEESSFIQAKRNKKEEINFVFSNAKLKINYYMLEDFSGHEVIQVIFEDINPGIWKFALRGDYISGGEYNAWLQPKVTLPENTKFLEPDPFSTLTIPSTARKIITVSYHGLVNESLIATSGKGFNTNGLINPDIATVGINILTTKALGETTVVSGSSAATAVVAGVCALLLQWGIVDGNDTTMYSTKIRSYLVYGAYRKPELVYPNRETGYGSFDILGTFNIISRKYIQTRENMNFRNDNFIQYQADKLFLRIPKEMMPDAKI
>NC_018648|2811614:2874243|2861834_2862257_-|WP_012424752.1|DBSCAN-SWA
MNKAVLIGRLTKDPELRFTPGAGTAVTTLTLAVDKYNSKSGQKEADFVPVVVWGKQAESTANYMTKGSQMAISGRIQTRNYEAKDGTKRYVTEVVATEVQFLSKGANNQDNGSNNFGNINQDYGNFEDDITPVDDSDMPF
>NC_018648|2811614:2874243|2873046_2874243_+|WP_012423159.1|integrase|DBSCAN-SWA
MASINTRKRGDKWQYQFEAATIDGKRKQISKSGFRTKKEALEAGTKALAEYNNCGLTFVPSEISFNDYLDYWIKEYAQVNLKETTVDNYNKKIKLYIKPKLGIYKLKSLTPAILQSFINEKFNEGFSRNTLLVLKGILSGSLNYAVEPLGYIKFSPMAAVRLPLKRAVPNTPTRKKEKYIVSEEQMEGIFERFPFGHSSYLPLQLAYRCGLRLGEAFAITWDDVDLKNQKLDINKQVQYKNKQWYFTPPKYDSYRIIDLDNTIIDILKKYKQQQRKDKIYYGELYTELKINDKKQIKETDGTEIHLINIRENGTYIQPRVMQHCFHIIHHKLGIKELDYHSLRHTHATMLLSSGANIKAVQERLGHKKLDMTLDVYTHVTDEMRRNTIDILNKKEQLK
>NC_018648|2811614:2874243|2839971_2840292_-|WP_012424252.1|DBSCAN-SWA
MELTPLEILKINLNESQYPVFSDEELENLLAVNDNNVLKASWRGCLMKANTDKKIKVGPIEIENADPDYWNNLASIYQADYLQEQANLTPNKTTGYKTSMRRADGC
>NC_018648|2811614:2874243|2870220_2870367_-|WP_012423631.1|DBSCAN-SWA
MINYEFVVDVEPDEETIRKVHEDLARTLIKKYGKQTMQEVLTILNKEQ
>NC_018648|2811614:2874243|2842714_2843113_-|WP_012424358.1|DBSCAN-SWA
MNAKGKEDLLNASEVKNGSMTATYIKNRFINSLKSITLNIKSEICIGKLMCYEVNQESNNKVFTKNDLEKLLGEKFDITIDDNDYENANNSIIKIKSCYMYKYSHFISAGNIRMIQYEFSFQKENKQEIIKS
>NC_018648|2811614:2874243|2841949_2842582_-|WP_012423434.1|DBSCAN-SWA
MAKLKDIIGEEAYNALSEDKRKELGKKEFEDVSNGAYIPKTRFDQVNEQAKEYKKQVGERDTQLKNLKEQYKDVDGLKEKVEKLELDNKTQKETYDKQLSDINFSNALEKGLGAFNIKDKKLIMALIDKEKIKVDGDSVIGLKEQIEPLKTSHNYLFDKEVSGTGSFSTGGDAGSGGQGEKKNTMEIGERLAKEKAEQMKGTETLNNFFK
>NC_018648|2811614:2874243|2825920_2826229_-|WP_012425501.1|DBSCAN-SWA
MKTLIVYDSTGREIFSQGGFSYEPVGEIKALKTDIPENKILKGVDVKTGEAILEDVPKSQMELLQEELAQNTKEMAKKDLAIEQLQKDLADLTKQIALGGNV
>NC_018648|2811614:2874243|2822541_2822715_-|WP_012424533.1|DBSCAN-SWA
MDRLLNKITSARWLIAVIMTIVFAVLAFTNRLSTEFITIYTMVIAFYFSKDRKEIKE
>NC_018648|2811614:2874243|2839148_2839574_-|WP_012422971.1|DBSCAN-SWA
MGFEVFDFIDRKMSGMSLLLTGVISPILISQAKSKTYWKDRSGNARQLINGGSEGGAGSYELYLAHGTEYGEFLEEGTGIYGPTKRTIVPVSKKVLSWLDEDGKRHFAKSIKGMKARPVLKDILNENKSLIINTIEKYWSD
>NC_018648|2811614:2874243|2854440_2854749_-|WP_012425671.1|DBSCAN-SWA
MLNSPFITTEDLNSFTDLINEMDTLKDNEYARAYNLHKKALGIYDRWSSILYEVRSNEGKGIPKNPPLKDRVGQILKMIDNVYVSSRMVWNKSKDDISEGRY
>NC_018648|2811614:2874243|2832473_2835533_-|WP_012423644.1|tail|DBSCAN-SWA
MAKKEVYRLGINIKVDGDKQSKKVLTEVEKSTEKVKKKVRDLDKLTASPSAKLKDTASTAIDKIKSKTEKLNNKTATAKLKAKDEASKTINKVQNKLNSWIKTGAKKVISIGLAGAVALGGLGIGSAIKTFSEFEQGLSNVKAVTQATDTEMKVLKDTAKSLGASTAWSAVQVTQAEELLGQAGFNVKETTSALPGLLSLASAGSLDLATATDIASGTLRAFNIDAAQTSHVADVLALSAAATNSDVTDLGETMKYAAPVAQALGISFEDTAAASGLLSNANIKGSQAGTILRQTMARLASPTKEAAKVMKAYGINAFDAQGNMKPLNGVINNLNSSLGKLTSQKRADIISTVFDTESMSGVLALMNQGGQSLGDLSKKLTETKGSADEMEKTKLDNLAGQWTILKSAVEGMKIELGEKLAPYAKQFVTWFTAKIPSITDSVVKFVDTISNNIGTIKAAGGAFLGLTGAFVGMFAINKIGTTVGTFGKLLGGFKTATTADALVKTTSAMQGLGLASKIIPALLSPTGLAIAGIGIAGLVAAKQLSKEVVPAVDLFADKIDYLKDSTNVSGMNGMSQEITKISDATKEAVGAYMEMDNSVQRTLLNMKFTSKTVSTDLANDLKTKFSTMGSTITKELDKDLNNSLSKIQIMFNNNTKLTSEEQDNIMTQIENHYSKQKTTTQNAMNEINRILSEASLQNRTTTEEENSTISQLQASMRTTAITSLSETEKESAIILGRIKDQTGRITAETAADIVQKLNEQRQQTVDAANAEYAARVNIAEQIRAEGGQKAEETANKMIEEAERQRDETIAAADATRSQGIDMLKQAYEDLETSVDINTGQILTFWGRLKQWWDNTTFGTKFAEIQTNGVVGMVGQNPNNSSSKITKPASEIETDLVGAPNSLSRETIRWGKQNYTGTNNAIPGINSVGERGMELVLGRSLYDFKGGEKVLNNGETKSFLSNLGQAPIYNPQVQTIGAGGNNIQVDVQVNNNDTDVNGIVCEVTNEVGRKLKEVLTNIKK
>NC_018648|2811614:2874243|2815902_2816055_-|WP_157860567.1|DBSCAN-SWA
MAIKNRILEIRLKNGYKSEKNFAGYLEINSQQYSRYECNKKTTKLRDIKI
>NC_018648|2811614:2874243|2849181_2849331_-|WP_012423560.1|DBSCAN-SWA
MSIWQQIGALILFLLIMVEITDILLIPHNINSIAESLKEISESLKDKDK
>NC_018648|2811614:2874243|2861050_2861776_-|WP_012423569.1|DBSCAN-SWA
MNIDINAIVNNKLKEMEEKNTIEKVLEENIEKAIIKGIEGALDSYSLKHQIEDKVEKQVSEVVSEIGFTGYNGFIAEKIKMITEEVCRKDVAEKIQKKFNDILVIKRETIKLSEIFEKYRDYMNESTDEEDKYSLENFWVDVEESEYGWLTYKMAREKPERSYYRDDESYIEFTVHPDRDDKEIGSMSTVYIGDKRLENTFKLGNMTEIESLITNIYYNKTPIIIDIESDDDIETYFDTDI
>NC_018648|2811614:2874243|2843581_2843902_-|WP_012425426.1|DBSCAN-SWA
MKVKCENTNCKHEFEPQVKEQYLGAMISETYFECPRCDAKYIICLDNPKTRKLKNNIEKIRESLNSNLPKNFKNALNVALKDNINVHKQVMSKLMKGEYEWRYQAK
>NC_018648|2811614:2874243|2838320_2839148_-|WP_012423920.1|DBSCAN-SWA
MRYGIRERLLQSIPELKGCYEPNIPEKQTIKPYAIILQNDDTKNNQAVGFKRTIEIYIYNERTSFNYVDALMGKVIKTLNMQTIEDTKTGEIFTCIFNGIIGQDGVDEDWDAIYRGLQFTVISLHEENEVNTDKWLDALSDYTKDIIKLPIYLNNWKQNFEVPSILWRVQDQEKERESNALIKESKTLICHIASNNKNEINELLDNIEDNLISDLKILFDLADRRYLTIESIEEDREADMLSKGQLTVKVYKRKMIRRKEVPKINKIYGSGILKE
>NC_018648|2811614:2874243|2843961_2844240_-|WP_012425694.1|DBSCAN-SWA
MVDNIQNKTVNMANYIVEKRIETIERKMKEIVEFLKIDIINKELLKEYEHRIQHDGNIEKHMLYKGETELASFTMTLDDYGWRPSETKYILN
>NC_018648|2811614:2874243|2839585_2839972_-|WP_012425359.1|DBSCAN-SWA
MTRLKAKKIIDAINKGISINPTTFTVEHIEKVLIDGAFENNPSTITYSGIVYLEDSSTQINIDSKTAGTSYSTNRYKMLLNNENNIKVDPKNLITFESKEGCFEIQAAYPIVIEDTICGYMCDLKRVD
>NC_018648|2811614:2874243|2865699_2866410_-|WP_012425726.1|DBSCAN-SWA
MIKVIATGSTGNSYIIQAGEEILLLELGINFKNIKKALNYDLSKVVGALVTHEHKDHSKGVNDAMKSGIDVYMSEGTAAGIELKDTFYDYRLNYLKHSESYKIGRFLVVPFNTQHDVNEPLGFLIYHPQIGKLLFATDTYYLKSKFQNVDHILIECNYSEDVLLTLPAWRSRTIKSHMSLETLKETLRTWNLEGTKDIMLIHISGENGNPNRFKEEVEELTGIKTYAAIPGLEIFN
>NC_018648|2811614:2874243|2811614_2811986_-|WP_012424593.1|holin|DBSCAN-SWA
MEYKEHEEKSLNGSGFLGWIGRLIAVAIILGITSFFTPGFTINGLWSFLIAAVVITVLDYIVEKFMGIDASPMGKGAKGFFIAAVIIYLAQFFVPNMNVSIIGALLAAIVIGILDAILPGRIM
>NC_018648|2811614:2874243|2863993_2864293_-|WP_012422804.1|DBSCAN-SWA
MNNMLSLDKKLEIWEKSLTQEELILLTYAIKGEVKKLDDLISSTLDNCYGAAIGDFTDLNIEQIQEIVKRAYDYMADSKEFIKESGMGWMNKIEKMRKL
>NC_018648|2811614:2874243|2822726_2822963_-|WP_012425638.1|DBSCAN-SWA
MNAELVKDKLETHERRINNHSDRIDKLEQDNASFRTELKNLCDNLKQLTGVLKWLIALGISTLVGFFIYTIQTGIFNK
>NC_018648|2811614:2874243|2836686_2838102_-|WP_012424951.1|tail|DBSCAN-SWA
MAKGTWNEKDKPKISGFYNRMQIVAEESANNIQGILAMPVKSDWGPVNKVVSVSQERHLKNAFGNNVDFTAYKLGKLALLGKPKELLLYRLVDSAAKPGELILKNTESSPTNVIKLQTIYPSSRSFNVTIRTNIINDSAKDIILYENTTQLVEVSDLTGSIDEIVDKINKSALSDYIVASKVENATGTLADMVNDKFTGGNDGASNITNTEYLKAMKAFESHGIDGFTLDGVTDVGLHTSVKTWINECKKEGLDILAFLASNSESLSQANSKSKEYNDYLMHNVYLKSTTYDGITYTAGEVAVYVAALALGKNLKESVCNEITIFDSVEPRLSRTEIESALESGTIVFDVIDNEVVIVDDVNTYKNYKNEKEEALGNIRAIRFINTVNKQTAGAGKDYIGKISNDETGHTVTLCGLKTFFETYQKLGIIAKFNIETDEELQKNAQSDEFFWKWDAEYINVIKKIFSTGNLK
>NC_018648|2811614:2874243|2835739_2836183_-|WP_012423050.1|DBSCAN-SWA
MNTENNVLEMQEEDIIKKLLGEVEVPKAVVVIERIGIPVELKGLNTVEIKKIREKCTSKRKIKGVAEEKLNGEEYDAALIIGATTNFDWNNPKLLEKYSLSDGKQFILRKLLAGERTNLVNKVLDLSGYNDELSDAEDIKNLSGEEE
>NC_018648|2811614:2874243|2871965_2872349_+|WP_012423472.1|DBSCAN-SWA
MELENTAIRLKKLMQERKLRQVDLLEMLRPLCEKYNVKINKSDISQYLSGKVKPGQEKLSMIGMALNINEAWLMGYDVPKEKPHYIKTLSLTKEETTLLENYNKLNDLGKKEANKRVAELTEINIYI
>NC_018648|2811614:2874243|2840293_2840488_-|WP_012424276.1|DBSCAN-SWA
MAKSKQCVCKATALVCIKYDKTSYKPGEEFLIREDDVNELKEKGYASVEILENDDKKGEGQEGE
>NC_018648|2811614:2874243|2824144_2825326_-|WP_012424054.1|DBSCAN-SWA
MKNCFKKILIMLVMVLTIIGVGAIQNKTTANAATVGEQLLQPESGWQRVDTCDKNFAYIGSWKYLKEDANHYNNDHETTKIVGDKIKFNFIGTKLRIIATRDGAAANNVGGSADVYIDGSKVGSYTNNNTGLQQSKLYFENTSLTNCEHHVEVIVTNVGSYNDGFTWDCIDIDGYLVKPNESISLDHSTMNLTVNDSKQLTATTTPSAVDIDWSSSDETVATVDSNGNVKAIKEGQATITAQIKGTDIKADCIVTVTKEDKEPEPADPEQEYIINTAYAKGDNTNNASGEVSIIFKGVAEAQLKVVKTADVDSVYVGDNFTYTIEVTNTSDKTAKSVVITDSAPNHIQFITSGVTTTQGTVDSNSTAKNIIVNVGDIPPSGKVIIKIPVLVVE
>NC_018648|2811614:2874243|2845390_2846890_-|WP_012424945.1|portal|DBSCAN-SWA
MEQQAKNIRDTLLKLPDNEIAERKRVFVDYYFYKGKSIDLDKAKQNPALYGQNWPVDDNVDYKPTQDIRNKVKPLLKKQARWMFGKKPILIFKADDLKDKEKCEELRKFIEDVFENNSFWNNTRKAFLETTIKKRALLRVEANPGQPVVIKYESIENFFYKEKNGKLLKAIFFEEDEMNVYREEDKDKIYYLHTYYYKVEEKTKALQAWYRKETYKNTDLVEKNEYDTGFSTIPCWLIRNGGELNNTFGESDVTDLRDAQNQYNRRNSDFADALRFQMFGSESVIDGKEEDVNKLNVAPGALHAIRTSDEALAQGKQATIQKQEYNIGNSEAMNSYLDRTDSDMKETLDMPKISDLNNIPSAKAMIYLYNDLIARMEEKFNDWERPLLSLINFIIEVGSVCYPGLFNKAWLNLKYTKLIKQNYPIPNDLDEKKKLAMDEVDSKVRSRKSYIKEYSDEEDEEKAFDEILEEATLLNQAQDTLIGGTNTDIDDIDNELKEE
>NC_018648|2811614:2874243|2872517_2873000_+|WP_012423992.1|DBSCAN-SWA
MTKYEKLLVKVEKLGIRVREIDFQTNEECGYYHNNKILINSRLTEKQKHGVLAEELGHHVKTYGDITDQSELKNRKQELIARREGYKFILEPLDLVYAYCHGCKNIYEIAEFYDITEKQLNDIILDFKNKYGIGKKIDKYFVRFEPSFGFYEIFDDKYVF
>NC_018648|2811614:2874243|2844367_2845378_-|WP_012423275.1|DBSCAN-SWA
MNSYKKKILEARKQVLKLTIEQEKQIIEIYSKASSKLIDDILDMPDSRTKTHKIDCAKIINNYTKELYENLNNNILENTWESSYIQRKVILDFADQVAPNRHISDRLKNNITKISDNAVRTLIAGGYYEDGKTLSKRLWNITKENGKNIDTLIKTNIAGGANVRTLANELEKYVNPKKRLVSKSFKAGINSYKISYNAQRLARTSITHAAAETQIQNAKRNPFSLGLKWNLSASHSARMHGKQDECDDREGKVYKPSETPLQHPNCLCFFTEEVDTEKAIKELKKWSNGASNPKIDKWYGEEYTPKDISNKSTKTIARVDNKNGKIKISNIYLLNK
>NC_018648|2811614:2874243|2816279_2818001_-|WP_012423114.1|DBSCAN-SWA
MLRYKSNMPRDIFHNTDYKHYIVQYQGKINDEALQKEGYYIAIINDKYAIISTQKGKKINVDDPLFSDIVYIKGTETYTLEEISPIEASQVRNVQINLPLQLTGKGVVVGIIDTGIDYLSDEFMTLQGDTRIDCIWDQTITSDKDGEIELIPYGALYTKEKINEAIKNYNEGKSPYEIVPSIDEFGHGTSMSGIIGATGKNPELKGVAPDCKFAIVKLIEDYSNKAAFDAKIPIYNITSIFSALEFLYEYALNNSVPMVIYLPLGSNSGNHRGNGILPEYIESISNSRGIVVVTGAGNERDRGGHASGSILKVGEARNIELNVSPEQKYLWAEIWVAPPNVMTVDIVSPSGENTGVIPAIINLSEDYNFIFEKTSIKVDFYIPEENTGDELIRIDFFDLQPGIWKIKLIANMVLDGAYDIWIPQYGLSIGDTSLSPSDPFGTFTTPGGATSIITVAAYNQNNNNIVNYSGMSFLNDYIDRVDIAAGGVNALAVAPNNETKIVNGTSVAAAVVAGTCAILFEWGIVEGNDPYMYSQTIKTYLTRGTKKRPGDTYPNPEWGYGILDVLGIFSNMT
>NC_018648|2811614:2874243|2862650_2863271_-|WP_012423321.1|DBSCAN-SWA
MKGRPSGSKNKVLHIWNDEEKEYLKKITSGHHYAEIQKMINKKFDLNLTINQIKGAISRYKLNTGFTGHLPKGNIPHNKGMKGIYAKGSEKTWFKKGQIPFNHKSVGSERITKDGYIEIKIAESNKWRLKHQLVWEKYNGLIPQKHVVIFADGDKRNFDIKNLILISRSKLLIMNKNKLIYNNAELTKTGIVIASIQEKIRERKRR
>NC_018648|2811614:2874243|2863520_2863973_-|WP_012425252.1|DBSCAN-SWA
MVAGTLKSNALGKAKKKFDIPAKDISNLWLIIKEEDYPEKCINFGNNKEKGKMLKKKDYTEVKKESNAIIPKEAKKPIETNKKVIEDTFRIISKEITLEGKFGIYKITKNGVQAGKEYFKDLEALEAYKKEELKAFNAKIDEIKATFAYM
>NC_018648|2811614:2874243|2870692_2871436_-|WP_012422802.1|DBSCAN-SWA
MYGTYEEPLFLAKDVAEWIDYDESKVGQMIKNIDEDEKETSPIFYSGQIRNMYFLTEDGLYEVLMQSKKPIAKKFKKEIKKILRQIRKTGGYLGTDESMTDEEIMAKALLVAQNTINKKNELLKAKEEEIQAKEKQLTETKEDLNNKNKFINQIAVSENSLLVRECAKIASKNGVIIGERRLWDKLRAWGFIFKNLTEAKQDGIDRGYFEIVEGSKTNKDKTFTYKTTRVTGKGQIYIINRLLKEAI
>NC_018648|2811614:2874243|2831842_2832433_-|WP_012425296.1|DBSCAN-SWA
MKKHKLLIFSLISILGFSLVGCTNNNKVNKNTEKEIHSIIEVDNTKTDNIKKEENNKVYKLNEVGKSGNYQLKTLGYNEVIKIKGTSKNFITDNKYVVVDIEIAANDATLESGYSADDFLLVDNNKKTYSAESTITNHLNVKNEHDDDSYIGIYKPLNPNVFKKTQIVFEVPKDTEPELIKNKNSGSKSYVQFNLK
>NC_018648|2811614:2874243|2851541_2851913_-|WP_012422918.1|holin|DBSCAN-SWA
MEDKEYEEKSLNGNRFWGWIGRLIAVAIILGITSFFTPGFTINGLWSFLIAAVVITVLDYIVEKFMRIDASPIGKGAKGFFIAAVIIYLAQFFVPNMNVSIIGALLAAIVIGILDAILPGRIM
>NC_018648|2811614:2874243|2855318_2855468_-|WP_012424716.1|DBSCAN-SWA
MTAKELAAKTVRDIAKRRERKENEFLAYQKYHTEKKKCRWSVKKGGYKW
>NC_018648|2811614:2874243|2853799_2854270_-|WP_012425242.1|DBSCAN-SWA
MLKEVKKGSLRMFEMMYAPLVDDDCNLILETIRKYLWSNRDKLFKELRIEFMKVIIGESRSRIKLLEKDFNGKELAHLQKLYWLLYITYNYKNPFHIMLTDTNKQTLKKIRLNPDKALFETLKEDFKFGYYIDFGEPLEEKPILEELEKLMIKIVV
>NC_018648|2811614:2874243|2829669_2830011_-|WP_012425673.1|DBSCAN-SWA
MENNIFEDIKRVMDNNFKSGINEAMFSNSLVLGTITTTGLKLDDFKHEISDYLVLDYLKLNDNYSTEDTSCTSLHSHEFKTPENLKSIKPGDRVLVARIGNECVIVGRVSTNA
>NC_018648|2811614:2874243|2866409_2867153_-|WP_012423680.1|DBSCAN-SWA
MNENKELTEQQGANIANDLDTFGSIKGFENTCRMAKALASSTIVPKEYHDNIGNCLIALDVANRVGLSPIMVMQNLYVVNGRPAWGSQSISALINTSKKYAKPLQYKIDGSGDELSCYAYTFDHEENEIKGPVITIKMAKEEGWINKSGSKWKTMPEVMIRYRAASFFGRLHCSELLLGIYSADEAVELEPATVIEVTHEEVKQEIKENANQEIIDIQIEEVKEDDKEKSKNENPTVKQTVVKTEPF
>NC_018648|2811614:2874243|2825762_2825921_-|WP_012424936.1|DBSCAN-SWA
MNWFEKVKRYFCWGCYNNSDIWDFVSYKKITTEQYIEITKVEYTEQRPVEVV
>NC_018648|2811614:2874243|2848244_2849144_-|WP_012422643.1|terminase|DBSCAN-SWA
MDKQNYDLAEEDYINGMKYKEIAEKYNVSINTVKSWKTRYKWCKDKKSMHTKNKKVCTQNKNGASIKKNKENSKEPIADEVKEVMENEDLTDKQRLFCVIYAKCMNATKAYQKVYRCTYETAMVNGSNLLRNTKVKEQIDSLTAIQFNKEALKRSVIQKYIDIAFADIGDYVKFGKKYRPAWTKDKEGRDVPVIDPNTGEQKIKEYNYLDLKESSLVDTTLINEVAEGKDGIKFKLADKMKALDFLTKHCNLLSDEEKIKLDIANKQLQNVKLQAETEKIKGKDKDEQINIVIKRKERD
>NC_018648|2811614:2874243|2869219_2869378_-|WP_012425611.1|DBSCAN-SWA
MISIYTLNQDLVDVEGHLNDGNLEAAKDAFLKLKDDSREVIGFLDECSSIQK
>NC_018648|2811614:2874243|2856282_2857314_-|WP_012425653.1|DBSCAN-SWA
MEYINDININQAVIHVLDRNATEPVLNEFTLELNEEVYKFLYKHIEKCLKDDELKYAKFKQGTNLVKETVQGYLNGIDDEFIGLSKRLAKQLFAIMQMDESIDSCDLIIVSLTTDQGPMIGILKLDYVKNFTHEIQFIDEKIRVGIVPQIAGLPGSSQKIEKAAFIKPYREDNLFNLYVLDKKKRTKEDAELRINYFVAYYLYSTLITNERDNTKSFINNSENWIRKNVQSAEDQQKIRDSFKNKVIEEDIINIEEVAKEVLKEPGAADNFKVYMAGSCEKEFGVDKTYVEKKVKKVRLNIDREIDLYISNVAYNDQDKFDIVPNGDGSVNMIIKNVMSYIEK
>NC_018648|2811614:2874243|2852795_2853065_-|WP_012424001.1|DBSCAN-SWA
MEVIHEYDSETQKLIDEIERTIVSIRKEYESKLHPKTAKECVKLSRPGYEKAIIKEYNKRIKPYQKRLEEIYLTSVPKIIIKGHMEKNI
>NC_018648|2811614:2874243|2850206_2850755_-|WP_012424356.1|coat|DBSCAN-SWA
MKLTCGELHNLSELILSCVNSITNMELYKNQAIDTELKSMIETHLPIHIQDYNMKVKFVKEANAPAEKLNVPELKKILQDFTNAPVAPISVTPRTEVQQLNDREIATGYLLTLKRAGREYAWSAMEASNPELREFLKDAFTMSCNHAYEVWQWMVQKGFYSLSPALQQEIDSTGSMFNEVQK
>NC_018648|2811614:2874243|2840546_2841584_-|WP_012423388.1|capsid|DBSCAN-SWA
MKISEFINSKQIALYINNLPPQTNIDEALFPSDKQLSMELELAKGAKQRPVALKMSTFDVAAKVRALKANVNVEKKEMPFFKEAVGIKEKDRRKLIEAKNSNNQNLIDFMLKQVFDNYANLVGGADVQATRMRAQVIQKGEINIVTDDGDIVVDYGIPLEHKEVLSGSAKWSDPSADIVNDIKRWQKKFTDSGSEKPTRMLLTEKTFSYITINEAITKDLKSRTLGEVIITDEDYISFLKKKLSLEIAFLNGVYVDEQEKKQNYYEDNLVTLIPKGTLGKTIYSITPEEYDKIYGSQTIDTEVIKTGIAITTMVKEDPVAVDTKVSQIVLPSFDNAEECFFATVG
>NC_018648|2811614:2874243|2812154_2812349_-|WP_012424838.1|DBSCAN-SWA
MTSNNRTLVPEAKAGLNKLKTEVASGFGLQDYENGYKGDLSSKQNGSVGGEMVKRMVESYEKGI
>NC_018648|2811614:2874243|2858452_2858641_-|WP_012425199.1|DBSCAN-SWA
MDIKLKDILSCVKTWTTLRLDNKDNGEKFYPSYSEITSYGDYYITEIEAAEDKLIVTIKEQI
>NC_018648|2811614:2874243|2849336_2849504_-|WP_012423432.1|DBSCAN-SWA
MEVKCYTRWKGNNLICLCKKDNSGCDRYKSCNKVEVTLDQYKGWEECFKNNERRR
>NC_018648|2811614:2874243|2864301_2864610_-|WP_012423721.1|DBSCAN-SWA
MKLKFIQLGNNLVTGEDNERDTWDKIQNKFKEESKELIEAIEERNLFHILEETFDVIQITIRSLTLLKKHNVDIELGNRVHLKKLCKRRWKCIRFIRVFWDK
>NC_018648|2811614:2874243|2860590_2861034_-|WP_012422652.1|DBSCAN-SWA
MSKIHELKILPQYFSDVVSGKKIFELRKNDREFEVGDTLVLKEYLQEISDRYKTTLHAQYTGQEVKKEISYILDGGKYGLQEGYVILALGEYKVKSKPPFRVICIDDDCCGELVEGRRYIVTKEIDDRYVLLGLSEGEYPTCYFERI
>NC_018648|2811614:2874243|2862249_2862543_-|WP_012425689.1|DBSCAN-SWA
MNLIDLCEKCHYSIHHGKDGHDLDETIKLQFQNYLEIVFNKDYFSREEVQTILDINSKSTDRLLKTLKQYKGLFAREDIVRASMGGKLIILEEYKNE
>NC_018648|2811614:2874243|2831027_2831717_-|WP_012424610.1|DBSCAN-SWA
MDIYLIDEAKNYKFHFPVNPLNSLSLSKEKRYISCDILDFGEVDINQKGEKIREISFNSLFPKEYDESYCREMYLDTPLNSKKLIEDWQDIEQPLRLIITDIDVNELVSISKFTYEFVAGELEDIYFSITFRTNREIKIETITSTSTSSYSGGLQDNRPSQESKFKDGDKVKVTASALNVRSGPGTENDIIGTLYKGQIVTAYRVEGQWLHTYYGDHGGYVHMDYIVKV

