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
CP029329	Clostridium beijerinckii isolate WB53 chromosome, complete genome	8 crisprs	cas14j,DinG,cas3,DEDDh,c2c9_V-U4,RT,WYL,cas2,cas1,cas4,cas7b,cas8c,cas5,csa3,PrimPol	1	12	8	0
CP029330	Clostridium beijerinckii isolate WB53 plasmid unnamed1	0 crisprs	NA	0	0	0	0

1. CP029329

CRISPR-Cas detection and classification

Crispr_ID: CP029329_1

• CRISPR_ID: CP029329_1
• CRISPR_location: 438959-439051
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP029329_1

Consensus_repeat	Method
ATTAATTATCATTTTGATAAATTAA	CRISPRCasFinder

spacers of CP029329_1

>1.1|438984|43|CP029329|CRISPRCasFinder
GTATGCATCTTGTTAAACGATAATATTTTATATAGAAAAGAGT

CRISPR arrays and Neighbor proteins around CP029329_1

CRISPR arrays

The CRISPR arrays of CP029329_1

>merge|CP029329|1|438959-439051|CRISPRCasFinder
ATTAATTATCATTTTGATAAATTAAGTATGCATCTTGTTAAACGATAATATTTTATATAGAAAAGAGTATTAATTATCATTTTGATAATTAAT

>CP029329|1|1|438959-439051|CRISPRCasFinder
ATTAATTATCATTTTGATAAATTAA	GTATGCATCTTGTTAAACGATAATATTTTATATAGAAAAGAGT
ATTAATTATCATTTTGATAATTAAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP029329.1|AWK49902.1|436267_437455_-|YgeY-family-selenium-metabolism-linked-hydrolase	unknown	unknown	gnl|CDD|183836
CP029329.1|AWK49901.1|434629_436231_-|D-aminoacylase	unknown	unknown	gnl|CDD|238622
CP029329.1|AWK49908.1|443969_445280_-|YgeY-family-selenium-metabolism-linked-hydrolase	unknown	unknown	gnl|CDD|183836
CP029329.1|AWK49897.1|430335_431151_-|putative-selenium-dependent-hydroxylase-accessory-protein-YqeC	unknown	unknown	gnl|CDD|274467
CP029329.1|AWK49909.1|445649_448283_-|selenium-dependent-xanthine-dehydrogenase	unknown	unknown	gnl|CDD|132354
CP029329.1|AWK49910.1|449047_450472_-|NCS2-family-permease	unknown	unknown	gnl|CDD|225161
CP029329.1|AWK49912.1|454610_455252_-|hypothetical-protein	unknown	unknown	gnl|CDD|377981
CP029329.1|AWK49896.1|429460_430294_-|EF2563-family-selenium-dependent-molybdenum-hydroxylase-system-protein	unknown	unknown	gnl|CDD|132352
CP029329.1|AWK49894.1|427977_428424_-|MOSC-domain-containing-protein	unknown	unknown	gnl|CDD|237733
CP029329.1|AWK49903.1|437528_438731_-|diaminopropionate-ammonia-lyase	unknown	unknown	gnl|CDD|274631
CP029329.1|AWK49900.1|433290_434619_-|putative-aminohydrolase-SsnA	unknown	unknown	gnl|CDD|235963
CP029329.1|AWK49895.1|428447_429464_-|GTP-3',8-cyclase-MoaA	unknown	unknown	gnl|CDD|234672
CP029329.1|AWK53015.1|452423_454184_-|AAA-family-ATPase	unknown	unknown	gnl|CDD|226350
CP029329.1|AWK49911.1|451937_452162_-|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK49905.1|439975_441352_-|dihydropyrimidinase	unknown	unknown	gnl|CDD|236240
CP029329.1|AWK49898.1|431565_431943_-|reactive-intermediate/imine-deaminase	unknown	unknown	gnl|CDD|129116
CP029329.1|AWK49906.1|441668_442574_-|carbamate-kinase	unknown	unknown	gnl|CDD|237071
CP029329.1|AWK49904.1|439202_439850_-|hypothetical-protein	unknown	unknown	gnl|CDD|377981
CP029329.1|AWK49907.1|442726_443920_-|knotted-carbamoyltransferase-YgeW	unknown	unknown	gnl|CDD|274517
CP029329.1|AWK49899.1|432144_433233_-|diguanylate-cyclase	unknown	unknown	gnl|CDD|235982

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP029329.1|AWK49902.1|436267_437455_-|YgeY-family-selenium-metabolism-linked-hydrolase	gnl|CDD|183836	PRK13004, PRK13004, YgeY family selenium metabolism-linked hydrolase.	0
CP029329.1|AWK49901.1|434629_436231_-|D-aminoacylase	gnl|CDD|238622	cd01297, D-aminoacylase, D-aminoacylases (N-acyl-D-Amino acid amidohydrolases) catalyze the hydrolysis of N-acyl-D-amino acids to produce the corresponding D-amino acids, which are used as intermediates in the synthesis of pesticides, bioactive peptides, and antibiotics.	1.21914e-115
CP029329.1|AWK49908.1|443969_445280_-|YgeY-family-selenium-metabolism-linked-hydrolase	gnl|CDD|183836	PRK13004, PRK13004, YgeY family selenium metabolism-linked hydrolase.	0
CP029329.1|AWK49897.1|430335_431151_-|putative-selenium-dependent-hydroxylase-accessory-protein-YqeC	gnl|CDD|274467	TIGR03172, Uncharacterized_protein_YqeC, probable selenium-dependent hydroxylase accessory protein YqeC. This uncharacterized protein family includes YqeC from Escherichia coli. A phylogenetic profiling analysis shows correlation with SelD, the selenium donor protein, even in species where SelD contributes to neither selenocysteine nor selenouridine biosynthesis. Instead, this family, and families TIGR03309 and TIGR03310 appear to mark selenium-dependent molybdenum hydroxylase maturation systems. [Unknown function, General].	1.50915e-59
CP029329.1|AWK49909.1|445649_448283_-|selenium-dependent-xanthine-dehydrogenase	gnl|CDD|132354	TIGR03311, Se_dep_XDH, selenium-dependent xanthine dehydrogenase. Members of this protein resemble conventional xanthine dehydrogenase enzymes, which depend on molybdenum cofactor - molybdopterin bound to molybdate with two sulfur atoms as ligands. But all members of this family occur in species that contain markers for the biosynthesis of enzymes with a selenium-containing form of molybdenum cofactor. The member of this family from Enterococcus faecalis has been shown to act as a xanthine dehydrogenenase, and its activity if dependent on SelD (selenophosphate synthase), selenium, and molybdenum. [Purines, pyrimidines, nucleosides, and nucleotides, Other].	0
CP029329.1|AWK49910.1|449047_450472_-|NCS2-family-permease	gnl|CDD|225161	COG2252, COG2252, Xanthine/uracil/vitamin C permease [Nucleotide transport and metabolism].	5.08876e-159
CP029329.1|AWK49912.1|454610_455252_-|hypothetical-protein	gnl|CDD|377981	pfam08348, PAS_6, YheO-like PAS domain. This family contains various hypothetical bacterial proteins that are similar to the E. coli protein YheO. Their function is unknown, but are likely to be involved in signalling based on the presence of this PAS domain.	4.34443e-44
CP029329.1|AWK49896.1|429460_430294_-|EF2563-family-selenium-dependent-molybdenum-hydroxylase-system-protein	gnl|CDD|132352	TIGR03309, matur_yqeB, selenium-dependent molybdenum hydroxylase system protein, YqeB family. Members of this protein family are probable accessory proteins for the biosynthesis of enzymes with labile selenium-containing centers, different from selenocysteine-containing proteins.	3.50548e-129
CP029329.1|AWK49894.1|427977_428424_-|MOSC-domain-containing-protein	gnl|CDD|237733	PRK14499, PRK14499, cyclic pyranopterin monophosphate synthase MoaC/MOSC-domain-containing protein.	3.862e-51
CP029329.1|AWK49903.1|437528_438731_-|diaminopropionate-ammonia-lyase	gnl|CDD|274631	TIGR03528, 2_3_DAP_am_ly, diaminopropionate ammonia-lyase. Members of this protein family are the homodimeric, pyridoxal phosphate enzyme diaminopropionate ammonia-lyase, which adds water to remove two amino groups, leaving pyruvate.	0
CP029329.1|AWK49900.1|433290_434619_-|putative-aminohydrolase-SsnA	gnl|CDD|235963	PRK07203, PRK07203, putative aminohydrolase SsnA.	0
CP029329.1|AWK49895.1|428447_429464_-|GTP-3',8-cyclase-MoaA	gnl|CDD|234672	PRK00164, moaA, GTP 3',8-cyclase MoaA.	2.57201e-131
CP029329.1|AWK53015.1|452423_454184_-|AAA-family-ATPase	gnl|CDD|226350	COG3829, RocR, Transcriptional regulator containing PAS, AAA-type ATPase, and DNA-binding domains [Transcription / Signal transduction mechanisms].	6.84893e-142
CP029329.1|AWK49905.1|439975_441352_-|dihydropyrimidinase	gnl|CDD|236240	PRK08323, PRK08323, phenylhydantoinase; Validated.	0
CP029329.1|AWK49898.1|431565_431943_-|reactive-intermediate/imine-deaminase	gnl|CDD|129116	TIGR00004, RutC_family_protein, reactive intermediate/imine deaminase. This protein was described initially as an inhibitor of protein synthesis intiation, then as an endoribonuclease active on single-stranded mRNA, endoribonuclease L-PSP. Members of this family, conserved in all domains of life and often with several members per bacterial genome, appear to catalyze a reaction that minimizes toxic by-products from reactions catalyzed by pyridoxal phosphate-dependent enzymes. [Cellular processes, Other].	7.58803e-59
CP029329.1|AWK49906.1|441668_442574_-|carbamate-kinase	gnl|CDD|237071	PRK12353, PRK12353, putative amino acid kinase; Reviewed.	0
CP029329.1|AWK49904.1|439202_439850_-|hypothetical-protein	gnl|CDD|377981	pfam08348, PAS_6, YheO-like PAS domain. This family contains various hypothetical bacterial proteins that are similar to the E. coli protein YheO. Their function is unknown, but are likely to be involved in signalling based on the presence of this PAS domain.	3.53817e-45
CP029329.1|AWK49907.1|442726_443920_-|knotted-carbamoyltransferase-YgeW	gnl|CDD|274517	TIGR03316, aspartate/ornithine_carbamoyltransferase, knotted carbamoyltransferase YgeW. Members of this protein family include the ygeW gene product of Escherichia coli. The function is unknown. Members show homology to ornithine carbamoyltransferase (TIGR00658) and aspartate carbamoyltransferase (carbamoyltransferase), and therefore may belong to the carbamoyltransferases in function. Members often are found in a large, conserved genomic region associated with selenium-dependent molybdenum hydroxylases.	0
CP029329.1|AWK49899.1|432144_433233_-|diguanylate-cyclase	gnl|CDD|235982	PRK07259, PRK07259, dihydroorotate dehydrogenase.	9.11538e-82

Protein sequences

>CP029329.1|AWK49903.1|437528_438731_-|diaminopropionate-ammonia-lyase
MEKILWKENTLPKNDKEGSIKFLNKEEVSKAKNFHESFLEYDKTPLVDLKELSKKIGLGGIYVKDESYRFGLNAFKVLGGSFAMGRYLADKLGEDIKDLPYEKLTSKEVKERLGDITFVTATDGNHGRGVAWTANRLKQKSVVYMPKGSSLMRLNNIKAEGAEASITELNYDDAVRLANKYAEEHNGLMVQDTAWEGYEKIPAWIMQGYGTMALEASEQLKEFDVERPTHIFVQAGVGSLAGAIQGFFASMYPENCPTTVVVESNLADCYYKSAIADDGKARVVGGEMQTIMAGLACGEVNTIGFEVLKNYAKAFVSAPDWVAAKGMRVLGNPLKGDKGIISGESGAVTTGLLYEIMTNDDYKDLKQALGLDENSRVLLFSTEGDTDPEKYRQIVWNGEY
>CP029329.1|AWK49902.1|436267_437455_-|YgeY-family-selenium-metabolism-linked-hydrolase
MLTNKRKESLTELCQELVRNQSVSGDESKVVDVIKGKFKELGYDECSIDAYGNIIGHIKGNKPGKRILFDGHIDTVPVPDDSKWTHAPFGGEIVDGKIYGRGTSDMKGQTSAMILAAAYFAEDTKRDFEGDIFVVGVVHEEIFEGVSARKISEAIKPDYVVIGESSELNLKIGQRGRAEIVIETFGRPAHSANPEQGINAVYKMSKIIERIQDIETPVHEVLGKGILVLTDIKSSPYPGASVVPDYCRATFDRRLLVGETKEEVLAPIQKIIDELIAVDKEMNAKVSYAVGKETCYTGETIEGERFFPAWLYKEDDEFVKAALKGLRSAGINPEITQYSFCTNGSHYAGEAGIRTIGFGPSKENLAHTIDEYIEQEQLFIGAEGYYGILKSVYNK
>CP029329.1|AWK49901.1|434629_436231_-|D-aminoacylase
MKILIKKGFIVDGSGNEGYKGDVLVCNERIDKISYEINNENVDKIINAEGLVIAPGFIDTHSHSDLKILENPYNEIKIRQGITTEVLGQDGISMAPLPKEYVASWRKNLAGLDGESDEINWNYETTDNYLKMMENNGVGLNEAYLVPHGNVRMEVLGLDNVQPDEEQLKKMCEVTRREMEAGAYGLSTGLIYMPCAYSGTRELVELCKVVAEFNGVFVIHQRSEADSIISSMKEVIEIGEKSGVRVHFSHFKVCGKKNWKHVDEVIVLLNEAKKKGIKVTLDQYPYATGSTMLGVILPPWAHDGGTDKLLERLASPEMRKKMILDMENNEQNDMEAWDNFIDFAGLDGIYVTSVKHKRNEQFIGKNLVEIGELKGKDPYNATFDLLLEEENAVGMFNYYGIEKHIIKFMKLTEQNVCTDGLLSGKPHPRAYGSFPRILGRFVRKLNVLTLEEAVMKMTSKAANAINIKDRGLIKEGYFADIVIFNADTVIDKGTFEDSTQYPEGIEYVIINGQVAVENGEYKKVKAGIVLRKG
>CP029329.1|AWK49900.1|433290_434619_-|putative-aminohydrolase-SsnA
MKIVGNGRLITQNKEKPFIENGALIVSDGKIIDYGNTSDILDKYGDVEYIDAKGKVIMPGLINTHGHIYSAFARGMNLDGPTSKDFLDILNNLWWRLDRKLTLEDVKYSAYTTLMDSLKFGVTTFFDHHASPNAAKNSLFTIGKVAEELGIRTSLCYEVSDRDGEEILEEGIKENVDYIKHCIEKKDNMKSGMFGMHASFTLSDESLRKCVKEAEKLDCGYHIHVAEGLADEEECMKKHGKRVVERLNDFNILGKKTIAVHCVHADENEQELIVKTNTSVVHNPESNMGNAVGVSPALDLINKGVTVGLGTDGYTQDMFESMKVANIIHKHNLKDPSVAWGEVPLMLFENNRKIAERHFEGKFGIIEEGANADVIIVDYNPLTPMNESNYNSHVLFGMMGRSVDTTIVNGKVLVRNGKLISVNEEEILAEARKVSQKLWDRI
>CP029329.1|AWK49899.1|432144_433233_-|diguanylate-cyclase
MSNLNVNILGMKFENPIFTAAGPGAKDGELCFEAVKLGAGGLVTKTISVNPADVPRPCMARTNSGFLNTELWSELPKEQWIEKEYKRAKEAGVPMIISMGYTAEQIKQVAPLIKPYADAVELSTHYVGTDVGPIVEAMKAAKSALDCPVFMKMSPHTDIQVIAKALEDAGADGLVMINSFGPCMAIDTETGYPIMGSKNGYGWLSGAPIRPLAIRNIYDASQVVNIPIIGVGGVTCGKDAAEMLMAGATAVEVCTEAILKGPGVYGKIAKELNEFLEIHGYKDVNEIIGLAHKKAADRTFRTEAIPPVVDQALCVKCGQCKVSCVYEAITIGDELVIDIDKCFGCGLCVTKCPKNALTIQYK
>CP029329.1|AWK49898.1|431565_431943_-|reactive-intermediate/imine-deaminase
MNKIINTTNAPAAIGPYSQGLVVGGLVYTSGQLPLNPETKVLETEIKTATKQSLENCKAILEEAGTSMDKVFKTTVFVKDLNDFAAVNEVYGTYFKENPPARSCVQIAKLPMDAVIEIEVIATVE
>CP029329.1|AWK49897.1|430335_431151_-|putative-selenium-dependent-hydroxylase-accessory-protein-YqeC
MKIFECINAEIKEQKSLIEALKIDTNKKRIISFVGGGGKTSLIYELGCELSRLGKKVIITTTTHMFMPKDNVVVTGKEDDIIKLLYSENMITVGMLCDEKYIEFKYNQLKDKKIIDEIEEGRLKKISGLPKEMAIRLIELADFLLVEADGSKRLPLKIPAEHEPVILEGSNLVVGVCGIDAIGKSIKEKCHRSNLVSKFLDTDEQHIINPHDIAKILSSVHGQRKNVKCHYKVIINKADNIREVERAKDISKELVNFGISETIITTFKDQL
>CP029329.1|AWK49896.1|429460_430294_-|EF2563-family-selenium-dependent-molybdenum-hydroxylase-system-protein
MIVLIKGAGDLATGVAYRLKKCGFDVIMTDISEPTTVRRTVAFSQAVYDNNVEVEGIKATLVSGIEEGIEVIKQGHIAVIVDEKAEILKELKPDVVVDAIIAKKNTGTNINDGPIVIALGPGFTAGVDCHCVIETKRGHYLGKAIYDGSAIPNTGVPGDIGGYTNERIIRATSDGKILPKSKIGDYVEKSDIVAYVNETPIFAQINGIVRGMLQKDVNVFKGMKSGDIDPRCERNHCFTISDKARSIGGGVLEAILYLNQNIDVNNNLRKSKKGGYI
>CP029329.1|AWK49895.1|428447_429464_-|GTP-3',8-cyclase-MoaA
MIDLYERNIDYIRISITDKCNLRCKYCIPEEDITSTLNNEILTFDEIIKICISASKLGIKKVKITGGEPLLRADVTDLIKSIKSIPLIENVTLTTNGIFLSDKVRDLKESGIDSINVSLDTLNKNKFKDITRRDGFDKVIDGIKRSIKLGIKIKINCVPIRNFNYDEINDIAAIAKDNNIDVRFIEMMPIGIGNLFNSISNKEILEIIEKNFGEFKIWSRGLQAENKKKDLKNFSDNGPATYYQNDNFKGRIGLISAVSNEFCPNCNRIRITSDGFLKPCLCYSDGIDLKALIRNGTSEEELTLSIKNGILNKPEKHGFNKLSKSDNLEVKSMSQIGG
>CP029329.1|AWK49894.1|427977_428424_-|MOSC-domain-containing-protein
MGNVIAICISEKRGTQKTNIQEGNFIENFGIENDAHAGNWHRQVSLLSYAKIDEFNKKGANVIDGAFGENLVVEGIEFTTLPIGTKLKCNEVILEMTQIGKECHSHCEIYKKMGECIMPKNGVFARVINGGKITCGDNMEILSDVERI
>CP029329.1|AWK49904.1|439202_439850_-|hypothetical-protein
MSVYDDLDFFKRLIKGIAEEFGPNCEVAIHDLKAGYEHSIIAIENGHVTGRKVGDVASRIAMETIHSNLQHKDHYSYSTRTNDGRILKSTTICIPDENGEAKALLCINYDITQLIVSNKIMKDFVSIKETKNNDYGDDDIAIPTDVNQLLKDLIEESYQLIGKPVAVMTKEDKMKAIKYLESKGALLIKRSGDKISKFYDISKYSLYSYLNSSED
>CP029329.1|AWK49905.1|439975_441352_-|dihydropyrimidinase
MIIIKNGTIVTESESYFSDIMIENNKISCIGTNLFNDNAEIIDASGMYVIPGAVDVHTHMDLQSGSNRSIDDFYTGTVAAVCGGTTSIIDHVAFGPKNCALRHQIDEYHELANGKAVIDYGFHGVIQHVNDEVLSEMESLVKEGISSFKIYMTYDFKLDDASILKVLKKAKELGVIIAVHAENNDVINDLRENYVSNGCLEAIYHAKSRPDHCEAEAISRVLHIAALAGDAPIYIVHTSTEKGLDEIRKARAQGQKNIFSETCTQYLTMTAEKYLEPDNNGLKYVMSPPLRHKNDVDALWKGVQDGAIDVIATDHCSFKLKGDKEKGINDFTKCPNGAPGVAERVMVIFSEGVMKKKISINRFVELLCTKPARIYGLYPQKGSLIPGADADITIINPNSEYTLTRSMLHGAVDYTCFEGMKLKGDINTVIQNGKVAYKNNEFFGKKGDGKFIRRKVIE
>CP029329.1|AWK49906.1|441668_442574_-|carbamate-kinase
MMSKIVIALGGNALGKTLDEQMESVKFTAKSIVDLIESGNQVVVTHGNGPQVGMINSEMNEMPLTMCVAMSQAYIGYDLQNAIREEVLSRNLKIPVVTLITQTLVDPNDSAFLNPTKPIGRFYSKEEAEKLEKTGLVMIEDSGRGYRQVVSSPKPIDIIEKETILELMSAGEIVIAGGGGGIPVIEVEHNHLKGVPAVIDKDFEAALLAEEIGADYLIILTAVEKVAVNFGKPDVKWLDSLTMEEANKYIEEGQFAPGSMLPKVQAALQFVSSGEGKTALITLLGKVNDGILGKTGTHFKM
>CP029329.1|AWK49907.1|442726_443920_-|knotted-carbamoyltransferase-YgeW
MNIVNKYVNELKNLKIDEMYENDFFLTWEKTTDELKAVYAVADALRELRKNNKSTRLFDSGLGISLFRDNSTRTRFSYASACNLLGLEVQDLDEGKSQVAHGETVRETANMISFMADVIGIRDDMYIGKGNQYMHTVANSVKEGYEDGVLEQKPTLVNLQCDIDHPTQAMADMLHIIHEFGGVENLKGKKIAMSWAYSPSYGKPLSVPQGIIGLMTRFGMDVCLAHPEGYEVMEEVENVARDNAKESGGTFTKTNNMAEAFKDADIVYPKSWAPFAAMKERTDLYAEGDSEGIKELEKKLLAQNAEHTDWECTEELMKTTKDGKALYLHCLPADISGLSCEKGEVEASVFDRYRVPLYKEASYKPYVIAAMILLAKVKNPAEVLEKMAQSDDTRFNG
>CP029329.1|AWK49908.1|443969_445280_-|YgeY-family-selenium-metabolism-linked-hydrolase
MNFEQIKSKSENYKEDMTKFLRDLVAIPGESAEEEGVVKRIEEEMKKVGFDKVEIDPMGNILGYMGTGETLIGFDAHIDTVGIGNRDNWNFDPYEGYETETEIGGRGTSDQLGGIVSSVYGAKIMKDLGLLNEKYTALVVGSVQEEDCDGLCWEYIIKEGKIRPEFVVSTEPTDGGIYRGQRGRMEIRVDVQGVSCHGSAPERGDNAIYKMAEILMNIRDLNENDADENKEIKGLVKMLDEKHNPEFKEANFLGRGTVTTSQVFYTSPSRCAVADSCSISLDRRMTSGETWESCLEEIRQLPAVKKYNATVSMYNYDRPSYTGLVYPIECYFPTWVIPEDHTVTKALEEAYKGLYGTTRIGVAENEAMRKARPLTDKWTFSTNGVSIMGRNGIPVIGFGPGAEAQAHAPNEKTWKEDLVTCAAVYAAVPTLYTENK
>CP029329.1|AWK49909.1|445649_448283_-|selenium-dependent-xanthine-dehydrogenase
MFKVNVNGKDYQSETDMALMDFLREKLKITSVKNGCKEGACGTCTVIIDGKTTRACIQKLSKLGGKKIETIEGFTDRERDVLVYAFATAGAVQCGFCIPGMVISGKCLIDQNPNPTREDVKQAIRTNICRCTGYAKIEEGILLAAKMLRENLEIPELKQTGKVGEQTCRVDAREKTLGIAKYADDYSFDGMLYGKNVFSKYARAKILSIDISEALKIPGVIAIYTAKDIPGKRYIGHLAQDWPGMIDVGEQTKCCGDTIAMVVAETREQAVAAVKAVEVVYEELEPLRTAEDAAAPGAHQVHGEGFMQFGKFRVPENNVFDHEEVKRGDAETAIANSKFVVEGTFHVPPTEHAFMEPETAVGLPDGDGVKVITGSQGIYDERHELSNYLGLPLEKVRIQSASVGGGFGGKEDMSVQHQAALCAYLTKRPVKVSFSRQESINYHPKRHAMDIYCKIGCDENGILQGMKARLTSDTGAYASLGGPVLQRACTHAGGPYNYQNVDIEGNAYYTNNPPAGAFRGFGVTQSCAVVECLINQLAEKAGLSGWEFRYRNAIRPGQSLPNGQLADEGTAMVETLEAVKEDFEKYEADPNYHVGIASAMKNAGVGVAVPDTGRCNLKIIDGKVHARSSAGAIGQGVQTVLLQMVCETTELTPNQIVVEHPDTKYTPDSGTTTASRQTVFAGEAAHQASLKLKSDLDCGYTLEELEDKEYIGEFDFKTDPIGSPKKNPVSHIAYGYATQLVIIDNEGKLEKVVAAHDIGRIINPLSATGQVEGGVAMGLGYGLTEDFPLKDGIPQAKLGTLGVFKASQMPPVEVHLIEKNDIDSIAFGAKGIGEIVCVMGAPACQNAYYKKDGIFRYKYPLDNTYYRKQKPAPKKVE
>CP029329.1|AWK49910.1|449047_450472_-|NCS2-family-permease
MKTNANKQKSSFLESYFQLKENNSNVKTEILAGITTFVTMAYIIFVNPNILKLSGMNSANAIGDAAAQLSVGTDPIVSSVFVATCLAAAIGTLIMGLYANLPFAQAPGMGLNAFFTYTVCLTLGFTWNQALSCVLLSGILFIIITVTSIREKIVDAIPQNLKYAISGGIGLYIALIGLKSGGVIVANQATLVGFGNFANPGTLLTIIGITITAILMARGIKGSILIGIISTTIIGIPLKITSLENLHVFSAPPSIAPTFAAFDFAGLFSKGGTSIGGAILSVIMVVITICLVDLFDTIGTLVGTATKAGMLDKDGRVIRMRKALLCDAVATTAGSVLGTSTVCTYVESTSGVSEGGRTGLTSVTVGILFILSMFFSGIVGIVPGQATAPALVIVGVLMMSAIVKIDFDDFTEGLPSFFCIALMPFTYSIANGIAAAMIFYPIVKIATGRQKEISPIVYVLALLFILRYILLPFE
>CP029329.1|AWK49911.1|451937_452162_-|hypothetical-protein
MSVAKVNQNSGNIMEKIYFLKQYKGKTFKNIFGYKTSLIGEIKTVHPEYRYIRGQEFPKLLKWGRKLDNTSTEP
>CP029329.1|AWK53015.1|452423_454184_-|AAA-family-ATPase
MKITLKDISDVVNKYSKLLSSILKLDVEVVDSNFERIAGTGIYKDGIGENIESEGYVYKAALSSGNAQVIENPGRNILCKNCKDKGNCKEEMEICVPIKYGNNTFGVIGFVCSTKDQKEYLLNNFETIMSFLEQVSDFISIKIIEQNEVLTNKNDLKFLEQIINSVEDGIIAINSSNKIHLINNKGIKILKLNPSIIGETIKIEDTEDYLPSRNTYKLYIKDIEYKVVGKIIHNYINVETCSQILVFNEIKQINEDAVNLTHGNNKITCDAIVGESLVIKQMKEKIKRIAYSKSTVLITGESGTGKELVARAIHAEGNTRDKPFIAINCGAIPESLLESELFGYVKGAFSGASTSGRIGKFELANKGVIFLDEIGDMPIYLQVKLLRVLQERTLVKIGSNQLINLDIRVIAATNKDLKKLVEEGKFREDLYYRLNVIPFEIPPLKDREGDIELIMNELINKYNKIFNKYIHTVNEDVINKLKEYPWRGNVRELENLVEFMVSISHENGIINMNMLPKAIANYSKNEYVKIDDQINENKEIKKLKDIEMAYIEKILDLCGRDTLGKKEAAKKLGIGIATLYRKLDEK
>CP029329.1|AWK49912.1|454610_455252_-|hypothetical-protein
MSVYDDLDFFKRLIKGISEEFGPNCEVAIHDLKAGYEHSIIAIENGHVTGRKVGDVASRIAMETIHSNHQHKDHYSYNTRTNDGRILKSTTICIPDKNGETKGLLCINYDITQLIVSNKIMTDFVSINETKNNNQAEVAIPTNVNQLLEDLIEESYELIGKPVAVMTKEDKMKAIKYLESKGALLIKKSGDKISKFYDISKYSLYSYLNSYED

Crispr_ID: CP029329_2

• CRISPR_ID: CP029329_2
• CRISPR_location: 561419-561513
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP029329_2

Consensus_repeat	Method
GTAAGTGACTCACACAAAATCAT	CRISPRCasFinder

spacers of CP029329_2

>2.1|561442|49|CP029329|CRISPRCasFinder
AGATTTTGGTTCTCTACTTAAGGAAACTCGATTCGCATTCGCTCACTGA

CRISPR arrays and Neighbor proteins around CP029329_2

CRISPR arrays

The CRISPR arrays of CP029329_2

>merge|CP029329|2|561419-561513|CRISPRCasFinder
GTAAGTGACTCACACAAAATCATAGATTTTGGTTCTCTACTTAAGGAAACTCGATTCGCATTCGCTCACTGAGTAAGTGATTCACACAAAATCAT

>CP029329|2|2|561419-561513|CRISPRCasFinder
GTAAGTGACTCACACAAAATCAT	AGATTTTGGTTCTCTACTTAAGGAAACTCGATTCGCATTCGCTCACTGA
GTAAGTGATTCACACAAAATCAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP029329.1|AWK49989.1|557926_561061_-|cell-wall-binding-protein	unknown	unknown	gnl|CDD|227588
CP029329.1|AWK49997.1|576550_577612_-|bacteriocin	unknown	unknown	gnl|CDD|227588
CP029329.1|AWK49982.1|549724_549991_-|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK49994.1|568107_569703_-|peptide-chain-release-factor-3	unknown	unknown	gnl|CDD|226593
CP029329.1|AWK49996.1|573111_574968_+|cell-wall-binding-protein	unknown	unknown	gnl|CDD|227588
CP029329.1|AWK49990.1|561745_562144_-|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK49993.1|567392_567719_-|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK49981.1|547103_549503_-|sensor-domain-containing-diguanylate-cyclase	unknown	unknown	gnl|CDD|143635
CP029329.1|AWK49986.1|554024_554717_+|hypothetical-protein	unknown	unknown	gnl|CDD|377026
CP029329.1|AWK49988.1|555806_557657_-|LPS-biosynthesis-choline-kinase	unknown	unknown	gnl|CDD|223584
CP029329.1|AWK49998.1|577759_581161_-|hypothetical-protein	unknown	unknown	gnl|CDD|227588
CP029329.1|AWK49984.1|551569_553027_-|flippase	unknown	unknown	gnl|CDD|240533
CP029329.1|AWK49991.1|562442_564473_-|cell-wall-hydrolase	unknown	unknown	gnl|CDD|119407
CP029329.1|AWK49983.1|549992_551084_-|hypothetical-protein	unknown	unknown	gnl|CDD|273359
CP029329.1|AWK49987.1|555096_555792_-|CTP--phosphocholine-cytidylyltransferase	unknown	unknown	gnl|CDD|227093
CP029329.1|AWK49992.1|564870_567108_-|cell-wall-hydrolase	unknown	unknown	gnl|CDD|119407
CP029329.1|AWK49995.1|570285_572106_+|cell-wall-binding-protein	unknown	unknown	gnl|CDD|227588
CP029329.1|AWK49985.1|553419_554028_+|TetR/AcrR-family-transcriptional-regulator	unknown	unknown	gnl|CDD|224228
CP029329.1|AWK53016.1|575189_576194_-|glycerophosphodiester-phosphodiesterase	unknown	unknown	gnl|CDD|176506
CP029329.1|AWK49980.1|545328_546693_-|6-phospho-beta-glucosidase	unknown	unknown	gnl|CDD|133432

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP029329.1|AWK49989.1|557926_561061_-|cell-wall-binding-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	7.05638e-15
CP029329.1|AWK49997.1|576550_577612_-|bacteriocin	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	3.63593e-15
CP029329.1|AWK49994.1|568107_569703_-|peptide-chain-release-factor-3	gnl|CDD|226593	COG4108, PrfC, Peptide chain release factor RF-3 [Translation, ribosomal structure and biogenesis].	0
CP029329.1|AWK49996.1|573111_574968_+|cell-wall-binding-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	8.40146e-29
CP029329.1|AWK53016.1|575189_576194_-|glycerophosphodiester-phosphodiesterase	gnl|CDD|176506	cd08563, GDPD_TtGDE_like, Glycerophosphodiester phosphodiesterase domain of Thermoanaerobacter tengcongensis and similar proteins. This subfamily corresponds to the glycerophosphodiester phosphodiesterase domain (GDPD) present in Thermoanaerobacter tengcongensis glycerophosphodiester phosphodiesterase (TtGDE, EC 3.1.4.46) and its uncharacterized homologs. Members in this family show high sequence similarity to Escherichia coli GP-GDE, which catalyzes the degradation of glycerophosphodiesters to produce sn-glycerol-3-phosphate (G3P) and the corresponding alcohols. Despite the fact that most of GDPD family members exist as the monomer, TtGDE can function as a dimeric unit. Its catalytic mechanism is based on the general base-acid catalysis, which is similar to that of phosphoinositide-specific phospholipases C (PI-PLCs, EC 3.1.4.11). A divalent metal cation is required for the enzyme activity of TtGDE.	7.65031e-45
CP029329.1|AWK49981.1|547103_549503_-|sensor-domain-containing-diguanylate-cyclase	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.	3.21539e-46
CP029329.1|AWK49986.1|554024_554717_+|hypothetical-protein	gnl|CDD|377026	pfam03358, FMN_red, NADPH-dependent FMN reductase.	5.74295e-09
CP029329.1|AWK49988.1|555806_557657_-|LPS-biosynthesis-choline-kinase	gnl|CDD|223584	COG0510, ycfN, Thiamine kinase and related kinases [Coenzyme transport and metabolism].	1.67384e-50
CP029329.1|AWK49998.1|577759_581161_-|hypothetical-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	8.72366e-25
CP029329.1|AWK49984.1|551569_553027_-|flippase	gnl|CDD|240533	cd13128, MATE_Wzx_like, Wzx, a subfamily of the multidrug and toxic compound extrusion (MATE)-like proteins. Escherichia coli Wzx and related proteins from other gram-negative bacteria are thought to act as flippases, assisting in the membrane translocation of lipopolysaccharides including those containing O-antigens. Proteins from the MATE family are involved in exporting metabolites across the cell membrane and are often responsible for multidrug resistance (MDR).	4.66222e-38
CP029329.1|AWK49991.1|562442_564473_-|cell-wall-hydrolase	gnl|CDD|119407	cd02696, MurNAc-LAA, N-acetylmuramoyl-L-alanine amidase or MurNAc-LAA (also known as peptidoglycan aminohydrolase, NAMLA amidase, NAMLAA, Amidase 3, and peptidoglycan amidase; EC 3.5.1.28) is an autolysin that hydrolyzes the amide bond between N-acetylmuramoyl and L-amino acids in certain cell wall glycopeptides. These proteins are Zn-dependent peptidases with highly conserved residues involved in cation co-ordination. MurNAc-LAA in this family is one of several peptidoglycan hydrolases (PGHs) found in bacterial and bacteriophage or prophage genomes that are involved in the degradation of the peptidoglycan. In Escherichia coli, there are five MurNAc-LAAs present: AmiA, AmiB, AmiC and AmiD that are periplasmic, and AmpD that is cytoplasmic. Three of these (AmiA, AmiB and AmiC) belong to this family, the other two (AmiD and AmpD) do not. E. coli AmiA, AmiB and AmiC play an important role in cleaving the septum to release daughter cells after cell division. In general, bacterial MurNAc-LAAs are members of the bacterial autolytic system and carry a signal peptide in their N-termini that allows their transport across the cytoplasmic membrane. However, the bacteriophage MurNAc-LAAs are endolysins since these phage-encoded enzymes break down bacterial peptidoglycan at the terminal stage of the phage reproduction cycle. As opposed to autolysins, almost all endolysins have no signal peptides and their translocation through the cytoplasmic membrane is thought to proceed with the help of phage-encoded holin proteins. The amidase catalytic module is fused to another functional module (cell wall binding module or CWBM) either at the N- or C-terminus, which is responsible for high affinity binding of the protein to the cell wall.	4.28077e-64
CP029329.1|AWK49983.1|549992_551084_-|hypothetical-protein	gnl|CDD|273359	TIGR00950, Uncharacterized_inner_membrane_transporter_YicL, Carboxylate/Amino Acid/Amine Transporter. [Transport and binding proteins, Amino acids, peptides and amines].	9.55676e-05
CP029329.1|AWK49987.1|555096_555792_-|CTP--phosphocholine-cytidylyltransferase	gnl|CDD|227093	COG4750, LicC, CTP:phosphocholine cytidylyltransferase involved in choline phosphorylation for cell surface LPS epitopes [Cell envelope biogenesis, outer membrane].	3.42566e-73
CP029329.1|AWK49992.1|564870_567108_-|cell-wall-hydrolase	gnl|CDD|119407	cd02696, MurNAc-LAA, N-acetylmuramoyl-L-alanine amidase or MurNAc-LAA (also known as peptidoglycan aminohydrolase, NAMLA amidase, NAMLAA, Amidase 3, and peptidoglycan amidase; EC 3.5.1.28) is an autolysin that hydrolyzes the amide bond between N-acetylmuramoyl and L-amino acids in certain cell wall glycopeptides. These proteins are Zn-dependent peptidases with highly conserved residues involved in cation co-ordination. MurNAc-LAA in this family is one of several peptidoglycan hydrolases (PGHs) found in bacterial and bacteriophage or prophage genomes that are involved in the degradation of the peptidoglycan. In Escherichia coli, there are five MurNAc-LAAs present: AmiA, AmiB, AmiC and AmiD that are periplasmic, and AmpD that is cytoplasmic. Three of these (AmiA, AmiB and AmiC) belong to this family, the other two (AmiD and AmpD) do not. E. coli AmiA, AmiB and AmiC play an important role in cleaving the septum to release daughter cells after cell division. In general, bacterial MurNAc-LAAs are members of the bacterial autolytic system and carry a signal peptide in their N-termini that allows their transport across the cytoplasmic membrane. However, the bacteriophage MurNAc-LAAs are endolysins since these phage-encoded enzymes break down bacterial peptidoglycan at the terminal stage of the phage reproduction cycle. As opposed to autolysins, almost all endolysins have no signal peptides and their translocation through the cytoplasmic membrane is thought to proceed with the help of phage-encoded holin proteins. The amidase catalytic module is fused to another functional module (cell wall binding module or CWBM) either at the N- or C-terminus, which is responsible for high affinity binding of the protein to the cell wall.	7.22453e-57
CP029329.1|AWK49995.1|570285_572106_+|cell-wall-binding-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	6.86525e-38
CP029329.1|AWK49985.1|553419_554028_+|TetR/AcrR-family-transcriptional-regulator	gnl|CDD|224228	COG1309, AcrR, Transcriptional regulator [Transcription].	1.28424e-12
CP029329.1|AWK49980.1|545328_546693_-|6-phospho-beta-glucosidase	gnl|CDD|133432	cd05296, GH4_P_beta_glucosidase, Glycoside Hydrolases Family 4; Phospho-beta-glucosidase. Some bacteria simultaneously translocate and phosphorylate disaccharides via the phosphoenolpyruvate-dependent phosphotransferase system (PEP-PTS). After translocation, these phospho-disaccharides may be hydrolyzed by the GH4 glycoside hydrolases such as the phospho-beta-glucosidases. Other organisms (such as archaea and Thermotoga maritima ) lack the PEP-PTS system, but have several enzymes normally associated with the PEP-PTS operon. The 6-phospho-beta-glucosidase from Thermotoga maritima hydrolylzes cellobiose 6-phosphate (6P) into glucose-6P and glucose, in an NAD+ and Mn2+ dependent fashion. The Escherichia coli 6-phospho-beta-glucosidase (also called celF) hydrolyzes a variety of phospho-beta-glucosides including cellobiose-6P, salicin-6P, arbutin-6P, and gentobiose-6P. Phospho-beta-glucosidases are part of the NAD(P)-binding Rossmann fold superfamily, which includes a wide variety of protein families including the NAD(P)-binding domains of alcohol dehydrogenases, tyrosine-dependent oxidoreductases, glyceraldehyde-3-phosphate dehydrogenases, formate/glycerate dehydrogenases, siroheme synthases, 6-phosphogluconate dehydrogenases, aminoacid dehydrogenases, repressor rex, and NAD-binding potassium channel domains, among others.	0

Protein sequences

>CP029329.1|AWK49989.1|557926_561061_-|cell-wall-binding-protein
MNKMKSRFVALLVVFTSIISFLPVGFSGQAAKSATIGTDATSIQVNVTGSTTALTARTDTTTKEEIYTVGGVESGFDISVKDVRTDAGTLEAQAKTSKQSTSGIVGQKVDLISINGTPCYTDADNTIINPILGDIGIGITNYSKVLGIPDRIGKTITGLPLGVNKIEYRITITTQDVVYTPEEKDNSGTVTQVAKTEIKAPVPTTYANQKITIEHATTYVVGKINPMTFKAYVGQASSFNDSDEIIDPTSALNTNNTVPFLYSTEAQPDANMALRYTFDVPDSISTLKYVMTFEQTINLDGAKVYKNGTEAEEGSEYTIDGRQLTGNLERLGQSDSIVVKLNGTSSISKAYAIEIRYNNLSSDKDYSLKNAGITKLDYNDDSTVPAYIGKKFTITNDKSGFKIYKGNIYIDSRSRMISLEPTLIRSKDTVAYVVTNNYVDSSGTTRVKQSMLKNGKQFVDFMASTTSNELQVDVYEGKDGNVINSSTILARYLLKVNLQTDNQFTMNLGFYSSSTTANLTQQGVDKIENIVGFTTSRRTYDLCFGDLSADLAGQDVGDPVTVSFTGKRSDKNEYIRVWLGDDVNSTNPKEAQVSIDNEYNGNLSDTENYLKRNTSLNVTLGTAKKMVVQAYYDEFETKKVNGVDETVLAGSYPVGDKYVFYLPNNYDINTTPTPGDNSTNASLNLLKLKGYTLKDSDENEGFSSDKFDYTSTVAKEDTTVKITAVAEDDNVKSIVATIDGGSESYDLVSGQISELPLNENGKTTIKIVVTAQDGTTSKTYTVVIKNNSKGSNINLKNVILNVGDYTFDPKADTTKVRVDQNVTNIKVTPIAEDSKATVTVNGEEYLGSAISISLKGAQKTDINIEVISEDGKESKTYTLEVNRVDSADWGDDPSDDGDATEDDQFYDEYNECWVDLTKYDEWGSVNGKPTYFDKKSRQVKEAWISTGGKNYYLNNLGYRASGWKVEDADGKTYYLDPKTGEMKKGWMNLNNSWYYLGLNGVMHKGWLFLNQKWYYFTPNGQMVINQSMFIEDKVYRFGQDGAIY
>CP029329.1|AWK49988.1|555806_557657_-|LPS-biosynthesis-choline-kinase
MLEDKLEVLKALNDNFNINQRELAKRTNMSLGKVNAVLKDFTMEGFIDRIINNRGTLYKVTEKGMKFLEENIASAKSTRLKIHEEEKKIVKQAVILAAGKAEEFGKPVGMLEIEDIKLIDRTLNILKENGITKIVIVIGYKSEYYEERFKNSKNIILVKSDTYKWTGTMHSLSLAKEYIDDDFLLVENDLIFERKAIKELAESENRDCILFTNESGSGDEAFVEIRDNHLFKMSKDIHQFNRIDGEMIGLTKISYKLYNMMLEEFKGNVNPYLNYEYVLLDVARNYNIGFVKIDDLAWGDADTQKEYEKIKNYLYPTIRRRELSYEINNIKAIIREALKVKDEDITEVELAGGMTNKNYRICVKGSRYILRVAGNGTEQMINRNTEMFNSAIASEKGYNVEVPYFSLETGVKISKFIENAETLTHRSIKKEENLKQVTGILRDLHESTDFHMDNEFNMFRELEKYEGILRKDKGDFFEDYDEVREKVMALEEELKICKRVFVPSHNDLVSENLVKDTEGRIYLIDWEYSGTNDDMWDLAALSLENEFSENDIELMFRLYFNGKEADENSRRRLLIHQICQDMLWAVWTLIKEAEGDDFGTYGIDRYNRAKEYLKKL
>CP029329.1|AWK49987.1|555096_555792_-|CTP--phosphocholine-cytidylyltransferase
MRAILMAAGMGTRLRPLTLNTPKSLIEVNGMSLLERQIINLREVGIDEIIVLTGYLHEKFDDLVKKYNLIKVINDKYDIYNNIYTMYLVREYLEDAYVIDADQYITRNFLPKEMPNTSVYYSACKESIKGEWILKYDEQGKIYGIKIGKEEDKPNYIMSGASFWSAKDGALICKKVQEAIEVNNSTDIYWDNIAVDNLKDMDVYIEKIQSNDIFEIDSIEDLEYLKRTLEL
>CP029329.1|AWK49986.1|554024_554717_+|hypothetical-protein
MIFMNVTIIYGTIRKASTYNCVQLLLNNIKLNIDIKVTEFFLPRDLPYFCRECTSCLINLENACPHLNDSNYIITSLYKSDLIILACPVFKCDISSNMKLLLDNLSYKFIQDKSNSFMSKKIGLVMSTAAGAGLFYTTKTLEKDLAFWGIKNIFKFSSTIYEINWDHVNLTTKKKMQKKIFTLSCEILNLYTNSFPIKVPIINKITLLQKRTRFKEYNCEVIDFTSCKNH
>CP029329.1|AWK49985.1|553419_554028_+|TetR/AcrR-family-transcriptional-regulator
MNTKEKIIYESLNLFSIKGFDAISVRDIANKVGIKASSLYNHFKNKQDIFDTVIKKYSNYSNQIFKNINTTNNTNNFIINRFKDLSDDQFLKVHMKMFRFYLEDEYIVKFRKILTIEQFNNPEISKIYNEIFINNILDAQAKILTILIDEKLLIKKDPYTLAIQLCSPIFLLFYKYENMTDKEIKILKNHILEFRNTYIMKG
>CP029329.1|AWK49984.1|551569_553027_-|flippase
MAKSISKNAIFKAMLNLFNIILPILVIPLVSRSFGDELYGYMGYGDSLTAYFLIFASFGIYQYGLREISKVRDNKAKLRQTFTSLFLFTSVTNIVASSAYMIFVAIFYKNEPYFYTCIILGFNLVFNMFYVEWVNEALENYDFIALKTMVVRIIYSALILLFVREKGDFLFYLYLVVGFNFINNIISFIYVKKKLKFDFSNLQFLIHVKPMLYVVILSNTGVLYTQLDKIMLKDSMGGTTAVGYYYMAQRIMLIVNTLLLTIIQVTMPRLSNYLGNDSKKQYLILLKKVIKIYFLLLFPASIGLLCLSKEAIYIFGGPAFLGAVPVMVVFAIYMLSIGVEGVIANQMIYLHGKEKEDAILVLIGGIINLIFNIILSITGNFNMVSAIITTLIANLIVIALEYRMVKKVIKLDIHLFAYENIKYFYYSLVFIPITFAIKFVISNMIISCVLEVVICGLVYLAILIITKDSVFFELLNKILVKFKHK
>CP029329.1|AWK49983.1|549992_551084_-|hypothetical-protein
MNEVTGGANASAAAAKKKLSSEFLRKGILIALFSGIMYGFYSAFLTFGMTKGVWADWYGINAAGLSAFVITYLLGALGSAVNDTCSAVWALLFAGVKGKLGDFFRCLNTTPGRVMILAALIGGPISSTAYVVGLQMAGSIVIPISALCPAIGAILGRILFKQELNKRMMLGIVICVIASFMIGSTSIGGDAPEGMFLGICIAFIAALGWGFEGCVAGYGTSMIDSEIGITIRQVTSGISNLIILLPIFGMMAGNVSLSTDLATAAFTSGSAMIWFAASGFCAFISYMTWYKGNSMCGAALGMACNGTYSFWGPFCCWIVLGVFGGIDGWGLAPIAWIAAVLMVLGILVIAMNPLDLFRKKEDK
>CP029329.1|AWK49982.1|549724_549991_-|hypothetical-protein
MKPLNYAILKYFTKVDEACAEDVIEALKGEYGNFKALKRDAVITALMTAEANGLLEETRFELDQAANLRVYYHAHEEGAATINKYIKD
>CP029329.1|AWK49981.1|547103_549503_-|sensor-domain-containing-diguanylate-cyclase
MTIRKRFIIFSIILGIVPVIISTSICIANFNAKNIELIKQNIITEANDQSMHLEAFFDQNVSDLNITANIPLVKDLLFDSNNKVNIENQKNNRKILNELFSDRINQQFYLSIGLLINNDGIIIASSDDEYINTEIMISSKEIERLKNNELVITNIIEREDFNGGIKSAIIAKPIFLGNQYQGAVINIINMNYFKNILNNIHFFQSGKISVMDSNGKIAVSNSENLKDSINRINTSNNLYEQWIKIDFHSNPNGLIQYEINGKEKIGYYSTINNTGWIVLSGVEWAEFKNPMYKNISNIITFTIFIFIIVIVSYMFIINYFTKPIYKLLEVIRKIKQGYTKDRFIYDKNNEFGEIATAFNDLIDNIEKNKKHIQEKNRDLQSITSNIPGGVYRCRIENGDHILEFVNGGYLNILGYEKHGFKDVFGKKLIELIYEQDKERVIREIREQLCKSNKYNVEYRVKQKDESVIWLLDKGQIMKNKYGKEISYSVVINITESKIIQEELRLSEERYRIVMSQTEDIIFEWNIKDDSIYFSENWKNKFNYESTIVDISKKIYQSNIIYKDDIKKLGKILNDIINGERYKEIEIRLRKNDGEFIWCKIRATAMFDQENNIFRVIGSIIDIHKEKMEADKLLFKAQRDSLTGLYNKGTVESVIEEYLENEGLNSKGALFMIDVDYFKDINDNLGHLVGDYVLSNISSMLSEVFNENSIIGRIGGDEFIVFLKNIDSQEFLYKKADDLVKGFKTDFVEETKDYKVSGSIGISRFPEHGKSFRELFVNADEAVYLAKNKGRDNYCVFGES
>CP029329.1|AWK49980.1|545328_546693_-|6-phospho-beta-glucosidase
MKDKKIKIVTIGGGSSYTPELIEGFIKRKDELPIGELWLVDIEDGKEKLEIVGAMAKRMVKAAGIDWKVNLTLDRREALKDADFVTTQFRVGLLDARIKDERIPLSHGIIGQETNGAGGMLKAFRTIPVILDIIDDMRELCPDAWFVNFTNPSGMITEAAIKYGGWDKTVGLCNLAINAIKDCSKVLKIPEKDLFFKFAGLNHFHWHRVWDKDGNERTEEILNKMYNPEFEKEAIGFGVANIKDVKFNFEQLKDLEMLPCPYHRYYYVKDDMLKSELEEFSKGETRAEVVKRTETELFELYKDPKLDYKPEQLTKRGGAYYSDAACELITSIYNDKRITMVVSTTNKGSIEDLPYDSVVEISSIITANGPQPINWGKFNPAARGMVQMMKGMEETIISAAVTGNYNKALHAFTINPLVPSGEIAKELLNEMLLAHKKYLPQFKEAIEQLTMQNE
>CP029329.1|AWK49990.1|561745_562144_-|hypothetical-protein
MNWLKKFMYGRYGADQLSRALLILSFALIVIAGLLPRNLSSLTAIGYIPTLICIFRIFSKNIYKRKQENYKYLTFENSMAKWFKQKLNRVKDSKTHKYFTCPDCKQKLRVPRGNGKISVTCPKCKKTFKGKS
>CP029329.1|AWK49991.1|562442_564473_-|cell-wall-hydrolase
MKAIKRLTTFLFAFALVLVLIPITNTKAAITDIKIISETKVTAKQAEQWAKSKGATDAFIGLAELYWKYAPEHGNVNPAIAYVQAAKETGYGNFGGVLDESYKNPCGMKTVVGGADTDPNAHQKFNTWDEGVQAHLDHLALYAGAIGYPKSNTYDPRHFVTIKGNAVTVNALGGKWAPSLSYGEDINKSYNDLLVSAGIVSTPKTEIDDSKVVDNSNKTSEATNSSTNTTKNTGSAATVDKAQTNTIAPTGVQATEPIKTTTNNSTNISSSIGWKLEGGNWYYYKSNGSKSTGWIKPDSNWYYLYSDGSMAKGWLKDGDKWYFLKSSGAMQIGWLKDSGKWYYLQGDGSMATGFKLIDGSKYFLDVSGAMRIGWFEISGQWYYFNTGGNMLTGWIKPNGSWYYLHTNGVMAKGLLDLDGNTYYLNSSGAMATGWISDGGNTYYFRPGSGIMVKGTVINGWQIGPDGKRGNKVSGDTSGKTIVIDPGHNFGGDDGAYATFNGVTYAERDLNMQIAAKLKAKLESQGYNVIMTRNESDREVSSVTESLTNRVNIANNAGAALFVSLHHNAASEAATGVEVYYSSRAQDDNFGGAYSDSKLSASRSLASSISSAITNSTGAINRGAKDGNLFVCRNTIMPSVLIECGFITNPNEAQKCADSSYQDLAADAIANAIASAI
>CP029329.1|AWK49992.1|564870_567108_-|cell-wall-hydrolase
MNIKKKIITLVLTFAMVLSLVPTLSVQAATTDFKIISNSEVTAKQAEKWAKSKGATETFQDLAELYFEYSSDCGDVNPAIAYVQAAKETGFGKFGGVLDESYKNPCGLKTSSGGGDTDKNAHQKFDTWDEGVQAHMDHLALYAGAKGYPKDDTYDPRHFVTIKGKATTVNSLGTKWAPSATYGEEVNALYKDLLDFAGVDYQKDTDEADEDSNDSDETSNAVPNPGKTESKPSAPNVSEVISENKPQTGDETVDDKTNITSTVGWKNEKGAWYYYKSDNTKAIGWIKPDSNWYYLKDDGKMATNWLSDNGKWYYFNNSGIMVKGWKQLNNDWYFLTDSGVMATGIQYDGSSLYYLKDSGVMATNDGWIKLNDKWYFSEKSGKVKTGWLKDNNSSYYLQGDGSMVTGLNKIDGKSYMFNDNGTLATGWIQLNNYWYYFNTDGSMSTGWILDNGTNYYLYNTGAMAKGWINLDGTWYYLKESGAMATGWVTSNGDSYYLDTSTGRMVTNTKIDGFKIGSDGKKQASSNQDNEDNPATSNPTNNNPSNGKKTIVVDAGHNYGGDGGATATIDGVTYNEADLNIMVASKLKTELENRGYNVIMTRYSGQRETIALIQSLTNRVNIANNANADFFVSIHHNSASETAQGVLTLYSEESQDATFGGKLNSSRIEKSKEMATLINNNIANKLSLNNRGGQEQNLFVCRNANMPAVLVETGFITNKEEAIRCSDPASQQKVAAAIAEVIAGNI
>CP029329.1|AWK49993.1|567392_567719_-|hypothetical-protein
MSNSNFCDTDFDTLGTNSGTTCDPISDLTLSTMVVENQGVLLNKLIMILLFLYAYTNQNFISYLMCMNEKLIDNQSCLTCKLVDNLMDTLADCQENLGNCRRGKNHNH
>CP029329.1|AWK49994.1|568107_569703_-|peptide-chain-release-factor-3
MAAYIKEIEKRRTFAIISHPDAGKTTLTEKLLLYGGAIRLAGSVKARKASKHAVSDWMEIEKQRGISVTSSVMQFNYDGYCINILDTPGHQDFSEDTYRTLMAADSAVMVIDAAKGIEDQTRKLFHVCALRGIPIFTFINKMDREAQDPFVLLDDIENELGIKTYPINWPIGSGKEFKGVYERQNKRVLAFNAGNHGQTEVTSTEGDVNDEIFKDLLGTPLHDKLMEDIELLDIAGDELDPKMVREGDLTPVFFGSALTNFGVEPFLEHFLKMTSAPLSRNSSIGEIDPMDKDFSAFVFKIQANMNKAHRDRIAFMRICSGEFKKGMEVMHMQGGKKLKLAQPQQFLAAEREIIEEAYAGDIIGVFDPGIFSIGDTLCMPSNKFKFEGIPAFAPEHFARVRPVDTMKRKQFVKGVTQIAQEGAIQVFRETHIGMEEIIVGVVGVLQFEVLEYRLNNEYNVDVKMDRLAYRYVRWIENKDIEMDSLNLTSDTKKVKDLKDRNLLIFQNDWGISWALEHNKGLILSAVGKSED
>CP029329.1|AWK49995.1|570285_572106_+|cell-wall-binding-protein
MIKRMSKATSLLVAAAAIISIIPANAADYKKINSEDGTVYNAIAYKNGNFYIDGEIDDKDDASYYLANGKYTNLDDIDSGASAAGYGSKYVNVEEGDYFLDLETGKVTDDNLKDDAQDDAASALRKNIKKDTDGRYVKTDAETIKNLANKELIGNKFGQVWYQTQYTSLNDTNGFTTATPGQLNVYTDGKGSYIDADYNLGSIKVTTTSTAIGVSPKTVTVTNTDDKFDGAGLNDAVTSTVSTSSTVIGQDSSNIYRIAKITIKTEATVSVSKINGIDVTANAFNTSTQGEVSFNVIQKISKTQASGDIDGAKYAKSVTNYIIADDKGVDASVNLLTKYTVSNGKIITYKIDTTDNSVETATIILTSKNGYYYTDFKKKADEKAAVVDSNNLAVDTDVDGNLWRLSGGYIYRWDNNKDWEKIYKVDGSFNEISVYDKDNIVAWNENDEVYSVIGGTEAETPAEETPEVNTGWVQAPNGTWSYNKADGTKATGWLQDGAWYYLKADGVMATGWYNDNGTWYFLNGSGAMQTGWLNNNGTWYYLQSSGAMKTGWLNDNGTWYFLQSSGAMTTGWLNDNGTWYYLYSNGAMAANTVVDGYNLSSSGALK
>CP029329.1|AWK49996.1|573111_574968_+|cell-wall-binding-protein
MIKGMSKATSLIVAAATILSIVPASAANYKKVDSEDGIIYDAVAYKDGAALIDGEIEDIDGAYYLNDGNYLELEDVDSGSDYTSYGTKYANVDEGDYFVDLETGSVTDDDLNDDDLDDAASALRKKIKKSDRYLDSISTPNTTVFGDTDIADLTEIAGNKFGESWYEANIAEDKSASSNISKTGLTAGGNPYFTVYTDTRGNYIDADYNLGKIKVSTTNAGIAVTTSAAVTIENTKDTYDLRGGDDTYAKIKQSVTLGQDSNYIYRYAIISVTTTSDKDGQVFINNRAFNITTGAPNSISTVDLKVIQKISKTQDGDDIDDAEYSKTVTNYVISDDDAKLIGNDETNYLNLAKDTTGKTQARVIGGKLVLFQVEENSDDDNVTVQAATLKSKNGYYYTDLEESTTITAEFNDDLDKTAFDTDVDGNLYVIDGGYVKTFDGTDDWDKVYKVDGSMDALSVYDKNNMVLWSQDDEVYSLIGKTTTDGDTTVETPVVSAGWAQATDGTWTYINTDGTKATGWLNLGGVWYYLKADGVMATGWVLDGSTWYYLNPVSTGTQGAMKTGWILDGSTWYFLSGSGAMKTGWINDNGTWYYLYSNGAMAANTVINGYRLSSSGALI
>CP029329.1|AWK53016.1|575189_576194_-|glycerophosphodiester-phosphodiesterase
MLAFKKAIEYGADGIETDVQLSKEGIPVIIHDETLDRTTNGHGFVKDYTLDELKIFRTKSVPRVQALKTDALEEMVYLKSKILEDLQIIDNEQLKKIQLVNNEMLKKMPYLKELSFDKIQDSKLEIEGIFDNLNADNIKNLKIGDYTIAEVEYFQNRGGEEIPTLRELLELVAKSDLKVLNLELKNSVIEYKGLEEKVLTMIDNFNLRDRVIISSFNHMSLIKIRKLEDQRIKLNKNLSTKKRITLGALAESILVNIPKYLKAISVECYHPYFPSILNKAYMEEIKKAGIRVNTYTVNNMEDMQKVIEVGVDSIITNEVEILNKLKVNKYTLDI
>CP029329.1|AWK49997.1|576550_577612_-|bacteriocin
MKHEFFKKLIVAAVITSTIITLAPVGVSAAWVKNDYGNWSYTEGYRYATGWRQISGNWYFFDDIGQMRTGWINSNGEWYYIDLSGIMQTGVIQIEGKIYVFTQSGEMQKGNCIVNGILYNIDDNGVCIGTDVPMPIKGFDYYGNSTLPYVPSQIVSDDIKMSSDIPSDGSKQVKQYKVKFKDPYAEDSDDELLKTRTIDEDTNMTLYKPTKSGYAFVEWNTDSDGDSTSYEYDDKIKIKKDITLYAQWEVDDSSTAEDTKKVEAITVSDSNNLAKITTKSGSLQMTKKVYPNDATDQTVTWSVSNNTNNTTGEATISTSGKLTAVSNGTVTVKATAKDGSGVYDEFYVKITGQ
>CP029329.1|AWK49998.1|577759_581161_-|hypothetical-protein
MRRKFISKIILGTMISTTLCTLVPIKASAEWVKDYQNNWYYTQDNQRMTGWKRIDGQLYYFDDNGKMQTGWIKAGGSWYFLQNNGVLKTGWINYNKNLYYADSSGEMQTGTVNIAGKVYMLDDNGVAKTRNTVIDGQFYTIGSNGEVVGMKVPTPDKEFDESGNVLTVLKNGHNKSTTSPTDSKFNEVIEDESISDDDPNEGRTFKVRFKDSNGAELKTKSVKNGKSVDLYEPTKSGYVFAGWDTKSDGSGKSYDKNDNIKVKEDINLYAQWADDDAIYVDDITVKGSSYVTINNTSQMTAEISPSDASNTSVTWSVTNGTGKATIDSNGLLTGTANGTVTVKATSKDGSNISGMKEVTVSATEVVVPVSQISVTSNTGVSTITANGGTLQMKASVLPTDANKQDVTWSIENRTGSASIDANGLVTAKSNGTVTVKATATNKDGSTVVGSTTITISGQLLKIPVEGIVLSGADTITADGGTLQMTASILPTTASNKSVTWSVEKVGDTGTIMDGNATISSTGLLKALADGKVTVKATANDGSGIVKTKVITISGQSIIVTKITVNGKDDSTTITADGGTLEMSAIVTPTTASKKAVTWSVENVDGSAKIDSNGVLTAISNGTVTVKATATDGSKVVGTKDIELSGQSTIIPVSSIVVSGTNDATSITTDNGTLKMIATVVPTSTTSQAVTWAVSSGTGTATMDADGTLHAVTNGTVIVKATSVDYPKVIGTKTISLSGQFVEAISITVNSTGNASEAVVDGTLQMSASILPINTTYKTVKWSVDSVAGSTGTATITSTGVLTGKSAGDVNVIATATDGTGIFGSKTIKIIPQVLVDGITVITPSDSNEEIKSPNGTLQMSANFTPYNVTNQVVIWSVESIYDPVTGLTGKATISPTGLLTAVSNGAVKVKAISTDNGKVASNPITITISNQVVKATGFALKGFALNGGVIGTTEVAQITVDKGTLQMQANVFPTNATTTPSAITWSVEQIGDTGTAMTGKASVDSTGKLTAIANGTVTVRSTATILGGTQVITGAKVITISGQIILVTDVLITGLDTVVSGKTLQLPTDIKPTNATNQTVKWTVTDFGGTGDSIHAAIDASGKLTAVSAGTVMVTATANDGSGKSFTKTITIT

Crispr_ID: CP029329_4

• CRISPR_ID: CP029329_4
• CRISPR_location: 675745-675845
• CRISPR_type: TypeV
• Repeat_type: NA
• Spacer_info: 1 spacers
• Cas_protein_info: cas14j

Consensus repeat of CP029329_4

Consensus_repeat	Method
TTATAAAAAACCCGACTCACAGACCTTC	CRISPRCasFinder

spacers of CP029329_4

>4.1|675773|45|CP029329|CRISPRCasFinder
GCTGGGTAAGCGATTCACATCAAATCATAGATTTGAGTTCTCTGC

CRISPR arrays and Neighbor proteins around CP029329_4

CRISPR arrays

The CRISPR arrays of CP029329_4

>merge|CP029329|4|675745-675845|CRISPRCasFinder
TTATAAAAAACCCGACTCACAGACCTTCGCTGGGTAAGCGATTCACATCAAATCATAGATTTGAGTTCTCTGCTTATAAGAAACCCGACTCACAGACCTTC

>CP029329|4|4|675745-675845|CRISPRCasFinder
TTATAAAAAACCCGACTCACAGACCTTC	GCTGGGTAAGCGATTCACATCAAATCATAGATTTGAGTTCTCTGC
TTATAAGAAACCCGACTCACAGACCTTC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP029329.1|AWK50054.1|654121_655852_-|MBL-fold-metallo-hydrolase	unknown	unknown	gnl|CDD|293817
CP029329.1|AWK50070.1|686115_686790_-|hydrolase	unknown	unknown	gnl|CDD|188630
CP029329.1|AWK53019.1|653029_653254_+|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK50057.1|659155_668362_-|glycosyl-transferase	unknown	unknown	gnl|CDD|225990
CP029329.1|AWK50069.1|684108_685404_-|diaminopimelate-decarboxylase	unknown	unknown	gnl|CDD|143501
CP029329.1|AWK50061.1|674293_675016_-|glutamine-ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224051
CP029329.1|AWK50071.1|687918_688896_+|transporter	unknown	unknown	gnl|CDD|227053
CP029329.1|AWK50064.1|677537_679745_-|ATP-dependent-DNA-helicase	unknown	unknown	gnl|CDD|226482
CP029329.1|AWK50059.1|671424_672309_-|4-hydroxy-tetrahydrodipicolinate-synthase	unknown	unknown	gnl|CDD|235107
CP029329.1|AWK50068.1|683275_683830_-|signal-peptidase-I	unknown	unknown	gnl|CDD|274044
CP029329.1|AWK50058.1|668615_670031_-|M18-family-aminopeptidase	unknown	unknown	gnl|CDD|235073
CP029329.1|AWK50060.1|672528_673704_+|cation-transporter	unknown	unknown	gnl|CDD|223131
CP029329.1|AWK50066.1|682054_682276_-|DUF3006-domain-containing-protein	unknown	unknown	gnl|CDD|378598
CP029329.1|AWK50062.1|675002_675680_-|arginine-ABC-transporter-permease	unknown	unknown	gnl|CDD|223836
CP029329.1|AWK50065.1|679926_681993_-|cell-division-protein-FtsH	unknown	unknown	gnl|CDD|273520
CP029329.1|AWK50056.1|657845_658706_-|YitT-family-protein	unknown	unknown	gnl|CDD|224203
CP029329.1|AWK50072.1|688895_689822_+|hypothetical-protein	unknown	unknown	gnl|CDD|372574
CP029329.1|AWK50067.1|682379_683024_-|signal-peptidase-I	unknown	unknown	gnl|CDD|274044
CP029329.1|AWK50063.1|676068_676899_-|amino-acid-ABC-transporter	unknown	unknown	gnl|CDD|270338
CP029329.1|AWK50055.1|656030_657155_-|transposase	cas14j	-	gnl|CDD|223747

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP029329.1|AWK50055.1|656030_657155_-|transposase	cas14j	-	4.3e-75	248.3	20.8

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP029329.1|AWK50054.1|654121_655852_-|MBL-fold-metallo-hydrolase	gnl|CDD|293817	cd07731, ComA-like_MBL-fold, Competence protein ComA, ComEC and related proteins; MBL-fold metallo hydrolase domain. This subgroup includes proteins required for natural transformation competence including Neisseria gonorrhoeae ComA, Pseudomonas stutzeri ComA, Bacillus subtilis ComEC (also known as ComE operon protein 3) and Haemophilus influenza ORF2 encoded by the rec-2 gene, as well as Escherichia coli YcaI which does not mediate spontaneous plasmid transformation on nutrient-containing agar plates. It also includes the phosphorylcholine esterase (Pce) domain of choline-binding protein e from streptococcus pneumonia. Members of this subgroup belong to the MBL-fold metallo-hydrolase superfamily which is comprised mainly of hydrolytic enzymes which carry out a variety of biological functions. .	2.37053e-37
CP029329.1|AWK50070.1|686115_686790_-|hydrolase	gnl|CDD|188630	cd00408, DHDPS-like, Dihydrodipicolinate synthase family. Dihydrodipicolinate synthase family. A member of the class I aldolases, which use an active-site lysine which stabilizes a reaction intermediate via Schiff base formation, and have TIM beta/alpha barrel fold. The dihydrodipicolinate synthase family comprises several pyruvate-dependent class I aldolases that use the same catalytic step to catalyze different reactions in different pathways and includes such proteins as N-acetylneuraminate lyase, MosA protein, 5-keto-4-deoxy-glucarate dehydratase, trans-o-hydroxybenzylidenepyruvate hydratase-aldolase, trans-2'-carboxybenzalpyruvate hydratase-aldolase, and 2-keto-3-deoxy- gluconate aldolase. The family is also referred to as the N-acetylneuraminate lyase (NAL) family.	0.00967901
CP029329.1|AWK50057.1|659155_668362_-|glycosyl-transferase	gnl|CDD|225990	COG3459, COG3459, Cellobiose phosphorylase [Carbohydrate transport and metabolism].	0
CP029329.1|AWK50069.1|684108_685404_-|diaminopimelate-decarboxylase	gnl|CDD|143501	cd06828, PLPDE_III_DapDC, Type III Pyridoxal 5-phosphate (PLP)-Dependent Enzyme Diaminopimelate Decarboxylase. Diaminopimelate decarboxylase (DapDC, EC 4.1.1.20) participates in the last step of lysine biosynthesis. It converts meso-2,6-diaminoheptanedioate to L-lysine. It is a fold type III PLP-dependent enzyme that contains an N-terminal PLP-binding TIM-barrel domain and a C-terminal beta-sandwich domain, similar to bacterial alanine racemases. DapDC exists as homodimers with active sites that lie at the interface between the TIM barrel domain of one subunit and the beta-sandwich domain of the other subunit. Homodimer formation and the presence of the PLP cofactor are required for catalytic activity.	1.14342e-179
CP029329.1|AWK50061.1|674293_675016_-|glutamine-ABC-transporter-ATP-binding-protein	gnl|CDD|224051	COG1126, GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism].	7.80159e-164
CP029329.1|AWK50071.1|687918_688896_+|transporter	gnl|CDD|227053	COG4709, COG4709, Predicted membrane protein [Function unknown].	6.02419e-10
CP029329.1|AWK50064.1|677537_679745_-|ATP-dependent-DNA-helicase	gnl|CDD|226482	COG3973, COG3973, Superfamily I DNA and RNA helicases [General function prediction only].	2.31457e-158
CP029329.1|AWK50059.1|671424_672309_-|4-hydroxy-tetrahydrodipicolinate-synthase	gnl|CDD|235107	PRK03170, PRK03170, dihydrodipicolinate synthase; Provisional.	1.80962e-155
CP029329.1|AWK50068.1|683275_683830_-|signal-peptidase-I	gnl|CDD|274044	TIGR02227, Inactive_signal_peptidase_IA., signal peptidase I, bacterial type. This model represents signal peptidase I from most bacteria. Eukaryotic sequences are likely organellar. Several bacteria have multiple paralogs, but these represent isozymes of signal peptidase I. Virtually all known bacteria may be presumed to A related model finds a simlar protein in many archaea and a few bacteria, as well as a microsomal (endoplasmic reticulum) protein in eukaryotes. [Protein fate, Protein and peptide secretion and trafficking].	1.28335e-38
CP029329.1|AWK50058.1|668615_670031_-|M18-family-aminopeptidase	gnl|CDD|235073	PRK02813, PRK02813, putative aminopeptidase 2; Provisional.	0
CP029329.1|AWK50060.1|672528_673704_+|cation-transporter	gnl|CDD|223131	COG0053, MMT1, Predicted Co/Zn/Cd cation transporters [Inorganic ion transport and metabolism].	1.57163e-78
CP029329.1|AWK50066.1|682054_682276_-|DUF3006-domain-containing-protein	gnl|CDD|378598	pfam11213, DUF3006, Protein of unknown function (DUF3006). This family of proteins has no known function.	9.34609e-17
CP029329.1|AWK50062.1|675002_675680_-|arginine-ABC-transporter-permease	gnl|CDD|223836	COG0765, HisM, ABC-type amino acid transport system, permease component [Amino acid transport and metabolism].	3.6663e-81
CP029329.1|AWK50065.1|679926_681993_-|cell-division-protein-FtsH	gnl|CDD|273520	TIGR01241, ATP-dependent_zinc_metalloprotease_FtsH, ATP-dependent metalloprotease FtsH. HflB(FtsH) is a pleiotropic protein required for correct cell division in bacteria. It has ATP-dependent zinc metalloprotease activity. It was formerly designated cell division protein FtsH. [Cellular processes, Cell division, Protein fate, Degradation of proteins, peptides, and glycopeptides].	0
CP029329.1|AWK50056.1|657845_658706_-|YitT-family-protein	gnl|CDD|224203	COG1284, COG1284, Uncharacterized conserved protein [Function unknown].	6.12637e-65
CP029329.1|AWK50072.1|688895_689822_+|hypothetical-protein	gnl|CDD|372574	pfam13349, DUF4097, Putative adhesin. This has a putative all-beta structure with a twenty-residue repeat with a highly conserved repeating GD, gly-asp, motif. It may form part of a bacterial adhesin.	7.11271e-20
CP029329.1|AWK50067.1|682379_683024_-|signal-peptidase-I	gnl|CDD|274044	TIGR02227, Inactive_signal_peptidase_IA., signal peptidase I, bacterial type. This model represents signal peptidase I from most bacteria. Eukaryotic sequences are likely organellar. Several bacteria have multiple paralogs, but these represent isozymes of signal peptidase I. Virtually all known bacteria may be presumed to A related model finds a simlar protein in many archaea and a few bacteria, as well as a microsomal (endoplasmic reticulum) protein in eukaryotes. [Protein fate, Protein and peptide secretion and trafficking].	1.8362e-38
CP029329.1|AWK50063.1|676068_676899_-|amino-acid-ABC-transporter	gnl|CDD|270338	cd13620, PBP2_GltS, Substrate binding domain of glutamate or arginine ABC transporter, a member of the type 2 periplasmic binding fold protein superfamily. This family comprises of the periplasmic-binding protein component (GltS) of an ABC transporter specific for glutamate or arginine from Lactococcus lactis, as well as its closely related proteins. The GltS domain belongs to the type 2 periplasmic binding protein fold superfamily (PBP2), whose many members are involved in chemotaxis and uptake of nutrients and other small molecules from the extracellular space as a primary receptor. The PBP2 proteins are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two receptor cytoplasmically-located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis.	2.71983e-102
CP029329.1|AWK50055.1|656030_657155_-|transposase	gnl|CDD|223747	COG0675, COG0675, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	1.79328e-38