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012424593.1|2811614_2811986_-|holin	phage holin family protein	NA	NA	NA	NA
WP_012424838.1|2812154_2812349_-	alpha/beta-type small acid-soluble spore protein	G3MAF8	Bacillus_virus	1.9e-06	51.0
WP_012422880.1|2812806_2812956_-	hypothetical protein	NA	NA	NA	NA
WP_012423479.1|2813457_2813775_+	hypothetical protein	NA	NA	NA	NA
WP_079991393.1|2813907_2814102_+	DUF2892 domain-containing protein	NA	NA	NA	NA
WP_157860567.1|2815902_2816055_-	transcriptional regulator	NA	NA	NA	NA
WP_012423114.1|2816279_2818001_-	S8 family peptidase	NA	NA	NA	NA
WP_012423444.1|2817987_2819814_-	S8 family peptidase	NA	NA	NA	NA
2818825:2818843	attL	NA	NA	NA	NA
WP_012422770.1|2820758_2820944_-	LexA family transcriptional regulator	NA	NA	NA	NA
WP_012423663.1|2821693_2822485_-	glycoside hydrolase family protein	A0A0S2SYD0	Pseudomonas_phage	2.3e-13	35.4
WP_012424533.1|2822541_2822715_-	hypothetical protein	NA	NA	NA	NA
WP_012425638.1|2822726_2822963_-	hemolysin XhlA family protein	A0A0A7S0T7	Clostridium_phage	1.2e-15	51.3
WP_012423282.1|2823037_2824099_-	Ig domain-containing protein	A0A1D6Z291	Staphylococcus_phage	4.5e-09	44.3
WP_012424054.1|2824144_2825326_-	Ig-like domain-containing protein	A0A1L2BYA9	Clostridium_phage	9.7e-53	55.0
WP_012424936.1|2825762_2825921_-	XkdX family protein	NA	NA	NA	NA
WP_012425501.1|2825920_2826229_-	hypothetical protein	NA	NA	NA	NA
WP_012424561.1|2827472_2828123_-	YmfQ family protein	A0A2H4J1P4	uncultured_Caudovirales_phage	2.0e-52	46.5
WP_012424704.1|2828109_2829231_-|plate	baseplate J/gp47 family protein	A0A2H4J7K8	uncultured_Caudovirales_phage	3.8e-107	53.7
WP_012425647.1|2829236_2829677_-	DUF2634 domain-containing protein	A0A2H4J4Q8	uncultured_Caudovirales_phage	3.0e-31	49.4
WP_012425673.1|2829669_2830011_-	hypothetical protein	A0A2H4J746	uncultured_Caudovirales_phage	2.2e-21	51.9
WP_012423056.1|2830000_2831020_-	hypothetical protein	A0A2H4J063	uncultured_Caudovirales_phage	5.9e-83	49.3
WP_012424610.1|2831027_2831717_-	SH3 domain-containing protein	A0A2H4J045	uncultured_Caudovirales_phage	6.7e-46	41.7
WP_012425296.1|2831842_2832433_-	DUF4352 domain-containing protein	NA	NA	NA	NA
WP_012423644.1|2832473_2835533_-|tail	phage tail tape measure protein	A0A2H4J055	uncultured_Caudovirales_phage	1.2e-115	46.1
WP_012423050.1|2835739_2836183_-	hypothetical protein	A0A2H4J883	uncultured_Caudovirales_phage	5.5e-25	47.1
WP_012422818.1|2836243_2836666_-|tail	phage tail tube protein	A0A2H4J032	uncultured_Caudovirales_phage	6.1e-34	50.4
WP_012424951.1|2836686_2838102_-|tail	phage tail sheath subtilisin-like domain-containing protein	A0A2H4J1N7	uncultured_Caudovirales_phage	5.3e-122	49.0
WP_044025947.1|2838102_2838321_-	hypothetical protein	B6SBT6	Clostridium_virus	5.6e-07	48.4
WP_012423920.1|2838320_2839148_-	hypothetical protein	A0A2H4J4Q0	uncultured_Caudovirales_phage	1.0e-85	57.3
WP_012422971.1|2839148_2839574_-	hypothetical protein	A0A0N7ACC6	Bacillus_phage	1.5e-16	36.5
WP_012425359.1|2839585_2839972_-	hypothetical protein	A0A2H4J057	uncultured_Caudovirales_phage	5.1e-35	56.7
WP_012424252.1|2839971_2840292_-	hypothetical protein	A0A2H4J040	uncultured_Caudovirales_phage	1.6e-26	57.4
WP_012424276.1|2840293_2840488_-	hypothetical protein	NA	NA	NA	NA
WP_012423388.1|2840546_2841584_-|capsid	major capsid protein	A0A0A7RU11	Clostridium_phage	1.1e-119	61.6
WP_012425779.1|2841597_2841936_-	hypothetical protein	A0A0A7RU46	Clostridium_phage	5.4e-17	46.4
WP_012423434.1|2841949_2842582_-	phage scaffolding protein	A0A0K2CP96	Brevibacillus_phage	5.6e-15	34.3
WP_012424358.1|2842714_2843113_-	hypothetical protein	A0A2H4J1M8	uncultured_Caudovirales_phage	9.2e-40	63.9
WP_012425426.1|2843581_2843902_-	hypothetical protein	NA	NA	NA	NA
WP_012425694.1|2843961_2844240_-	hypothetical protein	NA	NA	NA	NA
WP_012423275.1|2844367_2845378_-	hypothetical protein	A0A2H4J048	uncultured_Caudovirales_phage	8.3e-61	39.3
WP_012424945.1|2845390_2846890_-|portal	phage portal protein	D9ZNC8	Clostridium_phage	9.5e-138	53.7
WP_012425869.1|2846889_2848242_-|terminase	PBSX family phage terminase large subunit	A0A2P1JTW5	Anoxybacillus_phage	3.4e-142	65.7
WP_012422643.1|2848244_2849144_-|terminase	terminase small subunit	A0A0A7RTY1	Clostridium_phage	6.9e-43	41.2
WP_012423560.1|2849181_2849331_-	hypothetical protein	NA	NA	NA	NA
WP_012423432.1|2849336_2849504_-	hypothetical protein	NA	NA	NA	NA
WP_012423205.1|2849583_2849886_-|coat	spore coat protein	NA	NA	NA	NA
WP_012425224.1|2849890_2850106_-	hypothetical protein	NA	NA	NA	NA
WP_012424356.1|2850206_2850755_-|coat	spore coat protein	NA	NA	NA	NA
WP_012423020.1|2850781_2851453_-	manganese catalase family protein	NA	NA	NA	NA
WP_012422918.1|2851541_2851913_-|holin	phage holin family protein	NA	NA	NA	NA
WP_012424903.1|2852158_2852353_-	alpha/beta-type small acid-soluble spore protein	G3MAF8	Bacillus_virus	1.1e-06	46.4
WP_012424001.1|2852795_2853065_-	hypothetical protein	NA	NA	NA	NA
WP_012422642.1|2853248_2853782_-	transcriptional regulator	NA	NA	NA	NA
WP_012425242.1|2853799_2854270_-	hypothetical protein	NA	NA	NA	NA
WP_012425671.1|2854440_2854749_-	hypothetical protein	NA	NA	NA	NA
WP_012423281.1|2854836_2855325_-	Holliday junction resolvase RecU	D9ZNH9	Clostridium_phage	4.2e-18	35.7
WP_012424716.1|2855318_2855468_-	hypothetical protein	NA	NA	NA	NA
WP_012425674.1|2855479_2856193_-	ORF6C domain-containing protein	A0A0A7RVQ9	Clostridium_phage	1.7e-36	38.7
WP_012425653.1|2856282_2857314_-	nucleoid-associated protein	NA	NA	NA	NA
WP_012424710.1|2857333_2858341_-|integrase	tyrosine-type recombinase/integrase	U5JA40	Bacillus_phage	8.4e-05	28.8
WP_012425199.1|2858452_2858641_-	hypothetical protein	NA	NA	NA	NA
WP_012422815.1|2858670_2859693_-	phosphoadenosine phosphosulfate reductase family protein	F8UBB2	Clostridium_phage	1.3e-69	43.9
WP_012423226.1|2859762_2859957_-	hypothetical protein	NA	NA	NA	NA
WP_012424152.1|2859997_2860549_-	hypothetical protein	NA	NA	NA	NA
WP_012422652.1|2860590_2861034_-	DUF3850 domain-containing protein	J9QD24	Clostridium_phage	3.5e-16	54.7
WP_012423569.1|2861050_2861776_-	hypothetical protein	NA	NA	NA	NA
WP_012424752.1|2861834_2862257_-	single-stranded DNA-binding protein	A0A290GHL8	Caldibacillus_phage	1.1e-27	61.2
WP_012425689.1|2862249_2862543_-	hypothetical protein	Q0SPI4	Clostridium_phage	3.6e-09	37.2
WP_012423321.1|2862650_2863271_-	HNH endonuclease	A0A1S5SBU7	Streptococcus_phage	3.1e-34	43.8
WP_012424275.1|2863274_2863508_-	hypothetical protein	A0A2H4JCC5	uncultured_Caudovirales_phage	7.1e-16	61.3
WP_012425252.1|2863520_2863973_-	hypothetical protein	NA	NA	NA	NA
WP_012422804.1|2863993_2864293_-	hypothetical protein	NA	NA	NA	NA
WP_012423721.1|2864301_2864610_-	hypothetical protein	NA	NA	NA	NA
WP_012424694.1|2864606_2864885_-	hypothetical protein	NA	NA	NA	NA
WP_012425726.1|2865699_2866410_-	MBL fold metallo-hydrolase	A0A1L2JY21	Aeribacillus_phage	6.4e-52	44.3
WP_012423680.1|2866409_2867153_-	hypothetical protein	A0A2I7RZ22	Vibrio_phage	1.2e-43	44.0
WP_012423048.1|2867152_2869123_-	AAA family ATPase	A0A1L2K2K3	Aeribacillus_phage	6.3e-65	30.3
WP_012425611.1|2869219_2869378_-	hypothetical protein	NA	NA	NA	NA
WP_012424899.1|2869390_2869573_-	hypothetical protein	A0A2I6QR06	Streptococcus_phage	1.4e-06	44.9
WP_012423355.1|2869689_2869878_-	hypothetical protein	NA	NA	NA	NA
WP_012424334.1|2869887_2870049_-	hypothetical protein	NA	NA	NA	NA
WP_012423631.1|2870220_2870367_-	hypothetical protein	NA	NA	NA	NA
WP_012423493.1|2870479_2870692_-	helix-turn-helix domain-containing protein	NA	NA	NA	NA
WP_012422802.1|2870692_2871436_-	phage antirepressor Ant	A0A2D1GQG9	Lysinibacillus_phage	9.5e-38	37.6
WP_012425857.1|2871582_2871801_-	DUF739 family protein	Q6SEF5	Lactobacillus_prophage	2.0e-12	48.6
WP_012423472.1|2871965_2872349_+	transcriptional regulator	Q6R857	Staphylococcus_virus	2.0e-15	50.0
WP_012423992.1|2872517_2873000_+	ImmA/IrrE family metallo-endopeptidase	A0A141VTQ3	Staphylococcus_phage	5.0e-24	42.5
WP_012423159.1|2873046_2874243_+|integrase	site-specific integrase	A0A2I7SCV1	Paenibacillus_phage	1.0e-70	39.2
2876160:2876178	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_9