Protein sequences

>CP029329.1|AWK50062.1|675002_675680_-|arginine-ABC-transporter-permease
MNFTFLEKYSGYFLKGTEITIVLAFFAVLFGTILGLALTLLRRSKFKPISFIATAYVEFVRGTPLLVQIYIIYIGFPHFDGLPKFIGIPMEDLLVGVIALALNSAAYVSEIMRAGIDAVDKGQMEAARSLGMNQGLAMFHIVIPQAFKNILPALGNEFISVIKESSQVSVIGVAELMFNAGVVRGNTALGLEPIIVAAVIYFIITFTMTRILGYVERRMKASDIR
>CP029329.1|AWK50061.1|674293_675016_-|glutamine-ABC-transporter-ATP-binding-protein
MIYVKDLHKSFGKNDVLKGIDEHISKGEVVVVIGPSGSGKSTFLRCLNLLETPTSGTITFEGKDITSKETNIDEMREKMGMVFQQFNLFPHKTVCENICLAPMKVKKLSKDEAKKRTITLLEKVGLVDKVDAYPASLSGGQKQRIAIARALAMQPDVMLFDEPTSALDPEMVGEVLSVMKNLAKEGMTMVVVTHEMGFAREVGDRILFMDGGKIVESGTPEEVFKNPKNPRTIDFLSKVL
>CP029329.1|AWK50060.1|672528_673704_+|cation-transporter
MFFEHMVNIFIKNNSDIKDNKVRNSYGVFGGIVGILVNALLFIIKLSVGLFVSSIAIMADAFNNLSDAASSLITILGFKLSNKPADREHPFGHGRIEYLSALIVAFMVMLVGVQFIKSSFQRIVNPTPVTFELVPFILLFISIFLKIWLSRFNKFVGEKINSSALKASSVDALGDVFTSTCVAISFLAANFTSFPIDGYIGMVVALFIVYSGFSLVKDTINPLLGEAPDPELVNSIKEMVLSYDKILGTHDLIIHNYGPGKCMASIHAEIPSDICVVAIHEIIDKAEREISTALNIYLVIHIDPICIIEGEVKGAYEEILSLIKKYDYIKSIHDFRVVGEGEVKNLIFDIVVDSLNESPITDSELIDKFSESVQKSHPYYNCIITIDKDFI
>CP029329.1|AWK50059.1|671424_672309_-|4-hydroxy-tetrahydrodipicolinate-synthase
MKDVIFTGAAVAIVTPFTEDGVNFSELKKLIDFNIEKGTDAIVIAGTTGESSTMSDEEHKEAIRFTAEYVNKRVPVIAGTGSNDTMYALELSKYAESVGADALLLVTPYYNKTTQSGLIKHYNYIADRVNIPIILYNVPSRTDVNILPETYVELAKHPRIVATKEASGDISAIARIKALCKDELNIYSGNDDQIIPILSLGGKGVISVFSNIMPKEAHDICSLYFEGKVKESCDLQTKYLDIINTLFIEVNPIPVKTALGLMGYNVGPLRMPLFPMEEKNLEMLRMQLKNNNLI
>CP029329.1|AWK50058.1|668615_670031_-|M18-family-aminopeptidase
MNNAQELLDFINKSKTAFQSVYEIKCILDKNGYSEVKEEDKWDLKKGGKHYVIKNDSAVIAFEVGTGEIEKDGFRLIGAHTDSPGFRIKPNPEMLVEGHYLKLNTEVYGGPILSTWFDRPLSIAGRVMLKGEDPFNPEVKLIDVNKPILIIPNLAIHMNRNINEGYSYNKQKDTLPLMTIKNNDYSENLTLEVQNNVEIEEENTCNKINNTKTEKLENESLNIVVNKLEKDEYLLKLIAETLKVDYRDILDFDLFLYEYAEGMLIGVNDEFISCGRLDDLWMVFAGLKALLNSNKIKATKVLVALDNEEIGSLTAQGANSSILESILERITLALKKEREDFKRTLSNSIMISADLAHAIHPNYTEKSDPTSKPMLGKGPVLKIAAGGSYSTDSYASAVFKSICENAEVPCQVFVNRSDLRGGTTIGPITAAKLNIPVIDMGAPVLSMHSIRELASVKDNEYTIKAFTEFFN
>CP029329.1|AWK50057.1|659155_668362_-|glycosyl-transferase
MKNNNFYGVRKNVLRELEDGFSCIRENFKYFSKLSKNGHKVLGACEWLLDNIYMIEKEYKGIKMEMPTDYFKGLPSMSRDLESLILGESLTQEMHASGVSLSREPKSKILRESLTQGTNVSRVSLKDKELIPRIFLVAKNYINNEDEISCDKFIKYINEFQEHSIQNETEWNYVDVHVEEEILNTNAGNNEITFTMGELWAFPLMLKIAIIINLSKYTQEIVNIQKGILNESNGEMNSDFNSNGIKGNLREEFLEKHIGEYINSIRKIEGISWRRFFENTSKVEKILKEDPEDIYNYMDFESKDYYRHKLEKIAKVIQINEISLANYVLELAKSSKDNKEDSYKCHVGYYLIDDGISEIKGYHHNIRGVISEETYLTINILGTLMVSMILLFISSLLGITYTKTQYIISLLIILIPINEIIIGLINWTVSKISEVRLVPKLNFSMGIPDENKTVVVIPAIVNSKEKVKELMDKLEVAYCGNKDKNLYFALLNDFCDSDYESEERDTEIIRCGIECARSLNEKYCNNNRNNNGNSINDVREDKFFFLSRKRIYNKKQNIYMGKERKRGKLMEFMALIRNSNDHTYDVFSSEIHMLSNVKYLITLDEDTFMPRESASKLVGAMSHVLNIPYVKENKVVRGYGVMQPKVSISLESKNQTYFSKVFGGEEGVDGYSVAYSDTYQDLFGEGSFTGKGIINIDEFYPLLHNLIKDDKILSHDLLEGGLARCALVSDVEFIDKYPAFYESSCKRLHRWVRGDWQLIGWLFSNKISFLYKWKIFDNLRRSLLSPNLLLTLILSLTILKGRSQIAVLCFLGLIISLVFTVTDLVVTPKNKLMGTFKNFEQILLIISFIPYQSFLMIHAIIITLFRVCISKKNLLEWQASEFVEKNYSNTFMGYLKRMWIAPIMGLLILYLSFYSSFVVITYNLIVGILWIFSPYIAYSISVKLPDNNKNTLKNEEKNYLRKISRRIYAYYQDFANEENNYLAPDNYQENPFKGVAHRTSPTNIGMGLTSNIVAYDLGYITMFELVDKVELTLNSMKDLKKVNGHYLNWYNTKTKEPLWPRYVSTVDSGNLLGNLWVLKEVMEELKHNKVIRVKEVGALNDIYKIIEDEDSSIKLKFTSHVKIGEYFKVLNEILFKVEEFKNNEKISKLQQLDEVNDDNFNKEENNLNEEENDLSEKENWNKSILKFHNEESNYWISKLTDEVKKKIKYYNCTLGDLEKLYSKEFFEGVPNIIELTNRCEDYKRKNGDNFDCTLGQRIVTLKKYVDKIDKIIEDINKISEEMDFSFLYDKTRELFSIGYNVEENSLGNSYYDLLASESRTASFVAIAKNDVPSAHWFKLSRAMTNAFHTHSLVSWSGTMFEYFMPALIMRNYPRTLLSQTYRSVIKAQINFAKQKKTPWGISESAFYKFDVAENYQYKAFGVPGLGLKRGLEDEIVISPYSTLMTLTFAKNAGIKNLKRFEKIGALGRYGFIEAIDYTKAREDKYIITVSKKETENEIQNETLEKLAVDNYNIKKPNNGRNKDNILSIENNYPQNVDKNGDYVDNYDEIVDSYHKNVDNIWNENKDNDVDNVDNFQVPESIHENNAHEKNVGISNNSQKINKIMTYMVHHLGMSLMSLDNVLNDNILINRFHSLPEVKSTELLLKEKIPQNVTFERNEDFSIKNKYLEGETLIPRIFEKVNTDAPQLLLLCNGEYSSMITASGSGYSKKNDTMLYRWKGNSTSDDSGMFFYIKNLNSNDYWSSTFEPCKNSGDKYVAEFNLDKAKFSRKDGNIETVTEIVVSPEENFEIRKLILSNLGDKARSIEITSYMEITLATFGADVVHPAFSNLFVQTEYDEKENILIGSRRGRVKDAKIPYIFHKVITNGELEGSITYETSRINFIGRNRELKSPLAMDNDKSLNNTVGTVLDPIMSLRTKIRLQPHSQTEVFYITGICDSKEDVLELCRENSSNNKLNKIFKDYSIMIQLELRKFGIRSAEANVFQSIASQIFFLSNIRKNREEYIKNISKHQKDLWSYGISGDLPIIMVAIEKEGDINIVFTMIKFHYYLKLKGVKLDLVIYNNEEISYDEPLQKKIMEAIRFSDGGETLNKAGGIFIHNKATMDIEVKELLIGISRVYVDCKNNLNSYIDLEKNINSYTGVEKKSNSHMDLGRNLNSFGDLSKDLNSHMDIKNSLAPDIMLENNNEITYEEYDHDMDVINGDDLLKGTEETQESQDQSNFNHIKEKIKKVVNEENVEDLDFFNGYGGFSKEDNSYIIKLSNYKNTPAPWINVISNEDFGFHISEAGAGYTWCGNSRENKITPWSNDYIRDPLGEALYIKDNISGNYFSISPKPVRDSGDYLIKHSFGYSEFNHTAYDLKGKLEVFAPKGERVKIQRVTLENLSDEDRDVSVFYYAKLVLGVYEYDSSRYISTYISNGFIGGSNPYSEYFGKLNAYLTILGGENLSFTGDNKEFIGIGGEISEPEGLNHNNLSNRFGGIYDPCLAAVTSIKLRKGEKKEVVILFGQEERENIEKVINKYKIYENVEAELDKVKQYWSHFLGNIQVKTPDKSLDYLLNGWLLYQTLSCRYLSRSAFYQSGGAYGFRDQLQDSMALGVADSKIPKAQILRSASRQYVEGDVQHWWHPVVNSGIRTRFSDDLLWLPYVTAEYINSTGDYEILNQTAPYLEDEPLREGEDERYTIVNQSSKEGTIYEHCLKAIEKSLKFGVHNIPLMGSGDWNDGMSTVGNEGKGESVWLGWFLYSILSSFIEIAEMQNDKETKSHYEERKEFIRENLEKNAWDGGWYRRAYFDDGTPLGSRENPECQIDSLAQSWSIISGALSSEPKSTILCESLTQRAYASRVSLAEGMAKPVDSRARAIEAMEAVDSNLVKKDKGMILLLTPPFSNSKLEPGYIKGYVPGVRENGGQYTHAAVWVILALTKLGLGDKATKYFNMINPINHTKTELECMMYKVEPYVMAADVYIKEPHAGRGGWSWYTGASGWMYRVGIENILGLKKVKDKGYVIEPCIPKDWKEFEIKITNEKEDYNIKVCRTDKENVEENQTQVVINGEIIKDKIIPRNAGKLNINVYLR
>CP029329.1|AWK50056.1|657845_658706_-|YitT-family-protein
MSTYYKYKKNIIDILFIFSGCMIASLGVNLFLSHAKLLSGGATGVALILEYTAEVPAGIVILIINIPLLILSYKKLEKSFTIYTTIGMLCLSISLMITKPFKYLINMESDLLIFCIYGGVLCGIGYGLVFLRSGSTGGTDIITMLIRKKYSNFNIGSLGFSLNLIIVIIGAIIFGIPQALYTLISLFIQSVVLDRMLKGFSSKKLLLILTRKEKEIIEYVIKDLNRGVTSLFAEGEYTHDKKKMLYCIVSSHQMIELNTVVHNIDPGAFITIVDVSEVRGKGFLNI
>CP029329.1|AWK50055.1|656030_657155_-|transposase
MILGKKVRLYQTKEQEQKLWQSVGTARFIYNWTLAKQEENYKNGGKFIFDGDLRKELTILKKTEELKWLNDVSNNVAKQAVKDGCNAYKNFFKGLADKPRFKSRRKSKPSFYNDNIKLKVKENSILIEKIGWINIKKNVIPTDCKYTNPRISFDGKYWFIAVGIEKDQPVVELTIESIGIDVGVKDLAICSNGMTFKNINKTRVVKQLEKRLRRLQRRVSRKYIKNKEGSKFVKTSNIIKMEKQIKLLHRTLTNTRSNHNHQATNMIVKTKPSRVVMETLNIKGMMKNRHLSKAIAKQCLYDFKRQMQYKCEFNGIEIVEADKWYPSSKTCSECGHIKPKLPLSVRTYICEECGCVIDRDYNASINLSRYELVV
>CP029329.1|AWK50054.1|654121_655852_-|MBL-fold-metallo-hydrolase
MQNNIKKMLVIFPMIFLLCTSFIGIYAKAEVKVDKQDIIVTTSITENKGTGSTNSGRSTTISGQNVEVPSQNDTETKYDEDLNKQTVVQEVLPEWKNIDGRLYYVTKDGILEKTGWFEEKDENPNAKNDNEYYLDKNHAATIGWKKFGRSWYYFNEAGIKQTGWQLIKYNWYHLDEDGMMDIGWIEDDGHKFYLNDEGIMTVGKKYIKDNWYFFRFNGILQTGFYNNNGKIYYSTKDGIMGANEWINTKSNKYYVKADSSIATGNAIIDNKMEEFNSSGKYTGTAKMKNHLFVKYLNVGNADCEFIKLPSGETVLIDTGDVKTPEKVVNFLKEQDLKQKDGKGVIDYIIITHGHSDHIGGLASILDNFKVKKVYMPDIAIMKDWYSDVKVTTENAANIEMMKIDYNVYNDAVKAMKDKNIEFTDTENGEFIDKNKILQFVQSDKDFGPIGSPALVAEYWGVNENSAIVYLNYGDLQALFSADMEWNSEKDFWVNDLLDGRDVDVLKVPHHGNDTSSTVDFIRYLKPDIGIISRSDKSIVKNIAYDNLISNGVSLYETSAKDGVSIYATPENWTVSK
>CP029329.1|AWK53019.1|653029_653254_+|hypothetical-protein
MTDLSGNIKNAYLPKMRTNYSPSDESVESATGVDFPINMPNPAVDPIVSNNISNAEFDYTQDMISPDNYDLDND
>CP029329.1|AWK50063.1|676068_676899_-|amino-acid-ABC-transporter
MKSGLVKKIVAVAAVATIAISMVGCGSSTKKESANSNASAIDTIKSKGKLVVGTSADYPPYEFHSEVNGKDEIVGFDIEIAKQLAKDLGVELEVKDMAFDGLLVALQADKVDMIFAGMTPTDERKQNADFSDIYYAATHRFILRSGDETAITSMDDLKGKKIGVQKGSIQEGIAQANFDATNIKSLDKVTDLILDLKNNKVDAVLAEAPVAQINIQKNPGISIADKVVVEDPDGGCAIAMKKNSPELQAEVNKTIKKLTDEKKIEQFVLDANKMVE
>CP029329.1|AWK50064.1|677537_679745_-|ATP-dependent-DNA-helicase
MNKQVDFLKEENKLNEILDILNKEILNYLEKRKGVTKYIIDSRKKYIEDYKDDEDQVIDYFDHENYVQEESYKTIDKRLMEYTKLKEAPYFGKVNFKENDDIPEDMYVGRYGLTLENSYEPLIVDWRAPIAALFYKGTLGKASYNPPVGEIQADILSRKQLIIKKGELKGVFDSALDVKDEILQMVLTENSSDKLKDIVMTIQREQDEIIREDRNKIVVVNGVAGSGKTTIALHRISYLLYNFREQFGDKVLIFGPNDIFMDYIAQVLPTLGESNIKQTTFENFAKKELGLEKVKIKSFGSYIEEAMNGNESALKEYKYKSSKEFVSLLDSQIETLNKEYFKIQAIKFKGAEIVSIKEIEELFNVYYKDMPLFRRSQKIKRILTSKIKDKRDEEVYKLNAELKEKMDNLSKDELEMEKSNIDYLKRIRIREIVREVINSRNELDSWIIVESVMDIYKKIINLKGIKEDTETLNNQDNNGLRTTLIENNEFLKEEVDNLGYMDLIGILYLMVKLQGLKVKEEIKHIVIDEAQDYSFIQFEIIKEMTGCKSYTIVGDSNQRLITTSKEPAMLHLDEVFEDSNIEIKKYELNKSYRSTQEIMEYANEFLNEDKIVPLVRSGEPVIQEEVTSEDDFINTLISIIEDYEEDGNENIAVIFKGKNELNKFAAAIKERINIQNIDNEDILYKGGKVLIPAYLAKGLEFDGVIVVENKEIQPLVKYIMCTRALHRLSVIKDLI
>CP029329.1|AWK50065.1|679926_681993_-|cell-division-protein-FtsH
MQNNNNNNGKNKKSDKNNKNSITMAITYFLIAFAFVMAFNYAKDSAINKEITYNEFVRLLSDKEISKVVITSENLIITPSESNEEYKGKTLYTANINDDTLINKLDEAGIDFTGKNPKETPIMNFALTWILPMIFIFFMWKFLFSKMGGGGGGVMGIGKNNAKIYVESDIKVTFDDVAGQEEAKDSLKEVIDFLNAPARYTEIGAKLPKGVLLVGPPGTGKTLIARAVAGEAKVPFFSLSGSSFVEMFVGVGASRVRELFKDAVAKAPCIIFIDEIDAIGKSRDNQMQSNDEREQTLNQLLSEMDGFDSSKGVILLGATNRPEILDKALLRPGRFDRRVIVDRPDFKGREAILAVHAKNVILGDDVDLAEIAKSTPGAVGADLANIINEGALRAVKRKRKTVLQEDLREAVEVVIAGKEKKDRILSPKERKVVAFHEVGHALVAAMIKGADPVHKITIVPRTMGALGYTMQLPEEEKYLTSKEELLNQITVMLGGRSAEEEVFNLVSTGASNDIERATASARSMVSIYGMSDRFDMMALESIQNRYLDGRAVRNCSEETSTILDEETLNIIRTSHKNARQILRDNRDLLDRISGVLLEKETIFGDEFLEIVYEKYPEMKETKEREKSENEKKVKELEERRAKKHSLDIVIDDKDENVKETSETTVDGEDDYKDVVNTKTINEDETKNL
>CP029329.1|AWK50066.1|682054_682276_-|DUF3006-domain-containing-protein
MDEKYIIDRIEENYAIIEKEDGDMYKISIENIKGNFNEGDILISRGKYFEVDKEFTLNRKNDINDSMKNMWEE
>CP029329.1|AWK50067.1|682379_683024_-|signal-peptidase-I
MREEDEIMESKDIDSLESSSDYSKSKDIIADKEGNLSKKGFVGIFTSKGGFFREWIIPIVAAIAIAFLINKFLVYNVYIPSESMVPTLNVGDKLMVTRVYDTDKIKRGDMIVFFSEELNEILIKRAIGLPGDHIKIHNGIVNINGEDIKEDYVKNNESFDGSFDVPDNKFFFLGDNRSRSNDARRWINPYIDASNIQGRARIKFYPFKDFGSLN
>CP029329.1|AWK50068.1|683275_683830_-|signal-peptidase-I
MRENDENEIIKDKKIKKKSIIREWIVDIVAIAFVTLLVWRFVGYGVWITSGSMIPTLEVKDRLIVTRVHNPENLEEGDIVLFKNDEFKDEILIKRLIGLPGDKIEIKDGIVFRNGEELKEDYVKNNEKYNRTFQVPKEKYFFLGDNRANSNDSRYWENPYVDESYIKGKAKIKYFPIKDFEILK
>CP029329.1|AWK50069.1|684108_685404_-|diaminopimelate-decarboxylase
MKLFGTMKAQGNELVIGGISAKDLVKEYGSPLYVFDEELIREYCRDYREYFKCKENNNRVAFAGKAFLTIQMCKLLKEEEMNLDVVSGGELYTAHKAGFPLEKVMFHGNNKTIDEIELGIKLGVGNFVVDNYYEMDALNDIAKEYNKVQDIYLRITPGIEAHTHDYIKTGQIDSKFGFAPVGTVIEDAIKKAISLSNINLAGIHCHIGSQIFDLEPYEDAVEIMLELVRNTKENFGYLIKEVDFGGGFGIYYTSIDEPRTTEEYCNTIINKVDEVCARTGQERPIITIEPGRSIVANAGITLYTVGSVKEIPNVRKYVSVDGGMTDNIRPALYNAEYECILANRIEGVSEEIITIAGKCCESGDILLENVKLPEVKSGDILAIMTTGAYGYSMASNYNKIPKPAVVMVKDNEARLICKRESYEDLLKNELI
>CP029329.1|AWK50070.1|686115_686790_-|hydrolase
MVNKEVKFVPQIKGTLRNHVIEVPTVIRNCGGIKIFGKRIKSLLFSTDVALIRNSNADAIIAVYPFTPQPLITQALVMAADVPVFCGVGGGITQGKRVVNLAMDAEFKGAMGVVVNAPTSNEIVKKIRATIDIPVIVTVISEDEDIAKRIEAGATILNVSGGKKTANIVRNIRNRFPEFPIIATGGPNDESISETIQAGANAITYTPPTSASIMCDLMDEYRNE
>CP029329.1|AWK50071.1|687918_688896_+|transporter
MNQNEFFNILMDGLKDFPEIKLHDIISYYENNFVLELVSGKTEEEIITKLGNPDLIVNKYRTEALKTPINTGYFTTDVDITNIGNKNYINNSNFTTNNNFINADTFNDFKTNDIFNNNNSIENGFKTNNKFNTFKTSSSYDDINLSSDFYNLRSSNQSNYNFTVKSDFNHNNKDDFNYNSSNNFNSDHNSDSNSNSFNDENHKNKILKFNVNTILIICTGILALAIFFPVITGIIGCIIGLLGVAISIFLASIGVLVGGTFTSFIGLPNVPMFVANFPHPSLVLFSLGSISLSILLIFLFYYLFKFLIQMLIKIYNSIKSKGGSF
>CP029329.1|AWK50072.1|688895_689822_+|hypothetical-protein
MKKKFISTNMKIFLLVLFLLSMTLYASGCIALVQSGYKLSDYADELNIDHQTFKFKFNLNKLNFDFDNSYISMNYPVNDNINEIDLNLNSQDVKVVNYDGEDLKVQIESHSVLSGELPKTESGNKLILNTRYDTPSNSSISLSIPYNFNDRGVLKIITSSGDINISNLSMNTLNLSTASGDIGVFGTTLNYLKLNNSSGDINFNNLTTLNETKLTSSSGDIIGSGTLGTVNGGTSSGDINLQFRNSLSNTFLSTDSGSVTLSLPINLGYKLNYETTSGNLESSNKQLSSGDESSLIDINTISGDLDIK

Crispr_ID: CP029329_5

• CRISPR_ID: CP029329_5
• CRISPR_location: 683116-683194
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP029329_5

Consensus_repeat	Method
AAGTTCTTGGTTGCGCTTCGCGC	CRISPRCasFinder

spacers of CP029329_5

>5.1|683139|33|CP029329|CRISPRCasFinder
TTTTTTTAAAGGTGTATATTCTTTAACAGTCAA

CRISPR arrays and Neighbor proteins around CP029329_5

CRISPR arrays

The CRISPR arrays of CP029329_5

>merge|CP029329|5|683116-683194|CRISPRCasFinder
AAGTTCTTGGTTGCGCTTCGCGCTTTTTTTAAAGGTGTATATTCTTTAACAGTCAAAAGTTCTTGATTGCGCTTCGCGC

>CP029329|5|5|683116-683194|CRISPRCasFinder
AAGTTCTTGGTTGCGCTTCGCGC	TTTTTTTAAAGGTGTATATTCTTTAACAGTCAA
AAGTTCTTGATTGCGCTTCGCGC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP029329.1|AWK50076.1|693542_694442_-|alpha/beta-hydrolase	unknown	unknown	gnl|CDD|223730
CP029329.1|AWK50059.1|671424_672309_-|4-hydroxy-tetrahydrodipicolinate-synthase	unknown	unknown	gnl|CDD|235107
CP029329.1|AWK50074.1|691283_691814_-|hypothetical-protein	unknown	unknown	gnl|CDD|377672
CP029329.1|AWK50070.1|686115_686790_-|hydrolase	unknown	unknown	gnl|CDD|188630
CP029329.1|AWK50069.1|684108_685404_-|diaminopimelate-decarboxylase	unknown	unknown	gnl|CDD|143501
CP029329.1|AWK50061.1|674293_675016_-|glutamine-ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224051
CP029329.1|AWK50071.1|687918_688896_+|transporter	unknown	unknown	gnl|CDD|227053
CP029329.1|AWK50064.1|677537_679745_-|ATP-dependent-DNA-helicase	unknown	unknown	gnl|CDD|226482
CP029329.1|AWK53020.1|694806_694986_-|heavy-metal-transport/detoxification-protein	unknown	unknown	gnl|CDD|225328
CP029329.1|AWK50066.1|682054_682276_-|DUF3006-domain-containing-protein	unknown	unknown	gnl|CDD|378598
CP029329.1|AWK50068.1|683275_683830_-|signal-peptidase-I	unknown	unknown	gnl|CDD|274044
CP029329.1|AWK50058.1|668615_670031_-|M18-family-aminopeptidase	unknown	unknown	gnl|CDD|235073
CP029329.1|AWK50060.1|672528_673704_+|cation-transporter	unknown	unknown	gnl|CDD|223131
CP029329.1|AWK50072.1|688895_689822_+|hypothetical-protein	unknown	unknown	gnl|CDD|372574
CP029329.1|AWK50062.1|675002_675680_-|arginine-ABC-transporter-permease	unknown	unknown	gnl|CDD|223836
CP029329.1|AWK50065.1|679926_681993_-|cell-division-protein-FtsH	unknown	unknown	gnl|CDD|273520
CP029329.1|AWK50075.1|692312_693515_+|alanyl-tRNA-editing-protein-AlaX-L	unknown	unknown	gnl|CDD|237551
CP029329.1|AWK50067.1|682379_683024_-|signal-peptidase-I	unknown	unknown	gnl|CDD|274044
CP029329.1|AWK50073.1|689949_691137_+|pyridoxal-phosphate-dependent-aminotransferase	unknown	unknown	gnl|CDD|180720
CP029329.1|AWK50063.1|676068_676899_-|amino-acid-ABC-transporter	unknown	unknown	gnl|CDD|270338

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP029329.1|AWK50076.1|693542_694442_-|alpha/beta-hydrolase	gnl|CDD|223730	COG0657, Aes, Esterase/lipase [Lipid metabolism].	2.04873e-50
CP029329.1|AWK50059.1|671424_672309_-|4-hydroxy-tetrahydrodipicolinate-synthase	gnl|CDD|235107	PRK03170, PRK03170, dihydrodipicolinate synthase; Provisional.	1.80962e-155
CP029329.1|AWK50074.1|691283_691814_-|hypothetical-protein	gnl|CDD|377672	pfam06541, ABC_trans_CmpB, Putative ABC-transporter type IV. CmpB is a family of membrane proteins that are likely to be part of a two-component type IV ABC-transporter system. Families can transport multiple drugs including ethidium and fluoroquinolones. UniProtKB:Q83XH0 is a member of TCDB family 3.A.1.121.4.	7.59042e-35
CP029329.1|AWK50070.1|686115_686790_-|hydrolase	gnl|CDD|188630	cd00408, DHDPS-like, Dihydrodipicolinate synthase family. Dihydrodipicolinate synthase family. A member of the class I aldolases, which use an active-site lysine which stabilizes a reaction intermediate via Schiff base formation, and have TIM beta/alpha barrel fold. The dihydrodipicolinate synthase family comprises several pyruvate-dependent class I aldolases that use the same catalytic step to catalyze different reactions in different pathways and includes such proteins as N-acetylneuraminate lyase, MosA protein, 5-keto-4-deoxy-glucarate dehydratase, trans-o-hydroxybenzylidenepyruvate hydratase-aldolase, trans-2'-carboxybenzalpyruvate hydratase-aldolase, and 2-keto-3-deoxy- gluconate aldolase. The family is also referred to as the N-acetylneuraminate lyase (NAL) family.	0.00967901
CP029329.1|AWK50069.1|684108_685404_-|diaminopimelate-decarboxylase	gnl|CDD|143501	cd06828, PLPDE_III_DapDC, Type III Pyridoxal 5-phosphate (PLP)-Dependent Enzyme Diaminopimelate Decarboxylase. Diaminopimelate decarboxylase (DapDC, EC 4.1.1.20) participates in the last step of lysine biosynthesis. It converts meso-2,6-diaminoheptanedioate to L-lysine. It is a fold type III PLP-dependent enzyme that contains an N-terminal PLP-binding TIM-barrel domain and a C-terminal beta-sandwich domain, similar to bacterial alanine racemases. DapDC exists as homodimers with active sites that lie at the interface between the TIM barrel domain of one subunit and the beta-sandwich domain of the other subunit. Homodimer formation and the presence of the PLP cofactor are required for catalytic activity.	1.14342e-179
CP029329.1|AWK50061.1|674293_675016_-|glutamine-ABC-transporter-ATP-binding-protein	gnl|CDD|224051	COG1126, GlnQ, ABC-type polar amino acid transport system, ATPase component [Amino acid transport and metabolism].	7.80159e-164
CP029329.1|AWK50071.1|687918_688896_+|transporter	gnl|CDD|227053	COG4709, COG4709, Predicted membrane protein [Function unknown].	6.02419e-10
CP029329.1|AWK50064.1|677537_679745_-|ATP-dependent-DNA-helicase	gnl|CDD|226482	COG3973, COG3973, Superfamily I DNA and RNA helicases [General function prediction only].	2.31457e-158
CP029329.1|AWK53020.1|694806_694986_-|heavy-metal-transport/detoxification-protein	gnl|CDD|225328	COG2608, CopZ, Copper chaperone [Inorganic ion transport and metabolism].	1.69379e-09
CP029329.1|AWK50066.1|682054_682276_-|DUF3006-domain-containing-protein	gnl|CDD|378598	pfam11213, DUF3006, Protein of unknown function (DUF3006). This family of proteins has no known function.	9.34609e-17
CP029329.1|AWK50068.1|683275_683830_-|signal-peptidase-I	gnl|CDD|274044	TIGR02227, Inactive_signal_peptidase_IA., signal peptidase I, bacterial type. This model represents signal peptidase I from most bacteria. Eukaryotic sequences are likely organellar. Several bacteria have multiple paralogs, but these represent isozymes of signal peptidase I. Virtually all known bacteria may be presumed to A related model finds a simlar protein in many archaea and a few bacteria, as well as a microsomal (endoplasmic reticulum) protein in eukaryotes. [Protein fate, Protein and peptide secretion and trafficking].	1.28335e-38
CP029329.1|AWK50058.1|668615_670031_-|M18-family-aminopeptidase	gnl|CDD|235073	PRK02813, PRK02813, putative aminopeptidase 2; Provisional.	0
CP029329.1|AWK50060.1|672528_673704_+|cation-transporter	gnl|CDD|223131	COG0053, MMT1, Predicted Co/Zn/Cd cation transporters [Inorganic ion transport and metabolism].	1.57163e-78
CP029329.1|AWK50072.1|688895_689822_+|hypothetical-protein	gnl|CDD|372574	pfam13349, DUF4097, Putative adhesin. This has a putative all-beta structure with a twenty-residue repeat with a highly conserved repeating GD, gly-asp, motif. It may form part of a bacterial adhesin.	7.11271e-20
CP029329.1|AWK50062.1|675002_675680_-|arginine-ABC-transporter-permease	gnl|CDD|223836	COG0765, HisM, ABC-type amino acid transport system, permease component [Amino acid transport and metabolism].	3.6663e-81
CP029329.1|AWK50065.1|679926_681993_-|cell-division-protein-FtsH	gnl|CDD|273520	TIGR01241, ATP-dependent_zinc_metalloprotease_FtsH, ATP-dependent metalloprotease FtsH. HflB(FtsH) is a pleiotropic protein required for correct cell division in bacteria. It has ATP-dependent zinc metalloprotease activity. It was formerly designated cell division protein FtsH. [Cellular processes, Cell division, Protein fate, Degradation of proteins, peptides, and glycopeptides].	0
CP029329.1|AWK50075.1|692312_693515_+|alanyl-tRNA-editing-protein-AlaX-L	gnl|CDD|237551	PRK13902, alaS, alanyl-tRNA synthetase; Provisional.	9.76655e-65
CP029329.1|AWK50067.1|682379_683024_-|signal-peptidase-I	gnl|CDD|274044	TIGR02227, Inactive_signal_peptidase_IA., signal peptidase I, bacterial type. This model represents signal peptidase I from most bacteria. Eukaryotic sequences are likely organellar. Several bacteria have multiple paralogs, but these represent isozymes of signal peptidase I. Virtually all known bacteria may be presumed to A related model finds a simlar protein in many archaea and a few bacteria, as well as a microsomal (endoplasmic reticulum) protein in eukaryotes. [Protein fate, Protein and peptide secretion and trafficking].	1.8362e-38
CP029329.1|AWK50073.1|689949_691137_+|pyridoxal-phosphate-dependent-aminotransferase	gnl|CDD|180720	PRK06836, PRK06836, pyridoxal phosphate-dependent aminotransferase.	0
CP029329.1|AWK50063.1|676068_676899_-|amino-acid-ABC-transporter	gnl|CDD|270338	cd13620, PBP2_GltS, Substrate binding domain of glutamate or arginine ABC transporter, a member of the type 2 periplasmic binding fold protein superfamily. This family comprises of the periplasmic-binding protein component (GltS) of an ABC transporter specific for glutamate or arginine from Lactococcus lactis, as well as its closely related proteins. The GltS domain belongs to the type 2 periplasmic binding protein fold superfamily (PBP2), whose many members are involved in chemotaxis and uptake of nutrients and other small molecules from the extracellular space as a primary receptor. The PBP2 proteins are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. After binding their specific ligand with high affinity, they can interact with a cognate membrane transport complex comprised of two integral membrane domains and two receptor cytoplasmically-located ATPase domains. This interaction triggers the ligand translocation across the cytoplasmic membrane energized by ATP hydrolysis.	2.71983e-102

Protein sequences

>CP029329.1|AWK50067.1|682379_683024_-|signal-peptidase-I
MREEDEIMESKDIDSLESSSDYSKSKDIIADKEGNLSKKGFVGIFTSKGGFFREWIIPIVAAIAIAFLINKFLVYNVYIPSESMVPTLNVGDKLMVTRVYDTDKIKRGDMIVFFSEELNEILIKRAIGLPGDHIKIHNGIVNINGEDIKEDYVKNNESFDGSFDVPDNKFFFLGDNRSRSNDARRWINPYIDASNIQGRARIKFYPFKDFGSLN
>CP029329.1|AWK50066.1|682054_682276_-|DUF3006-domain-containing-protein
MDEKYIIDRIEENYAIIEKEDGDMYKISIENIKGNFNEGDILISRGKYFEVDKEFTLNRKNDINDSMKNMWEE
>CP029329.1|AWK50065.1|679926_681993_-|cell-division-protein-FtsH
MQNNNNNNGKNKKSDKNNKNSITMAITYFLIAFAFVMAFNYAKDSAINKEITYNEFVRLLSDKEISKVVITSENLIITPSESNEEYKGKTLYTANINDDTLINKLDEAGIDFTGKNPKETPIMNFALTWILPMIFIFFMWKFLFSKMGGGGGGVMGIGKNNAKIYVESDIKVTFDDVAGQEEAKDSLKEVIDFLNAPARYTEIGAKLPKGVLLVGPPGTGKTLIARAVAGEAKVPFFSLSGSSFVEMFVGVGASRVRELFKDAVAKAPCIIFIDEIDAIGKSRDNQMQSNDEREQTLNQLLSEMDGFDSSKGVILLGATNRPEILDKALLRPGRFDRRVIVDRPDFKGREAILAVHAKNVILGDDVDLAEIAKSTPGAVGADLANIINEGALRAVKRKRKTVLQEDLREAVEVVIAGKEKKDRILSPKERKVVAFHEVGHALVAAMIKGADPVHKITIVPRTMGALGYTMQLPEEEKYLTSKEELLNQITVMLGGRSAEEEVFNLVSTGASNDIERATASARSMVSIYGMSDRFDMMALESIQNRYLDGRAVRNCSEETSTILDEETLNIIRTSHKNARQILRDNRDLLDRISGVLLEKETIFGDEFLEIVYEKYPEMKETKEREKSENEKKVKELEERRAKKHSLDIVIDDKDENVKETSETTVDGEDDYKDVVNTKTINEDETKNL
>CP029329.1|AWK50064.1|677537_679745_-|ATP-dependent-DNA-helicase
MNKQVDFLKEENKLNEILDILNKEILNYLEKRKGVTKYIIDSRKKYIEDYKDDEDQVIDYFDHENYVQEESYKTIDKRLMEYTKLKEAPYFGKVNFKENDDIPEDMYVGRYGLTLENSYEPLIVDWRAPIAALFYKGTLGKASYNPPVGEIQADILSRKQLIIKKGELKGVFDSALDVKDEILQMVLTENSSDKLKDIVMTIQREQDEIIREDRNKIVVVNGVAGSGKTTIALHRISYLLYNFREQFGDKVLIFGPNDIFMDYIAQVLPTLGESNIKQTTFENFAKKELGLEKVKIKSFGSYIEEAMNGNESALKEYKYKSSKEFVSLLDSQIETLNKEYFKIQAIKFKGAEIVSIKEIEELFNVYYKDMPLFRRSQKIKRILTSKIKDKRDEEVYKLNAELKEKMDNLSKDELEMEKSNIDYLKRIRIREIVREVINSRNELDSWIIVESVMDIYKKIINLKGIKEDTETLNNQDNNGLRTTLIENNEFLKEEVDNLGYMDLIGILYLMVKLQGLKVKEEIKHIVIDEAQDYSFIQFEIIKEMTGCKSYTIVGDSNQRLITTSKEPAMLHLDEVFEDSNIEIKKYELNKSYRSTQEIMEYANEFLNEDKIVPLVRSGEPVIQEEVTSEDDFINTLISIIEDYEEDGNENIAVIFKGKNELNKFAAAIKERINIQNIDNEDILYKGGKVLIPAYLAKGLEFDGVIVVENKEIQPLVKYIMCTRALHRLSVIKDLI
>CP029329.1|AWK50063.1|676068_676899_-|amino-acid-ABC-transporter
MKSGLVKKIVAVAAVATIAISMVGCGSSTKKESANSNASAIDTIKSKGKLVVGTSADYPPYEFHSEVNGKDEIVGFDIEIAKQLAKDLGVELEVKDMAFDGLLVALQADKVDMIFAGMTPTDERKQNADFSDIYYAATHRFILRSGDETAITSMDDLKGKKIGVQKGSIQEGIAQANFDATNIKSLDKVTDLILDLKNNKVDAVLAEAPVAQINIQKNPGISIADKVVVEDPDGGCAIAMKKNSPELQAEVNKTIKKLTDEKKIEQFVLDANKMVE
>CP029329.1|AWK50062.1|675002_675680_-|arginine-ABC-transporter-permease
MNFTFLEKYSGYFLKGTEITIVLAFFAVLFGTILGLALTLLRRSKFKPISFIATAYVEFVRGTPLLVQIYIIYIGFPHFDGLPKFIGIPMEDLLVGVIALALNSAAYVSEIMRAGIDAVDKGQMEAARSLGMNQGLAMFHIVIPQAFKNILPALGNEFISVIKESSQVSVIGVAELMFNAGVVRGNTALGLEPIIVAAVIYFIITFTMTRILGYVERRMKASDIR
>CP029329.1|AWK50061.1|674293_675016_-|glutamine-ABC-transporter-ATP-binding-protein
MIYVKDLHKSFGKNDVLKGIDEHISKGEVVVVIGPSGSGKSTFLRCLNLLETPTSGTITFEGKDITSKETNIDEMREKMGMVFQQFNLFPHKTVCENICLAPMKVKKLSKDEAKKRTITLLEKVGLVDKVDAYPASLSGGQKQRIAIARALAMQPDVMLFDEPTSALDPEMVGEVLSVMKNLAKEGMTMVVVTHEMGFAREVGDRILFMDGGKIVESGTPEEVFKNPKNPRTIDFLSKVL
>CP029329.1|AWK50060.1|672528_673704_+|cation-transporter
MFFEHMVNIFIKNNSDIKDNKVRNSYGVFGGIVGILVNALLFIIKLSVGLFVSSIAIMADAFNNLSDAASSLITILGFKLSNKPADREHPFGHGRIEYLSALIVAFMVMLVGVQFIKSSFQRIVNPTPVTFELVPFILLFISIFLKIWLSRFNKFVGEKINSSALKASSVDALGDVFTSTCVAISFLAANFTSFPIDGYIGMVVALFIVYSGFSLVKDTINPLLGEAPDPELVNSIKEMVLSYDKILGTHDLIIHNYGPGKCMASIHAEIPSDICVVAIHEIIDKAEREISTALNIYLVIHIDPICIIEGEVKGAYEEILSLIKKYDYIKSIHDFRVVGEGEVKNLIFDIVVDSLNESPITDSELIDKFSESVQKSHPYYNCIITIDKDFI
>CP029329.1|AWK50059.1|671424_672309_-|4-hydroxy-tetrahydrodipicolinate-synthase
MKDVIFTGAAVAIVTPFTEDGVNFSELKKLIDFNIEKGTDAIVIAGTTGESSTMSDEEHKEAIRFTAEYVNKRVPVIAGTGSNDTMYALELSKYAESVGADALLLVTPYYNKTTQSGLIKHYNYIADRVNIPIILYNVPSRTDVNILPETYVELAKHPRIVATKEASGDISAIARIKALCKDELNIYSGNDDQIIPILSLGGKGVISVFSNIMPKEAHDICSLYFEGKVKESCDLQTKYLDIINTLFIEVNPIPVKTALGLMGYNVGPLRMPLFPMEEKNLEMLRMQLKNNNLI
>CP029329.1|AWK50058.1|668615_670031_-|M18-family-aminopeptidase
MNNAQELLDFINKSKTAFQSVYEIKCILDKNGYSEVKEEDKWDLKKGGKHYVIKNDSAVIAFEVGTGEIEKDGFRLIGAHTDSPGFRIKPNPEMLVEGHYLKLNTEVYGGPILSTWFDRPLSIAGRVMLKGEDPFNPEVKLIDVNKPILIIPNLAIHMNRNINEGYSYNKQKDTLPLMTIKNNDYSENLTLEVQNNVEIEEENTCNKINNTKTEKLENESLNIVVNKLEKDEYLLKLIAETLKVDYRDILDFDLFLYEYAEGMLIGVNDEFISCGRLDDLWMVFAGLKALLNSNKIKATKVLVALDNEEIGSLTAQGANSSILESILERITLALKKEREDFKRTLSNSIMISADLAHAIHPNYTEKSDPTSKPMLGKGPVLKIAAGGSYSTDSYASAVFKSICENAEVPCQVFVNRSDLRGGTTIGPITAAKLNIPVIDMGAPVLSMHSIRELASVKDNEYTIKAFTEFFN
>CP029329.1|AWK50068.1|683275_683830_-|signal-peptidase-I
MRENDENEIIKDKKIKKKSIIREWIVDIVAIAFVTLLVWRFVGYGVWITSGSMIPTLEVKDRLIVTRVHNPENLEEGDIVLFKNDEFKDEILIKRLIGLPGDKIEIKDGIVFRNGEELKEDYVKNNEKYNRTFQVPKEKYFFLGDNRANSNDSRYWENPYVDESYIKGKAKIKYFPIKDFEILK
>CP029329.1|AWK50069.1|684108_685404_-|diaminopimelate-decarboxylase
MKLFGTMKAQGNELVIGGISAKDLVKEYGSPLYVFDEELIREYCRDYREYFKCKENNNRVAFAGKAFLTIQMCKLLKEEEMNLDVVSGGELYTAHKAGFPLEKVMFHGNNKTIDEIELGIKLGVGNFVVDNYYEMDALNDIAKEYNKVQDIYLRITPGIEAHTHDYIKTGQIDSKFGFAPVGTVIEDAIKKAISLSNINLAGIHCHIGSQIFDLEPYEDAVEIMLELVRNTKENFGYLIKEVDFGGGFGIYYTSIDEPRTTEEYCNTIINKVDEVCARTGQERPIITIEPGRSIVANAGITLYTVGSVKEIPNVRKYVSVDGGMTDNIRPALYNAEYECILANRIEGVSEEIITIAGKCCESGDILLENVKLPEVKSGDILAIMTTGAYGYSMASNYNKIPKPAVVMVKDNEARLICKRESYEDLLKNELI
>CP029329.1|AWK50070.1|686115_686790_-|hydrolase
MVNKEVKFVPQIKGTLRNHVIEVPTVIRNCGGIKIFGKRIKSLLFSTDVALIRNSNADAIIAVYPFTPQPLITQALVMAADVPVFCGVGGGITQGKRVVNLAMDAEFKGAMGVVVNAPTSNEIVKKIRATIDIPVIVTVISEDEDIAKRIEAGATILNVSGGKKTANIVRNIRNRFPEFPIIATGGPNDESISETIQAGANAITYTPPTSASIMCDLMDEYRNE
>CP029329.1|AWK50071.1|687918_688896_+|transporter
MNQNEFFNILMDGLKDFPEIKLHDIISYYENNFVLELVSGKTEEEIITKLGNPDLIVNKYRTEALKTPINTGYFTTDVDITNIGNKNYINNSNFTTNNNFINADTFNDFKTNDIFNNNNSIENGFKTNNKFNTFKTSSSYDDINLSSDFYNLRSSNQSNYNFTVKSDFNHNNKDDFNYNSSNNFNSDHNSDSNSNSFNDENHKNKILKFNVNTILIICTGILALAIFFPVITGIIGCIIGLLGVAISIFLASIGVLVGGTFTSFIGLPNVPMFVANFPHPSLVLFSLGSISLSILLIFLFYYLFKFLIQMLIKIYNSIKSKGGSF
>CP029329.1|AWK50072.1|688895_689822_+|hypothetical-protein
MKKKFISTNMKIFLLVLFLLSMTLYASGCIALVQSGYKLSDYADELNIDHQTFKFKFNLNKLNFDFDNSYISMNYPVNDNINEIDLNLNSQDVKVVNYDGEDLKVQIESHSVLSGELPKTESGNKLILNTRYDTPSNSSISLSIPYNFNDRGVLKIITSSGDINISNLSMNTLNLSTASGDIGVFGTTLNYLKLNNSSGDINFNNLTTLNETKLTSSSGDIIGSGTLGTVNGGTSSGDINLQFRNSLSNTFLSTDSGSVTLSLPINLGYKLNYETTSGNLESSNKQLSSGDESSLIDINTISGDLDIK
>CP029329.1|AWK50073.1|689949_691137_+|pyridoxal-phosphate-dependent-aminotransferase
MISNKMKSLVSNNSTIRAMFEEGKKLSEIYGEENVFDYSIGNPNVEPPESIKKVITEILNEEKPNLVHGYMNNSGYEDVRDAISTFLNKKNHLNLSRNNIIMTCGAAGGLNIILKSILNPDDEVITFSPYFGEYKNYAQNFDGKLIISPTDTETFEPDLKALSEVITAKTKALIINNPNNPTGIVYSKEVIQSLANLLNEKQKELNTTIYLISDEPYREIVYDGIQVPCLLKYYDNTFIGYSYSKSLSLPGERIGYVVINTLMDAFEEMASALNIANRILGFVNAPSLFQRVIAKSLDAEVDVSIYKKNRDLLYNHLISLGFTCVKPQGAFYLFPKSPIEDDKKFCEDAKQFNLLLVPGSAFGCPGHVRLSYCISYEKIKDSLQAFDKLAALYKL
>CP029329.1|AWK50074.1|691283_691814_-|hypothetical-protein
MNLLFYITFNFIIYSFIGWIIEEVYWYLTVKRIKKEGFLKGPFKPMYGIASTILILYNQMLDIDGIPLVLLCFLIPTTVEYISGYMLKHIFNKIYWDYSHLKYNIHGFVSLKFSLYWTVLSFIGVYFLQPVVYNIYKGSEEILIIAVCFFSILFMLDFLLTLKEFRKNTILNFREK
>CP029329.1|AWK50075.1|692312_693515_+|alanyl-tRNA-editing-protein-AlaX-L
MEKIYYDNQYLKQFTAEIVDIKEIDNKFHVILDKTAFFPGGGGQSCDIGILGDQKILDVYEQDEIVYHVVEKKPIKIHKVKCEIDWDRRTDGMHQHLGQHVLSGAFFNLFNANTFAIHLGSDISSVDVYGTLSDTQVKEAEKLANKVIGDALTVESFIPTKSELKKLSLRRALPNTAEDIRIVKIGDFDINACCGLHPTLTQDLRLIKIKKFEKHKEGTRIEFLAGERAVYDSFKKDEFQNSICKYLNCNESEAINGIKNLNENLREANENNKSLNILLAKYQVKEILENATKINDVKVIKKIFDSENLRYVTNLTSKLVESENTIALMAVKSEDRVNLLFACSKDITEIKMNDLLKDAISLIDGKGGGSPFQAQGAGKNNANLESALDYAVSKITQSLN
>CP029329.1|AWK50076.1|693542_694442_-|alpha/beta-hydrolase
MESVQSKLTKVFLRVFKINKIWKLTGDELRYSIEKRQLSESHKPPKIIKNKFNIVKNEINGYCYYVMKPLRNVGQKHIIFLHGGGYVYEINSMHWEFLRKLSDALSCTITIPIYPLAPKHKHQEVFEMIIPIYKKIISDVRPKDIAIMGDSAGGGMSLALAELLKEKHLQQPGNIILISPALDMSLSNPKIHEVEKLDPMLAVPSLIDIGKWYGGEKGSKHYLISPIYGNLEELGKISLFTGTNDILYPDAKKLKTITNEKGIKINYYEYPSMIHIWPLFFFPESKKAREQIVEIIRTS
>CP029329.1|AWK53020.1|694806_694986_-|heavy-metal-transport/detoxification-protein
MSCEHCVGHVKEALEGLDKVTSVEAGLENNCAIFETTNSDEELKAAIEEEGYDVVKIEE

Crispr_ID: CP029329_6

• CRISPR_ID: CP029329_6
• CRISPR_location: 1474055-1474156
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP029329_6

Consensus_repeat	Method
GTGCGTCAGCACAACCACGATCAT	CRISPRCasFinder

spacers of CP029329_6

>6.1|1474079|54|CP029329|CRISPRCasFinder
ATCACCTTAGAAAAAAGCGCGAAGCGCAACCACGATCATATCACCTTAGAAAAG

CRISPR arrays and Neighbor proteins around CP029329_6

CRISPR arrays

The CRISPR arrays of CP029329_6

>merge|CP029329|6|1474055-1474156|CRISPRCasFinder
GTGCGTCAGCACAACCACGATCATATCACCTTAGAAAAAAGCGCGAAGCGCAACCACGATCATATCACCTTAGAAAAGGTGCGTCAGCACAACCACAATCAT

>CP029329|6|6|1474055-1474156|CRISPRCasFinder
GTGCGTCAGCACAACCACGATCAT	ATCACCTTAGAAAAAAGCGCGAAGCGCAACCACGATCATATCACCTTAGAAAAG
GTGCGTCAGCACAACCACAATCAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP029329.1|AWK50670.1|1465563_1466103_+|F0F1-ATP-synthase-subunit-delta	unknown	unknown	gnl|CDD|365949
CP029329.1|AWK50676.1|1471374_1472637_+|UDP-N-acetylglucosamine-1-carboxyvinyltransferase	unknown	unknown	gnl|CDD|236486
CP029329.1|AWK50682.1|1477607_1478012_+|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK50683.1|1479487_1480663_+|methionine-adenosyltransferase	unknown	unknown	gnl|CDD|235374
CP029329.1|AWK50672.1|1467668_1468520_+|F0F1-ATP-synthase-subunit-gamma	unknown	unknown	gnl|CDD|235535
CP029329.1|AWK50678.1|1474463_1475198_+|M23-family-peptidase	unknown	unknown	gnl|CDD|366703
CP029329.1|AWK50687.1|1485366_1485900_+|ribosome-associated-translation-inhibitor-RaiA	unknown	unknown	gnl|CDD|238308
CP029329.1|AWK50669.1|1465082_1465562_+|ATP-synthase-F0-subunit-B	unknown	unknown	gnl|CDD|184064
CP029329.1|AWK50680.1|1475814_1476849_+|rod-shape-determining-protein	unknown	unknown	gnl|CDD|237563
CP029329.1|AWK50679.1|1475480_1475735_+|sporulation-transcriptional-regulator-SpoIIID	unknown	unknown	gnl|CDD|378813
CP029329.1|AWK50675.1|1470550_1471201_+|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK50668.1|1464814_1465030_+|ATP-synthase-F0-subunit-C	unknown	unknown	gnl|CDD|184068
CP029329.1|AWK50674.1|1469940_1470348_+|ATP-synthase-F1-subunit-epsilon	unknown	unknown	gnl|CDD|213395
CP029329.1|AWK50671.1|1466113_1467628_+|F0F1-ATP-synthase-subunit-alpha	unknown	unknown	gnl|CDD|236448
CP029329.1|AWK50677.1|1472949_1474011_+|stage-II-sporulation-protein-D	unknown	unknown	gnl|CDD|274332
CP029329.1|AWK50673.1|1468534_1469926_+|F0F1-ATP-synthase-subunit-beta	unknown	unknown	gnl|CDD|236447
CP029329.1|AWK50685.1|1483306_1484323_+|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK50681.1|1476971_1477508_-|spore-protease-YyaC	unknown	unknown	gnl|CDD|115518
CP029329.1|AWK50684.1|1480912_1483144_+|ATP-dependent-RecD-like-DNA-helicase	unknown	unknown	gnl|CDD|273632
CP029329.1|AWK50686.1|1484295_1484952_+|amidophosphoribosyltransferase	unknown	unknown	gnl|CDD|223970

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP029329.1|AWK50670.1|1465563_1466103_+|F0F1-ATP-synthase-subunit-delta	gnl|CDD|365949	pfam00213, OSCP, ATP synthase delta (OSCP) subunit. The ATP D subunit from E. coli is the same as the OSCP subunit which is this family. The ATP D subunit from metazoa are found in family pfam00401.	4.0981e-49
CP029329.1|AWK50676.1|1471374_1472637_+|UDP-N-acetylglucosamine-1-carboxyvinyltransferase	gnl|CDD|236486	PRK09369, PRK09369, UDP-N-acetylglucosamine 1-carboxyvinyltransferase; Validated.	0
CP029329.1|AWK50686.1|1484295_1484952_+|amidophosphoribosyltransferase	gnl|CDD|223970	COG1040, ComFC, Predicted amidophosphoribosyltransferases [General function prediction only].	7.96348e-39
CP029329.1|AWK50683.1|1479487_1480663_+|methionine-adenosyltransferase	gnl|CDD|235374	PRK05250, PRK05250, S-adenosylmethionine synthetase; Validated.	0
CP029329.1|AWK50672.1|1467668_1468520_+|F0F1-ATP-synthase-subunit-gamma	gnl|CDD|235535	PRK05621, PRK05621, F0F1 ATP synthase subunit gamma; Validated.	2.33078e-108
CP029329.1|AWK50678.1|1474463_1475198_+|M23-family-peptidase	gnl|CDD|366703	pfam01551, Peptidase_M23, Peptidase family M23. Members of this family are zinc metallopeptidases with a range of specificities. The peptidase family M23 is included in this family, these are Gly-Gly endopeptidases. Peptidase family M23 are also endopeptidases. This family also includes some bacterial lipoproteins for which no proteolytic activity has been demonstrated. This family also includes leukocyte cell-derived chemotaxin 2 (LECT2) proteins. LECT2 is a liver-specific protein which is thought to be linked to hepatocyte growth although the exact function of this protein is unknown.	6.39168e-21
CP029329.1|AWK50687.1|1485366_1485900_+|ribosome-associated-translation-inhibitor-RaiA	gnl|CDD|238308	cd00552, RaiA, RaiA ("ribosome-associated inhibitor A", also known as Protein Y (PY), YfiA, and SpotY, is a stress-response protein that binds the ribosomal subunit interface and arrests translation by interfering with aminoacyl-tRNA binding to the ribosomal A site. RaiA is also thought to counteract miscoding at the A site thus reducing translation errors. The RaiA fold structurally resembles the double-stranded RNA-binding domain (dsRBD).	1.96913e-30
CP029329.1|AWK50669.1|1465082_1465562_+|ATP-synthase-F0-subunit-B	gnl|CDD|184064	PRK13461, PRK13461, F0F1 ATP synthase subunit B; Provisional.	2.43564e-59
CP029329.1|AWK50680.1|1475814_1476849_+|rod-shape-determining-protein	gnl|CDD|237563	PRK13928, PRK13928, rod shape-determining protein Mbl; Provisional.	0
CP029329.1|AWK50679.1|1475480_1475735_+|sporulation-transcriptional-regulator-SpoIIID	gnl|CDD|378813	pfam12116, SpoIIID, Stage III sporulation protein D. This stage III sporulation protein is a small DNA-binding family that is essential for gene expression of the mother-cell compartment during sporulation. The domain is found in bacteria and viruses, and is about 40 amino acids in length. It has a conserved RGG sequence motif.	3.79303e-39
CP029329.1|AWK50668.1|1464814_1465030_+|ATP-synthase-F0-subunit-C	gnl|CDD|184068	PRK13469, PRK13469, F0F1 ATP synthase subunit C; Provisional.	1.72947e-18
CP029329.1|AWK50674.1|1469940_1470348_+|ATP-synthase-F1-subunit-epsilon	gnl|CDD|213395	cd12152, F1-ATPase_delta, mitochondrial ATP synthase delta subunit. The F-ATPase is found in bacterial plasma membranes, mitochondrial inner membranes and in chloroplast thylakoid membranes. It has also been found in the archaea Methanosarcina barkeri. It uses a proton gradient to drive ATP synthesis and hydrolyzes ATP to build the proton gradient. The extrinisic membrane domain, F1, is composed of alpha, beta, gamma, delta, and epsilon subunits with a stoichiometry of 3:3:1:1:1. Alpha and beta subunit form the globular catalytic moiety, a hexameric ring of alternating subunits. Gamma, delta and epsilon subunits form a stalk, connecting F1 to F0, the integral membrane proton translocating domain. In bacteria, which is lacking a eukaryotic epsilon subunit homolog, this subunit is called the epsilon subunit.	2.08411e-33
CP029329.1|AWK50671.1|1466113_1467628_+|F0F1-ATP-synthase-subunit-alpha	gnl|CDD|236448	PRK09281, PRK09281, F0F1 ATP synthase subunit alpha; Validated.	0
CP029329.1|AWK50677.1|1472949_1474011_+|stage-II-sporulation-protein-D	gnl|CDD|274332	TIGR02870, Stage_II_sporulation_protein_D, stage II sporulation protein D. Stage II sporulation protein D (SpoIID) is a protein of the endospore formation program in a number of lineages in the Firmicutes (low-GC Gram-positive bacteria). It is expressed in the mother cell compartment, under control of Sigma-E. SpoIID, along with SpoIIM and SpoIIP, is one of three major proteins involved in engulfment of the forespore by the mother cell. [Cellular processes, Sporulation and germination].	3.49076e-115
CP029329.1|AWK50673.1|1468534_1469926_+|F0F1-ATP-synthase-subunit-beta	gnl|CDD|236447	PRK09280, PRK09280, F0F1 ATP synthase subunit beta; Validated.	0
CP029329.1|AWK50681.1|1476971_1477508_-|spore-protease-YyaC	gnl|CDD|115518	pfam06866, DUF1256, Protein of unknown function (DUF1256). This family consists of several uncharacterized bacterial proteins which seem to be specific to the orders Clostridia and Bacillales. Family members are typically around 180 residues in length. The function of this family is unknown. These proteins are related to peptidase family M63 and so may be peptidases.	1.62828e-64
CP029329.1|AWK50684.1|1480912_1483144_+|ATP-dependent-RecD-like-DNA-helicase	gnl|CDD|273632	TIGR01448, recD_rel, helicase, putative, RecD/TraA family. This model describes a family similar to RecD, the exodeoxyribonuclease V alpha chain of TIGR01447. Members of this family, however, are not found in a context of RecB and RecC and are longer by about 200 amino acids at the amino end. Chlamydia muridarum has both a member of this family and a RecD. [Unknown function, Enzymes of unknown specificity].	0

Protein sequences

>CP029329.1|AWK50677.1|1472949_1474011_+|stage-II-sporulation-protein-D
MKIINIKTTNIKINSSIKIIIIMTLIIFTILITLPLIFLTVSKESVDIFKLNNENIVKSSEIVFPVNGRVKLYHKEEDSVEELDLEEYIMGVVASEVPANFNEEALKAQAIAARTFYMNKRNNPDKDAKNKGAEICDTTDCQVYMSKDERIAKWSSSQAGSNWNKIQKAVLDTKGQVLTYEDSLLEYPQFFATSSGRTEDAKDVFSMDVPYLKSEESKGEEIAPKYKTTVEIPINEFVDKINAKYKNANIKKSNIESLIKIEGYTESGSVKEIKVGNESIRGTEFRTLFNLNSTNFKLDFEKDIIKINCKGYGHGVGMSQWGANVMAKNGSTYEEILKHYYSGVEIQEIKYTH
>CP029329.1|AWK50676.1|1471374_1472637_+|UDP-N-acetylglucosamine-1-carboxyvinyltransferase
MEKIIVKGVKELKGEVDISCAKNSILPIIAATILCPEPIVIDNAPRLEDVEVICKLLSELNCDVDISKLNNKLTIDTKNIVEMDANAELMRKMRASFLIMGPMLARFGYCKLSLPGGCNIGSRPIDLHLKGFKLLGADVIMGHGFVEVKAKKMIGSRIYLDFPSVGATENIMMASVFAEGTTIIENAAEEPEIWDLARFLNKMGAKIHGAGLGKITIDGVKNLKGINYTPIYDRIEAGTFMIAAAITNSKIKINGVNEEHLRPIIEKLKECGIIFSDYKNDSVIVDGRKSKKPLDIKTLPYPGFPTDMQAQMMSLLSVIEGVSVITETVFENRFMHVAELNRMGANIKIDGRTAIIEGVSKLTGCEVKATDLRAGAAMILSGLVAEGETEISDIYHIDRGYVNIEDKFRNLGAEIYRVNR
>CP029329.1|AWK50675.1|1470550_1471201_+|hypothetical-protein
MNIKISILIFVLLSFLNMGAISNERSNTKNSFSVLETNITNISEFQENGAKLQYKTKNNIEKESARIKENLNNNIKGSHREINKSQFEIFNNNFYTNIKMWYEDKYTYVEITLINKNAKYTTVDIKNILRKLENQESENTKYFFYYEGKEKELDNNYSIDKLINENNIQKTNLLKINNGYTGTGYLSNGERINFALTRYNTGSHIIIGTPIIFATY
>CP029329.1|AWK50674.1|1469940_1470348_+|ATP-synthase-F1-subunit-epsilon
MASTFLLKIITPDHEVYNGEVEKVFLKSVDGDFEVLANHENMISSTIPCIAKYKDSKGIEDELFISTSIVHITENEMTICSDAAEFESDIDEKRAEEAMTRAKKRLEEAGKFNKDRAESAFLRAKQRLILKKSNK
>CP029329.1|AWK50673.1|1468534_1469926_+|F0F1-ATP-synthase-subunit-beta
MPGKIGKVVQVIGPVIDIKFDSDSLPNLYNAISIKMGEHELVAEVEQHVGDDIVRTIAMSATEGLKRGMDAVDTGNPISVPVGQEVLGRLFNVLGEAIDNCGAVDVKEKYPIHRPAPSFKDQTVEPEMFETGIKVVDLLAPYQKGGKIGLFGGAGVGKTVLIQELINNIAKEHGGLSVFTGVGERSREGNDLYHEMMESGVISKTALVFGQMNEPPGARMRVALTGLTMAEYFRDKGQDVLLFIDNIFRYTQAGSEVSALLGRTPSAVGYQPTLATEMGALQERITSTVNGSITSVQAVYVPADDLTDPAPATTFSHLDATTVLSRSIAELGIYPAVDPLESTSRILDPRIVGEEHYKVASDVKHVLQKYKELQDIIAILGVDELGDDDKAVVARARRIQRFLSQSFTVAEQFTGMKGKYVTVKETIRGFKEILEGKYDNLPESAFLFAGSIDDVIEKAKSLG
>CP029329.1|AWK50672.1|1467668_1468520_+|F0F1-ATP-synthase-subunit-gamma
MGAAGLLEIKKRIKSVENTKKITNAMGLVATSKLRKSRKELLVNNKFIESTEPIVRNLATTASEDGANIYFDGNKSENKLYVVMTSDSGLCGGFNGNVVSYLQTLIGNKKSSTKIIVVGNRGIGYVRRAQLDTVGEYVDISDLPTVREAKVIFDKALQMYIDGEVSEVNIVYSDFISPVKQITKVDKILPIEKFEGKVKKNLIEPSLELVLEDALNIYLKGKIRGILLSSKCSEQSSRMTAMDGATKNANDLLSDLKLKFNRIRQGAITQEISEIVGGAAAQK
>CP029329.1|AWK50671.1|1466113_1467628_+|F0F1-ATP-synthase-subunit-alpha
MNIKPEEITSIIKREIEKYEKQIQTVDSGTIITIGDGVSRVYGLDNCMEGELLEFPNEVYGMVLNLEQDNVGCVILGDDKGIKEGDIVKGTGKVVEVPVGDQMLGRVVNALGLPIDGKGPIVTTETRPIEVHAPSIIDRSSVNEPLQTGIKAIDSMIPIGRGQRELIIGDRQTGKTAIGIDTILNQKGKDVICIYVAIGQKQSTVANIVNIFTEMGAMDYSIVVSATASESAPLQYLAPYAGCSIGEYFMHKGKDVLIVYDDLSKHAVAYRAMSLLLKRPPGREAYPGDVFYIHSRLLERAAKLSKELGSGSLTALPIIETQAGDVTAYIPTNVISITDGQIFLEADLFFSGQRPAVNAGISVSRVGGNAQIKAMKQVSGTLRLELAQYRELEAFSQFGSDLDNDSSRRLQKGKRLVEILKQDQYSPLEVGKQIAILYAAVNDFLSDIKVSDIKRFEKEFLEYLDTHYREIEKSIITGKTLTDELKSKLEEAIVEFKKVFLQEA
>CP029329.1|AWK50670.1|1465563_1466103_+|F0F1-ATP-synthase-subunit-delta
MYEYLDRRYALAIYEVAEKKGKVDEYLRDLREICDLIDNNQDFHEVIKHPQINTTKKKQLFTDLFKDKIDEQLLSFMIILIEKNRILYLREKLNQMENIDLERRNIIRGIVKTAIPLLPEELEKMKVIFEEKYDKTIIFDTEIDKSILGGVYVSVGNDIIDDTIKSKIEEMKALMLKKE
>CP029329.1|AWK50669.1|1465082_1465562_+|ATP-synthase-F0-subunit-B
MEIEYSTTIMTWINFAVLILIMKHFFWDKLKGIIAERQKYVDDKLAKADEDSEKARMYLLKNESILQSAKEEGKKITERQKQKGDKVYEEIIDNAKNEAISLKERTMLEIEREKEKAEYEIKRQAADLALELAIKALEQKIDEDTHRKLIGDFIAKVGI
>CP029329.1|AWK50668.1|1464814_1465030_+|ATP-synthase-F0-subunit-C
MSLGVLAAGIAVLSGIGAGVGIGIATGKATEAVGRQPEASGKIMTLLILGAGLSEATAIYGLVIAFMVMGK
>CP029329.1|AWK50678.1|1474463_1475198_+|M23-family-peptidase
MDKKLKEKFGNLVRKEGFYIALFLCLCIIVTVGTVSYKMISNKNEVNKAEDINKDLALNSNNEEKTINEIPNAERVENVPDTSKNNIDKAKTEQSTTVSTTNIVKFSNPIDGVESRNYTYPTPVKMEEGIFRTIRGVNLETKIGTEVKAAAEGVVEVVENSGVEEGVVVEIKHANGLKTRYGNLDENVLVKKGDKVKVNQVIAKVGETAKVFSKEVFGEFLNLQVIDAKGEQVNPEKYFTLKSK
>CP029329.1|AWK50679.1|1475480_1475735_+|sporulation-transcriptional-regulator-SpoIIID
MKDYIEERVLDVARYIIDSKSTIRKTAKVFGVSKSTIHKDMTERLLKINPEIAEETHSILELNKAERHIRGGKATQMKYKIIES
>CP029329.1|AWK50680.1|1475814_1476849_+|rod-shape-determining-protein
MCFWKTGTDLAIDLGTATVLVYMKGKGVILKEPSVVAINKSNNKLLAIGEEARKMIGRTPGNIIAVRPLRDGVISDYDITQKMLKELIKKACGTRSIRAPKVIVCVPSQATEVEKRAVIDATMNSGAKTVHLIEEPLAAAIGAGLDITKPNGCMVVDIGGGTCDIAVISLGGVVVRESIKVAGDKFDDSIIKYVRNEYKLMIGEKTAEDLKINIGSAFKNSRNLTCMMKGRNLVTGLPDEVEITTEEIRNAIREPIEIIVQTVKRVLEKTPPELASDIIERGIVMTGGGALIHGLDKLIEFKTGVVTIVAEDSVECVAKGTGKVLSYIDKLDSKMNSQQIVFIE
>CP029329.1|AWK50681.1|1476971_1477508_-|spore-protease-YyaC
MIKPDINLNTMFSYNLTLEIKNYITKDTVIVCIGTDKCIGDCLGPLVGSILTENFFPLPVYGTLSHPIHALNIDERLDEIYSNHPNASIIGVDACLGDAEDIGDIRIRDYAIRPGKGVGKELPEVGVASVIGIVDSSDNSEFFFSHSIRLSFIMNMAKIIARVFIESYNLNRGQFPMV
>CP029329.1|AWK50682.1|1477607_1478012_+|hypothetical-protein
MKKITIYLILVFTVIINIYLIFYWEPENRVVNKEESSKAAISYSKSVYKLDKEKALEKLSPADKNDFEKIIGKLSAFDLGKIKDYYEDSNDEEGTVNIFKLLRKRLTTEDYKQIHEISASFLELERIDQRIKNN
>CP029329.1|AWK50683.1|1479487_1480663_+|methionine-adenosyltransferase
MKRLFTSESVTEGHPDKMCDQISDGILDAILSTDPLARVACETCTTTGMVMVMGEITTNCYVDIPKVVRETVREIGYDRAKFGFDCDTCSVITAIDEQSADIAMGVNEAFESRKGEKDDVEAVGAGDQGMMFGFATNETDEFMPLPIFMAHKLSRRLTEVRKNNILSYLRPDGKTQVTVEYEDNKPKRIDTIVISTQHDEKVTLEQIQEDLKEYVIQAVVPAELLDSETKYFINPTGRFVVGGPQGDSGLTGRKIIVDTYGGYGRHGGGAFSGKDPTKVDRSAAYAARWVAKNLVAAGVADKLEIQLAYAIGVAKPVSIEVETFGTGKVDEDKIVQIVEKVFDLRPGAIIRDLDLRRPIYKQTAAYGHFGRNDLNLPWEQLNKVQEIKKYL
>CP029329.1|AWK50684.1|1480912_1483144_+|ATP-dependent-RecD-like-DNA-helicase
MEVLNGFVENIVFKSEDTGYVVCKIRNGKELVSAVGTVPFMKEGQNVKLTGYWTVHKQFGNQFNIQEYEELLPNSLDGIEKYLSAGIIHGIGPVTAKKIIEKFGAETLDIMENSIERLTEIEGIGEKKFQIIYESYIEQQGLKDIILYFHKHGMTNNQCVKIYKKFGPNARQIVSDNPYILCDEISGIGFKTADRIAMSIGIENNSEFRIQSAIKYVMNQFCAAGNTFMPKNNIIEECEKNLLISKELIEKNIYDMAAQQKIIIEKINDVEIGFLLQYYYCELGVTSKIITLGLQQIQTINSDVDFEIDVFEKDQKIQFAPSQREAIIGAFNNGIEIITGGPGTGKTTIIKAIIHIYENNGMKVILGAPTGRAAKRMTESTGREAKTIHRLLEMGVSEEDESVFEKGESSPLDCDVIIIDEASMIDIMLMQNLLKAINLGTRLIIVGDVDQLPSVGPGNVLKDLIESEYIKVVRLKEIFRQGAESLIVINAHRINEGEMPLLNQKDKDFFFINENDQDKILNTIIDLMNRRLPKFNKSWDILKDMQVLTPMRKGILGVNNLNIRLQEIFNSPSKDKKEKTSRDILFREGDKVMQTKNNYTLKWVRVNGFGESEGSGVFNGDLGFIESIDEEKKALTIIFDDERKIVYDFNFLDELDLAYATTIHKSQGSEFKVVIIPVFMGSPFLMNRNLLYTGITRAKQLVVVVGFQKALMYMINNTNSIERYSALKHRIRDIITKDEFEDK
>CP029329.1|AWK50685.1|1483306_1484323_+|hypothetical-protein
MGDVCKVTQEDLKYAYDKIDYWYKKNIKFLTIITVPFNTPCVFSNIISYIAQNNGKVLYVWGKNAENRELINIIRDLNSNITHSYIEKGVSTTNLVFIHHDNLTKLDGQYDMVIFDDITYFSNLSSLNVRDGLEICANLGERVLLYSIEKMALVGEKFELAAYNYKKPFVEPRILTTRIDLNVDIPYTLYDYLKWFKENNHKVAIYVPNKEKLDIVYDYFANKLKLSEVKIIKVSKSDEIKRCERVSKYKDKAIFIITNKIEELLEYCYIDDSVIMFSDNERYNYKKILYVCGQMRNINSKLPEVLLVSNDISEDMDKAKNMARNFNKRVWEKRLRKL
>CP029329.1|AWK50686.1|1484295_1484952_+|amidophosphoribosyltransferase
MGKKITKIIRKLWEGLLEVVYPRENYCIICKEDDCFGICNTCKDSIKILNEVHQDEVISYGYYGGVLKDLILKLKYKNNFTAGDILAEFLEEYITKNLKYKEYIITYIPLSKKSKKNRGFNQCEYIAKKIARDLSIEVLDVLIKQKETKEQKKLKRDERYENIKDAFEIKKGIEVKNYNIILIDDVVTTGATLQEAYKLLKKFEVKEIKLLTLAKSHI
>CP029329.1|AWK50687.1|1485366_1485900_+|ribosome-associated-translation-inhibitor-RaiA
MKVTVIAKNMELTDALKEIVQKKISKLEKYFEANIEARATLSVQKNRHIIEVTIPFNGVILRGEEATSDMYKSLDLVEDKLERQIRKQKTRLSRRHGASLRFGEINTIDLKPSEEEQGQLVRVKKFGVKPMNSEEAILQMDLLGHNFFVYQDADSNKVNVIYKRKDGDYGLLEPEFI

Crispr_ID: CP029329_7

• CRISPR_ID: CP029329_7
• CRISPR_location: 2465351-2465492
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP029329_7

Consensus_repeat	Method
TAAAAAGAGTGCGAAGCACAATCAGGAACTTT	CRISPRCasFinder

spacers of CP029329_7

>7.1|2465383|78|CP029329|CRISPRCasFinder
TCACATATAAAAAGAGTGCGAAGCACAATCAGGAACTTTTCACATATAAAAAAAGCGCAACCAGGAACTTTTCACCTC

CRISPR arrays and Neighbor proteins around CP029329_7

CRISPR arrays

The CRISPR arrays of CP029329_7

>merge|CP029329|7|2465351-2465492|CRISPRCasFinder
TAAAAAGAGTGCGAAGCACAACCAAGAACTTTTCACATATAAAAAGAGTGCGAAGCACAATCAGGAACTTTTCACATATAAAAAAAGCGCAACCAGGAACTTTTCACCTCTAAAAAGAGTGCGAAGCACAATGAGGAACTTT

>CP029329|7|7|2465351-2465492|CRISPRCasFinder
TAAAAAGAGTGCGAAGCACAACCAAGAACTTT	TCACATATAAAAAGAGTGCGAAGCACAATCAGGAACTTTTCACATATAAAAAAAGCGCAACCAGGAACTTTTCACCTC
TAAAAAGAGTGCGAAGCACAATGAGGAACTTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP029329.1|AWK51516.1|2474837_2475227_+|zinc-ribbon-domain-containing-protein	unknown	unknown	gnl|CDD|379915
CP029329.1|AWK51509.1|2466821_2467214_+|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK51513.1|2473089_2473917_+|ATP-dependent-sacrificial-sulfur-transferase-LarE	unknown	unknown	gnl|CDD|238948
CP029329.1|AWK51505.1|2460938_2462501_+|hypothetical-protein	unknown	unknown	gnl|CDD|274008
CP029329.1|AWK51508.1|2465586_2466624_+|hypothetical-protein	unknown	unknown	gnl|CDD|224173
CP029329.1|AWK51498.1|2451998_2452994_+|ornithine-carbamoyltransferase	unknown	unknown	gnl|CDD|179366
CP029329.1|AWK51512.1|2471764_2472772_+|NADH-oxidase	unknown	unknown	gnl|CDD|239201
CP029329.1|AWK51499.1|2453290_2453623_+|XRE-family-transcriptional-regulator	unknown	unknown	gnl|CDD|197775
CP029329.1|AWK51507.1|2464293_2465232_+|GTPase	unknown	unknown	gnl|CDD|274870
CP029329.1|AWK51511.1|2468540_2471480_+|diguanylate-cyclase	unknown	unknown	gnl|CDD|236645
CP029329.1|AWK51514.1|2474121_2474355_+|hemerythrin	unknown	unknown	gnl|CDD|226759
CP029329.1|AWK51503.1|2456520_2459481_+|diguanylate-cyclase	unknown	unknown	gnl|CDD|236645
CP029329.1|AWK51517.1|2475360_2476410_-|galactose-ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|380481
CP029329.1|AWK51506.1|2463027_2464182_+|cobalamin-biosynthesis-protein-CobW	unknown	unknown	gnl|CDD|349766
CP029329.1|AWK51501.1|2454281_2455259_+|gfo/Idh/MocA-family-oxidoreductase	unknown	unknown	gnl|CDD|223745
CP029329.1|AWK51510.1|2467559_2468279_+|DUF434-domain-containing-protein	unknown	unknown	gnl|CDD|375907
CP029329.1|AWK51515.1|2474373_2474562_+|ferredoxin	unknown	unknown	gnl|CDD|224064
CP029329.1|AWK51504.1|2459526_2460783_+|UV-DNA-damage-repair-endonuclease-UvsE	unknown	unknown	gnl|CDD|235029
CP029329.1|AWK51502.1|2455468_2455804_-|rubredoxin	unknown	unknown	gnl|CDD|238371
CP029329.1|AWK51500.1|2453824_2454010_+|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP029329.1|AWK51517.1|2475360_2476410_-|galactose-ABC-transporter-substrate-binding-protein	gnl|CDD|380481	cd01539, PBP1_GGBP, periplasmic glucose/galactose-binding protein (GGBP) involved in chemotaxis towards, and active transport of, glucose and galactose in various bacterial species. Periplasmic glucose/galactose-binding protein (GGBP) involved in chemotaxis towards, and active transport of, glucose and galactose in various bacterial species. GGBP is a member of the pentose/hexose sugar-binding protein family of the type 1 periplasmic binding protein superfamily which consists of two alpha/beta globular domains connected by a three-stranded hinge. This Venus flytrap-like domain undergoes transition from an open to a closed conformational state upon ligand binding. Moreover, the periplasmic GGBP is homologous to the ligand-binding domain of eukaryotic receptors such as glutamate receptor (GluR) and DNA-binding transcriptional repressors such as LacI and GalR.	3.93213e-115
CP029329.1|AWK51513.1|2473089_2473917_+|ATP-dependent-sacrificial-sulfur-transferase-LarE	gnl|CDD|238948	cd01990, Alpha_ANH_like_I, This is a subfamily of Adenine nucleotide alpha hydrolases superfamily. Adenine nucleotide alpha hydrolases superfamily includes N type ATP PPases and ATP sulphurylases. It forms a apha/beta/apha fold which binds to Adenosine group. This subfamily of proteins probably binds ATP. This domain is about 200 amino acids long with a strongly conserved motif SGGKD at the N terminus.	1.15229e-100
CP029329.1|AWK51505.1|2460938_2462501_+|hypothetical-protein	gnl|CDD|274008	TIGR02168, Chromosome_partition_protein_Smc, chromosome segregation protein SMC, common bacterial 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. This family represents the SMC protein of most bacteria. The smc gene is often associated with scpB (TIGR00281) and scpA genes, where scp stands for segregation and condensation protein. SMC was shown (in Caulobacter crescentus) to be induced early in S phase but present and bound to DNA throughout the cell cycle. [Cellular processes, Cell division, DNA metabolism, Chromosome-associated proteins].	7.13676e-06
CP029329.1|AWK51508.1|2465586_2466624_+|hypothetical-protein	gnl|CDD|224173	COG1253, TlyC, Hemolysins and related proteins containing CBS domains [General function prediction only].	1.72275e-93
CP029329.1|AWK51498.1|2451998_2452994_+|ornithine-carbamoyltransferase	gnl|CDD|179366	PRK02102, PRK02102, ornithine carbamoyltransferase; Validated.	0
CP029329.1|AWK51512.1|2471764_2472772_+|NADH-oxidase	gnl|CDD|239201	cd02803, OYE_like_FMN_family, Old yellow enzyme (OYE)-like FMN binding domain. OYE was the first flavin-dependent enzyme identified, however its true physiological role remains elusive to this day. Each monomer of OYE contains FMN as a non-covalently bound cofactor, uses NADPH as a reducing agent with oxygens, quinones, and alpha,beta-unsaturated aldehydes and ketones, and can act as electron acceptors in the catalytic reaction. Members of OYE family include trimethylamine dehydrogenase, 2,4-dienoyl-CoA reductase, enoate reductase, pentaerythriol tetranitrate reductase, xenobiotic reductase, and morphinone reductase.	1.24636e-135
CP029329.1|AWK51499.1|2453290_2453623_+|XRE-family-transcriptional-regulator	gnl|CDD|197775	smart00530, HTH_XRE, Helix-turn-helix XRE-family like proteins.	6.99549e-11
CP029329.1|AWK51507.1|2464293_2465232_+|GTPase	gnl|CDD|274870	TIGR03943, TIGR03943, TIGR03943 family protein. Members of this occur in gene pairs with members of pfam03773. The N-terminal region contains several predicted transmembrane helix regions while the few invariant residues (G, CxxD, and W) occur in the C-terminal region.	1.26615e-14
CP029329.1|AWK51511.1|2468540_2471480_+|diguanylate-cyclase	gnl|CDD|236645	PRK10060, PRK10060, cyclic di-GMP phosphodiesterase.	3.03257e-112
CP029329.1|AWK51514.1|2474121_2474355_+|hemerythrin	gnl|CDD|226759	COG4309, COG4309, Uncharacterized conserved protein [Function unknown].	1.78553e-32
CP029329.1|AWK51503.1|2456520_2459481_+|diguanylate-cyclase	gnl|CDD|236645	PRK10060, PRK10060, cyclic di-GMP phosphodiesterase.	8.44833e-109
CP029329.1|AWK51506.1|2463027_2464182_+|cobalamin-biosynthesis-protein-CobW	gnl|CDD|349766	cd03112, CobW-like, cobalamin synthesis protein CobW. The function of this protein family is unknown. The amino acid sequence of YjiA protein in E. coli contains several conserved motifs that characterize it as a P-loop GTPase. YijA gene is among the genes significantly induced in response to DNA-damage caused by mitomycin. YijA gene is a homologue of the CobW gene which encodes the cobalamin synthesis protein/P47K.	2.31667e-51
CP029329.1|AWK51501.1|2454281_2455259_+|gfo/Idh/MocA-family-oxidoreductase	gnl|CDD|223745	COG0673, MviM, Predicted dehydrogenases and related proteins [General function prediction only].	5.25095e-63
CP029329.1|AWK51510.1|2467559_2468279_+|DUF434-domain-containing-protein	gnl|CDD|375907	pfam18481, DUF5616, Domain of unknown function (DUF5616). This domain is found in a number of prokaryotic proteins. It is mostly found fused with the N-terminal domain pfam04256. This C-terminal domain is suggested to be a PIN like domain.	8.6769e-65
CP029329.1|AWK51516.1|2474837_2475227_+|zinc-ribbon-domain-containing-protein	gnl|CDD|379915	pfam17032, zinc_ribbon_15, zinc-ribbon family. This zinc-ribbon region is found on a set of largely microsporidia-specific proteins.	1.87911e-14
CP029329.1|AWK51504.1|2459526_2460783_+|UV-DNA-damage-repair-endonuclease-UvsE	gnl|CDD|235029	PRK02308, uvsE, putative UV damage endonuclease; Provisional.	2.51039e-117
CP029329.1|AWK51502.1|2455468_2455804_-|rubredoxin	gnl|CDD|238371	cd00729, rubredoxin_SM, Rubredoxin, Small Modular nonheme iron binding domain containing a [Fe(SCys)4] center, present in rubrerythrin and nigerythrin and detected either N- or C-terminal to such proteins as flavin reductase, NAD(P)H-nitrite reductase, and ferredoxin-thioredoxin reductase. In rubredoxin, the iron atom is coordinated by four cysteine residues (Fe(S-Cys)4), and believed to be involved in electron transfer. Rubrerythrins and nigerythrins are small homodimeric proteins, generally consisting of 2 domains: a rubredoxin domain C-terminal to a non-sulfur, oxo-bridged diiron site in the N-terminal rubrerythrin domain. Rubrerythrins and nigerythrins have putative peroxide activity.	1.12632e-10
CP029329.1|AWK51515.1|2474373_2474562_+|ferredoxin	gnl|CDD|224064	COG1141, Fer, Ferredoxin [Energy production and conversion].	7.76035e-15

Protein sequences

>CP029329.1|AWK51507.1|2464293_2465232_+|GTPase
MTHIPVFLITGFLEGGKSTFVKEIFNDSEFAEGENITLIVCENGIEEFEENFLKENNVTIVHCNSKEEFTDSFLIECNKEHKPTKVIIEYNGMWEYDIVDKMEFPEGWEIAQVITPIDASTFEGYMNNMKSLLIEQFKDSDLIIFNRCNEKTNKLKYRNSVKAINASASLIFELENGEIDEAPLELPFDINADIIEFEDYDFGVWYLDVTESPEKYEGKSIKMKGIANTNPKYPKNIFAFGRNAMTCCEDDISFLGLLCQSKEPIKIDGKVWIEIEGVIHNKFIEQEQREIPFIAVKKYKSIDKIEDELVYF
>CP029329.1|AWK51506.1|2463027_2464182_+|cobalamin-biosynthesis-protein-CobW
MTKIDIISGFLGAGKTTLIKKLIEEAFVGEKLMLIENEFGEIGIDGGFLNNSGVEITEMNSGCICCSLVGDFGNALKEALSKYSPERIIIEPSGVGKLSDVIKAVKDIEHDVDIKLNSFVAVVDAMKCKMYMDNFGEFFNNQIESANTIILSRSQKLSEEKLELCVAQIREHNSKANIITTNWDEIHGKQILLAMEKENSLEKELLFEEKKHHNHDEECCEHNHEHYHHDHECFCGHDHESEHHNHDEEHYGHDHEHHHHDHECCCGHDHEHEQHHDEECSCGHNHNHEHHHADEVFASWGMETPKKYSKVEINDILKTLSETSEYGVILRAKGIIPCSEGGWINFDLVPGEYEVRVGVADYTGRLCVIGTNLNKNKIEELFHI
>CP029329.1|AWK51505.1|2460938_2462501_+|hypothetical-protein
MPNIFDGLRKISDDDLIQQIALLETINMTNISKPIAQKAKKKTISIINFFGSKLGKNHIIEESEVKEIWTLIDEKKDELKNCTRPELDEKLLNILMERFENDIEDPTEDEISVEIIEEVAKLYKLHKNLTPGQKADNIYLKYCEKLKGKAKEYLNEHQLIELKEATESIEDILLNMDEEQRKNFEHSVDVEKLSLLNAWKKMNRQLFARLIWLSVKAYGGSFTPKKEILPSFMGNKKDVEIINKEEHLKESQEILLKLKNKIELCKEKIESIENSLQEKNRLLNNAIKNKSQAEEGIINAKKMNGKLEEVKKSQEDELKELKEKIENATLQELESLMEEFKKVKFDSIDINNKISDINMDITYRNELIKEATLEIASNEKTIGDIGSEFQQFKMEANNLLKAYNEKKEEVNKKEEEKRNEIFERWIKFFDKFTFEFKNLNHVANFTIEELLHVEECLYELHFTKDPIALSMGLIDDKGNKKEEYEYIDVSFSDEFEIEIQYKVSDNEEKNVHIVEITTEL
>CP029329.1|AWK51504.1|2459526_2460783_+|UV-DNA-damage-repair-endonuclease-UvsE
MSIGYACLTIGVLNTNLKSCVLKNINDDKLLDLISNNLNSLENIIDYNIKNNIQLFRISSDLIPFGSSPANKIPWWNIFSERLEQIGMKIKESSMRVSMHPGQYTVLNSPSLDVVHRAMEDLKYHTKVLDSLRVGSEHKIILHIGGIYNDKKQAIDRFINNYNDLEESVKQRLVIENDDKSYNIKDVLEIGIKLNIPVIFDNLHNYINSSKEEKNQIDWINECKKTWRPKDGNQKIHYSEQNILKKTGSHSNSIKSDQFISFYECLGRNDIDIMLEVKDKNLSAVKCINCTSKHKDIKALELEWSKYKYKVLESSPNDYEKIRNLLKDKNNYPVMEFYKLIENAMDEEITTGNAINAALHIWGYFKKTASDKEKTSFMKSIDEYKNENATISRIKNSLWKMAVKYEEQYLLNSYYFML
>CP029329.1|AWK51503.1|2456520_2459481_+|diguanylate-cyclase
MKLNFRSKLFLYFVAIILFTSIPVALITYNYMYDSLKNDLYANTKAQMEQIDNTISNNIKQIKEDISFISISADIKKADQSISALFNIPNIETNGKYSKQIPGIESTIYNQLEAYGTTHPQTTYAYLGTKWGGYTRWPDGISSSKFDPRKRPWYSLALDNPNQPIITEPYVSAVDTSKILITVSNAVKNESGEIVGAAGIDVSLEKLSDIMRDIKIGDTGYIFLFLKDGTIVAHPNTNLNFKNISELNELSDTSTETDYFSKIPFGNYNKFIDEENGYFESVINGAPVLVDVYTSPYTGWKMASIIQKSELMDRASKIGYLITIITFCILIVAIVITIIVTKKLTKPITELTPLMNAAGNGNLEVQSNINSNDEFGELGNSFNLMIGNLRENYEELTAVYEELLATEEEIQAQYDELQISDEALRNSEERYRIALDGCNDSIWQWDLVTGNFFISDKLYDITGYKLNNNVNFTKLITEIIHQDDIDIVKKDFENHINNITPIYKSEFRAKISDGSYVWLLSRGKALRNSENKAIKIAGSITDISETKISENKIKFMAYYDALTKLPNRTFFIDKLNEQLELVCSKNVKGAVFFIDLDNFKNINDTMGHDYGDKLLIYLAKQFESLIDKKDTICRLGGDEFILLHPYVKESEVESYAKRFLDLFNKVLKIDNRQMYITASIGVALYPKDGTDTNTILKNADSAMYKAKELGKNRFTLFNPEMYLKLKRKTCIERILRTVIENNELSINYHPQFDAQSNEIFGFEALLRLNSKELGLISPLEFIPIAEECGYITILSRWVLNEACTQSVKWLDAGYKFKSISINISSMDIQQSDFLENIKDILKNTSIDPNIVELEITETVLMRSLDSNINILKKLMGMGIRIALDDFGTGYSSLNYLRAIPITTLKIDKSFIDNITSNKKEESIINNIIQMAHSLDLKVVAEGVETKEQLSILKERSCDYIQGYYFSKPLQDSEIEKLLVRNNNKTK
>CP029329.1|AWK51502.1|2455468_2455804_-|rubredoxin
MKKLFKCTVCGFISEGEEAPEKCPKCLMGKEKFIELSSEDANKIYQSDRTNDIHMEIIALADKIAKLSIEGIKINLDPNCVGAFEKAKNEVWTIKQRSKAELAGHMTNGKW
>CP029329.1|AWK51501.1|2454281_2455259_+|gfo/Idh/MocA-family-oxidoreductase
MNKMKMAILGAGSIARQMAFTISKMENVDTYAVAAREFERAEKFAKEFGFEKAYGSYEEMLNDENVDLVYIATPHSHHYEHSIMCLNHGKHVLCEKAFTANAKQAEEVLKLAESKKLLITEAIWTRYMPMAKTLNEVIESGIIGEVTSLNTNLGYIIKDIPRMIEPKLAGGALLDLGVYTINFASMIFGDKIKSISSTAIKTQSGVDAQNSITLCYEDGKMAILNSTMLAVTDRQGVINGDKGYIVVENINNYEKIRVFSLDREEIAVYDRPKQISGYEYEVEAAIKAIQNKEIECPQMPHKETLRIMKLMDSLRHEWGVYYPFE
>CP029329.1|AWK51500.1|2453824_2454010_+|hypothetical-protein
MNRETNEHLDKEELEKHICELREVLNEICATAEDAEGLKQRLIVSQRMDRLIVQYMNKYNI
>CP029329.1|AWK51499.1|2453290_2453623_+|XRE-family-transcriptional-regulator
MKSGVNYREVGDRIRAEREQFGISREKFAEILSLSPFFVGQIERGERKMSISTLINVSECLHISIDYLIFGEVHKKEEYNSLLSLIGKCSSEEARIIEEIIKTILPHITK
>CP029329.1|AWK51498.1|2451998_2452994_+|ornithine-carbamoyltransferase
MALNLRGRSFLKLLDFTPEEIRYLLDLSKELKTLKRTGVPHDRLRGKNIVLLFEKTSTRTRCAFEVAGSDLGLGVTYLDSAGSQMGKKESVADTARVLGRMYDGIEYRGFSQETVEELAKYAGVPVWNGLTDEFHPTQMIADLLTIEEKLGRLKGVNFVYMGDARNNMGNSLMVACAKMGLNFTACAPKELFPAEELVAECKEIAKVSGATIALTEDVKAGTKNADVIYTDVWVSMGEPDEVWESRLKLLSPYQVNKSVMDNANKEAIFMHCLPAYHDLKTKVGKDVGEKFGLTEIEVTDEVFEGKQSVVFDEAENRMHSIKAIILGTLGV
>CP029329.1|AWK51508.1|2465586_2466624_+|hypothetical-protein
MKSELISIVAIIILILINAYFVALEFAIVQIRASKIDTLIQDGNKKAIKCKTVKDNLNSYLSSTQLGITVVGLLLGWLGEPTVSKIIEPILDMITSNDNVKHSISLIFSFGLITLLEVVFGELIPKAIALSETEKCNLALDSSLVMFHKLTYPITITFDKLTELCLKPFGINPVNETQEIYTKSELEMLVDQSIEDKADKMLLANAFQFSDCKAKDIMIHRKKMVCIDVNATQEQVLNIITINGYTRYPIIDKEKDNIVGFIHVRDIYRNVVSDNKLDLKSCIREVSSFTETMHIRNIFKQLKDKREQFAIVVDEYGGTSGLLTLEDIIEELVGDIQDEFDNEII
>CP029329.1|AWK51509.1|2466821_2467214_+|hypothetical-protein
MKKSIITDDNGVMEKPSNSSIKKNVKELEKSLGINTKPKNLPGYFILGGWLCVISSIQPIIIVGLILAAIALILSFRNSYKNAYKWNKAITLYFINDIEKAKTLLDKLSSDEKEGQAYKTMLKLLNDKKF
>CP029329.1|AWK51510.1|2467559_2468279_+|DUF434-domain-containing-protein
MSKIVKRGYLHSDEKEFSNESVEKLHKAGRDLYYLINHGYKIKSASVFVSNHYLLSERQRLALVRAVSSEKSIIIRKDKEVKDNLEGSIVNIDGFNTIISLEVALSDSLLLKCMDGTIRDLAGLRGTYRIIDKTQLAIILIGEILEKNKVGKVIFYLDAPVSNSGKLKELILELLNEFSFNVQVENINNVDTILEKLDNVITSDAIILDKCKSWINLNKKIIESNMHNYSYIDFSLLTN
>CP029329.1|AWK51511.1|2468540_2471480_+|diguanylate-cyclase
MKLTFRLKLFLYFVAIILFTSIPIALITYNYIYNSQKKDLFSNTQAQMEQIDNNFSNMMKQIKGDTRSLADSADIKKADQSISALFNMPNSETNKKYSSQIPGIESTIYSHFKAYGTNHIETSHVCFGTKWGGYIQWPDGVTITNFDPRIKTWYTQALENPDMVAISAPYESFDETNNVIISASSTIKDTSEDIVGVIGIDVSLDKLSEMIRDIKIGDTGYVFLYLKDGTMLAHPNADLNFKNILQLNTLGYTLAQTNDRINHTFEDYNKFTDENNGSFETVINGSPVLVNIYTSKYTGWKMASVIQKSELISKSNQIGYLIILIAIGALLFVIVLTLIITKKLTKPITELTPLMHAAGNGDFAVKANINTNDEFGELGESFNLMIGKLNSSYEELSSLHEELLATEEELRVQYEELLHNEEAIRNSDERYRLALECANDSIWEWDLITGEFFASDKLVDITGYKLNNNRNVINLVNNLIHPDDVARAKEDYKNHINKITDVYNSEYRIKTSNGSYVWILSRGKVLRDSEDNAIKLAGSISDISNRKISEDRIKFMAFYDSLTKLPNRTLFMKKLNDQLELGYSKNAEGAVFFIDLDNFKNINDTMGHDYGDKLLVHLAKQFKSLIHEKDTICRLGGDEFIILHPYAKESELEHYAKGFLDLFNKTLNINNKQMYITASIGAALYPKDGTDTNTILKNADSAMYKAKELGKNRFVLFDPEMYLKLERKTCIERILRSAIENNELSINYQPQYDAQKNEIFGFEALLRLNSKELGFISPLEFISVAEECGYITKISRWVINESCKQTVKWLNRGYKFKSMSINISSVDIQQSDFLEGIKDILNSTGINPNIIELEITETVLMQSLDSSINILEKLMDMGIRIALDDFGTGYSSLNYLGRIPISTLKIDKSFIDNITSSKKKESMINNIIQMAHSMDLKVVAEGVETKEQLSILKDRDCNYIQGYYFSKPLPESEIEKLLA
>CP029329.1|AWK51512.1|2471764_2472772_+|NADH-oxidase
MSYLNKKLKNSKLELKNRLVMPPMATAKSEEDGSINKSILDYYDEKSNGGYISLIIIEHSYITKQGKANPNQLSIAEDRLVDDLKGLSDIIHKNGSKAVMQINHAGSATSEANTGLQIVGPSAIENPSKNTGEIPKELTKNDIEVIVRGFKEAALRVKNAGFDGVEIHSAHGYLLSQFISPLTNKRTDEYGGDINGRIKIHLEIIKEVREAVGEDFPILLRLGASDYMEGGLTIEDSTLASIEFEKAGVDMLDISGGLCRFSIPGVNEPGYFAPLSKAIKEKVKIPVIVAGGITDVEVAEKILSEEKADLIGVARAILKDSNWAKNAMESLDTQV
>CP029329.1|AWK51513.1|2473089_2473917_+|ATP-dependent-sacrificial-sulfur-transferase-LarE
MLLQEKYQLLKDIIKKKESAVIAFSGGVDSTFLIRVAKEVLGDKLIAVTATSSTYPERELNEAIKYAEDIKVKHIIISSEELEIEGFAMNPKNRCYFCKKELYTKINNVAIENGMNSVFDGSNIDDTGDYRPGIQAAKELDVISPLIEAGLTKKDIRELSKELELPTWNKPSFACLSSRFPYGNKITLSKLTMVDKAEQILLDMGITQVRVRHHGEIARIEVEPSEREKFFDIEIMNRIGNELKKIGFTYVTLDMLGYRTGSMNETLSEDDKINA
>CP029329.1|AWK51514.1|2474121_2474355_+|hemerythrin
MLNFAVSVDVRIYEPRDKHPAIFKAFEGLGSGEIMELINDHDPRPLHYQFIMELPEQFEWEYLEQGPEVWRVAITKK
>CP029329.1|AWK51515.1|2474373_2474562_+|ferredoxin
MKGFVDKDTCVGCGVCTAICPEIFKMGDDGIAEASEDEISDNLIESAKDAQEQCPVSAITVE
>CP029329.1|AWK51516.1|2474837_2475227_+|zinc-ribbon-domain-containing-protein
MFFIGIFGIENKDKEIKSLNNISCKKCNMTVTGNLIKNFDFFHFFFIPIFKWNEKYYVVCDKCKSVYIIPKDKGKAIEHGENIEISYWDVQEAYTDGYSNNYYDENKCKNCGAKVDSKFKYCPHCGAKI
>CP029329.1|AWK51517.1|2475360_2476410_-|galactose-ABC-transporter-substrate-binding-protein
MKLLKRTILIMITFMIITTLICTIQNNFYINSISAIGNPPRVGVLLFNFNNPYMSLVKQNLENIEKENPDKIRFSFYDSKDNQSVQTATIGNLVNDNIDLLLVNLVDTKQSTVSEIIGKANEKNVPLIFFNIDLPIDVKTNYKKVFVVATESEKGGILQGKILLNLWNTDKQAIDKNNDNILQYIMLQGKSNNESAILRTLYSISTLNDNGVKTEELALKICNWDQDCAKSAINSLFLKYDGKIEAIISNNDAMAVGAIDALQSYGYNKGDKTKTIPVVGVDAIPEAKDLINKGFMAGTVGQDSNELANALYSIGLNLIYNRDPLEGTNYKSEKEGLIKLPYYEYIPST