Nucleotide sequences of DBSCAN-SWA_9

>NC_018648|3398034:3408384|DBSCAN-SWA
CTTACCTTAAAGAAAAATCTTCCCTATCCAATGTTAAATTAACATTATAATAATGATCTCCATCTTTAAGTTCCTTCTTCCATCGTTCTTGAAATCTTCTAACTTCACCATTAAATCTAGCTTTTCTCTCTGGTGTATCTTCAGTTCCTCTTGAGATTGATTCATAATGATAAGCTTCAGCATAAGGAGTCCATACAATTAAATACCCAGCTTTTCTAATTCTCATACATAAATCCACATCATTAAAAGCAACTTCAAAAGTTTCATCAAATCCATTAATTTCATTAAATATACTTTTTTTCATCATAATGCAAGCTGCTGTTACTCCTGATACATTTCTAGTAAAAAATAAATTTCCCATGTACCCAGTAGCATCTCTATTAAAATGTCTAAAATAATGTCCAGCTAATGTTAATATTCCTAGACCCAATCCTGCATGTTGAATAGTATCATTAGGATAATACAACTTCGCACCAATTGCTCCTACATCTTCTCTTTGAGAATACATTAACATTTCTTCTAACCAATTCTCACTTATAATTTCTATATCATTATTTAAAAACAATAATTGATTTCCCTTTGCATATCTAACTCCAAAGTTATTAATAGCAGAATAATTAAATTTACCCTTACTTTCATACGTAACAACTTTAATATTTTTATATTTTTCTAAAGTTTTATAATACTCAAAAGTTTTTTGTTCTGTACTGTTATTTTCTATTATTATTATTTCTATATTTTTATAAGTTGATTTTTCTAATATAGAATTTATACATCTAGAAAGATCTATAATATGATCTTTATTAGGTATCAATATTGAAATTAATTGGTTATCTATTATAGAATATTTTATTCTATAAATATTAGGATGTACTGTAGAACTTTCTACTGTAGCCTTTAAATCACATCTAGACAAATGTTCCTTTACAGCATTAATTCCTGCTTCAATAGTATATGGTTTTGCGTATGGATCAGATGCAACTGAATTTGAACTTACTCTCCAGTGATATAATATTTTAGGTATATGCACAATATTTTTTGATTTTTCTGTTAATCTCAAAATCATATCATGATCTTGGGATCCATCAAATTCTTTTCTAAATAAACCCGTTTCTTGAATTAAAGTCTTTTTAAAAACAGTAAAATGACAAATATAATTATTAGCTCTTAAATTATCAATGGAAAAATCTGGTTTGAAATGAGGATCAAATCTCATATTAACATCTGTATCAAACTTATCCTCATCACAATAAATAAAATCAGCATTTTTTTCACAAATAACTTTCATATATTCAAATAATGCTGATTGATGTAATACATCATCATGATCAAAAAGTGCTATATATTCTCCTATAGCCATTTTGATACATTCATTTGTATTTTCCGAAATTCCTCTATTTGCTTCTAATATTTTATATTTTATACGCTTATCTTTCTTTATATAATCTTCAACTACTTTACTAACATAGCTATGTTCTTTATCACTTCCATCTGCAAGACATAGCTCCCAATTACCATATGTTTGATTTATACAAGAATTAATCATCTCACATAAAAAGTTTTTTGGAGTATTATATAATGGTACAACTATACTAAATTTAATATCTTCAGAAAATTTAGTATTAATTTGAATTTGCTTTTCTTCATCAGTTAAAATAGTTTGTTTTACATATTCATTGTAACCTTCAAAATTTATAGATTTTTGTGTTATCTTTCTTAGAGTATACTTTATACCATTTTGTTTTAAGCACTTTATTCCCTTACAAGTTAAATGTGTATATTTATTAGATTTTAAAATCTTCTTCATTAAATCTAAAATAATTCTAATTGGCTTTGTTATTTTCCAACAAGTAGAGTTTAAAATTTGATTATAACTATTCTCTATATGTTGTAATCTATTTTTAAACTCTTCTCTTTGTAATATAGCAGTATGATAATGTAGTTTGTAATATTCTAATTCATTCTTTAACTCTTTTATATTATTTTCTTTTTGAGTTAAATTATCACTTAACTCTTTTATAATATTTTCTTTCTCTAATACAGTATCTTTTACCATTATACTATTTTCATTTTCTTCATTTATTAATCGTAATTTATTTAAAATACCAATAGATGAACTATAATCAAAAGTAGATATATTAGCTTGTATCTTCAACCATTGTATTGGTTTTTCTGAACAATTAATCATTATTTGAGGATCATCATTATCAAAAACGATATAATTATCAATACAATATCCATTAAATATTTCATAATTTAAAGTTCCAATATTTGATACTATATTCATTCCACTTAGCACCACAGTTTTTCCTTCGATTGGATCAAATCTAATATTTTTCACATTTGTAGGAATATTAATTAATAAATCTATGTTTCCTGAAGATTTATTTACTTTGTATGAATAACTAATTTTTGATTCTTCATTAAAACCATTTCCAGTATCTAAATAAAGTGTAGTCTTTTCATTTTTTTCTAATTTTTCTTTCTTCATTGGAAGCTGAGCAATGGATCTCATATCTTGAATATTTTTATGTATAAAGTCTATATATTTTTGTGATAAATTTTCACTAAAAAGATTCTTTACGTTATTATCTAAATAATTATTTAATTTCAAATCATTTGTTATAACAATAAACTTTCTATAGTTATTTTCGCCACTATCATGAATAAAAATATTTTTTTTATAAAAATCATCAATCCTATCTTGAAAAGATATTAGTTCAGGAGTAGTATAGCTATAAAATGTTGATTTAGTCATTTGTTCCCACAATAAAATATCACCATGTTCAAACATTAAATAGTTCCTATTCATATTTTCAAGAATATTTTTAACTTCATCAATATTAGGTAATCCATTATCAATGTGTTCACTTAACCAAATATGATTTTGTCCAAATATAGCTTTATAATATTCATTTGCACGTATTTCAGCACTTTCAACGGCTTCACTCTTAAATGGGAAACAATTTAAATTTAATAATTTAGCAACCCTACTTGTTTCATTTAAAAACTTAATTCTTTTATCTTTAGATATATGTTCAAATACATCTGATGAAATAACAATGTCGAATTCACCATCATTAATATTCTTTAAACTTGTAGCATCGGCTTCTATAAATTTAACCTTACTATCTATCTTCTTAGGAATAGTTAAATCTGAATAAGTAATATTTTCATTAGGTAAAAATTTTTCTAAATTTAATTGTTCATTAGAACCAACCTCTAAAATATTTAATTTATCAATATTATAATATTTCTTTACAGCTTCAACTATAATTTGTATAGTCTTATATCTTTGATATTGATCAAAAGTAATTCCCATTATTTAATTACCTCCCATTTATGTTCCATAAAAAATTGACCTTCTGAAAAGTATTTATTGGTTATTAAAAAGTTGCATACATCCGACTTATAGTCTATACACACTATTCCTTCATTATTAAATATACCTACATCTATATTATAACTTCCCCCTAATAAACTCACGGATGGTATAACATATTTCACCTTATGTCTTCCATATGTATTCAGTACTTTAATCTTATCTAGATGTGTATTAGGCCCAAATATGTAATCTCTATCTGGCGTGTACAATGCAACACCTAATAAAAATCCTGATATTTCATTATCATATATCTCATATTCAACAATAACTTCTATCTTATCAAAAGTTTCAATATTAGATTTAGAGCAAGTAACTTTTGTTATAATTGCAACTATATCCTCTGAAGGTCTAATAAGATTTTTTTCTTTTATTTGTTCTTTTTCTATGATAACTTCTTCAACTATATCTTCTTTTATTTTCCCACCTTGTAACATAAAAGCTTCATATTTATCTACTATTTCACTTGATTCTCCACTATCAATAATTTCACCTTTGTTTATCCATATTGCTTTAGTACAAAATCTTTTTACTTGTTCTGTTGCATGAGAAACAAATAAAATAGTAGTTCCATTCTCTTTAAGTTCTTTCATTTTGTTGATGCATTTAGTTTGAAATCTCACATCTCCTACAGATAAAGCTTCATCTACTATAAGTATTTCCGGTTCAACATTTATAGCAACAGCAAATGCCAATCTTGCAAACATACCACTTGAATAAGTTTTTACTGGCTGATTTATAAATTCACCTATATCAGCAAACTCAATTATTGAACCTAATCTTTGTTCCATTTGTTCTCTTGTATACCCCATCATTGTTCCGTTAAGATATATATTTTCTAATCCTGTATACTCTGGATTAAATCCTGCTCCAAGCTCTAATAATGCTGATATCTTTCCATTAACTTGAACCATTCCTGAAGAAGGAGTTAATACACCTGTAATTATTTTTAATAATGTAGATTTACCAGATCCATTTGTCCCTAGTATGCCTAATGTTTCACCCCTTTTAACTTCAAATGATATATTTTTTAACGCATAATGTTCTCTGCTATATTTCTTTTTTGATATACTTAAAGCTTCTTTCATTCTATCTAGAGGCTTATCATATAATTTATATAGTTTACTTAAATTTTCTATTTTTATAGCTATATCTGACATATATATATCTCCTTACCTATAATACATCTGCAAAATGTGGTTTAAGTTTCTTAAATATAACTGTTCCTAAAATAAATAATCCTAAAATTATAACCCAAAAATACACAGTTTGAAAATATCTTTGAAAAAACCAAGCTTTATTTATAAATGTATCTCTATATCCTTCTACTATATAATACATAGGGTTTAATTTGACTATCCACTGAAAATTTTTTGGTACAATAGTATAACTCCACATTATAGGAGTCATCCACATTCCAACTTGTAAAAATATATTTATTATTTGTCCTAAATCTTTAAAAAATATTACTATTGCACTAGTTGCATATGATATTGCAAGCACCATAAAAAATGTACAAAATGAATAATATATTAACTGTATACTATATTTAGATGGATAAAATCCATATATACCTGCAACAATGAATAAAAAGCCTATGAATACAAAATGTACAAATAATGCAGAGATAACTTTTACTATAGGAAGTATACTTATTTTAAATACTACTTTTTTTACTAGGTAACTATACTCTAACATGCAATTTGTAGCATTAAGTAATGCTTCTTGGAAAAAGAACCATGGTATTATTCCAGATACTAGCCATACCACAAAAGGTACACCTTCCATTGGTGACCCAGCTTTTAATCCAAATTCAAATACAAACCAATAAACTAATATTGTAACTATTGGTTGAACAAAAGCCCATGTTATTCCTAAATAAGAACCTGCATATTTAGTTTTAAAATCATTTTTAGATAAATTCCATATTAGTGTTTTATTATTTTTTAATTCTTGAAATAATCCTAAAATACTTTTGGATTTTTTCATAAATAATAATACAAGTATATCAATAGCTATACAGATAACTAATTTCAATATATTGTTTAATATATTAATATGCTCATTAAAACTTGATACTAAATTTGAGTCTAGTTTGTATACTATATATGGATCATTACCTTCTATTTTTATATCAAAATAACCCAATTCTTCTTTTAATTGTGTAATTTGATTTTGATTGTTTTTATCTAATAATTGATTACTATCTATTTCTACTGATTTACCCTTACTTGATAATTTTATGTTACATATTTTTACATTAGAAGGTTGGTTTCCCAAATCTAATCTTAATTCTTTAGTATCCTTAGGAATTGTATATTTTATAGTTTCTTCTTTATTAATGTTTCTGTAGTTAACTTTTTGTGATTGTTCTTCATTCCATACCGTATCATTTCCATAGAAAACTTGATATATATCCTGCTTATCAGATATTATTTTATAACTCAAAGTTATATTTTTATTGTCTAAGTTACAATAATTAAATACCACTATATTTGATATAACCACTAAAAATATCAATATTACATATTTTATATACTTCCTTTTATTCATATTAAACTTATCCTCTTAATTCTGTTAAATATCTTTCCAAAGCATTTTTCCACTCAGGCATTAATTCAAATCCATTATCAACTAATGATTTCTTAGACAATCTAGAATTAAATGGTCTAACTGCCTTTGTTGGGTATTCACTTGTTTGAATGTAATTAATTTTACAATTTAATCCTGCCATTTTCATAATTTCTTCTGCAAATTCTGCCCAAGAGCATGTCCTTTCATTGGTTGCATGATAAACTCCATATTTTTCTGATATAACCATATCACATAAAAGTGGTGCTAAATCAGCTGTATACGTTGGACTCCCAATTTGATCAGAAACTACATTTAAACTTTCTTTTTCTGCTCCCAATCTAAGCATTATATTAATGAAATTATTTCCATTAATACCAAATACCCATGAAATTCTAACTATAAAATATTTATCTAAAATTTCTTTTACTTTTAGTTCACCTTTATATTTAGTTTTTCCATAAACTGATAACGGATTAATATTTCCATCTACCTCAAATGGTTTATCACCTAATCCATCAAATACATAATCAGTCGATATGTAAACCATCTTTGTATCTATTTCTTTACATGCCTTTGCTATATTTTCTGTTCCATATACATTCACTTTAGTACAAATTTCTTCTTCATCTTCTGCCTTATCAACAGCTGTATATGCAGCACAATGTATAACACATTCTGGCTTTAAATTTAAAATATATTCATTAACAGCTTTATCATCTGTTATGTCTAAATCTTTTATATCTATTCCTAAACATTCAATATCTCTTTTATTTAATTCTTTTACAACATCATATCCTAGTTGACCATTTACTCCAGTAACTAAAATCATATTTTTCCTCCTTTATAGTAAACCCTTCTTAGTCATATTAATAATATATTTAAATATAGTATTAGGTATAAACGGTAAAAAGGTTTCTATTAATATAGAAATCTTGTGAAATCTTCTATACTTTATCATTATCTTTAAGTCCTTAAGTGACAATTTTTTTGCATAATTCTTTCTTGCTTTTAACCATTCTAATGTCTCACTTATACAATTAGTTAATTCTTTTCTATAGCCTAATCTTTTTTGTAATTCAATATAACGCTCTAAAAAAATATTTATTCGCATTTTATAATATGTTTGCTTATCATAAATTCCTGTTAATATCCCTGTTTGATTAAAACTATGCTGTCTATATCTAACTAATGGTTTATTTATGAATTCTATCTTTCCTTCAATAGCTGCTATTATAGCAATCCATTGATCATGAATTAACATATCCTCAAAAGGTACAGCTTTTTTAGCAATATCTCTTTTAACCATCATTGCACATCCAGTTACAAAATTAACCATCAATAATTCTTTAGCTAAATTATAACCACTTTTATATACAATTCTTTTTCTTATATCGGTTATACTATTATGAGTTTTTATACTGTTTTCATCAATTATGCAAAGATCACTACAAACAAGTGTTACATCCTTATTTAATAGCTTTTCAACCATTAAATATATTTTTCTATCTTCCCAAATATCATCTTGATCACAATAAGCAAAAAACTCTCCATTGCCTAGCTTTGTAAGCTTTTCAAAAGCCTTATTAGACCCTTGATTTTTTTCACCCCTGATTAAAGTATACGAAAAGTTTGTAATATACTTTTTAAATAAATTTTCATCAACCGGAAATTCTGGGCAATCATCATAAATAAGTAGTTCTAAATTACCATAAGTTTGACTATTTAATGAAATGAGCTGTTCTATAAGCCAGTTTTCATTTGGCTTATAGACAGCTAATAATATAGATACTAAGCACTTATCTGTTTGCATACATATTCTCATAGTAGTTTGAATATTCACCACTTAATATATTTTCCCACCAAGTTCTATTATCTAAATACCATTTTATAGTCTTTTTAATTCCTTCATCAAAACTTGTAGTTGGAAGCCATCCAAGTTCACTATGAATCTTGCTAGGATCTATTGCATATCTCATATCATGACCTTTTCTATCACCTACAAATTTAATTAACTCTTCAGACTTTCCTAATTCATGAATAATTGTTTTAACTACATCTAAATTACTTCTTTCATTATGTCCACCAATATTATAAACTTCTCCTATTGTTCCGTTATGAATAATAATATCAATAGCTCTACAGTGATCTTCAACATAAAGCCAATCTCTGATATTTTCTCCACTTCCGTATACAGGTAATTCTTTATCATTTAATGCATTTGCTATCATTAATGGAATCAACTTTTCTGGAAAATGGTATGGTCCATAGTTATTTGAACATCTTGAAATTGTAGTTTGTAATCCATAAGTTCTGTTATATGCTCCAACTAAAAGATCTGCTGATGCCTTACTTGAAGAATATGGGCTTGATGTATGTATTGGTGTTTCTTCTGTAAAGAATAAATCTGGTCTGTCAATTGGTAAATCCCCATATACTTCATCTGTTGATACTTGATGATATCTTTTTATTCCGTATTTTATACAAGCATCCATTAAAACAGCAGTACCCATAATATTAGTTTTTAAAAATATTTCTGGATTTTCTATTGATCTATCCACATGACTCTCTGCTGCAAAATTAACTACTATATCTGGATTTTCTTTTTTAAACATATCATATACAGCTTTTCTATCTGCTATATCTATTTTATGAAAACTAAAGTTTTTACTATCTTTAACACTTTCTAATGTTTCCATATTTCCAGCATAAGTTAAAGCATCAACACAAATTATTTTATAATCATTATATTTATTAAGCATATAATGAACAAAATTTCCACCAATAAATCCTGCTCCACCAGTTACTACTATTTTCATATATTTATCTCCTCTAACCATTTATCTAAAACTCTATAATAAATTTAACAAATTCTATTTGTCTGAACTTAATCTTAGTAATATGCATAGATATTACTTAAAAATTTAGACTATCATTAAAAAATACAATCACTATCCTTTAAAAGTGGTGCTTTTTTATCTTTTTCTGAAAGAATAGGATTTTTTATTCCCCATTCAACTCCTATTTCTGGATCATTAAATCTAATGCTTCTATCACTTTCGTGATTATAATAATTATCTGTTTTATATACAAATTCAACATCATCAGTTAATGTTACAAATCCATGTCCAAAACCTCTTGGTATAAATAATTGCTTTTTATTTTCTGCTGAAAGCTCTACAGCTACCCATTGTTTATATGTAGGCGAATTTTTTCTTAGATCCACAGCTACATCTAATACAGCTCCCCTTACACATCTTACTAGTTTTGCTTGTGCATGTTTTCCATTTTGAAAATGAATTCCTCTAAGAATTCCCTTTTCTTTTGAATATGATTGATTATCTTGTATAAAATCACAAGCTATTTCTGGTGTTTTAATTTTTGAGTAAGTTTCCATAAACCAGCCTCTTTCATCTCCAAAAACTTGTGGTTCTACTATATAAACACCATCTAATTTAGTTTTAATTAAATTCATTGTTATACGCACCTCTCTTGCAATAGACAATTGATTATTGTCATTTAATAAATAACTTTATTATTTGCTACATTATATAAGTGCTTCCCATATGGACTTTTACCATATTGTTTAGCACTTTCAAGTAAAGTTTCTTTATCTATCCAACCATTTTTATATGAAATTTCTTCTAAACATGCAATCTTAAGACCTTGTCTAGTTTCAATAACTTTTACATATTCAGTTGCTTCAGTTAAACTATCAACTGTTCCTGTATCAAGCCATCCATAACCTCTTCCAAGTGTTATTACATCAAGTTTACCTTGTTCAAGATATATTCTATTTAAATCTGTAATTTCTAATTCACCTCTAGCTGATGGCTTTAAGTTCTTAGCATATTCACATACTTTATTATCATAAAAATAAAGTCCTGTAACAGCATAATTAGATTTTGGAACTTCTGGCTTTTCTTCTAATGATATTGCTTTTCCTTTATCATCAAATTCTACTACTCCAAAACGTTCTGGATCATCTACATAATATCCAAATACTGTTGCACGTCCTTCATTTTCAACTGCTCTTTTTAAATGTGCTGTTAAACCATTTCCATGGAATATATTATCTCCAAGTATCATTGCACAACTATCATTTCCTATAAACTCTTCTCCTAATGTAAAAGCTTGAGCTAAACCATCTGGAGATGGCTGAACTTTATAAGATAAATTCATTCCATATCTTGATCCATCTCCTAATAACTTTTGAAAATTAGGTAAATCATTAGGCGTTGAAATTATTAATATATCTTTAATTCCTGCTAACATTAAAGTTGATAGTGGATAATAAATCATCGGTTTGTCATATACCGGTAAAAGTTGTTTTGATGTAACCATTGTTAGTGGATAAAGTCTTGTCCCACTTCCACCTGCAAGTATTATGCCCTTCAT

Protein sequences of DBSCAN-SWA_9

>NC_018648|3398034:3408384|3403975_3404818_-|WP_012424446.1|DBSCAN-SWA
MILVTGVNGQLGYDVVKELNKRDIECLGIDIKDLDITDDKAVNEYILNLKPECVIHCAAYTAVDKAEDEEEICTKVNVYGTENIAKACKEIDTKMVYISTDYVFDGLGDKPFEVDGNINPLSVYGKTKYKGELKVKEILDKYFIVRISWVFGINGNNFINIMLRLGAEKESLNVVSDQIGSPTYTADLAPLLCDMVISEKYGVYHATNERTCSWAEFAEEIMKMAGLNCKINYIQTSEYPTKAVRPFNSRLSKKSLVDNGFELMPEWKNALERYLTELRG
>NC_018648|3398034:3408384|3406921_3407461_-|WP_012425702.1|DBSCAN-SWA
MNLIKTKLDGVYIVEPQVFGDERGWFMETYSKIKTPEIACDFIQDNQSYSKEKGILRGIHFQNGKHAQAKLVRCVRGAVLDVAVDLRKNSPTYKQWVAVELSAENKKQLFIPRGFGHGFVTLTDDVEFVYKTDNYYNHESDRSIRFNDPEIGVEWGIKNPILSEKDKKAPLLKDSDCIF
>NC_018648|3398034:3408384|3401354_3402575_-|WP_012424548.1|DBSCAN-SWA
MSDIAIKIENLSKLYKLYDKPLDRMKEALSISKKKYSREHYALKNISFEVKRGETLGILGTNGSGKSTLLKIITGVLTPSSGMVQVNGKISALLELGAGFNPEYTGLENIYLNGTMMGYTREQMEQRLGSIIEFADIGEFINQPVKTYSSGMFARLAFAVAINVEPEILIVDEALSVGDVRFQTKCINKMKELKENGTTILFVSHATEQVKRFCTKAIWINKGEIIDSGESSEIVDKYEAFMLQGGKIKEDIVEEVIIEKEQIKEKNLIRPSEDIVAIITKVTCSKSNIETFDKIEVIVEYEIYDNEISGFLLGVALYTPDRDYIFGPNTHLDKIKVLNTYGRHKVKYVIPSVSLLGGSYNIDVGIFNNEGIVCIDYKSDVCNFLITNKYFSEGQFFMEHKWEVIK
>NC_018648|3398034:3408384|3407505_3408384_-|WP_012425432.1|DBSCAN-SWA
MKGIILAGGSGTRLYPLTMVTSKQLLPVYDKPMIYYPLSTLMLAGIKDILIISTPNDLPNFQKLLGDGSRYGMNLSYKVQPSPDGLAQAFTLGEEFIGNDSCAMILGDNIFHGNGLTAHLKRAVENEGRATVFGYYVDDPERFGVVEFDDKGKAISLEEKPEVPKSNYAVTGLYFYDNKVCEYAKNLKPSARGELEITDLNRIYLEQGKLDVITLGRGYGWLDTGTVDSLTEATEYVKVIETRQGLKIACLEEISYKNGWIDKETLLESAKQYGKSPYGKHLYNVANNKVIY
>NC_018648|3398034:3408384|3402591_3403968_-|WP_041712297.1|DBSCAN-SWA
MNKRKYIKYVILIFLVVISNIVVFNYCNLDNKNITLSYKIISDKQDIYQVFYGNDTVWNEEQSQKVNYRNINKEETIKYTIPKDTKELRLDLGNQPSNVKICNIKLSSKGKSVEIDSNQLLDKNNQNQITQLKEELGYFDIKIEGNDPYIVYKLDSNLVSSFNEHINILNNILKLVICIAIDILVLLFMKKSKSILGLFQELKNNKTLIWNLSKNDFKTKYAGSYLGITWAFVQPIVTILVYWFVFEFGLKAGSPMEGVPFVVWLVSGIIPWFFFQEALLNATNCMLEYSYLVKKVVFKISILPIVKVISALFVHFVFIGFLFIVAGIYGFYPSKYSIQLIYYSFCTFFMVLAISYATSAIVIFFKDLGQIINIFLQVGMWMTPIMWSYTIVPKNFQWIVKLNPMYYIVEGYRDTFINKAWFFQRYFQTVYFWVIILGLFILGTVIFKKLKPHFADVL
>NC_018648|3398034:3408384|3405785_3406805_-|WP_012424996.1|DBSCAN-SWA
MKIVVTGGAGFIGGNFVHYMLNKYNDYKIICVDALTYAGNMETLESVKDSKNFSFHKIDIADRKAVYDMFKKENPDIVVNFAAESHVDRSIENPEIFLKTNIMGTAVLMDACIKYGIKRYHQVSTDEVYGDLPIDRPDLFFTEETPIHTSSPYSSSKASADLLVGAYNRTYGLQTTISRCSNNYGPYHFPEKLIPLMIANALNDKELPVYGSGENIRDWLYVEDHCRAIDIIIHNGTIGEVYNIGGHNERSNLDVVKTIIHELGKSEELIKFVGDRKGHDMRYAIDPSKIHSELGWLPTTSFDEGIKKTIKWYLDNRTWWENILSGEYSNYYENMYANR
>NC_018648|3398034:3408384|3404830_3405799_-|WP_012423850.1|DBSCAN-SWA
MQTDKCLVSILLAVYKPNENWLIEQLISLNSQTYGNLELLIYDDCPEFPVDENLFKKYITNFSYTLIRGEKNQGSNKAFEKLTKLGNGEFFAYCDQDDIWEDRKIYLMVEKLLNKDVTLVCSDLCIIDENSIKTHNSITDIRKRIVYKSGYNLAKELLMVNFVTGCAMMVKRDIAKKAVPFEDMLIHDQWIAIIAAIEGKIEFINKPLVRYRQHSFNQTGILTGIYDKQTYYKMRINIFLERYIELQKRLGYRKELTNCISETLEWLKARKNYAKKLSLKDLKIMIKYRRFHKISILIETFLPFIPNTIFKYIINMTKKGLL
>NC_018648|3398034:3408384|3398034_3401355_-|WP_012425464.1|DBSCAN-SWA
MGITFDQYQRYKTIQIIVEAVKKYYNIDKLNILEVGSNEQLNLEKFLPNENITYSDLTIPKKIDSKVKFIEADATSLKNINDGEFDIVISSDVFEHISKDKRIKFLNETSRVAKLLNLNCFPFKSEAVESAEIRANEYYKAIFGQNHIWLSEHIDNGLPNIDEVKNILENMNRNYLMFEHGDILLWEQMTKSTFYSYTTPELISFQDRIDDFYKKNIFIHDSGENNYRKFIVITNDLKLNNYLDNNVKNLFSENLSQKYIDFIHKNIQDMRSIAQLPMKKEKLEKNEKTTLYLDTGNGFNEESKISYSYKVNKSSGNIDLLINIPTNVKNIRFDPIEGKTVVLSGMNIVSNIGTLNYEIFNGYCIDNYIVFDNDDPQIMINCSEKPIQWLKIQANISTFDYSSSIGILNKLRLINEENENSIMVKDTVLEKENIIKELSDNLTQKENNIKELKNELEYYKLHYHTAILQREEFKNRLQHIENSYNQILNSTCWKITKPIRIILDLMKKILKSNKYTHLTCKGIKCLKQNGIKYTLRKITQKSINFEGYNEYVKQTILTDEEKQIQINTKFSEDIKFSIVVPLYNTPKNFLCEMINSCINQTYGNWELCLADGSDKEHSYVSKVVEDYIKKDKRIKYKILEANRGISENTNECIKMAIGEYIALFDHDDVLHQSALFEYMKVICEKNADFIYCDEDKFDTDVNMRFDPHFKPDFSIDNLRANNYICHFTVFKKTLIQETGLFRKEFDGSQDHDMILRLTEKSKNIVHIPKILYHWRVSSNSVASDPYAKPYTIEAGINAVKEHLSRCDLKATVESSTVHPNIYRIKYSIIDNQLISILIPNKDHIIDLSRCINSILEKSTYKNIEIIIIENNSTEQKTFEYYKTLEKYKNIKVVTYESKGKFNYSAINNFGVRYAKGNQLLFLNNDIEIISENWLEEMLMYSQREDVGAIGAKLYYPNDTIQHAGLGLGILTLAGHYFRHFNRDATGYMGNLFFTRNVSGVTAACIMMKKSIFNEINGFDETFEVAFNDVDLCMRIRKAGYLIVWTPYAEAYHYESISRGTEDTPERKARFNGEVRRFQERWKKELKDGDHYYNVNLTLDREDFSLR

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012425464.1|3398034_3401355_-	glycosyltransferase	R9S8I6	Prochlorococcus_phage	2.5e-05	23.2
WP_012424548.1|3401354_3402575_-	ABC transporter ATP-binding protein	A0A2H4PQG7	Staphylococcus_phage	2.0e-13	28.8
WP_041712297.1|3402591_3403968_-	ABC transporter permease	NA	NA	NA	NA
WP_012424446.1|3403975_3404818_-	dTDP-4-dehydrorhamnose reductase	A0A291LA50	Escherichia_phage	1.7e-38	37.9
WP_012423850.1|3404830_3405799_-	glycosyltransferase	NA	NA	NA	NA
WP_012424996.1|3405785_3406805_-	dTDP-glucose 4,6-dehydratase	I7HTA3	Enterobacteria_phage	1.5e-78	45.2
WP_012425702.1|3406921_3407461_-	dTDP-4-dehydrorhamnose 3,5-epimerase	I7HJC4	Enterobacteria_phage	8.6e-41	46.9
WP_012425432.1|3407505_3408384_-	glucose-1-phosphate thymidylyltransferase RfbA	I7I009	Enterobacteria_phage	3.5e-100	61.1

2. NC_018653

CRISPR-Cas detection and classification

Crispr_ID: NC_018653_1

• CRISPR_ID: NC_018653_1
• CRISPR_location: 12964-13339
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 3 spacers

Consensus repeat of NC_018653_1

Consensus_repeat	Method
GGAAAAATGCTTAATGGTTGGATTAATGATAATGGCAACTGGTATT	CRISPRCasFinder

spacers of NC_018653_1

>1.1|13010|89|NC_018653|CRISPRCasFinder
ATTTTGATTCATTTGGAGTAATGCAAACAGGATGGCAATGTATAGATAATGAATGGTATTACTTAAATCCTGTTGCTGGACAAGGGTTA
>1.2|13145|74|NC_018653|CRISPRCasFinder
TCTGTAATGATAGTGGAAAAATGCTTAATGGTTGGATTAATGATAATGGCAACTGGTATTTCTGTAATGATAGT
>1.3|13265|29|NC_018653|CRISPRCasFinder
ATCTAAACCCTAAATCAGACGGAACTAAA

CRISPR arrays and Neighbor proteins around NC_018653_1

CRISPR arrays

The CRISPR arrays of NC_018653_1

>merge|NC_018653|1|12964-13339|CRISPRCasFinder
GGAAAAGTTAAAACTGGTTGGGTTAACGATAATGGAAATTGGTATTATTTTGATTCATTTGGAGTAATGCAAACAGGATGGCAATGTATAGATAATGAATGGTATTACTTAAATCCTGTTGCTGGACAAGGGTTAGGAGCTATGCAAACAAAATGGATTAATGATAATGGCAACTGGTATTTCTGTAATGATAGTGGAAAAATGCTTAATGGTTGGATTAATGATAATGGCAACTGGTATTTCTGTAATGATAGTGGAAAAATGCTTAATGGTTGGATTAATGATAATGGCAACTGGTATTATCTAAACCCTAAATCAGACGGAACTAAAGGAAAAATGCTTAATGGTTGGATTAATGATAATGGCAACTGGTATT

>NC_018653|1|1|12964-13339|CRISPRCasFinder
GGAAAAGTTAAAACTGGTTGGGTTAACGATAATGGAAATTGGTATT	ATTTTGATTCATTTGGAGTAATGCAAACAGGATGGCAATGTATAGATAATGAATGGTATTACTTAAATCCTGTTGCTGGACAAGGGTTA
GGAGCTATGCAAACAAAATGGATTAATGATAATGGCAACTGGTATT	TCTGTAATGATAGTGGAAAAATGCTTAATGGTTGGATTAATGATAATGGCAACTGGTATTTCTGTAATGATAGT
GGAAAAATGCTTAATGGTTGGATTAATGATAATGGCAACTGGTATT	ATCTAAACCCTAAATCAGACGGAACTAAA
GGAAAAATGCTTAATGGTTGGATTAATGATAATGGCAACTGGTATT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018653.1|WP_052295166.1|13471_13801_+|hypothetical-protein	unknown	unknown	gnl|CDD|227588
NC_018653.1|WP_012431088.1|21903_22584_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431102.1|8317_8830_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_157860583.1|14073_14235_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431082.1|19294_19933_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_162137538.1|8032_8221_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431093.1|19988_21902_+|hypothetical-protein	unknown	unknown	gnl|CDD|274279
NC_018653.1|WP_012431074.1|3416_4187_+|transglutaminase-domain-containing-protein	unknown	unknown	gnl|CDD|376628
NC_018653.1|WP_035784561.1|5722_5944_-|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431070.1|6149_6404_+|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|238045
NC_018653.1|WP_012431109.1|7326_7563_+|helix-turn-helix-transcriptional-regulator	unknown	unknown	gnl|CDD|197775
NC_018653.1|WP_012431108.1|6458_7166_+|helix-turn-helix-domain-containing-protein	unknown	unknown	gnl|CDD|238045
NC_018653.1|WP_012431107.1|7635_7998_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431104.1|14247_14484_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431065.1|5319_5679_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431085.1|4433_5327_+|ParM/StbA-family-protein	unknown	unknown	gnl|CDD|212669
NC_018653.1|WP_012431073.1|18907_19183_+|hypothetical-protein	unknown	unknown	gnl|CDD|375135
NC_018653.1|WP_012431077.1|16771_18907_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431095.1|13862_14051_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431094.1|14547_16767_+|type-IV-secretory-system-conjugative-DNA-transfer-family-protein	unknown	unknown	gnl|CDD|226036

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018653.1|WP_012431070.1|6149_6404_+|helix-turn-helix-transcriptional-regulator	gnl|CDD|238045	cd00093, HTH_XRE, Helix-turn-helix XRE-family like proteins. Prokaryotic DNA binding proteins belonging to the xenobiotic response element family of transcriptional regulators.	2.64988e-11
NC_018653.1|WP_052295166.1|13471_13801_+|hypothetical-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	3.52369e-08
NC_018653.1|WP_012431109.1|7326_7563_+|helix-turn-helix-transcriptional-regulator	gnl|CDD|197775	smart00530, HTH_XRE, Helix-turn-helix XRE-family like proteins.	5.23973e-06
NC_018653.1|WP_012431108.1|6458_7166_+|helix-turn-helix-domain-containing-protein	gnl|CDD|238045	cd00093, HTH_XRE, Helix-turn-helix XRE-family like proteins. Prokaryotic DNA binding proteins belonging to the xenobiotic response element family of transcriptional regulators.	1.76328e-11
NC_018653.1|WP_012431094.1|14547_16767_+|type-IV-secretory-system-conjugative-DNA-transfer-family-protein	gnl|CDD|226036	COG3505, VirD4, Type IV secretory pathway, VirD4 components [Intracellular trafficking and secretion].	5.15554e-45
NC_018653.1|WP_012431073.1|18907_19183_+|hypothetical-protein	gnl|CDD|375135	pfam17332, pXO2-11, Uncharacterized protein pXO2-11. This is a protein of unknown function found in Firmicutes and predicted to contain 2 trans-membrane regions.	1.12294e-19
NC_018653.1|WP_012431085.1|4433_5327_+|ParM/StbA-family-protein	gnl|CDD|212669	cd10227, ParM_like, Plasmid segregation protein ParM and similar proteins. ParM is a plasmid-encoded bacterial homolog of actin, which polymerizes into filaments similar to F-actin, and plays a vital role in plasmid segregation. ParM filaments segregate plasmids paired at midcell into the individual daughter cells. This subfamily also contains Thermoplasma acidophilum Ta0583, an active ATPase at physiological temperatures, which has a propensity to form filaments.	5.30194e-38
NC_018653.1|WP_012431093.1|19988_21902_+|hypothetical-protein	gnl|CDD|274279	TIGR02746, hypothetical_protein, type-IV secretion system protein TraC. The protein family described here is common among the F, P and I-like type IV secretion systems. Gene symbols include TraC (F-type), TrbE/VirB4 (P-type) and TraU (I-type). The protein conyains the Walker A and B motifs and so is a putative nucleotide triphosphatase.	3.81901e-10
NC_018653.1|WP_012431074.1|3416_4187_+|transglutaminase-domain-containing-protein	gnl|CDD|376628	pfam01841, Transglut_core, Transglutaminase-like superfamily. This family includes animal transglutaminases and other bacterial proteins of unknown function. Sequence conservation in this superfamily primarily involves three motifs that centre around conserved cysteine, histidine, and aspartate residues that form the catalytic triad in the structurally characterized transglutaminase, the human blood clotting factor XIIIa'. On the basis of the experimentally demonstrated activity of the Methanobacterium phage pseudomurein endoisopeptidase, it is proposed that many, if not all, microbial homologs of the transglutaminases are proteases and that the eukaryotic transglutaminases have evolved from an ancestral protease.	1.05458e-14