Crispr_ID: CP029329_8

• CRISPR_ID: CP029329_8
• CRISPR_location: 3245095-3247934
• CRISPR_type: TypeI
• Repeat_type: I-C
• Spacer_info: 42 spacers
• Cas_protein_info: cas2,cas1,cas4,cas7b,cas8c,cas5,cas3

Consensus repeat of CP029329_8

Consensus_repeat	Method
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	PILER-CR
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CRISPRCasFinder
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CRT

spacers of CP029329_8

>8.1|3245127|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
GTATTTGGATTGGTTTTTTATGGTTTGTTCTTAA
>8.2|3245193|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
AGCAACTATATTTGTGCCTATTTCAGCCATTTTA
>8.3|3245259|36|CP029329|PILER-CR,CRISPRCasFinder,CRT
GTTATCAGATAGTTTTAAAAGATTGGGGTATGATAA
>8.4|3245327|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
TAAGTTTTCAAGATTTTCCTATCGAGATATTAGGA
>8.5|3245394|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
TCTTCATCTTAAGCCTTCTCCCTTGGTCTATTTG
>8.6|3245460|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
ACATTCTGTTAGTCCATTCTTTACCTCTCATTGGA
>8.7|3245527|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
GATGTAATTGGTATATTAGGATCTATTGCATTACA
>8.8|3245594|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
TGAAAATATAACTAAAGAGGTGATTTAATATGTAT
>8.9|3245661|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
CAGAATATACAAGTATAGAGGATTTAACAAGTATT
>8.10|3245728|36|CP029329|PILER-CR,CRISPRCasFinder,CRT
ATTCCTATTATTGTTGGTGGTGCTGTTCTTACGGAA
>8.11|3245796|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
AATCTTGAGACAATATTTGTAATAACTTTGAAAT
>8.12|3245862|37|CP029329|PILER-CR,CRISPRCasFinder,CRT
GATAGAAATGAATACTAAAAAATTAATCGAACTAAGA
>8.13|3245931|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
AATCGGAAAGGCTAAGGGGTTAGACAAATAATAT
>8.14|3245997|36|CP029329|PILER-CR,CRISPRCasFinder,CRT
CTTCCAATAGTTCCTGTAATTCCAATCCCATTTGCA
>8.15|3246065|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
GAAATTTCAATTCTTGTTCCTCAAATTTAGATTTA
>8.16|3246132|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
ATCAGCATTGATTAACATTTTTATATATCCATTA
>8.17|3246198|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
TTGCACGTTTACCGCTTTCGATTTGGCTTATTGTA
>8.18|3246265|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
CAATACCAAGCGGGAGCGATGGGGCTTAATCTACA
>8.19|3246332|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
TTTTTGCAACTGTTGTTAGTACTTTTGTTGCAGT
>8.20|3246398|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
TAAAAGATGAAAGAATTAAAAGTGGTTTAACACAA
>8.21|3246465|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
GAAGATAACCGCAAGCATCTTTACCATTATTTTTA
>8.22|3246532|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
AATAAAGGAGTTAAGAGCAATGTCGTTAAAAGAT
>8.23|3246598|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
GTTTTATTATGGATATGGATTATTCATTTATTATT
>8.24|3246665|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
AATTTCCTGGTAATCTTGATATTTTAAAATCTTTA
>8.25|3246732|33|CP029329|PILER-CR,CRISPRCasFinder,CRT
GTAAAAAATCCATTAAATCCAAAATACCACCAG
>8.26|3246797|36|CP029329|PILER-CR,CRISPRCasFinder,CRT
CAAGTAAATTATAACAAGCAAATTATTACTTGTAAA
>8.27|3246865|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
TAACAGTATTGTTTAATAAGTAATGGAGATTACA
>8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
GGAGCAACAAAAAGCAAACGATACAGATACCAATA
>8.29|3246998|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
CAAATTAAGTGAAGATAACATTCCAGTTAATGAA
>8.30|3247064|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
TGGAAAGAGATATGGAAGTACCTAATGCTAATCCT
>8.31|3247131|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
TTGTTTATTTTACAGTAAAAACAAAAAGATTATTA
>8.32|3247198|36|CP029329|PILER-CR,CRISPRCasFinder,CRT
TACTTTTGTTGCAGTTGAATTATCGTTTTTGTCTTG
>8.33|3247266|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
ATGTTAGATAAATATATAGCAAGTATGTCTTTGAT
>8.34|3247333|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
ATGGGAATTATGATAGGTGTTTCTTTAATACCAA
>8.35|3247399|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
CAGTAGAATCCAACATAACACCACCGGCAACAAGA
>8.36|3247466|36|CP029329|PILER-CR,CRISPRCasFinder,CRT
AATCCTTACCTTGAAAATAAAATTTACGCATAGTTT
>8.37|3247534|36|CP029329|PILER-CR,CRISPRCasFinder,CRT
GCAATATATTTACAAACATAACCATCATTAACAGTA
>8.38|3247602|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
ATTTCCTGGTAATCTTGATATTTTAAAATCTTTA
>8.39|3247668|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
AGGTTTTATTGTGGGTTATTTATCTAATGTTAAAA
>8.40|3247735|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
TTTAGATATTCTTACTCGTGATACTGTTAGTTTTA
>8.41|3247802|35|CP029329|PILER-CR,CRISPRCasFinder,CRT
CTAAAGATATTCAATTAAAAAGTAAATATGATTTT
>8.42|3247869|34|CP029329|PILER-CR,CRISPRCasFinder,CRT
GGGCAACACCACACCAAGTATTAAGATATTAAGT

CRISPR arrays and Neighbor proteins around CP029329_8

CRISPR arrays

The CRISPR arrays of CP029329_8

>merge|CP029329|8|3245095-3247934|PILER-CR,CRISPRCasFinder,CRT
ATTTCAATCCACGCACCCGTGAAGGATGCGACGTATTTGGATTGGTTTTTTATGGTTTGTTCTTAAATTTCAATCCACGCACCCGTGAAGGATGCGACAGCAACTATATTTGTGCCTATTTCAGCCATTTTAATTTCAATCCACGCACCCGTGAAGGATGCGACGTTATCAGATAGTTTTAAAAGATTGGGGTATGATAAATTTCAATCCACGCACCCGTGAAGGATGCGACTAAGTTTTCAAGATTTTCCTATCGAGATATTAGGAATTTCAATCCACGCACCCGTGAAGGATGCGACTCTTCATCTTAAGCCTTCTCCCTTGGTCTATTTGATTTCAATCCACGCACCCGTGAAGGATGCGACACATTCTGTTAGTCCATTCTTTACCTCTCATTGGAATTTCAATCCACGCACCCGTGAAGGATGCGACGATGTAATTGGTATATTAGGATCTATTGCATTACAATTTCAATCCACGCACCCGTGAAGGATGCGACTGAAAATATAACTAAAGAGGTGATTTAATATGTATATTTCAATCCACGCACCCGTGAAGGATGCGACCAGAATATACAAGTATAGAGGATTTAACAAGTATTATTTCAATCCACGCACCCGTGAAGGATGCGACATTCCTATTATTGTTGGTGGTGCTGTTCTTACGGAAATTTCAATCCACGCACCCGTGAAGGATGCGACAATCTTGAGACAATATTTGTAATAACTTTGAAATATTTCAATCCACGCACCCGTGAAGGATGCGACGATAGAAATGAATACTAAAAAATTAATCGAACTAAGAATTTCAATCCACGCACCCGTGAAGGATGCGACAATCGGAAAGGCTAAGGGGTTAGACAAATAATATATTTCAATCCACGCACCCGTGAAGGATGCGACCTTCCAATAGTTCCTGTAATTCCAATCCCATTTGCAATTTCAATCCACGCACCCGTGAAGGATGCGACGAAATTTCAATTCTTGTTCCTCAAATTTAGATTTAATTTCAATCCACGCACCCGTGAAGGATGCGACATCAGCATTGATTAACATTTTTATATATCCATTAATTTCAATCCACGCACCCGTGAAGGATGCGACTTGCACGTTTACCGCTTTCGATTTGGCTTATTGTAATTTCAATCCACGCACCCGTGAAGGATGCGACCAATACCAAGCGGGAGCGATGGGGCTTAATCTACAATTTCAATCCACGCACCCGTGAAGGATGCGACTTTTTGCAACTGTTGTTAGTACTTTTGTTGCAGTATTTCAATCCACGCACCCGTGAAGGATGCGACTAAAAGATGAAAGAATTAAAAGTGGTTTAACACAAATTTCAATCCACGCACCCGTGAAGGATGCGACGAAGATAACCGCAAGCATCTTTACCATTATTTTTAATTTCAATCCACGCACCCGTGAAGGATGCGACAATAAAGGAGTTAAGAGCAATGTCGTTAAAAGATATTTCAATCCACGCACCCGTGAAGGATGCGACGTTTTATTATGGATATGGATTATTCATTTATTATTATTTCAATCCACGCACCCGTGAAGGATGCGACAATTTCCTGGTAATCTTGATATTTTAAAATCTTTAATTTCAATCCACGCACCCGTGAAGGATGCGACGTAAAAAATCCATTAAATCCAAAATACCACCAGATTTCAATCCACGCACCCGTGAAGGATGCGACCAAGTAAATTATAACAAGCAAATTATTACTTGTAAAATTTCAATCCACGCACCCGTGAAGGATGCGACTAACAGTATTGTTTAATAAGTAATGGAGATTACAATTTCAATCCACGCACCCGTGAAGGATGCGACGGAGCAACAAAAAGCAAACGATACAGATACCAATAATTTCAATCCACGCACCCGTGAAGGATGCGACCAAATTAAGTGAAGATAACATTCCAGTTAATGAAATTTCAATCCACGCACCCGTGAAGGATGCGACTGGAAAGAGATATGGAAGTACCTAATGCTAATCCTATTTCAATCCACGCACCCGTGAAGGATGCGACTTGTTTATTTTACAGTAAAAACAAAAAGATTATTAATTTCAATCCACGCACCCGTGAAGGATGCGACTACTTTTGTTGCAGTTGAATTATCGTTTTTGTCTTGATTTCAATCCACGCACCCGTGAAGGATGCGACATGTTAGATAAATATATAGCAAGTATGTCTTTGATATTTCAATCCACGCACCCGTGAAGGATGCGACATGGGAATTATGATAGGTGTTTCTTTAATACCAAATTTCAATCCACGCACCCGTGAAGGATGCGACCAGTAGAATCCAACATAACACCACCGGCAACAAGAATTTCAATCCACGCACCCGTGAAGGATGCGACAATCCTTACCTTGAAAATAAAATTTACGCATAGTTTATTTCAATCCACGCACCCGTGAAGGATGCGACGCAATATATTTACAAACATAACCATCATTAACAGTAATTTCAATCCACGCACCCGTGAAGGATGCGACATTTCCTGGTAATCTTGATATTTTAAAATCTTTAATTTCAATCCACGCACCCGTGAAGGATGCGACAGGTTTTATTGTGGGTTATTTATCTAATGTTAAAAATTTCAATCCACGCACCCGTGAAGGATGCGACTTTAGATATTCTTACTCGTGATACTGTTAGTTTTAATTTCAATCCACGCACCCGTGAAGGATGCGACCTAAAGATATTCAATTAAAAAGTAAATATGATTTTATTTCAATCCACGCACCCGTGAAGGATGCGACGGGCAACACCACACCAAGTATTAAGATATTAAGTATTTCAATCCACGCACCCGTGAAGGATGCGAC

>CP029329|8|1|3245095-3247934|PILER-CR
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GTATTTGGATTGGTTTTTTATGGTTTGTTCTTAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AGCAACTATATTTGTGCCTATTTCAGCCATTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GTTATCAGATAGTTTTAAAAGATTGGGGTATGATAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TAAGTTTTCAAGATTTTCCTATCGAGATATTAGGA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TCTTCATCTTAAGCCTTCTCCCTTGGTCTATTTG
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ACATTCTGTTAGTCCATTCTTTACCTCTCATTGGA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GATGTAATTGGTATATTAGGATCTATTGCATTACA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TGAAAATATAACTAAAGAGGTGATTTAATATGTAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAGAATATACAAGTATAGAGGATTTAACAAGTATT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATTCCTATTATTGTTGGTGGTGCTGTTCTTACGGAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATCTTGAGACAATATTTGTAATAACTTTGAAAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GATAGAAATGAATACTAAAAAATTAATCGAACTAAGA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATCGGAAAGGCTAAGGGGTTAGACAAATAATAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CTTCCAATAGTTCCTGTAATTCCAATCCCATTTGCA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GAAATTTCAATTCTTGTTCCTCAAATTTAGATTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATCAGCATTGATTAACATTTTTATATATCCATTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TTGCACGTTTACCGCTTTCGATTTGGCTTATTGTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAATACCAAGCGGGAGCGATGGGGCTTAATCTACA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TTTTTGCAACTGTTGTTAGTACTTTTGTTGCAGT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TAAAAGATGAAAGAATTAAAAGTGGTTTAACACAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GAAGATAACCGCAAGCATCTTTACCATTATTTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATAAAGGAGTTAAGAGCAATGTCGTTAAAAGAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GTTTTATTATGGATATGGATTATTCATTTATTATT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATTTCCTGGTAATCTTGATATTTTAAAATCTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GTAAAAAATCCATTAAATCCAAAATACCACCAG
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAAGTAAATTATAACAAGCAAATTATTACTTGTAAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TAACAGTATTGTTTAATAAGTAATGGAGATTACA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GGAGCAACAAAAAGCAAACGATACAGATACCAATA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAAATTAAGTGAAGATAACATTCCAGTTAATGAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TGGAAAGAGATATGGAAGTACCTAATGCTAATCCT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TTGTTTATTTTACAGTAAAAACAAAAAGATTATTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TACTTTTGTTGCAGTTGAATTATCGTTTTTGTCTTG
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATGTTAGATAAATATATAGCAAGTATGTCTTTGAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATGGGAATTATGATAGGTGTTTCTTTAATACCAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAGTAGAATCCAACATAACACCACCGGCAACAAGA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATCCTTACCTTGAAAATAAAATTTACGCATAGTTT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GCAATATATTTACAAACATAACCATCATTAACAGTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATTTCCTGGTAATCTTGATATTTTAAAATCTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AGGTTTTATTGTGGGTTATTTATCTAATGTTAAAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TTTAGATATTCTTACTCGTGATACTGTTAGTTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CTAAAGATATTCAATTAAAAAGTAAATATGATTTT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GGGCAACACCACACCAAGTATTAAGATATTAAGT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC

>CP029329|8|8|3245095-3247934|CRISPRCasFinder
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GTATTTGGATTGGTTTTTTATGGTTTGTTCTTAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AGCAACTATATTTGTGCCTATTTCAGCCATTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GTTATCAGATAGTTTTAAAAGATTGGGGTATGATAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TAAGTTTTCAAGATTTTCCTATCGAGATATTAGGA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TCTTCATCTTAAGCCTTCTCCCTTGGTCTATTTG
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ACATTCTGTTAGTCCATTCTTTACCTCTCATTGGA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GATGTAATTGGTATATTAGGATCTATTGCATTACA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TGAAAATATAACTAAAGAGGTGATTTAATATGTAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAGAATATACAAGTATAGAGGATTTAACAAGTATT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATTCCTATTATTGTTGGTGGTGCTGTTCTTACGGAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATCTTGAGACAATATTTGTAATAACTTTGAAAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GATAGAAATGAATACTAAAAAATTAATCGAACTAAGA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATCGGAAAGGCTAAGGGGTTAGACAAATAATAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CTTCCAATAGTTCCTGTAATTCCAATCCCATTTGCA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GAAATTTCAATTCTTGTTCCTCAAATTTAGATTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATCAGCATTGATTAACATTTTTATATATCCATTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TTGCACGTTTACCGCTTTCGATTTGGCTTATTGTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAATACCAAGCGGGAGCGATGGGGCTTAATCTACA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TTTTTGCAACTGTTGTTAGTACTTTTGTTGCAGT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TAAAAGATGAAAGAATTAAAAGTGGTTTAACACAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GAAGATAACCGCAAGCATCTTTACCATTATTTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATAAAGGAGTTAAGAGCAATGTCGTTAAAAGAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GTTTTATTATGGATATGGATTATTCATTTATTATT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATTTCCTGGTAATCTTGATATTTTAAAATCTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GTAAAAAATCCATTAAATCCAAAATACCACCAG
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAAGTAAATTATAACAAGCAAATTATTACTTGTAAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TAACAGTATTGTTTAATAAGTAATGGAGATTACA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GGAGCAACAAAAAGCAAACGATACAGATACCAATA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAAATTAAGTGAAGATAACATTCCAGTTAATGAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TGGAAAGAGATATGGAAGTACCTAATGCTAATCCT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TTGTTTATTTTACAGTAAAAACAAAAAGATTATTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TACTTTTGTTGCAGTTGAATTATCGTTTTTGTCTTG
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATGTTAGATAAATATATAGCAAGTATGTCTTTGAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATGGGAATTATGATAGGTGTTTCTTTAATACCAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAGTAGAATCCAACATAACACCACCGGCAACAAGA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATCCTTACCTTGAAAATAAAATTTACGCATAGTTT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GCAATATATTTACAAACATAACCATCATTAACAGTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATTTCCTGGTAATCTTGATATTTTAAAATCTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AGGTTTTATTGTGGGTTATTTATCTAATGTTAAAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TTTAGATATTCTTACTCGTGATACTGTTAGTTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CTAAAGATATTCAATTAAAAAGTAAATATGATTTT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GGGCAACACCACACCAAGTATTAAGATATTAAGT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC

>CP029329|8|1|3245095-3247934|CRT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GTATTTGGATTGGTTTTTTATGGTTTGTTCTTAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AGCAACTATATTTGTGCCTATTTCAGCCATTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GTTATCAGATAGTTTTAAAAGATTGGGGTATGATAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TAAGTTTTCAAGATTTTCCTATCGAGATATTAGGA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TCTTCATCTTAAGCCTTCTCCCTTGGTCTATTTG
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ACATTCTGTTAGTCCATTCTTTACCTCTCATTGGA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GATGTAATTGGTATATTAGGATCTATTGCATTACA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TGAAAATATAACTAAAGAGGTGATTTAATATGTAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAGAATATACAAGTATAGAGGATTTAACAAGTATT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATTCCTATTATTGTTGGTGGTGCTGTTCTTACGGAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATCTTGAGACAATATTTGTAATAACTTTGAAAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GATAGAAATGAATACTAAAAAATTAATCGAACTAAGA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATCGGAAAGGCTAAGGGGTTAGACAAATAATAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CTTCCAATAGTTCCTGTAATTCCAATCCCATTTGCA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GAAATTTCAATTCTTGTTCCTCAAATTTAGATTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATCAGCATTGATTAACATTTTTATATATCCATTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TTGCACGTTTACCGCTTTCGATTTGGCTTATTGTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAATACCAAGCGGGAGCGATGGGGCTTAATCTACA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TTTTTGCAACTGTTGTTAGTACTTTTGTTGCAGT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TAAAAGATGAAAGAATTAAAAGTGGTTTAACACAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GAAGATAACCGCAAGCATCTTTACCATTATTTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATAAAGGAGTTAAGAGCAATGTCGTTAAAAGAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GTTTTATTATGGATATGGATTATTCATTTATTATT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATTTCCTGGTAATCTTGATATTTTAAAATCTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GTAAAAAATCCATTAAATCCAAAATACCACCAG
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAAGTAAATTATAACAAGCAAATTATTACTTGTAAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TAACAGTATTGTTTAATAAGTAATGGAGATTACA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GGAGCAACAAAAAGCAAACGATACAGATACCAATA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAAATTAAGTGAAGATAACATTCCAGTTAATGAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TGGAAAGAGATATGGAAGTACCTAATGCTAATCCT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TTGTTTATTTTACAGTAAAAACAAAAAGATTATTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TACTTTTGTTGCAGTTGAATTATCGTTTTTGTCTTG
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATGTTAGATAAATATATAGCAAGTATGTCTTTGAT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATGGGAATTATGATAGGTGTTTCTTTAATACCAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CAGTAGAATCCAACATAACACCACCGGCAACAAGA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AATCCTTACCTTGAAAATAAAATTTACGCATAGTTT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GCAATATATTTACAAACATAACCATCATTAACAGTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	ATTTCCTGGTAATCTTGATATTTTAAAATCTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	AGGTTTTATTGTGGGTTATTTATCTAATGTTAAAA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	TTTAGATATTCTTACTCGTGATACTGTTAGTTTTA
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	CTAAAGATATTCAATTAAAAAGTAAATATGATTTT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC	GGGCAACACCACACCAAGTATTAAGATATTAAGT
ATTTCAATCCACGCACCCGTGAAGGATGCGAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP029329.1|AWK52113.1|3237552_3237819_-|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK52108.1|3231674_3232085_-|universal-stress-protein	unknown	unknown	gnl|CDD|238182
CP029329.1|AWK52116.1|3243509_3245030_+|IS1182-family-transposase	unknown	unknown	gnl|CDD|372705
CP029329.1|AWK52123.1|3253513_3254992_+|ISNCY-family-transposase	unknown	unknown	gnl|CDD|377531
CP029329.1|AWK52117.1|3248111_3248405_-|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	gnl|CDD|187856
CP029329.1|AWK52110.1|3234587_3235328_+|peroxide-stress-protein-YaaA	unknown	unknown	gnl|CDD|377151
CP029329.1|AWK52120.1|3250119_3250989_-|type-I-C-CRISPR-associated-protein-Cas7/Csd2	cas7b	pfam05107_cas7b_CAS-I-B:CAS-I-C	gnl|CDD|377458
CP029329.1|AWK52118.1|3248420_3249452_-|subtype-I-C-CRISPR-associated-endonuclease-Cas1	cas1	cd09721_cas1_CAS-I-C	gnl|CDD|188360
CP029329.1|AWK52115.1|3240828_3242523_-|DDE-transposase	unknown	unknown	gnl|CDD|372705
CP029329.1|AWK52109.1|3232688_3234263_-|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK52114.1|3237849_3239547_-|methyl-accepting-chemotaxis-protein	unknown	unknown	gnl|CDD|223910
CP029329.1|AWK52119.1|3249448_3250123_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|224385
CP029329.1|AWK52112.1|3236995_3237418_+|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK52111.1|3235552_3236629_+|DNA-helicase-UvrC	unknown	unknown	gnl|CDD|223399
CP029329.1|AWK52125.1|3259389_3259590_+|hypothetical-protein	unknown	unknown	gnl|CDD|378969
CP029329.1|AWK52121.1|3250991_3252704_-|type-I-C-CRISPR-associated-protein-Cas8c/Csd1	cas8c	cd09757_cas8c_CAS-I-C	gnl|CDD|378245
CP029329.1|AWK52126.1|3259711_3260410_-|hypothetical-protein	unknown	unknown	gnl|CDD|214397
CP029329.1|AWK52122.1|3252700_3253357_-|type-I-C-CRISPR-associated-protein-Cas5	cas5	cd09752_cas5_CAS-I-C	gnl|CDD|187534
CP029329.1|AWK52107.1|3231330_3231510_+|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK52124.1|3255204_3257379_-|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	gnl|CDD|224124

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP029329.1|AWK52121.1|3250991_3252704_-|type-I-C-CRISPR-associated-protein-Cas8c/Csd1	cas8c	cd09757_cas8c_CAS-I-C	1.3e-149	493.9	0.0
CP029329.1|AWK52122.1|3252700_3253357_-|type-I-C-CRISPR-associated-protein-Cas5	cas5	cd09752_cas5_CAS-I-C	1.5e-80	264.5	0.0
CP029329.1|AWK52117.1|3248111_3248405_-|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	7.1e-29	94.6	0.1
CP029329.1|AWK52118.1|3248420_3249452_-|subtype-I-C-CRISPR-associated-endonuclease-Cas1	cas1	cd09721_cas1_CAS-I-C	5.2e-146	480.7	0.0
CP029329.1|AWK52120.1|3250119_3250989_-|type-I-C-CRISPR-associated-protein-Cas7/Csd2	cas7b	pfam05107_cas7b_CAS-I-B:CAS-I-C	7e-111	364.7	0.2
CP029329.1|AWK52124.1|3255204_3257379_-|CRISPR-associated-helicase/endonuclease-Cas3	cas3	COG1203_cas3_CAS-I	2.7e-69	228.9	17.4
CP029329.1|AWK52119.1|3249448_3250123_-|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	8.1e-35	115.1	0.5

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP029329.1|AWK52121.1|3250991_3252704_-|type-I-C-CRISPR-associated-protein-Cas8c/Csd1	gnl|CDD|378245	pfam09709, Cas_Csd1, CRISPR-associated protein (Cas_Csd1). CRISPR loci appear to be mobile elements with a wide host range. This entry represents proteins that tend to be found near CRISPR repeats. The species range, so far, is exclusively bacterial and mesophilic, although CRISPR loci are particularly common among the archaea and thermophilic bacteria. Clusters of short DNA repeats with nonhomologous spacers, which are found at regular intervals in the genomes of phylogenetically distinct prokaryotic species, comprise a family with recognisable features. This family is known as CRISPR (short for Clustered, Regularly Interspaced Short Palindromic Repeats). A number of protein families appear only in association with these repeats and are designated Cas (CRISPR-Associated) proteins.	0
CP029329.1|AWK52108.1|3231674_3232085_-|universal-stress-protein	gnl|CDD|238182	cd00293, USP_Like, Usp: Universal stress protein family. The universal stress protein Usp is a small cytoplasmic bacterial protein whose expression is enhanced when the cell is exposed to stress agents. Usp enhances the rate of cell survival during prolonged exposure to such conditions, and may provide a general "stress endurance" activity. The crystal structure of Haemophilus influenzae Usp reveals an alpha/beta fold similar to that of the Methanococcus jannaschii MJ0577 protein, which binds ATP, athough Usp lacks ATP-binding activity.	3.53239e-14
CP029329.1|AWK52122.1|3252700_3253357_-|type-I-C-CRISPR-associated-protein-Cas5	gnl|CDD|187534	cd09752, Cas5_I-C, CRISPR/Cas system-associated RAMP superfamily protein Cas5. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas5 is a RAMP superfamily protein; Subunit of the Cascade complex; in subtype I-C this protein might be the endoribonuclease that generates crRNAs; also known as DevS family.	4.82965e-101
CP029329.1|AWK52117.1|3248111_3248405_-|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	1.63391e-31
CP029329.1|AWK52116.1|3243509_3245030_+|IS1182-family-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.	1.79972e-18
CP029329.1|AWK52118.1|3248420_3249452_-|subtype-I-C-CRISPR-associated-endonuclease-Cas1	gnl|CDD|188360	TIGR03640, cas1_DVULG, CRISPR-associated endonuclease Cas1, subtype I-C/DVULG. The CRISPR-associated protein Cas1 is virtually universal to CRISPR systems. CRISPR, an acronym for Clustered Regularly Interspaced Short Palindromic Repeats, is prokaryotic immunity system for foreign DNA, mostly from phage. CRISPR systems belong to different subtypes, distinguished by both nature of the repeats, the makeup of the cohort of associated Cas proteins, and by molecular phylogeny within the more universal Cas proteins such as this one. This model is of type EXCEPTION and provides more specific information than the EQUIVALOG model TIGR00287. It describes the Cas1 protein particular to the DVULG subtype of CRISPR/Cas system.	0
CP029329.1|AWK52115.1|3240828_3242523_-|DDE-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.	4.29633e-14
CP029329.1|AWK52120.1|3250119_3250989_-|type-I-C-CRISPR-associated-protein-Cas7/Csd2	gnl|CDD|377458	pfam05107, Cas_Cas7, CRISPR-associated protein Cas7. CRISPR-associated protein Cas7 is one of the components of the type I-B cascade-like antiviral defense complex. In Haloferax volcanii, Cas5, Cas6 and Cas7 form a small complex that aids the stability of CRISPR-derived RNA.	2.50197e-149
CP029329.1|AWK52114.1|3237849_3239547_-|methyl-accepting-chemotaxis-protein	gnl|CDD|223910	COG0840, Tar, Methyl-accepting chemotaxis protein [Cell motility and secretion / Signal transduction mechanisms].	7.63375e-43
CP029329.1|AWK52119.1|3249448_3250123_-|CRISPR-associated-protein-Cas4	gnl|CDD|224385	COG1468, COG1468, CRISPR-associated protein Cas4 (RecB family exonuclease) [Defense mechanisms].	7.79381e-29
CP029329.1|AWK52123.1|3253513_3254992_+|ISNCY-family-transposase	gnl|CDD|377531	pfam05598, DUF772, Transposase domain (DUF772). This presumed domain is found at the N-terminus of many proteins found in transposons.	0.000391854
CP029329.1|AWK52111.1|3235552_3236629_+|DNA-helicase-UvrC	gnl|CDD|223399	COG0322, UvrC, Nuclease subunit of the excinuclease complex [DNA replication, recombination, and repair].	2.28211e-67
CP029329.1|AWK52125.1|3259389_3259590_+|hypothetical-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.	8.51673e-10
CP029329.1|AWK52126.1|3259711_3260410_-|hypothetical-protein	gnl|CDD|214397	CHL00207, rpoB, RNA polymerase beta subunit; Provisional.	0.00304166
CP029329.1|AWK52110.1|3234587_3235328_+|peroxide-stress-protein-YaaA	gnl|CDD|377151	pfam03883, H2O2_YaaD, Peroxide stress protein YaaA. YaaA is a key element of the stress response to H2O2. It acts by reducing the level of intracellular iron levels after peroxide stress, thereby attenuating the Fenton reaction and the DNA damage that this would cause. The molecular mechanism of action is not known.	5.07799e-101
CP029329.1|AWK52124.1|3255204_3257379_-|CRISPR-associated-helicase/endonuclease-Cas3	gnl|CDD|224124	COG1203, COG1203, CRISPR-associated helicase Cas3 [Defense mechanisms].	1.43382e-61

Protein sequences

>CP029329.1|AWK52116.1|3243509_3245030_+|IS1182-family-transposase
MIMNYIIGEDRTQIKIESIDSYVNENNEVRVIDKIVDVMDIESLGFNIGKNDTVGRPKFNPRDILKLYIYGYFNGIRSSRKLAKQCAINKEVIWLVKGLAPKYRVIADFRKDNSDAFEAVFKSFVNYCIELDLYGRELIAVDGTKLEASASKRKHYSKNKLAKMKELAQSKILEYLHDIDINDNNDDEITSKDIDKDKIVESIKRLEEKVAYYDNLENTLIKNDTNEINLTDPDAKTVKFGANQGTDVGYNVQSVVDSKNKLIATFEVINNSADQGQLYNMSKKAKDIFECETIEVLADKGYFDTKDFKKCEQEKIISYVSKPRYSNSIGDSRYFLDRFRYDNNKDIYICPEGKILECINKKTKSNSRRYCNSEACQHCKNKSKCTTSSIGRTITRTEMEQFAEIVNNRVKNNQVKYSQRQALVEHPFGTLKRSMNFYHLLLRGFSKVRGEISITFFSYNLKRVIKILGVKGILQSLKLLISNLICYIYKITTVRFSYNRYSIQKV
>CP029329.1|AWK52115.1|3240828_3242523_-|DDE-transposase
MRRITMFCKNDLQQTSLFEPINQMPKYLQDILNKSWAKAFKDHIFPRINEERFSVLYSNKASRPNSPINVILGLLIIKEIFQQTDEELIGSIHFDVRYQYALNTTNYETQPVSINTLTNFRNRLVEYEASTNEDLIKAEVEALSESIAKYLSVDNKKVRVDSLMVSSSCKKLSRIELVYSINSRLIKALNIINPPIISDELKPYLEKGHKNDTIYRTQDLKADSKLSILIEHSKILYNIALKAGDIVTSTEEFQLLNRVIQDQTTEDAAKNLVIKDSKDITSTSLQNPTDKDATYRKKYGGNVGYVVNIQESFNDKNSVITGYDLKQNIHSDSKFADDVIANLASQNKNSNCKLLVDGAYYEQEKAKNALKQGIEMIPSQLVGRKVSTDKLSYSKFIVDDEKNVISCCPNGVEPVESYYSSKSYTAKFDSSTCEKCPLNSQCPKKISKKFNTIRVSEKAYNTATQREKMHESEYIKLANKRAGIEGIPSVLRRRYKIDTMPIRGLLRSKLWVGFKIAAYNFKKLLKQFLESGIECFLNIIACIVAVIINCFKLYFLEFEAKLSN
>CP029329.1|AWK52114.1|3237849_3239547_-|methyl-accepting-chemotaxis-protein
MRSIKIKILLPLFLMIIFFVGFMIIQFIYTNNNLKLVKEMNTKYFSTISKTDKLKLDVVEVQQWLTDISATRAAKGFDDGFDKAETYAQDVKVVIEELKQINPESTGEIEKIEKSFNPYYETGKTMARAYIDGGPDKGNLSMEEFDSTAEVINSEVDNFKILASQNIDFSIRNIEKSITNTIILIVVSILGVIILSIIAWIYVTKNIVNPITLILSKLKDMASSEGDLTKHIDFVSKDEIGELAKNFNLMQNSFREIISVIIDESGNVENKVKRTNENINQLYLLIEDVSSTTEELSSGMEETAASTEEMSVANSQIELEIESIAEKAKNEAEKSSEIKDRANDLKNKAVYSKETAKQINNETQDKLLEAIEKSKEVEKISVLSEAILQIASQTNLLALNAAIEAARAGEAGKGFSVVAEEIRKLAEDSKNTVSEIKNINNVVVGTVKNLVATSEDIIEFINTQVISDYEMIVNTGEQYNNDAIMINNMTTDFSEKSNKIMTSMVTVVESVNQITNANNESANGTNNIAEKLNAISEKSDNVVKLIKEVNTSTNKLVGMVNNFKV
>CP029329.1|AWK52113.1|3237552_3237819_-|hypothetical-protein
MLAPDNHWASGVFATIFRETLLREGGLKTAKKLISKNSGTDGFVRLWESHRLDLSVEVWVLKNKYKEIFTDEERKMCRDRLKEYGYRE
>CP029329.1|AWK52112.1|3236995_3237418_+|hypothetical-protein
MIRDSLMILLLLTVILGVIFLLYATGLLRRRIVVTTIQNLPLGIFKENNIQVQENSKSDENKLIECKNKNVANDLKKEFSSESLNMIKENNMPDEEIVYWTPQGQHYHKMQNCRTLLRSKVINGGSINESGKLTGCHKCN
>CP029329.1|AWK52111.1|3235552_3236629_+|DNA-helicase-UvrC
MDLKEKVRVLPSVPGVYLMKDSLGGIIYVGKSKNLKNRVGSYFQNIKSRTPKVEKLIKNLKDFEYITTDTEFEAFMLECALIRDLKPRYNRLMKNPLSYTYIKIELGEKYPSIETSSTDSEKEHTLYFGPYTNKNATEKAIQCIKDFYKINCNCNHNNGTSCLSYSLDLCIGMCLKAATTTKQYENIIHKVIVLLDGTDNTVLKEIEEKMLIASEEFDFETAAKYRDYIASVTYLANNRKFLKFAEENKNIVMIESLNEHLIKLFLINKNNVIFSQTYNIKGINVKQLNEIIKISIIHYFKTSISSPIEVNKDEIDEIQIIHSYLQSSSCNYITISENLLDLEYNSELDALIAKLLII
>CP029329.1|AWK52110.1|3234587_3235328_+|peroxide-stress-protein-YaaA
MLKIIVSPAKKMNINTEFEIHNMPCFLDKTKFLMSYMQGLSYEEAKNLWKCNDKIANTSFEYFFNMRITERLTPAILAYEGIQYNYMAPNVFDIEQWDYIQNHLYILSGFYGLLKPLDGVVPYRLEMQSAVKLSGYSNLYDYWGDSLYQKLYEDTDIVLNLASKEYSKCIEKYLNDQVQFISITFGEYKDGKIITKGTLAKMARGEIVRYMAEEKIENISDIKNFNRLGYIYSPKASDNKNIVFIR
>CP029329.1|AWK52109.1|3232688_3234263_-|hypothetical-protein
MYDFKNITPTNGFDFNDLNNARQNNYAWSMAELDDYIYVGTGRNVALTALQSIAPGINPPSLLEPIPQVNLAEIWRYKKDGSLPWNRVYKAKDTTTMVGFRFMISYEPAGGSSAIFASSFGTAVKVLKSTNGCNWFEMNLGTLEGTSSRSMVVFNNKLYIATVNDQDLGEGDPLLYSSKDPEYFPWKKVIDTNIPGLDPNKNPKGAIYNMAVFNNRLYVATSGSDGAEVWRTNGKEPKVNEWTLIVDKGFGDSANEIVLSIGVFKEHLYVSGTKPLPLAWAIPFGCDIIRIDKRDNWELVVGGRPLIPSNPSKGSRGESISGLGSGFNNPFNVYAWQIQEYEGKLLISTFDDSSNMEVILDTLLGNRAAIEARITAPITEIIINIYAAIVRILAEVKYPIGFDLYESGNGRTFKRLIKSGLNNPNNYGGRILFVDSEDKLYIGTANPFEGCEVWNGRNKEDDYCYYNDKKDNNMAESHIKDFKGILYASEEIEKHFEVLKDNLPVIREFLSKENNQLILKKLGL
>CP029329.1|AWK52108.1|3231674_3232085_-|universal-stress-protein
MKKIKILVPLDTTERSTHSINWIKKYFDKNDIEITLMNVREIIVAEDLIMPVNMWDIREESNLALDEASVGLEGYTVQKFATFGYASDQILKKAEEDNYDMIIMTKSRKKGLVRMVGSVTSKVIKNSKATVIVLPE
>CP029329.1|AWK52107.1|3231330_3231510_+|hypothetical-protein
MEKYGDHEIIVIQNNENQYPYKAIARIGDKEIKHKGQSASEAIDLVKQSINKLKSKHIL
>CP029329.1|AWK52117.1|3248111_3248405_-|CRISPR-associated-endonuclease-Cas2
MMVLVTYDVNTESDGGKTRLRRVAKICVNHGQRVQNSVFECLIDPAQFVELKNSLTKVIDSDRDSLRFYLLGKNWENRVEQLGKNNTYHPLDDAIII
>CP029329.1|AWK52118.1|3248420_3249452_-|subtype-I-C-CRISPR-associated-endonuclease-Cas1
MRTLLNTLYVTNPEAYVSRDGENVVIKIDNKEALRRPIHILENIVCFNYVGISPGLMKLCVDNNVGVSFLNEYGRFMARVSGKVKGNVLLRRTQYRYADEIEKSLEISKNCITGKLVNCRNVVSRSIRDHEDVVDSDKMRFVLEKLSVSLENVKNATNIDELRGIEGEAARNYFSIFDNFILKQKEDFYFTERSKRPPMDNLNALISFAYTLLANDMESALETVGLDPYVGFMHTDRPGRISLALDMIEELRPYIAERFVISLINKKQISPKGFIKKESGGIIMDKDTKSIFLTAWQKRKQEVITHPFLNEKIEIGLIPYVQAMLLARYLRNDIDSYPPFFMR
>CP029329.1|AWK52119.1|3249448_3250123_-|CRISPR-associated-protein-Cas4
MMFKEEDLLSLSGIQHFYFCKRQWALIHVEQQWAENRATMEGKFIHENADNPFFTESRKDTFISRAIPLASYNLGFYGIADIVEFTKAKKGIELKDKEGLWLPNIVEYKRGKPKEDKRDIVQLVLEVLCLEEMLKCTISSADFFYNETKRRVKVKITDELRNEVIDLSQKMHEIYTSKVTPKAESGKHCKSCSLVDICMPRLTNKKANVANYIEKYCKLGDDDE
>CP029329.1|AWK52120.1|3250119_3250989_-|type-I-C-CRISPR-associated-protein-Cas7/Csd2
MSNVIDKRYEFVLFFDVENGNPNGDPDAGNMPRIDPETGQGIVTDVCIKRKIRNYVELAREAVEGYEIYVKDGAILNLKHQRAYDYLGVKNTNDKEKKEASKDKDLQKKLTKFMCDNFFDIRTFGAVMSTKVDCGTVRGPIQINFAKSVDPIFQQEVTITRVAVTNEGDSKGSGMGRKHIVPYGLYRVEGYVSAELAKRVTGFTEDDLNLLWEALINMFEHDHSAARGKMATRKLIVFEHETSLGNAPSHILFDKVKVKNINSPSRSINDYEITIDKSPIDGVKIIEKL
>CP029329.1|AWK52121.1|3250991_3252704_-|type-I-C-CRISPR-associated-protein-Cas8c/Csd1
MVILQALYKYYDILEDEGTDDLPKEGFSMQNVSFALIISSNGELKGIMDLRDSNGKKILPHEMLVPEQKGRSGKNAPSYFLCDNAKYVLGIGDKEGLPAFNSFKELHNKYLDGNNPLLKFINSFEPSKAFENEILLKYKNELVKNPNIVFKIEGEDGYIHDKEKLLKTWREDSSKENDEITMQCLITGKIEPIARTHTPIKGIRNAQSAGASIVSFNDDSFCSYGKDSSYNAPISKSAMFKYTTVLNYLLRNLKNRMFIGEDTVVFWAEKKGIYEDLLAELLNPTTEKEETETETSDMDARNLAKDILIKYSEGIKLNRENYNIDPSTTVHILGISPNNARLAIAFYEENSFEYFTSRIADHYNNLKIIGNEKSIPIWMILNETVIKNAKDKKISPVLSKSLMNSIFTGRLYPSSLYNAIISRIRADRDINYKRVAIIKACLIRKYKLSKIKEDITVSLNENSSSIPYQLGRLFAVLEKAQLEANGINTIKDRYFTSASATPASVFPVLLKLSLHHTAKGDRTIYFEKLKGAILQMVDEFPKHLSLDEQGEFILGYYHQTQSFYIKKEDK
>CP029329.1|AWK52122.1|3252700_3253357_-|type-I-C-CRISPR-associated-protein-Cas5
MGYGIKLKIWGDYACFSRPEMKVERVSYDVITPSAARGILEAIYWKPAIRWVIDEVKIINPIKFENIKRNELSGVISSNTVKRAYLGSKDVNLYQSTKDIVQRGAMVLKDVCYYITAHFELTSEVGESDTVEKHYNIALRRTKKGQCFHRPYLGCREFPAQFQLADEIQEESFYINSEKDLGYMLWDIDFKNDSLPIFFRPTMKDGVISIPDLQRGDR
>CP029329.1|AWK52123.1|3253513_3254992_+|ISNCY-family-transposase
MFSLNKIKQLNLFDQVSELNYLSTKQPVGFLNLLSDNFDLESFIPESFSNHYYSTLGRDRDYKLSSILSALILMQIFHIPTNVLLHLFLIFSTEIREFCGFYDSVPAESYFSRFKTDFEKDIADLFNSLVPNVIDICNEFNLSLPDNSPYKDRNSMLIYDTSGLKPKVKENNPKTLVSEINKQKSYAKAIKKKDYNAYAAAYKNMPKFSEANPSIKLDFVNGHFGYFYKFGILTNGLGIPLGINFFDENFYSSVKQEFETPEEQKYAYDNASLKSVVKPFINNLKSKTNFQFKTFLGDSEFDSYENFGLLKQLNFQKVFIPLNSRNQKNTKINDLEFNTSGIPLCPLTKEQFKSEGSCGGKNRSVRYKFTCPKSYRDKKGKCYLTCETPCTDNKSGRMTYVYPDKDFRLYPGIQRNSDEWAKTYKIRTIIEREISCFKFNPCIQSPNTVNTTTMRSDLYLTAISKLINVILSHSLNNPEYIRSIRKLIAIAA
>CP029329.1|AWK52124.1|3255204_3257379_-|CRISPR-associated-helicase/endonuclease-Cas3
MNYAHVDENGKYQTVTDHLENVAKLSRDFAKDFEAENTAYVCGILHDIGKCSKEFQDRLLNNGPKVDHSTAGAIEAGKLYGESFKRLLGYIICGHHSGLMNYGSEESGLKLRFNKEIPEYEVEVKNINVDLKQLSMELPKKIKEHKGFTLGFYIRMLYSCLVDADFLDTEEFMNIEASNKRKGNEEFSKLNELFESYMEGKNKNSSKSKINSYRQEIYEDCIKSGSQGINLFSLTVPTGGGKTLSSMAFALKHLKHNNLKKIICVIPYTSIIEQNAKQYKDIFGAENVLEHHSNFDFSEVENDIDSAFSSSSKNLKYTLEKLKYASENWDVPIIVTTNVQFFESLFANKSSRCRKIHNMSNSIVIIDEAQMMPTKFLKPTLNALTELVDNYNTSVVLTTATKPEFPEDILKEKPKEIIAEPEKLYDALKRVKVNYLGKISDENLVEKIDNLERVLVVVNTRKHAEKLYEKADKNNLFHLSANMCPAHRSELLKEIKRKLKNDESCKIISTQLIECGVDISLPVVYRSLSGIDSIAQAAGRCNREGEADSGQVYVFESTEDYGKAIMYQSRTADCGRQILEKFEDPLSLEAISSYFKLLYDTEKDRLDTQNIMDNFEERANELAFSFEKTAKDYKLIDETESLIIPYNDDVSSLIESLKYTEHPNSIARKLQKYTISIHKNKLNELTSEGAIININNQFMVLAYKEGFYDENLGLCLKNQEMLMI
>CP029329.1|AWK52125.1|3259389_3259590_+|hypothetical-protein
MEVNELINLIVNNGFAVAVAAYLLIRLEKQINSLSGSINKLNTIISTKLGVVIDADSSSDDSHMVA
>CP029329.1|AWK52126.1|3259711_3260410_-|hypothetical-protein
MIYKSGTLGTYEAYDYVKAMIGKMGNIKEFKAFRNDTDPYFEIEDEYKQYYHLILIDDKENEFWIDANCGYSGTGPSFTEKILQLIGARENYDIDKKEIIHEKDLELNNNLNVLVARRNFHKSKEEYKTLFMLEARFNNAALRFKTVKALETLGNIDSHNVNDQRFNKYFNDYNYIDSSCGQYKVNNILFINKHLKNISINDFRAILNTMFVSICGDFAEINFRVINEQIIE

Crispr_ID: CP029329_9

• CRISPR_ID: CP029329_9
• CRISPR_location: 3830298-3830384
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP029329_9

Consensus_repeat	Method
TTTTTTTATTTGGGCGCACTTTTTTTATT	CRISPRCasFinder

spacers of CP029329_9

>9.1|3830327|29|CP029329|CRISPRCasFinder
GGTGAAAAGATCTTAATTGTGCTTCGCAC

CRISPR arrays and Neighbor proteins around CP029329_9

CRISPR arrays

The CRISPR arrays of CP029329_9

>merge|CP029329|9|3830298-3830384|CRISPRCasFinder
TTTTTTTATTTGGGCGCACTTTTTTTATTGGTGAAAAGATCTTAATTGTGCTTCGCACTTTTTTTATTTGGGCGTACTTTTTTTATT

>CP029329|9|9|3830298-3830384|CRISPRCasFinder
TTTTTTTATTTGGGCGCACTTTTTTTATT	GGTGAAAAGATCTTAATTGTGCTTCGCAC
TTTTTTTATTTGGGCGTACTTTTTTTATT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP029329.1|AWK52627.1|3819297_3821250_-|V-type-ATP-synthase-subunit-I	unknown	unknown	gnl|CDD|235600
CP029329.1|AWK52643.1|3841157_3843275_-|hypothetical-protein	unknown	unknown	gnl|CDD|223715
CP029329.1|AWK52626.1|3818798_3819284_-|V-type-ATP-synthase-subunit-K	unknown	unknown	gnl|CDD|235830
CP029329.1|AWK52642.1|3840378_3841008_+|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK52628.1|3821236_3821563_-|ATPase	unknown	unknown	gnl|CDD|169428
CP029329.1|AWK52646.1|3847272_3848757_+|nicotinate-phosphoribosyltransferase	unknown	unknown	gnl|CDD|236426
CP029329.1|AWK52633.1|3825932_3827597_-|B12-binding-domain-containing-radical-SAM-protein	unknown	unknown	gnl|CDD|379119
CP029329.1|AWK52637.1|3832090_3833590_+|stage-V-sporulation-protein-B	unknown	unknown	gnl|CDD|274343
CP029329.1|AWK52630.1|3822390_3823992_-|multifunctional-2',3'-cyclic-nucleotide-2'-phosphodiesterase/5'-nucleotidase/3'-nucleotidase	unknown	unknown	gnl|CDD|223808
CP029329.1|AWK52631.1|3824425_3824977_-|hypothetical-protein	unknown	unknown	gnl|CDD|227705
CP029329.1|AWK52635.1|3828282_3829761_+|ISNCY-family-transposase	unknown	unknown	gnl|CDD|377531
CP029329.1|AWK52638.1|3833718_3835338_-|polysaccharide-biosynthesis-protein	unknown	unknown	gnl|CDD|240529
CP029329.1|AWK52639.1|3835347_3836322_-|RluA-family-pseudouridine-synthase	unknown	unknown	gnl|CDD|223638
CP029329.1|AWK52629.1|3821910_3822183_-|hypothetical-protein	unknown	unknown	gnl|CDD|238177
CP029329.1|AWK52641.1|3837801_3839910_-|cell-division-protein-FtsA	unknown	unknown	gnl|CDD|223918
CP029329.1|AWK52632.1|3825166_3825727_+|ECF-transporter-S-component	unknown	unknown	gnl|CDD|377783
CP029329.1|AWK52644.1|3843475_3844462_-|hypothetical-protein	unknown	unknown	gnl|CDD|227588
CP029329.1|AWK52640.1|3836512_3837694_-|amidohydrolase	unknown	unknown	gnl|CDD|349882
CP029329.1|AWK52634.1|3827571_3828126_-|hypothetical-protein	unknown	unknown	unknown
CP029329.1|AWK52645.1|3844750_3846754_-|ATP-dependent-helicase	unknown	unknown	gnl|CDD|223288

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP029329.1|AWK52627.1|3819297_3821250_-|V-type-ATP-synthase-subunit-I	gnl|CDD|235600	PRK05771, PRK05771, V-type ATP synthase subunit I; Validated.	0
CP029329.1|AWK52645.1|3844750_3846754_-|ATP-dependent-helicase	gnl|CDD|223288	COG0210, UvrD, Superfamily I DNA and RNA helicases [DNA replication, recombination, and repair].	6.09369e-122
CP029329.1|AWK52626.1|3818798_3819284_-|V-type-ATP-synthase-subunit-K	gnl|CDD|235830	PRK06558, PRK06558, V-type ATP synthase subunit K; Validated.	2.04768e-75
CP029329.1|AWK52643.1|3841157_3843275_-|hypothetical-protein	gnl|CDD|223715	COG0642, BaeS, Signal transduction histidine kinase [Signal transduction mechanisms].	4.15985e-56
CP029329.1|AWK52628.1|3821236_3821563_-|ATPase	gnl|CDD|169428	PRK08404, PRK08404, V-type ATP synthase subunit H; Validated.	5.1736e-05
CP029329.1|AWK52633.1|3825932_3827597_-|B12-binding-domain-containing-radical-SAM-protein	gnl|CDD|379119	pfam13311, DUF4080, Protein of unknown function (DUF4080). A family of uncharacterized proteins found by clustering human gut metagenomic sequences.	7.7588e-53
CP029329.1|AWK52637.1|3832090_3833590_+|stage-V-sporulation-protein-B	gnl|CDD|274343	TIGR02900, Stage_V_sporulation_protein_B, stage V sporulation protein B. SpoVB is the stage V sporulation protein B of the bacterial endopore formation program in Bacillus subtilis and various other Firmcutes. It is nearly universal among endospore-formers. Paralogs with rather high sequence similarity to SpoVB exist, including YkvU in B. subtilis and a number of proteins in the genus Clostridium. [Cellular processes, Sporulation and germination].	8.27597e-142
CP029329.1|AWK52630.1|3822390_3823992_-|multifunctional-2',3'-cyclic-nucleotide-2'-phosphodiesterase/5'-nucleotidase/3'-nucleotidase	gnl|CDD|223808	COG0737, UshA, 5'-nucleotidase/2',3'-cyclic phosphodiesterase and related esterases [Nucleotide transport and metabolism].	2.53609e-110
CP029329.1|AWK52631.1|3824425_3824977_-|hypothetical-protein	gnl|CDD|227705	COG5418, COG5418, Predicted secreted protein [Function unknown].	1.85858e-25
CP029329.1|AWK52635.1|3828282_3829761_+|ISNCY-family-transposase	gnl|CDD|377531	pfam05598, DUF772, Transposase domain (DUF772). This presumed domain is found at the N-terminus of many proteins found in transposons.	0.000391854
CP029329.1|AWK52638.1|3833718_3835338_-|polysaccharide-biosynthesis-protein	gnl|CDD|240529	cd13124, MATE_SpoVB_like, Stage V sporulation protein B, also known as Stage III sporulation protein F, and related proteins. The integral membrane protein SpoVB has been implicated in the biosynthesis of the peptidoglycan component of the spore cortex in Bacillus subtilis. This model represents a subfamily of the multidrug and toxic compound extrusion (MATE)-like proteins. Proteins from the MATE family are involved in exporting metabolites across the cell membrane and are often responsible for multidrug resistance (MDR).	5.39374e-115
CP029329.1|AWK52639.1|3835347_3836322_-|RluA-family-pseudouridine-synthase	gnl|CDD|223638	COG0564, RluA, Pseudouridylate synthases, 23S RNA-specific [Translation, ribosomal structure and biogenesis].	1.0917e-67
CP029329.1|AWK52629.1|3821910_3822183_-|hypothetical-protein	gnl|CDD|238177	cd00287, ribokinase_pfkB_like, ribokinase/pfkB superfamily: Kinases that accept a wide variety of substrates, including carbohydrates and aromatic small molecules, all are phosphorylated at a hydroxyl group. The superfamily includes ribokinase, fructokinase, ketohexokinase, 2-dehydro-3-deoxygluconokinase, 1-phosphofructokinase, the minor 6-phosphofructokinase (PfkB), inosine-guanosine kinase, and adenosine kinase. Even though there is a high degree of structural conservation within this superfamily, their multimerization level varies widely, monomeric (e.g. adenosine kinase), dimeric (e.g. ribokinase), and trimeric (e.g THZ kinase).	1.93372e-08
CP029329.1|AWK52641.1|3837801_3839910_-|cell-division-protein-FtsA	gnl|CDD|223918	COG0849, ftsA, Cell division ATPase FtsA [Cell division and chromosome partitioning].	8.31866e-64
CP029329.1|AWK52632.1|3825166_3825727_+|ECF-transporter-S-component	gnl|CDD|377783	pfam07155, ECF-ribofla_trS, ECF-type riboflavin transporter, S component. This family is the substrate-binding component (S component) of the energy coupling-factor (ECF)-type riboflavin transporter. It is a transmembrane protein which binds riboflavin, and is responsible for riboflavin-uptake by cells.	0.000676776
CP029329.1|AWK52644.1|3843475_3844462_-|hypothetical-protein	gnl|CDD|227588	COG5263, COG5263, FOG: Glucan-binding domain (YG repeat) [General function prediction only].	2.28845e-23
CP029329.1|AWK52640.1|3836512_3837694_-|amidohydrolase	gnl|CDD|349882	cd03886, M20_Acy1, M20 Peptidase Aminoacylase 1 family. Peptidase M20 family, Aminoacylase 1 (ACY1; hippuricase; acylase I; amido acid deacylase; IAA-amino acid hydrolase; dehydropeptidase II; N-acyl-L-amino-acid amidohydrolase; EC 3.5.1.14) subfamily. ACY1 is the most abundant of the aminoacylases, a class of zinc binding homodimeric enzymes involved in the hydrolysis of N-acetylated proteins. It is encoded by the aminoacylase 1 gene (Acy1) on chromosome 3p21 that comprises 15 exons. N-terminal acetylation of proteins is a widespread and highly conserved process that is involved in the protection and stability of proteins. Several types of aminoacylases can be distinguished on the basis of substrate specificity; substrates include indoleacetic acid (IAA) N-conjugates of amino acids, N-acetyl-L-amino acids and aminobenzoylglutamate. ACY1 breaks down cytosolic aliphatic N-acyl-alpha-amino acids (except L-aspartate), especially N-acetyl-methionine and acetyl-glutamate into L-amino acids and an acyl group. However, ACY1 can also catalyze the reverse reaction, the synthesis of acetylated amino acids. ACY1 may also play a role in xenobiotic bioactivation as well as the inter-organ processing of amino acid-conjugated xenobiotic derivatives (S-substituted-N-acetyl-L-cysteine). ACY1 appears to physically interact with Sphingosine kinase type 1 (SphK1) and may influence its physiological functions; SphK1 and its product sphingosine-1-phosphate have been shown to promote cell growth and inhibit apoptosis of tumor cells. Strong expression of the human gene and its mouse ortholog Acy1 in brain, liver, and kidney, suggest a role of the enzyme in amino acid metabolism of these organs. Defects in ACY1 are the cause of aminoacylase-1 deficiency (ACY1D), resulting in a metabolic disorder manifesting encephalopathy and psychomotor delay.	4.78783e-155
CP029329.1|AWK52646.1|3847272_3848757_+|nicotinate-phosphoribosyltransferase	gnl|CDD|236426	PRK09243, PRK09243, nicotinate phosphoribosyltransferase; Validated.	0

Protein sequences

>CP029329.1|AWK52635.1|3828282_3829761_+|ISNCY-family-transposase
MFSLNKIKQLNLFDQVSELNYLSTKQPVGFLNLLSDNFDLESFIPESFSNHYYSTLGRDRDYKLSSILSALILMQIFHIPTNVLLHLFLIFSTEIREFCGFYDSVPAESYFSRFKTDFEKDIADLFNSLVPNVIDICNEFNLSLPDNSPYKDRNSMLIYDTSGLKPKVKENNPKTLVSEINKQKSYAKAIKKKDYNAYAAAYKNMPKFSEANPSIKLDFVNGHFGYFYKFGILTNGLGIPLGINFFDENFYSSVKQEFETPEEQKYAYDNASLKSVVKPFINNLKSKTNFQFKTFLGDSEFDSYENFGLLKQLNFQKVFIPLNSRNQKNTKINDLEFNTSGIPLCPLTKEQFKSEGSCGGKNRSVRYKFTCPKSYRDKKGKCYLTCETPCTDNKSGRMTYVYPDKDFRLYPGIQRNSDEWAKTYKIRTIIEREISCFKFNPCIQSPNTVNTTTMRSDLYLTAISKLINVILSHSLNNPEYIRSIRKLIAIAA
>CP029329.1|AWK52634.1|3827571_3828126_-|hypothetical-protein
MGKTLVLDLEDVILQGDILDVGEKNLGIIYNISKEAQDELSLDYVSSDTKIELKDRQYDACTFFFDLNKIWTSLEKEKLIKEISLYLKECGEIFIWDINKERGKVFNNKIKIILPNEKVREFTFRNLNILLSSNIEEIKKILEKYFEIEETKEWEDVFFIRGKKISTKVNAEEKFKHEGTDYSN
>CP029329.1|AWK52633.1|3825932_3827597_-|B12-binding-domain-containing-radical-SAM-protein
MKVLITAIDSKFIHSNLAVRYLKNFTKDLDYEAKIKELTINDREERILEEIIKEKPDIVAFSTYIWNVELISRVANLIKRVNPQIEILYGGPEVSFDARTFLQNNVGEYVIEGEGEKTYRDFILYKLGEIKIEEVRGLHYKINDVVSSNEKRPLMSMDEIVFPYEEDEDLSNKIVYYEGSRGCPFNCKYCLSSTSHGVRFLDVDRVLKDLMYFINKKVRLVKFVDRTFNCNPKFAMAIWDFLIKQDTNTQFHFEISADILNEEEIKLLANAPKGRFRFEVGVQTTNDDVLKNINRFVNFTDIKEKVLEIEALRNIDQHLDLIAGLPGEDYNSFKKSFNDMYEIKPEEIQLGFLKLLKGSSMREDADKYGMEYSPYPPYEILKTDKLSYEELLKLKKVEEMVDKYYNSLKFNYIIKYFEGKFDSPFDFYYSLGMFFENKGYFNRNIGNAEYYKVFLDFNESILEESNKNLKEIVRFNYLIFNKKRGLPEFLRSDMEKEEEKNIKEKLKDQYSFKEYHLEKFSVNLEKYVLSNEIIEDDSYYVFNNNNEYVYLQNI
>CP029329.1|AWK52632.1|3825166_3825727_+|ECF-transporter-S-component
MTNKKTFIIIVCAFAAAMNIVLGTLVAQLKIPLIFLDTIGTIFAAIYFGPLYGATVGAVSNIITGMIFSPKDIPFFLVNVVVGLIVGYIVKKYSYSLTTAVVTGLILSVICPLIGSPIAIWLYGGITGSGNDFLVLLLRQTGSDIFTSTFIPRITGNIVDKVVSAVLVWALIKKLPAQYKPEINNV
>CP029329.1|AWK52631.1|3824425_3824977_-|hypothetical-protein
MKKTKKIVLVSHCILNVNSKVEGLCEFRNTSNNLIKYLMDNDYGIIQLPCPEITIYGIKRWGHVKEQFDTPYYRKHCRNIFEPILEQIEDYINNDYKIKALIAINGSPSCGYNLTCSSPIWGGEFINKENTDKKINDLKFIDKSGTFMEEIENMLMEKNIKINIISIDEENEEATMKTIAELL
>CP029329.1|AWK52630.1|3822390_3823992_-|multifunctional-2',3'-cyclic-nucleotide-2'-phosphodiesterase/5'-nucleotidase/3'-nucleotidase
MRKKVILSSILSLTLIFSNVTFTFAEDNVKESTSITIIHTNDTHGRVLVDDGGFGFGKIATIVKQTKEKNPNTLVVDAGDALHGMPIINVSKGENAVKILDAVGYDFMVPGNHDFNYGTDRLIELGKLSKFKMLSANLLNKSGNTMLTPYEIVDMNGMKVGIFGLCTPETAYKTNPSNVKNVEFKDPIEVSKNMVRELDKKTDVIVALVHIGLDESSTVTSKEIAQKVNGIDVIIDGHSHTDLPEGLVINNTLIAQTGEYDQNLGVVEINIDNHKVTNKFAKLLKATDYLGLAEDKNISAVVDEIKTANHAIFSEVVASTDIQLDGARENVRNKETNLGNLSADAIKNETKSDIAFVNGGNIRTTIEPGEITKGKLAEVFPFGNTIKVIKLTGEDVKKALEVSVGAYPEDQGGFLQVSGIKFSFDASKENGNRVSELKVNEKDIDLTKQYTVAINDFLAVGGDGYDMFKTKVIAEFGTYEEIFANYLNSNGTKGSELSGRIAVKEITNENAATLFLTHIIHMEYQYNKEKQYS
>CP029329.1|AWK52629.1|3821910_3822183_-|hypothetical-protein
MDVLKVNIYNQIQTTIYFKEFHEHKDPIVYPGNSECEFLFGKNNAEKVCARLLSMGPQIVVIKLGKDGCIVADNNNILFNETTIKGIIII
>CP029329.1|AWK52628.1|3821236_3821563_-|ATPase
MALEAIEEIRKFETKAEEIVKSATVEAKDVIQKSFVEAQNQYNDVLFKAKDRANSIINKAIQSGNNEAMPILDKGKKECEDIRNISKDKKNNAVKLVVERIVKIHGNS
>CP029329.1|AWK52627.1|3819297_3821250_-|V-type-ATP-synthase-subunit-I
MAIVKMNKFTLLAFQSKKEELIEKLQAFSNTEFINLQDENLLENNEVLKELTKDQVDSDLAKWEDQLSKVKFAIQFLEKYVPKQSLIKSLRQEKISLTMLELESKVLDSNWEEVYEKLKEKENELAKLENEKTKLEVSLENLKPYENFNAPLSSLKELKQTSYFLGSVGNPYEETLKNNLNDCYVEIISKDNQETYFFILANKENVNIVEETLRECGFRPFKSDEEETPLKLIQDYNEGISLIGSDKLILKEELARYDEEIKMMKLTYEYYNNLVSRKTISSNFLKTESTTLIQGWVPINQNEKFTTIAKEVLGEDYYLKFEDVKEEEIDDVPILLQNNDLNSSFEAVTGMYSLPKYNYLDPTPLVTPFYLIFFGMMVADAGYGLLMLIGTLLALKFFHFDDGMKKMVKFFMYLSFPTIVFGLMYGSVFGDLIKFKGLIDTNKDFMTILILSLVFGVIQIFFGLAIKAFVLIRMGKPLDAFMDVGSWTITLLSLGGIGAGSMLDLPVLKTISIAGAIIGALLIVFTQGRAAESIGGKIGQGLYELYGITSYIGDLVSYTRLMAIGLSGGSIAGAINMIIKMVPGPIGIFIIGPLLFIIFQTVNLLLSLLSGYVHTLRLTYVEYFSKFYDGGGRPFKPFETTNKYINLKRD
>CP029329.1|AWK52626.1|3818798_3819284_-|V-type-ATP-synthase-subunit-K
MEMSLVQFLVDNNGGFILGALGVALAVGMSGIGSAKGVGIAGEAAAGLLSEQPEKFGKALILQLLPGTQGLYGFVIGLLVFFKLSPETSFAQGLYLLFACMPIAIAGLWSGISQGKVSAAGIQILAKNPEHNTKGLVLAAMVETYALLGFVVSFLLVNGVF
>CP029329.1|AWK52637.1|3832090_3833590_+|stage-V-sporulation-protein-B
MDKDNFLKNSFLLIVSNVTTGILGFIFNIYLSKVLGAEGMGLYNLVMPIYNLFICLMTAGIVASISKITAVYNQKGEHNNIVRTIRVVSMFNISWAFLIGIIVFFSAPLIGKYGVNDVRTIDAIRVICPAMVCIAISNILKGYFYGTSKIAVPAIIDIFEKAMRIVTVSLLIFLTQAQTLESMVTLATVALCIGEFQSLFFLFIYYKYSINKMPVSYEKSESRFQLLFDVVLISVPLLMNGFLTNILGTLSTLIVPRRLIVSGFSYTDALSMIGRYNGMALSIITIPLIVVSTINTLLIPDLSQTLVLGKQYEASLRIKKVIKFAFLLGIATTTICSVIPDALGQMFYGRNDLGSYIRFASLTAPIFFPAVTMFGILNGLNRQGIILRNSLIEAIIELICLYIFTAIPSINIFGYSLTMFIACSIGLVLNMYEVNKHIELNLNKSNIIIYILLGFLTFLIINTISKHIFINSLIINNFMVIGFVFLIFTYFGTFGENDN
>CP029329.1|AWK52638.1|3833718_3835338_-|polysaccharide-biosynthesis-protein
MEEQSANSSSNRGFLILSIAGLLTKVISVFYIPLLQRIIGLDGYGIYQNCYEVFLFVYAVTNLGTQPAIAKVVAELTAIGKSNDAVRTLKIARTLLALVGAILTIFLMLFAFPIGRAIGNPAASYGILMLAPSIFVTSILSSYRGYFQGKNSMTAIAISQVLEQVINIIISLTCAFFLVKISIEYGSAGGTVGTSIGAFVACLYMVYIYGKKRFEEDSIEAQGTNKRIRTKHIIKKLIKYGLPITLCSGLQNFGSLVDMVNVNSRLAVAGFNLQESQVLYGVLGRYKTLLSVPLIIVTALGTTVLPAIVTAMALKDKKEIRRKTTFAFRMIFIITIPAAIGLSSLGREVFELLYGTDQGFELMVMGSVVLILMAVVQIQTVILQSMNKLYFVLGTFSIGIVAKIIANYILVGMPSINILGVVAGNFLWFAIPMFLNQRALKKVLRVKIHMFRNIIKPLTASIVMAGVIFTIKSPALMLITITKAGIMLKGITTLLIIAIGGFVYLYIMLLLGGIKKSDIDSISPRIFNLLPRFIRVKLK
>CP029329.1|AWK52639.1|3835347_3836322_-|RluA-family-pseudouridine-synthase
MKIEIGPNEAGQRLDKFLRKLLKDVPLSAIFKALRKKDIRVNGAKQNEKYFLQEGDIVEIKYIQSKKEDKTEKFIKVDPKGIKIAYEDENMLILEKWINVLVHSDSNTSKEPTLTDYVLSYLNAKGDYVPENELTFTPAACNRLDRNTSGLIIFGKSFDGLKCINEAIREDEIRKHYYTLAKGKVRDGLYEGYIVKNLETNISTVHDTEVKNSKRIAMEISVVETNGAYSFLDINLITGRSHQIRAHLAHLGNPIIGDNKYGDKKLNSFFENKYGLNYQYLYAYKLIFRNVNDKLSYLKNKTIAVAIPPILKKIKQDVFKFSIR
>CP029329.1|AWK52640.1|3836512_3837694_-|amidohydrolase
MIDFKKEAEDIKDELIQIRRDLHEHPEIGFEEIRTSKVIKDFLKANEIPYIEVAKTGVCGIIKGTKEGNNKTIALRGDIDALPIKDMKTCDFKSKIEGKMHACGHDAHTTILMGAGKILNDNKDKFSGTVKLLFEPAEETTGGAQHMISEEILENPRVDCILGLHVDEETECGTIKIKKGVVNAASNPFSIKIIGQGGHGASPHTTVDPIVIASHIVIALQTIVSREIAPVNPIVITVGTLHAGTAQNIIPGEATLSGMIRTMTKEDRIFAIKRLNEIVDGIATMSRAKAEINVDESYPCLYNNDEFVDLITESASVVIGKENVLEQRAPKMGVESFAYFANERPSAFYFLGSGNKEKKTTEPAHSNLFNIDEDCLPIGVSIQALAAFNYLTK
>CP029329.1|AWK52641.1|3837801_3839910_-|cell-division-protein-FtsA
MELKRFNQKDIIFALDIGTRSIIGTVGIIKDKKFHVVCEKYLEHEERAMIDGQIHDITLVASVVQKVKAYLEEELQIQLNEVSIAAAGRFLRTVDIKADIELNEDEEVDKEIVRSLELSAVKKAEGEIAATTEGKLYCVGYSVKSFYLNGFLISNLIGHKGQNIGEEVIATFLPRSVIDSLYSVMNKVNLKVVNLTLEPIAAMEAAIPRNLRLLNIALVDIGAGTSDIAISYKESISAYGMVPMAGDEITEAIVQEYLVEFNTAENIKKSIGKEKEVTYTDIFGIENTILSENVFKLVSVIVNKVSEEISKKILELNGDKAPSAVFLVGGGAHTPGILETIADKLKLQPQRIAIKDRQAVTECVSDNVLGSAGVTVLGIALTAIRSLGNDFIDVILNNDPISLFNSHKHTIMDVLLQAGINPSLLISKNGKSVRFNYNGCKRIVFGEYGTNAKITINGQEATLETEVKASDNITLEYAQNGKDSQPRLSQHIKNINSISIYLDGKIINIDPVIFVNGKKGDLDYVISNGDEVKVFLPCKVCDFKKYILKEDVNLLKEESILEDNYEICEGDYIIKQIKNPKESQLSEEVKDFENNIDDITEDNNDENIKFDYINNPNKTEMTTQNEVAITKEGFSSITVNINGQNTTLKGKLQYIIVDIFDYIDFDLTIAKGIINLNLNGEKSSYTANIKDGDIIEVFWSVI
>CP029329.1|AWK52642.1|3840378_3841008_+|hypothetical-protein
MQNRSNTSLLKNTYLDAYHAVEACLIQHNFGLLFSRKVENQVFDIMITAQNQKVPVKKLECHKDLNKFCDDLINEYNKSISIMQQIIEGIFTFSLLVFFFTLLDVIFEKGVLKSTLITCLLIFIGYFISNTILRFKKSVTSKIRSLLILGIVLIPFVLMSFLKIKFDLLTTTLSFPNSLFLVLLTCGISVVFYLILSKKYDLFIFIKSN
>CP029329.1|AWK52643.1|3841157_3843275_-|hypothetical-protein
MYNFVEQIYSNEEKCVGCNKCLTNCPVTGANIVYLVDGNNKIKINTEKCIHCGKCIKVCDHNARDFKDDTERFFQDLCNGKKISIIAAPSLIVNFDEYKKLLGYLKNLGVNLIYDVSFGADITVWAYLRTMKKDNLNTMIAQPCPPIVNYIQKYQPELIDKLAPVHSPMMCTAIYMKKYANIHDDIAFLSPCVAKADEINDINTYGYVKYNVTFKKLTEYLEAKHIDLSQYEEGKFDDIGCSLGFLFSRPGGLKENIELHIKDAWIRQINGPHNAYKYLEDYNNNLKSNKQIPLVVDILNCSYGCNFGTGTCNKYENSTTIDEVDYKFDKLKKIKKTDKGGKLIRKKFNWLHNYFDKNLKLQDFKRLYNKNIIVDDIIEPSDKQYDEIFIKMNKLSEESRNINCSACGYGSCKTMAKCIYNGLNVWSNCIDYNKKEVINEHHLLEERNEFFTNISHELRTPLNVIYSVLQMEMKYYDNLTIDDIIKYNKIIKQNCLRLIRLVNNIIDLSKIEAGFFKPLFVVGNIISIIENITLSITTYAENKKINLVFDTEMEELYFKFDANSIERIMLNLLSNSVKYGKENGTIKVYIYKTDQNNMVVSVKDDGIGIPEEMQKKVFERFKKVDTSLSRKNEGSGIGLSIVKSLVEIQGGTITCRSKLNEGTEFLVTFPFDSEDNKLSSDIGKHILCEKNSTETVDIEFSDIYL
>CP029329.1|AWK52644.1|3843475_3844462_-|hypothetical-protein
MLLKIFDYIYVYNILKLEEETRYMNKNVKRTIAMALTIGAFSVVGQTNYNIFTTEAHASTLDANELTDLELATSSGRNLDLYEDNDYDHELSGDLEVNRTYYTNTSSSNVVIKGIHGADEDNIRIFKENSNTVYKVNDDITISSETTTTFKVRVYKDEYDENKVYSSSDYNQYTIKVENTEDDDNTKTYNLKIVRTDATQEKGNFDGNNGLHNGWRDKNSTGNNGFHKGWKNENGAWHYLDNDGNMKKGWLKDTDKNWYYLDDYGKMKTGWYRDTDQNWYYLDNNGKMKISWIKDADGNWYYLQSSGKMAKNTTIDGYKLDVNGAWVK
>CP029329.1|AWK52645.1|3844750_3846754_-|ATP-dependent-helicase
MGYNLDKYQMSAVQAEEKNALIVAAPGSGKTTVIINKVNHLVENKKVSNGNIIVITFTKAAAQNMKKRYQDAFNKNTSPFFGTFHGLFYKMLLRCGESIDIIEGGIAHKIVSNVLSKYFDEVNEDKIKEAINNISLYKTSRASLNEFEPTLTKEIFEEALEKYEGYKKEHNKRDFDDLAIEVLELLKKDEDMLLAYRKLFKYVLVDEFQDCDEMQIDFLKLINDGENNNLFAVGDEDQCIYSFRGSKPEYMVSFDKIFKNGKKYYLSINYRSKMNIVDKSKDVISFNKKRNNKEIKWNKDSYGIIKWFSPYNEKMQAESLTDIIIENKKLGISYEDNAVLYRTNMESMTMIDVLTKRKIPFTLLDREYNFFEHFICRDLIAYLKLSINQFDTNSFLQIINKPFRYISKSNIAYIKNYVKEENPFTILIDKQDTPPFQKKKLDDLRKDIHYLNRVSLSSAIAYIVMDLGYIDHLKGYAQKFNQSSDDLEDIIEEFKLSAESFKTIFEFLQHIEEIKQTIEESKKKTKREGVILSTIHGVKGMEFRNVYVINCCEETIPHASSMKENLEEERRLFYVGITRAIDELYLFSPRNRKGQFKDVSRFIVEGKLNDMPVETYGYEVGNKIAHKAYGIGEVEELNDDKLTISFDNTLRSFSLKVLIDNNLIQKI
>CP029329.1|AWK52646.1|3847272_3848757_+|nicotinate-phosphoribosyltransferase
MNNKSSFNVKDERNLTMLVDFYELTMGNGYFDKGLQDKIAYFDMFFRRIPDEGGYCIMAGVEQLIEYLKSLKFTDDDITYLRDKNTFSEEFLEYLKNFKFSCDVWAVPEGNPVFPNEPLVTVRGPVIQAQFLETMILLTINHQTLIATKANRICRAAEGRPVMEFGSRRAQGYDGAIYGARAAIIGGCSSTACTLSDRMFNIPAVGTMAHSWVQLYDTEYDSFKAWAEIYPDDCVLLIDTYNVVKSGIPNAIKVFDEILKPLGKRPKGIRIDSGDITYLTGRCREMLDKAGYEDCKIVISNSLDEHIIKDVLDQGASIDSFGVGERLITAKSEPVFGGVYKLVALENNNEIIPKIKISENEEKITNPGFKKIIRIFDKNSHKALADLITLRDEKINETEPLVLFNPIHTWKRKKIKNYYTKDLQVQIFKSGKCIYESPSVLDIKQFAKIEADKLWAEVLRFENPHTYYVDLSQNLWALKHSLLHKYTASYESQD

Self-targeting detection

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_ID	Protospacer_location	Mismatch	Identity
CP029329_9	9.1|3830327|29|CP029329|CRISPRCasFinder	3830327-3830355	29	CP029329.1	1822815-1822843	2	0.931
CP029329_9	9.1|3830327|29|CP029329|CRISPRCasFinder	3830327-3830355	29	CP029329.1	2397261-2397289	2	0.931

1. spacer 9.1|3830327|29|CP029329|CRISPRCasFinder matches to position: 1822815-1822843, mismatch: 2, identity: 0.931

ggtgaaaagatcttaattgtgcttcgcac	CRISPR spacer
ggtgagaagattttaattgtgcttcgcac	Protospacer
*****.*****.*****************

2. spacer 9.1|3830327|29|CP029329|CRISPRCasFinder matches to position: 2397261-2397289, mismatch: 2, identity: 0.931

ggtgaaaagatcttaattgtgcttcgcac	CRISPR spacer
ggtgaaaagttcttgattgtgcttcgcac	Protospacer
********* ****.**************

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
CP029329_5	5.1|683139|33|CP029329|CRISPRCasFinder	683139-683171	33	MK893987	Staphylococcus phage PMBT8, complete genome	8287-8319	6	0.818
CP029329_5	5.1|683139|33|CP029329|CRISPRCasFinder	683139-683171	33	AP014342	Uncultured Mediterranean phage uvMED isolate uvMED-GF-U-MedDCM-OCT-S37-C78, *** SEQUENCING IN PROGRESS ***	4225-4257	7	0.788
CP029329_8	8.38|3247602|34|CP029329|PILER-CR,CRISPRCasFinder,CRT	3247602-3247635	34	NZ_CP014325	Borrelia anserina Es isolate UTHSCSA plasmid lpA89, complete sequence	49119-49152	7	0.794
CP029329_9	9.1|3830327|29|CP029329|CRISPRCasFinder	3830327-3830355	29	NC_019772	Anabaena cylindrica PCC 7122 plasmid pANACY.01, complete sequence	155124-155152	7	0.759
CP029329_8	8.22|3246532|34|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246532-3246565	34	MN693342	Marine virus AFVG_25M9, complete genome	7132-7165	8	0.765
CP029329_8	8.27|3246865|34|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246865-3246898	34	NC_024217	Nitrincola phage 1M3-16, complete genome	79201-79234	8	0.765
CP029329_5	5.1|683139|33|CP029329|CRISPRCasFinder	683139-683171	33	MH542234	Staphylococcus phage Terranova, complete genome	118896-118928	9	0.727
CP029329_5	5.1|683139|33|CP029329|CRISPRCasFinder	683139-683171	33	NC_041928	Staphylococcus phage phiIBB-SEP1, complete genome	84461-84493	9	0.727
CP029329_5	5.1|683139|33|CP029329|CRISPRCasFinder	683139-683171	33	KP027447	Staphylococcus phage phiIPLA-C1C, complete genome	85475-85507	9	0.727
CP029329_5	5.1|683139|33|CP029329|CRISPRCasFinder	683139-683171	33	MH321490	Staphylococcus phage Quidividi, complete genome	119803-119835	9	0.727
CP029329_5	5.1|683139|33|CP029329|CRISPRCasFinder	683139-683171	33	MH321491	Staphylococcus phage Twillingate, complete genome	121429-121461	9	0.727
CP029329_5	5.1|683139|33|CP029329|CRISPRCasFinder	683139-683171	33	MF417868	Uncultured Caudovirales phage clone 7AX_1, partial genome	63081-63113	9	0.727
CP029329_8	8.23|3246598|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246598-3246632	35	NZ_LR217738	Candidatus Erwinia haradaeae strain ErCipiceae isolate 3303 plasmid pBio	25344-25378	9	0.743
CP029329_8	8.23|3246598|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246598-3246632	35	CP024689	Bacillus wiedmannii bv. thuringiensis strain FCC41 plasmid pFCC41-5-125K, complete sequence	79420-79454	9	0.743
CP029329_8	8.25|3246732|33|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246732-3246764	33	NC_019521	Sphingomonas phage PAU, complete genome	26907-26939	9	0.727
CP029329_8	8.25|3246732|33|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246732-3246764	33	GU071095	Synechococcus phage S-SM2, complete genome	124950-124982	9	0.727
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	KX346250	Lactococcus phage MW18S, complete genome	9247-9281	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	KC182543	Lactococcus lactis phage 645, complete genome	10586-10620	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	NC_028900	Lactococcus phage SL4, complete genome	8554-8588	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	NC_049361	Lactococcus phage 936 group phage PhiL.6, complete genome	9079-9113	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	KX379672	Lactococcus phage 16W12L, complete genome	9684-9718	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	KY554760	Lactococcus phage R3.4, complete genome	8139-8173	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	DQ054536	Lactococcus phage P008, complete genome	8316-8350	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	NC_001909	Lactococcus phage bIL170, complete genome	9840-9874	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	MF448569	Lactococcus phage 88605, complete genome	10130-10164	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	KX379673	Lactococcus phage MW18L, complete genome	9905-9939	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	NC_021852	Lactococcus phage P680, complete genome	9649-9683	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	NC_049373	Lactococcus phage 16W23, complete genome	9379-9413	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	MF448564	Lactococcus phage 62601, complete genome	8439-8473	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	NC_049480	Lactococcus phage CHPC129, complete genome	8400-8434	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	KX346242	Lactococcus phage 8R06S, complete genome	8860-8894	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	KP793117	Lactococcus phage 936 group phage PhiG, complete genome	10119-10153	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	MF448567	Lactococcus phage 66901, complete genome	9235-9269	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	KC182542	Lactococcus phage 340, complete genome	10585-10619	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	NC_049483	Lactococcus phage CHPC52, complete genome	9827-9861	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	KC182550	Lactococcus lactis phage P475, complete genome	8890-8924	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	AF009630	Bacteriophage bIL170, complete genome	9840-9874	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	MF448566	Lactococcus phage 63302, complete genome	9521-9555	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	KY554761	Lactococcus phage R31, complete genome	7932-7966	9	0.743
CP029329_8	8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246931-3246965	35	KC182545	Lactococcus phage fd13, complete genome	10610-10644	9	0.743
CP029329_8	8.7|3245527|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3245527-3245561	35	AJ972879	Yersinia phage phiR1-37 complete genome	135946-135980	10	0.714
CP029329_8	8.7|3245527|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3245527-3245561	35	NC_016163	Yersinia phage phiR1-37, complete genome	135946-135980	10	0.714
CP029329_8	8.8|3245594|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3245594-3245628	35	NZ_KY807920	Salmonella enterica subsp. enterica serovar Paratyphi B isolate 12-02541 plasmid pSE12-02541, complete sequence	1547-1581	10	0.714
CP029329_8	8.8|3245594|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3245594-3245628	35	NZ_KY807921	Salmonella enterica subsp. enterica serovar Paratyphi B isolate 13-SA01718 plasmid pSE13-SA01718, complete sequence	1547-1581	10	0.714
CP029329_8	8.8|3245594|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3245594-3245628	35	NC_025830	Escherichia phage Av-05, complete genome	22288-22322	10	0.714
CP029329_8	8.16|3246132|34|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246132-3246165	34	KU234532	Nostoc phage N1, complete genome	31342-31375	10	0.706
CP029329_8	8.27|3246865|34|CP029329|PILER-CR,CRISPRCasFinder,CRT	3246865-3246898	34	MN694445	Marine virus AFVG_250M317, complete genome	16387-16420	10	0.706
CP029329_8	8.41|3247802|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3247802-3247836	35	MN694579	Marine virus AFVG_250M1138, complete genome	22353-22387	10	0.714
CP029329_8	8.41|3247802|35|CP029329|PILER-CR,CRISPRCasFinder,CRT	3247802-3247836	35	MN694540	Marine virus AFVG_250M802, complete genome	20881-20915	10	0.714

1. spacer 5.1|683139|33|CP029329|CRISPRCasFinder matches to MK893987 (Staphylococcus phage PMBT8, complete genome) position: , mismatch: 6, identity: 0.818

tttttttaaaggtgtatattctttaacagtcaa-	CRISPR spacer
tttttctaaaggagtatattctttta-ggtcata	Protospacer
*****.****** *********** * .****  

2. spacer 5.1|683139|33|CP029329|CRISPRCasFinder matches to AP014342 (Uncultured Mediterranean phage uvMED isolate uvMED-GF-U-MedDCM-OCT-S37-C78, *** SEQUENCING IN PROGRESS ***) position: , mismatch: 7, identity: 0.788

tttttttaaaggtgtatattcttt--aacagtcaa	CRISPR spacer
tttttctaaaggtttatattcttttagaaaatc--	Protospacer
*****.******* **********  .* *.**  

3. spacer 8.38|3247602|34|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NZ_CP014325 (Borrelia anserina Es isolate UTHSCSA plasmid lpA89, complete sequence) position: , mismatch: 7, identity: 0.794

atttcctggtaatcttgatattttaaaatcttta---	CRISPR spacer
agttgcaggtaatcttgatattttaag---tttaaat	Protospacer
* ** * *******************.   ****   

4. spacer 9.1|3830327|29|CP029329|CRISPRCasFinder matches to NC_019772 (Anabaena cylindrica PCC 7122 plasmid pANACY.01, complete sequence) position: , mismatch: 7, identity: 0.759

ggtgaaaagatcttaattgtgcttcgcac	CRISPR spacer
tcacaaaagttcttaattgtgcttcccaa	Protospacer
    ***** *************** ** 

5. spacer 8.22|3246532|34|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to MN693342 (Marine virus AFVG_25M9, complete genome) position: , mismatch: 8, identity: 0.765

aataaaggagttaagagcaatgtcgttaaaagat	CRISPR spacer
aataaatgaattaagagcaatgtcaccagaggag	Protospacer
****** **.**************...*.*.** 

6. spacer 8.27|3246865|34|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NC_024217 (Nitrincola phage 1M3-16, complete genome) position: , mismatch: 8, identity: 0.765

taacagtattgtttaataagtaatggagattaca	CRISPR spacer
taacagtattatttaataaataatataaacaata	Protospacer
**********.********.****. *.*. *.*

7. spacer 5.1|683139|33|CP029329|CRISPRCasFinder matches to MH542234 (Staphylococcus phage Terranova, complete genome) position: , mismatch: 9, identity: 0.727

tttttttaaaggtgtatattctttaacagtcaa	CRISPR spacer
tttctttaaaggtgtaaattcttttttattttc	Protospacer
***.************ *******  .* *.  