Protein sequences

>NC_018653.1|WP_012431102.1|8317_8830_+|hypothetical-protein
MKKKLIAGVLATATVVGGVIPTTAFADVKEADNQIIIEEVQNVLPVIESESTTGSAIKIENDDKNLENEDIDEIQDLNQNEEIIVDEQQEIGISEVKELKATIDENITIGEKVNVKVIGFNATGEEIKLDKEKISYKWFADKEIVGNNDYLNITDDMANREISCRVDYRN
>NC_018653.1|WP_162137538.1|8032_8221_+|hypothetical-protein
MNLMFFKDIKVKHGIYVGIAPKGEQVIFNKFNRNNQGNSLTIGVPGRGSEFNMTTKFINTND
>NC_018653.1|WP_012431107.1|7635_7998_+|hypothetical-protein
MLDKKKVRLDKKEVKNLFVAGYIASEIADILKAKVDTVKKCIDRNFKIEEVLSIHKEKRRIKKDIKRVISNTSNRYMGTEQLIKYNRSSFNMNKNGVLVYNNDHGLAPVDLPQRFKPVLG
>NC_018653.1|WP_012431109.1|7326_7563_+|helix-turn-helix-transcriptional-regulator
MSSQFKKNRKNKLIDLRVKNNLSRSYVADKIGTSEDCIARIENSKQKIILDEHAVRLAKVYRVSLDDIYVASIQKSEL
>NC_018653.1|WP_012431108.1|6458_7166_+|helix-turn-helix-domain-containing-protein
MKGNVLIFSKNLKKLRTFNKMKQEDLAVKIGVARSNISYYETQKSEPTLTPLINIANIFNVTINELVTVELTDDIIQEKNQQQDNITKVFSSSEIFSKNLKELRIGKNMYQIELAKEVKTSKSNISFYESGRSEPTLGVLMRICDFFNIKLSELVSKDLKPTEWIKSESDFIKKISYDLESVENKDENFLKFLYELKEYYLNQSKRLEELVQIKIPAKLKEIDNIIEFVKEKRNE
>NC_018653.1|WP_012431070.1|6149_6404_+|helix-turn-helix-transcriptional-regulator
MNLIKKQRIKNKISQVELANLCKVKQSQISRIETNKELPSAKLIVKLATNLNLCPSDVFSFFYENNKCDFSENDKCNSNKNEKV
>NC_018653.1|WP_035784561.1|5722_5944_-|hypothetical-protein
MLKDFTNIITSNEAYLELDKNIFNVLNLIKKHIPDEKIFLLEKLENLYNMQEGIGEELIYRQGILDGAKLSKQ
>NC_018653.1|WP_012431065.1|5319_5679_+|hypothetical-protein
MTNNQNSAKEKKRDLKPVSFNYDNERDVKLLEYAQKAGMKFGTYVKFLIEKEMNGSNNNNLDINSIANAINQLTKVIESKSFVTNSISSDNIDDKPKKLSDKDKETKNIISGILNMNSK
>NC_018653.1|WP_012431085.1|4433_5327_+|ParM/StbA-family-protein
MNIGIDLGNGYTKFKGKKFASKVKMGRLANFGEKNKEVHEVKYNNASYVVGEGQFFITDDRYFTNEYKICLLTAIALASNEIVIEANICVGLPVMKYMSDVKRRLEDHLNTIGAEKITVNGEEKIIHIKSVTVFVESALVVKDRSQGNEITIDIGAGTENIIQWENGVPVNFDTKNKSFYNLYNKISKYLKDVGKGDVSTEYIEKTLGQDEIIINQELVDIRDTHNIIEQHVRELASKIISEFDISRARRIRLMGGGGLPTYKYWKNIIEKVELADNAQFINSEIYETVLEMSGIND
>NC_018653.1|WP_012431074.1|3416_4187_+|transglutaminase-domain-containing-protein
MKSKLLKTIALTLISVNTIVYPIYAAEVPKFSNLNDVEENIYTHLINRDSNINFIYTGSTREFKDNIVKTIKAAYSKDDYTERSWLEIKPNVNISDGKINTSINFEYLTNKEQEEFIDIEIKKITDKLINDKMSDFEKVKAINDYLANRYEYDYTLSSSNVYSALITNYTVCQGYSLTAYKMLKNAGIESRIGVGTNKGASHSWNIVKIEDSWYHLDITNNDSTRSNKYFLVSDKFLEDNNYKWNRTEYPEALNNK
>NC_018653.1|WP_052295166.1|13471_13801_+|hypothetical-protein
MGKKKKLTGMLIVSLLMISGLSTVASAEELYIPTFCNVVTGVTDTTNEISTTSWKYIDGYWYYLKPSGEKVTGWINDNGNWYFCDSLGRMLHDTVINNFKLGSNGAWIY
>NC_018653.1|WP_012431095.1|13862_14051_+|hypothetical-protein
MSENSIYDFELDENFNPKKRLVIYCPTDLIEKLDKTGKKNKLSKNKFGLEIIKNYFKEQPSM
>NC_018653.1|WP_157860583.1|14073_14235_+|hypothetical-protein
MAKSKIDNESKELAITILKTKDIDPEEWLNEKYKEVITQNSKILIDCLKNSQI
>NC_018653.1|WP_012431104.1|14247_14484_+|hypothetical-protein
MDVINQLVQLGNEVVKWIQTLGVPSCAIALGVGGIQQIFGGAEGARKARPWYTGAGLGLLVILGASAIAAFLSTKITF
>NC_018653.1|WP_012431094.1|14547_16767_+|type-IV-secretory-system-conjugative-DNA-transfer-family-protein
MKYIRNLKMLMKNDNESNKEMKLLQFLANQKLILLSTLIVFFLVTVLANLLSNAVMYLIGGSKSFSFLVSAFKFKLLSFPIFYIVMYSFTAILLWKVFFNFKASFRTINDGQKGTSRFTTIEELKAQYRSIPEKTEEFDGKGGVPISRYKNKIFIDDSPVNNIIIGTTRSGKGEMFIFPTIDIYSRAKEKASLIINDPKGELIAASQDTLKKRGYRIELLNLLKPMNSMSYNPLQLIIDAYKKKNYSEAQSLCSTLTYTLYYDPNPKDPFWMNSAMGLVNALILAVIDECFKKSDEIEKEMEKLDKNHKEFKVLEERKDKELSKMTLYTVANMLSELGSKEDEFQRNELDNYFSKLDPSSAAKMQYATSNFSKGTTRGGIFSTAMSKLQIFTLDEIAKMTSMNSINLKDIGFKNNDNEKPTALFIVTPDYDVSNHVIASIFIRQLYYVLAKESSLNDSGKCDREVIFLLDEFGNMPPIEGMANIITVCLSRGIRFNCVIQAYSQLKKLYGDDKETILGNCGNQIYILTNENETAEEFSKLIGEETIVTYSRSGEILDSTKHQTESVDSRRLLRAEELRSLNEGETVVVRALKRRDLKNNKITPRPIFNSIKTTTDMKYRYEYLSDEIDNSKSFSTVKVESLHESVDLKELLLFNNNNKSESLENSNNDTDNNKNIIISEVFDVDEISEIRNIIRKYLSTAFEIELDTPFDLFRKFCENENNEQLMKFAEKGINRITEMG
>NC_018653.1|WP_012431077.1|16771_18907_+|hypothetical-protein
MNGLLLSIEGTARLLHDNNITQIADVISIGFRWIGWRIIEFLSRIINTLEASATKLCTLNGFFNSTEVNTLINRYKPLVWMILGISIAIIGMKIIFNRVKNRGDLAPNLMFSVCVLILLPVMMLKIDTMSTLAIQDLNSYNISSANTIVKNNLHDIYYLDSVNYNLTGNKNNISANDILSIDINEKLDTDNISISHRKIFKNKIIKDSNGSSVMTKLKQGWFLYEQFYRYNLDFVVTLISLGAIGITLICISLKSVRLIFEIAVNKFLATLFAFADIESGKKLKAILKHIGSMFAVLVTMSVMLKFYVLFNSYLSRIESTNPFDDFTKVIVILGVSVAVIDGPNIIEQVFGIDAGLKSGLGVMVGGYGAARVVGGIGKGIAGEFKRMLSNPAEKLKNKVKSGISEKFAGNKDKSGAGNNNLANEMKSNNDKSSNKDKNLPTLQEQMNNKKNNNNEEKGSMKDLNDRNKPIDKAINNISNKDIDKPINDAIKNLNNKDNGKPIGEAMNNLNSKDNGKPMAEAMNNVNSKDNGKPIGEAMNNVNGKDNGKPIGEAMNNVNSKDNGKPISEAMNNVNSKGNGKPMAEAMNNVNSKDNVRPMVGAMNNVNNKDNGKPMAESMNNVNNKDNGNLINESTKKLENNKENTKSMNESMKKLENNKEKNNLINESINVSGSSKNSQVINSKKNESRMNQSVKNKNSAIANEFKENGGKK
>NC_018653.1|WP_012431073.1|18907_19183_+|hypothetical-protein
MDQYTIPKEISSEMKFSRKFYLFDIVILISSLSIAWLFSSMVYTKIIFFYYIFIFFGTVFLLMRNKFNPKKRNFQTVYFALKRDRTVYTRI
>NC_018653.1|WP_012431082.1|19294_19933_+|hypothetical-protein
MKKFLDITIKNEEPKKIKLNKEEKKELKEKRKKEKFEIKELKNEEKKVFKSTKELNPIADVNENDIFLTKDGYIDIYQVESKDIYAFNQYEADLHVYNFIAFLRNYLNDFKLISMNFPVNTSRQQEYIRNKLEQSTNEINNKFLQEKLDEFMFLEQYRNNKEFFIMFFAKNKQDITSSILKNQTRIFILKEISLEKKIKILFKLNNLNTKLI
>NC_018653.1|WP_012431093.1|19988_21902_+|hypothetical-protein
MGLKFWDNEVKNINHNPYLLSKIQPVGGIAFNPSSIRKGDGYEACIHLYEYQTTVNTFWLEQLLNFDDVVVTVDVSTANKQDALEQINRSISENLTRIDEVANNIDKIEASNTVDNLTSLVYDITSKDEIIKIVTIRYFISARTIDELDKKAKTILERLEGLGYRGAIFLNEQEYEWKSLFLSSTEQSKLPNKRNEKGIPSISFGGGYPFHFTELNDPTGMYLGTTKTGGNVIFDLFTKDDIRKSYNALVIGLMGSGKSTLLKKILNNNGIVNNTIRIFDIAGEFKTLVRILGGEVIALDGSDGIINPLQIFATIIDEDTNEILEEQSYMQHLSKVSMMYQFLAPNANSNEIREFEKSLSNFYSSFGIDTRKATQYETNEYPIMEELIEFLLNELYENVQKGILKANITNNRQERLENIILTLEGTVRDYGKLFNGHTTIKDITNKQIVSFEVRNLVQFDKRIFNAQTFNILTMLWNNALLQGLVEKKAFDEGRKTTMEAIKYLVLMDEAHKFINSNNIMAVDYLINFEREARKYFGGLIFATQSIRDVVPDNTSSEALEKIRTLFELTQYKFIMQQDNNSKKSLAEIFDGQLTESEIETVPFMGTGDCILSINGGKNIRFHIEASDKELELFKGGA
>NC_018653.1|WP_012431088.1|21903_22584_+|hypothetical-protein
MNKKNIIIVALLISFIFSFIYIGSKIFKKNDTNNDIATTNNVNEVKKNNINKEDIDEKESTESDLDKKIPVESGFKTTITGGDNEQEVIENNILLDNNSTSIQNKLEAKRVAENFVQAIVSFDINDKDGTVEKATKYVCKNKIDEVRSLYTNIGKSQDMKKTIITDLYSEEENKQENNEYLYFYVAVDVDLIDNYDQQVKGTGETYLVKLLKEDGQYKIIEYYFDE

Crispr_ID: NC_018653_2

• CRISPR_ID: NC_018653_2
• CRISPR_location: 27618-27744
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NC_018653_2

Consensus_repeat	Method
ATGTAGATTTAAGAAATGCAAATTT	CRISPRCasFinder

spacers of NC_018653_2

>2.1|27643|20|NC_018653|CRISPRCasFinder
ACAAGGAATGAAATTCTTAA
>2.2|27688|32|NC_018653|CRISPRCasFinder
TAAAAATGCAGATTTAAGAGATTGTGTTATAT

CRISPR arrays and Neighbor proteins around NC_018653_2

CRISPR arrays

The CRISPR arrays of NC_018653_2

>merge|NC_018653|2|27618-27744|CRISPRCasFinder
AATTAGATTTAAGCAATAAGGATTTACAAGGAATGAAATTCTTAAATGTAGATTTAAGAAATGCAAATTTTAAAAATGCAGATTTAAGAGATTGTGTTATATATGCAGATTTAAGAAATGCAAATTT

>NC_018653|2|2|27618-27744|CRISPRCasFinder
AATTAGATTTAAGCAATAAGGATTT	ACAAGGAATGAAATTCTTAA
ATGTAGATTTAAGAAATGCAAATTT	TAAAAATGCAGATTTAAGAGATTGTGTTATAT
ATGCAGATTTAAGAAATGCAAATTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_018653.1|WP_012431081.1|31912_32128_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431105.1|28521_28872_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431088.1|21903_22584_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431093.1|19988_21902_+|hypothetical-protein	unknown	unknown	gnl|CDD|274279
NC_018653.1|WP_012431112.1|31579_31816_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_041712655.1|27983_28499_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431082.1|19294_19933_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431092.1|24927_25203_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431076.1|32201_32489_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431079.1|28885_29236_+|single-stranded-DNA-binding-protein	unknown	unknown	gnl|CDD|366099
NC_018653.1|WP_012431064.1|25208_25619_+|hypothetical-protein	unknown	unknown	gnl|CDD|381052
NC_018653.1|WP_012431084.1|22644_23814_+|C40-family-peptidase	unknown	unknown	gnl|CDD|366353
NC_018653.1|WP_012431072.1|30102_30414_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431087.1|29437_29848_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431073.1|18907_19183_+|hypothetical-protein	unknown	unknown	gnl|CDD|375135
NC_018653.1|WP_012431068.1|23832_24645_+|hypothetical-protein	unknown	unknown	gnl|CDD|274009
NC_018653.1|WP_012431106.1|30706_31021_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431069.1|25632_26772_+|hypothetical-protein	unknown	unknown	gnl|CDD|375981
NC_018653.1|WP_012431089.1|29928_30087_+|hypothetical-protein	unknown	unknown	unknown
NC_018653.1|WP_012431077.1|16771_18907_+|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_018653.1|WP_012431084.1|22644_23814_+|C40-family-peptidase	gnl|CDD|366353	pfam00877, NLPC_P60, NlpC/P60 family. The function of this domain is unknown. It is found in several lipoproteins.	2.21627e-26
NC_018653.1|WP_012431093.1|19988_21902_+|hypothetical-protein	gnl|CDD|274279	TIGR02746, hypothetical_protein, type-IV secretion system protein TraC. The protein family described here is common among the F, P and I-like type IV secretion systems. Gene symbols include TraC (F-type), TrbE/VirB4 (P-type) and TraU (I-type). The protein conyains the Walker A and B motifs and so is a putative nucleotide triphosphatase.	3.81901e-10
NC_018653.1|WP_012431073.1|18907_19183_+|hypothetical-protein	gnl|CDD|375135	pfam17332, pXO2-11, Uncharacterized protein pXO2-11. This is a protein of unknown function found in Firmicutes and predicted to contain 2 trans-membrane regions.	1.12294e-19
NC_018653.1|WP_012431079.1|28885_29236_+|single-stranded-DNA-binding-protein	gnl|CDD|366099	pfam00436, SSB, Single-strand binding protein family. This family includes single stranded binding proteins and also the primosomal replication protein N (PriB). PriB forms a complex with PriA, PriC and ssDNA.	2.46475e-38
NC_018653.1|WP_012431068.1|23832_24645_+|hypothetical-protein	gnl|CDD|274009	TIGR02169, chromosome_segregation_protein_related_ptotein, chromosome segregation protein SMC, primarily archaeal type. SMC (structural maintenance of chromosomes) proteins bind DNA and act in organizing and segregating chromosomes for partition. SMC proteins are found in bacteria, archaea, and eukaryotes. It is found in a single copy and is homodimeric in prokaryotes, but six paralogs (excluded from this family) are found in eukarotes, where SMC proteins are heterodimeric. This family represents the SMC protein of archaea and a few bacteria (Aquifex, Synechocystis, etc); the SMC of other bacteria is described by TIGR02168. The N- and C-terminal domains of this protein are well conserved, but the central hinge region is skewed in composition and highly divergent. [Cellular processes, Cell division, DNA metabolism, Chromosome-associated proteins].	0.000149548
NC_018653.1|WP_012431069.1|25632_26772_+|hypothetical-protein	gnl|CDD|375981	pfam18555, MobL, MobL relaxases. This family includes members of relaxase enzymes. These enzymes initiate bacterial conjugation contributing to the spread of antibiotic resistance. These MobL relaxases are found mainly in Firmicutes. It is suggested that MobL type relaxases play a prominent role in horizontal gene transfer in Firmicutes bacteria. Family members carry a stretch of relaxase motif III 'HUH' sequence that is characteristic of the HUH endonuclease superfamily essential for enzymatic activity.	1.18576e-128
NC_018653.1|WP_012431064.1|25208_25619_+|hypothetical-protein	gnl|CDD|381052	cd19586, serpin_mimivirus, serpin-like proteins found in mimiviruses. These viral serpins are from Mimiviridae (Tupanvirus, Powai, Bandra, Moumouvirus, and Megavirus) and may represent a new clade of viral serpins. Mimiviridae are thought to have a common evolutionary origin with Poxviridae whose viral serpins are classified into clades N and O. N is composed of viral serpin-1 (SPI-1-like) and viral serpin-2 (SPI-2-like) serpins and clade O is made up of viral serpin-3 (SPI-3-like) serpins. Mimiviruses have the only known viral serpins outside of the poxvirus family. SERine Proteinase INhibitors (serpins) exhibit conformational polymorphism shifting from native to cleaved, latent, delta, or polymorphic forms. Many serpins, such as antitrypsin and antichymotrypsin, function as serine protease inhibitors which regulate blood coagulation cascades. Non-inhibitory serpins perform many diverse functions such as chaperoning proteins or transporting hormones. Serpins are of medical interest because mutants have been associated with blood clotting disorders, emphysema, cirrhosis, and dementia. A classification based on evolutionary relatedness has resulted in the assignment of serpins to 16 clades designated A-P along with some orphans.	0.00407266