8. spacer 5.1|683139|33|CP029329|CRISPRCasFinder matches to NC_041928 (Staphylococcus phage phiIBB-SEP1, complete genome) position: , mismatch: 9, identity: 0.727

tttttttaaaggtgtatattctttaacagtcaa	CRISPR spacer
tttctttaaaggtgtaaattcttttttattttc	Protospacer
***.************ *******  .* *.  

9. spacer 5.1|683139|33|CP029329|CRISPRCasFinder matches to KP027447 (Staphylococcus phage phiIPLA-C1C, complete genome) position: , mismatch: 9, identity: 0.727

tttttttaaaggtgtatattctttaacagtcaa	CRISPR spacer
tttctttaaaggtgtaaattcttttttattttc	Protospacer
***.************ *******  .* *.  

10. spacer 5.1|683139|33|CP029329|CRISPRCasFinder matches to MH321490 (Staphylococcus phage Quidividi, complete genome) position: , mismatch: 9, identity: 0.727

tttttttaaaggtgtatattctttaacagtcaa	CRISPR spacer
tttctttaaaggtgtaaattcttttttattttc	Protospacer
***.************ *******  .* *.  

11. spacer 5.1|683139|33|CP029329|CRISPRCasFinder matches to MH321491 (Staphylococcus phage Twillingate, complete genome) position: , mismatch: 9, identity: 0.727

tttttttaaaggtgtatattctttaacagtcaa	CRISPR spacer
tttctttaaaggtgtaaattcttttttattttc	Protospacer
***.************ *******  .* *.  

12. spacer 5.1|683139|33|CP029329|CRISPRCasFinder matches to MF417868 (Uncultured Caudovirales phage clone 7AX_1, partial genome) position: , mismatch: 9, identity: 0.727

tttttttaaaggtgtatattctttaacagtcaa	CRISPR spacer
tttctttaaaggtgtaaattcttttttattttc	Protospacer
***.************ *******  .* *.  

13. spacer 8.23|3246598|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NZ_LR217738 (Candidatus Erwinia haradaeae strain ErCipiceae isolate 3303 plasmid pBio) position: , mismatch: 9, identity: 0.743

gttttattatggatatggattattcatttattatt	CRISPR spacer
tataaaacatcgatatgcattattcatttattatc	Protospacer
  *  * .** ****** ****************.

14. spacer 8.23|3246598|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to CP024689 (Bacillus wiedmannii bv. thuringiensis strain FCC41 plasmid pFCC41-5-125K, complete sequence) position: , mismatch: 9, identity: 0.743

gtttta----ttatggatatggattattcatttattatt	CRISPR spacer
----taaaagccagggatatggattattcatctattgtt	Protospacer
    **    ..* *****************.****.**

15. spacer 8.25|3246732|33|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NC_019521 (Sphingomonas phage PAU, complete genome) position: , mismatch: 9, identity: 0.727

gtaaaaaatccattaaatccaaaataccaccag	CRISPR spacer
gtaaaaacttcattaaatccaaaaggtcaaaca	Protospacer
******* *.************** ..**   .

16. spacer 8.25|3246732|33|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to GU071095 (Synechococcus phage S-SM2, complete genome) position: , mismatch: 9, identity: 0.727

gtaaaaaatccattaaatccaaaataccaccag	CRISPR spacer
ttaaaaaatccattaaatcacaaatccaaattc	Protospacer
 ******************  **** * * .  

17. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to KX346250 (Lactococcus phage MW18S, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

18. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to KC182543 (Lactococcus lactis phage 645, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

19. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NC_028900 (Lactococcus phage SL4, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

20. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NC_049361 (Lactococcus phage 936 group phage PhiL.6, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

21. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to KX379672 (Lactococcus phage 16W12L, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

22. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to KY554760 (Lactococcus phage R3.4, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagagcttaaaa	Protospacer
  ***************  ********  ..** *

23. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to DQ054536 (Lactococcus phage P008, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagagcttaaaa	Protospacer
  ***************  ********  ..** *

24. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NC_001909 (Lactococcus phage bIL170, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

25. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to MF448569 (Lactococcus phage 88605, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagagcttaaga	Protospacer
  ***************  ********  ..** *

26. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to KX379673 (Lactococcus phage MW18L, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

27. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NC_021852 (Lactococcus phage P680, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagagcttaaaa	Protospacer
  ***************  ********  ..** *

28. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NC_049373 (Lactococcus phage 16W23, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

29. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to MF448564 (Lactococcus phage 62601, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagagcttaaaa	Protospacer
  ***************  ********  ..** *

30. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NC_049480 (Lactococcus phage CHPC129, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagagcttaaaa	Protospacer
  ***************  ********  ..** *

31. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to KX346242 (Lactococcus phage 8R06S, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

32. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to KP793117 (Lactococcus phage 936 group phage PhiG, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagagcttaaaa	Protospacer
  ***************  ********  ..** *

33. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to MF448567 (Lactococcus phage 66901, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
tcagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

34. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to KC182542 (Lactococcus phage 340, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

35. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NC_049483 (Lactococcus phage CHPC52, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
tcagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

36. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to KC182550 (Lactococcus lactis phage P475, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
tcagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

37. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to AF009630 (Bacteriophage bIL170, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagaacttaaaa	Protospacer
  ***************  ********  ..** *

38. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to MF448566 (Lactococcus phage 63302, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagaacttaaga	Protospacer
  ***************  ********  ..** *

39. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to KY554761 (Lactococcus phage R31, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagagcttaaaa	Protospacer
  ***************  ********  ..** *

40. spacer 8.28|3246931|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to KC182545 (Lactococcus phage fd13, complete genome) position: , mismatch: 9, identity: 0.743

ggagcaacaaaaagcaaacgatacagataccaata	CRISPR spacer
ccagcaacaaaaagcaatggatacagagcttaaaa	Protospacer
  ***************  ********  ..** *

41. spacer 8.7|3245527|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to AJ972879 (Yersinia phage phiR1-37 complete genome) position: , mismatch: 10, identity: 0.714

gatgtaattggtatattaggatctattgcattaca	CRISPR spacer
ctagaagcgggtatattaggatttattgtattacc	Protospacer
   * *.. *************.*****.***** 

42. spacer 8.7|3245527|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NC_016163 (Yersinia phage phiR1-37, complete genome) position: , mismatch: 10, identity: 0.714

gatgtaattggtatattaggatctattgcattaca	CRISPR spacer
ctagaagcgggtatattaggatttattgtattacc	Protospacer
   * *.. *************.*****.***** 

43. spacer 8.8|3245594|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NZ_KY807920 (Salmonella enterica subsp. enterica serovar Paratyphi B isolate 12-02541 plasmid pSE12-02541, complete sequence) position: , mismatch: 10, identity: 0.714

tgaaaatataactaaagaggtgatttaatatgtat	CRISPR spacer
ggagaatataactaaaggggtgatttcaacaaggt	Protospacer
 **.*************.******** *   . .*

44. spacer 8.8|3245594|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NZ_KY807921 (Salmonella enterica subsp. enterica serovar Paratyphi B isolate 13-SA01718 plasmid pSE13-SA01718, complete sequence) position: , mismatch: 10, identity: 0.714

tgaaaatataactaaagaggtgatttaatatgtat	CRISPR spacer
ggagaatataactaaaggggtgatttcaacaaggt	Protospacer
 **.*************.******** *   . .*

45. spacer 8.8|3245594|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to NC_025830 (Escherichia phage Av-05, complete genome) position: , mismatch: 10, identity: 0.714

tgaaaatataactaaagaggtgatttaatatgtat	CRISPR spacer
cagcatactaactagcgaggtgatttaatatgttt	Protospacer
... *   ******. ***************** *

46. spacer 8.16|3246132|34|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to KU234532 (Nostoc phage N1, complete genome) position: , mismatch: 10, identity: 0.706

atcagcattgattaacatttttatatatccatta	CRISPR spacer
ttggatattgattaacactttaatatatccagct	Protospacer
 * ...***********.*** ********* . 

47. spacer 8.27|3246865|34|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to MN694445 (Marine virus AFVG_250M317, complete genome) position: , mismatch: 10, identity: 0.706

taacagtattgtttaataagtaatggagattaca	CRISPR spacer
aatggatattatttaataagttatggagattggg	Protospacer
 *  ..****.********** *********. .

48. spacer 8.41|3247802|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to MN694579 (Marine virus AFVG_250M1138, complete genome) position: , mismatch: 10, identity: 0.714

ctaaagatattcaattaaaaagtaaa-----tatgatttt	CRISPR spacer
ttaaaaatattcaattaaaaactaaagtacctaaa-----	Protospacer
.****.*************** ****     ** .     

49. spacer 8.41|3247802|35|CP029329|PILER-CR,CRISPRCasFinder,CRT matches to MN694540 (Marine virus AFVG_250M802, complete genome) position: , mismatch: 10, identity: 0.714

ctaaagatattcaattaaaaagtaaa-----tatgatttt	CRISPR spacer
ttaaaaatattcaattaaaaactaaagtacctaaa-----	Protospacer
.****.*************** ****     ** .     

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	1210111 : 1223654	17	Clostridium_phage(33.33%)	capsid,terminase,tail,head,tRNA,portal,protease,integrase	attL 1211881:1211904|attR 1225311:1225334
DBSCAN-SWA_2	1397589 : 1431802	24	Bacillus_virus(50.0%)	coat,protease,transposase,tRNA	NA
DBSCAN-SWA_3	1885467 : 1894720	11	Clostridium_phage(28.57%)	integrase	attL 1877867:1877882|attR 1901782:1901797
DBSCAN-SWA_4	2112417 : 2124065	9	Cyanophage(25.0%)	NA	NA
DBSCAN-SWA_5	3223228 : 3290117	53	uncultured_Caudovirales_phage(50.0%)	coat,protease,transposase	NA
DBSCAN-SWA_6	3347156 : 3374340	39	Bacteriophage(21.74%)	capsid,terminase,tail,head,portal,integrase	attL 3355592:3355607|attR 3368855:3368870
DBSCAN-SWA_7	3689719 : 3750409	56	Leptospira_phage(14.29%)	transposase,integrase	attL 3701881:3701900|attR 3715438:3715457
DBSCAN-SWA_8	4017964 : 4028410	19	Geobacillus_phage(28.57%)	tail,head	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>CP029329|1210111:1223654|DBSCAN-SWA
AATGAGAAATATAAAATTAATAATTGAATTTGATGGAAGTAATTTTTCTGGATGGCAAAGGCAACCTATAGGAAGAACTGTTCAAAGCGTAATAGAAATAGCAATATTTAAGGCTACAGGAGAAAATATTATAATTAATGGAAGTTCTAGGACTGATGCGGGGGTACATGCAAGAGGACTGGTTGCAAGCTTTTTTACTAATAGTACTATACCAGGAGATAAATTTAGAGAGGCTATAAATACAAGATTACCTGAGGATGTATCTATTATTAAATCCGAAGAGGTTGATAAAAATTTTCATGCCAGGTATTCTTCAAAGGGAAAAACATATTCTTATACTATTGTTAATAGATATGAAAGATTGTCTTTAGGTCATCAATATTTATATCATTGTAGATATAAATTAGATGTTGATGAAATGAGAAAAGCTTGCAAGTATTTTATAGGTAAGCATGATTTTAAAGCATTTATGTCTCCGGGAAGCTCTATAAAAACAACTACACGAAATATTGAAGAATTGTATATAGAACAAAAGAGGGATAGAATAAAAATATTTATAACAGCTGATGGCTTTTTATACAATATGGTCAGAATAATAGTGGGAACTTTAATTAAAGTTGGAAATGGAAAATTGAAAGCTGAAGAGATAGAAAGCATAATAATAGAAGGCAATAGAAAAAGAGCAGGTATGTGTATATCACCAAATGGTTTAATATTAGAAAAAGTTTTTTATTAAATGGCAAAAAAATGTTGACACGCCCGTATGCGTGTATTATAATAAGTTTGTTTGTTAAAACATTTATGTATATAAGATCCACTAACCTCGGGTCTTGATATAAAAGAAATTTACCTTTAAAAGGTAAGGAAATAATGTAAGTTCAAGGAGGGAAACAGATGAAATCATACATTGCTAAAGCAAGTGAAATCGAAAGAAAATGGTATGTAGTTGATGCAGATGGTAAGACACTAGGTAGAGTTGCTAGCCAAATTGCTTCAATTTTAAGAGGTAAGAATAAACCAATATTTACACCTAATGTTGATTGCGGAGACTTCGTTATTGTAATCAATGCAGAAAAAGTTGTTTTAACTGGTAAGAAGTTAGATCAAAAATTAATGAGAAAACATAGTTTTTATCCAGGTGGATTAAAAGAAACTCCTTATAGAGTAGTATTAGACAAGAAACCTGAATTCGCTTTTGAAGAAGCTGTAAGAAGAATGCTTCCAAATGGTGTATTAGGAAGACAAATGTTAAAGAAATTAAACGTATATAGAGGCGCAGAACATAATCATGCAGCTCAAAAACCAGAAGTACTTGAGTTAAAGTACTAATACTATCTCGGGAGGAGGAATAAAAAATGGCAAAAGTTCAATATATGGGAACTGGAAGAAGAAAAAAATCAGTTGCAAGAGTAAGACTTGTACCAGGAAATGGTAATGTAGTTATAAATAAAAGAGAAATAGAAAACTTTTTTGGTTTAGAAACATTAAGAGTTATCGTAAACCAACCATTAGTTTTAACTGCAACTAAGGATAAGTTTGACGTGTTAGTAAATGTTCACGGTGGTGGATTTACAGGTCAAGCAGGAGCTATCAGACATGGTATAGCTAGAGCATTAGTTAAATCAGATGAAGCTTTAAAATCAGAATTAAAGAAGGCAGGTTTCTTAACTAGAGATCCAAGAATGACAGAAAGAAAGAAATACGGTCTTAAAAAAGCAAGAAGAGCTCCACAATTCTCAAAGAGATAGTATTTGGAGTACAAGAAAACCCACAAACTTATTGTTTGTGGGTTTTCTTTTTATATATGTATAATAAATCAAGTTATAGCAACAGTTAAAGGAATTATAAAATATTACTATTATTTTTTTACACCTATTTTTACACCATATAGAAATTTTACACCAGGATATAAAAAAATATAAAAATATTAAAGTTTGCAAAAATTAGGGTACTTAGGGTACTTTTTTAAAAAAACATTGATATGACTGAATTAGTACCGATTGAGTACCCTAAAAACATTAGAGTACTTAGAGTACTTAGGGTACTGGAATATATTTAAGCAAAAAAAAGAGGACTTATTTAGCCCTCATAGATACATACAGATCATTTAATTTTGATGCAGCCATAATCTTCATATCTTCAAGTACATGAGTGTATATATCTAAAGTAATAGATATATCGCTATGACCTAATAATTTTTGTACAGTCTTTGGAACTTCTCCAAGTTCAAATAGCCTTGTAGCATAAGTATGTCTTAAATCATGGAATTTTCTATTATTGATTATTTTAGTTTTATCAGTTTCAGCAGTATTAATATTATCTATTATTTTATTCATTCTTTTTCTTACACTACTACTATCTAAATATTTACCATATGAAGTACAGAATACTAAATTATTATCAGTATACAAATTAGCAAGCTTAAATTTTTTTTCTAGTTGCTTTAATCTATACTGTTTTAGTTGTTCAGACAGAGCAGAAGGAATTGAAACACGTCTGACACTATTTACAGTCTTTGGGGTTTGTATTATTGTCTTTAAAGGTTCACGTCCTTCTCTTGATACATCAGCCACACTTTTGACAGTCTTATTAACATCAATGTAACATTCTTCAAAATAAATATCTTCCCATGTAAGAGCAAATAATTCACCTTGCCGCATACCAGTATTTAGAGCCGTAAGAAATAACATTTCTAACTGATTATCCTTAATAGATGAAATAAACATTTGTTGTTCATCTAATGTAAATGGTTGAACTTTACCAGCTTTAGTTAATTTAGTTTGTTGATCTTCTTTAGGTAATACAATAGCACCAGTAAAATCTTTAATTAAAATATTATTGTTATAAGCATACTTTATGCAAGGGGCTATTAATTTATTTAATGTGGCTACACAATTTACAGATGATCCGCTTTTAATCAGTTCGTTGTAATAGCCTTGAATGTCAGTTAATGCTATATCTTTAATTTTAATTTTTGATAAAGAACTATCTTTTATATAGTTTCTATATATACTCTCATATCTTTCTTTGGTAGAAGGTTTTACAATTGAAAATTTTACATCAAAAAGCCAGTTAGCAAAAAAGGTTTCAAAAAAGTCTTTATTATTAACAATATTATTTTCAAGTTCATTTCTAATAGTTCTTATCTTTTGATCAAGTTCCTTAACAGTTGGAGCATATACATCTTTAGGCTTATTTAAATTTTTGTGCCTTAATCTAAAATAATAATATTCTTTACCATTGATGGTTCTTTTAAGATAATTAGTCTTAGCCATTTATTCACCTTCTTGTAAAGTTTTTGAAAGTTCAAGATTGTTATTGCTAAAATCGTCAAATATTGATATATCATTTTTTTTTGAACAAATCAATTGAATACTGTTATAAATGTCACGCTTTAAATCTCTTTGTTCTATTTTAGACAGTTCTTTATAATTTATATTAAATTCTTTTTTAAAGGCTCTAGTCTGAACTAAATAATGAACATAGTGTTTAAAATCATTACAATTGTTATCAACAGTCATGAAAGCTTCATATTCTATTGTATTTATTCTATCTATTGTAACTTCTTCTTCTGAATTATAGTGTTTTTCTGTAAGATCCATCATAGGAATATTTAATTTTTCACTTATGTCACAAATTGTAGTAAATGGAGCATCAACATTTCCAGCTTCGTATTTTCGTATAGTACTTTCACTTTTACCTATTATTTTGCCTAAAGCGGCTTGAGTAAGTTTTTTTTGTTTTCTGACCCTTTTTAAATTTTCGGAAAAATAAGAGTATGCCATAATATCACCTCATATAAAATAATATCACAACCGGTAATTAAAATACAATATAAAATAAAAAAATATTGACAGAGGTAATATAAAGGAATATAATCAAGAAAACAGGTAACTATATTACCGAAAAATAAGGGCGGTCAGATAGGGGGGAAGTAAAAATAAATAATTAGCAAGTTTTTAGTAAATAGAATGGAGGGATAACAAATGAATAATACAACAGTAGAAAAAATTGTGATTAGTCCTAAAGAAGCAATGCAATATTTAGGGTGCGGAAGAAATACAATGTATGAAGTTTTATTGAAGGATAAGAACTTCCCAAAATTTAAGATAGGAAGTAAATTTTATATCAATAAAGATAAGCTCCAAGAATGGGCAAATAAACAATGCAGATAAAAGTAGGTGATTAAGTGGACAAGGAAAATTTCATATCAATAAGTAAAGACATATTTCCAATAGTTCCACTGTTTGATAACTCAAAAATACCAAATGTGAAATGGAGCGATAGGAATTGTCAAATAAAAACAAAAGAAGAATTTAAAAATATATCATCAAGAGCATACAAAAAAGAAGTAACAGGTTTTTCTCTTTTAACTGGTAAAGATAGCAATATTATTGTTATAGATATTGATAAAAATCATGGTGATGGATCAGTTGACGGTGAAGAAAGTTTTAATGAATTGATAAAAGATTTATCAGAAGAAGATAAACAAAAGATAAAAGATACATTTACAGTTAAAACACCAAATGGTGGAAGTCATTTATATTTTAAATATAAAGAAGGATTAAAAAACAAAGCCGATTATTTACCTGGTGTTGACATAAGAACTGATGGAGGAATAATTGTATTACCTGGCAGTAAAGCCAAAGTTAAAGATGAAATTAGAGAATACAAACTATTAAATGATACAAATATTAATGAAATGCCAAAACCATTATTTGATAAGTTTATACAATTAGGACAACCAGTTAAAAAAAAAGCAACTCAAGTTGTAGGTCCAGCTGCAAGTTCTACTTATAAAGAAGGTGTTAGAAACCAGGAACTATTTAAAGAAGTTATTGGAATAGTAAGCAAATCAAGTATAAGAGATATTACAACAATTACATCAATAGCAAAAGGGTTAAATTTACTTAAATGTAATCTACCGTTAGATGATGAAGAAGTTGAAAATATTATTGGAAGTATATCACAAAGATTGAACCCTTCTTATTGTGATGAAAAAGGAAATATTAATAATTACTCATTATCTGAGTATATAATTCAAGATCAACCTAGTTATACAAAAGGTAACTTATGGTTTATGTATGATAATAAAAAAGGTTTTTATAAATATATGGAGTTTAGAGAAGTTCAAAGAATGTATTTCAAATATGCAATAAATGATAAAGATAAAACTATTATAAAATCAAAGAATTTTGCAGAATTATTAATGCTAAGTAGTGAAGACGCAAGAGAAATACATGACGAAAAAAGATATATTAATTGCTTAAATGGAGTTATTGATATTGGAAATAATACAATGTTGCCACATGATCCTAAGTACAAAACAGAAGTACAGTTCAAAGCTAATTTAATAACAGAGCCAACCAAGTACAAAGAATTATTTGATAAATCAGAGTTTAAGAAATTCTTAAATAGTACCTTAGATGAAGGAAGTATAAAAACACTTCAAGAATCATGGGGGCTTATGTTATCGCCACACGCTAGAGAAGTTCAAAATTGTTTTATATATAAGGGTGAAGGTAGTAATGGAAAATCCGTAACATTTGATATTCAAGAAGCTTTAATTGAAGATGATAATCATATTTGTAGTATTGGATTAGGTGATTTTGGAGAAACATTTGCAATATCAGTTGCAGAAGGAAAACACGTTAATATAGTTCGTGATGATGAATTAAGTGGGAAAACTGTTAGCAAAGCTTTTAAATCAATGTGTTGTGGTGAACCAGTTACAGTTAATCGAAAAAATAAAGATCTAGTTAGATTAGGATTTAACATGACAATGTTTTTTGGATTGAATAGACTACCAAGTGCAGCAGATAAGTCAACAGGATTTTTTAGAAGACCTATAATTATTCCGTTTAATAATTCCTTTGGTACAGATAAGGAAGTTTCAGAAGGTACAAGAGATAAAGTTAAAGATCCTAAAATTGCAGAGAGGATAATTGAGAATGAATTAGATATAGTTTTTACATTTGCTTATGTGGGACTTAATAGAGTTAAAAAAAATAATTGGAAAGTAACAGTAAGTAAAGCAGCAGAACATGAAATGGAAGAATACAGAGAAGAAGTTGATTCCGCATATGCTTTCTTTAAAGAAAAGATAACAAAAGTTCATAAGAAAAATATTAAAATTTCTAAAGGTGAAGTTTACAAAACTTATAATGATTGGTGTATATCAAATAGTATAATGCCAATGAATAAAACTCACTTTGGTAGGCAGCTATCTAGTTTTGGAGTTAAGCACATAAAGAGTAATAGTGTAGGTTATTACTTAGATATTGAAGTTGATGATCTGATATTAATTGAAGATAAACGAGGAATATTTAAATAAAAAAAGTAGCATTCCAAAAGGAACACCACAAATACTCACAATATTAGTGTATCTCTTTTGGAGTAAAATTGCAAGGACTTAAAGCATACCAAAATTAATTTATGGAGGGATACACAATGATTAATATTCAAGAATTAAAAAAGCAACTCCAAGAAGGCACATTCTATTATCATAAGTTCGGATTATTAGTTAAAGGCAAAGTAAACATTGTATTACAAGAAAGTGAGGACACTTTAAATGTTAATTTTGTCGGTGGAAATGTAGATGTATATATAGATAAGATTGAACCAGTTAAAAGACCAGGAAACATTATAGCAAAGTTTGAATGGTGTTATTTATTAAAAAATTATTATCATGATGTAATTGGGTATATAGGATTAAAAAAGGAGGATTAATTAATGAATTCAGTATTTGAGATAGATTTAGAGTTAATAAGGTTATTGGAAAAGTTAAAAGAGAGGTGTATAAATAATGATAAAACTACAAATGAGATATAAGACAGAAGAAGAAAAAGCTAAAATACTTGAAATGTTATCAACTGGAGTAACAATTAAAAAAATAAGTGATCCATATAAAAGCGGTCAATATTATAGAGTTTATTTAGATGTTGAATAATTAAAATAATGGAGGAATGTAAAAAATGAAAAGAGAAATAGAATTATTAATTAAAGGTGCTAATATAGAAATAATTAAGGTGTTAAGAGATTTTAATGACACTATGAATGCAACATTAGGTGATACAGTTACTATTACATCAAATACAGGCGTAATCACAAGAAAAGCAACATTGCGAGATACAATAGAATTTTATCAAGATGAATGGTGTAGGGTTTTAGAGAAATTAAATGAATTAGGAATTGAAATTTAAAAATATATCATTAAACCATTGAAAATGGTATGTTTAAACGTTTTTATATGGTATAATATAGGTATAGAAAATTAAATATTTAAGTACCCCATCATATGATGGAAAGCATTAAGAATTTTAATGGCTGCGGGAATATTTAGGAAAGCTCAATTTTGAGCCAACCTATTTATAACCGTAGCCTTTTTATTTTATTTAAGGAAGTGAAAAAGTGAATTTAATAGATAAATTATTCAAAAAGAATAAAGATCCAGCAAGTACAGAACACGTTGAAGTTATGAACGGAAGTGCAGCTATATTTACACCATTTAGCGGTAACGCATATGAAAGTGATATTTATAGAGCAGCAGTTGATTCAATAGCAAGAAATGCAGCAAAGCTTAAACCAGTTCACGTTGTAACAATAGCTGGTCAGAGAAAAGATGGAGATAGTTCACTTAATAGAATATTACAAGTTAGACCGAACCCGTATATGAGTGCATATGACCTTATATATAAGCTAGTTACACATTATTATCTATACAATAACGCATTCGCATATTTACAAAAAGATGATAAGGGCAATTTAACAGGTATATACCCATTAAGCCCCTTGAACATGGAATATATAACAGACCTAACAGGCATATTATATTGCAGATTCTTATTTATGGGTGGTAAGCAATTCATAGTGCCATTTACAGAAGTATTCACGATAAGAAGATTCTTTAATTCTAATGATTTACTAGGAGATACCAACACCGCAATATTACCAACTTTAGACCTGGCACATACACAAAGCGAAGGAATTGAAAACTCAATTAAATCTAGTGCAAGTATAAGAGGGCTATTAAAATATAATCAAATATTAAGCCCCGAAAACCTAAAGAAGGAAAAAGAAGCGTTTATATCTGATTATTTAACTATAAGCAATAATGGTGGAATTGTTGCATTAGATAGCAAGCTGGAATATGTGCCATTAGATTTAAAACCAACAATTATTAATGATAAGCAGATACTATCAATAAAGCAGAAGATATATGAGTATTTAGGAATATCAGAAAATATCGTAAATAGCACATATACAGAAAATGAATGGGCTGCATTTTATGAAAGTATTATTGAACCTTTAGGAGTGCAATTCTCATTGGAACTCACAGAGAAGTTATTTACACCAAGAGAACAAGCTTTTGGAAATTCTATTTTATTAGAAGCTAACAGGCTACAATTTGCAAGCAATACAACTAAAACACAGATATTAAAGGAATTAATGCCATTAGGATTATTTACAGTTAACCAGGCATTAGAAATATTAAACTTACCAAGCGTTGAAGATGGTGACAGAAGGGTACAAACCTTAAATGTTGCTAGTACGGATATAGTAGACAATTATCAGATGAAAGACAAGGGTGAAAATGATGGATAATTTAAAAGATACTATAAGCGAGTTAGAAGAAGAACTTAATGAGGTTAACAAAGATAAAGGAGGTCCCAAAAATGAAGGAAGTCAGAAATGCACAGATTCAGAGCAATGATGAACTTGAACTAATAGGAACACCTATTGTATTTGATGAAGTAACAACAATCAATGATCCTAACGGAAGTTATAACGAGATAATCAAGCGTGGTGCGTTAGATGGGGCAGATTTAACCGACATACGCCTATTATATAACCATGATACAAATAAAATACCATTAGCAAGAGTACCCAAGACAATGCAATTTAATGTTGATGATAAAGGGCTACATATGAGAGCAACTTTACCAGGTACAGAAGAAGCAAAGTCAGTACATACGGCAGTAAGTAGGGGTGATTTAACTGGCATGAGTTTTGCTTTTAAAGTTCCAAAAGGTGGCAGCCTTTATGATCCTAAAACAAACACCAGGACAATAACAAAGATAGAAAAAGTATATGAATGTAGTGTAGTTCCATATCCAGCATATCAAACTACATCTATTGAAGCTAGAAACCAAATAACAGAAGTTCAAAAGCTGGAATCACAAAAAGACCAAATAAAAATAAAAATAAATAAATTATTATTGAAGGAGTGTTAAAACATGAAATTTACAACAGTAGCAGAAGCATTTAATTATTATAGAAACTTTTCTTTAGAAGGTATTGAAACAAGAGCAGCACAAATCAAAGGGACAATTGACAATGATCCAAACGCAGATGTTATGTCAATGAATATCGAAATTGAAGGATTAAACCAAGCAAAACAAAACATTCAACAAAAGAAACCAGGAGCACTAGCAGAAGGTGAAGCACCAGCACAAAGAAGTCAATTCAATCCAATAACAGGAATGAATTTTAATGGTGATGTAGAAGCCCCAAAAGGTGATGTATTCGCAAGTAACGAGTACAGAAGTGCATTCTTTAAGAATATGTTAGGGCAAAAGCTAACAGATCCCGAAGAAAGAACATATAAAAGAGCAATGGAAATTGTAGATACTGAAAAGAGAGCAGACGCATTTAGTACAACAACAAGTGCAGCCGCAGTACTGCCAACTCAAACATTGAACGAAGTTATTTCAAAAGCACGAACAATGGGAGGATTAATTGCAAGTTGTAGAAACTTCAATATTCCAACTAATTTATCAGTACCTATTGGAACACCAAGCACAAAAGCAGCATGGCACGTTGAAGGTGCAGCAGTTGCAAGTGAAGCAGCAGCAACAACAAGCGTATCATTTGCAGCATATGAAATTGTAAAAGTAATGTCAATGAGTGCAGCAGCTAAGAAAATGACAATATTAGCATTTGAAAGTTATATTACAGATGAATTAACAAATTGTGTAATGGAAACAATAGCAGATTCATTAGTAAATGGAACTGGAACAACACAAGGAACTGGATTATTAACAGGAGTTGTATGGAGTGCTTCAAATAGCTTTACATTTGCAAAAGCTGGTAATGTAGCTTATACAGACTTCACAAAAATGGTCGGAATGTTAAAGAGAGGTTATGGGGCTGGAGCAAAATTCGCAATGAATAATTCAACACTTTATAACCAAGTTTATAGCTTAGTTGATTTAAATAAAAGACCAATATTTATTGCAGACCCTAAGAATGAAGAAATAGGTTATATCCTAGGAAAACCAGTTGTAATTGATGATAATATTGCAGATGATGTTATATTATTAGGAAACTTTAATTATATGGGTTACAACATACCACAAGGAATAATAATCGAAACTTCAAGAGATAGCAGCTTTAAGAGTGGCTTAATTGATTATAGAGCATTAGCAATTGCAGATACAAAACCATTAGTTACAGAAGCATTTATAAAACTATCAAGAGCAACCGCATAATAAATAACAATAAGGGTGTAGCGAAAGTTATGCCCTTTAATTAAAAGGAAGTGATTACATGATAATAACATTAGAAGAAACAAAGAACCTATTAAGAGTTGACTTTTCAGAAGATGATAATTTAATACAAAACTTAATTGATACAATACCACAATACCTGGAGAATAAGACAGGCAAGGCATGGAACACAGAGCCTATCAATCCATTAGTTAAAACATTAGCTGGATTCTTATTACAGAGTTGGTATGAAGGAAGTACAGGAGCATTAGACAAAGTTATTGATAATATAATTGCAACACTAACACCAATGGCGAGGATATAAGGCAATGGCGAAGGAATATGCAAAGAGTTTCTATGAGAGTTCAGCGTGGAAGAAATGTCGAAAAGGATTTATGCAAAGTAAACATTATATATGTGAAAGGTGCGGAGGTAGTGCATACATAACACATCATAAGCAACATATAACACCAACAAATATAAATAATTTAAATATTATTTTAAATTGGGATAACCTTCAAGCCTTATGTTTAGATTGTCATAATGTAGTACATGGAAACAATGCAACAGTTAATGGAATAAGTTTTGATAACGAAGGAAATTTAATTTACACCGCCCCAGGTCAAGAAAAATGAGTGAGGTGGCTGGAACCGATGATGGACAACTAGAAACCCCTCTATGTAAATTTTATATTAAGGGTGGGATAAACAAAGTCCCACAACACAAAAGAAAGAGGTGATTTTATGGCAATAGCAATTTCAAAAGATATGAAGCAACTAAAAACATTACTAAAGCAGATACCAAAAGATAGACAACCAATAGCAGAAAGTATTTATAATGAACTTTCATTTATGCAAAAGACATTGAATAGCTTGAAAAAACAAGTTGAAGAAGAAGGTGCAGTTTCAATGTTTAAGCAAGGCAGACAGGAGTTTTTAAGAGAACACCCAGCACTCAAAGGATATAATACAACAGTTCAAAGATATAGCCTATTATATAAGCAATTAGTAGATTTATTACCACCAGTTGAAGTACCAAAAGAAACAGATCCTTTGCTGGAGTTCATAAAAGAATAATGAATTATGTTATTGAATATTTTGAAGCAATAAAAGCTGGTGAATGTATTGTATCAAAAAGAGTATATAAACAATATGAAAAGTTAGTAAATGAGATTAATAATCCAGGTAAATATATTTTTGATGAAGCCAAAGCCTTAAAGCCTATTAAATTTATTGAAACATTCTGTAAACATAGTAAGGGAGAATGGGCAACAAAACCAGTTCTATTGGAGTTATTCCAAAAAGCTTATATATCAGCCTTATTCGGTTTCATAGACAAGAATACAGGATTAAGAAGATATAAGGAAAGTATGTTTTATGTGGCACGTAAGAACGGAAAAAGTACAATGTTAAGTGGTATAGCTGCATATATGTTAGTTGCAGATGGAGAACCTGGAGCAGAAATATATTCATGTGCTACAAAGAAAGACCAGGCAAAGTTGGTATTTGATGAAACCTTAAATATGATAAAACAAAGCCCTTACCTATCGAAGCATATCAAGAAAAGAAAAACTGATTTATATTTCCCACTAACAATGAGTAAGTTCCAGCCATTGGGTAAAAATTCTGATACATTAGACGGATTAAACGCCCATTGTGTAATTATTGATGAATTACATGGAGTTAAAGACCGTAACCTATATGAGGTTATGAAGCAATCACAATCAGCAAGAAGGCAACCGCTATTACTTATGATAACAACCGCTGGAACTATTAGAGAATGTATATTTGACGATATGTATGATTATGCGTGTAATATCGTTGATGGGAATTTTGAAGATGAAACATTTCTTCCTATATTATATGAATTAGATAAAAAAGAAGAATGGCTTGAACCTGGAGCATGGGCGAAAGCTAATCCAGCACTAGGAACAATTAAAAAATTAGATGATTTAGAGAGAAAAGTTGAAAAGGCGAAGAATAGCCCTAAAGATTTAACTGGAGTATTAACAAAAGATTTTAATATAAGAGATACAATTTCAAGTGCATGGTTGACATTTGAGGACCTTAACAATGAAGAAACTTTTAATATTGAAGATTTTAAGAATTGTTATGCAATAGGTGGTGCAGATTTATCAATCACAACAGACTTAACTTGTGCAACTCTTTTATTAATAGATAAGGTTACTCAAAAAAGATATATTCATCAAATGTACTGGCTACCAAGTGATAATTTTGAACAGAGAGTAAAGCTAGAAAAGATACCATATGATATATGGCTTAAACGTGGATTGATAAGGCTATGTAGTGGCAATTCAATTAATTATAGTGATGTTACCGCATGGTTTGTTGAAATGCTTAACAATTATGGTATAACGCCATTATGGATATATTACGATAGTTATTCCGCTAAGTATTGGGTTGAAGAAATGGAACAGAACGGATTTAAGATGGTTAGAGCAATCCAGGGTGCAAGAACTCTATCACTACCAATGCAGCAGCTAGGGGCAGACCTAAAGGCAAATAAAATTAATTATAATAATAATCCTATTCTTAAATGGTGCTTAACTAATACAGGTATTCAAGAAGATAGGAACGGAAATATTGTACCTATTAAGAACCAGGCAGCAAAGCAGAGAATAGATGGACTTGCTTCAATGTTGGATTCATATGTCGGATTATATGAACACTTTGAAGAATTTATTAGAGCATTATAAAGGAGTGAAAACAAATGGGTAAGTATAGAAAAGATAAAAAGATAAGCATAATTAAATTGACAAGCTATCAAGATGAAATTGGAAACGATATTGAAGAAGAAGCACCAGTTCCAGGGTGTGAAAATATATGGGCTTATTATAGACATATATCTGGTACAGAATATTTTGCAGCAGCAACAACTAATACAAAAGTCGAGGTTACATTTCAAATAAACTGGAGAACTGGAATTGATACAAGCATGAAAATTTTATATAACAATAAAACATACTGTATAACTCATATTGATGATTTTGAAGGCAAAAAGACAGATTTAAAAATATATGCTTATAAAATTAATTAG

Protein sequences of DBSCAN-SWA_1

>CP029329|1210111:1223654|1214096_1214285_+|AWK50475.1|DBSCAN-SWA
MNNTTVEKIVISPKEAMQYLGCGRNTMYEVLLKDKNFPKFKIGSKFYINKDKLQEWANKQCR
>CP029329|1210111:1223654|1212185_1213385_-|AWK50473.1|integrase|DBSCAN-SWA
MAKTNYLKRTINGKEYYYFRLRHKNLNKPKDVYAPTVKELDQKIRTIRNELENNIVNNKDFFETFFANWLFDVKFSIVKPSTKERYESIYRNYIKDSSLSKIKIKDIALTDIQGYYNELIKSGSSVNCVATLNKLIAPCIKYAYNNNILIKDFTGAIVLPKEDQQTKLTKAGKVQPFTLDEQQMFISSIKDNQLEMLFLTALNTGMRQGELFALTWEDIYFEECYIDVNKTVKSVADVSREGREPLKTIIQTPKTVNSVRRVSIPSALSEQLKQYRLKQLEKKFKLANLYTDNNLVFCTSYGKYLDSSSVRKRMNKIIDNINTAETDKTKIINNRKFHDLRHTYATRLFELGEVPKTVQKLLGHSDISITLDIYTHVLEDMKIMAASKLNDLYVSMRAK
>CP029329|1210111:1223654|1217520_1218714_+|AWK50478.1|portal|DBSCAN-SWA
MNLIDKLFKKNKDPASTEHVEVMNGSAAIFTPFSGNAYESDIYRAAVDSIARNAAKLKPVHVVTIAGQRKDGDSSLNRILQVRPNPYMSAYDLIYKLVTHYYLYNNAFAYLQKDDKGNLTGIYPLSPLNMEYITDLTGILYCRFLFMGGKQFIVPFTEVFTIRRFFNSNDLLGDTNTAILPTLDLAHTQSEGIENSIKSSASIRGLLKYNQILSPENLKKEKEAFISDYLTISNNGGIVALDSKLEYVPLDLKPTIINDKQILSIKQKIYEYLGISENIVNSTYTENEWAAFYESIIEPLGVQFSLELTEKLFTPREQAFGNSILLEANRLQFASNTTKTQILKELMPLGLFTVNQALEILNLPSVEDGDRRVQTLNVASTDIVDNYQMKDKGENDG
>CP029329|1210111:1223654|1221340_1221673_+|AWK50483.1|DBSCAN-SWA
MAIAISKDMKQLKTLLKQIPKDRQPIAESIYNELSFMQKTLNSLKKQVEEEGAVSMFKQGRQEFLREHPALKGYNTTVQRYSLLYKQLVDLLPPVEVPKETDPLLEFIKE
>CP029329|1210111:1223654|1220658_1220922_+|AWK50481.1|DBSCAN-SWA
MIITLEETKNLLRVDFSEDDNLIQNLIDTIPQYLENKTGKAWNTEPINPLVKTLAGFLLQSWYEGSTGALDKVIDNIIATLTPMARI
>CP029329|1210111:1223654|1214299_1216444_+|AWK50476.1|DBSCAN-SWA
MDKENFISISKDIFPIVPLFDNSKIPNVKWSDRNCQIKTKEEFKNISSRAYKKEVTGFSLLTGKDSNIIVIDIDKNHGDGSVDGEESFNELIKDLSEEDKQKIKDTFTVKTPNGGSHLYFKYKEGLKNKADYLPGVDIRTDGGIIVLPGSKAKVKDEIREYKLLNDTNINEMPKPLFDKFIQLGQPVKKKATQVVGPAASSTYKEGVRNQELFKEVIGIVSKSSIRDITTITSIAKGLNLLKCNLPLDDEEVENIIGSISQRLNPSYCDEKGNINNYSLSEYIIQDQPSYTKGNLWFMYDNKKGFYKYMEFREVQRMYFKYAINDKDKTIIKSKNFAELLMLSSEDAREIHDEKRYINCLNGVIDIGNNTMLPHDPKYKTEVQFKANLITEPTKYKELFDKSEFKKFLNSTLDEGSIKTLQESWGLMLSPHAREVQNCFIYKGEGSNGKSVTFDIQEALIEDDNHICSIGLGDFGETFAISVAEGKHVNIVRDDELSGKTVSKAFKSMCCGEPVTVNRKNKDLVRLGFNMTMFFGLNRLPSAADKSTGFFRRPIIIPFNNSFGTDKEVSEGTRDKVKDPKIAERIIENELDIVFTFAYVGLNRVKKNNWKVTVSKAAEHEMEEYREEVDSAYAFFKEKITKVHKKNIKISKGEVYKTYNDWCISNSIMPMNKTHFGRQLSSFGVKHIKSNSVGYYLDIEVDDLILIEDKRGIFK
>CP029329|1210111:1223654|1221669_1223313_+|AWK50484.1|terminase|DBSCAN-SWA
MMNYVIEYFEAIKAGECIVSKRVYKQYEKLVNEINNPGKYIFDEAKALKPIKFIETFCKHSKGEWATKPVLLELFQKAYISALFGFIDKNTGLRRYKESMFYVARKNGKSTMLSGIAAYMLVADGEPGAEIYSCATKKDQAKLVFDETLNMIKQSPYLSKHIKKRKTDLYFPLTMSKFQPLGKNSDTLDGLNAHCVIIDELHGVKDRNLYEVMKQSQSARRQPLLLMITTAGTIRECIFDDMYDYACNIVDGNFEDETFLPILYELDKKEEWLEPGAWAKANPALGTIKKLDDLERKVEKAKNSPKDLTGVLTKDFNIRDTISSAWLTFEDLNNEETFNIEDFKNCYAIGGADLSITTDLTCATLLLIDKVTQKRYIHQMYWLPSDNFEQRVKLEKIPYDIWLKRGLIRLCSGNSINYSDVTAWFVEMLNNYGITPLWIYYDSYSAKYWVEEMEQNGFKMVRAIQGARTLSLPMQQLGADLKANKINYNNNPILKWCLTNTGIQEDRNGNIVPIKNQAAKQRIDGLASMLDSYVGLYEHFEEFIRAL
>CP029329|1210111:1223654|1217084_1217312_+|AWK50477.1|DBSCAN-SWA
MKREIELLIKGANIEIIKVLRDFNDTMNATLGDTVTITSNTGVITRKATLRDTIEFYQDEWCRVLEKLNELGIEI
>CP029329|1210111:1223654|1216563_1216839_+|AWK53038.1|DBSCAN-SWA
MNIQELKKQLQEGTFYYHKFGLLVKGKVNIVLQESEDTLNVNFVGGNVDVYIDKIEPVKRPGNIIAKFEWCYLLKNYYHDVIGYIGLKKED
>CP029329|1210111:1223654|1219346_1220600_+|AWK50480.1|capsid|DBSCAN-SWA
MKFTTVAEAFNYYRNFSLEGIETRAAQIKGTIDNDPNADVMSMNIEIEGLNQAKQNIQQKKPGALAEGEAPAQRSQFNPITGMNFNGDVEAPKGDVFASNEYRSAFFKNMLGQKLTDPEERTYKRAMEIVDTEKRADAFSTTTSAAAVLPTQTLNEVISKARTMGGLIASCRNFNIPTNLSVPIGTPSTKAAWHVEGAAVASEAAATTSVSFAAYEIVKVMSMSAAAKKMTILAFESYITDELTNCVMETIADSLVNGTGTTQGTGLLTGVVWSASNSFTFAKAGNVAYTDFTKMVGMLKRGYGAGAKFAMNNSTLYNQVYSLVDLNKRPIFIADPKNEEIGYILGKPVVIDDNIADDVILLGNFNYMGYNIPQGIIIETSRDSSFKSGLIDYRALAIADTKPLVTEAFIKLSRATA
>CP029329|1210111:1223654|1211004_1211439_+|AWK50471.1|DBSCAN-SWA
MKSYIAKASEIERKWYVVDADGKTLGRVASQIASILRGKNKPIFTPNVDCGDFVIVINAEKVVLTGKKLDQKLMRKHSFYPGGLKETPYRVVLDKKPEFAFEEAVRRMLPNGVLGRQMLKKLNVYRGAEHNHAAQKPEVLELKY
>CP029329|1210111:1223654|1223327_1223654_+|AWK50485.1|head,tail|DBSCAN-SWA
MGKYRKDKKISIIKLTSYQDEIGNDIEEEAPVPGCENIWAYYRHISGTEYFAAATTNTKVEVTFQINWRTGIDTSMKILYNNKTYCITHIDDFEGKKTDLKIYAYKIN
>CP029329|1210111:1223654|1218785_1219343_+|AWK50479.1|head,protease|DBSCAN-SWA
MKEVRNAQIQSNDELELIGTPIVFDEVTTINDPNGSYNEIIKRGALDGADLTDIRLLYNHDTNKIPLARVPKTMQFNVDDKGLHMRATLPGTEEAKSVHTAVSRGDLTGMSFAFKVPKGGSLYDPKTNTRTITKIEKVYECSVVPYPAYQTTSIEARNQITEVQKLESQKDQIKIKINKLLLKEC
>CP029329|1210111:1223654|1210111_1210846_+|AWK50470.1|tRNA|DBSCAN-SWA
MRNIKLIIEFDGSNFSGWQRQPIGRTVQSVIEIAIFKATGENIIINGSSRTDAGVHARGLVASFFTNSTIPGDKFREAINTRLPEDVSIIKSEEVDKNFHARYSSKGKTYSYTIVNRYERLSLGHQYLYHCRYKLDVDEMRKACKYFIGKHDFKAFMSPGSSIKTTTRNIEELYIEQKRDRIKIFITADGFLYNMVRIIVGTLIKVGNGKLKAEEIESIIIEGNRKRAGMCISPNGLILEKVFY
>CP029329|1210111:1223654|1220926_1221232_+|AWK50482.1|DBSCAN-SWA
MAKEYAKSFYESSAWKKCRKGFMQSKHYICERCGGSAYITHHKQHITPTNINNLNIILNWDNLQALCLDCHNVVHGNNATVNGISFDNEGNLIYTAPGQEK
>CP029329|1210111:1223654|1213385_1213895_-|AWK50474.1|DBSCAN-SWA
MAYSYFSENLKRVRKQKKLTQAALGKIIGKSESTIRKYEAGNVDAPFTTICDISEKLNIPMMDLTEKHYNSEEEVTIDRINTIEYEAFMTVDNNCNDFKHYVHYLVQTRAFKKEFNINYKELSKIEQRDLKRDIYNSIQLICSKKNDISIFDDFSNNNLELSKTLQEGE
>CP029329|1210111:1223654|1211465_1211858_+|AWK50472.1|DBSCAN-SWA
MAKVQYMGTGRRKKSVARVRLVPGNGNVVINKREIENFFGLETLRVIVNQPLVLTATKDKFDVLVNVHGGGFTGQAGAIRHGIARALVKSDEALKSELKKAGFLTRDPRMTERKKYGLKKARRAPQFSKR