Protein sequences

>NC_018653.1|WP_012431069.1|25632_26772_+|hypothetical-protein
MVGIVHKVRFVTSSSKKFKSYINYIARDEATRNNNFDKFSLYNDYMSNPEKSGSLFTSTKDWLDKKGTEQLKEVFEKSQENNSIMWQDVFSFDNEWLEKNGLYDSKTHTVDETKVRNAVRAAMEELKKNENLDGLVWSASLHYNTDNIHVHIASVEINPSRERGKRKPKTLINMKSKLLNNLIDRQAEYSKINDIIRKNIIEQRRDTDFFKDKEIKKMLKDIIKDLPEDHSLWKYNNNCMNDIRPKLDKLTKYYIENYKKDDYEELIKELNKGEKFLKESYGEGEKFRYKDYKENKINDLYTRMGNSILSELRINAKEKERLEARKKFVNNLRKNTNTNTLNIRNKDVNRIKNAMRDNVNHAKNQSIHRQLESEYEYFN
>NC_018653.1|WP_012431064.1|25208_25619_+|hypothetical-protein
MARKSKHFQLSEKNYAYLEELKEERQLKYLSDALDLVINEHRCKGDITTDYIIKLIVDKVSERIEEKFRGIKTASNSSDRNTKILLEMINGMFFKAKYGEIVTIAEDKSPALIIAENSVQKSIEGSRIKKLDSNFK
>NC_018653.1|WP_012431092.1|24927_25203_+|hypothetical-protein
MEIKVRDISKEAVIKIDGLAKKKGLSRNEYLKRHLENLSIMDKINDNEAKYTILIEKLTKILDYNTLALNKFLEENLFTLDELVQENSLKG
>NC_018653.1|WP_012431068.1|23832_24645_+|hypothetical-protein
MNEIERIVQRLQRNKLILHYFITGFLIVGLILFLNSNRLLNKKYNIINTDVNTNLVNQNLNVHLSKKEYNPNNRLIKFNIKVKLQIANQEIPIRTELVEKSNLGYKIPNNLVKVDKENYVIYATLPEKWTTVSLKVIEDIKDSNNPKFVKIYADSRDINIKNDLIEKKESELEIETIENEIESINQKINEKQSVIEEKKLLIEKEQCNLADMEKDKKYQTENEINETNTEIDNKRSTIEFTRLQIGKLEDESNELRNKISKLEVKKNDLR
>NC_018653.1|WP_012431084.1|22644_23814_+|C40-family-peptidase
MGFIKKFFKKILIAAIGFIFNFFLIVVTLMGACALLEHGGSSSNKHYYANLSGGGCPQEFVSYFNSTAQFFNIPNWVLAGVAKQESGFNPNDAYGGAYGIMQTQKYDFDGSDLWDGLMNCGLGNVYRSLGYNFNSSEDMWELFLTDPQVQIIAGAYEVRYYTNYVLYKKGMVSKLDYNNNENMALINWNADENDSQFREVLRRVFACYNGGPGYGMRVKLDKAQNDYPNKVFSYCMQFRGNGIPSGGGEGGLVGDNETIEKAINSGMSFVGNSPYCWGGGRTKDDIQAGIFDCSSFVHYCYSQAGIELGDYTSVTTYSLIGLGQKVDSSEMRRGDVIFFNTTGVNGHVAIYLGDNKFLHDGSSKGVSIGDLNNDYYKSTFNGEVRRIIQ
>NC_018653.1|WP_012431088.1|21903_22584_+|hypothetical-protein
MNKKNIIIVALLISFIFSFIYIGSKIFKKNDTNNDIATTNNVNEVKKNNINKEDIDEKESTESDLDKKIPVESGFKTTITGGDNEQEVIENNILLDNNSTSIQNKLEAKRVAENFVQAIVSFDINDKDGTVEKATKYVCKNKIDEVRSLYTNIGKSQDMKKTIITDLYSEEENKQENNEYLYFYVAVDVDLIDNYDQQVKGTGETYLVKLLKEDGQYKIIEYYFDE
>NC_018653.1|WP_012431093.1|19988_21902_+|hypothetical-protein
MGLKFWDNEVKNINHNPYLLSKIQPVGGIAFNPSSIRKGDGYEACIHLYEYQTTVNTFWLEQLLNFDDVVVTVDVSTANKQDALEQINRSISENLTRIDEVANNIDKIEASNTVDNLTSLVYDITSKDEIIKIVTIRYFISARTIDELDKKAKTILERLEGLGYRGAIFLNEQEYEWKSLFLSSTEQSKLPNKRNEKGIPSISFGGGYPFHFTELNDPTGMYLGTTKTGGNVIFDLFTKDDIRKSYNALVIGLMGSGKSTLLKKILNNNGIVNNTIRIFDIAGEFKTLVRILGGEVIALDGSDGIINPLQIFATIIDEDTNEILEEQSYMQHLSKVSMMYQFLAPNANSNEIREFEKSLSNFYSSFGIDTRKATQYETNEYPIMEELIEFLLNELYENVQKGILKANITNNRQERLENIILTLEGTVRDYGKLFNGHTTIKDITNKQIVSFEVRNLVQFDKRIFNAQTFNILTMLWNNALLQGLVEKKAFDEGRKTTMEAIKYLVLMDEAHKFINSNNIMAVDYLINFEREARKYFGGLIFATQSIRDVVPDNTSSEALEKIRTLFELTQYKFIMQQDNNSKKSLAEIFDGQLTESEIETVPFMGTGDCILSINGGKNIRFHIEASDKELELFKGGA
>NC_018653.1|WP_012431082.1|19294_19933_+|hypothetical-protein
MKKFLDITIKNEEPKKIKLNKEEKKELKEKRKKEKFEIKELKNEEKKVFKSTKELNPIADVNENDIFLTKDGYIDIYQVESKDIYAFNQYEADLHVYNFIAFLRNYLNDFKLISMNFPVNTSRQQEYIRNKLEQSTNEINNKFLQEKLDEFMFLEQYRNNKEFFIMFFAKNKQDITSSILKNQTRIFILKEISLEKKIKILFKLNNLNTKLI
>NC_018653.1|WP_012431073.1|18907_19183_+|hypothetical-protein
MDQYTIPKEISSEMKFSRKFYLFDIVILISSLSIAWLFSSMVYTKIIFFYYIFIFFGTVFLLMRNKFNPKKRNFQTVYFALKRDRTVYTRI
>NC_018653.1|WP_012431077.1|16771_18907_+|hypothetical-protein
MNGLLLSIEGTARLLHDNNITQIADVISIGFRWIGWRIIEFLSRIINTLEASATKLCTLNGFFNSTEVNTLINRYKPLVWMILGISIAIIGMKIIFNRVKNRGDLAPNLMFSVCVLILLPVMMLKIDTMSTLAIQDLNSYNISSANTIVKNNLHDIYYLDSVNYNLTGNKNNISANDILSIDINEKLDTDNISISHRKIFKNKIIKDSNGSSVMTKLKQGWFLYEQFYRYNLDFVVTLISLGAIGITLICISLKSVRLIFEIAVNKFLATLFAFADIESGKKLKAILKHIGSMFAVLVTMSVMLKFYVLFNSYLSRIESTNPFDDFTKVIVILGVSVAVIDGPNIIEQVFGIDAGLKSGLGVMVGGYGAARVVGGIGKGIAGEFKRMLSNPAEKLKNKVKSGISEKFAGNKDKSGAGNNNLANEMKSNNDKSSNKDKNLPTLQEQMNNKKNNNNEEKGSMKDLNDRNKPIDKAINNISNKDIDKPINDAIKNLNNKDNGKPIGEAMNNLNSKDNGKPMAEAMNNVNSKDNGKPIGEAMNNVNGKDNGKPIGEAMNNVNSKDNGKPISEAMNNVNSKGNGKPMAEAMNNVNSKDNVRPMVGAMNNVNNKDNGKPMAESMNNVNNKDNGNLINESTKKLENNKENTKSMNESMKKLENNKEKNNLINESINVSGSSKNSQVINSKKNESRMNQSVKNKNSAIANEFKENGGKK
>NC_018653.1|WP_041712655.1|27983_28499_+|hypothetical-protein
MKFLNNLNKDKKIIIVLSFLLLLVFAGYQTNSTIKNIKIKNLENEINELSLNIENSNRKVYAASNFTPNENIETENKEQKEVINIESNENDITPYRTIKERFIDIAKDIKKEYDESINDTEAISFETMDLSTLTDNQIKKTLEKLPNKKFNIKIEENKLGNNNFYKIILLQ
>NC_018653.1|WP_012431105.1|28521_28872_+|hypothetical-protein
MKKEDVYKFSQKVKLLLRSLEGVKIEGEDYKIEKIKSLYEELEIEIEKFSPTIKEEYSLRTKILYNQMLKSKKEYENIKKSNASKKLVQVALEDFKMSTLKYENSKKIRDSIKNIN
>NC_018653.1|WP_012431079.1|28885_29236_+|single-stranded-DNA-binding-protein
MNKVVLIGRLTKDPEVKFTQENGKAVTKITLAVDKYNSKSGQKEADFVPIVVWDKQAESIGNYMKKGSQIAISGRIQTRNYEEKDGTKRYVTEVIASEVQFLSRVNNVNSEDNESK
>NC_018653.1|WP_012431087.1|29437_29848_+|hypothetical-protein
MQMEEIKKLLTINKNWKEKFKGDLLDNLLEKCVDIEKYIDLITNEWMNIWISVTKDKEIRKIYYDFNKQIKELDIRRLKVEYEVIYNIYKYSKELEDSNNESTNNIENIIKWINIIDVNSLEELENALDEQIRYSL
>NC_018653.1|WP_012431089.1|29928_30087_+|hypothetical-protein
MNMPTIQELTQIGEVIIIWIKYMLMHLAVAMPIMFIVMKFLNVNKKFAKLLK
>NC_018653.1|WP_012431072.1|30102_30414_+|hypothetical-protein
MKILIDEKQYLEIMELLNMINREKATLLASFNLYLNDNERCLYENVKRENKKYLSLMKQLDKNKKNNIRKRLIAAVEKWIECEVTGDEAMTQIIELLEIKLTN
>NC_018653.1|WP_012431106.1|30706_31021_+|hypothetical-protein
MSIILISELMTKLNSNSFNREQLNIIEKYNNKDKKLFLTTICIVFASSIFDSIFRINLIFDIIDIVIIILSMLILIRYLYFKITMKKSLLIELQEIENKKMKIV
>NC_018653.1|WP_012431112.1|31579_31816_+|hypothetical-protein
MLIIIVIILYIGISLYSKHLLYIQSYARFKRELLYNREQNVKRVCNKSVKKIEWICFVPGINLITVLALSIMILIDKY
>NC_018653.1|WP_012431081.1|31912_32128_+|hypothetical-protein
MYNLINSLSNGDQKMFWLIFDLIVIATFHLIWFSYLFFKRKDSELQSIRKPLYYRSLQYILCICLGLLIAA
>NC_018653.1|WP_012431076.1|32201_32489_+|hypothetical-protein
MNKIIRVKVSKEIRNIIDLLSREKNKSKSQMLREILKIYKENNTTRNKNEVEDYSIIIHIPEKEGFTKEKYQKYADKITNDDIMIIINDLYNIQA

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
NC_018653_1	1.3|13265|29|NC_018653|CRISPRCasFinder	13265-13293	29	NZ_KJ776576	Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence	13282-13310	0	1.0
NC_018653_1	1.3|13265|29|NC_018653|CRISPRCasFinder	13265-13293	29	NC_018653	Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence	13265-13293	0	1.0
NC_018653_1	1.3|13265|29|NC_018653|CRISPRCasFinder	13265-13293	29	NC_010680	Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence	47376-47404	0	1.0
NC_018653_2	2.1|27643|20|NC_018653|CRISPRCasFinder	27643-27662	20	NZ_KT901798	Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence	30644-30663	0	1.0
NC_018653_2	2.1|27643|20|NC_018653|CRISPRCasFinder	27643-27662	20	NZ_KJ776576	Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence	27660-27679	0	1.0
NC_018653_2	2.1|27643|20|NC_018653|CRISPRCasFinder	27643-27662	20	NZ_KJ776581	Clostridium botulinum strain IFR_05/025 plasmid p05/025, complete sequence	33675-33694	0	1.0
NC_018653_2	2.1|27643|20|NC_018653|CRISPRCasFinder	27643-27662	20	NC_018653	Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence	27643-27662	0	1.0
NC_018653_2	2.1|27643|20|NC_018653|CRISPRCasFinder	27643-27662	20	NC_010680	Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence	14112-14131	0	1.0
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	NZ_KT901798	Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence	39023-39054	0	1.0
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	NZ_KJ776576	Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence	27705-27736	0	1.0
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	NC_018653	Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence	27688-27719	0	1.0
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	NC_010680	Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence	14157-14188	0	1.0
NC_018653_1	1.3|13265|29|NC_018653|CRISPRCasFinder	13265-13293	29	NZ_KJ776585	Clostridium botulinum strain DB2 plasmid pDB2, complete sequence	13042-13070	1	0.966
NC_018653_1	1.3|13265|29|NC_018653|CRISPRCasFinder	13265-13293	29	NZ_KJ776583	Clostridium botulinum strain KapchunkaB3 plasmid pKAPB3, complete sequence	13051-13079	1	0.966
NC_018653_1	1.3|13265|29|NC_018653|CRISPRCasFinder	13265-13293	29	NZ_KJ776581	Clostridium botulinum strain IFR_05/025 plasmid p05/025, complete sequence	19123-19151	1	0.966
NC_018653_1	1.3|13265|29|NC_018653|CRISPRCasFinder	13265-13293	29	NZ_KJ776579	Clostridium botulinum strain KapchunkaB2 plasmid pKAPB2, complete sequence	13051-13079	1	0.966
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	NZ_KJ776581	Clostridium botulinum strain IFR_05/025 plasmid p05/025, complete sequence	33720-33751	1	0.969
NC_018653_1	1.3|13265|29|NC_018653|CRISPRCasFinder	13265-13293	29	NZ_KT901798	Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence	16240-16268	2	0.931
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	NZ_KT901798	Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence	30689-30720	2	0.938
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	NZ_KJ776585	Clostridium botulinum strain DB2 plasmid pDB2, complete sequence	27461-27492	2	0.938
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	NZ_KJ776583	Clostridium botulinum strain KapchunkaB3 plasmid pKAPB3, complete sequence	27470-27501	2	0.938
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	NZ_KJ776579	Clostridium botulinum strain KapchunkaB2 plasmid pKAPB2, complete sequence	27470-27501	2	0.938
NC_018653_1	1.3|13265|29|NC_018653|CRISPRCasFinder	13265-13293	29	NZ_KT901798	Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence	16165-16193	3	0.897
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	NZ_CP024873	Leptospira mayottensis 200901116 plasmid p1_L200901116, complete sequence	92245-92276	8	0.75
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	LR214957	Mycoplasma fermentans strain NCTC10117 genome assembly, plasmid: 3	13692-13723	9	0.719
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	NZ_LR215006	Mycoplasma conjunctivae strain NCTC10147 plasmid 10	8258-8289	9	0.719
NC_018653_2	2.2|27688|32|NC_018653|CRISPRCasFinder	27688-27719	32	MH598801	Pelagibacter phage HTVC200P, complete genome	27397-27428	9	0.719
NC_018653_1	1.2|13145|74|NC_018653|CRISPRCasFinder	13145-13218	74	NZ_KJ776576	Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence	13162-13235	14	0.811
NC_018653_1	1.2|13145|74|NC_018653|CRISPRCasFinder	13145-13218	74	NZ_KJ776576	Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence	13222-13295	14	0.811
NC_018653_1	1.2|13145|74|NC_018653|CRISPRCasFinder	13145-13218	74	NC_018653	Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence	13145-13218	14	0.811
NC_018653_1	1.2|13145|74|NC_018653|CRISPRCasFinder	13145-13218	74	NC_018653	Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence	13205-13278	14	0.811
NC_018653_1	1.2|13145|74|NC_018653|CRISPRCasFinder	13145-13218	74	NC_010680	Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence	47256-47329	14	0.811
NC_018653_1	1.2|13145|74|NC_018653|CRISPRCasFinder	13145-13218	74	NC_010680	Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence	47316-47389	14	0.811
NC_018653_1	1.2|13145|74|NC_018653|CRISPRCasFinder	13145-13218	74	NZ_KJ776576	Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence	13297-13370	26	0.649
NC_018653_1	1.2|13145|74|NC_018653|CRISPRCasFinder	13145-13218	74	NC_018653	Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence	13280-13353	26	0.649
NC_018653_1	1.2|13145|74|NC_018653|CRISPRCasFinder	13145-13218	74	NC_010680	Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence	47391-47464	26	0.649
NC_018653_1	1.2|13145|74|NC_018653|CRISPRCasFinder	13145-13218	74	NZ_KT901798	Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence	16255-16328	26	0.649
NC_018653_1	1.1|13010|89|NC_018653|CRISPRCasFinder	13010-13098	89	NZ_KT901798	Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence	15970-16058	29	0.674
NC_018653_1	1.1|13010|89|NC_018653|CRISPRCasFinder	13010-13098	89	NZ_KJ776576	Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence	13027-13115	29	0.674
NC_018653_1	1.1|13010|89|NC_018653|CRISPRCasFinder	13010-13098	89	NC_018653	Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence	13010-13098	29	0.674
NC_018653_1	1.1|13010|89|NC_018653|CRISPRCasFinder	13010-13098	89	NC_010680	Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence	47121-47209	29	0.674
NC_018653_1	1.1|13010|89|NC_018653|CRISPRCasFinder	13010-13098	89	NZ_KJ776581	Clostridium botulinum strain IFR_05/025 plasmid p05/025, complete sequence	18853-18941	30	0.663

1. spacer 1.3|13265|29|NC_018653|CRISPRCasFinder matches to NZ_KJ776576 (Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence) position: , mismatch: 0, identity: 1.0

atctaaaccctaaatcagacggaactaaa	CRISPR spacer
atctaaaccctaaatcagacggaactaaa	Protospacer
*****************************

2. spacer 1.3|13265|29|NC_018653|CRISPRCasFinder matches to NC_018653 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence) position: , mismatch: 0, identity: 1.0

atctaaaccctaaatcagacggaactaaa	CRISPR spacer
atctaaaccctaaatcagacggaactaaa	Protospacer
*****************************

3. spacer 1.3|13265|29|NC_018653|CRISPRCasFinder matches to NC_010680 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence) position: , mismatch: 0, identity: 1.0

atctaaaccctaaatcagacggaactaaa	CRISPR spacer
atctaaaccctaaatcagacggaactaaa	Protospacer
*****************************

4. spacer 2.1|27643|20|NC_018653|CRISPRCasFinder matches to NZ_KT901798 (Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence) position: , mismatch: 0, identity: 1.0

acaaggaatgaaattcttaa	CRISPR spacer
acaaggaatgaaattcttaa	Protospacer
********************

5. spacer 2.1|27643|20|NC_018653|CRISPRCasFinder matches to NZ_KJ776576 (Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence) position: , mismatch: 0, identity: 1.0

acaaggaatgaaattcttaa	CRISPR spacer
acaaggaatgaaattcttaa	Protospacer
********************

6. spacer 2.1|27643|20|NC_018653|CRISPRCasFinder matches to NZ_KJ776581 (Clostridium botulinum strain IFR_05/025 plasmid p05/025, complete sequence) position: , mismatch: 0, identity: 1.0

acaaggaatgaaattcttaa	CRISPR spacer
acaaggaatgaaattcttaa	Protospacer
********************

7. spacer 2.1|27643|20|NC_018653|CRISPRCasFinder matches to NC_018653 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence) position: , mismatch: 0, identity: 1.0

acaaggaatgaaattcttaa	CRISPR spacer
acaaggaatgaaattcttaa	Protospacer
********************

8. spacer 2.1|27643|20|NC_018653|CRISPRCasFinder matches to NC_010680 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence) position: , mismatch: 0, identity: 1.0

acaaggaatgaaattcttaa	CRISPR spacer
acaaggaatgaaattcttaa	Protospacer
********************

9. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to NZ_KT901798 (Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence) position: , mismatch: 0, identity: 1.0

taaaaatgcagatttaagagattgtgttatat	CRISPR spacer
taaaaatgcagatttaagagattgtgttatat	Protospacer
********************************

10. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to NZ_KJ776576 (Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence) position: , mismatch: 0, identity: 1.0

taaaaatgcagatttaagagattgtgttatat	CRISPR spacer
taaaaatgcagatttaagagattgtgttatat	Protospacer
********************************

11. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to NC_018653 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence) position: , mismatch: 0, identity: 1.0

taaaaatgcagatttaagagattgtgttatat	CRISPR spacer
taaaaatgcagatttaagagattgtgttatat	Protospacer
********************************

12. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to NC_010680 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence) position: , mismatch: 0, identity: 1.0

taaaaatgcagatttaagagattgtgttatat	CRISPR spacer
taaaaatgcagatttaagagattgtgttatat	Protospacer
********************************

13. spacer 1.3|13265|29|NC_018653|CRISPRCasFinder matches to NZ_KJ776585 (Clostridium botulinum strain DB2 plasmid pDB2, complete sequence) position: , mismatch: 1, identity: 0.966

atctaaaccctaaatcagacggaactaaa	CRISPR spacer
atctaaatcctaaatcagacggaactaaa	Protospacer
*******.*********************

14. spacer 1.3|13265|29|NC_018653|CRISPRCasFinder matches to NZ_KJ776583 (Clostridium botulinum strain KapchunkaB3 plasmid pKAPB3, complete sequence) position: , mismatch: 1, identity: 0.966

atctaaaccctaaatcagacggaactaaa	CRISPR spacer
atctaaatcctaaatcagacggaactaaa	Protospacer
*******.*********************

15. spacer 1.3|13265|29|NC_018653|CRISPRCasFinder matches to NZ_KJ776581 (Clostridium botulinum strain IFR_05/025 plasmid p05/025, complete sequence) position: , mismatch: 1, identity: 0.966

atctaaaccctaaatcagacggaactaaa	CRISPR spacer
atctaaatcctaaatcagacggaactaaa	Protospacer
*******.*********************

16. spacer 1.3|13265|29|NC_018653|CRISPRCasFinder matches to NZ_KJ776579 (Clostridium botulinum strain KapchunkaB2 plasmid pKAPB2, complete sequence) position: , mismatch: 1, identity: 0.966

atctaaaccctaaatcagacggaactaaa	CRISPR spacer
atctaaatcctaaatcagacggaactaaa	Protospacer
*******.*********************

17. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to NZ_KJ776581 (Clostridium botulinum strain IFR_05/025 plasmid p05/025, complete sequence) position: , mismatch: 1, identity: 0.969

taaaaatgcagatttaagagattgtgttatat	CRISPR spacer
caaaaatgcagatttaagagattgtgttatat	Protospacer
.*******************************

18. spacer 1.3|13265|29|NC_018653|CRISPRCasFinder matches to NZ_KT901798 (Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence) position: , mismatch: 2, identity: 0.931

atctaaaccctaaatcagacggaactaaa	CRISPR spacer
atttaaatcctaaatcagacggaactaaa	Protospacer
**.****.*********************

19. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to NZ_KT901798 (Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence) position: , mismatch: 2, identity: 0.938

taaaaatgcagatttaagagattgtgttatat	CRISPR spacer
caaaaatgcagatttaagagattgtgtcatat	Protospacer
.**************************.****

20. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to NZ_KJ776585 (Clostridium botulinum strain DB2 plasmid pDB2, complete sequence) position: , mismatch: 2, identity: 0.938

taaaaatgcagatttaagagattgtgttatat	CRISPR spacer
cagaaatgcagatttaagagattgtgttatat	Protospacer
.*.*****************************

21. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to NZ_KJ776583 (Clostridium botulinum strain KapchunkaB3 plasmid pKAPB3, complete sequence) position: , mismatch: 2, identity: 0.938

taaaaatgcagatttaagagattgtgttatat	CRISPR spacer
cagaaatgcagatttaagagattgtgttatat	Protospacer
.*.*****************************

22. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to NZ_KJ776579 (Clostridium botulinum strain KapchunkaB2 plasmid pKAPB2, complete sequence) position: , mismatch: 2, identity: 0.938

taaaaatgcagatttaagagattgtgttatat	CRISPR spacer
cagaaatgcagatttaagagattgtgttatat	Protospacer
.*.*****************************

23. spacer 1.3|13265|29|NC_018653|CRISPRCasFinder matches to NZ_KT901798 (Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence) position: , mismatch: 3, identity: 0.897

atctaaaccctaaatcagacggaactaaa	CRISPR spacer
atctaaaccctgaatcagatggaactaga	Protospacer
***********.*******.*******.*

24. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to NZ_CP024873 (Leptospira mayottensis 200901116 plasmid p1_L200901116, complete sequence) position: , mismatch: 8, identity: 0.75

taaaaatgcagatttaagagatt------gtgttatat	CRISPR spacer
taaaaatgcagatttaggatatttaaggggtg------	Protospacer
****************.** ***      ***      

25. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to LR214957 (Mycoplasma fermentans strain NCTC10117 genome assembly, plasmid: 3) position: , mismatch: 9, identity: 0.719

taaaaatgcagatttaagagattgtgttatat	CRISPR spacer
tgaaaatgcagaattaagagatggtaaattca	Protospacer
*.********** ********* **.   *  

26. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to NZ_LR215006 (Mycoplasma conjunctivae strain NCTC10147 plasmid 10) position: , mismatch: 9, identity: 0.719

taaaaatgcagatttaagagattgtgttatat	CRISPR spacer
tgaaaatgcagaattaagagatggtaaattca	Protospacer
*.********** ********* **.   *  