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AWK50470.1|1210111_1210846_+|tRNA	tRNA pseudouridine(38-40) synthase TruA	NA	NA	NA	NA
AWK50471.1|1211004_1211439_+	50S ribosomal protein L13	NA	NA	NA	NA
AWK50472.1|1211465_1211858_+	30S ribosomal protein S9	NA	NA	NA	NA
1211881:1211904	attL	NA	NA	NA	NA
AWK50473.1|1212185_1213385_-|integrase	site-specific integrase	A0A0A8WIE1	Clostridium_phage	2.5e-24	27.6
AWK50474.1|1213385_1213895_-	hypothetical protein	NA	NA	NA	NA
AWK50475.1|1214096_1214285_+	DNA-binding protein	NA	NA	NA	NA
AWK50476.1|1214299_1216444_+	DNA primase	A0A173H0P8	Pseudoalteromonas_phage	9.5e-06	32.7
AWK53038.1|1216563_1216839_+	hypothetical protein	NA	NA	NA	NA
AWK50477.1|1217084_1217312_+	hypothetical protein	NA	NA	NA	NA
AWK50478.1|1217520_1218714_+|portal	phage portal protein	A0A1L2BY94	Clostridium_phage	7.2e-64	38.3
AWK50479.1|1218785_1219343_+|head,protease	HK97 family phage prohead protease	D7PQ42	Enterococcus_phage	2.1e-18	31.9
AWK50480.1|1219346_1220600_+|capsid	phage major capsid protein	NA	NA	NA	NA
AWK50481.1|1220658_1220922_+	DNA packaging protein	A0A0A7RWM0	Clostridium_phage	1.1e-09	48.4
AWK50482.1|1220926_1221232_+	HNH endonuclease	A0A0C5AEM7	Paenibacillus_phage	5.8e-10	44.2
AWK50483.1|1221340_1221673_+	hypothetical protein	A0A290GJQ7	Caldibacillus_phage	1.4e-17	43.4
AWK50484.1|1221669_1223313_+|terminase	terminase large subunit	A0A290GJW3	Caldibacillus_phage	5.5e-163	52.5
AWK50485.1|1223327_1223654_+|head,tail	head-tail adaptor protein	A6M954	Geobacillus_virus	4.3e-11	42.9
1225311:1225334	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>CP029329|1397589:1431802|DBSCAN-SWA
TTTAATATTGTTGCACTTCATTGAAGATGGCTCCTGTTGCATCTATTTCTGTCTGCGGTGCTGGAGACAAAGCATAAAAACCACTTTTAACCATCCATTGCCATACTTCATAAGCATGATTACAACTCATTGTAAAAGCATCTTTTAAGAATTCTCGAAGTTCTGGATTACTTGCTTCCATAGCACTCCATGCATACTCTCTTCCAGCTCTTTTTAAAGTTAAAAGATATCCTGTAGCTATTTCCCTATCATTCAATTGTTGTACATCTGTTCTAGGTGTAACTGGAATTGTTGCAACTGGCGCTTTAGTAAAGTCTTGTAGAATTTTTGTTAATACTGGAACATTCAACTTTTCTGTAGGTGCAGTTGCATCTTTAACAAATTTAACTTTCATATTATAATCTTGAACATGAACTGGAAAATGAGTTTCTATCATAGATTTTAATTGTGGGTCTGTAACCATATTTTTGTAAAGTGCCATATTAGTTATAGAATTTACGCAGCTTAAAATTAATTCACTCAAATTATGTAATTCACCACATGATAATTGCATGATACTTTCCTCCTGCTAATTATATATTTTAAACAGTAATATTAAACTTTATTTTCTAGGGTTTTCAAAAGATGGTGGTGTTGGGTCTGGAGCTTTTTGTGCTGGTCCAGGTGTAGATAAATCAAAATAAAGTTTAGAATCTTGAGTAACACCAAAATCTTTATTTGAACCAGTATTTTGTACCTTATTTAAGGCTTCTCTAAATAAGGCATTATGAGCTTCTTCTCTATTAAGTAAGAAATCAATTGTTGCTCTAACTTCTTTGTCTTCAATTTGGCGATACAAGTACTCATATACAACTTTAGCTCTTTGTTCAGATGCTATATTAGATAATAAATCTGCAACTAAATCACCAGTAACAGTTACATAATCTGCTGTCCAAGGTGCTCCAGATGAATTAATTAATACAGGTGATAAGCCACATTGTACATGGGTTTGAATTTCACCATTAGTAACTTGTGTATTATTTACATCATGACCATTTAGCAAGTTTATTGTTTGTGCTACCATTTCCATGTGACTAAGTTCTTCTGCGCCAATATCCAAAAATAAATCTTTTATTTCAGGGTCTTTTATCCTAAAGCTTTGAGAAAGATATTGCATTGCTGCTTTAACCTCTCCATTGCCTCCACCTAATTGTTCTTGCATTAATACTGCATATTGTGGATTCGGTCTTTCAACTTTTACTTCATGTAATAATTGTTTCTTATGCTCGAACATAAAAACACCTCCAAGTAATAAATTTTACTTTCATAGTATTTGTTTTATTATCATTAATATTCATGTGTAATTACCAATACTGACTATTATGAAGCTCAATTTTTATTGTTATTGATAAAAATAATGTAGTCCTACAGGCAACTAACAAATTAATGGAGATAAGTGTATAGTATTAAAAAAAGTGGAATACTAATTATGAGGTGATTTACATGGAAAGTGTATGGAATTCTGAGATTAATTTTAGAAAAAGAGAAGTTTTAAGTAAAGATATAGAGTGTGATATTCTTGTAATAGGAGCTGGAATGGCTGGATTACTCACAGCATATATGCTTGCTAAAAGTGGGAGAGAAGTTGTTATTATTGATGCTAAAAGTACTGCTAATGGAGTTACGAAAAATACAACAGCAAAGATAACATGTCAGCATGACTTAATTTACGATAGTATAATTAAGGAATTTGGAGAAGAAGGAGCAAGGCAATATGCTAAGGCTAATGAACTTGCAATAGAAAAGTATAAAGAAATAATTGATGAGGAAAATATTGATTGTGATTTTGAACGCAAGGATGCATATGTGTATTCTTTAGATAATACTGAAAGCCTTAAAAGTGAATATATTGCAGTAAAAAAACTAGGAATTGATGCAGAGTTAGTGGATGAAGTAAATCTTCCTTTTAAGGTTAAAGGAGCATTGAAGTTTAAGAATCAAGCACAGTTTAATCCACTTAAATTCTTAAGAACAATTTCAGAAAAATTGACTATTTATGAAAATACAACAGCACTTGATATTACAGAAGAAATTTCTGTAGTTACAAAAGATGATATAAAAATTAAGGCAAATAAAATAATAGTGGCAACACATTATCCATTTTTAAACACTCCAGGCTATTATTTTATGAGAATGCATCAAGAAAGATCATATGTTTTAGCTTTAGAAAATGCTCAAGATGTAAATGGAATGTATAAAGGTATTGATAAGAATGCATATTCATTTAGAAATTATAAAAATTTATTAATATTTGGTGGTGAAGCACAAAGAGCTGGGGAAAATGAAGAGGGTGGAGCCTATGAAAAACTCAGAAAAGCAGCCAAAGAACTTTATCCGAATTCAATAGAAAAATATCATTGGTCAGCACAAGATTGTATGACCTTAGATAATATACCTTATATAGGTCATTACTCATCAAAAACCCCTGATATTTATGTTGAAACAGGATTTAAAAAATGGGGAATGACAACTTCAATGGTAGCTGCAATGATAATAAGTGATATGATTCTTGAAAAGGAAAATGACTTTTCGGAAATATTTTCACCAGGAAGATTTGATATGTCAGCATCAATGAAAAATGCTGCTAATGATCTTATGATAACTGCAAAAAACTTTATTGCGCAGAGGATAGATATTCCAGAGGAAAGTATTGTAAGTCTTAAAAATGGTCAAGGCGGTATAGTAGAATATAAAGGTCGAAAGACTGGCGTGTATAAGGATAATGATGGAAGAATATTTGCAGTATCAACAAAATGTGCTCATCTAGGATGTGAGCTTCACTGGAATGCTGACGAATTAACTTGGGATTGTCCTTGCCATGGTTCAAGATATGATTATAAGGGCAATTGGATAGAAAGCCCTACAAATAAGTCTCTTGATGAAATATAGCTTTACAAAAGTGGAGTTTTATGCAGCATAAATGAAGATAGATATAATAAAAAAGATATAAGTATAATGCATTTCCTAAGTATACTTTTAAAGGAAGTGAATATGAAATCAACTAATAAAGGTTATGAATTATAATTATTCTAATATTTACATAGATTATTATTTATCATAGTGGTTAATATATTACTGCCAACAAATTTATTATAATTAAAGGAGGTAGATATATATGGGCTCAAACAACAATTCAAGTAACAGAACTTTAGTACCAGAAGCAAGACAAGGGTTAAACAAATTTAAAACTGAGGTTGCTTCATCAATTGGATTACAAGACTATGAAAGCACAGATAAAGGAAACCTTTCTTCAAGACAAAATGGAAGCGTTGGTGGGGAAATGGTAAAGAGAATGGTAGAAAGTTACGAAAAAGGACTTTAAAAATTAACTGATTATACATGCACTAAGCTAGCTCTTGGTGCATGTATAATTATGTAAAAGGCACTATTAAATATTAATGATGGTTAATTAAAGTGCCGTATTATTAAAAATGAATTTGCCATATCTAAATGAATAATACTTAAGTTTTTAAATTAACTAGTATTATAATTTATGCAATTATTAATATTTTATTTTTAAATTTTCAATACCTTTATTCCTAAATACCCTGTAAAGCTAAGTCTTAAGTTTAAACTTAAGATATATGTAGGCAATACAGGGTATTTTAATATATTTTTTTAAACTAATAGTAAGAAAAAAGATAGAACTTCAATAGATTGATAGTCATATATAATTTTTAGTGAGGAATGAATAAATTAAAAAAGTCTGAGAAAAATAAATTACATAAGTTTAAGTAGCAGGAGGTAATAATACTTGAGTAGTATAAATGGAATTTGAGTAAGTATACCGAGAAAATAAGCTTTTGATAAAGTTACAGGAGATAAACCAGGATGTGAAAATGGAGACTGTGGTGCATGCACTATTCTTATAGATGGATGGCCTATAAAATCTTACTTAATGCTGACGGTTGAAGCAATAAATAAAAAGATAGTTACTGTTGAAGGCTTGAAAAATGCACCAATACAAAAAGCTTTTGTAGATAATTTTAGTTTTCAATGTATATAAAGCTAATTTCAATATTATTATTTAAAAATATAGATTTATTGATTCAATAATTATTTGGATTTTGATCAAAAACAATGGTAGGCTGTTTTATAAAGTAAAAGTATATAAAGACATGAAAAGATGGTTATAAATTATAATGATTCTAATATTTACATAGGTTATTATTTATCATAGTGGTTAATATATTACTGCCAACAAATTTATTATAATTAAAGGAGGTAGATATATATGAGCTCAAACAACAGTGGAAGTAACAGAACTCTAGTACCAGAAGCAAAACAAGGTTTAAACAAATTAAAAACTGAGGTTGCATCAGAAATCGGATTACAAAACTATGAAAGCACAGATAAAGGAAACCTTTCTTCAAGACAAAATGGAAGTGTTGGTGGGGAAATGGTAAAGAGAATGGTAGAAAGCTACGAAAAAGGACTCTAGAAGATAACTAATTATACATGCACTAAGTTAATTCTTGGTGCATGTATAATTATGTAAAAAAGTACTGATGTTGCAATTTGCAGTATATTTAATCTATTACGACATAGTTATATTTGAAATAGGTGATTTCAATGGAACAATATTTTAGGATTACTATGAAAATAATTTCAAAATCAACATAAGTATACTTGTTTCTAAGTTAGACCAGGGTTTAAGAATAAACTCTGGTTTATTTTGATTTGAAATATTTTTCAGATAAGTAGACAAAAAAATATGCTAGATTTAATAATTGATTTTTATATGATTAATGTATAGTGATTAAAGATTTACCTTGAAATAAAGAACTATTTCAAAGTAGATCTTTTGTTTATTTTAAAAACATGTATTATTTGCAACAATAAATTAAATAATACTATTAGACTACTTTTTAAGTAAAGTTAGTGAACAAGTTAGCAATGCAGGAAAATCACAATGTAAATGAGACAATATATTAAGGAGGAACATGGCTATGAAAAAAAATGTACTAAAGAGAATGGTATCATTAATAACAATAATTGTTTTAAGCATTACAATATCTTCAAACGATATTGCATATAGCTCAGAATTTAATATAGAAAGTAATGTAAGTAGTAACTCAATAGAACTTAAACAAGATGTTAGAGTACAGGATGATTTTTATAATGCAATAAATAAGGATTGGTTATCAAACACAAAACTTGCAAATGGATATGTTTCTTATGGTACTTTTGAAGAAGTATGTGGAAAAGTAAATGAGGATATACATAATATAATACTAGATATACAAAAAAATAAAAATATATACGCAGCAAATAGCGATGAAGTAAAAGTTTTAAATTTGTACAATAACTATTTAGATATAGAAAAAAGAAATAAATTAGGGATAAGACCTATAGAAAAATATATAAATAAAATCAATGATATTAAAACTATAAAAGATTTAGACGGAATATTAGGTGAAAATGAATTTTCATATTTTCAATCGTTAATTAATTTAGGAGTAGGACCTGATTATAAAAATAGTAATACTAATATATTATATATATCACGTAGCAATCTTGGTTTAGGGAATTCCTTTTATTACAAGGATACTAGAAATAAAAGTCAAAACATAAAACAAGTGTATATTAATTATTTAACTAAATTACATACTTTATATGGAGAGGATGAAAAAATAGCAAAAAAGAATGCAGAAACATTTTATAATATTGAAAATAATATTGCACAAAAGATACCTTCTTTTGAAGAAGAAGCTAAAGATGATAATAGAATACAAAAATCGTACAACGCATATACAATTGAAGAACTAAAAGAATTGATACCTAATATAGATATTTCTGGGTTATTATCTAAATTAAATATAAGCCATGCAAATAAAATAATAGTGGAAAATCCTGAAGAATTAAAATTAGTAAATTCATTTATGACTGAAGACAATATAGATGATATTAAGATTTTTTTGAAAACAAGTGTGTTATTAAATACAGATAACTTTTTAACTTCTGAATATAGAGAAGCAAGTAATGAACTTAGAAAAACATTATATGGAGTGGATGCTAATGATTTAAATGAAGGTTCTGGAATTAAATTTGCGAACTGTCAATTAAATGAAATTTTAAGCAAATTATATGTAGATAAATATTTTGATGAAAATTCTAAAGATGATGTAGAAAATATTGCGAAAGAAATAATAAAAAACTTTAAAAATAGATTACAAAACATTTCGTGGATGAGTAAATCAACAAAAGATGAAGCATTTAATAAATTAGAAAATATTAATGTAAAAATTGGTTATCCTGACAAATGGAATGATTATAGTGATATAAAAATAAATTCTTATGATGAAGGTGGATCTATAATTGAAAATGTAATAAACATTTATGTATCACAAAGCAGAAAACAATTTTCTAAATTAAATGAACCAGTTAATAAAAATGAATGGAATATGGGCGCTTGTACGGTTAATGCATATTATAATGCATTAAATAATGAAATTGTATTCCCGGCAGGAATATTACAAGCACCATTTTATGACAAAAATGCAAGTAAAGAAAAAAACCTTGGGGGGATTGGAGTTATTATTGGCCATGAACTTACTCATGCATTTGATAATACAGGAGCTCAGTTTGATGAGACTGGTAAATTAAAAAATTGGTGGAGTGCTAATGATTATAAAGAATTTACTCGTAGAAGCAAAAAAGTAGTAGATTATTATTCTAATATAGAAATTAGTGATGGAAACTTTATAAATGGATTTTTGACTGTAGGAGAAAATATAAGTGATTTAGGCGGAATAGCTTGCGTTTTAGATCTTACTAAAGATATAGAAAGCCCTAATTTAAAAGATTTATTTGAAAATTATGCAACAATTTGGAGAGAAGTTTCAACAAAAGAATTAAAAGAATATTTATTAAATAATGATCCACATGCTCCTAAAAAGGTTAGAGTAAACGCAGTTTTATCACAATTTGAAGAGTTTCATAAAACTTATGGCATAAAAGAAGATGATAAAATGTATGTACGACCAGAAGATAGGGTAGGAATCTGGTAAAAAGTAAATAAAGTTTGTAATGAATTTAGGGAAAAGACACTAATAACGAACTTAAATATAGTAAATATGACATTGATATGTAGTAAAAGGGGAGATAAACTCTTTAAACATATCCTAGTGTATCTCTTTGCATATAGTTGCGAAATATAGAGTAAATTAAAGAAAATAAAGAATGATTATCAAAAAACAATGAAAAATGAAAAGTAAACAACTAATATGATGATATAATAGATTTTGTTGTCACGAAAGTTGATGAACAACACTAAGAAAGTTTGAAAAAAGTGTTGACATTGATTTGAGTAGATGATAAGATAACTAAGTTGCTTAATAGCGACAAGATCTTTGAAAATTGAACAGAATAATATAAGTACATTTAAGTAAACCAGCAATTTTTATTTGAGTAAGCTAAGATTAAACTTTTTATTGAGAGTTTGATCCTGGCTCAGGACGAACGCTGGCGGCGTGCTTAACACATGCAAGTCGAGCGATGAAGCTCCTTCGGGAGCGGATTAGCGGCGGACGGGTGAGTAACACGTGGGTAACCTGCCTCATAGAGGGGAATAGCCTTCCGAAAGGAAGATTAATACCGCATAAGATTGTAGTTTCGCATGAAACAGCAATTAAAGGAGCAATCCGCTATGAGATGGACCCGCGTCGCATTAGCTAGTTGGTGAGGTAACGGCTCACCAAGGCGACGATGCGTAGCCGACCTGAGAGGGTGATCGGCCACATTGGGACTGAGACACGGCCCAGACTCCTACGGGAGGCAGCAGTGGGGAATATTGCACAATGGGGGAAACCCTGATGCAGCAACGCCGCGTGAGTGATGACGGTCTTCGGATTGTAAAACTCTGTCTTTGGGGACGATAATGACGGTACCCAAGGAGGAAGCCACGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGTGGCAAGCGTTGTCCGGATTTACTGGGCGTAAAGGGAGCGTAGGTGGATATTTAAGTGGGATGTGAAATACTCGGGCTTAACCTGAGTGCTGCATTCCAAACTGGATATCTAGAGTGCAGGAGAGGAAAGTAGAATTCCTAGTGTAGCGGTGAAATGCGTAGAGATTAGGAAGAATACCAGTGGCGAAGGCGACTTTCTGGACTGTAACTGACACTGAGGCTCGAAAGCGTGGGGAGCAAACAGGATTAGATACCCTGGTAGTCCACGCCGTAAACGATGAATACTAGGTGTGGGGGTTGTCATGACCTCCGTGCCGCCGCTAACGCATTAAGTATTCCGCCTGGGGAGTACGGTCGCAAGATTAAAACTCAAAGGAATTGACGGGGGCCCGCACAAGCAGCGGAGCATGTGGTTTAATTCGAAGCAACGCGAAGAACCTTACCTAGACTTGACATCTCCTGAATTACTCTTAATCGAGGAAGTCACTTCGGTGACAGGAAGACAGGTGGTGCATGGTTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCTTATTGTTAGTTGCTACCATTTAGTTGAGCACTCTAGCGAGACTGCCCGGGTTAACCGGGAGGAAGGTGGGGATGACGTCAAATCATCATGCCCCTTATGTCTAGGGCTACACACGTGCTACAATGGCTGGTACAGAGAGATGCGATACCGCGAGGTGGAGCCAAACTTCAAAACCAGTCTCAGTTCGGATTGTAGGCTGAAACTCGCCTACATGAAGCTGGAGTTGCTAGTAATCGCGAATCAGAATGTCGCGGTGAATACGTTCCCGGGCCTTGTACACACCGCCCGTCACACCATGAGAGTTGGCAATACCCAAAGTTCGTGAGCTAACCGCAAGGAGGCAGCGACCTAAGGTAGGGTCAGCGATTGGGGTGAAGTCGTAACAAGGTAGCCGTAGGAGAACCTGCGGCTGGATCACCTCCTTTCTATGGAGAAATCTAGTTCAGCATGATGTCTGACTAGTACAGATACATTTATGTATCAAAAAAAATATACTTACTCGACAGGTTGCTTAAATGTTACTTATATTCTGTTCAATTTTGAGGGATTTTCCTTCAAAATTGGGGCTTATAGCTCAGCTGGTTAGAGCGCACGCCTGATAAGCGTGAGGTCGATGGTTCGAGTCCATTTAAGCCCACCAATGTTCTTTGAAAATTGCATATAGATTAATGTATAAAATACAACAAAGCCAAGAATTATATTCTTTGTGAAATGATTATAGATAAACAAATTGTAAACAATCTTTGGGTATATATCGCTATATACACAAAATGTATATTAATTTGTAAATAAAAGGTCAAGCTACAAAGGGCGTATGGTGAATGCCTTGGCATCAGGAGCCGATGAAGGACGCGATAAGCTGCGATAAGCTTCGGGTAGACGCACATAGTCAGAGATCCGAAGATTTCCGAATGAGGAAACTCACATGGGAAACCCCATGTATCGTAAAGTGAATACATAGCTTTATGAAGGTAAACCCAGGGAACTGAAACATCTAAGTACCTGGAGGAAGAGAAAGAAAAATCGATTTTCTTAGTAGCGGCGAGCGAAAAGGAAAGAGCCCAAACCAGAAATTTATTTCTGGGGTTGCGGACAGAACATAACGAGAAATCATAGTTAATCGAACATAACTGGAAAGTTAGACCGTAGGGGGTAATAGTCCCGTAGATGAAAATTATGATAATCAGTTCTGCACCAGAGTACCACGAGACACGTGAAACCTTGTGGGAAGCAGGGAGGACCACCTCCCAAGGCTAAATACTACCTGATGACCGATAGTGAAGCAGTACCGTGAGGGAAAGGTGAAAAGAACCCCGGGAGGGGAGTGAAATAGAACCTGAAACCATATGCCTACAACCGATCAAAGCACCATATGTGTGTGATGATGTGCTTTTTGTAGAACGAGCCAACGAGTTACGGTATGTAGCGAGGTTAAGTACTTAAGGTACGGAGCCGAAGGGAAACCAAGTCTTAATAGGGCGACTAGTTGCATGCTGTAGACCCGAAACCGGGTGACCTATCCATGGCCAGGTTGAAGCGAGGGTAAAACCTCGTGGAGGACCGAACCACGTTGCTGTTGAAAAAGCATGGGATGAGCTGTGGATAGCGGAGAAATTCCAATCGAACTCGGATATAGCTGGTTCTCCTCGAAATAGCTTTAGGGCTAGCGTCGGAAAATGTGAGTAGTGGAGGTAGAGCACTGAATAGGCTAGGGGGCATAGCGCTTACCGAACCTTATCAAACTCCGAATGCCATATACTATCAGTCCGGCAGTCAGACTGTGAAAGATAAGTTCCATGGTCAAAAGGGAAACAGCCCAGATCGTCAGCTAAGGTCCCAAAGTGTAAGTTAAGTGGAAAAGGATGTGGGATTTCTAAGACAACTAGGATGTTGGCTTAGAAGCAGCCACTCATTAAAAGAGTGCGTAATAGCTCACTAGTCAAGAGATTCTGCGCCGAAAATGTCCGGGGCTCAAACTTACCACCGAAGCTACGGGTTCACAATTTATTGTGAGCGGTAGAGGAGCGTCGTAATCGGGCTGAAGTCGTACCGTAAGGAGCGGTGGACTGATTACGAGTGAGAATGTTGGCATTAGTAGCGAGATGTAAGTGAGAATCTTACAGGCCGAATATCTAAGGTTTCCTGAGTAAAGTTTGTCTTCTCAGGGTTAGTCGGGACCTAAGGCGAGGCCGAAAGGCGTAGTCGATGGACAATTGGTTGATATTCCAATACCACTACAATCGTTATTATCGATGGTGTGACGGAGAAGGATAGGATGTGCTAGCTATTGGATGCTAGTCTAAGCGTTTAGGGAGTTAGGATAGGCAAATCCGTTCTAACAATTCTGAGGCGTGATGGGGAAGGTTCTACGGAACCGAAGTATCTGATTCCATGCTTCCAAGAAAAGCATCTAGAAAGAGAAGTAGTGCCCGTACCGCAAACCGACACAGGTAGATGAGGAGAGAATCCTAAGGCCGACGGAAGAATTGCAGTTAAGGAACTAGGCAAATTGACCCCGTAACTTCGGGAGAAGGGGTGCCTGCAGCAATGCAGGCCGCAGAGAATAGGCACAAGCAACTGTTTAACAAAAACACAGGTCTCTGCTAAAGCGTAAGCTGATGTATAGGGGCTGACGCCTGCCCGGTGCTGGAAGGTTAAGGGGAATGCTTAGCGGTAACGCGAAGGTGTGAACTTAAGCCCCAGTAAACGGCGGCCGTAACTATAACGGTCCTAAGGTAGCGAAATTCCTTGTCAGGTAAGTTCTGACCCGCACGAATGGCGTAATGACTTGTGCACTGTCTCAACTGCAAATCCGGCGAAGTTGTAGTGCGAGTGAAGATGCTCGCTACCCGCGATTGGACGGAAAGACCCCGTAGAGCTTTACTGTAGCTTAGCATTGAATTTCGGTATTGTCTGTACAGGATAGGTGGGAGACTGGGAAACCAGAGCGTCAGCTTTGGTGGAGTCGTTGTTGGGATACCACCCTGATAGTATTGAAGTTCTAACTGGATGCCATGAAACTGGTGACAGGACATTGTTAGGTGGGCAGTTTGACTGGGGCGGTCGCCTCCTAAAATGTAACGGAGGCGCCCAAAGGTTCCCTCAGAACGGTCGGAAATCGTTCGAAGAGTGCAAAGGCAGAAGGGAGCCTGACTGCGACACCTACAAGTGGAGCAGGGACGAAAGTCGGGCTTAGTGATCCGGTGGTACCTCGTGGGAGGGCCATCGCTCAACGGATAAAAGCTACCTCGGGGATAACAGGCTGATCTCCCCCAAGAGTTCACATCGACGGGGAGGTTTGGCACCTCGATGTCGGCTCGTCGCATCCTGGGGCTGAAGTAGGTCCCAAGGGTTGGGCTGTTCGCCCATTAAAGCGGCACGCGAGCTGGGTTCAGAACGTCGTGAGACAGTTCGGTCCCTATCCGTCGCGGGCGTAGGAAATTTGAGAGGAGCTGTCCTTAGTACGAGAGGACCGGGATGGACTGACCTATGGTGTACCAGTTGTTTCGCCAGAAGCATAGCTGGGTAGCTAAGTCGGGAATGGATAAACGCTGAAAGCATCTAAGTGTGAAGCCAACCTCAAGATTAGATTTCCCATAGCGTAAGCTAGTAAGACCCCTTGAAGACTACAAGGTTGATAGGTCAGAGGTGTAAGTATGGTAACATATTTAGCTGACTGATACTAATAGGTCGAGGGCTTGACCAATATATAATCAAGTTGTAAAATATACATTAATATCTATATGCAATTTTGAAAGAATAATATTCTTTCAATGGTTACATTCCGCGATAGCTCAATGGTGGAGCACTCGGCTGTTAACCGATAGGTTGGAGGTTCGAGTCCTCTTCGCGGAGCCATTTACATTTTATAAAGAAATTTAATAATTAATATATAACAAATTTAATTTGAAAATTTCATATAATATAGTAACTATATTTCTAAAGATGAATATTTTTAGTCGAGAAATCGGCTTTTTTTTGTTGTAGAAAATTACTTAGAAACTTATACTATATATAGATGTGAAAAATATTCTTAATATAATTATATTTAAAAGGAAAGATAATAAAATTCATTGAAACATGAGGGGTATAAGAAATGAAGCATAATTATAGAGACAATAAAAATAAAATAAAGAATATTAAAATTACTAGAACTACGATTTTATTTATTATTATTGTTGCATTTGTAGTTGGAGGGAGTTCTCTAATGGCTGTAAAGTTATCAAAGGATAAACAAGCAGTACAAGCGCTTGAAGTTAATAAAGAAGTAAGCTCAGAGTCAAGTAGTAAAGATAATAAAAATCAATCAAATAGTGCTTTATCTTTATTAGAAAATGATCCTGCAGCTGATGATATAGCTTTTGTAGAAAAATATTTAGATCAACAAATGAAAGGACAAATGCCTGATGGAGCAGATGGTAAAAAGGTTGTTTATTTAACTTTTGATGATGGACCATCAGAAACTGTAACTCCACTTATATTAGATATTCTTAAGGCTGAAAATGTACATGCAACTTTTTTTGTTGTTGGAAAGGCAGTGGATGAAAGTAAAATTACTAAAGATTTAATAAAAAGAGAAGTTGAAGAAGGAAATGCTATAGGAAATCATACTTATTCACACAATTATAATTATTTATATCCAAATAAAACTGTAAATGTGGATAACTTTATGGCTGATGTTGATAAAACTAATCAATCTTTAAAAAATGTTTTAGGTGAAGGTTTTTCAACTAGAGCTATTAGATTTCCTGGTGGACATATGACCTGGAGCGGAATGGACACAATGGATGCTGTTATGAAGGAACAAGATTATCACCAAGTAGATTGGAATGCGTTATCTAGAGATGCCGAAGGAGCTCCTAAGAAGGCAGAACAGCTGAAAGAGCAACTTATAAAAACTATAACTGGTAGACAAAAAGCAGTAATATTAATGCATGATACTTATGGTAAAGAAGAAACAGCAAAATCCTTACCTGAAATAATAAAGTACTTAAAGGAACAAGGATATGAATTTAGAACTATGAAATAAATTGTTTTTAGTCTGGGTATATGACAGAGATAAGTATAATTCATAAATTGTGTATATATAATTGAAGAAAATAAAAAACTATGTTAGTTTTCAGTTGAGTATTAGTATACTAGTATAACGAGATTTATACTATACTAGCAACTTTACTTGAAAATAGCATAGTTTATTTTTTATTTAAGATTTATATATGTTGCGTTAATAAATTTACAACTGAAGCTCTGTGAAGATAATTACGTAAAAATTATCTAAATGTAGGACTTTAATTACAACATATATAATTAAAAAAATATTTGAACGACATTCAGATATAGTATAATTGAAATAGAAATTATTAATGGTAAACTATTAATATATATTAGGATTATTATTATAAATAATAGAATTATAATAATATGTATATATATAGATATTTAAAGTGAAAACTAGACGTATGTATAAAAATAAAGATATGTAAATTTTATCATTAAAAATAAGGAGGACTAAAATGTTAGCAAAAAGTATTGCGTGTGAGATATTGGCAAAGTGTTTAGTAACTGGAGGAGACTTTGCTGAAATATTTGAAGAAGATTCGATAAATAACTCTATATCATTAGTAGATGGCAAGGTTGATGATGCTATAGGTGGAAGAAGCTATGGTATAGGAATTAGAATTTTTAAGGGATTAAATAGTGTATATGCATATACAAATAATAATAGTTTAGATAGTCTCTTAGATACTGCATATAGAGCAGCTTTAGCATTAGGCGATGTAAAAGAAAATAATAATTCAATTATATTAAATGAAAGGAAAATAGCTACAATACATCCAATAATTTATTATCCTAAAGATGTAGCATATGATAAAAAAATATCTATTTTAAAGAGTGCCTATAGTGGGGCGAAGAGTTTTAGTGAGGATATTTCACAAGTCATTGCAAGCTATGCAGACAAAGAACAAAATGTTCTAATTGCAAATACTGAAGGGTTATATATTCAAGATACAAGAATAAGAACAAGGCTGGGAGTAAGTGCAATTGCATCAAAGGGTTCGGAAAATCAAACTGGTTTTGAAGGACCAGGAAGACATATGGGAATTGAAATGTTTGATAATGTTGATCCTGCATATCATGGAAGAGAAGCAGCAAGGGTAGCACATACTATGCTTCATGCAAAGAACTGTCCAGCAGGTAATATGACTGTAGCTATAGATAATGGATTTGGGGGAGTTATATTCCATGAAGCTTGTGGTCATGCATTAGAGGCGAGTGCTGTTGCCAAAGGAAATTCAGTATTTGCAAATAAGCTTGGAGAGCAAATAGCATCAACTAAGGTTACTGCAATAGATGATGGAACAATGGCAAATGCTTGGGGATCATTAAATATAGATGATGAAGGTAATAAGACTCGAAGAAACGTATTAATTGAAAATGGTATTTTAAAAGGACATATGATTGATAAATTAAATGGAAGACGTATGAATATGGAGGCTACTGGTAGCTCAAGAAGGCAAAGTTACAAGTTCCAACCGACTTCAAGGATGACTAATACTTATATAGCTGCTGGAGATGATAAGCCAGGTGATATTATTAAATCTATGGAAGATGGCTTATATGCTAAGAAACTAGGGGGCGGTTCTGTTAATCCTGTAACTGGTGAATTTAATTTTTCTGTTCAAGAAGGATATTTAGTTAAAAATGGAGAAATTCAAGAGCCAGTTAGAGGGGCAAGTCTTATTGGTAAGGGCAGTGAAGTTCTAATGGATATAGATATGGTTGGAGATAATTTTGAAGTAGCCCAAGGCATGTGTGGATCATCTTCAGGAAGTATTCCAACTAACGTAGGTCAACCTATGATTAGAGTAAAGAAAATGACAGTAGGAGGTAGATAAGATATGGATTTCAATTTATTTAAAGAAATATTATTTAAAAACGCTAAAAATTCAGGGTTTGAAGAATTTGAAATATATTATTCTGATGCTGAAAATTTAAGTTTAAATATTTATGAAGGTGAAGTTGAGAAGTATAAATTAACTAATGCTTTTGGACTTTCATTTAGAGGAAAGATAAATGGTAAAATGGGATATTCTTATACTGAAATATTAGATGAAGATGCAATAGATACCCTTATAAAAAACGCAAAAGGAGCAGCACTTGCCATAGAAAATGAGGATGTGCAATTTATTTATGAAGGGGATAAAGAGTATAAGGAGCTAGATTGTTATAAAAAACAATTGGATAATGTAAAACCTGATGAACTTATTTCCCTTGCCTTAGAAATGGAAAAAGAATGTAAGAAGCAATGTGATAAGGTTGTAAACTTTCAAGGCTGTGGGATTGGGTATGGAAAAGCTACTTATGGAATAATAAACTCAAAAGGACTTAATTTAAAGAATGAAAGAAATAGCTTAACGGCATATGTAGTGCCTATAGTAGAAGAAAATAATGAAAAATACGATGGCATGGGATATGTTATAGCTAATAGTGTAGGAGATATTAAACCAAGTGAGTTAGCTAAGCAAGGTCTTGAAGAAGCACTTTCTAAAGTTGGGGGAAAGAGTATTCCATCAGGAACGTATAAGATAATTATAAACAATGAGGCAATGGTATCATTGCTTGGTACATTCTCAGGAATCTTTGATGCAGAGCAAGCACAAAAGGGATTATCTTTACTTAAGGGAAAAGAAGGTGAAATCATAGCATCAGATATAATAACTTTAATTGATGATCCTCATTTAGAAGATGGACTTGGAACAACTTCTTTTGATGATGAGGGGGTTGCAACTTATAAAAAAGAGATTATAACTAATGGAAAATTAAATACACTTTTATATAACTTAAAAACTGCGTATAAAGCTCAAGTTAAGTCTACAGGAAATGGATTTAAAGGTTCATATGCATCAACTGTAGGAGTAAGTGCAACAAACTTTTATATTAAGCCAGGAGAAAAATCTTTTGAAGAACTTTGTAATGAAGTGAAAGAAGGGGTAATAATAACAGAATTTGCCGGGCTTCATTCAGGAGCAAGTGCAATAACAGGAGATTTTTCCTTAGCAGCGAAAGGTTTTATGATTGAAAATGGAAAGAAGAGTTTTCCAGTAGAGCAAATTACGGTAGCAGGGAACTTCTTTACATTATTGAAAGATATTGAAGAAGTAGGAAGTGACTTAAAATTCCCAATGAGTAGTATAGGATGCCCATCTGTAATTGTAAAAGAACTTTCTGTAGCAGGAAAATAGTTGAATGAATGATTAATGACTAAGAAGAAACATTTATAATTAGAGGTCTAATGTATGAAGACGTGTTTACAAAAGTTGATGAATAAATATAATTATATTACAGAACATTCTTAATTTGTATAAAAACAGGGATTCCAATTTAATTTTAAAATTGGAATCCCTGTTTTTAGTGTATTCATATAGACAATTTAAAGTAATATAGCCTAATTAAGAAAATTTAGCTAACAAAGAAATTTTATTTAGTAAGATAAGCAAAATTCTCAGTAACCGGAACAACATAGTACCATTTATTTCGGTGTGTTATGCCCTATTTATGAGTATAATTTGCACGTATCATTTTATCTGAAATATCTAATGATTTCTTATAAACTTCTTTTTCTTTATCAGTAAGATTTTCTCCACCTTTAAGAGTTCCATTAGTTATTACAGCAAATGATTTATTTGTATTTAATAGATTTCTACCCAAAGCAGTATTTTCGTATTGCTCATTAGGAACTCCAAGTACATAAAGTAGTGTTGGCATTACATCAATTTCTCCATTATATAATTTGTCAAATGTTTTTCCTTCTTTTAAAGATGGATCATAAACTATAAATGGAACAGTAGGATTTCCAGTGTTTAAATACCAATCTTGTTTATTGGATAATTGGTTAATACTAGAATCATAATATTTATGAATTCCAGTATGATCACCCATTATAGCTATAACACTATTTTCAAGTAATCCTTCTTTATCTAACATATCAAGAAAATATCCTATTTGTTTATCTGTATAGTGGACGCTTTCAAAATATCCTCCAAGTTTACTTTCATCTAATTCAGGATCGAGTCCAAGTTCTCTGTATTCTTGAGGAATATCAAAAGGACCATGACTGGTTAAAGTTATAGTTTCAGAATAAAATGGCTGAGCCTGTTCTTTTAACATAGGAATAACTTGTTCAAAATAACTTTTATCACTTATACCAAGTCCTATTTCTTCATCTACATTAAATGAATAGTAATCATTAAATTTATCAAATCCAATTCCAATTAAACCATTTTTATAGTTCCAAAATGAACCTTTATCAGGATGGATTGCAATAGTACTATAACCTTGATTTTCCAAGATAGTTGGTAATGAATTGTAAGTATTATTTGGATATCTAAAGAATGTACTACCACTTCTTAATGGAAGCATAGAAGTATTGACTATTAAATCAGAATCTGAGCTTGTCCCTTCATTAACTTGCTCAAAAGTATTTGGAAAGTATAATGAAGATTGTACTAATTTATTTAAGTTGGGAGTAATTTCTTTATCATTGATTTTCTGTCCAATAACAAAACTTTCTAGGGATTCAACTTGGATGTAAATTAGATTTTTACCTTTTGATCTAGCAAAATATTCATTGTTAGGTAAGTTTTCCCTTTTAATCTCAAATAAGTTATTGATATCAGCTTTATCCTGATCAGTTAATTTATAAGCTTTAGAATCACGGTATACTGTATAACAATCAATTATGTGATATCCAATAGGCGAAAAATATCTAGCTGTATTTGATTTGTCATAATTATCAAAAAAATAAGCATTATGAACGTCTTTATTATTAAAAACAGTTATACTGAAAGGAACATAAATTATAAATAATATTGATAAAATGAAAGTACATAAGAAAGTCTTAATAGCACGTTTATGTTTTTTTGTATAAGATTTTCTAGTTATGTATGCATATGCAGCTAGTATTATAAAATCAAATAAAAATATAACATCTAATTTGCTAGTCATTGATAATATACTACCACTCATATTATCTAAATTAGCGGTTTGAGTTAACGCTAATACAGATGGAACCGTTAAGAATCCTCTAAAGTACCATGCATCAATTAGCATTATTAGTGTTAAAATACCATCAATTGCAAAAGTAGATATTATTCTACCTCTACCTTTAAATAAAAGGGAAAAGCTCAAAAATATTAAAGCAAAAGCTATATAATAATTTAAGCAGGGGTTAGCAGATTTATAACCTGCAGAAAAATTAAAAACATAAGGGTTTTGACTTGTAACAAAACCTTGAAATATAATTCCCTTCAACACTATAGAAGCTAAAGGGATTAAGAAGAAAATTAATCTTATTAGTGTATCTTTTGTTAAGTTATTTTGCAAAAATTTATTAAGTTTTGAGTTAAAAGAACTCATTGCTTCACCTCTATTCAATATAATCACTACATTATAGTATACATAAATTTATTAATTAAACAAATAAAAATTAATTTCAATATTGGTAAAAAAATCAAGTGAAATATTTTTATATATAAAAACAATATATAATCTAACATGGTATACTATTAATACAAGAAAATTTGATATAATCAAAGTATAGTAAGTTAATAATTTATTAAAGCGTATTAAAAAAATAACAAGTTAGTATGTTCACCGAATAGCTAACTATGAGGCACCTTACTTCATTATCTATGCAAAATGTACAGAGCAGTTTTGACTTGTTATTTTATTTCATATATATAAAACATTGAAAAGGGGTTATAAGCATGAAAGAAATAGATTGTAGAGGACTCTCTTATTTAAGAAGTATAAGAGAAATAAAAAAATATTTTAATTCAATTGGTGAAGGAGAAGCAATTATAACAGTAAATAGTGAACTTGGACGATCTAATGTTATAAGATATGTAACCCATAAAGGGTATCAAGTAGACCAAGAAGATGAAGAAAATAGGTTTAACATAAAGGTAGAAAAAAGAGGCTGTTTAGGAGTTGAAGAAGAGGAAAATATATTTTCGGTTTTGATAACATGTGACAAAATCGGATGTGAAGATAAAGATTTAGGAGAAATTCTAATGAGTGAATATTTTGAAGCATTAAATGAATGCGAAAGGCTTCCTAGAGAGATTTTATTCTTAAATTCAAGTGTTAAGTTATTTAAGAACGAATCTAAATCATTAGAAGATATAAGAATGTTATATAAAAAGGGTGTAATAATTTTAATAAATGACACATCTTTAGATTATTATAATTTAAAAGAAGATATTACTTTTGGAGAAATAGCTAATATGTATGATATGGTTATTGCTATGAAAAAATCCCCAAAATTAATAAAGATATAGACTTAATAAAAGATAAATTAGGTTCGTTAATGTATGGAGGGTAGAAGAATGTCAAATTATGATTTAATTATTATTGGAGCCGGAATATCTGGAATGACAGCAGCAATAGGAGCTGCCAAAGAAGGAATAAAAAAAATACTTATTATTGAAAGGGAATCTAATTTAGGCGGAATAATTAATCAATGTATTCATAACGGATTTGGAGAAAAGTTTTTAGGCGAACCTGTAACAGGGCCAGAATATATTGATTTTATAGAAAGACAATTGGATAAATCATGTATACAAATTATTCTAAATACTACTGTATTAGATATTACTAGAGAAATGGTAGTTACATATGTAAATTCTAAAGATGGTGTTAAGGATGTGACGGCTAAGGCAATTATATTTGCTATGGGTGCCAAAGAACAATATTTAGGGAATATTGTAATTCCAACAAATGAACTTACAGGAATATTTACCGTTGGAGAAGCTCATAGAATAATTAATTTAGATGGATATCTGCCAGGAAGAAAGACTATAATTATAGCAAAAGATAAATGGGGATTTATAGTTGCTAGAAGATTAATAATAGAAGGTGGAAATGTAGAAGGTGTAGTACTCGAGAAAGCCTTTGAGGATATTACGGACACTGAAATAGATAATATTATTGATGGTTTCGATATACCTATAATTGAAAATTCTAGAGTAATGGAAATTGAAGGTGAAACCAGAATTCAAAAAGTTAAAATTATTAATATTAATAATAAAGTAATAGAAGAAAAAGAATGTGATTCTTTATTATTATCAGTTGGTTTTGTACCTGAAAATTCTATTGTTAAGAAATTAGAAATTAATATTAATAGTGAAATATTAGGTCCTGAAGTAGTAGAGTTTGAAACATCAGTAGGTGGTTTTTTTGCATGTGGAAATATTATATACGGAGAGAAAGCGCTACATATGAAAGAAACAGATGGAATTGAATGTGGAATAAAAGCAGCTAAATACATACACCGCGAAAAAGAATGTTAAGCATAACCAAGAACTTATAATACAAATTACCAAGTAATTTAATTATTGATTGTGAATTAGATTAAAAAAAGCGGAGGGCTTCTTCATACAAAAGTTCATGGCCTAAAGATGTTAAATGAATTCCATCTAAATAAATATCATTTTCATATAAGGTTAATTCATAGAAGTTAATAAATTGTATTCCATTGTTAATACATAATTTGATAATCTCATCTTTTAATGTTACGAGTTCACTTTCGGCATAATCATATAGGTGAGAAGGTGAAAAAAGCGAATTGGCCATTTTACCAATAATTTTAGGGGGGATACCTATAATTATTTCTGAATTAATATTACAACTTTCTTTAATCATTAATTCTAAATTATCAATTATTGAAGATACTGATCTTCCGAGAAGAAGATCATTGGTACCACCCATTATGAAAATTTTAGATGGACGATAGATTAAAACATCATTAGAGTAGCGAAAAAGCATGGAAGTGGTAGTGTCTCCATTACATGCTTTATTCAATGATGAAGCAGAAAAGTTTTGTGTGAGTTTATATACCCAAGAATTTTGTTTGGGTACTCCATATCCAAAAGTTAGACTGTCTCCAAAGAAAATAATATCAAAGTTATTATTCATAAGAAGTTCCTCCATTGCTTAAAATAATTTATTAAAACATTTTTTACATATTAAAGTTTTTCCATTATCAGCTTTTAAATAATCATCTGAAGTAATAAGTTTATTACATATACTACAGAACTTAGTTTCTTTGGATGTAGTAGTTTTAGAAACTTTATCAGATTGTTTTAAAGGACTGTGGTTATTGGTGGAGGTTGTTTTATTCTTAGAATTAGCACATAAAGAAACCTTATTAGATCTATTAGTTAATAAATTATTTTTTATTGGAGAATATAATTTTGATTGTGTAGGAATAATTTTTTTTGTAATAGTATAATTAAAATCATATTCACTTTCAGAAAACAGTTCTAATTCAAATCTAGGATTTTCTTTATCGTAATACTCTTCAGTAAAAATTCTAGTTATTTGAGCATCATTTATTATAATGCCACTTTTTTCTATACCGTCAAATATACTTTTAGTAATATTAATAGTATCGGGATGACGTTTTTCACTTTTATAATAAACTTTTAATAAAGCTATTAAGCTTTCAGAAAAAATAATATCTGGATTTTGACTTCTTGCAATCAATGCAATTTCTTGTTCATATAATGCGTATCTATCATGATATTTTCCAGAACTATGTGGTAAAATAGCACGTCCATTTATATTATGTAATTTAAAATTTGATTTAGTGATTGGTGATCCATTAATTACTATCTTAGCATAATTAGACATTTTAATTCTCCTTGAGTGAGGCATATTAAAAAGATAACAAGTTAGTATGATAGTCTACATATGTTGCAATTATCAATACTCAATACTCAATGCTAAACTATAACTAGAATTTTACATAATTTTTGAAATTGAAAATGAATAATTATTTTTGCAACATATATATTTTGTCTAACACAAAATGAAATAGCATCTTTACAGGTTATTTTATTTCATATGCCTGAAAATTTGATTATTACTTAAAATATACATCATATGTACTTCTTATACAACAATTACATGTTGATTGCTTTTGTAAGAAAGTCAATTTACCTTTTATATATTCATAAGGCATATTAAAACAACAACAAGTTAGTATACTAGTGTATATAAATTGTACTTTGATTATATTGTATATATAAAGTATAATATTTGAGTAATTCACATTGATAAACAATGTATTTTAAGTGTTTAATATATTATTAAATCTTAAGAATATATTAAACAATATAGATAATAGAGGAATTTATCGATATTATAAGCTAAAATAGAACTTGTCATAGAAGAAAATATTATACTTAGAAAGTATTTTAATTTATTTGTAATTATAAATTAACCTAAAGTATATTTAAAAAAATAAAAAAAGAGGTATTAATAGGAATGAGTAAAAAAATAATCTTAGCAATAGAATCAAGTTGTGATGAAACAGCAGCTGCAGTTGTGGTAGATGGTAGAGAAGTTTTATCAAATGTAATTGCATCACAAATAGATACGCATAAAAAGTTTGGTGGTGTAGTTCCTGAGGTTGCATCAAGAATGCATATTAAAGTAGTAGATAGTGTAGTAAAAGCGGCTCTTGCAGAGGCTGAAGTTTCATTAGATGATATTGATGCAATAGGTGTTACTTATGGACCTGGACTTGTTGGAGCACTTTTAGTTGGGCTTCAATATGCAAAGGGCCTTTCATTAGGTTCAAAAAAACCATTGATTGGGGTTAACCATATCCAAGGGCATATTAGTGCAAATTTTATTGAACACAAAGATTTAAAGCCTCCATTTGTATCATTGGTAGTTTCTGGTGGTCATACATTTATAGTACATGTAAAAGGATATAGAGATTTTGAAGTTATTGCTCAAACAAGGGATGATGCAGTAGGAGAAGCTTATGATAAGGTAGCAAGGTCACTCGGACTTGGATATCCAGGTGGACCTAAAATTGATAAACTAGCTAAAGAAGGAAATGAAAATGCAATAGAATTTCCAAGAGCTAAATTTCAAGATGATACATTAGATTTTTCATTTAGTGGAGTTAAATCTGCAGTATTAAATTATTTAAATAAAGCTAAAATGAAAGATATAGAGATAAATAAGGCTGATATTGCAGCATCATTTCAAAAAGCGGTTATTGATGCATTAAAAACTAATTTATTTCTAACTTGTGAAAGACGAGGAATTAAAAAGGTTGCAGTAGCAGGTGGGGTTGCATCTAATTCGTGTTTAAGAGAAACACTTTTAAATGAAGGTGCAAAAAGGGGAATTGAAATTTTATTTCCATCACCTATATTATGCACTGATAATGCAGCAATGATAGGGAGTGCAGCTTATTTCAATTATCAAGAAGGAATAAGATCAGATTTAGATATAAATGCAAAACCAAACTTAAAATTAATTGAAAGGTAGATTCTAATATGAGGTTATTATCACATTCTAATGGGATACATAAAGTTGAGAAAGATAAAGTTAGTAAGCGGAAATTTTTAGAAAGTTTTATTATTTTCGTTGTAGGACTATTAATTTTTGGGTTTGCAATACAAATGATAACTAATATTTTTGATAATGCAAGATTAAAATCAAGATTTAAATATATTAGAATAGATGGAAGTAAAATGGAATATAAGCTTAAGTCAAACGGAGATTATACTGTGGTGTTTGATGGAGCAATTGGAGCGAATATGTATGAATGGGATACGGTTTGCAGAGAATTAGAAGATAAAAAGATATCAACATTTATATACAATAGAAGAGGGTATGGATTTAATGATGGAGGAGAAAATAGAACACCAGAAGAGCAAGCAAAAGATTTGAAAGTTTTGCTTAAAAAATCAGGAGCACCAGAACCCTACATTTTAGTTGGAGAAGAATATGGTAGTTTAGTTACGACTAACTTCGTTAGTTTATATTCAGATTCAGTTGCAGGAGTTGTGTTAGTTAATCCAATATCAGAAGAAAAGATTAAAACTAATGAATTTAAGGAAAGCATTAAATTTGAATATTATAGAAGTCAATTTGAGAAAATAGGTACTAATATTAGTTTAACTTCATTATTGAGTAAGATGGGGTTAACTATGGAAAATGATATTTTTAAAGAGCATTTAACTGAAAGTGAATTAGCTGAATTTAATAGTTTTAAAAATAATAAGAAATATAAGGAAGCAGTCTCAAATGAATTAAAAAACTTATATAAAGATGTATCAAATAGTCAAATTGACGGGTTATTACATAATAAACCATTATATTTAATAACTGATAATGAAGAAGATCCTATAAAAAAAATAGGTGATGCAAGAGTTACGACAATATATAAAGAAGAAATAGAAGGTTCACCATTTTCATTATTAGATTCAAATACAATTGTTAATGGAGTAAATAACGTTATTAAAGATGCAAAAAAAATAGCTAAAAAGTCATAAGAAAGTAGGATTAACTATATATTATTGTCATTTGTTTGACACACAATAACTTTATACTAAGATTATAGAGTTATTACTAGTGGATGTAGCATAAAGTATTTTGATATATATAAATGCTTACTCCTCTGACTTTATGAAGATGAGTTTAAAATATATACGAGAACGTTACGGATACTAGCTATCGGGAATTGTGCCACTTGAGGGTATAAATTAATGATTGATATAGTTGATTGCAAAATAGAAAAATAAAATCTGTGGATAATTTTTTAAAATTAAGATCATATCCACATAAAAAAGAGCATAACAATAAAACCTTTAATAAAAGGTTTAAAAAATCATAAAAATATATTTTGATTTGTGGATATGTTATTAAGCTGCAATTGCAATAAGTTTTCTAATGCTCCTAATATATTCGGGGTTATTTAGAGAATGAGACAATATAACGTTTATTAGTTTTGATATAGCTGTTAAATAAAGGTCAGAGCGCATAGTGGTTGTATTTACTGTATTGGGTGACTGTATGCAAGGATTAAACTTAAAACAAGATATTTCTCTTTCAATAATAGTACGTATTTTGTAAGTTTTAGCCCATTCATCGGAATTCCTTTGTATACCTGGATAAAGTCTGAAATCTTTATCCGGATAGACGTAAGTCATTCGACCACTTTTATTATCAGTACATGGAGTTTCACATGTAAGATAGCATTTGCCTTTCTTATCCCTATAAGATTTAGGACAGGTGAATTTATAGCGTACGCTTCGGTTTTTACCACCACAACTACCTTCTGATTTAAATTGTTCTTTGGTTAGCGGACATAATGGAATTCCCGATGTATTAAATTCTAAATCATTAATTTTAGTATTTTTTTGATTACGAGAGTTTAAGGGAATAAATACTTTTTGAAAATTAAGTTGTTTTAAAAGTCCGAAATTTTCATAACTATCAAATTCTGAATCACCTAAAAAAGTTTTAAATTGAAAATTAGTTTTTGATTTTAGATTATTTATAAATGGCTTAACAACTGATTTTAATGAAGCATTATCATAAGCATATTTTTGTTCTTCAGGAGTTTCAAATTCTTGTTTTACAGAAGAATAAAAGTTTTCATCAAAGAAGTTTATTCCAAGTGGAATTCCTAATCCGTTAGTTAAAATACCAAATTTATAAAAATATCCAAAATGACCATTAACAAAATCTAATTTTATACTAGGATTAGCTTCTGAAAATTTAGGCATGTTTTTATATGCCGCAGCGTATGCATTGTAATCTTTCTTCTTAATGGCTTTCGCGTACGATTTTTGCTTATTAATTTCAGAAACAAGGGTCTTAGGATTGTTTTCTTTAACTTTTGGCTTTAAGCCAGAAGTATCATATATAAGCATAGAATTACGGTCTTTATAGGGTGAATTATCCGGCAATGAAAGATTAAATTCGTTACAAATATCAATTACATTAGGAACTAAAGAATTAAATAAATCTGCTATATCTTTTTCAAAATCGGTTTTAAATCTACTAAAGTATGATTCAGCAGGAACAGAATCATAGAATCCGCAGAATTCTCTTATTTCAGTAGAAAATATAAGAAAAAGATGTAATAAAACATTAGTAGGAATATGAAATATTTGCATTAGTATTAGTGCAGATAATATTGAAGATAATTTATAATCTCTATCCCGGCCTAATGTAGAGTAATAGTGATTTGAGAAGGATTCTGGAATAAAACTTTCCAGGTCGAAATTATCAGAAAGTAAGTTTAAAAAACCTACTGGTTGTTTAGTTGAAAGATAGTTTAATTCGGAAACTTGATCAAACAAATTTAATTGCTTAATTTTATTAAGTGAAAACATGTTATTTTACCTCCATTTGTTTTTTATTTTTGTTGTTATTAATATTTTGACATACTGGAGGAAAATATAAATACCTAACTTGAAAAAAGTTAGGTAAATCAATGCTTGCGGAATTCCGCAAGCAACTATAATGATTGATATATAAGGAGGAAAATCTTATGAATAATAATGAGAATAATGGGAAATTTATCGATGTAGAATCTTTACCAGTAGATGAAGGACAACAAGTTGCTTGGAAAAATTGTTTTCAAAATAATAATTCAGCACCAAAGAAAAGAAAGGGAAGAGGCATACGTATATTAGGAAAGATTGCAGGGATTTTGCTTATTACAATGACAGGTGGAGTATTTGGGAGTGTAATTACTTACTCATTAATCAAGTCTAATAATATTGTTACTACAAAACAAATAACAAGCTATGTTCCACAATCATTTACAGCAAGTACATCAGATGCAATGTCAGCAGCTGATGCATTTAATAAGGTGGCACCAGCTGTTGTTATTGTTTCAACTAAAAGTACAGCCAATAATGGATTTACAACTGGAGAAGTTGAGGGGATGGGTTCAGGTTTCATCATAAATGAAGAAGGATATATATTAACTAATTATCATGTAATTTCAAGTGCTAAGGAAATCACAGTTACATTAAGTGATAATACTGAAGTTAGTGCAACTGTAGTTAATTATGATGCAGAAAAAGATATTGCAATGATTAAATTAAAAGAAGGAACTAAAGTTCCAGCAATTTCAGAACTTGGTGATTCTGATGAAATATATCCAGGTGCAGAAGTTATAGCAATTGGAACACCTCTTTCAAAGAATTTTGCACAAACACTTACAAAAGGAGTTATAAGTGGTAGCAATAGAACAATAGAAGGGCAAAGCGGAACAAGTGTGAATCTAATTCAAACAGATGCAGCTATTAATCCAGGAAATAGTGGTGGTCCATTAGTAAATGCTAAGGGGCAAGTTATAGGAATAAATTCTATGAAGATTGGTACTGAATCAGTAGGAACAACTAGTATTGAAGGGATAGGTTTCGCAATTCCAATAAATGAAGTGAAAAATAAAATAGATGCTTTATCAAAGCCTATCTTAAATTTAGGAATTCAAATAAGAGAAATTAACAGTGATACTGCTAAGAAATATGATTTAGCAGAAGGAATATATGTATCTTCTGTTGATGAATTCTCACCAGCTGAAAAAGCCGGACTTAAGATTGGAGATATTATTGTTAAATGTGATGGAAAATCAGCTAAGACATTTGCAGAGCTTAAAACAATAAAAGAAGGTAAAAATGCTGGTGATACTATGAATATAGAAGTAGTAAGGGATAAGAAAAATATTAGTGTATCAGTTATATTAGAAGAAAAAACTAATTAAGGTATCTGAAAATAATATTCCAATATTCCTAAATATATATGGGATTGATAAATGTATATTATGCAATTATCAGTCCTGTTTTTTTTAGAATCTGTGAATGTAAATTATCAATACGTAATTTAAATTGCAGAACTAAATCTTAAGGATATTCAAAAAGATAACAAATCAGTATGCCTAAAATTAGATTGTATTCTAGTATAATAAAATTAGAGTATTCTAATAAAACTTATATGGAAAAAAGAAACTATTAGGTTATTCTTTTAAAGATTAAAAAAAAGTAGTAGAATATAATGAATAAGGTAAGGCGTAGTTAAATTGTTATTTAGATGACTAATGTGAAAAGGGGATAAATATGGAAGAAATAATATTAAATATAATAATGCATAGCGGGGAAGCACGAAGTTATTCTATAGAGGCAATTACTTTAGCTAAAGCCGGAAAATTTAATGATGCAAAAGAATTAATAGTAAAATCTGATGAGGCATTAGGATATGCACATAATTCACAAACCAGCTTGATTCAAGGCGAAGCTGCAAATGATAATATAGAATTTTCATTGCTTTTAGTACATGCTCAGGATCACTTAATGACAACAATGACGTTTAAAGATTTAGCAGTGGAATTAATAGAAGTATATGAAAAAATAGATTCTATTAATTGTAGGTAGAATATATGAAAAGTAAAATTAAATATGCTTTTGTGTTTTCTATTCTTTTAGTAATAGGCATAATAAGTATTAATCTATATCAACCTAATAAAGAGCAACAAGTTAAGGGTAGTATAGAACTTCTAGTAAATGAAAGTTCTTATGACTACTTAGTTGAGTGTGCAAATAATTTCATGAAATTAAATGATAAGACTTTTATTAGTATAAAGAAGTTAGATAGTTATGATCAGATTAAAAATGCAGTGAAGGATAATAATAAAATAAAATTTCCTAATGTTGCACAAATTGATAGGTTCAATTTTGAAGAATTAAAATTAGATAATTATGAATATTATAATAAGGATAATAAGCTTTTAAATAATTATGCTAATAATTTTTCTAAATATAGAGTTACTCAAGTTAAGTATGGTGACAACTCAATAGGTATACCACTAACATCCAGACCTTTAGCTTTTTATGTGAGAGAAGATATGCTGAGGGAATATGGATATAAACGAGACAGTATGAATACTTGGGATGATGTTATAAAAATTGGTAAGGATATTTATATAAAAAGCAATGGAAAAGTAAGTATAATAAATGCAACGGGACAAGACTATGAAGATTTATTAGACTTATTAACCATGGAGAGCTTTAATGATGATAAAAGTGTAGAGCAAATAAAATCAGAAGTTGAAACTATGATTAAAAATTTAAAGGATAATAACATTTTAAATTTACAAAATGAAGGAGAATTTTTAGGAAGAATATCTTCTTTTAATGCTATGAAAGAGATAATGAAAATTGAAGAAAAGTGTGAATGGAGCATAGGGAATGTACCTAGTATTAAACCAGGAGCAAATAAGTTTTTTGCATCAGAAGGAGATAATTTATTAATATTAAATCAAAATACTGATAATGAAAAGCTAATTGAAAAATTTATGACTTATTTAATAACTAATAACAAAGAAACTGTTAAATATGTGAAGCAAGGAAAATTCTTTTCAAGCTATTTGTATACATATAGCAGCAAAGAAATTGAAGAAGGTGTAAAAAACTTCGTTGGCAAGAGCCCCCTTGTAGTATTGAGTAATATAGAAGAAAAGACTCCAGAAATTAATGACTATGATAAATATATAAAAGTTAAGCAAGAACTTAGAGTACAGTAGTACTTTGAGTTCTTGTTTAATTTTTATACTAAGGATGGGTCTACTAATTTCTTATAAGCTTTCAATGTATTTTGAGCAGTTTTTGTCCAAGTGAATTCAAGGCTTCTTAAGTAGCCTCTTTCACTAAGGTTGGCTTTTAACGTTTCATCATTTAAAAGAGTTACTAGAGATTTTTCTAATTCGTTTATATTATACGGATTTATTAAAATTGCATCATCTCCTGTCACTTCTGGGATTGAGGTTAAGTTAGAGGTTATTACAGGTGCCTTGCAGCTCATGGCTTCTAATGGAGGTAGTCCAAACCCTTCATAAAATGATGGGTAAACAAAAGCATCACAGCCACTATAAAGAACCGGTAAAATTTTATCTTCTAAATATCCACAAAAAATAACTTTGTCTTGTAGATTATTTTCTTTTACAAAGGTAAGAAGTTTTTCACCTTCATCTCTTAATCCTCCACCAAGAAGCAATTTATAAGGCTTGTTTAAGTCTTTATAAACTTTACTAAACGCCTTAATTAGACCTAAAACATTCTTTCTTAAACTGAATCCACCAATATATAATATATATGGATCTTTTACACCAAAGGTATGTTCTACATATAATTTGCAATTATTTTTATCTAAAGGCTTAAAATTATTATTTGCAGCAAGAGGTGTTACAAATATCTTATCTTCAGGATAAAAACTGAAAAATTTTAAAATATCTTTTTTTGAGTATTCAGATACTGTCAAAATACCATAAGAATTAGAAATTATATTGGGCATATCACGTAAAAATCTTTCTAAGTAACCTTTGCCAACGGTTTCGGGCATAATATATGGAATTAAATCGTGTATTGTAACTATAGTTGGTATTTCTGTATCAAAATCGAACCCTATTCCATTTTGGGGAATATGATATAAATCAGTATGCAATTCATTTAATGTATTAGGAATATAATAATTTTCATAAAAACCACCATGTCTACCAGAAGAGTATACTATATTAGTATTTTTTTTATTAAATTCTTCATTAAATTTTCCAGAGCAAAATAAAGTGAATTCATCTTTTGAATCTATGGAAAGAATTTCTGACATAAGATTATTTGTATAAGTACCAATGCCAGTCCCTTGATGTAAAGTAGCACTACGAGCATCAATGGCAATTTTCATATGAACACCTCTATAATACATATTGGGCATATTTCAGAAAATAATAAGTCAGTATATATGCCTTTAGTATAAAGTATTAATTGATTTTAATTTTTGTGAATCTAAATCACAATAAATTATTTAATCACATATAATAAAAATAAATAATAGCTGGTAGGAAATTTCATGGAGAATAATAAAGAGATACTCAAAATTAAAAGCTATGTTGAGGAATATTATCAATTAAAAATAGATAATATAGAAAAGGTGAAAAATAGTTATAAAATTATTACTAAACATGGGGGATATTGTTTAAAAGTAATTAGATATCAATTCTCTCATTTTTATTTTATTTTGTGTGCAATGAAACATCTACAAAGAAATGGATTCAGTAATATTCCTAAGTTTATTATTAATAAAGAAAAAAAAGAATATGGGAGTATAGACGGAAAATATGTTTATTTAACTAAATGGATTCCATCAAGGACAAGTAATTACAATAATCCTATAGAATTGGCTATGGTATCAAGTGAACTTGCAAAGTTACATCAATGTAGTAAAGGTTTCACTTTAGAAAAAATAATGAAACCCAGGATTGGTTGGTTTTCTTGGATTGATGTATTTGAAACAAGAAAAAATGAAATACTTGATTTTAAAAATAGAATAAATCAAAAAGCAAATAAATCTAACTTCGACTTATTGTATTTAGAAAATATTGAACAGGAAGTAAAAAGAGCTGAGAAAAGTATATTAGGTCTTCAAAAAAATAATTATGTAAAGATTATGGAAAGAGAAGTTTTTAAAAGAGGTTTTTGTCATCATGATTATGCCCACCATAATATTTTAATAGATAATAATAAAAACATTAATATTATAGATTTTGATTATTGCATATTAGATTCTCATCTTCATGATGTATGTTCTTTATTAATAAGAAATATGAAAGATGGCAAATGGGAACCGAAAAAATCGGATTTAATATTAGATGCTTATAGGACAAATATGGAAATTAAACAAGATGAAATCCCTATAATAAGAGAATTTATAAGATTTCCTCAAGCTTTTTGGCAAACAGGACTACAAGTATATTGGGAACAGCAAACCTGGGGAGAAGATTTTTTTCTTAATAAGTTAGAAAAATATGTAGATGATTGTGAGTTCAGAGAAGAGTTTATTGATAGTTATTTTAATGGAGGAAATTAATATGGATAAATCGTGTGTTAATGAATATTTAAATATAAGGGAAATAACTATTATTGGACAGTATTTTAGTTATGATAGAAATACGGATAAGAAAGATATTATTTCTCAAATTAATTTAATAGTGGAGCTTCATAAAATTCTAATTGGTTGTAATTTTAATGGAATGAGTAGAATTAAAAGTACAATAGGTAAGGAAGTTGAAGATTATAAAGTTCAAATAAAGAAATTGCAAAAACATTATGACTATGTAGCTAATGAACATTGTCCAAATGAGGTGGATAAATTAATATTATCAAATGGTAAAACTATGCTAAACCAAGCTAAAGAAGCATTAGACTATATTTATGGACATGATTATTTTGGTGTTATAAAGCGTAGTATGAATAGAGAAGAGATTTGTATTGGCAAAGTTGATAGAAATAACTTGAGAAAAAATGAAGGGAAAATTGAAATAGGTACAATCAAAGGAATGACATATAATTTAGTAGAAGAAGATTTATATAATTATATTAAGAAATTGCAAAGAAAGCAATTTGATATAGATAAAGAGGAGTTAATAAAATTATTTGTACATGGGTCTCATTTATCATTTAATAGTTTTGATTATTTAAGAGGATTGTGCAGTTATCCAAGAGATTTTTTGAAAATATGGGAGAGATATAGAGATAGCAAAAAAGAAAATACTAATCAAATAGATAATGAGTTAGATATGCTTAATATAAAATACAAATATAACAAGATGAAGAAGGATAATGATGAAATATTATTAGAATTAAAAAGAAGCTTAAAATATGAAAGCAAAGGTTTTATCATATAGGTATCTTTCAAAAGTTAGTTTTCAATGGAACTAAAGCTTAGTAATTTTTTATTAGGAGGAAAAACATGAATAAAACTAGGTATTCAGAAAAAAATTATTTGTGTCATTATGATTTGAGTTTGAAATTTTTTAATGAGCTTGGAATAAAAGTGAATGATATTGTTCCACTTAGAAAAGTATTTGTAATATGTACAGATGAAGGAAATAAAATTTTGAAAAGAGTAAATTATGACGCAGATAGAATAAATTTAATAAGTGATTCTTTGGATTATGTGAAAAAAAGTTATAATAATATAATAACATATAACAAATTTGAGGATAATTTGAATTATAAGAAGTGGAAAGATGATATTTATATTGTTATGGATATTTTAGATGGAAGAGAAGTATCATTTTCAAATCCAGTGGAAATTAATCTTTGTGCAGAAAGTATAGCTTTAATGCACAAAGCATCTAATGGTTTGAGGGCATATTTAAAAAACAAATATAATAAGGATTTTTTAGATATATCTCTAAAAGATAAGTTTCAAAAAGCATATGATGAATTAATTTGGATGAAAAATCTAGTTAATAGTTATAAATATAAAAATGAGTTTGATGAATTATTCATTGAAAATGTGGATAAATATTTATTTGAGATTCAAGAGGTGCAAAAGGAGCTTGAAAAAAGTAAGTATGATGATTTAAGACAAGCAGGAGATACAATTTATCTTTGCCATAATGATTTAGCTTACCATAATTTCTTAATTAAAAATAATGAGATAAGTATAATAGATTTTGACTTTATGACTTTAGATTTAAGAATAATGGATATCGGGGATTTTATTTTAAAATCTATAAAAAACGTAGCTTTTGATATAGATAAAATGTTAGGTTGCATTGATGGATATGAAAATATTTCAATTTTAAAGCAAGAAGAAAAAGAATTATTATATATTCTTATAAAATTCCCAAAAGACTTTCACACTATTTCTAGGGATTACTATTATAAGAGAAAACAATGGGATTATGAAGTTTATTTAAATAGGTTTAAGGCAAAATTAAATAATGAAGAATTTAGATATGAATTTTTAAAAGTATATGAGAACAAATTTATCATATAA

Protein sequences of DBSCAN-SWA_2

>CP029329|1397589:1431802|1422870_1424349_-|AWK50633.1|transposase|DBSCAN-SWA
MFSLNKIKQLNLFDQVSELNYLSTKQPVGFLNLLSDNFDLESFIPESFSNHYYSTLGRDRDYKLSSILSALILMQIFHIPTNVLLHLFLIFSTEIREFCGFYDSVPAESYFSRFKTDFEKDIADLFNSLVPNVIDICNEFNLSLPDNSPYKDRNSMLIYDTSGLKPKVKENNPKTLVSEINKQKSYAKAIKKKDYNAYAAAYKNMPKFSEANPSIKLDFVNGHFGYFYKFGILTNGLGIPLGINFFDENFYSSVKQEFETPEEQKYAYDNASLKSVVKPFINNLKSKTNFQFKTFLGDSEFDSYENFGLLKQLNFQKVFIPLNSRNQKNTKINDLEFNTSGIPLCPLTKEQFKSEGSCGGKNRSVRYKFTCPKSYRDKKGKCYLTCETPCTDNKSGRMTYVYPDKDFRLYPGIQRNSDEWAKTYKIRTIIEREISCFKFNPCIQSPNTVNTTTMRSDLYLTAISKLINVILSHSLNNPEYIRSIRKLIAIAA
>CP029329|1397589:1431802|1399070_1400516_+|AWK50619.1|DBSCAN-SWA
MESVWNSEINFRKREVLSKDIECDILVIGAGMAGLLTAYMLAKSGREVVIIDAKSTANGVTKNTTAKITCQHDLIYDSIIKEFGEEGARQYAKANELAIEKYKEIIDEENIDCDFERKDAYVYSLDNTESLKSEYIAVKKLGIDAELVDEVNLPFKVKGALKFKNQAQFNPLKFLRTISEKLTIYENTTALDITEEISVVTKDDIKIKANKIIVATHYPFLNTPGYYFMRMHQERSYVLALENAQDVNGMYKGIDKNAYSFRNYKNLLIFGGEAQRAGENEEGGAYEKLRKAAKELYPNSIEKYHWSAQDCMTLDNIPYIGHYSSKTPDIYVETGFKKWGMTTSMVAAMIISDMILEKENDFSEIFSPGRFDMSASMKNAANDLMITAKNFIAQRIDIPEESIVSLKNGQGGIVEYKGRKTGVYKDNDGRIFAVSTKCAHLGCELHWNADELTWDCPCHGSRYDYKGNWIESPTNKSLDEI
>CP029329|1397589:1431802|1427569_1428700_-|AWK50637.1|DBSCAN-SWA
MKIAIDARSATLHQGTGIGTYTNNLMSEILSIDSKDEFTLFCSGKFNEEFNKKNTNIVYSSGRHGGFYENYYIPNTLNELHTDLYHIPQNGIGFDFDTEIPTIVTIHDLIPYIMPETVGKGYLERFLRDMPNIISNSYGILTVSEYSKKDILKFFSFYPEDKIFVTPLAANNNFKPLDKNNCKLYVEHTFGVKDPYILYIGGFSLRKNVLGLIKAFSKVYKDLNKPYKLLLGGGLRDEGEKLLTFVKENNLQDKVIFCGYLEDKILPVLYSGCDAFVYPSFYEGFGLPPLEAMSCKAPVITSNLTSIPEVTGDDAILINPYNINELEKSLVTLLNDETLKANLSERGYLRSLEFTWTKTAQNTLKAYKKLVDPSLV
>CP029329|1397589:1431802|1426403_1427546_+|AWK50636.1|DBSCAN-SWA
MKSKIKYAFVFSILLVIGIISINLYQPNKEQQVKGSIELLVNESSYDYLVECANNFMKLNDKTFISIKKLDSYDQIKNAVKDNNKIKFPNVAQIDRFNFEELKLDNYEYYNKDNKLLNNYANNFSKYRVTQVKYGDNSIGIPLTSRPLAFYVREDMLREYGYKRDSMNTWDDVIKIGKDIYIKSNGKVSIINATGQDYEDLLDLLTMESFNDDKSVEQIKSEVETMIKNLKDNNILNLQNEGEFLGRISSFNAMKEIMKIEEKCEWSIGNVPSIKPGANKFFASEGDNLLILNQNTDNEKLIEKFMTYLITNNKETVKYVKQGKFFSSYLYTYSSKEIEEGVKNFVGKSPLVVLSNIEEKTPEINDYDKYIKVKQELRVQ
>CP029329|1397589:1431802|1417530_1418493_+|AWK50628.1|DBSCAN-SWA
MSNYDLIIIGAGISGMTAAIGAAKEGIKKILIIERESNLGGIINQCIHNGFGEKFLGEPVTGPEYIDFIERQLDKSCIQIILNTTVLDITREMVVTYVNSKDGVKDVTAKAIIFAMGAKEQYLGNIVIPTNELTGIFTVGEAHRIINLDGYLPGRKTIIIAKDKWGFIVARRLIIEGGNVEGVVLEKAFEDITDTEIDNIIDGFDIPIIENSRVMEIEGETRIQKVKIININNKVIEEKECDSLLLSVGFVPENSIVKKLEININSEILGPEVVEFETSVGGFFACGNIIYGEKALHMKETDGIECGIKAAKYIHREKEC
>CP029329|1397589:1431802|1430764_1431802_+|AWK50639.1|coat|DBSCAN-SWA
MNKTRYSEKNYLCHYDLSLKFFNELGIKVNDIVPLRKVFVICTDEGNKILKRVNYDADRINLISDSLDYVKKSYNNIITYNKFEDNLNYKKWKDDIYIVMDILDGREVSFSNPVEINLCAESIALMHKASNGLRAYLKNKYNKDFLDISLKDKFQKAYDELIWMKNLVNSYKYKNEFDELFIENVDKYLFEIQEVQKELEKSKYDDLRQAGDTIYLCHNDLAYHNFLIKNNEISIIDFDFMTLDLRIMDIGDFILKSIKNVAFDIDKMLGCIDGYENISILKQEEKELLYILIKFPKDFHTISRDYYYKRKQWDYEVYLNRFKAKLNNEEFRYEFLKVYENKFII
>CP029329|1397589:1431802|1410239_1411172_+|AWK50623.1|DBSCAN-SWA
MKHNYRDNKNKIKNIKITRTTILFIIIVAFVVGGSSLMAVKLSKDKQAVQALEVNKEVSSESSSKDNKNQSNSALSLLENDPAADDIAFVEKYLDQQMKGQMPDGADGKKVVYLTFDDGPSETVTPLILDILKAENVHATFFVVGKAVDESKITKDLIKREVEEGNAIGNHTYSHNYNYLYPNKTVNVDNFMADVDKTNQSLKNVLGEGFSTRAIRFPGGHMTWSGMDTMDAVMKEQDYHQVDWNALSRDAEGAPKKAEQLKEQLIKTITGRQKAVILMHDTYGKEETAKSLPEIIKYLKEQGYEFRTMK
>CP029329|1397589:1431802|1426083_1426398_+|AWK50635.1|DBSCAN-SWA
MEEIILNIIMHSGEARSYSIEAITLAKAGKFNDAKELIVKSDEALGYAHNSQTSLIQGEAANDNIEFSLLLVHAQDHLMTTMTFKDLAVELIEVYEKIDSINCR
>CP029329|1397589:1431802|1400742_1400949_+|AWK50620.1|DBSCAN-SWA
MGSNNNSSNRTLVPEARQGLNKFKTEVASSIGLQDYESTDKGNLSSRQNGSVGGEMVKRMVESYEKGL
>CP029329|1397589:1431802|1424507_1425731_+|AWK50634.1|protease|DBSCAN-SWA
MNNNENNGKFIDVESLPVDEGQQVAWKNCFQNNNSAPKKRKGRGIRILGKIAGILLITMTGGVFGSVITYSLIKSNNIVTTKQITSYVPQSFTASTSDAMSAADAFNKVAPAVVIVSTKSTANNGFTTGEVEGMGSGFIINEEGYILTNYHVISSAKEITVTLSDNTEVSATVVNYDAEKDIAMIKLKEGTKVPAISELGDSDEIYPGAEVIAIGTPLSKNFAQTLTKGVISGSNRTIEGQSGTSVNLIQTDAAINPGNSGGPLVNAKGQVIGINSMKIGTESVGTTSIEGIGFAIPINEVKNKIDALSKPILNLGIQIREINSDTAKKYDLAEGIYVSSVDEFSPAEKAGLKIGDIIVKCDGKSAKTFAELKTIKEGKNAGDTMNIEVVRDKKNISVSVILEEKTN
>CP029329|1397589:1431802|1420471_1421491_+|AWK50631.1|tRNA|DBSCAN-SWA
MSKKIILAIESSCDETAAAVVVDGREVLSNVIASQIDTHKKFGGVVPEVASRMHIKVVDSVVKAALAEAEVSLDDIDAIGVTYGPGLVGALLVGLQYAKGLSLGSKKPLIGVNHIQGHISANFIEHKDLKPPFVSLVVSGGHTFIVHVKGYRDFEVIAQTRDDAVGEAYDKVARSLGLGYPGGPKIDKLAKEGNENAIEFPRAKFQDDTLDFSFSGVKSAVLNYLNKAKMKDIEINKADIAASFQKAVIDALKTNLFLTCERRGIKKVAVAGGVASNSCLRETLLNEGAKRGIEILFPSPILCTDNAAMIGSAAYFNYQEGIRSDLDINAKPNLKLIER
>CP029329|1397589:1431802|1418554_1419118_-|AWK50629.1|DBSCAN-SWA
MNNNFDIIFFGDSLTFGYGVPKQNSWVYKLTQNFSASSLNKACNGDTTTSMLFRYSNDVLIYRPSKIFIMGGTNDLLLGRSVSSIIDNLELMIKESCNINSEIIIGIPPKIIGKMANSLFSPSHLYDYAESELVTLKDEIIKLCINNGIQFINFYELTLYENDIYLDGIHLTSLGHELLYEEALRFF
>CP029329|1397589:1431802|1414693_1416559_-|AWK50626.1|DBSCAN-SWA
MSSFNSKLNKFLQNNLTKDTLIRLIFFLIPLASIVLKGIIFQGFVTSQNPYVFNFSAGYKSANPCLNYYIAFALIFLSFSLLFKGRGRIISTFAIDGILTLIMLIDAWYFRGFLTVPSVLALTQTANLDNMSGSILSMTSKLDVIFLFDFIILAAYAYITRKSYTKKHKRAIKTFLCTFILSILFIIYVPFSITVFNNKDVHNAYFFDNYDKSNTARYFSPIGYHIIDCYTVYRDSKAYKLTDQDKADINNLFEIKRENLPNNEYFARSKGKNLIYIQVESLESFVIGQKINDKEITPNLNKLVQSSLYFPNTFEQVNEGTSSDSDLIVNTSMLPLRSGSTFFRYPNNTYNSLPTILENQGYSTIAIHPDKGSFWNYKNGLIGIGFDKFNDYYSFNVDEEIGLGISDKSYFEQVIPMLKEQAQPFYSETITLTSHGPFDIPQEYRELGLDPELDESKLGGYFESVHYTDKQIGYFLDMLDKEGLLENSVIAIMGDHTGIHKYYDSSINQLSNKQDWYLNTGNPTVPFIVYDPSLKEGKTFDKLYNGEIDVMPTLLYVLGVPNEQYENTALGRNLLNTNKSFAVITNGTLKGGENLTDKEKEVYKKSLDISDKMIRANYTHK
>CP029329|1397589:1431802|1413042_1414386_+|AWK50625.1|DBSCAN-SWA
MDFNLFKEILFKNAKNSGFEEFEIYYSDAENLSLNIYEGEVEKYKLTNAFGLSFRGKINGKMGYSYTEILDEDAIDTLIKNAKGAALAIENEDVQFIYEGDKEYKELDCYKKQLDNVKPDELISLALEMEKECKKQCDKVVNFQGCGIGYGKATYGIINSKGLNLKNERNSLTAYVVPIVEENNEKYDGMGYVIANSVGDIKPSELAKQGLEEALSKVGGKSIPSGTYKIIINNEAMVSLLGTFSGIFDAEQAQKGLSLLKGKEGEIIASDIITLIDDPHLEDGLGTTSFDDEGVATYKKEIITNGKLNTLLYNLKTAYKAQVKSTGNGFKGSYASTVGVSATNFYIKPGEKSFEELCNEVKEGVIITEFAGLHSGASAITGDFSLAAKGFMIENGKKSFPVEQITVAGNFFTLLKDIEEVGSDLKFPMSSIGCPSVIVKELSVAGK
>CP029329|1397589:1431802|1397589_1398141_-|AWK50617.1|coat|DBSCAN-SWA
MQLSCGELHNLSELILSCVNSITNMALYKNMVTDPQLKSMIETHFPVHVQDYNMKVKFVKDATAPTEKLNVPVLTKILQDFTKAPVATIPVTPRTDVQQLNDREIATGYLLTLKRAGREYAWSAMEASNPELREFLKDAFTMSCNHAYEVWQWMVKSGFYALSPAPQTEIDATGAIFNEVQQY
>CP029329|1397589:1431802|1416909_1417482_+|AWK50627.1|DBSCAN-SWA
MKEIDCRGLSYLRSIREIKKYFNSIGEGEAIITVNSELGRSNVIRYVTHKGYQVDQEDEENRFNIKVEKRGCLGVEEEENIFSVLITCDKIGCEDKDLGEILMSEYFEALNECERLPREILFLNSSVKLFKNESKSLEDIRMLYKKGVIILINDTSLDYYNLKEDITFGEIANMYDMVIAMKKSPKLIKI
>CP029329|1397589:1431802|1421499_1422501_+|AWK50632.1|DBSCAN-SWA
MRLLSHSNGIHKVEKDKVSKRKFLESFIIFVVGLLIFGFAIQMITNIFDNARLKSRFKYIRIDGSKMEYKLKSNGDYTVVFDGAIGANMYEWDTVCRELEDKKISTFIYNRRGYGFNDGGENRTPEEQAKDLKVLLKKSGAPEPYILVGEEYGSLVTTNFVSLYSDSVAGVVLVNPISEEKIKTNEFKESIKFEYYRSQFEKIGTNISLTSLLSKMGLTMENDIFKEHLTESELAEFNSFKNNKKYKEAVSNELKNLYKDVSNSQIDGLLHNKPLYLITDNEEDPIKKIGDARVTTIYKEEIEGSPFSLLDSNTIVNGVNNVIKDAKKIAKKS
>CP029329|1397589:1431802|1419136_1419835_-|AWK50630.1|DBSCAN-SWA
MSNYAKIVINGSPITKSNFKLHNINGRAILPHSSGKYHDRYALYEQEIALIARSQNPDIIFSESLIALLKVYYKSEKRHPDTINITKSIFDGIEKSGIIINDAQITRIFTEEYYDKENPRFELELFSESEYDFNYTITKKIIPTQSKLYSPIKNNLLTNRSNKVSLCANSKNKTTSTNNHSPLKQSDKVSKTTTSKETKFCSICNKLITSDDYLKADNGKTLICKKCFNKLF
>CP029329|1397589:1431802|1398189_1398861_-|AWK50618.1|DBSCAN-SWA
MFEHKKQLLHEVKVERPNPQYAVLMQEQLGGGNGEVKAAMQYLSQSFRIKDPEIKDLFLDIGAEELSHMEMVAQTINLLNGHDVNNTQVTNGEIQTHVQCGLSPVLINSSGAPWTADYVTVTGDLVADLLSNIASEQRAKVVYEYLYRQIEDKEVRATIDFLLNREEAHNALFREALNKVQNTGSNKDFGVTQDSKLYFDLSTPGPAQKAPDPTPPSFENPRK
>CP029329|1397589:1431802|1428865_1429882_+|AWK50638.1|coat|DBSCAN-SWA
MENNKEILKIKSYVEEYYQLKIDNIEKVKNSYKIITKHGGYCLKVIRYQFSHFYFILCAMKHLQRNGFSNIPKFIINKEKKEYGSIDGKYVYLTKWIPSRTSNYNNPIELAMVSSELAKLHQCSKGFTLEKIMKPRIGWFSWIDVFETRKNEILDFKNRINQKANKSNFDLLYLENIEQEVKRAEKSILGLQKNNYVKIMEREVFKRGFCHHDYAHHNILIDNNKNINIIDFDYCILDSHLHDVCSLLIRNMKDGKWEPKKSDLILDAYRTNMEIKQDEIPIIREFIRFPQAFWQTGLQVYWEQQTWGEDFFLNKLEKYVDDCEFREEFIDSYFNGGN
>CP029329|1397589:1431802|1402576_1404637_+|AWK50622.1|DBSCAN-SWA
MKKNVLKRMVSLITIIVLSITISSNDIAYSSEFNIESNVSSNSIELKQDVRVQDDFYNAINKDWLSNTKLANGYVSYGTFEEVCGKVNEDIHNIILDIQKNKNIYAANSDEVKVLNLYNNYLDIEKRNKLGIRPIEKYINKINDIKTIKDLDGILGENEFSYFQSLINLGVGPDYKNSNTNILYISRSNLGLGNSFYYKDTRNKSQNIKQVYINYLTKLHTLYGEDEKIAKKNAETFYNIENNIAQKIPSFEEEAKDDNRIQKSYNAYTIEELKELIPNIDISGLLSKLNISHANKIIVENPEELKLVNSFMTEDNIDDIKIFLKTSVLLNTDNFLTSEYREASNELRKTLYGVDANDLNEGSGIKFANCQLNEILSKLYVDKYFDENSKDDVENIAKEIIKNFKNRLQNISWMSKSTKDEAFNKLENINVKIGYPDKWNDYSDIKINSYDEGGSIIENVINIYVSQSRKQFSKLNEPVNKNEWNMGACTVNAYYNALNNEIVFPAGILQAPFYDKNASKEKNLGGIGVIIGHELTHAFDNTGAQFDETGKLKNWWSANDYKEFTRRSKKVVDYYSNIEISDGNFINGFLTVGENISDLGGIACVLDLTKDIESPNLKDLFENYATIWREVSTKELKEYLLNNDPHAPKKVRVNAVLSQFEEFHKTYGIKEDDKMYVRPEDRVGIW
>CP029329|1397589:1431802|1411656_1413039_+|AWK50624.1|DBSCAN-SWA
MLAKSIACEILAKCLVTGGDFAEIFEEDSINNSISLVDGKVDDAIGGRSYGIGIRIFKGLNSVYAYTNNNSLDSLLDTAYRAALALGDVKENNNSIILNERKIATIHPIIYYPKDVAYDKKISILKSAYSGAKSFSEDISQVIASYADKEQNVLIANTEGLYIQDTRIRTRLGVSAIASKGSENQTGFEGPGRHMGIEMFDNVDPAYHGREAARVAHTMLHAKNCPAGNMTVAIDNGFGGVIFHEACGHALEASAVAKGNSVFANKLGEQIASTKVTAIDDGTMANAWGSLNIDDEGNKTRRNVLIENGILKGHMIDKLNGRRMNMEATGSSRRQSYKFQPTSRMTNTYIAAGDDKPGDIIKSMEDGLYAKKLGGGSVNPVTGEFNFSVQEGYLVKNGEIQEPVRGASLIGKGSEVLMDIDMVGDNFEVAQGMCGSSSGSIPTNVGQPMIRVKKMTVGGR
>CP029329|1397589:1431802|1401861_1402068_+|AWK50621.1|DBSCAN-SWA
MSSNNSGSNRTLVPEAKQGLNKLKTEVASEIGLQNYESTDKGNLSSRQNGSVGGEMVKRMVESYEKGL
>CP029329|1397589:1431802|1429868_1430699_+|AWK53039.1|coat|DBSCAN-SWA
MEEINMDKSCVNEYLNIREITIIGQYFSYDRNTDKKDIISQINLIVELHKILIGCNFNGMSRIKSTIGKEVEDYKVQIKKLQKHYDYVANEHCPNEVDKLILSNGKTMLNQAKEALDYIYGHDYFGVIKRSMNREEICIGKVDRNNLRKNEGKIEIGTIKGMTYNLVEEDLYNYIKKLQRKQFDIDKEELIKLFVHGSHLSFNSFDYLRGLCSYPRDFLKIWERYRDSKKENTNQIDNELDMLNIKYKYNKMKKDNDEILLELKRSLKYESKGFII

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AWK50617.1|1397589_1398141_-|coat	spore coat protein	NA	NA	NA	NA
AWK50618.1|1398189_1398861_-	manganese catalase	NA	NA	NA	NA
AWK50619.1|1399070_1400516_+	FAD-dependent oxidoreductase	NA	NA	NA	NA
AWK50620.1|1400742_1400949_+	acid-soluble spore protein	G3MAF8	Bacillus_virus	2.4e-07	43.5
AWK50621.1|1401861_1402068_+	acid-soluble spore protein	G3MAF8	Bacillus_virus	1.4e-07	45.9
AWK50622.1|1402576_1404637_+	M13 family peptidase	E3T4I7	Cafeteria_roenbergensis_virus	2.0e-77	32.1
AWK50623.1|1410239_1411172_+	polysaccharide deacetylase	NA	NA	NA	NA
AWK50624.1|1411656_1413039_+	peptidase C69	NA	NA	NA	NA
AWK50625.1|1413042_1414386_+	TldD/PmbA family protein	NA	NA	NA	NA
AWK50626.1|1414693_1416559_-	LTA synthase family protein	NA	NA	NA	NA
AWK50627.1|1416909_1417482_+	sulfurtransferase-like selenium metabolism protein YedF	NA	NA	NA	NA
AWK50628.1|1417530_1418493_+	pyridine nucleotide-disulfide oxidoreductase	G3MA85	Bacillus_virus	1.3e-07	24.5
AWK50629.1|1418554_1419118_-	GDSL family lipase	NA	NA	NA	NA
AWK50630.1|1419136_1419835_-	RusA family crossover junction endodeoxyribonuclease	NA	NA	NA	NA
AWK50631.1|1420471_1421491_+|tRNA	tRNA (adenosine(37)-N6)-threonylcarbamoyltransferase complex transferase subunit TsaD	A0A0R6PI74	Moraxella_phage	2.8e-64	41.9
AWK50632.1|1421499_1422501_+	alpha/beta hydrolase	NA	NA	NA	NA
AWK50633.1|1422870_1424349_-|transposase	ISNCY family transposase	NA	NA	NA	NA
AWK50634.1|1424507_1425731_+|protease	serine protease	A0A1B1IT49	uncultured_Mediterranean_phage	1.2e-18	27.0
AWK50635.1|1426083_1426398_+	PTS lactose/cellobiose transporter subunit IIA	NA	NA	NA	NA
AWK50636.1|1426403_1427546_+	sugar ABC transporter substrate-binding protein	NA	NA	NA	NA
AWK50637.1|1427569_1428700_-	glycosyltransferase family 1 protein	NA	NA	NA	NA
AWK50638.1|1428865_1429882_+|coat	CotS family spore coat protein	NA	NA	NA	NA
AWK53039.1|1429868_1430699_+|coat	spore coat protein	NA	NA	NA	NA
AWK50639.1|1430764_1431802_+|coat	CotS family spore coat protein	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>CP029329|1885467:1894720|DBSCAN-SWA
GCTATTTTTTTTTGTTTGGAGAGAATAAATCTGATAGTTTTTTACTTGCAGATTTCTGCATTTCAGTTGTAACATGGGAATAGATATTTAATGTTGTGCCAATATCTGAATGTCCTAATCTTTCTTGAATGATTTTAAAATCAACTCCTTGTTCTAAAAGTAAAGTGGCATTCGTATGTCTTAAATCATGGAAGCGAACTCGTTTATTTATTCCTGAATCCTTTGATAATCGATTGAATTTTAATGTAAAGTAATTTGGATGAATATATTTCCCAGACTCCCAGGTAAAAACGAAATTACAAAGTCTATTGTTAAATATATTAGTTTCATATAATTCACCATATTTTGCTTTGTTTGAAGCTTGGAGTTCTTTATGATCTTTAAGCTTTTGAAGAATTTCATCTGATACATAAATATTTCTTCGACTTTCTGAAGTTTTAGGAGTACCAAGTTCAACAGATGTATTTATATAAATGAGATTATTTTGTATTTTAATTATATTATTTTCGAAGTCTATGTTTTCCCATTCTAATCCTGCAACTTCTCCACGCCTTAGACCAAGTTCAATAGTAACCATTAATACTAATTCAAATATATAGTTACCATATATAGTTTTATCTAAATGATTTATCATAATATTAAACTCATCTATGGTTAATATATTGGCAATAAATTTATCTCTACGAGGTCTTTCTACAAATCTGCATATATTATCATTGACCACTTGTAATTTTACAGCTCTATTAAGAGAAGTATTGATGACACCAAAAATTGTTTGAAGTGTAGTATTACTTAAGCCTTTCTTTTTTTCAGAATTAATTAGATTTTCTATTAACATTGGCTTAATATCTTTCAGTAAATATTGTCCAAGATAGGGTTTAACATTATTGGTATAGAGTTCCTTGTAGCGGACATATGTATTTATTTTTCTATTTTGTTTTATATAGTTTTCGAGCCAATCATCAACATATTCATCATATTTTAATTTATGTGGTTCAACATAGCCATTGTTATACTTATATAGTGCTTTATTTAAAGCTTCCTCAGCCTCTGGTTTGGTTTTGCCACCACTTCGTTCAATACGTTTCCTTTTCCCTCCTATATCGATGATATCAAAATAATAATACCACCTATTTCCTTTCTTTCTAACACTTCCTTGCATGTTTTAACACCTCCACGTTAGATAGTATTTCACAATCTATAGTATTTTTATCCAATAAACTTTTATCTTTATCTAATATACAATTTTCTTTTTCGTCTATCATCCTTTTATAAACAACATCATTATTAATTCTTATATTTAAAATATACTTCCATGGCATTAAAACTTCCCCCTAACGCAAACCGAACTTCTGTTCTGAGGAAAATTATACCATTATTAAATTTTAATTTCAATATTTTGGAATAGAAATTTAATTTTTTAGAAGAAAATATAAATATATAATAATATTAAGTCAAAAATAGTATAAAAAAACTATAGATAAAAATCTATAGCCTATTTTAATTGCATTATTTTTTCTTAGAGTTTTCTATTAATTTTTTCACATCTAATCCAACTGCATCTAGTTGTCTAATAATATTTTGAACATCTTCAGCAGTTAATTCATGAGGATATCCCTTGTCAATTTCTATTTCTATAGTTTGATTATGTAACATTCCAGAGTATACTTTTGAAAGTTTATCATCAGTTCTACCTAATAGGTAATCTGTACTACAATCAAAATAATCAGCAATTTTAATTAGTACATCATCCTTAGGAAATCTATTTCCTTTTTCCCAATTCGTAATTGTTGCAGGTTCAACGCTCATAAGTTTAGCAAAGTCTTTGCTTAATAATCCTTTTTCTTCACGAAGCTCTTTAAGCCTAATAGGAAATTTACTCATATTATCACCACCCTATACTTTATAAACAATTTGCTAACTACTATTATAAACTATTTGCTAATTAATAAACACTAAATTAACTAAAAGAAAAATATGTTTTATAAAATTAGATTAAACATATTGAAATTAACTAAATGATAATTTATAATAAAATTAAATTAGCAATGTGATAATTATAAAATGTGAATTATCATAGTGTTAATTTTGGAGAGAACTCTGATTAAGATTTAGATGATTGAAAAGGGGAATGAGAAATGTATAGTAAACTAAAAGGTCTTATGGTAGAAAAAAGAATTACTCAACAAGAATTAGCACAAATACTAAAAATAACTGCAAGTGCATTAAATTTTAAAATAAACGGTAGATCTGACTTTAGCGTAACAGAGGCTAAATTGGTTTCAAGTTTTTTTGGAAAAACAATAGAAGAAATATTTATTATTGATGAAGTCAATAAAATGAAAACTGTTAAAAATGTTTAACATAACTAGAAAAGGAGAAATAGGAAGATCAAGGCTTAGATGTGATTTGTAAATTAAGCGAAGCACTTGGGATAATGAAAAATAAACTTATAGGAGTAAAAACTCCACAAGAAAAGATTCACTTTATAAGGGGAGAATCATGGTAATGAGAATAGGGGGATTAGGATGGAGCCAGTTTTATATACTGTAACTGAAGCAGCAGAGTTATTAAAAGTTAATAGAAATTCTGTATATGATCTACTAAAGAATAATGTAATACGAGGTTTAAAGCTTGGGAGTCTAAAAATAACCAGGACAGAATTAATTAAGTTTTTAGAAGAGAACAATGGAAAGGATTTATCTAATTTAGAAGATATTAAAGATTTGACTTTTGAGAGGGATCAATAGTTATTTAAGTATTGATCCAAGATAGTAGAATGAATTCATTTCCATGCATATAGTTAATGATTTTAGAAAGAAGGGATTTAGAATGATTAGAAAATTTGAGGGGTTAACGGCTAATGATTTAATTGAAATATTAAAAAGTTATCCAAGGGATGCAAAAGTATGCACTCAAATGCTAGGAGAAAATTTTCCGGTTAAACAAGTAGAAGAGTGTATTTATTATGATTTTCAAAATGGAAAAAGAGTGCAGCAGCATAAAGGAATTTTAATAAAATAATATGAAATTGTAAATGAGGAGGAAGAGTGAATTTTAAAGTCTTCAAATGTTATATCTATGTTTGTAATTCAATTGGATTAACTCCATCATGGAATGGCCTTGAAAGGTTTAGAAAATTTTATTTATGGGAGCGTGAAAATAATGGCAGATATTAAATGGATTAAATTAGCTACTGGTATGCCTGATGATGAAAAAATGAAATTAATAGATGCAATGCCGGAGAGAGATACAGTTTACTATTTATGGATAAGATTACTTATACAAGCTGCTAAGACTAACGCTGACGGTGAGATATTCTTATCAGAGGATATGCCGTACACTGATAAAATGCTTGCAGTAATATTTTCTAGACCTTTAGCATCTATAAAACTTGCATTAAAAACATTATCGCGTCTTGGGATGATTGAAATAACTTCTGATAAAGTAATTAGAATTGTAAACTGGGATAAGCATCAAAACATAGAAGGAATGGAAAGGGTTCGTGAGCAAAATAGAAAAAGAGCTGAGAACCATAGAGAAAAGAAGAAACAAGAGAAGAAAGATTCTAAAAGTAATAATGAAGAAACTTATGAAGATGAAGTCTTAGAAGAAAATAAAGATTTAGAAGAGAAGAATGATTTACAAAAAAATAAAACTCTGGATGAAAATGAATCATTAGAAAATTTACAAACTAGTGAGGAAGCTTCTACAAATGCTATTAATGATGAAAAAACTAATACTGCTACTAATGAAGCTGGCAGTAATAACATTGTAGAAACTGGTGATAATGATTGCGATGTTACTAAAAATACTAGTAACGTTACGCAAAACGAAAGTAACGTCAAAGTAACGGAACAGAATAAGAAAGAGATAGAGAATAAGAAAAAGAATAAGAAAGAGAAAAAAGAGATAGATAAAGATACAGAGAGTAAAAAGAGTACTTATGACGTAAATAATAAAAACTCAGCTTGTGGTGAAGAAGTGAGCCAGTCTAGTCTCTTTGAACAGCGTAATAATACTAAAAGTGAATCAGGAGAAGAGGCGGATATAAATCTTAAAGCTTTAGAGCTTATGCAGTACCATGAAAAAATAACAGGAAAAGTTGGTGGATGTGACTATGTTGCACTTAGATCAGCTATTAATCTTCATGGAGAAAAGAGAGTTAAGATGGCCATGGATATAGGCTTTGAAAAAAGCTGTCCGGAAATAAAGTATGCAATTGGCATATTAAAAAACTGGAGAAGAGATGGGTATCCTAAAGATGATATGGAGGTGAAGACAAATGGGTTTAGAAGTACTGGAAAGAGTAACACAACAGATAAAAATGAATTTGCAGGATTCAAGCCAAAGGAACCACGAAAACTTACAGAAGCTGAACGAAAGAAGGCAGATGCAAACCTCATATAAGTGTGATAAATGCGCAGATACAGGATGGATACTTATGCCTCAAGAAAATATGCAGCCGCTTGCTATAAGTTGTGAATGTAGAAAAATAGAAAAGATAAAAAGTGAATGGAGATATTCAGGAATCAATGTTGAACAAAGTAAACTTACTTTTGCAAGTTTTGAAATTTGGAATCAAGCATCACAAAGAACAAAAGATACTGCAGTAGCTTATTGCAATGATTTCGATGAAATTAGAGAAGGTAGACGTAATAGTATTTTATTTTGTGGACAAGTTGGTAGTGGTAAAACTCACGCAAGCATTGCACTTGCATTAAACTTCTTAAAGCAAAAAGTTAGAGTAGTGTACATGCCTTATCGTGATGTAATTACAAAGATAAAGCAAAATATGATTGATGAAGAATACTATACCAAGACCATTTCAAAGTATCAATTATGCGAGGTCCTACTTATTGATGACCTCTTCAAGGGAAAGATTAATGACAGTGACATTAATATAGTATTTGAGATCATCAACTATAGGTATTTAAATTTTCTTCCTATCATAGTTAGTAGTGAATTTTCTATTGATAGATTACTGGCCTTTGATGAAGGGGTAGCCTCAAGAATATATGAGATGTCAAAAGATTATGTGGTGGAAATTGAGAAGGATATTAGGAATAATTATAGACTTAAGTAAGTTAAAAGCTATTAATAAATTAATCTATGAATGAAAGGAAGTTGTTTTAGATGAAAGCATCAGGAATTATAAGAAATGTTGATCCATTAGGAAGAGTTGTAATACCAAAGGAAATAAGAAAAGTTATGGGGATTAATGAAGGAGATCCTATGGAAATAGTTCAGGTTAATAATGATATAGTTTTAAGGAAATATAGTAAGGGATGTATATTTTGTGGAAGTGATGAAGATATAAGTGAATTTAATACTGTGCCTGTTTGTAGTCGATGTAGAAAGGCTTTAGGTCAGGATTAACTTAGGAAAGGGGATAAGCAAAATGAGAGGTTTACTAATTTTTAAAGATAAAATATTTGGCGAAATAAGATGGGTAAAGATTAATAATAAAGATTATGCAGTTGGGATTGATATAGCAAAAGCTTTAGGATATAAAAAGCCTAATGATGCAATTTCAAGACATTGTAGGGGGGCCGTGAAACACGGAGTAGGGGTAGTTACTGGAAAGAGGAAAGATGGAACGGATGCTATTCAAAATATAGAAATGAGTGTCATTCCTGAGGGGGATATTTTTCGCTTGGCGGCAAAATCTGAATTACCAGGTGCAGAAAAATTTGAAGCTTGGATTTTTGATGAAGTATTACCTTGCATACGAAAAACAGGAATGTATGCAACAGATGAATTATTAGATAATCCGGATTTACTTATTGCTGCAGCTACAAAGTTAAAAGAGGAAAGAGCAGCAAGGTTAGAAGCTGAAAAGAAAGTAAAATTATTGGAACCAAAAGGACAATTCTATGATGATGTTGCAGGGTCCAAAGACTCTATAGAAATGGGACATGTTGCTAAAGTTCTTGGAATTAAGAGAATGGGAAGAAATAGATTATTTTCTTTGCTTAGAGAGAAGAAAGTCTTAGATAAAAACAATATTCCTTATCAGCAGTTTGTTGATTGTGGTTACTTTCGAGTATTAGAACAAAAGTACAACTTATCTAATGGCCAGATTAAAATTAATATAAAAACAATGGTATTTCAAAAAGGTATAGATTTTATATTAAGAAAAATTAGAGAAGAATAAATTAAATATTCTTATAAGAGATAAATACTAAAAATGGAGATTCATCCGAGTAAGGACAAACCTCCATTTTCTATTCAAAACTAAGCCACTTCATATTTAGTAACTTGTCTTTGAGTTAATTGAGCTCCAGATTTCTTAACTAAATCGCCAGAATTAGTTGTAAAGATGTTCTTAGCAATGATATTGTCCATAAGTGTATTTACCTCATCTTTAGTAAGAGTAGGTTTAACACCACTAATGCTTAAATTAGTCTTTAATCCAGCAGCAGTTAAAAAAGTCATAGATAAAGAATATTCCATTTAATCACCTCCATTCTTTCAGTTGTGAATTAAGAAGTATGAGTTAAGAGTTTGCTAAAGCAGAAGATTCATTAACAAAATAATCTCTTGTTGAAGCTTCTAAAACTGCTGTAATAGCATTAGCAACATCGTAGATGTTTTGAGGTGCAGCATTTGTTTTAACGTTAGCAAAAGTCTTCTTGGCATAAATTGGGTCTCCGGCTTTATCAAGTCCTTTTTCTACTTCGATACTGAAAGAAACTGTGTCGATAGTTTTAGTAACAGCCATAGTTTTTTACCTCCTTTATTTTATTTTCATAAAGGATATATGGACAAATGCTTGCTATTACATAAATAGATGAAAATTATTTATATTTTAATCAACAAAGAACTAAAATAGATGAAAAATATTGAAAGGATGAAGATGAAAAACGAATGCTTTATTGAAGGACAAATTAGTATATTGGATTTATCTATTATAGAAACTGTAAAATCAAAGAAAATTATGGTTAAAGAATAACATAAAGAAATAGATAAGTTTGATAGTATTATCAAATTGTAGTCATAACAAAGTTACTACTAAAATGCTAGAGAATGAATTAGAAAGAGATATAAAAGTTACTAGAAAAATTTAAAATACATTAAGAGGTAAGAGAATATTGGAATGGTACATCCCAAAATGATTCAAAGCAATATTATAAGATTAGTAATGAAAAGTAAAATTAATCATATTAGTAGAATTAGGAATGAGAGTTTGTGCAATGATAGGGATATATTTATATATGTAAAATACTTGAATGTAATTGTAAATAAAGAGACAATTTCATAAATAAAATTCAATATTGGGGAAGAGTAATTAAATATTAAAAGCGGTTGGAGATAAATATAATAAATAAATTTTCCGGAATTTAGTTTGAAGTTACAACCTTTGGGTTTATACTGAAGAACTTATTGAAACTTCTGTTAATTATTAAATTTATTTATAATAAAAAATGGGGATTTTTATAAAAGGGAATCTGAAGGCTGTACAAAAAAGAGACTTATAGATTCTGAGGGATTATTTTAAAAAATGGAGGAAACAATCTATGAGAAATAACAAACAAATTATTTTGACCGCATTGGCTAGTGTAATGACACTTTCTATTTTAACCACTTTCGGCATAACAGAAAAATACTCTGTTGCAAACGCTTCAACAACATCGGTAAAAAGTGAAACCGAAAAATCTCCGGTAATTGCTGCAGGGCCTAATATCGCTGTTGTTGAGACAGAGGCTGGAAAAGTTCAGGGATACAGTAGGAATGGAATTTATACCTATCATGGAATTCCATATGCTGCGGCAAAAGAAAGATTCGTGCCAGCAGAGAAAGTAGAGCACTGGGATGGAGTCAAACTTGCTTTTGACTACGGTCAGATATCTCCACAACAACAGAGAGCAGGCGGATCTGACAGCAGCTGGGAAAATCCGTCTAGACAGTTTGCAATGGACAATAACAGTCAGAATCTGAACATCTGGACACCTGGTATTAATGATAAAGCAAAGAGACCGGTGATGGTATGGCTGCATGGCGGTGGATTTTCATCAGGGTCATCTGCACAAACAGCTGCCTATGATGGTGCAAATCTTAGCCAAAAGGGAGATGTTGTAGTTGTCTCAGTAAATCATCGCCTTAATGTTCTTGGACATTTTGATCTTTCTCAATATAGTGAAAAATATAAATACTCTGAAAATGTAGGAATTACTGATATCGTAGCTTCTCTTAAATGGATTCGTGACAATATTGCACAGTTTGGTGGTGATCCTGACAACGTTACAGTATTTGGAGAGTCGGGAGGAGGTGCAAAGGTACTTGCACTTATGACAACTCCATACGCAAAGGGGCTTTTCCAAAAAGGAATTGTTGAGAGCGGTGCGACAGACACAATGGGGGTTAATTTTACTTCACAAGAAGCCAGTAAAAGAGTGACAGAACTTACACTTCAAAACCTTGGAATTACTGCAGATCAGATAGAAAAATTGCAGACTATTCCATATGAAGAACTGTCACAAGCATCTGACAAAGCACTTCAGCAGACGGCAGAAGAACTTCATATCCCGGCAGCACTTGGGACAGGATATGGATTATCATGGGAACCGGTAGTAGATGGAGACTATATGCCTACAAGTCCGGTCACAAAAGAAGGATTTGCGGAAGCTGGTAAGGATATACCGCTACTGATTGGCTCAAACCTCACAGAGTGGACAGCCTTTTCGCCAATCATGAATATGGCGAAAGCACAATCAGATAATAAAGATACATGGACCGAAGAAGAAATTGACAAGCATCTAAAGGAAACTTATGGAGACAAGGCAGATGAAATTGTAAATACATTTCTTAAAGCGTACCCTGATAAAAAGAAGGCAGATGCATTATATATTGATTCAACAACAATTAGACTGCCACTTTTAAAGATTATGTCCCACAAGGCTGATCAGCAGGGAGCACCTGTTTATTCCTACATTTTCAGCTGGGAATCTCCGATTATGAATGGTGTTTTCACCTCATACCACACATCCGAGATACCATTTGTATTTAACAATATAGATAAGGCGGATACAACGATTGGTGGAGGTGAAGATGCCAAGATTCTGGAAGACCGTATGAGCCAGGCATGGATCAATTTCGCAAGGAACGGTAAACCAAGTACCGACAATTTACCTGATTGGGAATCCTATGACCGTCAAGGCGGTGCGACAATGATTTTTGATAACAAGGTAAAGCTTGTGCATAACCATGATAAAGAGCTTATGAAGCTTCTGGCACCAGATTATCAATATTAA