27. spacer 2.2|27688|32|NC_018653|CRISPRCasFinder matches to MH598801 (Pelagibacter phage HTVC200P, complete genome) position: , mismatch: 9, identity: 0.719

taaaaatgcagatttaagagattgtgttatat	CRISPR spacer
taaaattgtagatttaagagattttaaaaata	Protospacer
***** **.************** *.  *   

28. spacer 1.2|13145|74|NC_018653|CRISPRCasFinder matches to NZ_KJ776576 (Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence) position: , mismatch: 14, identity: 0.811

tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	CRISPR spacer
tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	Protospacer
************************************************************

29. spacer 1.2|13145|74|NC_018653|CRISPRCasFinder matches to NZ_KJ776576 (Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence) position: , mismatch: 14, identity: 0.811

tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	CRISPR spacer
tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	Protospacer
************************************************************

30. spacer 1.2|13145|74|NC_018653|CRISPRCasFinder matches to NC_018653 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence) position: , mismatch: 14, identity: 0.811

tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	CRISPR spacer
tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	Protospacer
************************************************************

31. spacer 1.2|13145|74|NC_018653|CRISPRCasFinder matches to NC_018653 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence) position: , mismatch: 14, identity: 0.811

tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	CRISPR spacer
tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	Protospacer
************************************************************

32. spacer 1.2|13145|74|NC_018653|CRISPRCasFinder matches to NC_010680 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence) position: , mismatch: 14, identity: 0.811

tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	CRISPR spacer
tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	Protospacer
************************************************************

33. spacer 1.2|13145|74|NC_018653|CRISPRCasFinder matches to NC_010680 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence) position: , mismatch: 14, identity: 0.811

tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	CRISPR spacer
tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	Protospacer
************************************************************

34. spacer 1.2|13145|74|NC_018653|CRISPRCasFinder matches to NZ_KJ776576 (Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence) position: , mismatch: 26, identity: 0.649

tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	CRISPR spacer
cagacggaactaaaggaaaaatgcttaatggttggattaatgataatggcaactggtatt	Protospacer
.  .... . **. **********************************************

35. spacer 1.2|13145|74|NC_018653|CRISPRCasFinder matches to NC_018653 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence) position: , mismatch: 26, identity: 0.649

tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	CRISPR spacer
cagacggaactaaaggaaaaatgcttaatggttggattaatgataatggcaactggtatt	Protospacer
.  .... . **. **********************************************

36. spacer 1.2|13145|74|NC_018653|CRISPRCasFinder matches to NC_010680 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence) position: , mismatch: 26, identity: 0.649

tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	CRISPR spacer
cagacggaactaaaggaaaaatgcttaatggttggattaatgataatggcaactggtatt	Protospacer
.  .... . **. **********************************************

37. spacer 1.2|13145|74|NC_018653|CRISPRCasFinder matches to NZ_KT901798 (Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence) position: , mismatch: 26, identity: 0.649

tctgtaatgatagtggaaaaatgcttaatggttggattaatgataatggcaactggtatt	CRISPR spacer
cagacggaactaaaggaaaaatgcttaatggttggattaatgataatggcaactggtatt	Protospacer
.  .... . **. **********************************************

38. spacer 1.1|13010|89|NC_018653|CRISPRCasFinder matches to NZ_KT901798 (Clostridium botulinum strain GA0702E1CS plasmid pGA0702E1CS, complete sequence) position: , mismatch: 29, identity: 0.674

attttgattcatttggagtaatgcaaacaggatggcaatgtatagataatgaatggtatt	CRISPR spacer
attttgattcatttggagtaatgcaaacaggatggcaatgtatagataatgaatggtatt	Protospacer
************************************************************

39. spacer 1.1|13010|89|NC_018653|CRISPRCasFinder matches to NZ_KJ776576 (Clostridium botulinum strain Eklund2B plasmid pEklund2B, complete sequence) position: , mismatch: 29, identity: 0.674

attttgattcatttggagtaatgcaaacaggatggcaatgtatagataatgaatggtatt	CRISPR spacer
attttgattcatttggagtaatgcaaacaggatggcaatgtatagataatgaatggtatt	Protospacer
************************************************************

40. spacer 1.1|13010|89|NC_018653|CRISPRCasFinder matches to NC_018653 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid p17BNRP, complete sequence) position: , mismatch: 29, identity: 0.674

attttgattcatttggagtaatgcaaacaggatggcaatgtatagataatgaatggtatt	CRISPR spacer
attttgattcatttggagtaatgcaaacaggatggcaatgtatagataatgaatggtatt	Protospacer
************************************************************

41. spacer 1.1|13010|89|NC_018653|CRISPRCasFinder matches to NC_010680 (Clostridium botulinum B str. Eklund 17B (NRP) plasmid pCLL, complete sequence) position: , mismatch: 29, identity: 0.674

attttgattcatttggagtaatgcaaacaggatggcaatgtatagataatgaatggtatt	CRISPR spacer
attttgattcatttggagtaatgcaaacaggatggcaatgtatagataatgaatggtatt	Protospacer
************************************************************

42. spacer 1.1|13010|89|NC_018653|CRISPRCasFinder matches to NZ_KJ776581 (Clostridium botulinum strain IFR_05/025 plasmid p05/025, complete sequence) position: , mismatch: 30, identity: 0.663

attttgattcatttggagtaatgcaaacaggatggcaatgtatagataatgaatggtatt	CRISPR spacer
attttgattcatttggagtaatgcaaacaggatggcaatatatagataatgaatggtatt	Protospacer
***************************************.********************

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	33436 : 46087	7	Clostridium_botulinum_D_phage(42.86%)	NA	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NC_018653|33436:46087|DBSCAN-SWA
TATGTTGAAGGAAAATGATAGGCTTGGATTATTGACATTGATTAGAAAGGAAAATCATAAGTGGAGAACATATTGGTATTACAAATGTGATTGTGGTAATGAAAAATGGATAAGAGCAGATGCATTAAATAGAACGAAGAAACCAACTGGAAGTTGTGGGTGTTTGGCTGAAAATACACAGTTTAAAAAAGAGGATATTACAAATGAGAGATTTGGAAAACTTCAAGCTATTCGTCCAACAGAGCAGAAGAGGGGTAACAGTACAGTTTATTGATAACAATATTTCAGAAACGGTTATTAGAGAAAAAGTATTGATTGAAAATTTGACGGAAGAAATAACTAATATAAAAAAACTTAAGTAAAGAGTTTATAAATTTATCAAATGACTGGAAAAATTTAATTAATGATAAAGTTAAGTTACCTAAGGACAAGTTTACTAAAAGTGATGGAATTAAAATAAAAAATTCAAGAAATAACTATGTAAAGAATCTAGGATTATATGAATATTCAAGTACAATTAATATTGATAGAATAGAAATATCAGACGATAAATTAATCCCATTAATAAATGGATTTGATATGAAATTTGATTCTTCAGCTAGTGATAATATAAGAGCTATATGGGCTTTTACCTTTGCATTAATGCAAGCATCCTTTTATGATAATGGAAATCATCCCAAAATGTTAATAGAGAACTTCAAACTATAATTGGAATAACAATAGATAGTGATGAAATTATTAATTCAATGGAAAAATTGAATAAAGAAGAATATAAACTAATTATGTTTGAAGACAGAGTTATAACCCGTATGTAGGTTTAATAAAATAATAATATTTTAATCAAACTTTATTTAAAATATCATTATTTTATTTTTTTGCCACAAAAATGAACCTCCCCTAATCTAGATTTTTGTCTAAACTTTGGGGGGGCACTTCATAAGCTGATGGACTCTTATTTAATAATAAATCGTAATATATTAATTAGTAATATCTATATGCAATCTTATATTATAGTTATTTAATTCTGTAACTTCTACTTTTAATATATAAATTGCACCATTTAATAAACGTATTGACTTGGTGCTATTTAAGAGATGTAAATTATGTTGTATATCAATTAAATCATAGCCGTCAATAGTTTCAGTAACTCTAAATAAAGTACCTATTCCTTGGTTATTACTAGTATAAAGTCTAATGTTAGATGTATCTTTATTATTAAAGTTACCAGGTACTGTAAATTCATATGAAATATAGTTACCAACATCAGGACTTTGTCTCGTATAGTAATGTTCACCTGTTGAATTAAGATTATCTATTATATTAACTGAAGAATTTGCTAAAATTCGGATGTTACCTTCTTCTCTCTTAAATTTTATTTGATTTTCTATATTAGAAGAAGTTTGTGGTACTCTAATGTAGTAATTTTTATTCTTATTAAGTAAAACAACTAAATAACTTTTAGCATTAGAGCTGTCAAACCCAGTAATATAATTTATTGCTTTAATATGATCATCACATAAATTTCCAGATTGCAAATTTCTATTACCAGAACCTATCGCTTCATATATTTTTAATGGTGGTAGATTATTTTGAGCATTAATTTTATAAATTCCTGTAGTATTTACTGTAAATAATATATAAAATGGATTATTATCTACAATATCTGGAATGCTATATGTGTAATTATCTGAAATAGCAGTATTTATTTCTTGTATATTTTCAGATGGGTCTATGACACCTACTACGATTTCTTCCTCGGGGCCATTCTGTACAAATCCATCTTCAGCCACTTGCGTTTTAACTACTTCAGATTCAGGTGAAGGAGCATTAGTTACTTCACAATATCCTAAGGAAGGAAGGTAATACTCAGCTGTATTAATAATACTTCCATTTTGATAGTCTATTAATTCATACTTTTCATAGGTATTATAAGCCTTTATGCATATATTTTTATTTGAAGGAGCTTCTTCTACAAATTTAAATAACGATGTTGATGTATTAAATAATTGTACATTGAAAGCGTCTTTAAGTCTTTCTTCAGTATATTGTTGTGAGAATTTTGTATTATTACTTGTGGTGAATAATGGTCTAGTTGTATTTCTTAATCGAGGTTGTATAATACTTCCTGATGAACCTGCTTCGATTAATAATGTACCTATCAAATCTTTATCATTTGTTCTTATATATCCATCACCCTTATTAATAACATATAGTCCATTACTATAAGGCAATACTCGTTGTGTGCTACTAACTTTAGAATTAAAAATATTGTTAGTTGGTATATTTTTGGTAGTTTCTAAAATTTTTTTATATAGAAATTGTTCATTTAAAATGCACTTATCATTAGTTAAAAAGTAAAAATCTTTATTTATTTTTTCCCCTAGATTAAATTCTATAGACTTAACATATCCAAGAGATGGAACATATAGAACTGCTCTTTCTATAATTTCATGTTGTAAGACTTTTATTATTTCATATCTAATGTAGGTATATTGTAAATACATATATAAGTTTTTATTTGAGGGAGCGGTTTTACTAAATTCAAATCCTATAGGAATTTGATTAGCTTCAGTAAAGTTAGTAAATACAGTTTGTATATTATTTTTTATATATTCTTCATTGAAGGATGGTGTTGGATAATAATATGGTATCGCATTATCATTTACACGTAGGTCCCCAACTATTCCTGTTGATCCATTACTAATTACACTTCCACCTAGTATTTGATTTTGTCTAGATAATATCCATCCATCTCCTCTGCTAACTACATAATTACCATCAGCTAAATCAATAGTATCACTATAGTTTATAACTTTTTCTTGTATATGATTATAAATTTTTTTTATAGATGAATTCATACATTTTTCTCCTTTATATTTTTTCAAGTTTTAACATTTGATTTGAATTGTATATATCAAAATTAGGTAGTAGGAGTAGTGGTTGGCTTAAAATATTTTCATTAGTATCATAAATGTCCCAGGCATAATCTAATTCATTCACTTTATTTAAATTTAACATAATATAAGTATTTACAGCAATTTTAATAGGAAACCAGTAGCATTTATTGGATAATGAATCTAAAGAAATAAATCCAAAGTTATCGTAACTTAAATACTTATTTGGTTCTGCTACATTAGAGATTTTAAAGCATCTATTTTTAGCCATATATTCTACATTCCATTTTTGATTATTTGCAGAAGATTCACTTGAAAATGTTAATGATCCTGATACAGGATTTAAATATAAAGAACCAGAAAATATAGATTTTATATTATAATTACCATCAGGTAGAAAAGTTCTTTCAACTGACATATAATTCACCTCTTTATAAATTAGATGATAGTACTCATATTAAGTCTTTGTTGATATTAATTTTATGGGTTCCTAATAAACCATTTCTGATTATCATCTCCATGATAATTAAATACTTGAATAGTAGTTCCGTTTGCTGTTTGGCTGTTATATAAATCTAGAGCTTTAGTTGTATCGTGTAAATTAGTAATTGTATATGTTTCATAAGCATTTGAAACAGGATTTATAAGCCAATATTGGGCATCATTATTTTGTGCAATAGAAGAAACTCTTACAGTATTACCATTTGAAGAAATCCATGTTAGAACTCCATTTGAAAGTATTGTATTAAAAAACTGGTATGCTGATTTTTCTTTATTATATTTAATTGTCCATTTTTGATTTCTACCATAGTCCCAAGTATATAAATTAACACTTAGATCTGTCATAGCCACTTGTTGTACAACTTTACTAGAATCTAATATTGGACTTATTTTACATGTGAAATTGTTAAAATCTGATATCATATAATCTTCTATGATAAATTTTATATAACTTGAATTATTAAGTGTGCTAAGCTTCAAATTACGAGCTACGGTATCAGCATATAATACTAAGTTAGGGTTTTTATAACTTGCAATAATAAATGAATTGCTACCAATATCTTTTAATAATAACCAATATTGATTATCTGCATTTGAATCTTGTTGTGCTGATATATTATGTGTTGGTGCATTCCATGTTAAAACTAAATTAGTATTATGGCTATCCATACTTTTTATTTTATAAGCAGCTTTATTAGCATCATATATAAGTCTCCATCTTTCAAGGTAATTTCTAGTTTGTTGAAATAAGCTAACGTTACCGACAGTTTGATAAAAAAATAAATTAGTATCGGCCTTACAGGAGATGGTAACAATTTCGTCATTTAATGAATTTTGGATTACTGAATAGTGCTCCATTATGATTCCTCCTTTATTTAAGAATTAATCTTACATATAATATATAACATGATCAAATTATTTTTTGTAAACCTAAAATTTAAATATATAAAGTTTTTATTAGTATGTTTACATAATTGATTATGGATATTTCGTAAAAATGGCTTATTTAAAATTTAAAAGTAATTAATTCCTATATATTATAATAAAGTAATATTATATATATTATGGAAGGACAGTGGTAAATATGAATAAATTGTTTTTACAAATTAAAAGATTGAAAAATGACAATAGAGAGTTTCAAGAAATTTTTAAGAATTTTGAAAAAACTATAGATATATTTACTAGAAAATATAATATATATGATAATTACAATGATATTTTGTACCATTTATGGTATACACTTAAAAAAGTTGATTTGAGTAATTTCAATACGCAAAATGATTTAGAGAGATATATTAGTAGGACTTTAAAAAGATATTGCTTAGACATTTGCAATAAAAGAAAGATTGATAAGAAAATAATATATAATTCAGAAATTGTAGGTGAAAAATTAAGATTAATAGCAAATAGTTATTCAAGTTATTCAGAAGTTGAATTTAATGATTTAATATCCATATTACCTGATGATCAAAAGAAAATTATATATATGAAATTTGTTGAAGATATTAAGGAGATAGATATAGCTAAAAAACTTAATATAAGTCGTCAATCTGTATATAAAAATAAAATAATGGCTTTAGGAAGATTAAAACCTATATTAGTTTATATTTTTAAAAAATTTTAGGTTTACAAAAAATAGTGTGGCTATGTTATATATAAATGATAACAATATACTGAAAAATATATCCAAAATTTAAGGGGGCGTGTATAGTAAATAATTAAAAGTATGTACGTTGAAATAAATTTAGGAGAGTGGTTAAATATGAATATAAATGACAACTTAAGTATAAATTCCCCAGTAGATAATAAAAATGTAGTAGTAGTTAGAGCTAGAAAAACTGATACGATTTTTAAGGCTTTTAAGGTTGCTCCTAATATTTGGGTGGCGCCAGAGAGATATTATGGTGAATCTTTGAGTATAGATGAAGAATATAAAGTTGATGGGGGAATATATGATTCTAATTTTCTTTCACAAGATAGTGAAAAAGATAAGTTCTTACAAGCCATTATTACTTTGCTAAAAAGAATTAATAGTACTAACGCTGGGGAAAAATTATTATCCTTGATTTCTACAGCTATTCCATTTCCTTATGGATATATAGGTGGAGGGTATTATGCACCTAATATGATTACTTTTGGATCAGCACCAAAATCTAATAAAAAATTAAATTCTTTAATTTCAAGTACTATTCCATTTCCTTATGCAGGATATAGGGAAACAAATTATCTTTCATCTGAAGATAATAAAAATTTCTATGCATCTAATATAGTTATTTTTGGTCCAGGATCAAACATAGTAGAAAACAATACTGTTTTTTATAAAAAGGAAGATGCAGAAAATGGTATGGGAACAATGACTGAAATATGGTTCCAACCATTTCTAACCTATAAATATGACCAATTTTATATTGATCCTGCAATAGAATTAATGAAATGTTTAATAAAATCTCTTTATTTCTTATATGGGATAAAACCGAGTGATGATTTAGTTGTTCCATATAGATTAAGAAATGAATTAGAGAATATAGAATACTCACAATTGAATATAGTTGATTTACTAGTATCTGGAGGCATTGATCCTAAATTTATAAATACAGATCCATATTGGTTTATAGATAATTATTTCTCAAATGCAAAAAAAGTGTTTGAAGATCATAGGAATATTTATAAAACAGAAGTTGAAGGAAATAATGCCATTGGTAATGATATAAAATTGAGATTAAAACAAAAGTTTCGAATCAATACCAATGATATATGGGAATTAAATTTAAATTATTTCTCTAAAGAGTTTAGTATTATGATGCCAGATAGATTTAATAATGCACTTAAACATTTTTATAGAAAACAATACTACAAAATAGATTACCCAGAAAATTATAGTATAAATGGTTTTGTTAATGGTCAAATTAATGCTCAATTATTTTTATCAGATAGAAATCAAGATATTATAAATAAACCTGAAGAAATAATTAATTTATTAAATGGAAATAATGTTTCATTAATGAGAAGTAATATTTATGGTGATGGATTAAAAAGTACTGTAGATGATTTTTACAGTAATTATAAAATCCCATATAATAGAGCCTATGAATATCATTTTAATAATTCAAATGATTCTTCTTTAGATAATGTTAATACTGGAGTAATAGACAATATTCCAGAGATTATAGATGTAAATCCTTATAAGGAAAATTGTGATAAGTTTTCACCGGTACAGAAAATTACAAGTACTAGAGAAATTAATACAAATATACCATGGCCTATAAATTATTTACAAGCTCAAAATACCAACAATGAAAGATTTAGTTTATCCTCAGATTTTGTAGAGGTAGTTTCTTCTAAAGATAAATCTTTAGTGTATTCTTTCTTATCTAATGTAATGTTTTATTTAGATTCCATAAAGGATAATAGTCCTATTGATACAGATAAAGAATATTATTTATGGTTAAGAGAGATTTTTAGAAATTATTCTTTTGATATTACTGCAACTCAAGAAATTAATACTAATTGCGGTATTAATAAAGTAGTAGCTTGGTTTGGAAAAGCATTAAATATTTTAAATACATCAGATTCTTTTGTAGAAGAATTTCAAAATTTAGGGCCAAGCTCACTTATTAATAAAAAAGAAAATTTAAGTATGCCAATAATTGAGATTGATGAAATCCCTAACTATATGCTAGGATTACCACTAAATGATTTAAATGAAAAATTATTTAACATATATTTAAAAAACATACTTTATTTCAAAAAAGTTTATTTCAATTTCTTAGATCAATGGTGGACAGAATATTATAGTCAGTATTTCGATTTAATTTGTATGGCAAAACAGTCAATACTAGCTCAAGAAAAGCTAATTAAACAAATAATACAAAATAAGCTTCAAGATTTATCTAAAGCTGATATATCAATGGATAAATTAAATCTAATGAACTTAGCTACAGGGAAAACTTTTATAGATTTATCAAATGAATCACAAATAGCAATAGATAATATAAATGATTTTTTAAATAAATCAGCTATATGTTTTTTTGATACAAATATATATCCTAAGTTTATTTCTTTTATGGAACAATGTATTAATAGTGTAAATAGTAATGTAACAACTTTTATACAAAAGTGCACTAATATCACTGAAGATGAAAAATTACAATTAATTAAATTAAATACATTTATGAATATAGATTTTGAGTTTTTTGATATTCAAAATATTAAAGATTTAATTACTTCTGAAACTGATTTAATTAAAGAAGAAAAAGAATCGGATTATAACCTATTTTTGCTTACATTACAGGAAGATAATAATAAAGTAATTGAAGACATATCTGGTAAGAATACATTAGTTAAATATTCGGATTCTATTAGTTTAGTTTATGGAGTAAATGGAGATGCATTATATTTAAAAGAACCTAATGAAAGTGTTAGTTTTTCTAATAAGGTTTTTGAAAATGGGTTAACTAATAGTTTTTCAATTTGTTTTTGGTTAAGAAATTTAGGAGAAGATATTATTACGTCTAAACTAATAGAAAATAAAGCTGATAATTGTGGATGGGAGATTTATTTTGAGAATAATGGATTAGTTTTCAGTATTGTAGATTGCAATGGTAATGAAGAGAATATTTATTTATCTGATGTTATAAGTAAAAATTGGTATTATATATCAATTTCTATAGATAGATTAAGAAATCAATTATTAATATTTATTAATGATAAACTTATTGCTAACCAAAGTATTGAACAAATTTTAAATATTTATTCAAGTAGTACAATTTCTTTAGTTAATGAGAATAATCCAATATATGTTGAAGGATTATCTATTTTAAATAGATCTATTACCAGTGAAGAAGTTGTAAATAATTATTTTTCTTATTTAAATAACTCATATATAAGGGATATTTCTGGAGAAAGATTAGAATATAATAAAATCTATGAACTATACAATTATGTATTCCCAGAAAACTCGTTATATGAAGTTACTGAAAACAATAATATATATTTGTCAATTAAAGATACAAATGACCTTAATATTCAAGGTGCTAAGTTTAAATTAATAAATATTGACACAAATAAGCAATATGTCCAAAAGTGGGATGAAGGAGTAGTTTGTTTATTAGGAGATGAAGAAAAATATGTAGATATATCCTCTGAAAATAATAGAATCCAATTAGTTAGCTCTAGAGATACTGCAAAGAAAATAATATTTAATAACGATATATTTAAGCCTAACTGTCTTACATTTGCTTATAATAATAAATATTTATCTTTATCCTTCAGAGATAGAAATTATAATTGGATGATATATAATAATAATGACAATATACCTAAAGCTGCACATTTATGGACATTAAAAGGGATATAAACTTAAAATAAGGAGGAGAATATTTATGCCAGTTACAATAAATAATTTTAATTATAATGATCCTATTGATAATGACAATATTATTATGATGGAACCTCCATTTGCAAGGGGTACGGGGAGATATTATAAAGCTTTTAAAATCACAGATCGTATTTGGATAATACCCGAAAGATATACTTTTGGATATAAACCTGAGGATTTTAATAAAAGTTCCGGTATTTTTAATAGAGATGTTTGTGAATATTATGATCCAGATTACTTAAATACCAATGATAAAAAGAATATATTTTTACAAACAATGATCAAGTTATTTAATAGAATCAAATCAAAACCATTGGGTGAAAAGTTATTAGAGATGATTATAAATGGTATACCTTATCTTGGAGATAGACGTGTTCCACTCGAAGAGTTTAACACAAACATTGCTAGTGTAACTGTTAATAAATTAATTAGTAATCCAGGAGAAGTGGAGCAAAAAAAAGGTATTTTCGCAAATTTAATAATATTTGGACCTGGGCCAGTTTTAAATGAAAATGAGACTATAGATATAGGTATACAAAATCATTTTGCATCAAGGGAAGGCTTTGGGGGTATAATGCAAATGAAATTTTGTCCAGAATATGTAAGCGTATTTAATAATGTTCAAGAAAACAAAGGCGCAAGTATATTTAATAGACGTGGATATTTTTCAGATCCAGCCTTGATATTAATGCATGAACTTATACATGTTTTGCATGGATTATATGGCATTAAAGTAGATGATTTACCAATTGTACCAAATGAAAAAAAATTTTTTATGCAATCTACAGATACTATACAGGCAGAAGAACTATATACATTTGGAGGACAAGATCCCAGCATCATATCTCCTTCTACAGATAAAAGTATCTATGATAAAGTTTTGCAAAATTTTAGGGGGATAGTTGATAGACTTAACAAGGTTTTAGTTTGCATATCAGATCCTAACATTAACATTAATATATATAAAAATAAATTTAAAGATAAATATAAATTCGTTGAAGATTCTGAAGGAAAATATAGTATAGATGTAGAAAGTTTCAATAAATTATATAAAAGCTTAATGTTTGGTTTTACAGAAATTAATATAGCAGAAAATTATAAAATAAAAACTAGAGCTTCTTATTTTAGTGATTCCTTACCACCAGTAAAAATAAAAAATTTATTAGATAATGAAATCTATACTATAGAGGAAGGGTTTAATATATCTGATAAAAATATGGGAAAAGAATATAGGGGTCAGAATAAAGCTATAAATAAACAAGCTTATGAAGAAATCAGCAAGGAGCATTTGGCTGTATATAAGATACAAATGTGTAAAAGTGTTAAAGTTCCAGGAATATGTATTGATGTCGATAATGAAAATTTGTTCTTTATAGCTGATAAAAATAGTTTTTCAGATGATTTATCTAAAAATGAAAGAGTAGAATATAATACACAGAATAATTATATAGGAAATGACTTTCCTATAAATGAATTAATTTTAGATACTGATTTAATAAGTAAAATAGAATTACCAAGTGAAAATACAGAATCACTTACTGATTTTAATGTAGATGTTCCAGTATATGAAAAACAACCCGCTATAAAAAAAGTTTTTACAGATGAAAATACCATCTTTCAATATTTATACTCTCAGACATTTCCTCTAAATATAAGAGATATAAGTTTAACATCTTCATTTGATGATGCATTATTAGTTTCTAGCAAAGTTTATTCATTTTTTTCTATGGATTATATTAAAACTGCTAATAAAGTAGTAGAAGCAGGATTATTTGCAGGTTGGGTGAAACAGATAGTAGATGATTTTGTAATCGAAGCTAATAAAAGCAGTACTATGGATAAAATTGCAGATATATCTCTAATTGTTCCTTATATAGGATTAGCTTTAAATGTAGGAGATGAAACAGCTAAAGGAAATTTTGAAAGTGCTTTTGAGATTGCAGGATCCAGTATTTTACTAGAATTTATACCAGAACTTTTAATACCTGTAGTTGGAGTCTTTTTATTAGAATCATATATTGACAATAAAAATAAAATTATTAAAACAATAGATAATGCTTTAACTAAAAGAGTGGAAAAATGGATTGATATGTACGGATTAATAGTAGCGCAATGGCTCTCAACAGTTAATACTCAATTTTATACAATAAAAGAGGGAATGTATAAGGCTTTAAATTATCAAGCACAAGCATTGGAAGAAATAATAAAATACAAATATAATATATATTCTGAAGAGGAAAAGTCAAATATTAACATCAATTTTAATGATATAAATTCTAAACTTAATGATGGTATTAACCAAGCTATGGATAATATAAATGATTTTATAAATGAATGTTCTGTATCATATTTAATGAAAAAAATGATTCCATTAGCTGTAAAAAAATTACTAGACTTTGATAATACTCTCAAAAAAAATTTATTAAATTATATAGATGAAAATAAATTATATTTAATTGGAAGTGTAGAAGATGAAAAATCAAAAGTAGATAAATACTTGAAAACCATTATACCATTTGATCTTTCAACGTATACTAATAATGAAATACTAATAAAAATATTTAATAAATATAATAGCGAAATTTTAAATAATATTATCTTAAATTTAAGATATAGAGATAATAATTTAATAGATTTATCAGGATATGGAGCAAAGGTAGAGGTATATGATGGGGTCAAGCTTAATGATAAAAATCAATTTAAATTAACTAGTTCAGCAGATAGTAAGATTAGAGTCACTCAAAATCAGAATATTATATTTAATAGTATGTTCCTTGATTTTAGCGTTAGCTTTTGGATAAGGATACCTAAATATAGGAATGATGATATACAAAATTATATTCATAATGAATATACGATAATTAATTGTATGAAAAATAATTCAGGCTGGAAAATATCTATTAGGGGTAATAGGATAATATGGACCTTAATTGATATAAATGGAAAAACCAAATCAGTATTTTTTGAATATAACATAAGAGAAGATATATCAGAGTATATAAATAGATGGTTTTTTGTAACTATTACTAATAATTTGGATAATGCTAAAATTTATATTAATGGCACGTTAGAATCAAATATGGATATTAAAGATATAGGAGAAGTTATTGTTAATGGTGAAATAACATTTAAATTAGATGGTGATGTAGATAGAACACAATTTATTTGGATGAAATATTTTAGTATTTTTAATACGCAATTAAATCAATCAAATATTAAAGAGATATATAAAATTCAATCATATAGCGAATACTTAAAAGATTTTTGGGGAAATCCTTTAATGTATAATAAAGAATATTATATGTTTAATGCGGGGAATAAAAATTCATATATTAAACTAGTGAAAGATTCATCTGTAGGTGAAATATTAATACGTAGCAAATATAATCAAAATTCCAATTATATAAATTATAGAAATTTATATATTGGAGAAAAATTTATTATAAGAAGAAAGTCAAATTCTCAATCTATAAATGATGATATAGTTAGAAAAGAAGATTATATACATCTAGATTTTGTTAATTCAAATGAAGAGTGGAGAGTATATGCCTATAAAAATTTTAAGGAACAGGAACAAAAATTGTTTTTATCTATTATATATGATTCTAATGAATTTTATAAAACTATACAAATAAAAGAATATGATGAACAGCCAACATATAGTTGTCAGTTGCTTTTTAAAAAAGATGAAGAAAGTACTGATGATATAGGATTGATTGGTATTCATCGTTTCTACGAATCTGGAGTTTTACGTAAAAAGTATAAAGATTATTTTTGTATAAGTAAATGGTACTTAAAAGAGGTAAAAAGGAAACCATATAAGTCAAATTTGGGATGTAATTGGCAGTTTATTCCTAAAGATGAAGGGTGGACTGAATAA