Protein sequences of DBSCAN-SWA_3

>CP029329|1885467:1894720|1888631_1889876_+|AWK51020.1|DBSCAN-SWA
MADIKWIKLATGMPDDEKMKLIDAMPERDTVYYLWIRLLIQAAKTNADGEIFLSEDMPYTDKMLAVIFSRPLASIKLALKTLSRLGMIEITSDKVIRIVNWDKHQNIEGMERVREQNRKRAENHREKKKQEKKDSKSNNEETYEDEVLEENKDLEEKNDLQKNKTLDENESLENLQTSEEASTNAINDEKTNTATNEAGSNNIVETGDNDCDVTKNTSNVTQNESNVKVTEQNKKEIENKKKNKKEKKEIDKDTESKKSTYDVNNKNSACGEEVSQSSLFEQRNNTKSESGEEADINLKALELMQYHEKITGKVGGCDYVALRSAINLHGEKRVKMAMDIGFEKSCPEIKYAIGILKNWRRDGYPKDDMEVKTNGFRSTGKSNTTDKNEFAGFKPKEPRKLTEAERKKADANLI
>CP029329|1885467:1894720|1887604_1887829_+|AWK51017.1|DBSCAN-SWA
MYSKLKGLMVEKRITQQELAQILKITASALNFKINGRSDFSVTEAKLVSSFFGKTIEEIFIIDEVNKMKTVKNV
>CP029329|1885467:1894720|1891965_1892190_-|AWK51023.1|DBSCAN-SWA
MAVTKTIDTVSFSIEVEKGLDKAGDPIYAKKTFANVKTNAAPQNIYDVANAITAVLEASTRDYFVNESSALANS
>CP029329|1885467:1894720|1885467_1886628_-|AWK51015.1|integrase|DBSCAN-SWA
MQGSVRKKGNRWYYYFDIIDIGGKRKRIERSGGKTKPEAEEALNKALYKYNNGYVEPHKLKYDEYVDDWLENYIKQNRKINTYVRYKELYTNNVKPYLGQYLLKDIKPMLIENLINSEKKKGLSNTTLQTIFGVINTSLNRAVKLQVVNDNICRFVERPRRDKFIANILTIDEFNIMINHLDKTIYGNYIFELVLMVTIELGLRRGEVAGLEWENIDFENNIIKIQNNLIYINTSVELGTPKTSESRRNIYVSDEILQKLKDHKELQASNKAKYGELYETNIFNNRLCNFVFTWESGKYIHPNYFTLKFNRLSKDSGINKRVRFHDLRHTNATLLLEQGVDFKIIQERLGHSDIGTTLNIYSHVTTEMQKSASKKLSDLFSPNKKK
>CP029329|1885467:1894720|1887994_1888216_+|AWK51018.1|DBSCAN-SWA
MEPVLYTVTEAAELLKVNRNSVYDLLKNNVIRGLKLGSLKITRTELIKFLEENNGKDLSNLEDIKDLTFERDQ
>CP029329|1885467:1894720|1889925_1890552_+|AWK53051.1|DBSCAN-SWA
MQPLAISCECRKIEKIKSEWRYSGINVEQSKLTFASFEIWNQASQRTKDTAVAYCNDFDEIREGRRNSILFCGQVGSGKTHASIALALNFLKQKVRVVYMPYRDVITKIKQNMIDEEYYTKTISKYQLCEVLLIDDLFKGKINDSDINIVFEIINYRYLNFLPIIVSSEFSIDRLLAFDEGVASRIYEMSKDYVVEIEKDIRNNYRLK
>CP029329|1885467:1894720|1892986_1894720_+|AWK51024.1|DBSCAN-SWA
MRNNKQIILTALASVMTLSILTTFGITEKYSVANASTTSVKSETEKSPVIAAGPNIAVVETEAGKVQGYSRNGIYTYHGIPYAAAKERFVPAEKVEHWDGVKLAFDYGQISPQQQRAGGSDSSWENPSRQFAMDNNSQNLNIWTPGINDKAKRPVMVWLHGGGFSSGSSAQTAAYDGANLSQKGDVVVVSVNHRLNVLGHFDLSQYSEKYKYSENVGITDIVASLKWIRDNIAQFGGDPDNVTVFGESGGGAKVLALMTTPYAKGLFQKGIVESGATDTMGVNFTSQEASKRVTELTLQNLGITADQIEKLQTIPYEELSQASDKALQQTAEELHIPAALGTGYGLSWEPVVDGDYMPTSPVTKEGFAEAGKDIPLLIGSNLTEWTAFSPIMNMAKAQSDNKDTWTEEEIDKHLKETYGDKADEIVNTFLKAYPDKKKADALYIDSTTIRLPLLKIMSHKADQQGAPVYSYIFSWESPIMNGVFTSYHTSEIPFVFNNIDKADTTIGGGEDAKILEDRMSQAWINFARNGKPSTDNLPDWESYDRQGGATMIFDNKVKLVHNHDKELMKLLAPDYQY
>CP029329|1885467:1894720|1888298_1888490_+|AWK51019.1|DBSCAN-SWA
MIRKFEGLTANDLIEILKSYPRDAKVCTQMLGENFPVKQVEECIYYDFQNGKRVQQHKGILIK
>CP029329|1885467:1894720|1890602_1890845_+|AWK51021.1|DBSCAN-SWA
MKASGIIRNVDPLGRVVIPKEIRKVMGINEGDPMEIVQVNNDIVLRKYSKGCIFCGSDEDISEFNTVPVCSRCRKALGQD
>CP029329|1885467:1894720|1891703_1891922_-|AWK51022.1|DBSCAN-SWA
MEYSLSMTFLTAAGLKTNLSISGVKPTLTKDEVNTLMDNIIAKNIFTTNSGDLVKKSGAQLTQRQVTKYEVA
>CP029329|1885467:1894720|1886975_1887350_-|AWK51016.1|DBSCAN-SWA
MSKFPIRLKELREEKGLLSKDFAKLMSVEPATITNWEKGNRFPKDDVLIKIADYFDCSTDYLLGRTDDKLSKVYSGMLHNQTIEIEIDKGYPHELTAEDVQNIIRQLDAVGLDVKKLIENSKKK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
1877867:1877882	attL	NA	NA	NA	NA
AWK51015.1|1885467_1886628_-|integrase	site-specific integrase	A0A0A8WIE1	Clostridium_phage	3.9e-62	38.2
AWK51016.1|1886975_1887350_-	XRE family transcriptional regulator	A0A090D830	Clostridium_phage	4.9e-11	34.7
AWK51017.1|1887604_1887829_+	transcriptional regulator	NA	NA	NA	NA
AWK51018.1|1887994_1888216_+	transcriptional regulator	A0A2I7SCU5	Paenibacillus_phage	7.2e-10	52.4
AWK51019.1|1888298_1888490_+	hypothetical protein	NA	NA	NA	NA
AWK51020.1|1888631_1889876_+	phage replisome organizer	V9QKF6	Oenococcus_phage	7.9e-29	55.5
AWK53051.1|1889925_1890552_+	AAA family ATPase	A0A0K2CPA5	Brevibacillus_phage	1.7e-27	36.6
AWK51021.1|1890602_1890845_+	AbrB family transcriptional regulator	A0A2I7SC16	Paenibacillus_phage	1.2e-13	50.0
AWK51022.1|1891703_1891922_-	DUF2922 domain-containing protein	NA	NA	NA	NA
AWK51023.1|1891965_1892190_-	hypothetical protein	NA	NA	NA	NA
AWK51024.1|1892986_1894720_+	carboxylesterase	A0A0M4JT58	Mollivirus	1.0e-21	30.2
1901782:1901797	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>CP029329|2112417:2124065|DBSCAN-SWA
TATGCTTAAAGTTAACAATATAAAAAAGAAATTTGGGGATACAGAAGTCTTAAAAGGTGTTAATCTTGAAATAAAACAAGGTGAAATATTAGTTGTTGTAGGTCATTCAGGTGGTGGAAAAACTACATTACTTAGATGTGTAAATGCATTAGAACACTGTGATGAAGGCGACATAGAAGTAAACGGAAAAATTCTATGCAAGGATGGAAAGTATGTAGAGAAAAAAAGTCTCAAAGAAATAAGAAAAGACATAGGACTAGTATTTCAAAATTTTAACTTGTTTCCACATATGACTGTTTTAGAGAATTTAATAGAAGCACCTCAAAGAGTATTTGGATGGACAAAGGAAGAAGCAATTAAAAAGGCGGAAGAAACTCTTGGATTTTTAGATTTATTAGAAAAAAAGGATAATTATCCTTTTGAATTATCTGGTGGACAAAAGCAAAGAGTTGCTATTGGTAGAGCACTAGTGTTAGAACCTAAAATAATGTGTTTTGATGAACCAACTTCTGCATTAGACCCAGGACTCACTGGAGAAGTTGCAAATTTAATAAAGAGTTTAAGTGTAAAAGGTATGAGCATGATGATTATAACTCATGATATGGATTTTGCTAAAAAAGTAGCGGATAGAATAGTTTCTATGAATGCAGGAAAACTTCAAGATGGTTTGATTTTTGAAGATTAGGCATTTGAAGTCTTTTGAATTATAACTGTTTATTCTTAAACATTAGAAAACTGTTTCTCCTTCCTTATTTGGAATAATTTATGTTGAAATTTAAGAGGAAATATGGTAATGTAAAGGAGTAACATAATTCAAGATTTAATCAATACTGTACATTCGCCTCTGTTTCAGAGATTGGGTCAAGTATCGGGTTATATCTTTGAAAAAAAAGGGAGGATTTTATAATGGATGATAGAACTCTAGTATGCAAAGATTGTGGAAAGGAATTTATTTTCACAGCAGGAGAACAAGAATTTTACAAGGAAAAAGGATTTGAAAATGATCCTGTTAGATGTCCTGATTGTAGAAGAGCTAGAAAGCAAGAAAGAAACAATAGAAATTACGACAGATAGTAACCTAGAAGGTCATAAGATTAATCTTATGGCCTTTTCTTTTTATATAAAGTGAAACTTGGTTCAGGTGGGGTTTGATCCCCATCTGAATCTTAGTTGAACTTATACCCACAAGGGGCACCTCGTCCAGGAGCGTGCAGCCGTTATCTCCCAGTTAAGCAGAGAACCTAAATCTATGATTTAGTGTGAATCGCTTACTCCTCTGACTTTAGGAAGAGGAGTTTCATATAGAGGGCGTCTTACGGATGCTAGCTATCGGAAAAAAGAAAACTTTTCAGTTTTAAATATTTTATTTTACCGTTTATTGGTATTGTACTTGGCGTTTCGGGAAAGATATTCAGTATATATAAATATTAGTTGAATTCATTGATTTGAACATATAAGAAGTTTTACATAATTACATATTCGCAAAACACGAATTATAAAAGAAAAATATACATATAAAATCCGGGAATATATGAAATAAATGAAAAAATAACACGATATGAGTTGACATCATACGTGTTAAGTGATAATCTTAAGGTATCGATACGAAAGTTAACGGGGTGTTGTCAAAAAACATTCGCCATTGCAAAAAAAGTAGTGATTAAGCTAAAACTCATAATATTTTTTTGGAGGAATTAAGATGTTAGATATTAGAAGCGTATTCGTTGAAAAGAAAAATGGATTTAATGTAGAGGCTCAAAGTTTGTTAAATGATTTTAAAGATAACTTAGGAGTAGCTGGATTAGAAAATGTAAGACTTGTTAATAAATATATTATTTCAGATATATCTCAAGAATATTACAATAAGGCATTACATACAATTTTTTCTGAAGCAACTGTAGATGTAGTTTATGAAGCAGAATTACCAATTAAGGAAGGTGAAGTAGCTTTCGGCGTAGAATTTTTACCTGGTCAATATGATCAAAGGGCAGATTCAGCTTCTGAGTGTTTAGCTCTTTTAACAGCAGAAGATAAGGTGGAAATTAAAAGTGCTAAAATAGTTATATTAAAAGGAAACCTCTCACAAAAAGATATTGAAAAAATTAAAAATTATTATATAAATCCAGTGGATTCACGAGAAGTTGATATAAATAATAAAGATTTATCAACACTTTCAAACATACCTAAAGATGTTCAAATCTTAGATAAATTTACCCAAAAGACTTTAGAACAATTAAAAGAATTCCATAGTGAACAAGGTTTAGCTATGAGTACTTCCGATCTTGTTATGATCCAAGATTACTTTAAAGAAGAGAAGAGAGAACCAAGTATAACTGAAATTAAGGTTATAGATACATATTGGTCAGATCACTGTAGACATACAACATTTTCTACAATATTAGAAGATGTACAAATTGAAGATAACAAGTATACAAATCCTATAAAAGCAAGTTATGAAGGATATATAAAATCAAGAGAATATGTTTATGGGGAAAAAGAGAAAAACAAAACTCTTATGGACATGGCTGTAATTGCAATGAAGGAACTTAGAAAAAGAGGTAAACTTGAAGATTTAGATATTTCTGAAGAAATAAATGCTTGTTCAATTAATGTAAAAATTGAAACAGACAAAGGCATGGAAGACTATTTAGTAATGTTTAAAAATGAAACACATAATCATCCAACAGAAATTGAACCTTTTGGTGGCGCAGCAACTTGTCTCGGAGGAGCTATTAGAGATCCACTTTCAGGAAGAACTTATGTATATCAAGCAATGAGAGTTACAGGAGCAGCAGATCCAACAGTTGCAATTGAAGATACATTAGAAGGTAAACTTCCTCAAAGAAAGATAGTACTCGGAGCAGCACACGGATATAGTTCATATGGAAATCAAATTGGTCTTGCAACAGGTCAAGTTGAAGAAGTATATCATCCAAATTATGCAGCTAAAAGAATGGAAGTTGGAGCAGTTATTGCAGCAGCTCCAAAAGAAAATGTAGTAAGAGAAGAGCCTAAGCTAGGTGATGTAATAATTTTACTAGGTGGAAGAACAGGTAGAGATGGTGTTGGTGGAGCTACAGGTTCATCTAAGGAACATACAGTAGATTCAATTAACGAATGTGGAGCAGAAGTTCAAAAGGGAAATGCACCTACTGAAAGAAAAATTCAAAGATTATTTAGAAATTCAAAAGTAGCAAAAATGATTAAGAGATGTAATGACTTTGGTGCTGGTGGAGTTTCAGTGGCAATCGGAGAACTTTGCAGAGGGTTAGATATAGATTTAGATAAGGTTCCTAAGAAATATGATGGATTAGATGGAACAGAACTTGCAGTTTCAGAATCACAAGAAAGAATGGCAGTTGTGGTAACAAAAGAAAATGCAGACGAGTTTATAAGACTTTGTAATGAAGAAAATTTAGAAGCTAATTTAGTAGCTAATGTTACTGATACAGATAGACTCAGATTATTCTGGAGAGGGAAACAAATTGTTGATTTAAAGAGAACCTTCTTAGATACAAATGGAGCTACTCAAAGAACAAATGTTACAGTTAAAGCACCTAAAGAATATCCATATACAATAGCAGATATAAATGTTAAAGAAGAATGGATAAATAACTTAAAGAAATTAAATGTATCATCTAAACAAGGATTATCAGAAAGATTTGATGCAACAATTGGTGGAGGAACAGTGCTTATGCCATTTGGTGGTAAATATGCAAAAACTCCAGCAGAAGGTATGGCAGCTAAAATTCCAGTACTTCATGGAGAAAGCAAAGATGCTACATTAATGACATTTGGATTTAATCCAGAACTAGGAACTTGGAGTCCATATCATATGGCATATTATTCAGTAATTGAAAGTTTAACAAAACTTGCAGCTATGGGTGGCGATTACAGACGTGCCAGATTAACATTCCAAGAATACTTTGAAAGATTAGGGAGTGAAGCTTCAAGATGGGGAAAACCATTTGCAGCATTGCTTGGTGCATATAACGCACAAATGGCATTTGAAATTCCAGCAATTGGTGGTAAAGATTCAATGTCAGGAAGTTTTGGAGATTTAGATGTACCTCCAACACTAGTATCTTTCGCAGTTGGAGTTGAAAAAGCTAAAAATGTAATATCACCAGAATTTAAAGGAGTAGGATCAAGTTTAGTTTTACTTGAAACTGAAAAATTGGAAGATGGAACTATAAATATAGATAGGCTTAAGAAAAATTTAGATGTTCTTTATACATTAATACAAGATAAAAAAGTAATTTCTGCATCTGCTATTAAATTTGGCGGAGTTTCAGAAGCTCTTACTAAAATGACACTTGGAAATAGAATTGGAGTTGAATTTGAGAGTTTAACTAAAAATGAATTATTTGCTTTCAACTATGGAACTATAATATTGGAAGTTAAAAAGGGTATTAATATAGAAGAAGAATTTAAAAATTGTCTTTACAAAATGGTTGGTAAGACAATAGATTCTGCAACTATAGTAAGTAAAGAATATGACTTAAACTTAAATGTTTGTGATTTAGAAAAAACATATGAGGAAAAATTAACTTCAGTATTTAAGATTAAAACTGCAGATGTTAATGAAAAAATTGAAACAGTTTTATATGATAATAAATCTGTACTTTCTCCTAAGTTTAAAATAGCTAAACCAAGAGTAGTAATTCCAGTGTTCCCAGGGAATAACTGTGAATATGATTGTGCTAGAGCCTTTGAAAAAGAAGGCGCAGAAGTAACTCAAGTTGTATTTAGAAATATCACTAAAGAAGCACTTACTGAATCAATAGATAGACTTGCAAAAGAAATAAGTAATTCTCAAATTCTTATGATTCCAGGAGGTTTCTCTGCAGGTGATGAACCAGATGGTTCAGGTAAGTTTATTGCAAATGCTCTTAGAAATGAAAAGATAATGAATAGCGTAATGGAATTACTTAAAAATAGAGATGGATTAGCTATAGGTATTTGTAACGGCTTCCAAGCATTAATCAAATTAGGATTAGTGCCATATGGAGAAATAGTAGATATAAAAGAAGATATGGCAACATTAACTTATAATAATATAAATAGACATATGTCCTCAATTATCACAACAAAAGTAGTTTCAAATAAATCACCTTGGTTTAATGAAGTTAATCTAGGAGATATGCACTCAGTTGCAATTTCACACGGTGAAGGAAGATTTGTTGCACCAGAAAGCTTAATTAAAGAATTAATTAAAAATGGCCAAGTTGCAACACAATATGTTGACTTTGATGGAAATGTATCATTGAATATGCCGTTTAATCCAAATGGTTCAATGTACGGAATTGAAGGTATAACAAGTCCAGATGGAAGAGTTCTAGGTAAGATGGCTCATAGTGAAAGAATTGGGTCAGATTTATATAGAAATATTCCAGGAGACTTTGATCAAAAGATTTTCAAAGCAGGCGTAAAATATTTTAAGTAGGGAACCCAAAAGTGAGAATCGAAATTTCATATTTCGTTCTTCGAACTTTCCCTGTGGGCATCTACGATTTGGTGTGAGTCACTTACTCAGCGAACGTATGTGAGTCGAGTTTCCTTTGAAAAAGATTTGATTATTAGAATATAAGAATATAACCATATATATTCTGAAGAATATATATTCTTCAGAATATGCTTGAAAAATGCGAGTTAAAAGTATATTTTGAAAAAATAGGAGGTCTTTATGCAAGTAGGTATATTTTTTGGAAGTAAGTCTGATACAGAAGTTATGAGAGGAGCTGCCAATGCTTTAAAAGAATTTGGAATAGAATATAAAGCATTTGTGCTTTCAGCTCATAGAGTACCAGAAAAATTAGAAGAAACGCTTCAAGAAATTGAAGCACAAGGATGTCAAGTTATAATTGCTGGAGCAGGTTTAGCTGCACATTTGCCAGGAGTTATAGCATCAAAGACAATACTTCCTGTAATAGGGGTTCCTGTTAAGGCAGCACTTGAAGGTGTAGATGCACTTTATTCTATAGTGCAAATGCCAAAATCAATTCCAGTTGCAACTGTTGGGATTAACAACAGCTACAATGCAGGAATGTTAGCAGTTCAAATGTTATCAGTTAATAATGAAGAATTAAAAAACAAATTAAAACAATTTAGAATAGATATGAAAAAAAAATTTATTGAGGACAATGCGGAAGGGGTAGAACTATAATGGAAAAATTAGAAATGTTATATGAGGGAAAAGCAAAGAAGATTTATGCAACAGAGAAGGCTGATGAAGTAATAGTATATTACAAGGATGATGCAACAGCATTTAATGGAGAAAAGAAAGGTCAAATTGAAGATAAAGGTGTTATGAATAACGAAATTACATCAATTTTATTTGAACTTTTAGAAAAAAAAGGTGTAAAGACTCATTTCATTAAAAAGCTTAACGAGAGAGAACAATTATGCAAAAAGGTTGAAATAGTACCACTTGAGGTAATAGTAAGAAATGTAGCAGCTGGTAGTATGGCTAAGAGATTAGGTCTTGAAGAAGGATTTAAACTTAAAACTACAGTATTTGAATTTTCTTACAAAGATGATGAACTAGGAGACCCATTAATAAATAGTTATCATGCTGTAGCAATCGGAGCAGCAACTTTTGAAGAAATAGATACACTTTTAGCTATGACAGCTAAAATAAATGATATATTAAAAGAAGTATTTGCAGCACAAAATATTAACTTAATTGACTTTAAAATTGAATTTGGTAGATGTCCTGATGGAACAATAGTTTTAGCTGATGAAATCTCACCAGATACTTGTAGATTCTGGGACGCAACTACAGGAGAAAAATTAGATAAAGATAGATTTAGAAGAGATTTAGGTAATGTTAAAGATGCTTATATTGAAATATTAAAGAGAATCTCCAAATAACAGTTAACTGAATAAAGGTGAAAGGGTTGTGTAAATGAGTAATCCAAATTTTGAATTAATAATGGATCCAAGCAATGATAAATTCAAGGATGAATGTGGAGTTTTTGGTGTTTATGCCAATAATCCTATAGATGTTGCATCTATGACTTATTATGGACTTTATGCTCTTCAACATAGAGGGCAAGAAAGTGCAGGAATAGCAGTTGCAGATGGAGAAAAAATTGACATACATAAAGGTTTAGGTCTAATTACAGAAGCATTTAAACAAGATGATTTAGAAAAATTAAAAGGTCATATAGCTATAGGCCATGTAAGATATTCAACTGCTGGAGGAAAAGGAATTGAAAATGCGCAGCCAATACTCGCTACATCAAAAATGGGGCCAATAGCTATGGCTCATAATGGAACTTTGGTAAATGCTGATGTAATAAAAGAATTGCTTGAAGATGGAGGACAAATTTTCCACACTTCAACAGATTCAGAAGTAATTGCTTGCCTTATAGCAAGAAGTGCTAAGAAAGGTCTTGCAAAAGCAGTAGTTGATGCCATGTCAGCAGTTAGAGGATCATTTGCATTAACTATTATGTCAAAGGATAAATTAATTGGAGCAAGAGATCCACACGGAATCAGACCACTTTCATTGGGGAAAATTGAAGAAGGTTATGTACTAACTTCAGAAAGTTGTGCTTTAGATGCAATAGGCGCTGAACTCATAAGAGATATAGAACCAGGGGAAATAGTTATAATAGATGAAGAAGGTATACATTCATATAGATATTCTGAAAATACTCAATGTCAAACTTGTGCTTTTGAATATATATATTTTGCTAGACCAGACTCAAGAATTGATGGACTTGAAGTTCATACAACAAGAGTAAAAGCAGGAGAACAACTATTTAAGGAACATCCACTAGATGCAGATATAGTTATTGCTGTTCCAGATTCAGGAATACCAGCAGCTATAGGTTATGCAAAGGCATCAGGAATACATTATGATACTGGATTTATTAAAAATAGATATGTTGGAAGAACGTTCATATCACCATCTCAAGAAATAAGAGAAAGAGCAGTTGCAGTAAAATTAAATCCATTAAAGGTAAATTTAGAAGGTAAGAGAGTTATACTTATTGACGATTCAATAGTAAGAGGCACTACTTCAAAACATTTAATAGAATCACTTAGACGTGTGGGTGTAAAAGAAATTAGCTTTTTAATTGCATCACCAAGTGTTAAGTATCCATGTTATTTTGGAATAGATACTCCTTATAGAAGTGAACTTCTCGCAGCTAATAATACTGTGGAAGAAATGAGAGATATGATTGGAGCAGATTATTTAGGATATTTAAGTGAAGAAGGCCTTTATAAGAGCTGTGAAGGGAAAAAAGGATTCTGCATGGGATGCTTTAATGGAGTTTATCCAGTCGCAGCACCAGTAGAAAATCAAGTGCAATAAAATATCTAAAGATCATCTTGAAAGGTAGGAATTAATAAATGATTACTTACAAAGAAGCCGGAGTTAATATAGAAGAGGGATACAAATCAGTTAAATTAATAAAAGAATATGCAGCTAGAACTATGAGCGAGTATGTTTTAAATGGACTTGGTAGTTTTGCAGGAATGGTTGAATTACCATCTGGATATGAAAAGCCAGTTTTAGTTTCAGGAACTGACGGAGTAGGAACTAAGCTTGAAATTGCATTTAAGAATAAAAAATATGATACAGTTGGAATTGACTGTGTAGCAATGTGTGTAAATGATATTTTATGTCATGGAGCAAAGCCATTATTTTTCTTAGATTATATAGCTTGTGGAAAGCTTGAAGCAGAAGTTGCATCGGATTTAGTTAAAGGTGTATCAGATGGTTGTGTAGAGTCTGATTGTGCTTTAATTGGAGGAGAAACAGCTGAAATGCCAGGTTTTTACTCTGATGGTGAATATGATATGGCAGGATTTGCAGTAGGTATTGCTGATAAGGATAAAATCATAAACGGTAGCAATATTAAAGAAGGAGATAAATTAATAGGTATTGCTTCTTCTGGAGTTCATTCTAATGGTTATTCATTAATTAGAAAAGTATTCCCAGATTTAAATGAAGAATTTAATGGTGAAGAAGTATGGAAAACATTAATTACTCCAACTAAAATCTATGTTAAGCCAGTTCTTAAATTATTAGAAAGCTATGAAATTAAAGGAATGGCTCATGTTACAGGTGGAGGATTTATTGAAAATGTTCCAAGAATGTTCAATGGTGGAGATTTTACAGCTGTAATTAAAAAGGATTCATATCCACTTCCAGCTATATTTGAAAGAATTATTGAAAAGGGTGTAGATAAAGATCATATGTACAATACTTTCAATATGGGAATAGGATTTGTTCTTGCAGTTTCAGAGGCGGATGTGGCACCTATTATAAAGGCTTTAGTAGAAATGGGCGAAAAAGCTTATGAAATAGGATATGTAACATCTGGAGGTGAAGGTGTTTGTTTAAAATAGCAGTCTTAGTTTCAGGTGGAGGAACAGACCTTCAATCTGTAATAGATGCAGTAGAAAATAAATATATTGATGGCAAAATAGAAATGGTTATAGGTAGCCGTGATAATATTTATGCCTTAGAAAGAGCAAAAAAACATAATATAGACACTTTTGTTGTTTCACGACGCGAGTATGGGGAAAAATCTTCAGACAAGATATTAGAATTAACAAAGGGAAAAGTTGATTTAATAGTCCTTGCAGGATTTTTAGCAATTTTAGATGGAGAAATATTAAAGGAATTTGATAATAAGATTATAAATATTCATCCATCTCTAATTCCCTCTTTTTGTGGACCGGGAATGTACGGATTAAAGGTTCATGAAGCTGTAATTAAAAGTGGTGTAAAATTTTCAGGATGTACTGTTCATTTTGTAAATTCTGAAGTTGATGGGGGCGCAATACTTCTTCAAGAAGCTGTACCAGTTTATTTTGAAGATGATGCAGAAACTCTTCAAAATAGAATATTAGAAAAAGAGCACTTAATATTACCAGAGGCAATTAAGCTGATTAGTGAAGGTAGAGTTCAATTTGTTAACGGAAAAGCTAAAATCAATTAAAAATAAAATCAGTTACAATAATCGGTGTTAAGTTATCAGTTAAAAAATCAAAGAAACTCCGAAAGGAAAAGTGAATGTCCAAATTTTATATTTGGAAACATGAACTTTCCCTTTGAGGTTTCCTCCTAAATTGTTAATTGTAAACTGTTAATTGTTAACTGAATCAAGGGGTGTTTTTGTGAAAAAGAGAGCTTTAATAAGTGTATTTGATAAAGATGGAGTTTTAGATTTTGCTAAATTCCTAGTATCTAAGGATGTTGAAATTGTTTCAACAGGAGGAACTTACAAGTACTTAAAAGAAAATGGTTTAGATGTAATTGAAATTAATGAAGTTACTAATTTTCCTGAAATGTTAGATGGTAGAGTCAAGACTCTTCATCCATTAGTTCATGCAGGAATATTAGCTATAAGAGATAATGAAGAACATATGAATACATTAAAAGGAAGAGATATTCATACAATAGATTATGTTATTGTAAATCTTTATCCATTTTTTGAAAAAGTTAAAGAAGATTTAGAATTCGAAGAAAAGGTTGAATTTATAGATATTGGTGGACCTACAATGCTTAGAGCTGCTGCAAAAAATTTCCAAGATGTTGTAGTAATTTCTGATAAGAATGACTATAATGTTGTTATGGAAGAAGTTGAAGCAAATGGTGAAACTTCTTTAAAGACTAAGAAGAAATTAGCTGGTAAGGTATTTAATCTTATGAGTGCTTATGACGGAGCTATTTCAAACTTCTTATTAGCTGATGATGAAGAAGAATATCCAGAATATCTTTCAGTTTCATATAAGAAGATGCAAGGCCTTAGATATGGCGAAAATTCACATCAAAGTGCAGCAGTATATTCATCAACAATGCTTGATGGAGCTATGAATACTTTTGAAATGTTAAATGGTAAGGAATTATCTTATAATAATTTCAAAGATGTTGATATAGCTTGGAAATGTTCTAGTGAATTTGAAGAACCATCATGTTGTGCATTAAAACATAACACACCTTGTGGTGTTGCAATTGGCACAGACGCTTATGAAGCATACATGAAAGCTTATGAAGTAGATCCAACTTCAATATTTGGTGGAATTGTTGCTTTTAATAGAAAAGTAGACAAGAGAACAGCAGAAGAAATGGTTAAAATTTTCTTAGAAGTTATAGCAGCACCAGAATATGATGAAGATGCTTTAGAAGTATTAAAAACTAAAAAGAACTTAAGAGTTCTTAAGTTTAACAACACTCCAAAAGCTGATAAATGCATGGTTACAGTAGATGGAGCAATATTAGTTCAAGAAGAAGATAGCAAATTAATTGAAGAAATTAAAGTTGTAACAGAAGTTAAACCAACTGATGAAGAAATGAAAGATTTATTATTTGGCATGAAAGTGGTTAAATATGTTAAATCCAACGCTATAGTTGTAGCTCATAACGGAATTGCACTTGGAATTGGTGGAGGTCAAGTTAATAGAATCTGGCCAACAGAAGATGCCCTGAAGAGAGGGATTGGAGCTACAATATTAGCTTCTGATGCTTTCTTCCCATTCAGAGATGTAGTAGACCAAGCTGCAAAGGCTGGCATTAAAGCTATAATCCAACCAGGTGGATCTATGAGAGATCAAGAATCAATAGATGCTTGTAATGAACATGGTATAGCTATGGTGTTTACAGGACTTAGACATTTTAAACATTAG

Protein sequences of DBSCAN-SWA_4

>CP029329|2112417:2124065|2112417_2113101_+|AWK51202.1|DBSCAN-SWA
MLKVNNIKKKFGDTEVLKGVNLEIKQGEILVVVGHSGGGKTTLLRCVNALEHCDEGDIEVNGKILCKDGKYVEKKSLKEIRKDIGLVFQNFNLFPHMTVLENLIEAPQRVFGWTKEEAIKKAEETLGFLDLLEKKDNYPFELSGGQKQRVAIGRALVLEPKIMCFDEPTSALDPGLTGEVANLIKSLSVKGMSMMIITHDMDFAKKVADRIVSMNAGKLQDGLIFED
>CP029329|2112417:2124065|2118102_2118582_+|AWK51205.1|DBSCAN-SWA
MQVGIFFGSKSDTEVMRGAANALKEFGIEYKAFVLSAHRVPEKLEETLQEIEAQGCQVIIAGAGLAAHLPGVIASKTILPVIGVPVKAALEGVDALYSIVQMPKSIPVATVGINNSYNAGMLAVQMLSVNNEELKNKLKQFRIDMKKKFIEDNAEGVEL
>CP029329|2112417:2124065|2118581_2119289_+|AWK51206.1|DBSCAN-SWA
MEKLEMLYEGKAKKIYATEKADEVIVYYKDDATAFNGEKKGQIEDKGVMNNEITSILFELLEKKGVKTHFIKKLNEREQLCKKVEIVPLEVIVRNVAAGSMAKRLGLEEGFKLKTTVFEFSYKDDELGDPLINSYHAVAIGAATFEEIDTLLAMTAKINDILKEVFAAQNINLIDFKIEFGRCPDGTIVLADEISPDTCRFWDATTGEKLDKDRFRRDLGNVKDAYIEILKRISK
>CP029329|2112417:2124065|2114115_2117862_+|AWK51204.1|DBSCAN-SWA
MLDIRSVFVEKKNGFNVEAQSLLNDFKDNLGVAGLENVRLVNKYIISDISQEYYNKALHTIFSEATVDVVYEAELPIKEGEVAFGVEFLPGQYDQRADSASECLALLTAEDKVEIKSAKIVILKGNLSQKDIEKIKNYYINPVDSREVDINNKDLSTLSNIPKDVQILDKFTQKTLEQLKEFHSEQGLAMSTSDLVMIQDYFKEEKREPSITEIKVIDTYWSDHCRHTTFSTILEDVQIEDNKYTNPIKASYEGYIKSREYVYGEKEKNKTLMDMAVIAMKELRKRGKLEDLDISEEINACSINVKIETDKGMEDYLVMFKNETHNHPTEIEPFGGAATCLGGAIRDPLSGRTYVYQAMRVTGAADPTVAIEDTLEGKLPQRKIVLGAAHGYSSYGNQIGLATGQVEEVYHPNYAAKRMEVGAVIAAAPKENVVREEPKLGDVIILLGGRTGRDGVGGATGSSKEHTVDSINECGAEVQKGNAPTERKIQRLFRNSKVAKMIKRCNDFGAGGVSVAIGELCRGLDIDLDKVPKKYDGLDGTELAVSESQERMAVVVTKENADEFIRLCNEENLEANLVANVTDTDRLRLFWRGKQIVDLKRTFLDTNGATQRTNVTVKAPKEYPYTIADINVKEEWINNLKKLNVSSKQGLSERFDATIGGGTVLMPFGGKYAKTPAEGMAAKIPVLHGESKDATLMTFGFNPELGTWSPYHMAYYSVIESLTKLAAMGGDYRRARLTFQEYFERLGSEASRWGKPFAALLGAYNAQMAFEIPAIGGKDSMSGSFGDLDVPPTLVSFAVGVEKAKNVISPEFKGVGSSLVLLETEKLEDGTINIDRLKKNLDVLYTLIQDKKVISASAIKFGGVSEALTKMTLGNRIGVEFESLTKNELFAFNYGTIILEVKKGINIEEEFKNCLYKMVGKTIDSATIVSKEYDLNLNVCDLEKTYEEKLTSVFKIKTADVNEKIETVLYDNKSVLSPKFKIAKPRVVIPVFPGNNCEYDCARAFEKEGAEVTQVVFRNITKEALTESIDRLAKEISNSQILMIPGGFSAGDEPDGSGKFIANALRNEKIMNSVMELLKNRDGLAIGICNGFQALIKLGLVPYGEIVDIKEDMATLTYNNINRHMSSIITTKVVSNKSPWFNEVNLGDMHSVAISHGEGRFVAPESLIKELIKNGQVATQYVDFDGNVSLNMPFNPNGSMYGIEGITSPDGRVLGKMAHSERIGSDLYRNIPGDFDQKIFKAGVKYFK
>CP029329|2112417:2124065|2121769_2122378_+|AWK51209.1|DBSCAN-SWA
MFKIAVLVSGGGTDLQSVIDAVENKYIDGKIEMVIGSRDNIYALERAKKHNIDTFVVSRREYGEKSSDKILELTKGKVDLIVLAGFLAILDGEILKEFDNKIINIHPSLIPSFCGPGMYGLKVHEAVIKSGVKFSGCTVHFVNSEVDGGAILLQEAVPVYFEDDAETLQNRILEKEHLILPEAIKLISEGRVQFVNGKAKIN
>CP029329|2112417:2124065|2119323_2120742_+|AWK51207.1|DBSCAN-SWA
MSNPNFELIMDPSNDKFKDECGVFGVYANNPIDVASMTYYGLYALQHRGQESAGIAVADGEKIDIHKGLGLITEAFKQDDLEKLKGHIAIGHVRYSTAGGKGIENAQPILATSKMGPIAMAHNGTLVNADVIKELLEDGGQIFHTSTDSEVIACLIARSAKKGLAKAVVDAMSAVRGSFALTIMSKDKLIGARDPHGIRPLSLGKIEEGYVLTSESCALDAIGAELIRDIEPGEIVIIDEEGIHSYRYSENTQCQTCAFEYIYFARPDSRIDGLEVHTTRVKAGEQLFKEHPLDADIVIAVPDSGIPAAIGYAKASGIHYDTGFIKNRYVGRTFISPSQEIRERAVAVKLNPLKVNLEGKRVILIDDSIVRGTTSKHLIESLRRVGVKEISFLIASPSVKYPCYFGIDTPYRSELLAANNTVEEMRDMIGADYLGYLSEEGLYKSCEGKKGFCMGCFNGVYPVAAPVENQVQ
>CP029329|2112417:2124065|2122556_2124065_+|AWK51210.1|DBSCAN-SWA
MKKRALISVFDKDGVLDFAKFLVSKDVEIVSTGGTYKYLKENGLDVIEINEVTNFPEMLDGRVKTLHPLVHAGILAIRDNEEHMNTLKGRDIHTIDYVIVNLYPFFEKVKEDLEFEEKVEFIDIGGPTMLRAAAKNFQDVVVISDKNDYNVVMEEVEANGETSLKTKKKLAGKVFNLMSAYDGAISNFLLADDEEEYPEYLSVSYKKMQGLRYGENSHQSAAVYSSTMLDGAMNTFEMLNGKELSYNNFKDVDIAWKCSSEFEEPSCCALKHNTPCGVAIGTDAYEAYMKAYEVDPTSIFGGIVAFNRKVDKRTAEEMVKIFLEVIAAPEYDEDALEVLKTKKNLRVLKFNNTPKADKCMVTVDGAILVQEEDSKLIEEIKVVTEVKPTDEEMKDLLFGMKVVKYVKSNAIVVAHNGIALGIGGGQVNRIWPTEDALKRGIGATILASDAFFPFRDVVDQAAKAGIKAIIQPGGSMRDQESIDACNEHGIAMVFTGLRHFKH
>CP029329|2112417:2124065|2113322_2113490_+|AWK51203.1|DBSCAN-SWA
MDDRTLVCKDCGKEFIFTAGEQEFYKEKGFENDPVRCPDCRRARKQERNNRNYDR
>CP029329|2112417:2124065|2120780_2121782_+|AWK51208.1|DBSCAN-SWA
MITYKEAGVNIEEGYKSVKLIKEYAARTMSEYVLNGLGSFAGMVELPSGYEKPVLVSGTDGVGTKLEIAFKNKKYDTVGIDCVAMCVNDILCHGAKPLFFLDYIACGKLEAEVASDLVKGVSDGCVESDCALIGGETAEMPGFYSDGEYDMAGFAVGIADKDKIINGSNIKEGDKLIGIASSGVHSNGYSLIRKVFPDLNEEFNGEEVWKTLITPTKIYVKPVLKLLESYEIKGMAHVTGGGFIENVPRMFNGGDFTAVIKKDSYPLPAIFERIIEKGVDKDHMYNTFNMGIGFVLAVSEADVAPIIKALVEMGEKAYEIGYVTSGGEGVCLK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AWK51202.1|2112417_2113101_+	polar amino acid ABC transporter ATP-binding protein	G9BWD6	Planktothrix_phage	1.3e-28	37.7
AWK51203.1|2113322_2113490_+	cytochrome C551	NA	NA	NA	NA
AWK51204.1|2114115_2117862_+	phosphoribosylformylglycinamidine synthase	A6N228	Microbacterium_phage	2.5e-30	28.0
AWK51205.1|2118102_2118582_+	5-(carboxyamino)imidazole ribonucleotide mutase	A0A2P0VNU7	Tetraselmis_virus	9.1e-26	43.7
AWK51206.1|2118581_2119289_+	phosphoribosylaminoimidazolesuccinocarboxamide synthase	M4SM18	Cyanophage	1.1e-46	43.3
AWK51207.1|2119323_2120742_+	amidophosphoribosyltransferase	A0A0M3SGR2	Mollivirus	4.3e-55	33.1
AWK51208.1|2120780_2121782_+	phosphoribosylformylglycinamidine cyclo-ligase	A0A1D7SR00	Cyanophage	5.9e-67	45.7
AWK51209.1|2121769_2122378_+	phosphoribosylglycinamide formyltransferase	R9S626	Prochlorococcus_phage	1.6e-22	35.3
AWK51210.1|2122556_2124065_+	bifunctional phosphoribosylaminoimidazolecarboxamide formyltransferase/inosine monophosphate cyclohydrolase	S4VT61	Pandoravirus	1.7e-46	36.6

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>CP029329|3223228:3290117|DBSCAN-SWA
GATGAACAATGAATTAAATAATATAATGATATATAATTTTTGTGCTGTAGACCTTAACCTATACCTTGATAATTTTCCCAATGACAAAAATGCTAGTGAAGATTACAGTAAAGTATCTTGTAAATTAACTAGTTTAATTCATGAATATGAAAAAAAACATGGCCCATTAACAAACTTTGGTTCATCTTTTGTAGAAGATCCAAAAGCTTGGACAGATGAACCATGGCCTTGGGATAATTATTAATAGGAGGAAGAAAAACTTATGTGGTATTATGTAAAAACATTAGAATATCCAATAAATTTAAAATGCAAAGATCTTAATATGGCAAAATATCTAATAACACAATACGGTGGTCCTGATGGTGAATTAAGTGCAGCACTTAGATATTTAGATCAACGTTATTCAATGCCAACTGGCAAGTCTAAAGCTCTTTTAACAGATATAGGCACAGAAGAAATGGCCCATGTTGAAATGATTGCAACTATGGTACACCAACTTATGGAAAATGCTACAGTTGATGAACTTAAGAAAGCAGGTCTTGGTGGAAGTTATGCTGACCATAGAAAAGCTCTGTTTTATACTGATGCTACCGGAAACCCTTGTCCTATAAAACAGCGACATTTTGGAAAGAATACACAATTAGTATTATACCTTCCAAGCTATCTAGCTTTGAAGGCAATACAAAGTTAGAACCTCCTAGGTAATATAACTCTTATCTATTCTATATAATAAAAATTATCTAGAATAGCCTGCCATCTTCTGATTATATTTTATCATTATAAACAAAAAATCACCTACATAGAGACGTATTTACATCTCTAATAAATGATTTTATAATAGTATTCTGATTTATTTTTATGTTTTAGATATCCTCTAAAAATTATTATTTTCCTAATAATTCATTAACTAATGATTTAACACTATCTACACACTGACCGCAACGAGTGTCAACATTTATAACAGATTGTATCTCTTCAAATGACTTAGCACCATTTTCAATGGCATCCCTTAAATTCTGTATAGTAACATTAGTACATCCACACACTACTTTATCATCATCCATTATATTCACTCCTTTGAATCTTTTGAATTTTAAACATTACTTATTTTAACATTTATTAGTCTCACCATTTATTGCTTTACTATGTGTACTTTATAAATTATTATTTTACTAACTTATGAAGTATAGTCTTTTAAATTTATTTAGTTACTTGCAGAGCTATTCATTGAATACTATACTATATTATGTAGCATATTCTTTATTATGTACGTAGGCACATAATAAAATAACCTGTCAGTCTGTCTCCTTGCTTGATGAAAAACATTCATGGCAAATTTGGACTTGTTATTTTCCTTCATATGCTTAATAAAAACTCATGGAATGAGAGGGCGATTTATGAATAAAAAAGAAATATTGGAATTAAAAAGACGTTTAAAAAAGGACGACTGTACATTTACCAGAATGTGCGGTTGCTATGTAGATGGTCAAAAAAATATTGTTTTAAATATCAAAGAAACTTTTTTAACTCTACAAGAGATAGAATTTTTTAAATATTTAGAGATTGCAAGAAAAACATTATCTGGAACTGTGGGAAATAATCTTCTAGAACTTAATTTTCCCCTTGATGAAGAAAATATAGGCGGTAGACAACTTTCTCTAATGGAACTAAAAAAAAGCAAATTAAAAAATGATGCTCTACTTGATAACTTCTATAAATTAATTATAGATAGTTATGACTACACAGGTAATTTTCTAATACTTATTTTTCACGATGCATACGATGTTATGACAAAAACTACAGATAATGCAAAATTAGATGAATCCGAAGAAGTATATGAATACCTATTATGTGCAATATGTCCGGTATCACTTTCAAAACCAGGTCTTGGATATCTTGAAGATAAAAATCGAATTGGAGCACGTCTTAGAGATTGGATAGTTGGTGCCCCTGATCTTGGATTTGTATTTCCAGCTTTTACAGACCGTAGTACTGATATTCATTCTATTATGTACTATACAAAAAATGCAAAAGATCCACATCCAGAATTAATGGAACAAGCTTTAGGCTGTAGTTCAAAACAAACTGCTACTGAACAAAAAGAAGCATTCAATACTATTATTCGTAATGCCATTGGCAATTATGAAGAAAAATCTGATCATTTATTCATGGAACTTCAAGAAACTCTTAATAATATGGTAGATGATCATACTACTGTTAATGGTAAAGATGCTGAGCCTATAATTTTGACTAATGATAATATTCAAGATATTCTAATTGAAAGCGGTATTCCTGAAGAAATTACTGCAAAAATCGAAAAATCCTATAAGGAAGAATTTGGTGATACACCTCCTGCAGTAGAACATTTAATCGATACAAAAGCATTAGCAGCAAATGAGCAAAGAAAAAAGGAAGAGAGACTTGAAAAAAAAGTACGAATACTAGAAGAAAGACTTGAAAAAACAAAAATAGATGCTGAATTAGATTCAGAAAAAGAATTAGCTTTGGAATTAGAAACTGATCTCATATTGAAAACAGAGACTGATATCATGTTAGAAACAAATTCTGACATTAATTTAGAATCAGCTTCCGACTCTAAGTTAGAATCAGCTTCTGACGCAGAAATAGAATTTGAGAACAATACTAATCCAAACTATGATATTGTACTTCAAGTAAAGCCTCAAAAAGTAACTCAAATAAAATCACAAATAATTGACGGGAAAAAATGTATTGTTATTCCTATGGATGATGATGAACAAGCCAATGTAAATGGTGTTAATACATTGCTTTAATTCATAAAAGAGACTAATATCTATGATTATTATGGATATTAGCCTTTTTGTTATACATTTTAACAATGTCTCCTATACAGCATTTATATCATTTTTTTCAATAACACCATAGGCTATAGATCCAAATTTAGTATTTCCATAACATTTTTGAATTCCTAATTTCTCAAACTCACCACTACCAACTCTTTCTTTAATAACAACACGATTTTTACAAACACGTAGTGCCTGTATAAGGGTTTCTTTTTTTAATCCTCCTTGCTGTGCAAATGGCCTTAAAGAATTTATTGCTACTGATTTTTTATTTGGTCTTTTAAACATAGGGTCAAAATAAACTACATCAAAGCTATTATCTGGTTGACTTAAAATATATTCTTCATAAGATGAATTAATAACATCTATCCTATCCATAAATGTTTTAGTTTCCTCATCTATATCTTTATAATCATTTAATCCATTTTTAGTTATACAAGCAATATACTTATTAACTTCCGTGCCAACAACCTTACCCTTTTCGCCGACAATAGATGCAAATACTATAGCATCTGTAGCCATTCCTAAAGTACAATCTAATACCCTATCCCCTTCCTTTAAATTCATAGCTTCTACCATAGGTTGATTAAAACCATCTTTTATTGTATTCAACTTAAGTCCTGATGTACTTGGATGCCAAAAAAATGTATTATCGTCTCCCTTTAAAACAATTTTATCTTTCTCTACAAAGAGAAAATATTCTATTTTATTCATTTCACTAATTTTCTCTATGCTACAATTCCCTCTTTTTACATATGGTATATCTAATTCTTTAGCTATACCATATGCTTTATTTATTAAACTTTCATCTGGATTTCTTGTAGTTGTAATTGCAATCTTCATATTATTTACCACCCTATCTTTTGTTTTTTCCTGCAAAATAGCTATTGTAATTATTACATCCTATTTTGAATTTATCATATTAATACTATTGTAGCTAATATAATCGTATTATTAAACATTTTTTATAAGTTGCTTCTATTAATATCATCTTCTTTATATTTGCATTATTTAAACTAAAGTTGTTAATACAAGAAAAAAATTCCTTACGGTCGAGTATAAACGTTATCTGCAGAAAGTTCCGGAAGCTATTTCCTATATAATAAAAAAAGGAATCTCTGAAGTTTTATATACTCCAAAGGCTCCTTTTATTTTGATTAATATTCTATAACAAACCTTCTTTAGTTAGAAATTCAATAGCAACATCCTTAGGGTCTTTTTTTAATTCATCCACTTCATAGTTCAGTTCACTCATTACGTCATCATTTATTAAATCTCCTACTTCTTCAACCAGTGGTTTTATTTCTGGATATTTCTCTAATATTTCAGAACGTACAATAGGAATAGCATAATATGGTGGAAAAAAGTGCTTATCATCTTTTAAAACAGTTAAATCATATTTTTTTAATAATCCATCTGTTGAGAATGCATCTATAATATCACTTTCCTTGTTCATTAAAGCTGAATATCTTGGAGTTCCGTCTATTCCAATTTTATCTTTGAAATTCAAATTATATTTTTTAGATAATCCAATTAATCCATCTTCTCTATTTAGAAACTCTAATGTTGTAGTTGCCGTCAATCCATTGGAAACTTTAGCAACATCACTTATTGTTTTTAAATTGTATTTTTCAGCTGTTTCTTTTGTTACAGCTAAAGTATACGTATTATTAAAATTCATTTGTTTTAATACTTCTACATTAAACTTATCTTTATAATCTTTTTTTACTGTATTATAAACTTCTTCTACATCAGATATTGGTGGATACTTCAATACATCTCCATAAGCTGTACCACTATAACTTACATACATATCAACATCACCGCTTTTTAATGCTGAAAATATAACTTGAGTACCACCTAATGCAAATTTACGATTTACCGAAATATCAGTTTTAAGTTCAATAAGCTCTGATAAAATATTTCCTAGAATTTCTTGCTCGGTAAAGTCCTTACTAGCAATAGTAATTGTTTTCTCATTAGTAATCCTTTTTGACAATCCAGTAAACATAAATATTGCAACTATTACGCAAGCTGTAACAGCCAAAATTCCTTTTTGAATTTTTCTTGTTTTGATCTTTGATGCTGAACTTTTGTTATTACTTTTTTGTAAGCTAATTGGAGTAACTAATTTTTCAACTACCCCAAATAAAAAATCTACTAATAATGCTAATATACAAGATGGAATTGCTCCACCTAAAATTTGGTTGGTATTAACGGTTCTTATTCCAGAGAAGACTAAATATCCTAGTCCTCCACCGCCAATAAATGCTGCCATTGTCATAAGACCTACTGCTGTAACTGCAGAAATTCTAATTCCTGACATTATAACTGGTAATGCTAACGGAATTTGTACTTTAGTTAAAACTTGAAACTTAGTAAGACCTATACCTCTTGCTGATTCTAATGTTTGCGCATTTATACTGTTAATTCCTGTTGTTGTGTTTTTTATAATTGGTAAAAGTGAATATAAGACTACCATTACAATAGCAGGGGTTGTCCCTATTCCTAAAAATGGTATTGCAAAACCTAGTAATGCCATACTTGGAATTGCTTGAATAACACTAGCTATCCCTAAAACTGGCGTATTCAATTTTTTAATATAACTTATAAGTATTCCCAACGGAATACCAATTAGAATGGCTATTCCTACTGATAACGCAGTCAGTTTTATATGTTCAAATAATAATATAACTATTTGATCTTTTGCTCCGTATAAATAATTAAAAAATTCATTCATTCTACTCCACCTCCTCAGTATCTAAAAATTGTTCACTAAGTGTTGTAACTAAACTACTTTTTGTAATTATCCCTTGTAATAATCCATCATTATCAAGAACAGGCACTTGAGATATCTTATTTTCTTTAACAATTTCAAGAATATCTATTATTGTATTATCTTCACTTACTTTAATGAATTCCTTATTCATTATTTCCTCAACTGATATATTTCTATCCACTCTATTTTGTATTTGTTTTGCTGTAACAATTCCTAAAAGATGATTTGATTTATCAATTACCATTAAACTATCAACTTTTGAGCTTCTCATTTTCTCTACACATCTTAATAATAATGCATTTTTCAAGCAAGTAACTGGATGATCTATCATAATATCCTTGGCTTTTATAAATTCTGGTGAAGACCATATTCTATTTTTGCCAATAAACTCACTTACAAAATCATTCAATGGATTTTTAAGAATATTTTCTGGAATATCATATTGAATAATTTCACCTTGATCCATTATGCAAATCTTATCTGCTATTTTTATTGCTTCATCCATATCATGAGTTACAAATACAATAGTCTTCTTAAATTTGTCTTGTAAATCAATTAACTCATCCTGAAGTTGTATACGTGTTATTGGATCAAGTGCACTAAACGGTTCATCCATTAGAATTATCTCAGGATCTGTTGCAAATGCTCTTGCAACTCCAATTCTTTGTTGTTGTCCTCCACTTAATTCAGTTGGATAACGATCCAAAAATTCTTCACTATTTAAGCCAACCATATCCATAAGCTCATAAGTTTTCTTTGTAATAGTTTCTGCTTTCATCTTCTCTACTTTAGGTATTATTTCAATATTTTCCTTAACAGTCATATGTGGAAATAATCCAGTTTGTTGAATTACGTAACCTATATTACGTCTTAATTTAATTATATCCCTAGAAGTAATGTCATCTCCATTAATCAAAATTTGACCAGATGATGGTTTTATAAGACGATTTATCATTTTTAAAGTTGTTGTCTTTCCACATCCACTTGCCCCTATAATTGCAACTAATTCTCCTCTATTTATATTAAAAGATACATTTTTTAATACAATTTTGTTTTTAAAATCTTTCCGTACATTTCTGAATTCTATCATTAAAATCCCTCCTCATTTTATTGACAACTTATTTTTTTATACAAGTTGTTACTTTTGATAGTTTTTTAGTGACAACTTCATTTTACTATTAAGTTGTCACTTTGTCAAACTCATCTCAACGATAGTTATTCTTATATTTCTACGTTATTTAACAATATTAATGCACCTCGAAAATAGAAATATAGAGCATAATATATCTATTCCCATCTAAATAGATATATTATGCTCTATTATATTTATATATTATGGATATAAATATTTATTTACGCGATCGTAACAGCTTTCATCTCCTATAAAATAGAAAATATCGTTTTCCCGTAAGACTGCATATGGTCCTGGTGACATTTCAAGACACTCATTTCTTTTAATACATATAATTGTTGCAGATGTGTTATGCCAAAAATTAATTTCAGCTACTGTTTTATCTACGTATGGCGTTTCTTTAGATATTCGTATTTCAAATGGTATAAACGGATTTATAGATTTAAATCTTTCTGTTTTATTAATTAATTCAAGTAATTGTTCTTTCAAATAGTCATTTTCTTGTTTCTGACGTTCTAAACTATTTAATATGTTATTTCTTAAATCATTAACTGTTTTAATATTATCATATTGTTTAACAAATTTAATTGCATTTTCATTAGATTTTATAACCACGCCGCTTCCTTTAGTTATATCTACAATATCTACATCTGCTAATATGCAAATGGCTCTCCTAGCTGTTTCTGATGAAACTCCATACTGACTAGCTAGTACTGAACGTGTATATATCTTTTCCCCTACTATATAATCTCCATTTGCTATTTTTGAAGCAATATCTGCAGCAATTTGTTGATAAACTGGATGTACTATTTTTATTTTTTTTTCCATCGTAACCTTCATCCTTTTGTTTAAATTATATTTAAATATTGTCATTTAATCTTTAGATGTATTTTATCACAATTCTTTTATTCCTTCTATTAATATTTTAATTTTTCATTATCACAAAATAAATTTGATTCTCTTTTTTAATTTTCCTATATTATATATATCTAGTTATCTATATATCTAGAATATACTTATTAAGTGGATTTGACTCATTGGAAGGCAAAACTCATGTTAATAATATGATACCAGAACATGAATTCGGGTAAAATACATTTCCGAAGGCGAAAAGAAAAACTTAGCTGATATATATAAATCTAAAACCATATTCTCTTAATTTTTTGTTTGGAACCAGTCTTCCGAGTTCAGAAAAGTTTTTCTTCTAAATAATCTATTGCAGATTTTAAAAATTCTACTTTATATTTCGTCATTAATCAAAGCCTTCATTCTATTATTTGCATCAGGAATGGACTATTTTTAAAAATAGAATATTCAAAATATTCAGAGTATGATATAATATAATAAAATATATAAAGGTGGTATGCTTTATGGAGAAATATGGAGATCATGAAATAATCGTAATACAAAATAATGAAAATCAATACCCATATAAGGCAATTGCAAGAATAGGTGATAAGGAAATAAAGCATAAGGGACAGAGTGCGTCCGAAGCAATTGATTTAGTTAAACAAAGCATTAATAAGTTAAAATCAAAACACATACTTTAGCTGTAGTATATTGAAATCCCACTAAATAAAAATCAGTATATTTAAAATATCAAGCATCGAATCTACATAAAACCCCTCGACACAGTGTCGAGGGGTTTTACCTTATCAAAAATAACCAAGTAAAAATCTACTTGGTTATTTTTTATATTCAAATATTCCTTTTACTATTCAGGAAGAACTATTACAGTTGCTTTAGAATTTTTAATAACTTTGCTTGTTACAGATCCAACCATTCTAACTAGTCCTTTTTTTCTAGACTTTGTCATTATTATCATGTCATAATTGTCTTCTTCTGCCTTTTTTAATATCTGATCTGAAGCGTATCCAAAAGTAGCAAACTTTTGAACTGTATATCCTTCTAATCCCACTGATGCTTCATCTAAAGCTAAGTTACTTTCTTCTCTTATATCCCACATGTTAACTGGCATTATTAAGTCCTCAGCTACAATTATCTCTCTTACATTCATTAGTGTAATTTCAATATCATTTTTATCAAAGTATTTTTTTATCCAATTAATAGAATGGGTGCTTCTCTCAGTAGTATCTAATGGAACTAAAATCTTTATTTTTTTCATATTGAGCACATCCTTTCATAATTATGATTATAATTTATATATTCTACACTTTATAACATTTTCCTTTATTTTTTATTGTAATTTTTATATATTTCCCCATATTTTCTTCACGTACCAACTTATTTATTAGCCTCTTCCTCTAAAAAGAATTGGACTTGAACCAAATGAGTGCCCTTCTAGGTATAATTTATTTTCAAGTTTAATTAGTTCTTCAGCTAAAATTGTATTTGATCTTAAATCTGTAGGTTCTTTTACTATATCAAGTTTTATATCTTTATTTTTTCGATAATAACTATAATTTTTCCATAACCATCCTTTTATATTTTTCAACGTTGATGGCTTCCTAATAATTTCCATAGTGGTTTTTCTATATTTCTCAAATTCATCTTTTTCAACGTCATTTAATGCAGATAATTCATGTCCTAAATTTCTAGCCATTTTTTCATCTAGTTCTTGGCATAAAAATATGATTTGCTTTCTAATTAAATTAAAAAGAGGATATTGCACAACTAAAAAATTGGTTATGCAACAGTCCCTCTGGAAAAATACTAAGTTAATTATATTGCTCTAAGAGTACTTCTGAAATTCTAAGCATTAATGTTTCTATAGACCTAATTTTTTTAATATTAGTTGGTTATTTTCCTTTGATAAAAATTCGCGGATAACAGGTAAATTATCTTTTAAAACTTCAAAATGTTTTTCTATTTCTTCACTTGCGTATAAGATTCCTTTGAAATCCTTAATATGACTCTCTGCCATATTATTATCTTTTTTATCATTATAATAGCAGTAATCATCTTCTTTATTCCTACCATTCCAAACTTCACAACCTTCGAATGGGTTTGCAGTCCCAATATATAATTTATCTTCACTATCCACAAATAATATTCTTCCACCATAATTATTAGGATTATTTAAACCTGATTTTATTAGTCGCTTAAAGGTTCTACCATTTCCAGATTCATATAAATCAAAACCAATTGGATATTTAACTTCAGCTAAAATTCTAACAATTGCTGCATAAATATTAATTATTATTTCAGTAATAGGTGCAGTAATTCTAGCTTCAATAGCAGCTCTATTTCCAAGTAGAGTATCTAATATAACCTCCATATTACTTGAATCATCAAAGGTTGATATTAATAATTTACCTTCATATTCCTGTATTTGCCATGCATATACATTGAAAGGATTATTGAATCCTGATCCAAGTCCTGATATGCTTTCTCCTCTACTTCCTTTAGAAGGATTAGATGGAATTAACGGTCTACCACCAACAACTAATTCCCAATTATCTCTTTTATCAATTCGAATGATGTCGCAGCCAAAAGGAATAGCCCACGCTAATGGTAATGGCTTAGTTCCACTTACATATAGATGTTCTTTAAATACACCTATACTTAGAACAATTTCATTTGCAGAATCACCAAAACCTTTGTCTACAATAAGTGTCCATTCATTTACTTTTGGCTCTTTACCATTAGTTCTCCATACTTCTGCACCATCAGAGCCACTTGTTGCAACATAAAGTCTATTATTGAATACAGCCATATTATAAATAGCACCCTTTGGATTTTTATTAGGATCAAGACCTGGAATATTTGTATCTATTACTTTTTTCCATGGAAAATATTCTGGATCTTTGCTGCTATAAAGTAATGGATCACCTTCTCCTAAATCCTGATCATTTACAGTAGCTATATATAATTTATTATTAAAAACAACCATTGATCTTGAAGAAGTACCTTCTAAAGTTCCAAGGTTCATCTCAAACCAATTACATCCGTTAGTTGATTTTAAAACTTTAACAGCAGTTCCAAATGAAGAAGCAAAAATAGCTGAACTTCCACCAGCTGGCTCATAAGAAATCATGAATCTAAAGCCTACCATAGTTGTTGTATCTTTAGCCTTATAAACTCTATTCCATGGAAGACTTCCATCTTTCTTATATCTCCAAATTTCAGCTAGATTGACCTGTGGAATTGGTTCTAATAAAGAAGGTGGATTAATTCCAGGTGCAATAGATTGTAGCGCAGTTAGTGCAACATTACGTCCAGTACCTACATAAATATAATCATCTAATTCTGCCATAGACCATGCATAATTATTTTGTCTTGCGTTATTTAAATCATTAAAGTCGAATCCATTTGTTGGTGTAATATTTTTGAAATCATACATAAACATCACTCCTAATATCATTAGTAAAATAATTCTTGTCATAATATAATATGTTATATTTATATATATGTTGCTTAATCATACACATTATGTCCACTATAACTAAAATAAACTGTAAGCGTATAATCTGTTTTTTGTTATTACGTGTTGACTCTTTTACTATTAATGGATATTGAATATCAGGTATGATATACTACAAGAGTAATCAAATAATTGCTGAATATCATTTTTAATTAACTAGGATATCAAGCAATGGCGTGTAAAGTAATAATTGCGACTACATAAGAAATGGATGGACAAACTTATTTATTATCTGGAGGAAGTATGTTAAAAATTATTGTATCACCAGCTAAAAAAATGAATATAAATACAGAATTTGAGATACATAATATGCCATGTTTTTTAGATAAAACTAAATTTTTAATGAGCTATATGCAAGGCCTAAGTTATGAGGAAGCTAAAAATTTATGGAAATGCAATGACAAAATTGCCAATACAAGTTTTGAATACTTTTTTAATATGAGAATTACAGAAAGGCTCACGCCCGCAATATTGGCATATGAAGGAATTCAATATAATTATATGGCTCCAAATGTATTTGATATTGAACAATGGGACTATATTCAAAACCATTTATATATTCTTTCTGGCTTTTATGGATTACTTAAGCCACTTGACGGTGTAGTGCCTTACCGGCTTGAAATGCAATCTGCAGTCAAACTTTCAGGATATAGTAATTTATATGATTATTGGGGCGATAGCTTATACCAAAAATTATATGAGGATACAGATATAGTATTGAATCTTGCATCCAAAGAGTATAGTAAATGCATTGAAAAGTATCTTAACGATCAAGTACAGTTCATATCTATTACCTTTGGTGAATATAAGGACGGTAAAATTATAACCAAAGGAACCTTAGCAAAAATGGCTAGAGGTGAGATAGTCCGGTACATGGCTGAGGAAAAGATTGAGAATATATCAGATATAAAAAACTTTAACAGACTTGGTTATATATACAGCCCAAAAGCATCAGATAATAAAAATATCGTTTTTATCCGATAGCTAGAATTAGGAACAAAGTAAGAGTAAAAAAATTAACGGATAGATAAATGTAAACCTCTATTGCTGCCTTTTCTTCTTACGAAGGAACATTAAAGAATTTAATATCTTTAAGTACAGTAAAGAATGACTTTATAGACTTTTTCTTTCCTATAAGTTATCATATAAAAATAGTATTCTCATTAATGAGAATACTATTTTTGTGTTATACGAAAGAAGGAATAAACGTGGATTTAAAGGAAAAGGTACGAGTTCTCCCATCAGTTCCAGGCGTGTATCTTATGAAGGATTCCCTTGGTGGCATCATTTATGTAGGAAAATCAAAGAACTTAAAAAATAGAGTTGGTTCTTATTTTCAGAATATAAAATCGCGTACTCCAAAGGTTGAAAAACTCATAAAAAATTTAAAGGATTTTGAATATATTACTACTGACACAGAATTTGAAGCTTTTATGCTAGAATGTGCGCTAATAAGAGATCTAAAACCTAGATACAATAGGCTAATGAAAAATCCACTATCTTATACATATATAAAGATTGAATTAGGAGAAAAATATCCTAGTATAGAAACTTCTAGCACTGATAGTGAAAAGGAACATACTCTTTATTTTGGCCCATATACAAACAAGAATGCTACAGAAAAAGCTATTCAATGCATAAAGGATTTTTATAAAATAAATTGCAATTGTAATCATAACAATGGTACTTCATGTCTGAGCTACTCCTTAGACTTGTGTATTGGTATGTGCTTAAAAGCCGCAACTACAACTAAGCAGTATGAAAATATCATTCACAAAGTCATAGTCTTACTTGATGGTACTGATAATACTGTACTCAAAGAAATAGAAGAAAAGATGCTTATAGCCTCCGAAGAATTTGACTTTGAAACTGCCGCAAAATACAGAGACTATATAGCTTCAGTAACCTATCTTGCAAATAATCGAAAATTTTTAAAATTTGCAGAAGAAAATAAAAATATAGTTATGATTGAATCACTAAATGAACATTTAATAAAGCTTTTTCTTATTAATAAAAACAACGTTATTTTTTCCCAAACTTATAATATAAAAGGTATTAATGTTAAACAACTAAATGAAATTATAAAAATAAGTATTATTCACTACTTTAAAACTAGTATTAGCTCTCCTATAGAAGTTAATAAAGATGAGATAGATGAAATTCAAATAATACATAGTTATTTACAAAGTAGTAGTTGTAATTATATTACAATTTCTGAAAATTTGCTTGATCTGGAATATAATTCAGAATTAGATGCATTAATAGCCAAATTGCTAATTATTTAAGGCATTGAGAAGTTCATTATATCAAAAACAAAAGATTTGGAGCATCACTCTTTAAACGTATTTTTTAAATTGATATTTTCCTTAGGATGTTGCTGAAAAACGAAGTATTTAAGTTGCTAATCACTTCATATATTTCCACAATTTACATCTCCATTTTAATTTTTGGACCTCAGAGGTATTTGCACGCCTTAGGCGCGCTTGCTAACAAAAAACGGAACAGTTTTTATTCCTATAAATTTAAAAATAACTAAATAACTATACCCAAGTTTATATAAATGAAATATAATATAAACTTGGAGATAGTTATATAATCTTATATTATATTTAATTAATTAAGCAACAGTGTTTTAGCAAGGAGAAAATCAAATGATAAGAGATTCTTTAATGATATTACTTTTACTAACAGTAATACTTGGAGTTATATTTTTACTTTATGCAACAGGCCTTTTGAGACGTAGAATAGTAGTAACAACAATTCAGAACTTGCCACTAGGTATATTCAAAGAAAATAATATACAAGTCCAAGAAAATTCTAAAAGCGATGAAAATAAGCTAATAGAATGCAAGAACAAAAATGTAGCAAATGATTTGAAAAAAGAATTTAGTTCAGAATCTTTAAATATGATAAAAGAAAATAATATGCCAGATGAAGAAATTGTATATTGGACGCCACAAGGGCAACATTACCATAAGATGCAAAATTGCAGAACTTTACTAAGAAGCAAAGTAATTAATGGCGGTTCGATAAATGAAAGTGGTAAATTAACTGGGTGTCATAAATGCAATTAAATTTATTTTAATATATTTATATAGTTTTCATACATATTGGTTTCTACATACAGACACACAGCCTGTCTATTGTTTGAGTAGGAACCATATTAATGATTTATCACTACTTATATTCTTTTATCTATCAATTTCAATTATTCTCTATATCCATATTCCTTAAGCCTATCTCTACACATTTTTCTTTCTTCATCAGTAAAGATCTCTTTATATTTATTCTTTAACACCCAAACTTCAACTGACAAATCTAATCTATGACTTTCCCATAACCTAACAAAACCATCAGTTCCACTATTCTTACTTATAAGCTTCTTTGCAGTCTTTAAACCACCTTCTCTAAGCAACGTTTCTCTAAATATCGTAGCAAACACCCCAGATGCCCAGTGATTGTCAGGGGCAAGCACTAGCTAGATATTTCACCTATTGCAAACTTGTTATACTTTAAAATTATTAACCATTCCAACTAATTTATTTGTACTAGTGTTAACTTCTTTTATCAATTTCACCACATTATCAGATTTTTCAGATATAGCATTCAACTTTTCAGCAATATTATTTGTTCCATTTGCCGATTCGTTATTTGCATTAGTTATTTGATTTACGGATTCTACGACTGTAACCATTGAAGTCATTATTTTATTGGATTTTTCACTAAAGTCAGTTGTCATATTGTTAATCATAATTGCATCATTATTATACTGCTCTCCAGTATTAACAATCATTTCGTAATCACTTATAACTTGAGTGTTTATGAACTCAATTATATCTTCTGATGTAGCCACTAAGTTTTTTACTGTACCTACAACTACATTGTTAATATTTTTTATTTCTGATACAGTATTTTTTGAGTCTTCTGCAAGTTTTCTAATTTCTTCTGCTACCACTGAAAAACCTTTTCCAGCCTCCCCTGCTCTTGCAGCTTCTATGGCTGCATTTAATGCTAGTAAATTAGTTTGAGATGCAATTTGTAAAATAGCTTCAGATAAAACACTTATTTTCTCTACTTCTTTAGATTTTTCAATAGCTTCTAGAAGCTTGTCCTGTGTTTCGTTATTAATTTGCTTTGCTGTTTCTTTAGAATAAACAGCTTTATTTTTAAGATCATTTGCTCTATCTTTAATTTCTGATGATTTTTCAGCTTCGTTCTTTGCCTTTTCTGCAATTGATTCTATTTCTAACTCAATTTGGGAATTTGCTACACTCATTTCTTCTGTCGATGCTGCTGTTTCTTCCATGCCACTAGATAATTCTTCTGTTGTAGAGGAAACATCTTCAATTAATAAATATAACTGATTAATATTTTCATTTGTTCTCTTAACTTTATTTTCAACATTTCCAGATTCATCAATAATAACACTAATTATTTCTCTAAATGAATTTTGCATTAAGTTAAAGTTTTTTGCAAGTTCACCAATTTCATCTTTACTAACAAAATCAATATGCTTTGTTAAATCTCCTTCACTACTTGCCATATCTTTTAATTTTGACAAAATTAAAGTTATTGGATTAACAATATTCTTTGTAACATAAATCCATGCTATTATAGATAATATTATTACACCTAAAATAGATACTACTATTAAAATTATTGTATTTGTTATTGATTTTTCTATATTTCTTATAGAAAAATCAATATTTTGAGAAGCTAAAATCTTAAAGTTATCAACTTCACTGTTAATTACTTCAGCAGTACTATCAAATTCTTCCATAGATAAATTACCTTTATCAGGGCCCCCATCAATATATGCTCTAGCCATTGTTTTGCCCGTTTCATAATATGGATTAAAACTTTTTTCTATTTTTTCTATTTCCCCTGTACTTTCAGGATTTATTTGTTTAAGCTCTTCTATAACAACTTTTACATCTTGTGCATACGTTTCAGCCTTATCAAATCCATCATCAAATCCTTTTGCTGCTCTTGTTGCACTTATGTCCGTAAGCCATTGTTGAACCTCTACAACATCAAGTTTTAATTTATCAGTTTTGGAAATAGTAGAAAAATATTTTGTATTCATTTCTTTTACCAATTTCAAATTATTATTCGTGTAAATAAACTGAATTATCATAAAACCTACAAAAAATATAATCATTAAAAAAAGTGGTAATAATATTTTGATTTTTATACTTCTCATATATAACCTTCCCTTCCTCTTTATATACGTTTATTTTAACATCAATATATGTTATTTAATAAACAAAAACTGTAAAAATAAACAAACTAGCTTAATATTAATACTAAACTAGCCTTATTTTAGAACATTACGTTTTTAAGGGGACGGTATTAATTCCATTAACGGTATTACAAAAATCCTGTATTCTTTTATCAATGTTTTTTACGCCTTGAACTTCAAACTTACCTTTAATAATGTAAACCTATATTGCTACCTTTTCTTCTTACGAAGGAACATTAAAGAATTTAATATCTTTAAGTACAGTAAAGAATGACTTTATAGACTTTTTCTTTCCTATAAGTTATCATATAAAAATAGTATTCTCATTAATGAGAATACTATTTTTATGTTATACGAAAGAAGGAATAAACGTGGATTTAAAGGAAAAGGTAAGAGCTCTCCCATCAGTTCCAGGCGTGTATCTTATGAAGGATTCCCTTGGTGGCATCATTTATGTAGGAAAATCAAAGAACTTAAGAAATAGAGTTGGGTCTTATTTTCAGAATATAAAATCTCGTACTCCAAAGGTTGAAAAACTCATAAAAAATTTAAAGGATTTTGAATATATTACTACTGACACAGAATTTGAAGCTTTTATGCTAGAATGTGCGCTAATAAGAGATCTAAAACCTAGATACAATAGGCTAATGAAAAATCCACTATCTTATACATATATAAAGATTGAATTAGGAGAAAAATATCCTAGTATAGAAACTTCTAGCACTGATAGTGAAAAGGAACATACTCTTTATTTTGGCCCATATACAAACAAGAATGCTACAGAAAAAGCTATTCAATGCATAAAGGATTTTTATAAAATAAATTGCAATTGTAATCATAACAATGGTACTTCATGTCTGAGCTACTCCTTAGACTTGTGTATTGGTATGTGCTTAAAAGCCGCAACTACAACTAAGCAGTATGAAAATATCATTCACAAAGTCATAGTCTTACTTGATGGTACTGATAATACTGTACTCAAAGAAATAGAAGAAAAGATGCTTATAGCCTCCGAAGAATTTGACTTTGAAACTGCCGCAAAATATAGAGACTATATAGCTTCAGTAACCTATCTTGAAAACAATAGAAAAATTTTGAAATTTGCAGAAGAAAATAAAAATATAGCTATGATTGAATCACTAAATGAACATTTAATAAAACTTTTTCTTATTAAGAAAAACAACGTTATTTTTTCCCAAACTTATAAAATGATTAAACCACAAAAACTATAAAGTATCGTGATTAGTTTGACAGCTTTGCTTCAAATTCTAAAAAATATAATTTAAAACAGTTAATTATTACAGCAACTATACATGCAATTATATTGAGAAAACACTCTATGCCACTTTCAAGAAACTGTTTTAACAGTTTCTTGAAGTTATAGGCTGCGATTTTAAATCCAACCCATAATTTTGAGCGCAATAATCCCCGGATAGGCATGGTATCAATTTTATATCTTCTCCTCAAAACAGAAGGAATACCTTCTATACCAGCCCTTTTATTTGCAAGCTTTATATACTCACTCTCGTGCATTTTTTCTCTTTGAGTAGCTGTATTATAAGCTTTTTCGCTAACTCTTATGGTATTAAATTTCTTTGATATTTTCTTTGGACATTGTGAATTTAAAGGACATTTTTCACATGTACTGGAGTCAAATTTGGCTGTATAAGATTTTGAACTATAATAAGACTCTACAGGTTCGACTCCGTTAGGACAACAACTTATTACATTTTTTTCGTCATCTACAATGAATTTTGAATAACTCAGTTTATCAGTAGATACTTTTCTGCCAACTAGTTGACTTGGAATCATTTCAATTCCTTGTTTTAAAGCATTTTTGGCTTTTTCTTGTTCATAGTAAGCACCATCAACTAGTAGTTTACAGTTTGAATTTTTATTTTGTGAAGCTAAATTAGCAATAACATCATCAGCAAATTTTGAATCGCTGTGAATATTTTGCTTAAGGTCATAGCCTGTTATAACACTGTTTTTATCATTAAATGATTCTTGTATATTAACAACATAACCAACGTTACCACCATATTTTTTTCTGTAGGTTGCATCTTTGTCAGTTGGATTTTGTAAACTAGTTGAAGTTATATCTTTTGAATCTTTAATAACTAAATTTTTTGCAGCATCTTCTGTAGTTTGGTCCTGAATAACTCTATTTAAAAGTTGAAACTCTTCTGTTGAAGTAACTATATCTCCAGCTTTCAGAGCGATATTGTATAGAATTTTAGAATGTTCGATTAAAATTGAAAGTTTTGAATCAGCCTTTAAATCTTGAGTTCTATATATAGTGTCATTTTTATGCCCCTTTTCAAGGTACGGTTTTAGTTCATCACTTATAATAGGTGGATTTATTATATTTAGAGCTTTAATAAGTCTGCTATTTATAGAATATACTAGCTCAATTCTACTTAATTTTTTGCATGATGAACTAACCATTAACGAATCCACTCTAACTTTTTTATTATCAACAGATAAATACTTAGCAATGCTTTCGGATAAAGCTTCAACTTCAGCTTTTATTAAGTCTTCATTAGTTGACGCTTCATATTCAACAAGTCTGTTTCTAAAATTTGTTAGAGTATTTATAGATACTGGTTGTGTTTCATAATTAGTTGTATTTAAAGCATATTGATATCTTACATCGAAATGAATAGAGCCGATAAGCTCTTCATCAGTCTGCTGAAATATTTCTTTTATAATTAGTAAGCCAAGAATAACATTAATAGGTGAATTAGGCCTTGAGGCTTTATTGCTATATAAAACCGAAAAACGCTCCTCATTTATTCGCGGAAAAATATGATCCTTAAATGCCTTAGCCCAACTTTTATTTAAAATATCTTGAAGGTATTTTGGCATTTGGTTGATTGGTTCAAATAATGAAGTTTGTTGAAGGTCATTTTTGCAAAACATAGTAATTCTCCTCATACGTTTAATTTTATAATGCTATTATATCATTAAATTCTAATTGGATGATATTTGTCAGCTTTTTGTGGTCTAATCATAATATAAAAGATATTAATGTTAAACAACTAAATGAAATTATAAAGATAAATATTGTTCACTACTTTAAAACTAGTATTAGCTCTCCTATAGAAGTTAATAAAGATGAGATAGATGAAACTCAAATAATACATAGTTATTTACAAAGTAGTAACTGTAATTATATTACAATCACTGAAAATTTGCTTGATCTGGAGTATAATTCAGAATTAGACGCATTAATAACCAAATTGCTAATTATTTAAAGCATTGAGAAGTTCATTATATCAAAAACAAAAGATTTGGAGCATCACTCTTTAAACGTATTTTTTAAATTGATATTTTCCTTAGGATGTTGCGGAAAAACGAAGTATTTAAGTTGCTATAAAAAACATTAAGTAGAACTCTATTTAGATATATTTTCTACTTTAGGCTAAAATTTTTGACATTTTTTATATCTATTAAATTACGTAACTTGTACCGGTTAAATTTTCACAAGGCACTGACCCCTTTGTGAGGGAAGAATTTCCGAACTTGAAACAGATATATACTGAAGCTAAAGAAATTTAAATGAATAATACAACAATAGAAATTTAGATAAAACCAATGAAAAATAATATATGTTTTTATGATTAAATAAAAATTATATTCATCCCAAAACCACCAATTAGTTAGATTATAATTTCTAATTGGTAGTTACTACATTATTCTTACCTTTTTCAGTAATTGAAATTAAGCTTGATCTCTTATCATTTGTAATTTAAAACTCCCAGGGGATTTTGGCAAACAAACTATTTACCTTGATAAAAGTGTTTCTTTAAATCTTTTAGGTTGCTTGTACTTGGAAATTTTTGTTCTCCCTGGCAGGTTGTGCGAAAATGTAAATTATATAGTATAATTTTTATATTACTAGAAAATTAATATTAGGAGCAATGATTATGAATTACATTATTGGTGAAGATAGAACTCAAATAAAAATTGAATCGATTGATAGTTATGTAAATGAAAATAATGAAGTAAGAGTTATAGATAAAATTGTTGACGTTATGGATATAGAATCATTAGGTTTCAATATTGGAAAAAACGATACCGTAGGTCGACCTAAGTTTAACCCGAGAGATATTCTTAAATTGTATATCTATGGATATTTTAATGGGATAAGATCTTCACGTAAATTAGCTAAACAATGTGCTATTAATAAAGAAGTAATTTGGTTGGTTAAAGGACTTGCTCCTAAATATAGAGTTATTGCAGACTTTAGAAAAGATAATTCAGATGCATTTGAAGCTGTTTTTAAATCATTTGTTAACTATTGTATTGAATTGGATTTGTATGGGAGAGAGCTTATAGCTGTAGATGGTACAAAATTAGAAGCTTCCGCTTCGAAAAGAAAACATTACAGTAAAAATAAATTAGCAAAAATGAAAGAATTGGCTCAAAGTAAAATACTAGAATATCTTCATGATATAGATATAAATGATAATAATGATGATGAAATAACCTCAAAAGATATCGATAAAGATAAAATAGTTGAATCTATTAAAAGATTAGAAGAAAAAGTAGCCTATTATGATAACTTAGAAAATACTCTTATTAAAAATGATACTAATGAAATCAATCTTACAGACCCTGACGCCAAAACTGTAAAATTTGGTGCAAATCAAGGTACGGATGTAGGATATAATGTTCAATCAGTAGTAGATTCCAAGAATAAATTAATAGCTACATTTGAAGTAATAAATAATTCCGCCGACCAAGGTCAGTTATACAATATGAGCAAAAAAGCTAAAGATATATTTGAGTGTGAAACTATTGAAGTGCTTGCTGACAAAGGTTATTTTGATACTAAGGATTTTAAAAAATGTGAACAAGAAAAGATTATTTCATATGTATCTAAGCCTAGATATTCTAATAGCATTGGTGACTCTAGATATTTTTTAGATAGATTTAGATATGATAATAATAAAGATATATATATTTGTCCAGAAGGAAAAATATTAGAATGTATTAATAAAAAAACAAAAAGTAACTCAAGAAGATATTGTAATTCTGAAGCTTGTCAACACTGCAAAAATAAATCTAAATGTACAACTTCATCTATAGGAAGAACAATAACTCGTACCGAAATGGAGCAATTTGCGGAAATTGTAAATAATAGAGTTAAAAATAATCAAGTCAAATATTCGCAGCGTCAAGCATTGGTTGAACATCCTTTCGGGACATTAAAAAGAAGTATGAATTTTTACCATTTACTGTTAAGAGGTTTTAGCAAAGTAAGGGGTGAAATTAGTATTACCTTTTTTAGTTACAATTTAAAAAGAGTCATAAAGATTCTAGGAGTTAAGGGGATATTACAGTCCCTAAAGCTACTAATTTCTAATTTAATATGTTACATATATAAAATAACAACTGTAAGATTTAGTTACAATCGTTATTCTATACAAAAAGTTTGATTTATGCACAACCTGCTGGGGGTACTTATGAGACACGGAGTGTTGAAGTTGCTATTAGTATCTAATTTCAATCCACGCACCCGTGAAGGATGCGACGTATTTGGATTGGTTTTTTATGGTTTGTTCTTAAATTTCAATCCACGCACCCGTGAAGGATGCGACAGCAACTATATTTGTGCCTATTTCAGCCATTTTAATTTCAATCCACGCACCCGTGAAGGATGCGACGTTATCAGATAGTTTTAAAAGATTGGGGTATGATAAATTTCAATCCACGCACCCGTGAAGGATGCGACTAAGTTTTCAAGATTTTCCTATCGAGATATTAGGAATTTCAATCCACGCACCCGTGAAGGATGCGACTCTTCATCTTAAGCCTTCTCCCTTGGTCTATTTGATTTCAATCCACGCACCCGTGAAGGATGCGACACATTCTGTTAGTCCATTCTTTACCTCTCATTGGAATTTCAATCCACGCACCCGTGAAGGATGCGACGATGTAATTGGTATATTAGGATCTATTGCATTACAATTTCAATCCACGCACCCGTGAAGGATGCGACTGAAAATATAACTAAAGAGGTGATTTAATATGTATATTTCAATCCACGCACCCGTGAAGGATGCGACCAGAATATACAAGTATAGAGGATTTAACAAGTATTATTTCAATCCACGCACCCGTGAAGGATGCGACATTCCTATTATTGTTGGTGGTGCTGTTCTTACGGAAATTTCAATCCACGCACCCGTGAAGGATGCGACAATCTTGAGACAATATTTGTAATAACTTTGAAATATTTCAATCCACGCACCCGTGAAGGATGCGACGATAGAAATGAATACTAAAAAATTAATCGAACTAAGAATTTCAATCCACGCACCCGTGAAGGATGCGACAATCGGAAAGGCTAAGGGGTTAGACAAATAATATATTTCAATCCACGCACCCGTGAAGGATGCGACCTTCCAATAGTTCCTGTAATTCCAATCCCATTTGCAATTTCAATCCACGCACCCGTGAAGGATGCGACGAAATTTCAATTCTTGTTCCTCAAATTTAGATTTAATTTCAATCCACGCACCCGTGAAGGATGCGACATCAGCATTGATTAACATTTTTATATATCCATTAATTTCAATCCACGCACCCGTGAAGGATGCGACTTGCACGTTTACCGCTTTCGATTTGGCTTATTGTAATTTCAATCCACGCACCCGTGAAGGATGCGACCAATACCAAGCGGGAGCGATGGGGCTTAATCTACAATTTCAATCCACGCACCCGTGAAGGATGCGACTTTTTGCAACTGTTGTTAGTACTTTTGTTGCAGTATTTCAATCCACGCACCCGTGAAGGATGCGACTAAAAGATGAAAGAATTAAAAGTGGTTTAACACAAATTTCAATCCACGCACCCGTGAAGGATGCGACGAAGATAACCGCAAGCATCTTTACCATTATTTTTAATTTCAATCCACGCACCCGTGAAGGATGCGACAATAAAGGAGTTAAGAGCAATGTCGTTAAAAGATATTTCAATCCACGCACCCGTGAAGGATGCGACGTTTTATTATGGATATGGATTATTCATTTATTATTATTTCAATCCACGCACCCGTGAAGGATGCGACAATTTCCTGGTAATCTTGATATTTTAAAATCTTTAATTTCAATCCACGCACCCGTGAAGGATGCGACGTAAAAAATCCATTAAATCCAAAATACCACCAGATTTCAATCCACGCACCCGTGAAGGATGCGACCAAGTAAATTATAACAAGCAAATTATTACTTGTAAAATTTCAATCCACGCACCCGTGAAGGATGCGACTAACAGTATTGTTTAATAAGTAATGGAGATTACAATTTCAATCCACGCACCCGTGAAGGATGCGACGGAGCAACAAAAAGCAAACGATACAGATACCAATAATTTCAATCCACGCACCCGTGAAGGATGCGACCAAATTAAGTGAAGATAACATTCCAGTTAATGAAATTTCAATCCACGCACCCGTGAAGGATGCGACTGGAAAGAGATATGGAAGTACCTAATGCTAATCCTATTTCAATCCACGCACCCGTGAAGGATGCGACTTGTTTATTTTACAGTAAAAACAAAAAGATTATTAATTTCAATCCACGCACCCGTGAAGGATGCGACTACTTTTGTTGCAGTTGAATTATCGTTTTTGTCTTGATTTCAATCCACGCACCCGTGAAGGATGCGACATGTTAGATAAATATATAGCAAGTATGTCTTTGATATTTCAATCCACGCACCCGTGAAGGATGCGACATGGGAATTATGATAGGTGTTTCTTTAATACCAAATTTCAATCCACGCACCCGTGAAGGATGCGACCAGTAGAATCCAACATAACACCACCGGCAACAAGAATTTCAATCCACGCACCCGTGAAGGATGCGACAATCCTTACCTTGAAAATAAAATTTACGCATAGTTTATTTCAATCCACGCACCCGTGAAGGATGCGACGCAATATATTTACAAACATAACCATCATTAACAGTAATTTCAATCCACGCACCCGTGAAGGATGCGACATTTCCTGGTAATCTTGATATTTTAAAATCTTTAATTTCAATCCACGCACCCGTGAAGGATGCGACAGGTTTTATTGTGGGTTATTTATCTAATGTTAAAAATTTCAATCCACGCACCCGTGAAGGATGCGACTTTAGATATTCTTACTCGTGATACTGTTAGTTTTAATTTCAATCCACGCACCCGTGAAGGATGCGACCTAAAGATATTCAATTAAAAAGTAAATATGATTTTATTTCAATCCACGCACCCGTGAAGGATGCGACGGGCAACACCACACCAAGTATTAAGATATTAAGTATTTCAATCCACGCACCCGTGAAGGATGCGACTGCACTTTTTTAATAAATCATAATAAAAATCATAAAAATATTATAATATTTTTAATTCTGTTTAAAAACACTTGGAATCCTGATGTTTACTTGATAAAATTTGTAAAATTGACTATTGTTATTTAGATATTTACCTGCGAAACCTCCAGCTTTTTATGTTTGCTTATGATTCGCAAACTAAATTATTATTGCATCATCTAATGGATGATATGTGTTATTTTTACCAAGTTGCTCTACTCTATTTTCCCAATTTTTCCCTAGTAGGTAGAATCTTAAACTATCTCTATCAGAATCTATAACTTTAGTTAATGAATTTTTTAGTTCCACAAATTGAGCTGGATCAATTAAACATTCAAATACAGAATTTTGAACTCTTTGTCCATGATTAACACATATCTTAGCTACCCTTCTAAGTCTAGTTTTCCCTCCATCACTCTCAGTATTCACATCATAAGTTACTAAAACCATCATAAATATTTCACCTTCTTATCTCATGAAAAATGGCGGATAACTATCAATGTCATTTCTTAAATACCTTGCTAATAGCATTGCTTGCACATATGGAATCAATCCAATTTCTATCTTTTCATTTAAAAATGGATGTGTTATAACTTCTTGTTTTCTCTTTTGCCAAGCAGTAAGAAATATGCTCTTCGTATCTTTATCCATTATAATTCCACCACTTTCCTTTTTAATAAATCCTTTAGGTGAAATTTGTTTTTTATTAATTAATGAAATCACAAATCTTTCAGCAATATAAGGTCTAAGTTCTTCAATCATATCTAACGCTAAACTTATTCGCCCTGGCCTATCTGTATGCATAAATCCAACATAAGGATCTAATCCTACCGTTTCTAATGCACTCTCCATGTCATTCGCGAGTAGTGTATATGCAAAAGATATTAAAGCATTAAGATTATCCATAGGAGGTCTCTTGCTTCTTTCAGTAAAATAAAAGTCCTCCTTTTGTTTTAAAATAAAGTTATCAAATATTGAAAAGTAATTTCTAGCTGCTTCTCCTTCAATACCTCTTAACTCATCAATGTTAGTAGCATTTTTTACATTTTCTAATGAAACTGATAGCTTTTCTAAAACAAATCTCATTTTATCACTATCAACCACATCCTCATGATCTCTTATGGATCTACTAACTACATTTCTGCAATTAACAAGCTTTCCAGTTATACAATTTTTAGATATTTCTAACGACTTTTCGATTTCATCTGCATATCTATACTGAGTTCTCCTTAATAGGACATTTCCTTTTACTTTTCCAGATACTCTTGCCATAAACCTTCCATATTCATTTAAGAAAGATACGCCAACATTGTTATCTACACAAAGTTTCATAAGTCCTGGACTTATTCCTACATAATTAAAGCAAACAATGTTTTCTAATATGTGTATAGGTCTTCTTAATGCTTCTTTATTATCAATCTTTATTACAACATTTTCCCCATCTCGTGAAACATATGCTTCAGGATTTGTGACATATAAGGTATTTAAAAGTGTTCTCACTCATCATCATCTCCTAACTTGCAATATTTTTCAATATAATTAGCTACATTCGCTTTTTTATTTGTTAAACGTGGCATACATATATCTACTAAAGAGCAACTTTTACAATGCTTTCCACTTTCAGCTTTTGGAGTAACTTTACTTGTATATATTTCATGCATTTTTTGAGATAAATCAATAACTTCATTTCTTAATTCATCTGTTATCTTTACCTTAACTCGCCTTTTTGTTTCATTATAGAAGAAATCTGCTGAAGATATAGTACATTTTAGCATTTCCTCAAGGCACAATACTTCGAGCACTAACTGAACTATATCTCTTTTATCTTCTTTGGGTTTACCCCTTTTATATTCAACTATATTAGGTAACCATAACCCTTCCTTATCTTTTAATTCAATGCCTTTTTTAGCTTTTGTAAATTCAACTATATCTGCAATTCCATAAAACCCAAGGTTATATGAAGCTAAAGGTATAGCTCTACTTATAAATGTATCTTTTCTACTTTCAGTGAAAAATGGATTATCTGCATTTTCATGTATAAACTTTCCCTCCATAGTAGCTCTGTTTTCTGCCCATTGTTGTTCTACATGTATTAATGCCCATTGCCTTTTACAAAAATAAAAATGTTGTATCCCTGAAAGTGATAATAAGTCTTCTTCTTTAAACATTATAATTTTTCAATTATTTTAACCCCATCTATAGGGCTTTTATCAATAGTTATTTCATAATCATTAATGCTTCTAGAAGGGCTATTTATATTTTTTACTTTTACCTTATCAAATAAAATATGTGAAGGTGCATTTCCAAGTGAAGTTTCATGTTCAAATACTATTAATTTTCTAGTTGCCATTTTTCCTCTTGCTGCTGAATGATCATGCTCAAACATATTAATTAATGCTTCCCATAATAAATTCAAATCATCTTCTGTAAATCCTGTAACTCTCTTTGCAAGCTCTGCTGATACATAACCTTCTACTCTGTAAAGACCATAAGGCACGATATGTTTTCTTCCCATTCCACTTCCTTTGGAATCTCCTTCATTAGTTACAGCTACTCTAGTTATAGTTACTTCTTGTTGAAATATTGGATCAACACTCTTTGCAAAATTTATTTGAATTGGTCCTCTTACAGTTCCACAATCAACTTTAGTCGACATTACAGCTCCAAAAGTCCTTATATCAAAGAAATTATCACACATAAACTTAGTTAATTTCTTTTGTAAATCTTTATCCTTAGATGCTTCTTTTTTTTCTTTGTCATTAGTATTTTTAACGCCTAAATAATCATATGCTCTTTGATGCTTCAAATTTAAAATTGCACCATCCTTAACGTAAATTTCATATCCTTCTACTGCTTCTCTTGCGAGTTCTACATAATTTCTAATTTTACGTTTTATACAAACATCAGTAACAATTCCTTGTCCTGTTTCTGGATCTATTCTTGGCATGTTACCTGCATCTGGATCTCCATTAGGATTTCCATTCTCTACATCGAAAAATAATACAAATTCATATCTTTTATCTATTACATTACTCATAATTACTTATCCTCCTTTTTTATATAAAACGATTGTGTTTGATGATAATACCCTAATATAAATTCACCTTGTTCATCTAAAGACAAATGCTTTGGAAATTCATCTACCATCTGCAAAATAGCACCTTTCAATTTTTCAAAATATATTGTCCTATCTCCTTTAGCAGTATGGTGTAGTGATAGCTTCAAAAGCACTGGAAAAACTGATGCAGGAGTTGCAGATGCACTTGTAAAATATCTATCTTTAATAGTGTTGATACCATTTGCTTCTAGTTGTGCTTTTTCTAAAACTGCAAAAAGTCTTCCTAATTGATATGGAATACTTGAACTATTTTCATTTAAACTCACTGTTATATCCTCCTTTATTTTAGATAATTTATATTTCCTTATTAAACATGCCTTAATTATTGCAACACGTTTATAATTTATATCTCTATCTGCTCTAATTCTTGAAATAATTGCATTATATAAGGAGCTTGGATACAATCTTCCTGTAAATATAGAATTCATTAAGCTCTTACTTAATACTGGTGATATTTTCTTATCTTTTGCATTTTTTATTACTGTTTCATTTAAAATCATCCATATTGGAATTGATTTTTCATTCCCAATAATTTTCAAATTATTATAATGATCTGCTATTCTACTTGTAAAATACTCAAAAGAATTTTCCTCATAAAAAGCTATAGCTAATCTTGCATTATTAGGAGAAATTCCAAGTATGTGAACAGTAGTACTTGGATCTATATTATAATTTTCTCTATTAAGCTTAATACCTTCAGAATATTTAATTAAAATATCTTTAGCTAAATTCCTAGCATCCATATCAGAAGTCTCAGTTTCTGTTTCTTCTTTTTCAGTTGTTGGATTTAGTAATTCTGCTAATAAGTCTTCATATATACCCTTCTTTTCAGCCCAAAATACAACTGTATCTTCTCCGATAAACATACGGTTCTTAAGATTTCTTAATAAGTAATTAAGTACTGTAGTGTACTTAAACATTGCACTTTTGCTTATTGGTGCATTATAACTCGAATCTTTTCCATACGAGCAAAAACTATCATCATTAAAAGATACAATGCTAGCACCTGCTGACTGAGCATTTCTGATTCCTTTAATTGGTGTATGCGTTCTTGCGATTGGTTCAATTTTACCAGTAATAAGGCATTGCATGGTAATTTCATCATTTTCTTTTGAGCTATCTTCTCTCCATGTTTTTAATAGTTTCTCTTTATCATGTATATAACCATCTTCCCCTTCAATTTTAAATACAATGTTAGGATTTTTAACAAGTTCATTCTTATATTTTAAAAGAATTTCATTTTCAAATGCTTTTGAAGGCTCAAAACTATTAATAAATTTCAATAGTGGATTATTTCCGTCTAAATATTTATTGTGTAATTCTTTAAAACTATTAAATGCTGGTAAGCCCTCCTTATCACCTATTCCTAATACATATTTTGCATTGTCGCATAAAAAGTAGGATGGTGCATTTTTTCCACTACGTCCTTTTTGCTCTGGTACTAGCATTTCATGTGGCAATATCTTTTTACCATTAGAATCTCTTAAATCCATTATTCCTTTTAGTTCTCCATTTGAAGATATAATTAGGGCAAAAGATACATTCTGCATAGAGAAACCTTCTTTAGGAAGATCATCAGTTCCTTCATCCTCCAAAATATCATAATATTTATATAAAGCTTGTAATATCACTATCTATCACCTCTTTGCAAATCAGGAATACTAATAACTCCGTCTTTCATTGTAGGTCTAAAAAAGATTGGAAGAGAATCATTTTTAAAATCTATATCCCATAACATATAGCCTAAATCTTTTTCTGAATTTATATAAAAACTTTCCTCTTGAATTTCATCTGCTAATTGAAATTGAGCTGGAAACTCCCTACATCCTAAGTATGGTCTATGAAAACATTGACCTTTTTTAGTTCTTCTTAAAGCTATGTTATAATGTTTTTCAACTGTATCTGATTCTCCAACTTCACTTGTTAATTCAAAGTGAGCAGTAATATAATAACAAACATCCTTCAATACCATAGCACCTCTTTGTACTATATCTTTTGTGCTCTGATAAAGATTAACATCTTTGCTTCCTAAGTACGCTCTTTTTACTGTATTTGACGATATTACTCCTGATAATTCATTTCTTTTTATATTCTCAAATTTTATAGGGTTTATAATTTTAACTTCATCAATTACCCATCTTATAGCAGGTTTCCAATATATGGCTTCTAGTATTCCTCTTGCTGCTGATGGAGTTATAACATCATAACTAACTCTTTCAACCTTCATCTCTGGCCTGCTAAAGCAAGCATAATCACCCCATATTTTTAATTTAATCCCATATCCCATGCCAATCCTCCTTTAGAACTATTACCTTTAGTTGCTTGCGGAATTCCGCAAGCATTGATTTACCTAACTTTTTTCAAGTTAGGTATTTATATTTTCCTCCAGTATGTCAAAATATTAATAACAACAAAAATAAAAAACAAATGGAGGTAAAATAACATGTTTTCACTTAATAAAATTAAGCAATTAAATTTGTTTGATCAAGTTTCCGAATTAAACTATCTTTCAACTAAACAACCAGTAGGTTTTTTAAACTTACTTTCTGATAATTTCGACCTGGAAAGTTTTATTCCAGAATCCTTCTCAAATCACTATTACTCTACATTAGGCCGGGATAGAGATTATAAATTATCTTCAATATTATCTGCACTAATACTAATGCAAATATTTCATATTCCTACTAATGTTTTATTACATCTTTTTCTTATATTTTCTACTGAAATAAGAGAATTCTGCGGATTCTATGATTCTGTTCCTGCTGAATCATACTTTAGTAGATTTAAAACCGATTTTGAAAAAGATATAGCAGATTTATTTAATTCTTTAGTTCCTAATGTAATTGATATTTGTAACGAATTTAATCTTTCATTGCCGGATAATTCACCCTATAAAGACCGTAATTCTATGCTTATATATGATACTTCTGGCTTAAAGCCAAAAGTTAAAGAAAACAATCCTAAGACCCTTGTTTCTGAAATTAATAAGCAAAAATCGTACGCGAAAGCCATTAAGAAGAAAGATTACAATGCATACGCTGCGGCATATAAAAACATGCCTAAATTTTCAGAAGCTAATCCTAGTATAAAATTAGATTTTGTTAATGGTCATTTTGGATATTTTTATAAATTTGGTATTTTAACTAACGGATTAGGAATTCCACTTGGAATAAACTTCTTTGATGAAAACTTTTATTCTTCTGTAAAACAAGAATTTGAAACTCCTGAAGAACAAAAATATGCTTATGATAATGCTTCATTAAAATCAGTTGTTAAGCCATTTATAAATAATCTAAAATCAAAAACTAATTTTCAATTTAAAACTTTTTTAGGTGATTCAGAATTTGATAGTTATGAAAATTTCGGACTTTTAAAACAACTTAATTTTCAAAAAGTATTTATTCCCTTAAACTCTCGTAATCAAAAAAATACTAAAATTAATGATTTAGAATTTAATACATCGGGAATTCCATTATGTCCGCTAACCAAAGAACAATTTAAATCAGAAGGTAGTTGTGGTGGTAAAAACCGAAGCGTACGCTATAAATTCACCTGTCCTAAATCTTATAGGGATAAGAAAGGCAAATGCTATCTTACATGTGAAACTCCATGTACTGATAATAAAAGTGGTCGAATGACTTACGTCTATCCGGATAAAGATTTCAGACTTTATCCAGGTATACAAAGGAATTCCGATGAATGGGCTAAAACTTACAAAATACGTACTATTATTGAAAGAGAAATATCTTGTTTTAAGTTTAATCCTTGCATACAGTCACCCAATACAGTAAATACAACCACTATGCGCTCTGACCTTTATTTAACAGCTATATCAAAACTAATAAACGTTATATTGTCTCATTCTCTAAATAACCCCGAATATATTAGGAGCATTAGAAAACTTATTGCAATTGCAGCTTAATAACATATCCACAAATCAAAATATATTTTTATGATTTTTTAAACCTTTTATTAAAGGTTTTATTGTTATGCTCTTTTTTATGTGGATATGATCTTAATTTTAAAAAATTATCCACAGATTTTATTTTTCTATTTTGCAATCAACTAAACTATTACCTTAAGTCATATTTTTTAATAACTATTTAGCATCCTAGTTTGTCTAATCTCATATATCTAAATCATTAACATTTCCTGATTTTTTAAACATAAACCTAGATTTTCATCATAAAACCCTTCTTTGTACGCTAACACCATAAATTGATTATTAATATTTATTATTGCACCTTCAGAAGTTAATTCATTTAATTTATTTTTATGAATACTAATTGTATATTTTTGCAGTTTACGTGCAATGCTATTTGGATGTTCTGTGTATTTTAAGCTTTCAATTAGACTACTTACGTCATCATTATAAGGAATTATTAAGCTCTCCGTTTCATCTATAAGTTTATAATCTTTAGCCGTCTTTTCAAATGAAAATGCTAATTCATTAGCTCTTTCTTCAAAATTATCCATAATATTTTGTGTATCTAATCTATCTTTTTCCGTATCATATAATAACTTAAAATAGCTTGAAATAGCTTCTAGCGATAATGGATCTTCAAATTTTTCTAATATCTGTCTCCCACAATCAGCAGTTCTGCTTTGATACATAATTGCTTTTCCATAATCTTCTGTAGACTCAAAAACATAAACCTGTCCTGAATCAGCTTCCCCTTCTCTATTGCATCTGCCAGCTGCTTGTGCAATAGAATCTATTCCTGAAAGTGACCTGTATACCACTGGTAAACTTATGTCAACTCCACATTCAATTAATTGAGTTGATATTATTTTGCAAGATTCATCGTTCTTTAATTTTCTCTTTATTTCCTTCAAGAGTTCACTTCTATGTGCTGGACACATATTTGCACTTAAATGAAATAAGTTATTCTTATCTGCTTTTTCATATAACTTTTCAGCATGTTTTCTAGTATTAACTACTACCAAAACTCTTTCTAAATTATCAATCTTTTCTACTAAGTTCTCATCGCTTATCTTACCTAAATAATTAACTTTGACTCTTTTAAGTGCATCATATAACTTTTCAGGCTCTGCTATTATTTCCTTTGGTTTTTCCTTTAATATATCCTCTGGAAATTCTGGCTTTGTAGCAGTTGTTAACACTACACTTGTATTATAATTATCAACTAGCTCAGTTAATGCATTAAGGGTTGGTTTTAGAAACTTAGTAGGCATCATCTGAGCTTCATCTATTATTACAATACTATTGGACATGTTATGGATTTTTCTACATCTTGAGCTTTTATTTGCAAATAAAGATTCAAAAAATTGAACATTCGTAGTCACTATAATAGGAACATCCCAATTTTCTGAAGCATATTTCAATTTTTCTAATGTATATTTTAAATTTTTAGAACTACTACTAAAAGCAGAATCAATATCATTTTCAACTTCACTAAAATCAAAATTACTGTGATGCTCAAGTACATTTTCGGCTCCAAAAATATCTTTATATTGTTTAGCATTTTGTTCAATAATGCTAGTATAAGGAATTACACATATTATCTTTTTTAAATTGTTATGTTTAAGATGCTTTAGTGCAAATGCCATTGAAGATAAAGTTTTCCCTCCACCAGTTGGAACTGTTAAAGAAAATAAATTAATGCCTTGACTTCCTGACTTTATACAATCTTCATATATTTCCTGCCTATATGAATTTATTTTACTCTTGCTAGAATTCTTATTTTTTCCTTCCATGTATGATTCAAATAACTCATTTAATTTAGAAAATTCTTCATTGCCTTTTCTTTTATTACTCGCTTCTATATTCATAAATTCTTCAGTATCTAAAAAATCTGCATCTACTAAACAGGAATATAACATTCTTATATAAAATCCCAAAGTAAAACCCTTATGCTCTTTTATTTTTTTAGGTAATTCCATACTTAATTGCTTAAGATCAACGTTTATATTCTTCACTTCAACTTCATACTCTGGAATTTCCTTATTAAAACGTAATTTTAATCCACTTTCTTCTGAACCATAATTCATTAATCCAGAATGATGACCACAAATTATATATCCTAATAATCTCTTAAATGACTCTCCATATAACTTTCCAGCTTCTATAGCTCCTGCTGTAGAATGATCAACTTTAGGTCCATTATTTAATAGTCTATCTTGAAATTCCTTGCTGCATTTGCCAATATCATGTAGTATTCCACAAACATATGCAGTATTTTCAGCCTCAAAATCTTTCGCAAAATCCCTCGATAATTTAGCTACATTTTCTAAATGATCAGTTACTGTTTGATATTTACCATTTTCATCTACATGTGCATAATTCAAAAATTATCATCTTCTTTCAAATTATATATTTAAATACATTATATTACATATATTCTACAAAAATATTTAATTTCCTTTATTTTCACAAGTATTCTTTACATATATATATGAAACATTTAATTCCACCTAGTTTTTATGTACTCTAGTAAGTTCACTCAGTTCGCAATAGTTGACTATCACCACCCTATACATTTATAGCTTACCGTTCTAACTTACAATTATTTTCAAGCATAAAACTAATTGCTTCATTAAATTGACTGTCCTACAATTTTATTAGTTTATGACAATCATTATCTGTAATATTTTTAGAATAATGATACTATTCTTTTAAAGTACCCATATCCATTTTATAAGCTTTAAAATCTACTCCTGTTTGTTACTTTAAATGTTCCAATGTATAAAATCCACCAGCATCTATATAACCAAAATGGTAAAAAAGAATCTTTGGGTTTTGCAAGACCACTGAAAAACTATTGTTTTTCAGTGCCTACTTTTAAAATCATATCAAAATAGCACCAATAAAATTTATTTTAATTTTATTGGTGCTATTTTTAGAATATTTAAGTGAATTTGGAGTCTATTTTTGCTCTATTAGTTTCATTATTCTTTTTAAATTTACAGTAAATATAGCTACTGCCCCTTGCATTTGCATGCCAACCAGACCTGAAGATGATGCAACATCATACCCATGTCTATGTTTTAACTCACTATTTTTTGCTTCAATTTTATAAGGTTCCTTAGATTTGTCTTTAAAATATTCACTTTTTTCAAAGTTCATTTGATCTTTATGTATATCACTTTTTATTGTTACAGAATAAGTTTTACTTTTTGATCCCTCTTTATAGCAACCATCTTTATGAGAACAAAGTTTACATTTTTCTACATCAAGATAATAAGTATATGTTTGGTTTGTGCTTATATTCTTCTTTCCTTGACGTGCTTTACGAACGGCCATATGGCCTGACTTGCATACATACATTCCAGCATCCTTATTAAATTCAAATTCATCTTCTTTTTTTCGGAATCCTTGCGTTACAGAAGGATTTAATTTTGCTACAAGTTTTATTTCATTCTCATTTGCGAGCGTTATATTGCCTTTTTCAGAATATGCAGAATCTCCAATAATTGTATCAATTTCAAATCCTGTTTCTTTAGTCTTATTGACTAATGTTTCTAGCTCTTTACCATCATTTTTTTCACCAGTTGTAATAGTTGCTGCTGTAATAATTCTTTCTTCAGTCATTGCTATATGTGTTTTATATCCAAAGAATGATGAATCAGCAGTTTTATGTCCGATTTTAGCATCCGCATCGGATGAAATTTGAAGATGTTCAATATCATCCTCTAATATCTCATTTAATAAATTTAATTTTTCTTTAACCTTAGGATATCAAGCTATTTGTTCATTCTTTTCTATTACATTAATTATTTTTTTGCACCCTCTTCTAAAAGTTAAGGTCCAAAAGTGATGCTCCAAATTTCATATTTGGTCAGCAGAACTTTCTCTGTGAGCATTTTACATTTGGATACTTGAACTTCCACAAATACATTAAAGCTACACCCCTAAAAATCTTTAATAATTTTCTCTTCTAATAAAGAACATCCAAGCCTCTTATTTAAAGTAGAATTTTTAATTCAACGCCCTCTAAACCCACACTTTTGGTAAGTTGAATAAATGCTTTTGATTTTTAACTGTGCATATTCTGAAGAATATATATGGTAATATGGTTTAGAATATATATTCTAATATTCTTCAGAATATTTATGGTTAATAAGTTCTTGGTTGTGCTAACGCACTTTTTCTTATGTACATATTTATTCTGTACCATATTAGAATATATACTTTTTAATCATATATCCCCATTAAGAATACTAGTAAAGGAGATATATTTATGGCTAAGAAAAAAAACACCTAAATCAGAGTAATACTCCATTCTAAATAATTATTAATTTATAACTATGAAATAATTATCTTGAGTCCATATATCCTTAACAGGAGGTGATAAATTTATGGAAGTAAATGAATTAATTAACCTTATAGTAAATAACGGTTTTGCTGTAGCTGTTGCGGCATATTTGCTTATTCGCTTAGAGAAACAAATTAATAGTCTATCAGGTTCGATTAACAAATTAAATACCATAATATCAACAAAGCTTGGAGTTGTTATAGATGCAGATAGCTCTAGTGATGATTCTCACATGGTGGCGTGAGGAAAGGCAATAAACAGTAAAATTTGTCTAACTTTTGGAGTTAAGATCAAATTTAATGTTTATTGCCTTTAAATATTTATCCGATAGCTAGCATCAGTTTCACTTTATTATACGTAAGTTATTATTCTATAATCTGTTCATTAATAACTCTGAAATTTATTTCTGCAAAATCTCCACATATGCTTACAAACATTGTATTTAATATTGCTCTAAAATCATTTATGGATATATTTTTTAAATGTTTATTGATGAATAGTATATTATTAACTTTATACTGTCCACAACTACTATCTATATAATTGTAATCATTAAAATATTTATTAAATCTTTGATCGTTTACATTATGAGAATCTATATTTCCTAATGTTTCTAAAGCTTTAACCGTTTTGAAACGCAATGCAGCATTATTAAATCTAGCTTCTAACATAAATAAAGTTTTATATTCTTCCTTAGATTTATGAAAATTCCTACGTGCTACTAATACATTTAGATTGTTATTCAACTCTAAATCTTTTTCATGTATTATTTCCTTTTTGTCAATGTCATAATTTTCTCTTGCGCCAATTAATTGCAAAATTTTTTCTGTAAAACTTGGTCCTGTTCCTGAATATCCACAATTGGCATCAATCCAAAACTCATTTTCTTTATCATCTATTAATATTAGATGATAATATTGTTTATACTCATCTTCAATTTCAAAATATGGATCAGTATCATTACGAAATGCTTTGAATTCTTTAATATTTCCCATTTTTCCAATCATAGCTTTTACATAGTCATAAGCTTCATATGTTCCCAATGTTCCTGATTTATAGATCATAATGCTCACCTCAATATAATATATTAATAAACATAATATTTTATGATTTTAATATTATCAATTAAACAAAATAATCATTTCGTGAATTAAAATAAAAGACTATTTAAAGCTAAGACTTCAACGTGGTGAAATCTTTAGATTAATTACTTTATCTACAATTAAATCTAATCATGCTATTGAATATATATCAGAAAATTCAACATTTATCATTTCAATTTTACTGTTGATAGACTTATTTTCCTCAACAATCTTTTTGTTTTCTATAGTCCTTGTAGGAAGTTCTATTTTAAATATACTGCCTTCATATGGTTTGCTTTCTGCACTTATTTTTCCACCATGAAGCTCAACTATTGATTTTACTAAGGATAATCCAATACCACTTCCCTCAGCATTCCGCGAAAGAGACTTGTCTACTTGATGATATCTTTTGAAAATATTCTCCAAATGCTTCTTGTCCATTCCTATACCAGTATCCTTTACTGATATTTCAACGGTCTCACCTTTATCAAGTAAGTTTACATATATACAGCCACTTGCATTTGTAAATTTAATTGCGTTAGAAATAAGATTTAGAATGATCCTTTCAATCTTATCAGGGTCACAGGCTATAATCTTTTCCTCTGTATCTGTATCAAAAATAATATTTAATCCTTTTACATTAATATATCCTGATACTGATTGGACAATATCTTCCGTAATCTTAACTATATTTTCATTGGATAAATTTAATTTTAAAAATCCAGATTCTATTTTTGATATATCTATTATATTGTTTACTAACTTTGTGAACCTGTAGCAATTTTGTTTAATGATATTAATACCTTTGGAAAGTTGTTTGTTATTAGTTTCGAGTGAATCATTTTTTAAATAAAATTCCATTAATTGATTTGTGCTGAAAATTACATTTAAAGGAGTTTTAAGCTCATGTGATATATTTGAAAATATTTCATCTTGTACTTTAAGAGTTTTTTCCATTTTATTTTTTGCTTTTACTTCTTCAGTCATATCTATTGCAATAACAACTATTTCAGTAATCTGCTTATTTATATCAAACAAAGGTTGAAATATAACTTTAGAAAACTTTTCTTCTCCGTCTACAACATATTGTCTATTTAATACATATTGACGATCACCTTTCTCTATTAAACCTTTGATATTGGTTATTACTTTAGCCTTTTCATCCATACTATAATTAAAGACCTCTAAAGTATTTTTTCCTATAATAGAAAATAATGATTTTCTATTATGATTAAGTTTCTTAAAATCATCACAAGCCTTGTTGTTCATATATTTAATTTTAAAATCAGGATATGAAATTATTTTATAACCAAGATCAAGATTTTCTATTGTTCTATTTAGCAAATCATATTGGGTTTTTAATAATAAATTTCCTTCATTTTTTATTCTTTCAGTTATATCATGATAAATCATTACTCCTCCAATAAAATCACCTACTTTATCATATATTGGAGTACCTGTTACCTCTGTATAAGTAATAGACTTTTTATTCTTCGCAACTAATATAAATTCAGAAATCTTTTCCCCTCTTATTACCCTTTGTACAGGAGTATTCTCATATAAAATTAAATCTCCATTCATATCAAAGTATTCTGCTTGTTCAAAAGCAGTTTGATTATTTCTTAATGCTTCTGAATCGTATATAGGGTTACTTTTAGCCATTGTGTTCATCTTAGTATAGTCGCCATTTTTATTAATAAATATTACTTGATCAGATATGTTTTCAACAATAACTTCCAATTCTTCTTTTTGTTTTTTAACAAGTTTTTTATTTAAAACTTGTTCTGTCACATTTGTGGTAGTTTCAACTAAATATTTTCCTTTTCCATCTATAAATATTGGAACAAACGATACATCCCAATATGTAGTCTCCCTTTCAAAATGTTCATGTTTACATTCTTTTCTAAAAATTGGTTCACCAGATTTTATATTAATTAATAAAGTCTTTTCAATATTACTTCCTTTGTATTCAGGTACCATTTCTATCTTTTTTTTGCCAATAACATTTGCCTTTTTATTATATGGAGCGTCAAAAAATTCCAGGAATTTATCATTCATTTTTAGTACAGTTAAGTCTGGTAAACTGTAAATAGCAACTCCAATTTGATTAGATGAGTAAATACGTTGAACATACGGAAAATTTCTTTTAATATTAGTGTTTGGTTTCTCTTCGATAAAGTAAACTTTTTCATTATTACATTTTAAAAGCTTAAAAGATATAGTAACCTCTATCGGTTCATATTCCTTAGTAAAAATAAAACAACTATATTTATCTACAATATTTTCAAGATATATTTGAGAATCAATTTTCAATAGACAACTTATTTCAGTAAGTGATTTTCCTATTAATTCGTTATTAGAATAGCCAGTAAGATTTATAAAATCATTATTAACTTTAGTAACGATATTATTTTCGCTATGTAAAAATGGCTTTTCACCAAGCCTTTTCAATACGTATTTCATATTGGGCCCCCTGTTTCTTATCACTATATAACAATATTTCACCTAATTTTACCTTATTTATCATCATGTGTTAACTGTTTTATATAATTTTTTTCACTAATCGTATTTCATTTTTTCTTAATTTATTTAAAAAATGTGGTTATAATGACAATATCTTTAATTATTCTTTTTAAATCGCGGTTAAATACAAAACATTATCTAATTTCTTCTCTTTAACATCTAGCACCAATGCTATTATTAAAATTGGTATAATTTCAGGGAAAAAAATAAACCTCCATGTGATTAAATAGTTTTGAAGAAAAACTACTCACATGGAGGTTATTTATATGTTTAAGAATAATAATTAATCTTATATTTTAAATTTTTGAACCATTTCATTAAGCTTTTGAGCAAGTTCTGCTTGGCTTTGTGCAGTTTGTGACACTTGTTCTATTGCTTTTGTAGTTTCATCCATGCTTTCTTTTATTATTTCTGCTTCTTCACTTGATTTTTGCGAAGATAATGCCATATTTTGAACAGCTTCACTTACTTGTCCAACTGTAGCTGTTATTTCTTCAGACATAGAAGCAATTTCTTCTGACATATTACTTACAAAGTCTGAATCATTATAATACTTATTACCTGTTGCTTCATAAGCATTAAACTGTTCTTGGACATTTGTATTTATAAATTCTAATATATCACTACCTGTATCAATACTGCTTTTAAATGCTACTTGAACTTTAGAAATAGTATCTTGAATATTTATTACTGCTTCTGAAGACTCTTCTGCAAGCTTTCTAACTTCTTCTGCTACTACTGCAAAGCCTTTTCCATGCTCTCCTGCTCTTGCTGCCTCTATTGCTGCATTTAATGCAAGTAAATTAGTTTGTTCTGCTATACTTCCTATAGTATCTGCCATAACTTTTATATTAGCTACTACTTTTCCATCTTCAATAGCCTTTGTCATATTATTTTGTTTTTCAGCATATATTTTTCCAGTTTCATTTATAGCTTTTTGGCTATTTTGTTTAACTTCTGTAGCTCTTTCTTTAAATTGATTTGCATTATTACTTCCGTCCATAGCTTTAGAAGAAAGCACATTAATGCTTGAATCTACTTCTTCAATAGATGCACTTATTTCTTCTGTAGCTGCACTTGATTCTTGCATACCTGCCGCAATAGTATCTACAGCTTGATCTATAGTCATAGCTTTTGAAGCTAATTCTTGAACTGTTGCTGAAAGTTCTTCAGATGATGCACTTATGTCCTGTGAATTTTCCATAATAGTTTTTACTAAGCTACTTACATTTTCTTGTGCAGTATTTAACGCATTGCCTGTTTGTCCAAATTCATCTTTTCTTGTAATAATAATTGGAGTTGAAAAATCATAGTTTGATAGTCTTTGTGATAACTCTCTTATCTTTTTTAATGGATAAATTATACTTTTAATTAATATGTATGCCATAAAAATTATAATACCAAATTCTATAGATGAAAGAATTAACATTTTGTATTTAGCACTATTATATTCAGCTGTGTTATCTAAATTGGCTTGTGCTGCTTCTTTTTCATTTATATCAATACATTTTTCTAATTTTTCAAACATTGGATCTATTAATGTATTTACTTCTGAATTATAAATTTTAACTGCTTGATCATAATCATTAACTTTTACAAGATTAATTGTTTTTTCTTTTGCTTCGTTGTACCTGGTTAAATCTTTTTTAAAGTCCTCAAAAACATTTATTTCTTCTTTGCTTAATGAAGTATTTTTTATATCAGTATATGCTTTTATAGATTTAGCATTATTATCCCTTAAATCTTCCATAACTTTTATTTGTTCATCTAATTTAGACTTATCTCTTTCGAAAATAATTCTAAGTGTATTAGCAGTATCATAATTCATATCCCCTCTTATTTGTTTCAAATTAGTAATAGATATTAAATTATTACTATACATTTCATTTGCACTATTTTTTATTTTTTTAGAACTTTGTACACCTTCGTTTGATATTAAAACCATAAAAATGCATACTATTGAAAATACTGATATAAGCTTTTTCTTAACACTTGAATTAGTAAAAAATTTCATTTTAAATTTCTCCTTCCTTTTTCATAACGTATTTTTCAAATATCATTGTATTTCTTTAAACATTTAGTATTTTTTCTGCATACCTCTCAATATTTTCTTCTTCAACCCTGTTGTTAATCCAATATAACATTATCTTATACTTTGTTGTCTATTAAATTACTATTTTCTTTACACATATATTAATTCCTTTCTTTTTTTTAATAATACAATAATATTATACCACTATTTTTATATTGTTCCTTATACTTCCTAAATGTGTTATTTAATATTAATTATGCAAAAGGGACTGTGTATAGTTATCGCTACTATTTTCCAACAATTCTAGTATCTTATATGACTTCAAGTGTATATTTTTATTAAAACCAAACAAAATATAATAAAGTGAGGTGTACACAATGAAGTTAAAAATATTTCTAACAGTTTTTTTAATATCCACAATTGCTTTTACAGAGCCATCAAAAGCAATCTTTGTGTCAAATACTTATAAGCAAGGGGTATATGATATTACAGATATCAATGAAGTTAAGGCTAATGCTATGCTTATAACACCAAACACAGTTACAAGTTTAATAATAATTGATCCTAGTGGCAATCAAGTCTTTTATAAAAAATTTGATACCGTAAATGAAGTTATAAACTTAGGTACTATTAAAGATGAGGACCTTGTTGCAGTAATCGGTAATGGAGAAATTGCTATTATCATTGATCAATAGATAGTTATGGGATATTTTATAAAAAACATTGTCCATTTATGCAATATTCTAAACTTATATTAAAAAAATAAATGTAACAGCAATTATTTATGCCACTACATTTTAAATTATTTAAATATTTTCTTTTTTATTTATATTATTAATCTCTATTTTCTCCAGTTCTTTAATAAAGATTCTCTCCTTTTTTGTGTATTTCATTATTCCTATAATGTAAAATACACTTACCAATGTAGTAATAATACATCCATCTAATAAAGTTAAAGCTAAGTTATATAAATTATTTGTTATACCCATTTCTTGCAGTCCTCCTATAATCTTTTATTCTAATGCTTGCCTTATTTATAGATGTTTAATCATAGTTTTAATATATAATTTTATTCTACCGTTCTTAAATTCTTATACTGATATGTTTTTAAAATTCTTCTCATAATTCCTTACTTTTCATCTATTTAATTTCTTTTACAACTTCAAACGTAAAAAATTTTGAAGTATATATGTAATAATTCATTCCAATACATATATCCTCTATGAAAACAAAATAAAGGAGGTAAAAATTATGGCTGTAACAAAAATTATTAGTACAACTTCTCTTAGTATGGAGGTTCAAAGTGGGACAGATGAAGTAATCTCCGCCTTAATTGTTCATTGTTAACTCTTAATTGTAAATTGATTAAAGGGTGAGAATTAAATGGAATATTCTTTATCTATGACTTTTTTAACTGAGTTTGGTTTAAAGAGTTCTTTAAGTATCAGTGGTGTTAAACCTACTGTTACAAAAGAGCAAGCAAATGCTCTTATGGATATCATAATAGCTAAAAATATCTTTAAAACTAATTCTGGCGATCTAGTTAAGAAATCTAGTGCTCAGTTAACTCAAAGACAAGTCACTAAATATGAAGTGGCTTAGTATTTAATTAAAAAGATGGAAGCTTGTCCTAATTTTTAAGGACGAACTTCTATCTTTTTATATTTTTAATTCATGAGCAGTAATTGGTACTATTTTATTAGTTTTCTTATGTTGCTTAATAATTTCACTTCACCTTATTCTACTTTAATCATAATATGTAATGAGGGGGTGGAAAATTTGGAAAACCCGTTTAAAACTGATAAAACAAACTTTAAAGAACTCCTTATGACAAAAGATAACCAAAAGAATCCTACTGTTATTAAGAAAACTATTTACACCATTTCTAACACTGTTTTTGTTTTAGATATTACCCCTATAATTCAAGCCTGTGCTAGTGAAGGATTAAATTCACTTATTACTGTTGATTCAATTCAAGGTGTGATAAGTGAAACATCTCCAGTTCTTTTTGAGAGTATTAGTTTCTTCGGAGATGGATGTAGCGGCAATCAATCATTCATCACTCCTGACCACAAAAGCATTACAGTTTTTTTTCCATCATTTTTTACTGCAGCGCAAGGAAATATCCCTAATGTATCTTGTTCTAATTGTGAAATGTGTATTAGGATTAATCCAAATGGGTTAAAAAAGAATGAAAAATTAACAATAAATTTTAGTATTAATGGGCAAGCTATTTTAGACAATGAAAGCTGTGCGAATGTGTTCGAAGATTGTAAAAGGATTCTTACACTAAAAGGACCATATTCTAATAACTATGTGGTAAACTTCACTATAGAAGGTAAGCTCACTGATTGTGACTGTGATTGCTCCTAAGAAAATAAATTAATGAGGAGGTGTCAAAAATGATTTGCAAATCATTTTTGACACCTCCTCATTACTCATATACAATTGCTTGAAAATATCCAAGTTGGTATTAATAATTTCCTTATTTCGCATTTCCATTCAAAATTTATACTACCCAAATTTATTATACAGTTAATCCCAAAGCATTTAGAATAAACAAAATAAAAGAACAGGATTGCTCCTGCTCAAATCTAAACTATTTCTCTAATATTTTTTTAATAGATACTTTGCTTATTCTTTTTCTGTCACATTTTAATATGGTAAATTCATAATCTTCATAATTAATTTTCTCATTAACTTGTGGATATGAATCTAACTGTGAATAAATCCACCCGCCAATAGTATCAACATTTTCAGAATCAATTTCAATATCTAGAAGCTCATTAATATCTTCAATGATAACTTTTCCATTTACAATGTAATTACCATCTTCTGTTTTCTTAATTTCTTCTCCTTCTTCATCAAATTCATCTTGAAGGTCACCAACTATTTCTTCCAAAATATCCTCAATTGTTACGAGTCCTGATGTTCCACCATATTCATCAATAATTATCGCCATTTGTGATTTTTCTTTCTTAAATACCTTTAATAATTCACTTATTGACATTGATTCTGGAACAAATTTAATCTCACGAATAATGCCTTCAATATTTTGATTATTACCCTCAATTCTCTGCTTATATAAATCCTTAATATGTATAAAACCAATAACATTGTCTTTACTATCCCTACATACTGGATACCTAGTCAACTGTTTCTCTAAAGCAAATGCTATAGTCTCCTCAAAAGAATCTTCAATAAAAATACACGCCATATCAGTACGAGGCATCATTATTTCTTTTACGGTTGTCTCCGAGAAATCAAATATATTATCTACAAAAGTTAATTCAGTTTTATCTATTAAACCATGCTTATAACTATCTTGAACCAAAAGCTTTATTTCCTCATCAGTATGAGCTGCTTCATGTTCATCAACTTGTGAAATTCCAAATATCTTTAAAATTAAATTAGTACTATGATTAAAAGACCACATTATTGGATAAGTTACGTTATAAAACATTATGAGTGGTAGCGCTGTATACATTGCTATCTTTTCTGCACTTATAATTGCTAATGATTTAGGTGCTAACTCTCCAAGTACAATATGGAAACCAGTTATAATAGCAAATCCAAAAACAAATGAAATTGAGTGTATCATGCTTTCTGACAGATTAAATAGATTAAGTAGTGGCATTAGCATTTCTGCAACAGCAGGTTCTCCTACCCATCCTAAACCTAAAGATGCTAAAGTTATTCCTAGCTGACATGCAGATAAATATGAATTCAAATCTTTAACAACCTTTAAAGTATTTTTTGCATTTCTATCTCCTTCAAGTGCTAATGTTTCTATCCTAGATTTTCGTACTTTTACCATTGCAAATTCTGTAGCAACAAAGAAGCCATTCATAAATACAAGTAAAAATACAATAATAATATTTATTAGAATAATCATTTATTAATTGTTCCCCTCCAAAGTTATTATATATCTTCTGTTACTTAATGTTAATTTAAATAACAATTATTATTATAACATATATAATTAACATTATTATATTTACTTCTTAAAATGCCTCTTTTAATTCAGAAATTAATCCTATATAACTTTTATCTTTTCCATTATTTTATTCCTCTAACCCTTGAATCTTATCTTTATCAAAAAAATTTTCTTTAAATTTAAGCTAATAATATTTTTTCTGCCAAATTATCACTTTCTGTTGTGAATGTTTTTTTAAAATTTGCATATAATAAATTAGACTTCTACTTTAGCTTCACCCTATTCATTTTCCATTTTTTCATTGTTAGCCCCTTTGATTAGGGGCTTATTTTTTAATTCTCTTAGCTCCATTCCTGTTAAACATATTACTCATCATCTAAATATCCATTTCTCATAACTATGTTTCTTTCTTCAACTCTTCTAAAACTTGTTTTGCTACTTCTACTCCATATTGAGCTACTATAGAATCAGCTAAAATATGATGATATTCTCTTCTCATTTCATCAGTTATAGTTCCTTCAACTTCTACTGTTATTTTTCTATTTCTTTTCATATAATCACCTATATAGAAATTCATATTATTGTATTCATTTGTGATTAAATTTGATACAATAAATCTTTTTGCTCTACTTGTACATTATATCCTGCCTTATCTAATATACCAAGTATTGCCTTTAAATAGTCGTCCAAAATACTTCAAGCATCTTTATAACCTATACCTGAATCCTATCGTGCTAAAAGAATGAGTAATAGCAATTCCAAAATGCGATGTATATTTTGTCTTAAGATATACTTCATAAATTTATTTATCGGAGTATTTGACAAAAACATGAAACAATATACAATTATGTTATAAGGTTTAGGAAGGAATGAAATAACAAATGAAAAAAATAATTAGTGGTTTAGTATTCGGATTGATGTTATTTTCTTTAGTTGGGTACAGCAGCTTTTCAAAAGGAATTGTAAATGGGTATATTGATAGAACTAAATATGCAGGAATAAATATAAAAGAAATAAAAGAAGAAAAAATCATGAATGGTTCTGGAGACGAAATAAATAAAAGAGGAACAGTAACATATAATCCATATAAAATAACAGATGAATCTTTAAGTAATTTTTATAAAGATAAAATTAAAGATTCTCGCTATAGCCATTATACTTTAATAAATGAGAAAGATAAAACACAAGGAATAGTATCGGTTTTATGTATAAATGTATTAACATATGGTGAAATAGATGATACTGGATCTATAGTAAAAGCGTATAAAAATTTTGAAGTCAAAATAGAAGAGTTGAACAGTTAGGATATTTAATTTCCTAGCTTTTTAAAATAAGGCTATGTTTTAATATAGTGTTAAAACATAGCCATATATGCTAGATTAACAATTATAGAATCTTCATATTTTCATAGATTTTATATTTCTTAAAGTGCATTAATGTCTTCCTTTATTGATATCCCAATTTCATTAATAAATTGGAATCTGTCTTACTCAGCTGACAAGTTAATTACGTCTTCTTCTGTAATCTCTCGTAATACTTTACAAGGATTACCTACCGCAATTACCCCTGCTGGAATATCTTTATTTACCACACTTCCAGCACCAATAATGCTGCCTTTTCCTATAGTAACTCCACCACATACAGTAACATTAGCACCAATCCATACATCATCTTCTATTGTAATAGGTTTCGAAGTTCCAATTCCTTCTGCCCTTTGTATTGGAAGCACAGCATGTCCTGAGCACGCCAAACAAACTCCAGGAGCTATAAATGCATTTGCACCAATATAGACTGGCGATGTATCTAGTATCACACAATTATAGTTGATCACAGTAAGTCCATGTGTATGTATATTGAAACCATAATCACAATGAAATGAAGGTTCAATAAATGTTAGCGGATTATAAGTTCCAAGTAATTTTTTTAAAATGCTACTTCTCTTTTCTCCTTCTGATGGTGAAGTCTGATTATATTTCCAACATAATTCTTTCGCCTTTTGTTGTAATTCTGACGACATATCTGTGTGCTTTGAATAATATCCTTTATTTTGTTTCATAATTTCTGTAAAATCCATTATCTTACTCCTTTCAAATTACTATTTGTCTTTTAGTAAATTATAACATATTTACTGAATATCTCACTTCCTTATTCCAGAAGATCGCTATTTTTATTTGATACACTAAATGAATATCTTCTAAAGCTTTTTGAATTGAGAATACCGCAAATTCATTTTACTGAATAATACGGTATTTAATTATTTATTTTTTTATTGTACATATTATACATGCATCAATTGTACTTGTATTCTAACTATATTGGGTAATCTAATATTTGTTTATTCCTAATTATCCATGGTTCTTTTCAACAACTTATTCAGCAGGCTTAGTTACATTAACTACACCATGTGGATGTTGTGGTGGTGCATAGATAGCGTATACTTTAAGTGGTTCATCGCCTGTATTAATAATATTGTGCCAAGTGCCAGCAGGTATCATGATTGCAAAGTCATCATATACGTTTTCTTGAAAATCTAGGCTGTCTTTGCTTGTTCCCATTTTAACAATTCCTTGTCCCTCTTCAACACGTATGAACTGATCAATTTCAGGATGAACTTCCAAACCTATGTCATCACCAACCTCGATGCTCATCAATGTAACTTGAAGATTGTCTCCTGTCCATAAACCGGTTCGGTAATTATTGTTTTCCTTGGTGACTTCATTAATATTAACTACGAAAGGTTCTGGACCATAGTCTTCCAATACAATTGGACCATCGTCCATTAATCTCGAACTATTCTCCATTTTATCATTAATTGGAACATAATGGTCATAAGCATAAGGACACGGATAAGTTCTATAATCATTATAAATACCTTCTGGGTTATTATCACAATAAGGACATGGATGCAATCTATGAGTATTATTCATATTGTTTCTTCCTTCTATAATATTTCAAATTCATAATATGTTTTAATTTTTTAAAGTGTTCTTATATTCATTGTAAATACTGTATTATTTAATTTTTAACTAATGTCTCTTCTCCATTCATCCTAAATATACTATTTCCACTTAGTATAAGAAAAAATTCTTCTTGTTTTAAATACGAATATGGTAATTTTATTTTTTATTATACATGGATCCTTTTTTCCTATTGCACATCAAAAAAATACCGCAAATTCATTTCTGAATAATGCGATATTTGAATTTGTTATTTTTTTATTATTTCAGCATTTGTAACTAAATTACTTTTAAATTCGTTACTCTTGCTAAAGTTGGAACATCATCTTCTTCACCATCTACTACAACAACTGCACTATGATCTCCCATTAACTTAATTATAGTACCTTTCTTACCTTTGTTCTCATTTTCTAAAAATTCAACTCTATCATTTACTTCCATCAATAATTCCTCCATATTTCTACATAATAATTTTCTATAACAAATTAATTATATCATGTTTCTTTAAATATCTCATTCTTCAATTTTAGAGAATTAATACAATCTTCACCATCAAGTAGTTCCTTATATTCAATAAGGAACTACTCGTTACTTGCTTTTTTAGAAAATGTCATCTAATACTGGTAAGCATTTATAATAGACGTTTACTTTCTAATATTTATTTAAATAGATGAATAACGCAAACTTTTTCCGTTAATAATAAAAATGAAGTAAGGAGGTGATACTAATGGGTACTTCTCAATACAACAAGAACAAGAATGAAAAGAGTAACACAGACAAAAATAAGAATAAAAACAATAATGATAAAGGCAATAATAAAGTATAATATTTTAGTATTATGCAGTAAAAAATATCACAATTTCATTTCTGAATAATGTGATATTTTTTATTGTTATTTATTTTCATGTGCCTTAGTTTATTCTTGCACCATCAGAACCTATTTTATATCCATCAATTATAGTATTTGTAACCATAGCACCTTTATATCCATTAGATATTGGATTTAGATAATACCATTTTCCACTAGACGAACTCTTTAACCACCCAGTTTGCATAATTCCGATTTCATTCATATAGTACCATCTTCCATCTATTTTTTGCCATGCTGTTTGCTTAGTTCCATCTGGTGCTATAAAATACCAATTTCCACTTATTTGTTGCCATCCCTCACTTAATGATGTAGTAAGATTACTTGGAGCTGTTGTTGTTGTTGTTGAGCTTGTACCAGTTGATGATTTAGTAATATTTAGCTCATATTGTCTTTCATTATCATCATCATCTGTGATTTTAACTGTGATAGTATTTTTACCTGCTGATAATGATACTTTCTTTGTCCAATCATCATCATCATCTACACTTGTACCATTAATCTTAACAGTGTAATCATCGTCATCTGGCTCTGCACATACTTTTACATAGCTTACTTTATTATTAACATTTATATTATATGATGATGTCCCTTTAGCAAAATTAAAATTAATATCATCATTATCATATGTCAATGATAAATCCTTTAAATAAATATCATCTTCATCTTTGTCATCATCTTCCTTTTGAACTTTAAGAGAATATGATTCTTTAAGTGTTGATCCACTATATGCTTGAATTTTAAGTGTTACACTGCTTGAAATCTTAACTTCTTCATCTAAATCTATTTCTGTACTTCCTTTATAAATTTTAATGCTATCACAACCAGTTCCTAAATCAATATCAGTAACTTTGATTTTCTTTACATTGCTTTCAACCTCAGCATATAATTTTGTCGGAACTTTATCATCATCATCTAATTTACTTAACTTATACTTACTGTTATAACTGCTTTTAGTATATACATTTACGCTTTTATCTTTATTGGTTTCTAGTTTTATATCAGTAATATATCCTGAAGAACTAGCTGCATAAACAGCTGTTGTTCCTAAATTTAAAATGCTTGGCATTAGTGTAGATCCAAAATTTAATGCTAAAGCAATTGCTATTGTTTTTTTTATGTTTTTATTCATTTTTATGTCCCCCTACTTAAATCATTATATTTTTATCATTATTTACCATCATAAGTTAATTATATTCTGTAAATATTGCATTATTCAATGATATCCTATAGTTTAGTACCATCCCAATAATCGACACCATTATAACCTCCATATTCATTATTACCACATCCCCATGTACCACTAAATCCTATTTTCCCATTTTTTTTATAAAATTCAAATCTAAATCCTCCAGAAATACAAAACATTTTAGGATATATATCAGGGTTAGACACTGATGACCAGGTTCCTGTTAAATTCGAAATACCTTGATTGTAATAGCCATAAATATAAGGAAACTCCCCCTGAACTCCATTTTGAGCTATTTCTGTTAATTTCATAATACCATCTGTATATACAGTATTTATAGATGTAGTAAATGAATATTGACCTAAAATTTCTGTGAATTCTATATTATCAGGTGTATCTCCGTACGAATACTGCATTATTATCTGAATTTCACGATTATCTATCTAACATTCCTCTTGACTTTATATAAATATTCCAATTTATAATTTATTTACCATTATAAATAAATTATAGCATATTTATAAATAACATATTATTTAATTTTTTAAAAATTTCATTTTTATTAATTACTAAATCAAATCTACATCTTGAACAATATTTTAGAATTTCGTATAAAATCTTTTATCAAATTAAGTTACTTTTTAATAATATTATCTAAGACTAATCATAATAATTATAGTTTCTTTAATTACTTACCCTAAAGCAATATGGAGGTGATTATATATGATGAAAAGATTTAATATTGCATTTTTTCTTTTTTTGTTTTTTTCATTTAATATTTTTGTTGTTTCTTCCTTAGCTGACTCAAAACCTCTTTCCCAAGGTATCTATACAAACAAACAGTTAAATTTATCTCCAAATAAAGTTTATAATATAAAAAATATTTCACCCAATGAGCGTGTTGTTATACTTATCTCAGATACTAATGAAATAGTTTATTATTCTATTCAATTAGAACCTTTATCAGAAGATTTTTCTTTTCAACCTCCATTTACTAGCTATTTAGTGACTGTCATTGGTAAAGGGGAAGTTATTATATCTTAAAATATTACATAAATCTAAAGGCAGGTGAGAATATTTATGAAAAGGTTCATTTTTGCATTCTTATTTTTTTTATGTTTATTCTTTGCTAATAACACAATATCTTATGCAGAGATATCCAAAGATGTCAGCCAAGGTATATATACAATGAATGCTTTAAATTTATCTCCCGATACTGACTATGTTGTTTAAAATAACTCTTTTAACGAACGTGCTTTACTGATTATTTATGATTCTAAGCAAAATCTAATTCAACTCATACGATTGATACCTCAAGCAAAAAAGCATAATTTAATACCTCTCAAAAATGACTATACAATTATTATACTAGGTAACGGAATCTTAAATTTTTTTGAATAGGCACTTAGTTAGTGTCTTTTCATCACCTTAGTACTCCTAATATATAACTACCATAATGGAAATAACCTACAGAGTATACCTGCAAGTTATTTTCATTGTCTATTAACATTTATATCATTTTAAATAAAAACTAGAACATTTAGTTTGAGCATAAATTGTAGATTTTGTCCCGGAAATATTTATGTATTGTAGATTACAAAGTGTATTAGCGTTATTAATACAGTTTTTGACTTCACAAGTAAGATAATCACATTGGTTATCAACAATTGCATTATTAGTTAGTCCATTATGTAAAGTTTTATCTGAAAATGAATCACACCAAGTTCCACTTTTACTTGATACATTTGCACCTCCAATATTAGTTCTGCTAGAATGACAAATACCACTTTTATTATGTGAACAGTTATTTATATCACAATTAATTTGTTGCATGCAAAACACTCCCTTTAATTACATATTCACCTTAAAACTTCTTAATAAAATTATTTTTATATTTACAGTTGTAATATAACTTAATAATATCATTGCCTTTTTAAGCTAGAATATTTACAACAAAAAGCTTTTTAATGGAATAAATATTTTTCTCACTAATGCTAATAATAAATTATATAAAATCAAGTATATTTTTTAAAGGAGCTAAAAAAATGCAACTTAACTGGATTTGGCAATCAATACTTATTTTTTTTGTTGGGACATTTATTTTGAGATTAGGTGGAAGAAAATCTATTTCTCAAATGACCATATCACAGACTGTAGTTATGATAGGCTTAGGTTCGCTTCTAGTTCAGCCCATAACTGGAAATGGATTGTTAATTACTTTTCTAGCAGCTCTTTTATTATCAATCCTAATGGTGATCATGGAGCATTTAGAGGTTAAAGTAGATTTTTTAGAAACCTTATTTTCGGGTAAAGCAGTTATTGTCATTGAAAATGGTGAACCTAATATTAAAAATATGAGAAAATTAAGATTAACTATTGATAGGCTTGAGACACGTTTGAGGCAAGCTGGAATCTCTTCAATAGCTGACGTCAAATATGCAACACTAGAAGTTAGCGGTCAATTAGGATATGAATTAAAGGACAATAAGAAACCCTTAACAAAGGAAGACTTTAAAACTCTAATAACTGAAATATCACAAATGAAAAATATAATTGAATCTAATTTAAAACCTCAGAATAATAAAAGTGAAGAAAATAATATCTTTCAAGAAATAAAAAATAAAAAATTTGAAGGTAATAAAAATGAACCTTAAACCTTCATATGCAATAAATCAATTGTATTAATTTATTTATACTGAAAAATATAAAAGCTCCCTTTAATAAGGGAGCGAGGCTAAAGGTCTATTTCTTAAACCAATAAGTATTCCTGATAAAATTAATTTTCGAAAGAATTGTACAAAATCAATATTTATATTAATATCTCACAGCTTCCTGTCATTATTGTTAATGCATCATTTATTCTTGATACCCTATCCTCATTAGTGAGTACAATCAAATAATCACCTGGAAAAATAACAGTGTCTCCTTTTGGAATTATTTCATTTTCTCCTCGCTTAACAGCTACTAATAAGCAACGGGATGGCCATTTAACTTCTTTAATTTGCTTTCCATCTAAATCCGACCCCATACAAACTGCAAACTCTAATATAGACTTATTTTTCTTATTGCCAATAGATATTTTTTCTCCTTGATTATGTAAAATCTTTTCAAGTAATGCTTCATAAATAGGTTTTGATCCTAAGACATCTGCTACTATATATGCAACTATAGATACAATCGCTAAGGAAAGCAAATGACTAAATGTACCTGTCATTTCAGTAATTAGAATTGTTCCAGTTATTGGTGATCTAACTACAGCTGCAAAATATCCTGCCATTGCAAGTATTATAAAGTTATTAATATACATACTGTCAAAATGTACGAAATTCACAAGTGCTACTCCATAAATATTTCCTATTAAAGCCCCAATGGCAAGTAGTGGAAGAAATATTCCCCCTGGTGCCCCAGATCCAAAGCTTGCCATAGTGAATAGAAATTTTACAATAACTATAATCACTAAAATTGTCAATGAGAAATTGTTTGTAATTAATGAAGTTATAAGTTCATGTCCTCCACCTAAAACTTGTGGTAATAAAATTCCAATAACAACTGAAATTAACAAAGGCATTATTATTCTCATTTCTTTTGGTAGCCATTTTTGAGCTACATATAGATTTTGAGTTTTTAAAAGACTTTTATTAAAAACTACTCCTAGGATACCTAAAATACCCCCTAACAAAATTATATAAAAGTATAAATTAAGTGGTAATGTAGTTAGATTTCCAAGAGTAAAAACTGGTTTTAATCCAAAGAAACCACTAGCTATAAAATCAGCTGATAATGCTGCAGATAATGCTGAAAGTAAAACTAATGGTGAAAAGTTTTTGTGAACTTCCTCTAATGCAAACATTACTCCAGCTAAAGGCGCGTTAAAGGCAGCAGCAAGTCCTGCACTTGCACCACTTGTAATAAGGTATTTTTCTTCAATTTTAACTCTTTTAAATACTCTACTAAATCCTTGTCCAACTGCTGCACCCAATTGAACTGATGGGCCTTCTCTACCTAGTGAAAGACCTGAACCTATTGAAAGAATTCCTCCAAAAAATTTTCCCAGTATAACTCTCCACCAAGTCATATCAAGTTTTCTGAGCAGAACTCCTTCAACTTGGGGAATTCCACTTCCACTAATCATAGGCTCATGTTTAATCATCAGCCCTACAATATATCCTATAATTATTAATGCTACAATCCAAGGTAGAATAAGTATGGGTTTTATAGATATTATTTTATAAATATTACTTAATAGAATTCCTGCCTTTTCAAGTGCATATCGATACATTACGATTAATAAACCAGTAATAATACCTACACCTATTCCTTCAAACACAAGCTTTAACCTAAAGCTATGCCAGTGAAATAATGTATTATAGGTATTGTGTTTGTTTTTGACTTCCATTTTTCGCCTCCATTATTATTCCGAAACTAATCCTTAGTTAGACACAAAATATACGAGCATACTTTGCTGTTATTTTTTGTACCTTATACTTTTTCAAATTTTCTAAGGTTGTGTAATTTAATTATATTGATATATATATGTTATCATATATATATATTAATTTAAATGAAAAAGTAATTGAAACTGTCGTTAATACAAAAAGACTGTAGTAAATTTGCTTTTACACAAATCTATCTACAGTGCTTTAATGTTATATACAATCTCTATTTAAATCCTATCCTATAAGTTATCATGAATATTTTTCACCCAAATATTCATATCCTCAAATGTGCCACATATATTACAATTATTTACTAGTCTACCTGCAAAGTTATAATTATGTTTGCTTAACACAATATTAACACCAGGATTTATTGCTCTAGATAAACTATATAAAGTAATGAAACCCTTCTTTTTAAGATCTAATTCTAAAGAATAAATAATATTTGATAATATGCCCTTACCTCTATAATCTGGATAGGTTGCACAATCAGTCATTTCTGCATTTAAGTTTTCTTTATCCATATCTGCTGAAGCTACACCAATTATTTTTTCATTATAAACAGCTACCTTATATAAAACTTTTTCATTCATAGTTTCCTTCAAAAATTTTTCATCATAAACTGGAGAAGGGTATGTTGAAAATACTGCAGAAAATAGTTCTATCATTTCTTTTATATCATTTTCATTTGCATTTCTTATACAATATTTAGTATTGTCACTACCATGTATAAAGGTATTTTTTATATCCAAACAATGTTTTATTAATAACTCTTTCTTAGTAAAATTACTGCAAATTTTTCTATCGCTACTTATAAAATAAGACATGCAAAACGCATCTTTTCCTTTAAAATATCCATTAATTTTGCCTTCTAAATCAAATCCAGCTTCAACAAAAATTTCAAAGCTTTCACTATCACAGTTACAAATAATTTTACCTAAATGTTCCCTGGAAGAAAAGTGAATTATTCTTTTTAAATTTTGAACTGATATATTATTTAAATCAATTATTTTTACACGTTTATTAGTATAATCCACATATATTTCAGTACGGTCTATTTTAGTATAATAATTATTAATTAAATTACATCTATCTGTTCTCATTAAATTCCTCTCTCCTTTTCATTCTAACGTTACTTTTTGGGGTTAAACAGATTTGTTCATCTCTAAATAATTTTTCTAGGCCTTTATAATCATCTTTTTTGAATTTACCACATATTCCACACTGTTTACATTCATGGCTTTTATCAGATGGTTCAGTATAAGTACAAATTACACCTTCATAGTTTCTAAGTATTACTTTATCAGGTGATTGTGAAATTAAATACTGAGGGTTAACAGGTATTTTACCACCACCGCCTGGAGCATCAATTACAAAAGTAGGTACTGCAAATCCAGAAGTATGTCCACGTAAAAGTTCTATAATTTCTACACCAGTTGAAACAGGTGTTCTAAAATGTTCAATCCCTTCAGATAAATCGCATTGATATATATAATATGGTCTTACTCTGTTCATTACTAATTTTTGAACAAGACTTTTCATAATATATGGGCAATCATTAATATTCTTTAATAGTACAGATTGATTTCCTAGTGGAATTCCTGCATCAGCAAGCATTTTACAAGCAAGCTTTGATTCTTCTGTTATTTCCTTTGGATGATTAAAGTGTGTATTAATCCAAACCGGATGATATTTTTTTATAATATTACAGAGATTTTCAGTTATTCTTTGTGGCATAGCAACTGGTACTCTAGTTCCAATTCTTATAACTTCAACATGACTTATATCCCTTAGTTTTTGTAATATGAACTCAAGTTTTTCATCTGAAACACACAATGCATCACCACCTGATATAAGTACATCTCTTACTTCCTTATGAGCTTTGATGTATTCAATAGCTTTCAAGAGATTATTCTTTGATAAAGACCCATCTTTTTTTCCTGCAAAACGTCTTCTTGTGCAATGTCTGCAGTACATTGAGCATTGCTCAGTAATAAGAAGAAGTACTCTATCTGGATACCTATGTGTGAGTCCGGGGACAGGAGAATCATGAGTTTCATGCAAAGGATCACTACTATCACATTCCGATATTTTAGTTTCATCAATAGTTGGAATAGCTTGTCTTCTAATTGGGCAATTGTAGTCATCTGGATCTATTAGTGTTGCATAATAAGGGGTTATTGCCATTTTTAGTTTCTTAAGACTAGCCTTTACTCCATTTTTTTCTTCTTCAGTAAGATTTACAACTTGTTCTAATTGTTCTACTGTGGTAATTCTATTAAGAATTTGCCATTCCCAGTTATTCCACTGTTCTTCTGTAACATCTTTCCATAGTGATATATCTTTATAGTTTCTTTTCAATTTAAACACTCCCTTTTTAAACGTTAACACTAATGTATATTCACCTTATCTACGGCTACTATATCTTTAACATTCTCAGAATTTTGTTCATTTTTATTCATATATAAATCTTCTATAACTTTTGATAAATTTAATACATCATTCATCTCATAGAATCCTATTTTCCCTTTAATAAACTTTATTGCGCAAAGTGCACCTGATGCAAAAACTTTTCTTGAAAATGATTCATGGGAGATTGTAATTCTATCATCTTCTCCAACAATTAATACCTCGTGCTTTCCAACTACACCACCAGCACGCACTGAATTGATAGATATTCCCTCTTCCTTGATATGTTTGCCTGCATATAATAAACCACTTTCTATTTCATTAGCTATCTTTACTGCAGTACCAGATGGGATGTCTTTCTTGTTTTTGTGATGTATTTCCGAAATTTGAAAATCATAATTATTCAATAAAATAGATGCTAATTTTGTTAAAACCATCAATACATTTACTCCAAGTGTTATATTGGGTGCATAAACTATTCCCACACGATTATTATGAGCTAAAGTTTCTATTCTTTTTAAATCAAACACTGAAAAACCTGTAGTGCCAATAACCATGTTAACTCCAAGCCTTGATATTATCTCTACATTCTTCAAAGTAGCTTCAGGTTTAGAAAAATCAACTACAACATCTGGCCTATATTTTAATATGATCTCCTCTAATTTATTAGTACCTTCTATTTTAATTCCAATATCTTGAATTCCAATGACTTGTCCTAAATCCATATGTTTTTTTAAACTGCCAGGACTACACATAGCTGATACAATTCTCATATCATCTTGCTCAAATACCATTTTCCCAATTTCTTTTCCTGTCTTTCCAAGACCAATTAAACATACTTTATAGGAATAGGTAAGACTTTGAAGTTATCTCTGCCTTTTCCCCTCCTCCACACAGTGCTTGCGACTTTCACCGCACACTGCGTTCCATCAATGAAGTTTTACTATATTTTATCCATACAACTGAAAATATTATTATTCATAATATCCCATACAGTCAGCGTCTTTCATTGGAATTTTTCCAACGTTCTGCTTCTCTTATTCTTACTCGAACCTGATTGTATTGTATAATAAAATGTTTCCCATTTCATTGACTTGTGGCTATCCCTCCATTATGTTTCCATAACTTCACTGGTACTATGCCACTACTTTCACTGATATTAAAGCAAGTTATAACATTCTGTCTTTCCTTGCTACCGCTTCGTTGGATATAAGTCCTCTGCGTTATCAGCTTACCACGTTCCAATAATTTTATCCTTTCATATACCTTTAGGTAGTTCCTATAATCCTGTCTGCACAATACTGCCTGTAACAGTATAAGGATTTTCATAACGACAAATTTTACTCACCCTCACAGACCCTACAACTTCGGTAGGTGACGCATTTCTGCTCCATTTTTTTTTAGAACCTTACATTCGGAACTTTGTCAGTCTTTTATAATTTAGACATTCTTACCATAGGTCTTTTATGGACTCCCGACCTATCATACACTCGACCACCTCTGGTTCGCTTTTCCACAATCTCTTTCAAAATTGTTAGGGTGTATTCTCAGCCGACTTCACCGAGCTTATAACAAATTTATTCTTATAAATAAAAATGCTATTCGGAGTATCAGAGAAAGCCCTTCAAGGCGTTACCCTCTCATTTGACTTTTCAAATTATTAGTTCTTAAATAGCTTCGCTATTTAGGCAATACTTTTCATATTACAACGTGTCGCACTATCATAAAAACTCCTCCTTAAGTGATGTTCTAAATAATAATAAGCTTAATAAGCTGCAGAGAAGTCTCTATAGCTTATTAAGCCTTATTATTCACATATATACCAAAAAAAGTATGATATTAGTATGCCAAAAGATCTTCTCTTCAACGCTTACGAGATTAGCTGACGGATTCGGGTCGAAGAAAATTAACCCTACTTATCATATGATAAGATTCACCCCAAAAATTGGTTCTCCCGCTCAAATTGATTCAGCGTTATTAATATTTATTATTTTGTTACAATTCATATTGTCTATAATAACCATATCATTTTAACATATATATGTCAACGTATATACGTTAAGGTCATATGTATTTTAACAAACCAAAACTTTAAATATGCTTATTATTACATGAGTTATTAAATTTATTAAAAGTAAAATTTTCCGAATTTCTATATCTAAATATATATTTCTATTCATTCCAATTAGACATATTGACTTGTTATTTATTTTGATTATGCCTAAGTTTACGAATATATTATTTCGTATATATTGACGCATAAATATGTGGATGTTACTATAATTAAAGTTATATTAAATTTTACTGAAATGACCATGAAATTTAGTGATATGATGAGCTTATTACCTACTTTTGCCATTTATTATATATAATTTACAGTAATTGTGAATAACTGTAAGTTATAGTTAAAAAATTAAAAATTATATGGAGGTTACTTATGGATGAAATACTTGCTTCAAAAGAACAATTGACATCTAAAATGGATGAATTAATATCAAATAACGAAGGACCTTTTAGTGTTGTAGTTGCTGATATTGATGACTTTAAAAATTTAAATAATTTATATGGAGATTCTGTTGGTGATGAAGTACTAAAAAAACTCATTTCAATTTTAAATAATAATTTATCATCTACAGACATCATTTGTAGAGCTGGTGATGAATTTAATATACTCCTTGTAAAAAAGGGCGCTGAAAGAAGTTTTATGGAATTGGAAGAAATAAGAAGATATTTATCAGATAATACATTTAGCCTATGTGATAATAAAGCAGAAAATGTTTATTTTACTTTAAGTTTTGGAGTTGCAAGTTATCCAAGAGATGCTAAAACTGTAGTTGAACTTTTTAGGGTAGCTGATAGTGCTTTGTTTAGAGCAAAGGATTTAGGAAAAAACAGAATTTGTCTTTCAGAGGCAGAAAGCATGGTTTTAAAATCAAACTATTTTACTAAAACTCAGCTTGATAGACTTTCTAGACTTTCTAAGGCAAATGATAGAACAGAAGCATTTCTTCTTAGAGAAGCTCTTGATGATTTATTTAAAAAGTATAGTAGATAAAAAAATAGCTTGCAGAATAACTGCAAGTTATTTTCATTTACTTATTTATATGATTTATTTTTCACTTTTAAGTTTTATAAGTCCAAAAACTATCCCACCTAATATTGCTGCTAAAATTGAAGCAATCATAATACTTATTTTGGCTGTAGATAACACTGTTTCATCTACAAATGATAAAGATGAAACAAATATTGACATAGTAAATCCAATACCGCCAAGAACACTTGCACCATATAAATGTCTTTTTGTCACTTGAGCTGGAAGTTTAGCCACTTTTAATTTTATCAAAATGTATGAAACTCCAAATATACCTATTTGTTTCCCAATAATTAATCCAAATATAATTCCTAAACTAACTGGTTTCAATATGGTTAATCCGATACTGTTAATATCAATAGTTATACCTGAATTTGCTAGTGCAAATATTGGCATAATTAAAAATGAAGATACTGGAGTTAAAGTATGTTCAAGTCTGTATAAAATTGATGATTTAAATTCATTAATATTTTTTCCTGCAGGCAATGAAATTCCTAGTAATACTCCAGCAATTGTTGCATGTATACCTGACTTTAAAATACAAATCCATAGTACTATACCTAAAATAACATATACAGATATATATTTAACCTTAAATCTATTAGCTAATATAAGCGAAATAAAAACAATTAAACCCATAATAAGAGCAATCCAAGAAATTTGACTAGTATAAAATGCAGCAATTACAATAATAGCTCCTAAATCATCAACTATAGCTAACGCTGTAAGAAACACTATTATTCCTTTAGGTGCCTTTTTACCTACTAAAGAAAGTATTCCAAGTGCAAATGCAATATCTGTTGCCATTGGAATTCCCCATCCTGAAATAGTTGGTTCTTTATAATTAAATAATGCATAAATAATTGCTGGTACAATCATACCTCCTATAGCAGCAGAGATAGGGAGTATGGTTTTTTTTAAAGATTTAAGCTCTCCAAATACCACTTCTCTTTTTATTTCCATGCCAACTACCAAGAAAAATATAGCCATTAAACCATCATTAATCCAATGAAGCAATGACATTGATAACGAAAATTCCTTATATCCAATAGTTACATATGTATGAAGTATATTATTATATGTTGTAACAAAACTAGAATTTGCAATTATTATTGCAATAATAGCAAAACTTAAAAGTATTAAGCCACTCGCAGATTCACTTTTAAAAAAGTTTAAAAATGGATTGAAAACTTTGTTGTTAATTTTATTTTTCATAATTAATCTCCTCATCTTTAGATATTATTATTTATTCCCTAAAATCTTAGTTTAAATAAAAAATACAGTCGAAATCTTTATTTAATATTTCCAATTGTTAAAATTTTAAACAAAAAAAGAGATGGGAACACTCTTAATAGAGTTTCCCACCCCAGAAACTAAAATTGCTTGAAAGCAAATTATAAAATTTGCCCAACCGTGCCTAGTTATATTCATTTATTTTTATAATATTTATTATATTATATATTAATATAATAATCAAGTTTTGCAATTTTTTTAGAATTGACGTCTCTAGCTACAAAGGCTAATATAACTTCTAATACAGGAGCTGAGCAAGGTGATGAAAAGAATCCACCTAATATTAATGCTATAATAATCATTCAAAGTGATAAACTTCCTGTTATAAATGAAAGAAATAAAGATAAAATATATATGTTAGGCAAATTAATTATGTCTAAATTTTAAGTGATTAAAGATTGTGAAAAGTGAAAGGAGAATATAATTATGGTTAGAAACGCTAAAGATGTACCAGGTTTAAAGATACTAAATTCACCACCTTCAGAACGAGACTCCTCTAATAATGCTTTTGAAAGAAATACTCATAAAGCTAAGAAAGATGCATCTTCAGGAAAATGGAAAAAGTAATACATTGATTTTAATGAAATTCTTGTGATTCTAAAATAGTCCGTGTAAACTTCATTAAGATTATATAAACAATTATCAAATGAAAGATATAAGTTTATTATGAAACAAAATATCTTCTATATGCTCTGTTAGACCAAATTGTTGATATATACACTAAAACAGGTAGGCCAATTGGACTACCTGTTAATACACAAATTATGAATATTAAGTGTTATTACATATACATATTATACTGTAACTGTATTTATTTTCATTTGTTAAATTTAACAAAAACTAATCTTAACACTTTTACCCATCTTATTTAAACATTCTTCAAGTTGTTTGATTAATGCTAATTTTGTATCAAAATCAATGTCTGTTCTCTGATGCGCAACATTTTCAGACATTCCAAAATAAATATTCACATCAGTAGCTTCTTCAATCAAAAGAAGTGCAAGTAACGATGCTGGATCTTTACTTTTAGATATTTTAAGACAATACATTGGATCTTTTGAAAACTTTAGGATTAATTCCACAACTTTTTTTAGGGTAATGATACCTTCGGTTACATAATCTACGCCTTCAATTGAAGCCATATCTGGAACTTCTTCATTTCCACTGCCTTGTATTACACTCATGGGCTTGTTCAGATATTTACTTGCAACACCGGCCGTGCTTCCACCACAAATAACGCTTTTGCCATTTTTAGAAAAGAATAATTTTAGTACTTTATCATCATCTTCTTTATTTTCTGGTGTGCCAATAAGCATATTAACAACTTCCCTAGACCTAATTTTTACCACAAAAACAGTGGCATCATCATCTAGGGAATCCTCACTTAGTGTCAAACAACAATTTATAATTTGTGCAGCGATATGAGATGCTGACATTTGTTTTGTATCAATACGTTCTAAAAATTCTACAATTTCAGAATGATGCCAGCCGCTTTGAGAAAGTTTTCCAATCCCAGCATTAGTAACTCCATCAGTCATCAGCACAATAATATCATCCTTTTGGAGAATAATTCTGCTTTCATGAATTTCTTTTTCTCCAACAAAGTGAACATTATAGTTGTATGATAATTTTTTACCTTTTCTTAAGATAATTGCACTGGGATTATCATACTCTGCAAGATATGCTTGACCATTTTTGAGCTCTAATACAGTAAAAGTAGAGTAAGCCAATCTTCTCTCCTTACACATGGGAAGAGTTGTTGCAACAGTATCTATACACTCATCTAGTGGTATATTTTTAGAAAGCATGTTTCCGAGTATTGTTGATGTTAGAGTAGAAAGTATATTTGCTTTAACACCACTACCTAAACCATCTGAAAGTACAATTATTTTTTTATCTAGATTGTCAAAAATCTTAAACCAATCACCACATAGAGTTTCTGAATGTTTATTTATACTTGTATATCCTGTTTCTACGGTTAAAGATTCGTCCCTTTCATACATAACACTATTACTCCTTATCCTCAAGCATAATTATATCTTTCAAATCTCGAATAACAATCTTAGTTTCTGCGGCAGTTTCACCCAATAAGGATGCAATCTCATGTACAATTCGGAGTTGTTTATCAGCAATATCATCTGCCATAGCAGCAGCTTGTATTTTCTTTTGCCTTAATTGGTTACGTTTCTGGCGTTCTGTTGTTATATTATTCATAATGCACACTATAATACCATTACTCTTATCATACATGAATACTTGCCTAAGATATGCATTATATTCAGCTAGGAAGGCAAGCTTTTCTGTTTTTTCAATGCCACTAGTAATAATACTTACAAAATCAAATTCATCTAGTATACGAGATACAGGCTGATTAATAATATCCTTAGGTTCTAAATCGAAAATATCACTGGCTGCCTTATTAATCTGTTGGACTTTAAGATCCATATCCACTGTAAGTATTGCGTTAGGTGTTATATTTATAATTTGATTTGAAAAGGATTCTGCCCTTTCCTTCATATAGGGTAAACACATACTGATTTCTGCTTTTCCTGCATAAACAGCTGAAGCTTTTTCACGGCAAGAAAAGTAACCACACATACCACAATTTAATTCATCGGCTTCTGTATATTTACCCATTTTGTGTAAAATCGCAATAATCTGCGCCTCAGAAGGTTTTGCATAAATAATTGTTTCTCTATCTGTATAAGTTTTCTTCAATGACTTTTTACACATCACATTAAAATCCCTAGAATAATCCAAAACCTTTGATTGCTTGTTAATCTCAATATTTGAAGTCAGTAAAGAAATATTATTCTTTTGAAAGGACGGCCCACCTACGCAGCTACCCACGCAGAAACTCATTTCCACAAAACACTTTGAAACATTACCATTGCATATATCATCGATTGCCTGAACACACTTCTCATACCCACTAAGTGAAATGTACTCATGACTAATTACAGATTTCATTGAAGAAATAATGCCTCCATCTGTCGGGAATTTCCTTGATAAATATCTAGCTTCTTCATCTTTAGAATTTGACTTTGATATTTCGATATCATTATCTTTCAGCATTTCACTTAATTCTTCAAAAGAAATAACATAATCAACATAGGAATCCATATTATAACGTTCTATTTTTTTTGAAATACAAGGAGAAACAAACACAATTACTGCATCAGGGAACCTCTCTTTCAAAAGTTTTGAGTGAGCCTCCATTGGTGTTATTATAGGCGCAAGATACTCTAATGCATCTGGATAATATTTTTTAATTAATTCGTTTACAGAAGTGCAAGAAGACGATATATAAGTTTTATCTGGATTCTCTTTAAGTAATTTTTCATATTCTGTTTTTACTAAATAAGCACCTTCAGCGGTTTCAAAAACATCTGCAAATTCTAGTTTTAAAAGAGCCTCCCTAAAGTCCGTAAACTCTGAATGATAGTATGCAGAAAACGATGGAGCAACACTTGCAATCACTTGCTCTTTCTCACGAAATGCATCCTTTAATTTTTCTACATCACTGATAGCTTCTTTAGTCTTTTGTGGACATACAATGGTACAACGTCCACACAAAATACATTCATCTTCACGTATCTGAGCGCATTGATTTTTAATTTCAATAGCTTTAACTGGACAATAGCGCACACATTTATAGCAATTTTTACAGTTTACATTTTCAAATTGTAAAATTTTCATATTCTAATTCCCATACCTTTCAATACGTAGTTCTGAAAAATAACCTAAATATTTCTCATTCCTACTCCTGTTATATTAGTATCATCAATTTTTATCTATAGCTCTATATAAATCTTTCCAATATATAATCCTTTTATTACATTATATCCTAATAAATTACTAATATAAACAGTTTTTCTATTGTCTGCATAAATCTAACTCAAGAGTTGTTTATCTATATTATTAGGCACTAAAAAAACCGTATTATTTATAAGAATCTAAATAATACGGTTTTTTAAAGTAATATATTGTTTTGCCTTTTTATTTATTAATTTGAGAATTCTTGTGTTCCCATAAATTTATTGTTTCCTTGGACAACTCCTATACCAACTTTAGTATATGAAGGGTTCATCATATTTGCTTTATGACCTGGTGAATTCCACCATTGGTTAAATAATTCAACTGCATCATAAGTGTTATATGCTATATTTTCCCCAACTGTCATATATGTGTAACCTACTGATTTTAACCAATCTGTATATTTAGTTCCTTGTGGAGTCACATGGTCAAAATAGTTAAATTGTATCATATGGTCACTCTTATATCTTGCTACTTGTAGTAAAGTATTATCTAATGTTAATGGTTGTAACCCAGCTTCTACTCTTTTTGCATTCATTAATTCAAGAATTTTATTTTCAGCCGAAGCTTGTACATTTATTGCATAAGTTTTTGGTAATTGAGGTAACCCCTGTACATCCACTGAAGTTAAATCTGTAGCTGTTTTGCTTCCTGTACTAGTAGTTTTTCCTGCATTTGTTGTATCAGTTGTTCTTCCTGTGCTAGTAGTGTCTCCTGAATTAGTTAAGTTTCCAACACTTGTAATACTTACAGTATTAGTATTTGTTGTAGTTCCTGTTTTGGTAGTATCGTGATTATTATTTGAATTACTTACTATAGAATTTTTATTATTATCTTTTATTACATTATTATTTAAATCAAATACTTTATCGCTTGTTGGAATTTTAGTTCCTGCAGCTTGTCCATCTGAAGAACATTTATATGTATTATTATTTACTAAAACCTCTCCAGTTTCCATTGCACCAGCTGTATTTAAACAATAAGTTTTGTCATTTGATGCTTGATTTAAAATTAAACTATAAAAATCATTAGCCGTCGAATTATTAGTAGCTGCAGATACTCCTAATGTTGATAAACTGCCAATTGATATGGCTGTAATAGCTACTGCCATCATCTTTTGTAAAAATGCTTTCTTCAT