Protein sequences of DBSCAN-SWA_1

>NC_018653|33436:46087|33436_33709_+|WP_012431066.1|DBSCAN-SWA
MLKENDRLGLLTLIRKENHKWRTYWYYKCDCGNEKWIRADALNRTKKPTGSCGCLAENTQFKKEDITNERFGKLQAIRPTEQKRGNSTVY
>NC_018653|33436:46087|37914_38454_+|WP_012431103.1|DBSCAN-SWA
MNKLFLQIKRLKNDNREFQEIFKNFEKTIDIFTRKYNIYDNYNDILYHLWYTLKKVDLSNFNTQNDLERYISRTLKRYCLDICNKRKIDKKIIYNSEIVGEKLRLIANSYSSYSEVEFNDLISILPDDQKKIIYMKFVEDIKEIDIAKKLNISRQSVYKNKIMALGRLKPILVYIFKKF
>NC_018653|33436:46087|34412_36293_-|WP_012431098.1|DBSCAN-SWA
MNSSIKKIYNHIQEKVINYSDTIDLADGNYVVSRGDGWILSRQNQILGGSVISNGSTGIVGDLRVNDNAIPYYYPTPSFNEEYIKNNIQTVFTNFTEANQIPIGFEFSKTAPSNKNLYMYLQYTYIRYEIIKVLQHEIIERAVLYVPSLGYVKSIEFNLGEKINKDFYFLTNDKCILNEQFLYKKILETTKNIPTNNIFNSKVSSTQRVLPYSNGLYVINKGDGYIRTNDKDLIGTLLIEAGSSGSIIQPRLRNTTRPLFTTSNNTKFSQQYTEERLKDAFNVQLFNTSTSLFKFVEEAPSNKNICIKAYNTYEKYELIDYQNGSIINTAEYYLPSLGYCEVTNAPSPESEVVKTQVAEDGFVQNGPEEEIVVGVIDPSENIQEINTAISDNYTYSIPDIVDNNPFYILFTVNTTGIYKINAQNNLPPLKIYEAIGSGNRNLQSGNLCDDHIKAINYITGFDSSNAKSYLVVLLNKNKNYYIRVPQTSSNIENQIKFKREEGNIRILANSSVNIIDNLNSTGEHYYTRQSPDVGNYISYEFTVPGNFNNKDTSNIRLYTSNNQGIGTLFRVTETIDGYDLIDIQHNLHLLNSTKSIRLLNGAIYILKVEVTELNNYNIRLHIDITN
>NC_018653|33436:46087|36809_37688_-|WP_012431090.1|DBSCAN-SWA
MEHYSVIQNSLNDEIVTISCKADTNLFFYQTVGNVSLFQQTRNYLERWRLIYDANKAAYKIKSMDSHNTNLVLTWNAPTHNISAQQDSNADNQYWLLLKDIGSNSFIIASYKNPNLVLYADTVARNLKLSTLNNSSYIKFIIEDYMISDFNNFTCKISPILDSSKVVQQVAMTDLSVNLYTWDYGRNQKWTIKYNKEKSAYQFFNTILSNGVLTWISSNGNTVRVSSIAQNNDAQYWLINPVSNAYETYTITNLHDTTKALDLYNSQTANGTTIQVFNYHGDDNQKWFIRNP
>NC_018653|33436:46087|36306_36747_-|WP_012431100.1|DBSCAN-SWA
MSVERTFLPDGNYNIKSIFSGSLYLNPVSGSLTFSSESSANNQKWNVEYMAKNRCFKISNVAEPNKYLSYDNFGFISLDSLSNKCYWFPIKIAVNTYIMLNLNKVNELDYAWDIYDTNENILSQPLLLLPNFDIYNSNQMLKLEKI
>NC_018653|33436:46087|42211_46087_+|WP_012431101.1|DBSCAN-SWA
MPVTINNFNYNDPIDNDNIIMMEPPFARGTGRYYKAFKITDRIWIIPERYTFGYKPEDFNKSSGIFNRDVCEYYDPDYLNTNDKKNIFLQTMIKLFNRIKSKPLGEKLLEMIINGIPYLGDRRVPLEEFNTNIASVTVNKLISNPGEVEQKKGIFANLIIFGPGPVLNENETIDIGIQNHFASREGFGGIMQMKFCPEYVSVFNNVQENKGASIFNRRGYFSDPALILMHELIHVLHGLYGIKVDDLPIVPNEKKFFMQSTDTIQAEELYTFGGQDPSIISPSTDKSIYDKVLQNFRGIVDRLNKVLVCISDPNININIYKNKFKDKYKFVEDSEGKYSIDVESFNKLYKSLMFGFTEINIAENYKIKTRASYFSDSLPPVKIKNLLDNEIYTIEEGFNISDKNMGKEYRGQNKAINKQAYEEISKEHLAVYKIQMCKSVKVPGICIDVDNENLFFIADKNSFSDDLSKNERVEYNTQNNYIGNDFPINELILDTDLISKIELPSENTESLTDFNVDVPVYEKQPAIKKVFTDENTIFQYLYSQTFPLNIRDISLTSSFDDALLVSSKVYSFFSMDYIKTANKVVEAGLFAGWVKQIVDDFVIEANKSSTMDKIADISLIVPYIGLALNVGDETAKGNFESAFEIAGSSILLEFIPELLIPVVGVFLLESYIDNKNKIIKTIDNALTKRVEKWIDMYGLIVAQWLSTVNTQFYTIKEGMYKALNYQAQALEEIIKYKYNIYSEEEKSNININFNDINSKLNDGINQAMDNINDFINECSVSYLMKKMIPLAVKKLLDFDNTLKKNLLNYIDENKLYLIGSVEDEKSKVDKYLKTIIPFDLSTYTNNEILIKIFNKYNSEILNNIILNLRYRDNNLIDLSGYGAKVEVYDGVKLNDKNQFKLTSSADSKIRVTQNQNIIFNSMFLDFSVSFWIRIPKYRNDDIQNYIHNEYTIINCMKNNSGWKISIRGNRIIWTLIDINGKTKSVFFEYNIREDISEYINRWFFVTITNNLDNAKIYINGTLESNMDIKDIGEVIVNGEITFKLDGDVDRTQFIWMKYFSIFNTQLNQSNIKEIYKIQSYSEYLKDFWGNPLMYNKEYYMFNAGNKNSYIKLVKDSSVGEILIRSKYNQNSNYINYRNLYIGEKFIIRRKSNSQSINDDIVRKEDYIHLDFVNSNEEWRVYAYKNFKEQEQKLFLSIIYDSNEFYKTIQIKEYDEQPTYSCQLLFKKDEESTDDIGLIGIHRFYESGVLRKKYKDYFCISKWYLKEVKRKPYKSNLGCNWQFIPKDEGWTE
>NC_018653|33436:46087|38592_42186_+|WP_012431075.1|DBSCAN-SWA
MNINDNLSINSPVDNKNVVVVRARKTDTIFKAFKVAPNIWVAPERYYGESLSIDEEYKVDGGIYDSNFLSQDSEKDKFLQAIITLLKRINSTNAGEKLLSLISTAIPFPYGYIGGGYYAPNMITFGSAPKSNKKLNSLISSTIPFPYAGYRETNYLSSEDNKNFYASNIVIFGPGSNIVENNTVFYKKEDAENGMGTMTEIWFQPFLTYKYDQFYIDPAIELMKCLIKSLYFLYGIKPSDDLVVPYRLRNELENIEYSQLNIVDLLVSGGIDPKFINTDPYWFIDNYFSNAKKVFEDHRNIYKTEVEGNNAIGNDIKLRLKQKFRINTNDIWELNLNYFSKEFSIMMPDRFNNALKHFYRKQYYKIDYPENYSINGFVNGQINAQLFLSDRNQDIINKPEEIINLLNGNNVSLMRSNIYGDGLKSTVDDFYSNYKIPYNRAYEYHFNNSNDSSLDNVNTGVIDNIPEIIDVNPYKENCDKFSPVQKITSTREINTNIPWPINYLQAQNTNNERFSLSSDFVEVVSSKDKSLVYSFLSNVMFYLDSIKDNSPIDTDKEYYLWLREIFRNYSFDITATQEINTNCGINKVVAWFGKALNILNTSDSFVEEFQNLGPSSLINKKENLSMPIIEIDEIPNYMLGLPLNDLNEKLFNIYLKNILYFKKVYFNFLDQWWTEYYSQYFDLICMAKQSILAQEKLIKQIIQNKLQDLSKADISMDKLNLMNLATGKTFIDLSNESQIAIDNINDFLNKSAICFFDTNIYPKFISFMEQCINSVNSNVTTFIQKCTNITEDEKLQLIKLNTFMNIDFEFFDIQNIKDLITSETDLIKEEKESDYNLFLLTLQEDNNKVIEDISGKNTLVKYSDSISLVYGVNGDALYLKEPNESVSFSNKVFENGLTNSFSICFWLRNLGEDIITSKLIENKADNCGWEIYFENNGLVFSIVDCNGNEENIYLSDVISKNWYYISISIDRLRNQLLIFINDKLIANQSIEQILNIYSSSTISLVNENNPIYVEGLSILNRSITSEEVVNNYFSYLNNSYIRDISGERLEYNKIYELYNYVFPENSLYEVTENNNIYLSIKDTNDLNIQGAKFKLINIDTNKQYVQKWDEGVVCLLGDEEKYVDISSENNRIQLVSSRDTAKKIIFNNDIFKPNCLTFAYNNKYLSLSFRDRNYNWMIYNNNDNIPKAAHLWTLKGI

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_012431066.1|33436_33709_+	hypothetical protein	A0A0K2SUH1	Clostridium_phage	8.5e-13	45.8
WP_012431098.1|34412_36293_-	botulinum neurotoxin hemagglutinin HA70 subunit	Q786X9	Clostridium_botulinum_D_phage	4.3e-244	69.0
WP_012431100.1|36306_36747_-	hemagglutinin	Q786Y1	Clostridium_botulinum_D_phage	2.5e-46	63.0
WP_012431090.1|36809_37688_-	ricin-type beta-trefoil lectin domain protein	Q38196	Clostridium_botulinum_phage	4.8e-41	38.1
WP_012431103.1|37914_38454_+	botulinum neurotoxin transcription-activating sigma factor BotR	Q9ZWV5	Clostridium_botulinum_D_phage	1.5e-37	50.8
WP_012431075.1|38592_42186_+	non-toxic nonhemagglutinin NTNH	Q332E1	Clostridium_botulinum_C_phage	0.0e+00	68.4
WP_012431101.1|42211_46087_+	botulinum neurotoxin type B	Q332E0	Clostridium_botulinum_C_phage	1.1e-180	32.8