Protein sequences of DBSCAN-SWA_5

>CP029329|3223228:3290117|3269801_3270224_+|AWK52134.1|DBSCAN-SWA
MKKIISGLVFGLMLFSLVGYSSFSKGIVNGYIDRTKYAGINIKEIKEEKIMNGSGDEINKRGTVTYNPYKITDESLSNFYKDKIKDSRYSHYTLINEKDKTQGIVSVLCINVLTYGEIDDTGSIVKAYKNFEVKIEELNS
>CP029329|3223228:3290117|3289169_3290117_-|AWK52150.1|protease|DBSCAN-SWA
MKKAFLQKMMAVAITAISIGSLSTLGVSAATNNSTANDFYSLILNQASNDKTYCLNTAGAMETGEVLVNNNTYKCSSDGQAAGTKIPTSDKVFDLNNNVIKDNNKNSIVSNSNNNHDTTKTGTTTNTNTVSITSVGNLTNSGDTTSTGRTTDTTNAGKTTSTGSKTATDLTSVDVQGLPQLPKTYAINVQASAENKILELMNAKRVEAGLQPLTLDNTLLQVARYKSDHMIQFNYFDHVTPQGTKYTDWLKSVGYTYMTVGENIAYNTYDAVELFNQWWNSPGHKANMMNPSYTKVGIGVVQGNNKFMGTQEFSN
>CP029329|3223228:3290117|3227214_3228789_-|AWK52104.1|DBSCAN-SWA
MNEFFNYLYGAKDQIVILLFEHIKLTALSVGIAILIGIPLGILISYIKKLNTPVLGIASVIQAIPSMALLGFAIPFLGIGTTPAIVMVVLYSLLPIIKNTTTGINSINAQTLESARGIGLTKFQVLTKVQIPLALPVIMSGIRISAVTAVGLMTMAAFIGGGGLGYLVFSGIRTVNTNQILGGAIPSCILALLVDFLFGVVEKLVTPISLQKSNNKSSASKIKTRKIQKGILAVTACVIVAIFMFTGLSKRITNEKTITIASKDFTEQEILGNILSELIELKTDISVNRKFALGGTQVIFSALKSGDVDMYVSYSGTAYGDVLKYPPISDVEEVYNTVKKDYKDKFNVEVLKQMNFNNTYTLAVTKETAEKYNLKTISDVAKVSNGLTATTTLEFLNREDGLIGLSKKYNLNFKDKIGIDGTPRYSALMNKESDIIDAFSTDGLLKKYDLTVLKDDKHFFPPYYAIPIVRSEILEKYPEIKPLVEEVGDLINDDVMSELNYEVDELKKDPKDVAIEFLTKEGLL
>CP029329|3223228:3290117|3232688_3234263_-|AWK52109.1|DBSCAN-SWA
MYDFKNITPTNGFDFNDLNNARQNNYAWSMAELDDYIYVGTGRNVALTALQSIAPGINPPSLLEPIPQVNLAEIWRYKKDGSLPWNRVYKAKDTTTMVGFRFMISYEPAGGSSAIFASSFGTAVKVLKSTNGCNWFEMNLGTLEGTSSRSMVVFNNKLYIATVNDQDLGEGDPLLYSSKDPEYFPWKKVIDTNIPGLDPNKNPKGAIYNMAVFNNRLYVATSGSDGAEVWRTNGKEPKVNEWTLIVDKGFGDSANEIVLSIGVFKEHLYVSGTKPLPLAWAIPFGCDIIRIDKRDNWELVVGGRPLIPSNPSKGSRGESISGLGSGFNNPFNVYAWQIQEYEGKLLISTFDDSSNMEVILDTLLGNRAAIEARITAPITEIIINIYAAIVRILAEVKYPIGFDLYESGNGRTFKRLIKSGLNNPNNYGGRILFVDSEDKLYIGTANPFEGCEVWNGRNKEDDYCYYNDKKDNNMAESHIKDFKGILYASEEIEKHFEVLKDNLPVIREFLSKENNQLILKKLGL
>CP029329|3223228:3290117|3272788_3273877_-|AWK52137.1|DBSCAN-SWA
MNKNIKKTIAIALALNFGSTLMPSILNLGTTAVYAASSSGYITDIKLETNKDKSVNVYTKSSYNSKYKLSKLDDDDKVPTKLYAEVESNVKKIKVTDIDLGTGCDSIKIYKGSTEIDLDEEVKISSSVTLKIQAYSGSTLKESYSLKVQKEDDDKDEDDIYLKDLSLTYDNDDINFNFAKGTSSYNINVNNKVSYVKVCAEPDDDDYTVKINGTSVDDDDDWTKKVSLSAGKNTITVKITDDDDNERQYELNITKSSTGTSSTTTTTAPSNLTTSLSEGWQQISGNWYFIAPDGTKQTAWQKIDGRWYYMNEIGIMQTGWLKSSSSGKWYYLNPISNGYKGAMVTNTIIDGYKIGSDGARIN
>CP029329|3223228:3290117|3237552_3237819_-|AWK52113.1|DBSCAN-SWA
MLAPDNHWASGVFATIFRETLLREGGLKTAKKLISKNSGTDGFVRLWESHRLDLSVEVWVLKNKYKEIFTDEERKMCRDRLKEYGYRE
>CP029329|3223228:3290117|3271289_3271847_-|AWK52136.1|DBSCAN-SWA
MNNTHRLHPCPYCDNNPEGIYNDYRTYPCPYAYDHYVPINDKMENSSRLMDDGPIVLEDYGPEPFVVNINEVTKENNNYRTGLWTGDNLQVTLMSIEVGDDIGLEVHPEIDQFIRVEEGQGIVKMGTSKDSLDFQENVYDDFAIMIPAGTWHNIINTGDEPLKVYAIYAPPQHPHGVVNVTKPAE
>CP029329|3223228:3290117|3270406_3270994_-|AWK52135.1|DBSCAN-SWA
MDFTEIMKQNKGYYSKHTDMSSELQQKAKELCWKYNQTSPSEGEKRSSILKKLLGTYNPLTFIEPSFHCDYGFNIHTHGLTVINYNCVILDTSPVYIGANAFIAPGVCLACSGHAVLPIQRAEGIGTSKPITIEDDVWIGANVTVCGGVTIGKGSIIGAGSVVNKDIPAGVIAVGNPCKVLREITEEDVINLSAE
>CP029329|3223228:3290117|3228790_3229918_-|AWK52105.1|DBSCAN-SWA
MIEFRNVRKDFKNKIVLKNVSFNINRGELVAIIGASGCGKTTTLKMINRLIKPSSGQILINGDDITSRDIIKLRRNIGYVIQQTGLFPHMTVKENIEIIPKVEKMKAETITKKTYELMDMVGLNSEEFLDRYPTELSGGQQQRIGVARAFATDPEIILMDEPFSALDPITRIQLQDELIDLQDKFKKTIVFVTHDMDEAIKIADKICIMDQGEIIQYDIPENILKNPLNDFVSEFIGKNRIWSSPEFIKAKDIMIDHPVTCLKNALLLRCVEKMRSSKVDSLMVIDKSNHLLGIVTAKQIQNRVDRNISVEEIMNKEFIKVSEDNTIIDILEIVKENKISQVPVLDNDGLLQGIITKSSLVTTLSEQFLDTEEVE
>CP029329|3223228:3290117|3243509_3245030_+|AWK52116.1|transposase|DBSCAN-SWA
MIMNYIIGEDRTQIKIESIDSYVNENNEVRVIDKIVDVMDIESLGFNIGKNDTVGRPKFNPRDILKLYIYGYFNGIRSSRKLAKQCAINKEVIWLVKGLAPKYRVIADFRKDNSDAFEAVFKSFVNYCIELDLYGRELIAVDGTKLEASASKRKHYSKNKLAKMKELAQSKILEYLHDIDINDNNDDEITSKDIDKDKIVESIKRLEEKVAYYDNLENTLIKNDTNEINLTDPDAKTVKFGANQGTDVGYNVQSVVDSKNKLIATFEVINNSADQGQLYNMSKKAKDIFECETIEVLADKGYFDTKDFKKCEQEKIISYVSKPRYSNSIGDSRYFLDRFRYDNNKDIYICPEGKILECINKKTKSNSRRYCNSEACQHCKNKSKCTTSSIGRTITRTEMEQFAEIVNNRVKNNQVKYSQRQALVEHPFGTLKRSMNFYHLLLRGFSKVRGEISITFFSYNLKRVIKILGVKGILQSLKLLISNLICYIYKITTVRFSYNRYSIQKV
>CP029329|3223228:3290117|3231674_3232085_-|AWK52108.1|DBSCAN-SWA
MKKIKILVPLDTTERSTHSINWIKKYFDKNDIEITLMNVREIIVAEDLIMPVNMWDIREESNLALDEASVGLEGYTVQKFATFGYASDQILKKAEEDNYDMIIMTKSRKKGLVRMVGSVTSKVIKNSKATVIVLPE
>CP029329|3223228:3290117|3265789_3265972_-|AWK52130.1|DBSCAN-SWA
MGITNNLYNLALTLLDGCIITTLVSVFYIIGIMKYTKKERIFIKELEKIEINNINKKENI
>CP029329|3223228:3290117|3248420_3249452_-|AWK52118.1|DBSCAN-SWA
MRTLLNTLYVTNPEAYVSRDGENVVIKIDNKEALRRPIHILENIVCFNYVGISPGLMKLCVDNNVGVSFLNEYGRFMARVSGKVKGNVLLRRTQYRYADEIEKSLEISKNCITGKLVNCRNVVSRSIRDHEDVVDSDKMRFVLEKLSVSLENVKNATNIDELRGIEGEAARNYFSIFDNFILKQKEDFYFTERSKRPPMDNLNALISFAYTLLANDMESALETVGLDPYVGFMHTDRPGRISLALDMIEELRPYIAERFVISLINKKQISPKGFIKKESGGIIMDKDTKSIFLTAWQKRKQEVITHPFLNEKIEIGLIPYVQAMLLARYLRNDIDSYPPFFMR
>CP029329|3223228:3290117|3275449_3275767_-|AWK52139.1|DBSCAN-SWA
MQQINCDINNCSHNKSGICHSSRTNIGGANVSSKSGTWCDSFSDKTLHNGLTNNAIVDNQCDYLTCEVKNCINNANTLCNLQYINISGTKSTIYAQTKCSSFYLK
>CP029329|3223228:3290117|3279459_3280731_-|AWK52143.1|DBSCAN-SWA
MKRNYKDISLWKDVTEEQWNNWEWQILNRITTVEQLEQVVNLTEEEKNGVKASLKKLKMAITPYYATLIDPDDYNCPIRRQAIPTIDETKISECDSSDPLHETHDSPVPGLTHRYPDRVLLLITEQCSMYCRHCTRRRFAGKKDGSLSKNNLLKAIEYIKAHKEVRDVLISGGDALCVSDEKLEFILQKLRDISHVEVIRIGTRVPVAMPQRITENLCNIIKKYHPVWINTHFNHPKEITEESKLACKMLADAGIPLGNQSVLLKNINDCPYIMKSLVQKLVMNRVRPYYIYQCDLSEGIEHFRTPVSTGVEIIELLRGHTSGFAVPTFVIDAPGGGGKIPVNPQYLISQSPDKVILRNYEGVICTYTEPSDKSHECKQCGICGKFKKDDYKGLEKLFRDEQICLTPKSNVRMKRREEFNENR
>CP029329|3223228:3290117|3278609_3279473_-|AWK52142.1|DBSCAN-SWA
MRTDRCNLINNYYTKIDRTEIYVDYTNKRVKIIDLNNISVQNLKRIIHFSSREHLGKIICNCDSESFEIFVEAGFDLEGKINGYFKGKDAFCMSYFISSDRKICSNFTKKELLIKHCLDIKNTFIHGSDNTKYCIRNANENDIKEMIELFSAVFSTYPSPVYDEKFLKETMNEKVLYKVAVYNEKIIGVASADMDKENLNAEMTDCATYPDYRGKGILSNIIYSLELDLKKKGFITLYSLSRAINPGVNIVLSKHNYNFAGRLVNNCNICGTFEDMNIWVKNIHDNL
>CP029329|3223228:3290117|3280760_3281609_-|AWK52144.1|DBSCAN-SWA
MGLGKTGKEIGKMVFEQDDMRIVSAMCSPGSLKKHMDLGQVIGIQDIGIKIEGTNKLEEIILKYRPDVVVDFSKPEATLKNVEIISRLGVNMVIGTTGFSVFDLKRIETLAHNNRVGIVYAPNITLGVNVLMVLTKLASILLNNYDFQISEIHHKNKKDIPSGTAVKIANEIESGLLYAGKHIKEEGISINSVRAGGVVGKHEVLIVGEDDRITISHESFSRKVFASGALCAIKFIKGKIGFYEMNDVLNLSKVIEDLYMNKNEQNSENVKDIVAVDKVNIH
>CP029329|3223228:3290117|3283216_3283834_+|AWK52146.1|DBSCAN-SWA
MDEILASKEQLTSKMDELISNNEGPFSVVVADIDDFKNLNNLYGDSVGDEVLKKLISILNNNLSSTDIICRAGDEFNILLVKKGAERSFMELEEIRRYLSDNTFSLCDNKAENVYFTLSFGVASYPRDAKTVVELFRVADSALFRAKDLGKNRICLSEAESMVLKSNYFTKTQLDRLSRLSKANDRTEAFLLREALDDLFKKYSR
>CP029329|3223228:3290117|3255204_3257379_-|AWK52124.1|DBSCAN-SWA
MNYAHVDENGKYQTVTDHLENVAKLSRDFAKDFEAENTAYVCGILHDIGKCSKEFQDRLLNNGPKVDHSTAGAIEAGKLYGESFKRLLGYIICGHHSGLMNYGSEESGLKLRFNKEIPEYEVEVKNINVDLKQLSMELPKKIKEHKGFTLGFYIRMLYSCLVDADFLDTEEFMNIEASNKRKGNEEFSKLNELFESYMEGKNKNSSKSKINSYRQEIYEDCIKSGSQGINLFSLTVPTGGGKTLSSMAFALKHLKHNNLKKIICVIPYTSIIEQNAKQYKDIFGAENVLEHHSNFDFSEVENDIDSAFSSSSKNLKYTLEKLKYASENWDVPIIVTTNVQFFESLFANKSSRCRKIHNMSNSIVIIDEAQMMPTKFLKPTLNALTELVDNYNTSVVLTTATKPEFPEDILKEKPKEIIAEPEKLYDALKRVKVNYLGKISDENLVEKIDNLERVLVVVNTRKHAEKLYEKADKNNLFHLSANMCPAHRSELLKEIKRKLKNDESCKIISTQLIECGVDISLPVVYRSLSGIDSIAQAAGRCNREGEADSGQVYVFESTEDYGKAIMYQSRTADCGRQILEKFEDPLSLEAISSYFKLLYDTEKDRLDTQNIMDNFEERANELAFSFEKTAKDYKLIDETESLIIPYNDDVSSLIESLKYTEHPNSIARKLQKYTISIHKNKLNELTSEGAIININNQFMVLAYKEGFYDENLGLCLKNQEMLMI
>CP029329|3223228:3290117|3235552_3236629_+|AWK52111.1|DBSCAN-SWA
MDLKEKVRVLPSVPGVYLMKDSLGGIIYVGKSKNLKNRVGSYFQNIKSRTPKVEKLIKNLKDFEYITTDTEFEAFMLECALIRDLKPRYNRLMKNPLSYTYIKIELGEKYPSIETSSTDSEKEHTLYFGPYTNKNATEKAIQCIKDFYKINCNCNHNNGTSCLSYSLDLCIGMCLKAATTTKQYENIIHKVIVLLDGTDNTVLKEIEEKMLIASEEFDFETAAKYRDYIASVTYLANNRKFLKFAEENKNIVMIESLNEHLIKLFLINKNNVIFSQTYNIKGINVKQLNEIIKISIIHYFKTSISSPIEVNKDEIDEIQIIHSYLQSSSCNYITISENLLDLEYNSELDALIAKLLII
>CP029329|3223228:3290117|3223489_3223918_+|AWK52100.1|coat|DBSCAN-SWA
MWYYVKTLEYPINLKCKDLNMAKYLITQYGGPDGELSAALRYLDQRYSMPTGKSKALLTDIGTEEMAHVEMIATMVHQLMENATVDELKKAGLGGSYADHRKALFYTDATGNPCPIKQRHFGKNTQLVLYLPSYLALKAIQS
>CP029329|3223228:3290117|3275979_3276588_+|AWK52140.1|DBSCAN-SWA
MQLNWIWQSILIFFVGTFILRLGGRKSISQMTISQTVVMIGLGSLLVQPITGNGLLITFLAALLLSILMVIMEHLEVKVDFLETLFSGKAVIVIENGEPNIKNMRKLRLTIDRLETRLRQAGISSIADVKYATLEVSGQLGYELKDNKKPLTKEDFKTLITEISQMKNIIESNLKPQNNKSEENNIFQEIKNKKFEGNKNEP
>CP029329|3223228:3290117|3259711_3260410_-|AWK52126.1|DBSCAN-SWA
MIYKSGTLGTYEAYDYVKAMIGKMGNIKEFKAFRNDTDPYFEIEDEYKQYYHLILIDDKENEFWIDANCGYSGTGPSFTEKILQLIGARENYDIDKKEIIHEKDLELNNNLNVLVARRNFHKSKEEYKTLFMLEARFNNAALRFKTVKALETLGNIDSHNVNDQRFNKYFNDYNYIDSSCGQYKVNNILFINKHLKNISINDFRAILNTMFVSICGDFAEINFRVINEQIIE
>CP029329|3223228:3290117|3230161_3230788_-|AWK52106.1|DBSCAN-SWA
MEKKIKIVHPVYQQIAADIASKIANGDYIVGEKIYTRSVLASQYGVSSETARRAICILADVDIVDITKGSGVVIKSNENAIKFVKQYDNIKTVNDLRNNILNSLERQKQENDYLKEQLLELINKTERFKSINPFIPFEIRISKETPYVDKTVAEINFWHNTSATIICIKRNECLEMSPGPYAVLRENDIFYFIGDESCYDRVNKYLYP
>CP029329|3223228:3290117|3260578_3262891_-|AWK52127.1|DBSCAN-SWA
MKYVLKRLGEKPFLHSENNIVTKVNNDFINLTGYSNNELIGKSLTEISCLLKIDSQIYLENIVDKYSCFIFTKEYEPIEVTISFKLLKCNNEKVYFIEEKPNTNIKRNFPYVQRIYSSNQIGVAIYSLPDLTVLKMNDKFLEFFDAPYNKKANVIGKKKIEMVPEYKGSNIEKTLLINIKSGEPIFRKECKHEHFERETTYWDVSFVPIFIDGKGKYLVETTTNVTEQVLNKKLVKKQKEELEVIVENISDQVIFINKNGDYTKMNTMAKSNPIYDSEALRNNQTAFEQAEYFDMNGDLILYENTPVQRVIRGEKISEFILVAKNKKSITYTEVTGTPIYDKVGDFIGGVMIYHDITERIKNEGNLLLKTQYDLLNRTIENLDLGYKIISYPDFKIKYMNNKACDDFKKLNHNRKSLFSIIGKNTLEVFNYSMDEKAKVITNIKGLIEKGDRQYVLNRQYVVDGEEKFSKVIFQPLFDINKQITEIVVIAIDMTEEVKAKNKMEKTLKVQDEIFSNISHELKTPLNVIFSTNQLMEFYLKNDSLETNNKQLSKGINIIKQNCYRFTKLVNNIIDISKIESGFLKLNLSNENIVKITEDIVQSVSGYINVKGLNIIFDTDTEEKIIACDPDKIERIILNLISNAIKFTNASGCIYVNLLDKGETVEISVKDTGIGMDKKHLENIFKRYHQVDKSLSRNAEGSGIGLSLVKSIVELHGGKISAESKPYEGSIFKIELPTRTIENKKIVEENKSINSKIEMINVEFSDIYSIA
>CP029329|3223228:3290117|3274660_3274978_+|AWK53097.1|DBSCAN-SWA
MKRFNIAFFLFLFFSFNIFVVSSLADSKPLSQGIYTNKQLNLSPNKVYNIKNISPNERVVILISDTNEIVYYSIQLEPLSEDFSFQPPFTSYLVTVIGKGEVIIS
>CP029329|3223228:3290117|3253513_3254992_+|AWK52123.1|transposase|DBSCAN-SWA
MFSLNKIKQLNLFDQVSELNYLSTKQPVGFLNLLSDNFDLESFIPESFSNHYYSTLGRDRDYKLSSILSALILMQIFHIPTNVLLHLFLIFSTEIREFCGFYDSVPAESYFSRFKTDFEKDIADLFNSLVPNVIDICNEFNLSLPDNSPYKDRNSMLIYDTSGLKPKVKENNPKTLVSEINKQKSYAKAIKKKDYNAYAAAYKNMPKFSEANPSIKLDFVNGHFGYFYKFGILTNGLGIPLGINFFDENFYSSVKQEFETPEEQKYAYDNASLKSVVKPFINNLKSKTNFQFKTFLGDSEFDSYENFGLLKQLNFQKVFIPLNSRNQKNTKINDLEFNTSGIPLCPLTKEQFKSEGSCGGKNRSVRYKFTCPKSYRDKKGKCYLTCETPCTDNKSGRMTYVYPDKDFRLYPGIQRNSDEWAKTYKIRTIIEREISCFKFNPCIQSPNTVNTTTMRSDLYLTAISKLINVILSHSLNNPEYIRSIRKLIAIAA
>CP029329|3223228:3290117|3259389_3259590_+|AWK52125.1|DBSCAN-SWA
MEVNELINLIVNNGFAVAVAAYLLIRLEKQINSLSGSINKLNTIISTKLGVVIDADSSSDDSHMVA
>CP029329|3223228:3290117|3252700_3253357_-|AWK52122.1|DBSCAN-SWA
MGYGIKLKIWGDYACFSRPEMKVERVSYDVITPSAARGILEAIYWKPAIRWVIDEVKIINPIKFENIKRNELSGVISSNTVKRAYLGSKDVNLYQSTKDIVQRGAMVLKDVCYYITAHFELTSEVGESDTVEKHYNIALRRTKKGQCFHRPYLGCREFPAQFQLADEIQEESFYINSEKDLGYMLWDIDFKNDSLPIFFRPTMKDGVISIPDLQRGDR
>CP029329|3223228:3290117|3234587_3235328_+|AWK52110.1|DBSCAN-SWA
MLKIIVSPAKKMNINTEFEIHNMPCFLDKTKFLMSYMQGLSYEEAKNLWKCNDKIANTSFEYFFNMRITERLTPAILAYEGIQYNYMAPNVFDIEQWDYIQNHLYILSGFYGLLKPLDGVVPYRLEMQSAVKLSGYSNLYDYWGDSLYQKLYEDTDIVLNLASKEYSKCIEKYLNDQVQFISITFGEYKDGKIITKGTLAKMARGEIVRYMAEEKIENISDIKNFNRLGYIYSPKASDNKNIVFIR
>CP029329|3223228:3290117|3266762_3267356_+|AWK52132.1|DBSCAN-SWA
MENPFKTDKTNFKELLMTKDNQKNPTVIKKTIYTISNTVFVLDITPIIQACASEGLNSLITVDSIQGVISETSPVLFESISFFGDGCSGNQSFITPDHKSITVFFPSFFTAAQGNIPNVSCSNCEMCIRINPNGLKKNEKLTINFSINGQAILDNESCANVFEDCKRILTLKGPYSNNYVVNFTIEGKLTDCDCDCS
>CP029329|3223228:3290117|3266366_3266585_+|AWK52131.1|DBSCAN-SWA
MEYSLSMTFLTEFGLKSSLSISGVKPTVTKEQANALMDIIIAKNIFKTNSGDLVKKSSAQLTQRQVTKYEVA
>CP029329|3223228:3290117|3281865_3282108_-|AWK52145.1|DBSCAN-SWA
MKILILLQAVLCRQDYRNYLKVYERIKLLERGKLITQRTYIQRSGSKERQNVITCFNISESSGIVPVKLWKHNGGIATSQ
>CP029329|3223228:3290117|3267582_3268878_-|AWK52133.1|DBSCAN-SWA
MIILINIIIVFLLVFMNGFFVATEFAMVKVRKSRIETLALEGDRNAKNTLKVVKDLNSYLSACQLGITLASLGLGWVGEPAVAEMLMPLLNLFNLSESMIHSISFVFGFAIITGFHIVLGELAPKSLAIISAEKIAMYTALPLIMFYNVTYPIMWSFNHSTNLILKIFGISQVDEHEAAHTDEEIKLLVQDSYKHGLIDKTELTFVDNIFDFSETTVKEIMMPRTDMACIFIEDSFEETIAFALEKQLTRYPVCRDSKDNVIGFIHIKDLYKQRIEGNNQNIEGIIREIKFVPESMSISELLKVFKKEKSQMAIIIDEYGGTSGLVTIEDILEEIVGDLQDEFDEEGEEIKKTEDGNYIVNGKVIIEDINELLDIEIDSENVDTIGGWIYSQLDSYPQVNEKINYEDYEFTILKCDRKRISKVSIKKILEK
>CP029329|3223228:3290117|3231330_3231510_+|AWK52107.1|DBSCAN-SWA
MEKYGDHEIIVIQNNENQYPYKAIARIGDKEIKHKGQSASEAIDLVKQSINKLKSKHIL
>CP029329|3223228:3290117|3223228_3223471_+|AWK53096.1|coat|DBSCAN-SWA
MNNELNNIMIYNFCAVDLNLYLDNFPNDKNASEDYSKVSCKLTSLIHEYEKKHGPLTNFGSSFVEDPKAWTDEPWPWDNY
>CP029329|3223228:3290117|3237849_3239547_-|AWK52114.1|DBSCAN-SWA
MRSIKIKILLPLFLMIIFFVGFMIIQFIYTNNNLKLVKEMNTKYFSTISKTDKLKLDVVEVQQWLTDISATRAAKGFDDGFDKAETYAQDVKVVIEELKQINPESTGEIEKIEKSFNPYYETGKTMARAYIDGGPDKGNLSMEEFDSTAEVINSEVDNFKILASQNIDFSIRNIEKSITNTIILIVVSILGVIILSIIAWIYVTKNIVNPITLILSKLKDMASSEGDLTKHIDFVSKDEIGELAKNFNLMQNSFREIISVIIDESGNVENKVKRTNENINQLYLLIEDVSSTTEELSSGMEETAASTEEMSVANSQIELEIESIAEKAKNEAEKSSEIKDRANDLKNKAVYSKETAKQINNETQDKLLEAIEKSKEVEKISVLSEAILQIASQTNLLALNAAIEAARAGEAGKGFSVVAEEIRKLAEDSKNTVSEIKNINNVVVGTVKNLVATSEDIIEFINTQVISDYEMIVNTGEQYNNDAIMINNMTTDFSEKSNKIMTSMVTVVESVNQITNANNESANGTNNIAEKLNAISEKSDNVVKLIKEVNTSTNKLVGMVNNFKV
>CP029329|3223228:3290117|3224111_3224291_-|AWK52101.1|DBSCAN-SWA
MDDDKVVCGCTNVTIQNLRDAIENGAKSFEEIQSVINVDTRCGQCVDSVKSLVNELLGK
>CP029329|3223228:3290117|3276743_3278330_-|AWK52141.1|DBSCAN-SWA
MEVKNKHNTYNTLFHWHSFRLKLVFEGIGVGIITGLLIVMYRYALEKAGILLSNIYKIISIKPILILPWIVALIIIGYIVGLMIKHEPMISGSGIPQVEGVLLRKLDMTWWRVILGKFFGGILSIGSGLSLGREGPSVQLGAAVGQGFSRVFKRVKIEEKYLITSGASAGLAAAFNAPLAGVMFALEEVHKNFSPLVLLSALSAALSADFIASGFFGLKPVFTLGNLTTLPLNLYFYIILLGGILGILGVVFNKSLLKTQNLYVAQKWLPKEMRIIMPLLISVVIGILLPQVLGGGHELITSLITNNFSLTILVIIVIVKFLFTMASFGSGAPGGIFLPLLAIGALIGNIYGVALVNFVHFDSMYINNFIILAMAGYFAAVVRSPITGTILITEMTGTFSHLLSLAIVSIVAYIVADVLGSKPIYEALLEKILHNQGEKISIGNKKNKSILEFAVCMGSDLDGKQIKEVKWPSRCLLVAVKRGENEIIPKGDTVIFPGDYLIVLTNEDRVSRINDALTIMTGSCEILI
>CP029329|3223228:3290117|3283888_3285085_-|AWK52147.1|DBSCAN-SWA
MKNKINNKVFNPFLNFFKSESASGLILLSFAIIAIIIANSSFVTTYNNILHTYVTIGYKEFSLSMSLLHWINDGLMAIFFLVVGMEIKREVVFGELKSLKKTILPISAAIGGMIVPAIIYALFNYKEPTISGWGIPMATDIAFALGILSLVGKKAPKGIIVFLTALAIVDDLGAIIVIAAFYTSQISWIALIMGLIVFISLILANRFKVKYISVYVILGIVLWICILKSGIHATIAGVLLGISLPAGKNINEFKSSILYRLEHTLTPVSSFLIMPIFALANSGITIDINSIGLTILKPVSLGIIFGLIIGKQIGIFGVSYILIKLKVAKLPAQVTKRHLYGASVLGGIGFTMSIFVSSLSFVDETVLSTAKISIMIASILAAILGGIVFGLIKLKSEK
>CP029329|3223228:3290117|3240828_3242523_-|AWK52115.1|transposase|DBSCAN-SWA
MRRITMFCKNDLQQTSLFEPINQMPKYLQDILNKSWAKAFKDHIFPRINEERFSVLYSNKASRPNSPINVILGLLIIKEIFQQTDEELIGSIHFDVRYQYALNTTNYETQPVSINTLTNFRNRLVEYEASTNEDLIKAEVEALSESIAKYLSVDNKKVRVDSLMVSSSCKKLSRIELVYSINSRLIKALNIINPPIISDELKPYLEKGHKNDTIYRTQDLKADSKLSILIEHSKILYNIALKAGDIVTSTEEFQLLNRVIQDQTTEDAAKNLVIKDSKDITSTSLQNPTDKDATYRKKYGGNVGYVVNIQESFNDKNSVITGYDLKQNIHSDSKFADDVIANLASQNKNSNCKLLVDGAYYEQEKAKNALKQGIEMIPSQLVGRKVSTDKLSYSKFIVDDEKNVISCCPNGVEPVESYYSSKSYTAKFDSSTCEKCPLNSQCPKKISKKFNTIRVSEKAYNTATQREKMHESEYIKLANKRAGIEGIPSVLRRRYKIDTMPIRGLLRSKLWVGFKIAAYNFKKLLKQFLESGIECFLNIIACIVAVIINCFKLYFLEFEAKLSN
>CP029329|3223228:3290117|3250119_3250989_-|AWK52120.1|DBSCAN-SWA
MSNVIDKRYEFVLFFDVENGNPNGDPDAGNMPRIDPETGQGIVTDVCIKRKIRNYVELAREAVEGYEIYVKDGAILNLKHQRAYDYLGVKNTNDKEKKEASKDKDLQKKLTKFMCDNFFDIRTFGAVMSTKVDCGTVRGPIQINFAKSVDPIFQQEVTITRVAVTNEGDSKGSGMGRKHIVPYGLYRVEGYVSAELAKRVTGFTEDDLNLLWEALINMFEHDHSAARGKMATRKLIVFEHETSLGNAPSHILFDKVKVKNINSPSRSINDYEITIDKSPIDGVKIIEKL
>CP029329|3223228:3290117|3285993_3287166_-|AWK52148.1|DBSCAN-SWA
MYERDESLTVETGYTSINKHSETLCGDWFKIFDNLDKKIIVLSDGLGSGVKANILSTLTSTILGNMLSKNIPLDECIDTVATTLPMCKERRLAYSTFTVLELKNGQAYLAEYDNPSAIILRKGKKLSYNYNVHFVGEKEIHESRIILQKDDIIVLMTDGVTNAGIGKLSQSGWHHSEIVEFLERIDTKQMSASHIAAQIINCCLTLSEDSLDDDATVFVVKIRSREVVNMLIGTPENKEDDDKVLKLFFSKNGKSVICGGSTAGVASKYLNKPMSVIQGSGNEEVPDMASIEGVDYVTEGIITLKKVVELILKFSKDPMYCLKISKSKDPASLLALLLIEEATDVNIYFGMSENVAHQRTDIDFDTKLALIKQLEECLNKMGKSVKISFC
>CP029329|3223228:3290117|3263240_3264965_-|AWK52128.1|DBSCAN-SWA
MKFFTNSSVKKKLISVFSIVCIFMVLISNEGVQSSKKIKNSANEMYSNNLISITNLKQIRGDMNYDTANTLRIIFERDKSKLDEQIKVMEDLRDNNAKSIKAYTDIKNTSLSKEEINVFEDFKKDLTRYNEAKEKTINLVKVNDYDQAVKIYNSEVNTLIDPMFEKLEKCIDINEKEAAQANLDNTAEYNSAKYKMLILSSIEFGIIIFMAYILIKSIIYPLKKIRELSQRLSNYDFSTPIIITRKDEFGQTGNALNTAQENVSSLVKTIMENSQDISASSEELSATVQELASKAMTIDQAVDTIAAGMQESSAATEEISASIEEVDSSINVLSSKAMDGSNNANQFKERATEVKQNSQKAINETGKIYAEKQNNMTKAIEDGKVVANIKVMADTIGSIAEQTNLLALNAAIEAARAGEHGKGFAVVAEEVRKLAEESSEAVINIQDTISKVQVAFKSSIDTGSDILEFINTNVQEQFNAYEATGNKYYNDSDFVSNMSEEIASMSEEITATVGQVSEAVQNMALSSQKSSEEAEIIKESMDETTKAIEQVSQTAQSQAELAQKLNEMVQKFKI
>CP029329|3223228:3290117|3226091_3226892_-|AWK52103.1|DBSCAN-SWA
MKIAITTTRNPDESLINKAYGIAKELDIPYVKRGNCSIEKISEMNKIEYFLFVEKDKIVLKGDDNTFFWHPSTSGLKLNTIKDGFNQPMVEAMNLKEGDRVLDCTLGMATDAIVFASIVGEKGKVVGTEVNKYIACITKNGLNDYKDIDEETKTFMDRIDVINSSYEEYILSQPDNSFDVVYFDPMFKRPNKKSVAINSLRPFAQQGGLKKETLIQALRVCKNRVVIKERVGSGEFEKLGIQKCYGNTKFGSIAYGVIEKNDINAV
>CP029329|3223228:3290117|3224624_3226019_+|AWK52102.1|DBSCAN-SWA
MNKKEILELKRRLKKDDCTFTRMCGCYVDGQKNIVLNIKETFLTLQEIEFFKYLEIARKTLSGTVGNNLLELNFPLDEENIGGRQLSLMELKKSKLKNDALLDNFYKLIIDSYDYTGNFLILIFHDAYDVMTKTTDNAKLDESEEVYEYLLCAICPVSLSKPGLGYLEDKNRIGARLRDWIVGAPDLGFVFPAFTDRSTDIHSIMYYTKNAKDPHPELMEQALGCSSKQTATEQKEAFNTIIRNAIGNYEEKSDHLFMELQETLNNMVDDHTTVNGKDAEPIILTNDNIQDILIESGIPEEITAKIEKSYKEEFGDTPPAVEHLIDTKALAANEQRKKEERLEKKVRILEERLEKTKIDAELDSEKELALELETDLILKTETDIMLETNSDINLESASDSKLESASDAEIEFENNTNPNYDIVLQVKPQKVTQIKSQIIDGKKCIVIPMDDDEQANVNGVNTLL
>CP029329|3223228:3290117|3287173_3288862_-|AWK52149.1|DBSCAN-SWA
MKILQFENVNCKNCYKCVRYCPVKAIEIKNQCAQIREDECILCGRCTIVCPQKTKEAISDVEKLKDAFREKEQVIASVAPSFSAYYHSEFTDFREALLKLEFADVFETAEGAYLVKTEYEKLLKENPDKTYISSSCTSVNELIKKYYPDALEYLAPIITPMEAHSKLLKERFPDAVIVFVSPCISKKIERYNMDSYVDYVISFEELSEMLKDNDIEISKSNSKDEEARYLSRKFPTDGGIISSMKSVISHEYISLSGYEKCVQAIDDICNGNVSKCFVEMSFCVGSCVGGPSFQKNNISLLTSNIEINKQSKVLDYSRDFNVMCKKSLKKTYTDRETIIYAKPSEAQIIAILHKMGKYTEADELNCGMCGYFSCREKASAVYAGKAEISMCLPYMKERAESFSNQIINITPNAILTVDMDLKVQQINKAASDIFDLEPKDIINQPVSRILDEFDFVSIITSGIEKTEKLAFLAEYNAYLRQVFMYDKSNGIIVCIMNNITTERQKRNQLRQKKIQAAAMADDIADKQLRIVHEIASLLGETAAETKIVIRDLKDIIMLEDKE
>CP029329|3223228:3290117|3248111_3248405_-|AWK52117.1|DBSCAN-SWA
MMVLVTYDVNTESDGGKTRLRRVAKICVNHGQRVQNSVFECLIDPAQFVELKNSLTKVIDSDRDSLRFYLLGKNWENRVEQLGKNNTYHPLDDAIII
>CP029329|3223228:3290117|3273972_3274350_-|AWK52138.1|DBSCAN-SWA
MQYSYGDTPDNIEFTEILGQYSFTTSINTVYTDGIMKLTEIAQNGVQGEFPYIYGYYNQGISNLTGTWSSVSNPDIYPKMFCISGGFRFEFYKKNGKIGFSGTWGCGNNEYGGYNGVDYWDGTKL
>CP029329|3223228:3290117|3265360_3265678_+|AWK52129.1|DBSCAN-SWA
MKLKIFLTVFLISTIAFTEPSKAIFVSNTYKQGVYDITDINEVKANAMLITPNTVTSLIIIDPSGNQVFYKKFDTVNEVINLGTIKDEDLVAVIGNGEIAIIIDQ
>CP029329|3223228:3290117|3236995_3237418_+|AWK52112.1|DBSCAN-SWA
MIRDSLMILLLLTVILGVIFLLYATGLLRRRIVVTTIQNLPLGIFKENNIQVQENSKSDENKLIECKNKNVANDLKKEFSSESLNMIKENNMPDEEIVYWTPQGQHYHKMQNCRTLLRSKVINGGSINESGKLTGCHKCN
>CP029329|3223228:3290117|3250991_3252704_-|AWK52121.1|DBSCAN-SWA
MVILQALYKYYDILEDEGTDDLPKEGFSMQNVSFALIISSNGELKGIMDLRDSNGKKILPHEMLVPEQKGRSGKNAPSYFLCDNAKYVLGIGDKEGLPAFNSFKELHNKYLDGNNPLLKFINSFEPSKAFENEILLKYKNELVKNPNIVFKIEGEDGYIHDKEKLLKTWREDSSKENDEITMQCLITGKIEPIARTHTPIKGIRNAQSAGASIVSFNDDSFCSYGKDSSYNAPISKSAMFKYTTVLNYLLRNLKNRMFIGEDTVVFWAEKKGIYEDLLAELLNPTTEKEETETETSDMDARNLAKDILIKYSEGIKLNRENYNIDPSTTVHILGISPNNARLAIAFYEENSFEYFTSRIADHYNNLKIIGNEKSIPIWMILNETVIKNAKDKKISPVLSKSLMNSIFTGRLYPSSLYNAIISRIRADRDINYKRVAIIKACLIRKYKLSKIKEDITVSLNENSSSIPYQLGRLFAVLEKAQLEANGINTIKDRYFTSASATPASVFPVLLKLSLHHTAKGDRTIYFEKLKGAILQMVDEFPKHLSLDEQGEFILGYYHQTQSFYIKKEDK
>CP029329|3223228:3290117|3249448_3250123_-|AWK52119.1|DBSCAN-SWA
MMFKEEDLLSLSGIQHFYFCKRQWALIHVEQQWAENRATMEGKFIHENADNPFFTESRKDTFISRAIPLASYNLGFYGIADIVEFTKAKKGIELKDKEGLWLPNIVEYKRGKPKEDKRDIVQLVLEVLCLEEMLKCTISSADFFYNETKRRVKVKITDELRNEVIDLSQKMHEIYTSKVTPKAESGKHCKSCSLVDICMPRLTNKKANVANYIEKYCKLGDDDE

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AWK53096.1|3223228_3223471_+|coat	spore coat protein CotJB	NA	NA	NA	NA
AWK52100.1|3223489_3223918_+|coat	spore coat protein CotJC	NA	NA	NA	NA
AWK52101.1|3224111_3224291_-	(2Fe-2S)-binding protein	NA	NA	NA	NA
AWK52102.1|3224624_3226019_+	hypothetical protein	NA	NA	NA	NA
AWK52103.1|3226091_3226892_-	protein-L-IsoD	NA	NA	NA	NA
AWK52104.1|3227214_3228789_-	ABC transporter permease	NA	NA	NA	NA
AWK52105.1|3228790_3229918_-	proline/glycine betaine ABC transporter ATP-binding protein	G3M9Y6	Bacillus_virus	1.7e-30	37.5
AWK52106.1|3230161_3230788_-	GntR family transcriptional regulator	NA	NA	NA	NA
AWK52107.1|3231330_3231510_+	hypothetical protein	NA	NA	NA	NA
AWK52108.1|3231674_3232085_-	universal stress protein	NA	NA	NA	NA
AWK52109.1|3232688_3234263_-	hypothetical protein	NA	NA	NA	NA
AWK52110.1|3234587_3235328_+	peroxide stress protein YaaA	NA	NA	NA	NA
AWK52111.1|3235552_3236629_+	DNA helicase UvrC	NA	NA	NA	NA
AWK52112.1|3236995_3237418_+	hypothetical protein	NA	NA	NA	NA
AWK52113.1|3237552_3237819_-	hypothetical protein	NA	NA	NA	NA
AWK52114.1|3237849_3239547_-	methyl-accepting chemotaxis protein	A0A2H4J162	uncultured_Caudovirales_phage	7.3e-09	28.1
AWK52115.1|3240828_3242523_-|transposase	DDE transposase	NA	NA	NA	NA
AWK52116.1|3243509_3245030_+|transposase	IS1182 family transposase	NA	NA	NA	NA
AWK52117.1|3248111_3248405_-	CRISPR-associated endonuclease Cas2	NA	NA	NA	NA
AWK52118.1|3248420_3249452_-	subtype I-C CRISPR-associated endonuclease Cas1	NA	NA	NA	NA
AWK52119.1|3249448_3250123_-	CRISPR-associated protein Cas4	NA	NA	NA	NA
AWK52120.1|3250119_3250989_-	type I-C CRISPR-associated protein Cas7/Csd2	NA	NA	NA	NA
AWK52121.1|3250991_3252704_-	type I-C CRISPR-associated protein Cas8c/Csd1	NA	NA	NA	NA
AWK52122.1|3252700_3253357_-	type I-C CRISPR-associated protein Cas5	NA	NA	NA	NA
AWK52123.1|3253513_3254992_+|transposase	ISNCY family transposase	NA	NA	NA	NA
AWK52124.1|3255204_3257379_-	CRISPR-associated helicase/endonuclease Cas3	NA	NA	NA	NA
AWK52125.1|3259389_3259590_+	hypothetical protein	NA	NA	NA	NA
AWK52126.1|3259711_3260410_-	hypothetical protein	NA	NA	NA	NA
AWK52127.1|3260578_3262891_-	histidine kinase	W8CYF6	Bacillus_phage	2.4e-23	30.2
AWK52128.1|3263240_3264965_-	methyl-accepting chemotaxis protein	A0A2H4J162	uncultured_Caudovirales_phage	1.2e-14	29.0
AWK52129.1|3265360_3265678_+	hypothetical protein	NA	NA	NA	NA
AWK52130.1|3265789_3265972_-	hypothetical protein	NA	NA	NA	NA
AWK52131.1|3266366_3266585_+	DUF2922 domain-containing protein	NA	NA	NA	NA
AWK52132.1|3266762_3267356_+	hypothetical protein	NA	NA	NA	NA
AWK52133.1|3267582_3268878_-	hypothetical protein	NA	NA	NA	NA
AWK52134.1|3269801_3270224_+	hypothetical protein	NA	NA	NA	NA
AWK52135.1|3270406_3270994_-	sugar O-acetyltransferase	NA	NA	NA	NA
AWK52136.1|3271289_3271847_-	cupin domain-containing protein	Q2I8C5	Bacillus_phage	2.1e-53	74.6
AWK52137.1|3272788_3273877_-	hypothetical protein	NA	NA	NA	NA
AWK52138.1|3273972_3274350_-	hypothetical protein	NA	NA	NA	NA
AWK53097.1|3274660_3274978_+	hypothetical protein	NA	NA	NA	NA
AWK52139.1|3275449_3275767_-	hypothetical protein	NA	NA	NA	NA
AWK52140.1|3275979_3276588_+	DUF421 domain-containing protein	NA	NA	NA	NA
AWK52141.1|3276743_3278330_-	H(+)/Cl(-) exchange transporter ClcA	NA	NA	NA	NA
AWK52142.1|3278609_3279473_-	putative beta-lysine N-acetyltransferase	NA	NA	NA	NA
AWK52143.1|3279459_3280731_-	lysine 2,3-aminomutase	NA	NA	NA	NA
AWK52144.1|3280760_3281609_-	4-hydroxy-tetrahydrodipicolinate reductase	NA	NA	NA	NA
AWK52145.1|3281865_3282108_-	hypothetical protein	NA	NA	NA	NA
AWK52146.1|3283216_3283834_+	GGDEF domain-containing protein	NA	NA	NA	NA
AWK52147.1|3283888_3285085_-	Na+/H+ antiporter NhaA	A0A2H4J5W3	uncultured_Caudovirales_phage	6.3e-68	44.9
AWK52148.1|3285993_3287166_-	serine/threonine protein phosphatase	NA	NA	NA	NA
AWK52149.1|3287173_3288862_-	histidine kinase	NA	NA	NA	NA
AWK52150.1|3289169_3290117_-|protease	serine protease	NA	NA	NA	NA

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>CP029329|3347156:3374340|DBSCAN-SWA
ATTAAATCGCCTCCTTGGGATATGTTGTTATACTCTCATTCCCCGAACTTTGAGCCATTGGAATTGTAAGATTTATTTTGGTATCAATATCTTTTGGAGTCCAGGGATAAACAATTATTTCTTCACCAACAATTGTTATAACTCCAATATTTATAGTTCCTTCTGTAGTAAAAAATATATTTAATACGTCAATCCATGAACGTTTATTTTTATATGCATTTATTAAAGTATCTAATTTTTTTAACTCTTCTGGTGATGCTCCTGTTTGTGTTACATCAACATCCAAACTAAAATAAAAAGGATCTGCATCATATTCAAACCATTCTCTTAATTTTGTTCTGCCAAATACTGTTGTTGCTGCATCAATTACTGCTTGTGGAGTACCTTTTATTCTATGGAATCTTAATGCATTCCGAACAAGCTCTTGTTTCTTCTGTAATGGTAAAGTATAATCATAAAAATCTACATGAAATTGCCAGGCTAATGAATCAACAGTTTCTTCATCCAATTCATTAACTCTTCCATAAATATATGTCAATCTTATATCTTGATCTATACTTTTAAAATAAGGACCAAGAGCTTTACATAGAGCTTTTACAAATGGATCTTGCTGAAGATATGAAGTTTGTAAACTCAATAAATCAATATTACTAAGTTCCATTACTCCATTCCCCCATAAGTCACTCTTATATTTTCAACTTTTGCAATTTCATCTTCTTCTATGACTTTGTGCACTGGTGAAGTAACTTCAATTCGCCTCACTCCTGAAATTTTTCTATCATTAACTTCATATGTTGCTGAATTTTGAATCTGATATTTTAATTCGTCTGGATTTATTGATTTACCTATTTCACTTTGCTGCCATTTAATAAATTCTCTTATAGCTCCATTACTAAAATCTAGATTATCTCCTTCAATAGCTTTTCTCCATTTACCTTCGCTAGTTACAAAGTTTTTGTCTAAGTAATACGTCAATTCAATATCATAATTACTAACTGTTGGAGTTCCTACTTCAACTTTATCTGTAAGTGGTCTTCTATCTTTAGGTGAACATTGCTCATATACCTTATCTAATATCTCTTGCGAAGGTATTTCCCCATCATCTACTACAACAAATATCTTAACCACTCCTGGAGTTGGTGATGTTACTTTGATTCCTGAAATAGAATTGTCAGCTGAATATGCAAAATATTCATAAGCTCCATCTGGGCCTGCTGTGCTTTTACTTTCCATTGATAACCTGGATCTTTCCCTGTATGATTTATCATCTTCAATATCTGAGCCTGACTTAGATACTTCAGTATTATATATTTCTGATACATAGGCTATAGGATCAACAATATGATTAATTTTACCTATTTCAAATCCATTATATTTTTCACCAGTTGATGCAGCTATAAGAATAATATTTGCTTCCAAAGTCCCTTTAAGAACAATGACATCATCCCTAATCTTAAACATTGTCATTCCATCTGGGGTTACTTTTGTTCCAGCTTTTATAAGAATATCCTCATTTTGAGCAGTAGATAACTTTACCTTTCCACTACAAAATGAATATGTTGCTTGTAATCTACTTGTACTATGATAATCTTTAGCAATGGCATCAAGCTTTTCATCTCTTGCACTCTTTAATAAATTTTGATTTGCAGTATCATTGATTTTATTTGCCATCCCTACAACTATTGGCATTAATGATCTCAAAAAAAGCTTTCTTTCATCACCATCATGTAATGTCTGTCCCAATTCTGTTTCAACAGTATTTAACATGTCATTAAATATAGTCTCAGGATTAATGTCTACAAAGTTAATCAATTGTCACCACCACCTTTATTATTGGAATTTTAATATTTTCATTATCTTCACTTTGCTTATATTCAATTTCTACGCTTTTAACATTTGCCCTTGTCTCATAGCTATTTATTAGATCATAAGTTTCTTCAATAAGAGCTGCTTTATTTTTCTCAAAAACTCCATCCAAATTTTTAGGATTCCTACCCATTAGACGATCATAAGGCACTTCATATTTGATTGTACTAAGGATATTATTAATGTTTTGGAGTATTCTTTCATCTCCTTTAGCATTCCAATTAATTAACCCTGTATTATTTGAATCCACTGTATACTCCATAGTTATCCTCCGAAAATTTCACTTTCTAAATCATCAACTTTTGCACTATCTTCATCTGACATTTCACTAGTTGAAGAACTACTTTTTTTATTTGATGTCTTAGCCTTTTTTGTTGTACTTGAAGTTCCTTCTTCTTTTTTAACGCCTGCTCTTACGTATTCTTTAAAAGTTAATTTCATTGTACTTTTAACTAGTTTTCCAGGTGACACATAATTATTATCAGTCAAACTAACACCAGTTAATAGAAATTGATTACTTGAAACAGGCTTATCTCCAAGAAAAAGCATATATGGAATTCCTGCTTCACAAATGATCTTCCAATCATTAATTTCTGTTTCAACATCAATAGTATTAGATTGTCTTAATTTAACATTGATACTTACAGGTTCAAGATTTATCCCTTTTATATAGGTTGAAGGTTTACTCCCTTCAACTTCTTGATCTTCTACATTAAGTGAAATATCTCTAGTGAATTCATCAAATGTATATATCTTATTTTGACTTACTTCAAAAAACTTATTACTAAAACTACCTAACGACATTTAATCACCTCATTCTTGCCATAATAACACCACTTTTTAAATCATTATTATAAAAACAAACTAAAACTTCTTCACCTACATTAAAATCAATCATATTTACGTGGCTTGCTATTTGTAATTCATATGAAACACTGTCATCTAATTCTGGGAACTTTACTCTTGCAGTGGTTGTGCCAATTGTAGACACAATCCCTTTTCTATTCATCAATATACCTCCGATATTTTTCTAACTGATACTCTTGATTTACCAGCTATTAAATCATGAATGATATTTTCAATAATGTACTTTCCATTAAAACTATCCAAGCTTTCAATTTTGATTACATTTCCTGCTGCAATTGATGTATTTTTATTTATAGTGAATATACCTACCGTTTCATTTTTATTCAATGAATTTATAATATTCTTTGCAAATCTATTTGCTTCACCTATAGAGCTAATAGGCATATCTGTGATTTTGATTATATCTCCATTTGATTTATCTGATATATAGCTGCCTTTTATAAGTGTTTTAGAAAATGAAATTATTTCACAACCACCATATATATTATTTGATGTACATTTAAAATCATATTTACCTATAAAAAAAGATGGATCTAATACTAAAACCTCCTTTTGTTTTTTCAAAAATTCTTCTGAAACAATTAATGCTTTTCCATTGCTAATTTTTAAATTATATCCTTCGACCATACACCTATAGTTTAAGAATTCTATATTATTTTTTTGAACTTGGTCTACTCTTAAATATTGAAATTCATTAACTCCATAGGTCTCTAATTTTATTCCCAGTTCTTCAGTAAGATCTTTTGCTAAATCTAAGAATTTTACATTTTCCCAGGTTCGTGTCTTTTTTGTTTTGAAGCTTTTCTTTATTGAAATAGCATTAACATCATAAGAACCATTGCTACATCCAAAACCATCAACATACATAATTCCTGTGCTAAATGGATCTTCTATAATTTCTATTGTATGATTTTTAGTAAAATCCCATTTTCTACATTCATTCTTTATATCTGCAAATGAAATGGCAAGACTATCAGCCTTGCCTCCCATGCTATCATTAATTCTACAACCCGATACTTGAAGATTAATTTCAGTACCTTCATAGACAACTTTAATATTGACCACCTACCTTTTCCATGGTGGAAGTGTTGAAGTATTTTTAATATTTATTTCAGGTATCTTAATTTTTACTCCATACTCAAAAATCAAAGTGCTTATTAGATCTGGGTTAAGTTGCATAATGAATACGGAATATTTCTCTTCTCCATAAAAATCAAGAGCAATACTGTCAAAAGTATCACCCTCATTTGTTGTATATATTGAATATATTCTAGCCAAAAGCAACCCTCTCTTCATCATTTAATACTTCTCGAACCATGGCTTTAAATTCTTCAAAACTTTGTTTTAATTGGTTAATTGTTTCAACATCAACACTACCTGATATTTGAGGTGAAAAAATAAATGTTGGAGAACTATTACTTTTGTTGCCATCCCATCCAATAGTGGCTGCTGTTTTCTCCAGTAACGATATACTTCTTGGATTATTCCTTTTAAGTGGAATTGCAGCTTCTGGGCCTGCTTCACCGAAAATAGAAGGAACATTTGTAAAACCACCCTTTGCAAACATTGGAATAGTAGGGATATTAACTCCAAAATGTTTTCCTCCCATTCCTGGTATCCAATCGGGAACATCAATTTGAATATTGCTATTAATTGAACTTATTGCTGCATTTATTAGACCTATAACTGCGTTAAGTGGAGCTTTCATTACAGTTCCTATTCCGTTCATTAAACCTGAGAATATTTGAATTATTCCAGACCAAGCTAATGACCAATCTCCTGCAAATACTCCACTTACAAAATCAATAACTCCACTAAATACTAATTTAATAGAATTCCATATACCACCAATAATAAAGAAGAAACTATTTAATATTGCTCCTAATGCTCCAAAAGATGTAGTCCAATCAGTTTGCATAGCTGTAGTAAGCCATATACCAAAAGATTGTATCCCTGATTTTATACTTTGCCACATATAAATAAAGAAATTTCTAAAACCTTCACATTTATTCCAAAGCAATACGAATATTGCAATTAATGCTACTATACCTATGATAAATAAAGTTATAGGATTTGCACTCATTGCGGCATTTAATGCCCATTGTGCTGCTGTCTGTGCTCCTGTAGCTACTGTAGATGCCCCTTTTACTATTGCATCTTTTGCATAGAGTGCATTAAGATATAACGTCTCAAGTTTATCCTTTGCTTTAGCAATGCTTAAAGCAGTATATCCTGATTTAAGTATAAGTAATGACTTATGAACACTGCTAATAGCTTGAATTCCTGAACTTACTGTGCTTATAACTTTCCATCCTATAAAAGCTCTCCCAATAAATTGTGCTATCTGCATTATTTGTGGCCCATTCTCTTGGACATAATTAAAAAGACTTTGTATTTTAGGCCATACAAAATCAGCACCTTCAACAACATTCTGGACAAATCCTGTGAATTTATCTGCCATAATATCAAAAGTCCCATCTGCTTGCATCTGTGTTAATTTATCTGTAAATCCAGTGAGCTTTTCTTTTAATACATCAAAAGCTGACCCATCTATTATTTCACCTGTTTCACTTATACCAGCAATTCTAGAAAGTCCACTTTTAGCAATTCCAGATACAGTCGACATCAATCCACCATACGTTTTAGATTGAATATCCATAGCTCCTGAATATCTCTCCTTCATAAGTGAAAATAAAGTAGCATTAAAAGCTTTCTGATTTGTAATTTGTCCTTTATTATTAACAATTTCTATTCCCGCTAAATTTTTTGCACCTTGGGCCACTATCATATCTTTTGTTATACCAAATTCCTTTAGTCTTTCAAGCTCTCCAGTTTGAGCATCGGCAACAGCTTCTGTTGCTTGATCTATTGATTTTCCCATGGCAGCTGCCATATCCCCAGTTAGTGGTAATACCTTCTGAGCTTCAAGTCCATAACTTGTAAGCTTAACAGTTGCATCGACTATTTCTCCTGTTTCAAAAGGAGTTTTATTAGCATACTCATTCGCCCATGCAAAAGTTTGTGCTGCTTTAGTATTGTCTTTCATTACAATATTTAAAGTATTTCTATACTGCTCTAGGCTTGAAGCCTGATCTAACATAACTCCACCTATTTTAGTTCCTGCTGCTGCAATACCACCAGTAACAAGTGCTGCTTTTATTTTTGCCTGAGTATTGCTAAATTGTTGACCAGCATAACTAGAAACGGCTGCTGTCTTAGAATTTACTTGAGCAAGCGTTGCTGATGTCTTGCTTGCGTATTGAGAAACCGATGAAAATACCTTTTGTAGGCTTGGACTTAGTATTCCACCAATTGCAATGTTAGTTTGCATGGTTGTAGCCATAACATCACCTCTTTCCCTTATCAGACATTTTCTTGTATTCTTCATTTCTTCTATCTGATTCATCAGCTAAAGCTTCATAATACTCGAATAAATCTAGTAAAGGCATTTCATAACAATCTTTTCTTGAATTAGATGTTTCAAGTGTGATTTGTGCTACAATTTCTTTTAATTGTTTTCTTCTTGGTTTCCAGCCAAGCCTTGTATAAAAAAATCTCTTGCAACCGATGCTGCTTTGCTATAATCAGACATTGTAAATCTTTTTACATCTGCATAGTCAAGATCTGCTGCTTCTGCGAACATTCTGGCTCCTATTACTGGATCTAATTCATAAGAAGCAGAAACCATATAACCACTCTTAGTTGATGCTTTGAATACATTTTCTATATTCTCCCCACTTAATTTATCAAAATCGTATGGAATTTTTGTTTTCTCTTCCCCATCGATAAATACTGGTTTCTTTAAGATTAATATATTTTCCTCTATGCTTTCTTTAACTAAAACAGTTTTTTTATCATTCATTAATTTTCCTCCTAAAATTAAAAGACCAGAAAAAGTTTTCTGATCTTCTTGTATATTCTATATTTCTCTAAAGATTTGTCGTTACATTTGCTAATTGATTTATACCATTTATTGAATAGATTCCATTTAATTTATCAATATTCAATATTTCTTTGCCTGCCACAATTCTCTTGTATGCTGTAACTTCATATGAAACACTTCCATCCTGTGCTGAACCTGATTCAAGCTTTCCTTCATCAAACTTCTTAGTAATTACTTTCAAGAAAGCTTTATGAGCAATGGTACCTACTTTCCCAGTTGAAGGATCAAGTACATCAGTAACCCACCTATATTCTAATTCATTTGTAGAAATCAAAGTACCATATTGTTCATTGGTGACTCTAAGGCTTAATTCAGTTTCCATTGAACCAATTTGCCCCAAAGTAGGTACATCTATTTCTCCAATTATCCCTGAACCCTTTATCGTATCTGTTAGCATTTCAACAGAAGGCAATGTTACTGAAGTTGTATCTCCCATTTTTGTCGCTTTACCACTATCCCTAGTATAAACACTATAATCTATAACCTTATTTGATATCATTATTCATCACCCCCGTATATATTCTCAATACCTTTTGAAGTATACTGAACCATTTGAGTAATTGACTTAGCCAATGGGGTATTAGTTACTAATGTATTAAATGTAAAATCTCCTGATATAATATCTGATATTGGATTATTTGCTTGATCAAACCTGATTTCTCCAAAAAGCAATTTACCGCTACTAACATATGCATTCAATATCATCTGTTCTGAATTTATAAGAGCATCAACGTCATGCCTTGTCATTGGCGAATCGATTATATCTCCATTTCTTAATTGAAAATCATTTAAAAGATGCTTATTCATCATTATATTAATATCAAAGATTTCTTCTGGTTTATTTGTAATTCCATATTCATAGTTACCCATATGTGGCCCCCATAAAACATATCTGCCACCAGAATATATTGAAGTTGTAACTCCTTTTTCATTTAACTCATTAGCTCTGCTTTGACTAAGTTTTATTTTGTGTCCATTTGAAACTAAACCACTTATATCAATTGTTTTGTTTGATGAAGTTTCGAAAGGAATATTTTCATTTTTAACGTCAGTCTGTAATTTGGCTACAATAGCACAAATAGATAACCATATTTCTTTTCCTGCAACAATTCCTTTTGGCCAACAAGGTTTTTCATAATTGGAATTATAGTTATTTTCTTTCTTCCACACTAAGGCCTGTTCTAATGTAGTTGCTACATCAGAATCTATGTCATTAAAACATATTGCCTCCCACTTATCAGAAATCTTACTTGTTGAAGCAACTAATGCTTGCTCTACTTTCGGAATTTGACTATAACCTGGTGAAGCTATAAGAGACGGTACTAAATTTAATTCTTCATATACATCTGCTATGGCTCTTATACCTGTCCTTTCTTCTGTTCCACTATTATAACTACCAATTATATCAGTTTCAGTTGTCCCCTCTGGGAACATACTCTTATAACTTACTGTTACGCTTTCACCTAGATCATCTCCTCTTATTTTTAAATATCCTTCATCAGTATATTCAAGAGTATAATCATCACCCAACACTTTATCTTGAATTATCACGGAATCAATAACAATGTGTTCGTCAAGAACACCTTCTCCATTTATTATAATTACAGATTGATTTGTTTTAGCTGTTCCTTTTGAAGGATCTAATACATTTATAACTACTATCGGGCCTATTGCTTTGATTTTATTTTGAAAGTGAGCATAAACCACAGCAGACAATGAAAATTCATCGAAATCATCACTATCTTTATACCCAAGTTTTGTTTCAGCTTCTTGCAGGCTTCTTATGAGTTGTGGTTTATTAACAACTCTATCTCTTACTCTGTGTACTGGAGCAACACCAACATATACTGGAACATTTTTAGTGTTCGTTATAGTTTCTGTGCTAGAAATTAGCCCACCATAAATACCATGTTTGTATCCCATGTTTTTAACACCACCTTATAAAAAATTTAAATTATTTATATTAAAAGCTAATGGAGCTATGGACACATCGAAACTCAAGTCTGCACTCCAATAAGGATAACTTTGTTCTTTGTCCATGCTCCATTTTATAGGCTTATTAATATTAACTTTTTCTAAAATTATTGGATTTTGTGATAATTCCATCCTTATTTTAGTTATCACATTTAATAAATCTACATAACCTAAAACATTAGGAATTATCTTACCATCTTCTTTTATTTCTCCTGGATCATAGGTTATTATTTTAAGTCTTATCGATATATCTGCACTTTGATTATCATCAATGCTATCATCTAAGATAACAATTATAGCTGGCACATCATAACCATACTCTTCTAAATAATTTTTGGGTGGAACCCAACCTTTATAAACTGCTGGATTTACAAGCTCATACTCACCCTCAACTTGATTATTTTCAGGTGGTTTCTTTAATTTAAAATGCGCGGCTACATTGCTTTTAAAAAATTCAACAAGTATATTTAACACTTCTATGTCATTCATATTAACCTCCTGATTTATTGAGTTTAGATAACCTGTATTCTACTTCATGTTCAATTCTTTTTTGTAGCATACTTTGTGATTCCGTTAAAACTCTTTCGCTAATGTCATTGCTAGATATCATTTGAGGTACTGAAAGAGTTCTTAATACTTTTATTGGATATCTTGCAACGCCAACTCTTTGTGCAATCAAAAATATACCTGATGTTGTTGTCTTTTTTACTCCACGTTTTTTCTTTGGCCCTGACATAGATGCTACAAATGCTCCTGGATGTGTATTAACTGTTTTAGTTCCACCTTTTTTAACTTGAACTTTAACGCCCCCACCTCTTTTAGCAGCACTTTTTAGATTTCTTTCAAAATGTGCTAGAGTATATCTTCTACCTTCACTGCTTATATATGTCGTTAAGTTTTGCGTAGTTGCTCTTTTCATTGTCAATGTTTGCTGTACTTCCCCTGACTTAATAGAGTACTTTTTAGTAACCTCTTTTTTTATTTTTGTATTAGCAAATGTAGCTGTTCTATTTAATGCAGCCACCGTAGCTTTAGGAATTTCTTTAGGAAATGCACTGAGTTTCTTAATTGTCTGCTTCAATCCCTTGTCATCAATTTTAATTCCTACACCCATATTAATTCCTTCCTGCCTGAAGAACTACTTCATATACTCCCGAATCAATTTTCACATCGAAAACTGTGTATAAAACTCCATCAAAGGTTTGGACAGCACCAGATACAGGCTTTTTTATAATATCCGTCACCTTCACATAGTAAAGAAGATCTGCTTGCAGAATTCCATCATATTCTTTTCTATTTCTCTGCTTCAAAACTTCATTATCAATAATTATATTGAGTTTTTGATTGTTGATAATATGCGCTTCTCCAAATTCATCAGGATTAAAGAATATATTTAAATCAGCTCCTAGCTGCTCCTTAAAATTCATAGCAACTCTCCAGCTCTGCAAATTTATTTCTTTTATATTTATTGGCATAGACTTTTTTTAAATCTTGCTTACTTCTCTTAAACTTATCATCAATTTTTACAGCAACTTTTAAATTGATTAATCTTTCAGCTTCTTCCTTAGTAATGTTAGTTATGATGTCACCTCTTACATATTCAGCTTCATCATTAATTATTGTTTTTAAACATTTAATACTCATAATAAAAAAAGGCCCTAAAGCCTCTACTATAACACTGTAGCAACTACCCAACTATCAACATCTTCTGGTGTTGGTAATGGTCTTGCTGTAAGTCTTAATTCATCAATTTCATTCTTATCATCATTAGTATACTTTGGCACTCTGATTCCTTCATATGTTATCCATGAACCTTTTTCTTTTTGAGTTACTGCACCATAATAACGCTTACCACTCTTTGTTGCTCCAACAATAACTTTTCCATCTGGGATAAGTTGCATTTCTGTTTCCTCTTCATCATCTGCAATGTAATACTCTGTATACGAATATATTTCTAACCCTAAAGATGGTAATTTCCCTATAAAGGTAACACCAGCACCTTGATAGCTTGGTTCAATTGCACCAACATTTAACCTTTGAATATCAAGCAACTCTTTTACTTTGGTATTGCCAATAAAAGCATCTACCACATTATCTGACATTATGCAGATATCAGGTGTTTTACCTGTTGCCTTTATTATTTTTTGTCTCCAATCTTTTAAATCAACAAGTGGATCTGTTCCAGCAGCATTCCATTTCTTACCTGCTGAAAGTATAACTTCATTAGTAAATCCAAAATCAATGCTTTGAGTTGCACCTTCAACATCAATATCAATTACTTCTCCTAATAATACTTGAGCGCACATCCACTCTTCTCTTCTTGTTATAGCATCATCTAATTCTACTAAATCATTAGCAAGCATTACTATTGCTCTCTCTTCTGGTGTCTTTGTACTATACACGCTTTCTCCTGGTGTTCTTTTTTTAATATCATCTGCTGTAATTACTCTTATTGGTGCAATCTTTGGTGTTGTGATCACAGATGTTTTGAACCCTTCTCTTTTCATTACCTTTCCACCTATTCTAGGTGCCACAAAAGGTGCAAGTTTTCTTTTCCCTTTCTTAATATCAACTTCTGCTTTCTCTGTTAAAAGAGTTTCTATATTAGGGAAAAATGTATCCCTCAAAAATGTAAATACTGGCTTCTTTTGTTCAATTGCTTGTAGCATGGTTTTAGTTTCATATATACTCATTTATAATTCCTCCTCTTATTTTAAATAAATTCCTACGTTTCTTAGTGAATGTTTATGTGTTGCTGCTGTATCTGAACCACCAAATATTAATGCATCTGAATTGAAGCATCCACTTACATATACTGTAGTCTCTAGATCTGCATCTTCTGGAACTTCTACATCATCGGTCAAAATAGCACATGCTGTTTGTGTTCCATCATCATTTTCTGAATTTACAATTTTAGCTATTCCATTGGTTGTTTCCACACCTAAAACCGTTCCCCTCGTTAATACTCCTTGCCCTTTTAAAAGCGTTATACCTTCTGTAATAACAGGAAATTGATTGCTTGCAAAAAGGTTATCTTGAATAAATTCTCCTTCATTTTTGTATAAATCCATTACTTAGTCCCTCCATTCATATGTTTTGCCATAAAATCAGCAGCTTCTTTATCTTTTATTTCTTGCGTTTTATTATCTTGTGGTGTTGCTACATTGTCTACTTCTAATAAATTGGCATTTTCAGCATCCTTCTTAACTTGATTAAAATAATCAGTTCCCTTTGTTTTTTGAGCCTTGATAATTTCAACTGCAACAGCTTCTGCTGTAATTCCAGTTTCAAATTTAGCTTTATCAATTATTTCTTCATTACCTGGAATAGCTAAGTCCTCTATGCTTTTAATCCTTGCCCTTTCAGAATTAGTTGCTTCTAATACAACTTGATCATAGATGTCTTTGTGTTCATTTTTTAATGTATTTAAGTCCATTATTTTGCCCTCCTCTTCATTTTCTTTATTATCAATTACTGAATTAACAGTATTTTGAACTTTATTATTGATTATATTTTCTTTAAATGCTTCAACACTTCCACATTTTTTTAATTCTTCAATAGCTTTAACACTAGGTGTAACCAAGCTATTATAAAAATTTGGTGTTGAATTATTAGATTGTTGTGCATTTTCAAACATTATTTCATCAATTAATCCTAAAGCTTTAGCTTCTTGAGCTGTAAGCCATGTTTCATTATCCATAATGTTTTTAAGATCTTCATCAGACATTCCAGTTTTTAATTGGTATGCATTAGCAATAGACTTATTTACAGATTGTAAAATCTCACTTGCCTTATTCATATCTCTATAATCACCTTGAGCTCCCATTGATGCATTATGTACCATCATTTGTGCTGTTGGTGACATTAAACATTTTGCTGCCATAGCTACAACTGATGCAGCACTTGCAGCCATACCAACTATATTTATAGTTAAGTTCCCTGAATAAGATTTTAAGCTTGTATATATCTCACTTCCAACATATACTGAACCGCCATTGGAATTGATGTTAACTTGTACGTCTTCACCATTAGCATCAAGTAATTGTTTGTTAACATCATTTGATGTCGTATATGGATATTCAAGCCAATCATAAATCCATTTATCTTCTTGAGATATTATTGTTCCTTTTACCTCAACTGTTTTCATTTATAACTTTTACCTCCTTCTGATTTAAAGCTAATAATTCTTGCCTCATCTTTTCTTCTTTAATTCTTTGCCTATTATTTTTAACAAAGTCCCCACCTGTAAGCTCTATAGTTTCTTTCGCTCGTGTTGAGAAGCAATTTTCTACACGAATTACTGCTGCATTAGCTTCTTTAACGGGATCTAATTGTCCTTGAGATGGGCCACTCCACTCAGCATTACAATAAGCCTTTTTAATAATTGGACTATCAAAAAAGCCAGGAGCATAAATTCTGCCCTTGGCTACGGCCTCTGAAAGCCATTCTTCATATATAGGTTGACAAAAATCATTTGAAAGCCATATTCTTCTCATTCTAAACATCTTCCAAGCTTCAAGTAATGCTGCTCTACTAGCTGAATATGAAGCATTAAATTGTTTTAATAATAAATCATGTGGTATTTCAAGAGCTGCTCCAATCTGTTTACATACTGAAGCAATAAAACCATCAAATGCAGTGTTTGGTCTTCCTGGATTCGTTTCTTTAGCAGTTTCTCCTTCTCCAAGTGCTACAATTGCACCATTACCTAATTCATAGCTATTTTCATCACCTCCATCTACTTCTTCATCGCCTGGTATCATTGAACCAAGTGGAGCTTCTTCGCTATTAGATTTACTTTCAATAAAAACTGTAAACATTCCTGATATAACTGCTGCCATTAATTCTGCTTCTGTATATCTCCCTAATTGTTTTAAAGATTCAATAACAGGTGCAAGTATTGGAACACCTCTTCGTTGCCCTATACGTTCACTTTCCATTATATGAATTACATTTCTTCTACCTGTTTTTTCTCCAAAAGCTTCAACCCTAGTCCATGTACTATTGCTCCTATACGTAGATAATGGATGAAAATTTGCTATATGATATGCTGTTACCTCTCCATTATCATTACATTCAACGCCTGCACTTATGTTTTGATATCCCTTTTTATAATAAGGATCACAAACTCTATCCGCTTCTATTAATTGAATTCTTAAATCGTAGGGCATTCCAATTCTTTGAGTATATGGAAGTAAAGCAAAGGCATCTCCACACATCAAACTACTCAAGAACACAAGTTGTTGTAACTCATAAAAATTATTTAGTCTTGCTAAATCACAATTAACACTATCCGCCCATAAAGAAAATTCTCTTTCTATGATAGTTTCTAGTTTTTCTGCCGCATCATCACTTAAACCTAATAATTCATAATCTAGTTGTGATTTTAATCTAAGTCCACCTCCAACTACATTAGTTCTTAATGTTTTTATAGCACTTGTTGCAATAGGCGTTCCCATGTATAAATCTCTTGATCGTTCCCTTAATACCTGAATGTTATCTTCTATATCCTCTTTAGGACTTCCCCCTCCAAACATCCAACCTAATAAACTCTTTTTGGTTCTACTAGCTCCATGATGCGAGTAACCGCTATTCATTATTGATAATTTTTGCCTAGCAACCTGTCTTTTTAATGCTACATTTGGTGAGATCACTCCTATTGCCTTATCTATTACATTCAATTCCATCACCTACCTTTAGTTATTATTCTATAAGTCCCTAGGAACTACCCTCATTACCCTATTTCTACCTTTGCGTTTAAGTATATTTTTAGTTTTTGCAAGTTCATTACTCCAATACTTTACTTGCTCCCTTATTTGATATAAATTCGCTCTATCTAATGATTTACTTCCAATTGAATAACTTTGTCCATTTGTTACTGCAAGTTCAGCTTCTAGCCATGCATCTAAGTGTTTTTGTGCTGTTTCAAGTGTAAATGCCATAATTTTCTCCTTCCTATAGTCCTTTTGATACTATTCGCTTTTTCTTTTTAGCTACTTTTTTAACTTGGGCAAAAACATTTCCATTGATATTCCTAGCTGCCATTGTATCTAAATCAGGATTTAATATTTCAACTGCAGCATTTGCATAATTTCTTAAATCCATAGGTTCATTTCTTATACTGCTGCTCTTCTTTACCCATTCAAAGGTTGCTACACCTTTTTTATATCTGAGAACCCTTTTTTCTGATGTTAACCCATTAAAATAATTTTCATCATATCCTCGATCTGCCTCTTTAGGAAAATGACAATAACCTGGCCCATCTTCTTTAATTTTCAATCTTGATAATATTGTCTCTTTTCCATTATCAACACCTAAAGAAAATAAGGCAGCTCTTTCTCTATTATTTCTAGTGGGTTTACTTATAAATGGTTTTCCATATCCACCTACTCCTTTAATGGCAAAGACTCTTCTATGTTCTCTTTCTTTGCAAAACTTATAAACCTCAGTTGTATAATGACCTCCACTATCTATACATACACAAGATAATACAAGTCCATCACCTTCTTCAAACCAAAAAGTTTTAAGTAAATATTCATCAAGTTGCTGCCAAATTATTTTTTGTCCTAGATCTCCATAAAAGACTTTATATTGAATTCCCCAACTTTCTTTTCCTACTCCCCACCCAACAACTTCAACTTCAAGTCTATCGTCTTGAACATCCACTCCAGCAGTGAGTAATATAACTTTTCTTGGAACATCATTAATATAAAACTCTCTTCTTGATACTAAATCGTCATTATCAGCCCCCTCACCTTCATCTGCTTCCCACACTTCACCTAGAGTTGTATTAACCCAAGTTTTTAAAGTTTCAGGGCCATTTTTCTTTGCTAATTTAAATTCTTCTATAATATTTTCCCAACGTTCCCAAGGTGAAGCCAATGCATTAAGATGAAATCCTCTCTTTTTAATCCTTTCAGGATATTTAGCAATCCACTTTCCACTTCCAGCTTTCCATTCAAATTCATTACATCTATCTCCACAGACTTTACATTCATGAGTTATATCTTCAAAATGAATTTGAGACCATTTTAAAGGTTGAAGTCTACCACAAACTGGGCAAGGCAAGCACCATTCCTCCTTTGAACTATCATCAAATTCCTTTTCAATTCTTGAAATCCCCTTTTCAGTTGGTGTTGAAACCCAAAATTTCTTTTTATTCCAGAACGTTTTTGTTCTTTTTTCTGCCAAAGATAAAGGATCACCTTCAATACCTGCACTCTTTGGAAATCTATCAACTTCATCAGCTAATAAAATCCTAATAGGTCTTGAAGATAATCCTGTTGGTGAATTTGCTCCTGTTAATGCAATATATCCTCCTGGAAATCCTTTTTCTAATAAAGTATTATCAGAATCTCTAGATTTTGCATCTTTAACTTTCCCTCTTAATACTGGAGTATCTCGAATCATCGGAGCTAGTCTTTTTTTGGAATAAGATTGTGCTAAATCTAAAGTTGGCATTAATAACATTATTGGTGAAGGGTCGTAATCAATAAAATAACCAATTATATTATTAATTAATTCTGTTTTTCCAACTTGAGCTGAAGACATAACAACTATAATTTCAGTTTCTTTATTTGAAAGTGAATCCATTATTTCACGCTGATACTCTGCTCTTGATGTTCTCCATTGTCCTGGTTCAGCAGAACTTTCTGCAGATAGTTTTCTATAGCTATCTGCCCATTTAGATACAGTTAAAAGTGGTGGTGGTGCTAATATTGAAACTAAATTCTTAAATAAATCTATTGTTTTCTTATGAATCTGTTGTTTCTTCTTCATTTATTTCTAAATCCTCATCATTAATTTCATCCTCGACAACATCAACATACTTTTCACTATAGAAATCACTAGGGTTGTACCTACTTAATTCATTAAGCACATCCAATACCTCAATCTGCAAAATTTCTTGTATATCAGCAATAGTATCTATACCCATAAGTCTTGGAGCTGTTCTTGAAGGTAAAGCTAAAATTTTTGCTCTGAAATTTGATAGCATGTCATTCATTACTCTTTCAACATCTTCACTAAAATGCATTGTGCCTCTCATTGCTGCAAGTTCTAGTTCAATCTTTTCTCTTTTTCGTCTTTCTAGTAAAGCATGTTCTTCATCATAATCTATTTTGCCTTCTTCTGTTTTGTTTTCCTTAAGATCTGCTGAAGCTTTTATAAAAGTAATATAACTTTTTATATTATCTTGTAATGAATATTTACCTCTGGCAATTTTTTTTATAATACCCTCATTTTCAAGTTGTCTTATTCTTCTTGTTGTTAATCCAAATAGGTTTGATAAAACAGTACTTGATACTGTTACCTGATCAACTGAATCAATCTTTTTACCTTCATCACTCAAAGCAGCACCTCCTTTCTTTAATGTGGTAACGGAAACACCTTTAAAAATTTTTTTATAACTAGATCTACTTTGGGCTTCGCCAGACCCTCAGGTCTAAATAAACCCCTGGGAGTACCTTTTGATTTTCTATAGATAAATAAATAATAAAAATTAAATATTTATTTATCTTTATTGTCTGAGTCTTTAGTTACTATAAACATATCACATTGCTCCGACTTTTCTTGCTTACAATAGTTGATTGATATACTATCTATATTACTTGTGTCCTTCATTACTTCTCTTAGTGCTTCAATAATATCCATGTGATCTCGTCCTTCTATCATAGCAATAGTCCATCATATCTTAATATTTATTTTACTAAATGTTTTATCTAATTCTTTCATCAATGATACACATTCTCTAAGCTCTGGATTAACTTCAGCTTTACTCTTTAATATCTGAGTAATATCATTTGTTAAATACTTTCTCTCTCCAACATAAGTATTAGTTGGTATCTTAAGTCCAAGACTATTAATATAATCAGCAACTCTTCTAACATCACTTAACTCGATATATTTTTTAAATACTATAGAGTTAATATCATCAGTTTCTTCTAAAGTATTTGTTTGTGACAACATTACAAATCTATTTATTTTAGATTCTAATGAACACACTTTGTCTTTATATTTCTTAAGTCTATCATTGTAAATACTATCCAATATCTATTCCTCCTTTTGAGTATATAAATGTAATGTTTCAAGTAATTTAATCACATTTAAGAAAAACCTTTTCTTCTTATATATGCATTTATTTTTTTATTAAAAATGTAATGTATACAAAATTAAATTACATTTAAGAAATTAGAAGAATTTATTTCCGTTTTTTATGATTTAAATGCATGTCTGTATCTTTTCTTTTTTTATGTTTTGGAAGTAGTTTTAATCCCCCAACACACTCATCTGTTTTGTCCTGATCTAAACCAATATATCTAAAAGTAACAGATATATCTGAGTGTCCAAATAAATTCTTTAAAGTTACTATATCTCCATATTGCTGATAAAAAAAATATCCAAAGGTTTTCCTCAAAGTATGACATCCTATGTTATCTAATCCAAAAGTCTTTGCTGCTTTTTTCATATCATCCCATGCACCTTTTGGTGTTAATGGTTGATTTCTGCCTTTTTGAGATTTGATTAAATACTCATAATCATTTTTATCATAAATGTAATCATCTAATTCATACTTTAGATAATCGTTTATTAGTATCTTCGTTTTCTTATCAGTTTTTTCTGCTCTTAATTCAAGATATTTTACATTTCTAACATCTCTAACTCTTAGTTTTAAAATATCTCCAATTCTCAAGCCAGTATAAATACCAATGATAAACATAATGTATCTTCGTTCTCCAAGTTTACCTGAACTCCTAAAATATTCAGCAATATCCATTACAGTGTCCATACTTTTTATTGCTTCCATTTCATTCATTCATGTATCACCTGCCTTATTGCTCCATGTTCTCTTCTGTAAGATGGATGCTTCATACATTCTCTTAAATCATCAGTAGCTTTTTCTTCTTTTAACTTTTTACATCCACAATGAGAACATGATATATATTTACCAGTCTTTAATGTGGATGAAACTTCTTCTGTAATTAAAATAACTTCATTATGACATCTTTGGCATTTATAACTTATATAATATCCCTTCATGCTCTCACCTACTTTCATGTAAAATAAAAAGCACATACTAAACCGCATGTGCTTTAAAATTCAAATCTATATATAATTTTTGACTATACATAAATTTTATATTGTAATCTGAAATTTGTATATAAAATAATCCCTATTTAATCCCTATTTAGTCATAAAATACTCCCGAAATATTACTTGTTTTTTATATTTAACTCTAAAAATATCCAAATACCATACCAAATTTGCATAATGCATCTTTCTTTAAATCATAATATTTATTTTTATTTATATTCAACTCTTCAATTACTTCATCATTACTTATAACACCATCCATAAAATATGCACATTCAACTATTCTTTTGCTGCTTTGTGGGAGCTTATCAAGTACATAATTTATTTTATTTACTAGATTTCTTTTATATTCATCGCCTATTATTGCATCTCCTACTGGATCTGATATCTTATTATTTTGGCTTAAAACTCCATTAGGTATTGCAGCCGCACCAAGACCAGGTAGTTCTATAGAAATTTGATAATACGGATATTTTTTTAAATTATCTTCAATCTTATCTTTATATTGTTTAAATTCATTTTTATTAATTTCCATATGTTAATCACCTATCCTTTATGTTATAATTTGAATAGGTTGATTAGAGAACTAACGTTCCAGAGTGTATTTCTCTAATCTTGGTAAGGTGTTCATGACGAACACCTTTTTTATTTATTTTTCAATATCGAATTGAATTCCACATATTTTATCAGTAAAACCTTCTTCAATCCCTCCATATGTGAAAGTTAAACCTTTTTTCAATAATATTCTTCCTATCTCATTTGCTATTTGTATTGATTTATTTTTTGGTATGCCATCTATATCAATACTCATTTTAGAAGTACAGTCTTTAATTAGTTCTTTATGTGACATTTATATGTCTCCTTTATTTCGCCAGATTTTAGAATTGTTTATTGATTGTTGTTGCCACTTGCATTGAATGTTAATTTTAATGTGTACTCACATGCAAACTTAAATGATTGTTCTTCATTAAAACCTTGTTTTTTCATTTCATCATACATATTTTTATTTATTTGTACTATTGAAGAAAACATTTCCACTAAGTTTTGAGTTTCTCTTTTTAATTCTCCAATATTTATAGCATTTTGAACTTGATTTAATATATTATTTTTCTTTTCCATACTCTTTTTACTCCTTCATCAAATTTAAGTATTATTTGATTCCACTACCTATGCTTGGTGGTTTTATTCTTGTTATCACTTCACCTGATGATGTATCTGGTTGCCTAGTTCCTTGATATCCTTGTAGTTTTCTTGGTTTATTATTTTTATTCCACAAACTTTTAATCATTAAGAAACCAAGAAATTGAACAATTATGATTGTCCCACATATTATTAATGTTATTTGAATCCATTGACTCATACTTTTCCACTCCTTCGCCAGATTTTAGTATTACGTATTAATTATTGCTACAATCATAACTGCTGCTTTCTGTATTCTTTTCACAATTCTCACAATCATTGTTCCAACTACAATTTTCCATTTCATATTCATATATTTCATCAACCTTGCAGTTTTTCCATTTACATATGCCATCTTTATAACTCATTGTTCTATCTCACTCTTCTCTATTTTTTTCAAACTCAATAACCCAAACATAAGGATTAGCATTCCAACCGTACATATCAATTTCACTTTTGTTTACTGTACTATCCCAAAGGTTTTCAAATGCCTTCCTTGGAGTCCTTGGCATATCTCTCCAACTAAACTGATCTTCACTTGCTGCATATTTAAATACTTGATTATCCTTTGTATATTCTCTAATTCCTTCTGATAAGAAATCTTTATGTTCCATATCATGTAGGCGTTCAATTCTTATATCTGTTACTTTTAAAAATATCCTTGCTGCTTCTTTGGGCATATGAATTGATGGTTTCCATTTATCAATGAATGATTGTGGATAGTCTCCACCAACTTTATATGCATATCCGCCAGTCCATTCCTGCCACGTCTCTCTTACATAAAGAACATCTCCAACATGATATTTACTATATTTGCTTATATACTCTTCTAATGTCCACCATACTGGTGCATGTGTATAATCCTTAATGTACCATCTACCATCACTGTTATTAAATTCTTTCCAAAAACCATATCCGCTTGGTTCATCATTGGATGGTGTCCTTTTTATATTTCTTCTTGTAGTTGTTTTTTTACTATCTAAAAGGGCCTGTACCATTGCTGTATTAAATAATATTGGTTTTATCAAATCTCTCACTCCTTTACTACGTCAAATCTACATATTCAGCATTACTTATTTAACTTCTTTACTCATATTCTCAGATTTATTTGCAATATACCCGATTTCTTTAAGTTCTATATATAAAGCATCTTTTATACTTATCCCTTCATCCTCTATTCTTCTTTGTGCTTTAGGGACTATTATATTTACAATATCCGTAATAACTCCCATACCTTTAATCTCCTAATTTTTAAGAAGAGAGCCCTTAACTACTCTCTTCTATTTATAATTTGCAGTAACCTTAATTAGCAATTTGAAATCCCTGCTAACGCCTTATAGTCCTGCAAGATCTTAGATGATTTTGCTATCTTTCAATTTCATAATATCTTTAGCTTTTATCCAACAATCTTTACAACAACCGCTACTTATACAATCATCTAATGTAAAATTAAATCCTAAATCATGAGGGCAATGATAATTTTTCCCGGTTATTTTATCTTGTACATAGCTACCTAACATTTCAAATCTTTTTTCTAATTCCTTTAGAGTCATCAACTTAGCTACTTGTTTAATTGCTATCATTCGTACCAATCTCCTTTTAATTAATTATTGCTTTTAAATTATTAAAGAATTTTTCTTTTTCTTCTTGTGTAAGATCCTCTGTATATTCTCCAAAAACTTCTTCTAATGTTTTCTCTGGTTGTTCAAAGTAAGCATTAACTATTTTATCTATAACCTCAGCTTTTTTATCCATATGTTTTATATCCCTCACTTCTTTTTCAGCTTCTTGCAGCAATCTAGAATAATTTGCACTATTTACTTCACCAGTCTTATATCCTGTTGCCATCCTCATACATGAAGCATAATTCATTAATTTTCTACTTTCTTGAATAAGATTCTGCATATGCTTCATGACACATTACCTCCTTATAACATCCAAAGAACCGAATCTTTGATATTGTCCAAGCCATGCAAGCTTTGTAGTTCCTGTTTTTCCATTTCTATTTTTAGCTGTAATGACTTCTGCTATATTCCTATCTTCTGATTCTTTATTGTAATATTCATCCCTATATAGAAAGTGAATTACATCTGCATCCTGTTCTATTGAACCTGATTCTCTTAAATCTGATAATATAGGTCTATGATCTGCTCTTTGTTCTGGTGCTCTAGATAGTTGTGCTAATGCAATAATGTTAATTCCTAATTCTTTAGCTAATCCTTTAATTTCTCTTGATATATAGGCTACTTCTTGTTCTCTATTTGTTGTATTTAAAGTAGTTCTTATAAGCTGTATATAGTCTATTAAGACAAGATCTAATCCACTTTGTATTTTTAATTTTCTACATTTAGCTTTTATATCAGTCAGCAGTGATGATGTATCATCTATAAATAACTTTCTTTTCGTTAAGTCATTTGCTCCCAAAGATATTTTTTCGAATTCTTTATCATTCAATTGTCCAGTTGATACATTTGAAAAATCAACTAAACATTTAGCAGCTAATAATCTATCCATAAGTTGGTCTTTAGGCATTTCTAACGAAAATATTGCTACATTGGCATTTTTAGAAACTGCTTGTCCTATATTTAATGCTAATGCTGTTTTACCCATAGAAGGCCTTGCTGCTATTACTACAAAATCAGATTTTTTAAGTCCAGATGTTACTTTATCTAAATCATTAAATCCAGTGCTTAATCCTACTAATTGCCCTCCATTCCTATATCTTTCTTCTAAGTTTATAAGGGTTTGCTCAACTGCATCAGCAATTGGTACTATATCATTTGTACTTTGACTTGATGAAACTTTATATAATTCATTTTCTGTATCATCAATTATGCTTTTTATGTTTTCTTCTTCATGAGCTTTTTGTAATAATCTTTTGCTCGTTTTAATTAATCTACGTCTATTTGCTTTTTCCTTAACTATTTCTGCATAAGCTATAACATTACTACTCTCAAAGTATGATGTAGCTAATTCAGTTAAATAAGTGACTCCACCACATCTATCAAGTAAACCCTTCTTCCTAATTTCCTCAATAACTGTAACAAGATCTATCCCAATTCTACGATTAGCAAGTGACATTACTACTTCATAAATTTTTTTATGTTTATCTACATAAAAATCATCTGCTATTACTATTGGCTCAACTTCAATTAACTTATCTAAACTGCTTATTATACACCCAAGTACTGCCTGCTCTGCTTGTAAGTTACTTGGTAATGGTCCTTCTAAATAATCCATACTACAAATCTCCTAACAATTCTTTATTTATTTCTATTTCTGAAGCTTCATGAGTTTCTTTAGCTTTTGAGGTTATTGGTATTACATTGCCTCGCTGCCTGTTGTAATTGCCTTCTAGTACCTTGATGTAATTGCTCTCTTTAATAATCCAATCAAATCCACAATTAGGCCATTTACCACTTCTGCCTGAAAGATAATCACTACTCTCAGTCATTATGAATAACTCTTTAATCTTGTTTATGCCTAATGATCTAAATATTGTTTTAATATGCTTGTCTCTAGTCTTGTTCCTAGCTTTAACTCGTGGTAAAGACTTACAGGTGCTATTAAACATATTAATAATTAATTCATATGGCACTGTGGAATCAGGTTGACCTGTTCCACAAGATATAATATTTTTAGTAGATGGGTTTTTAGTAGATGGGTTTTTTGCTCCGACTTTTGAGTCGTACCCCTCCGACTTTTGGGTCGTACCCCCTCCGACTTTTGAGTCGTATTCCTCCGACTTTTGAGTCGTATCAGTTGTTATAAGCTTATGATAACTTTCTCCAACTGCATAAAATGAATAACTTCCACCTTTTAAAACATGCTCATGTTCTAAAACTTTACATTCAATTAATTTATTCAGCCTTCTTTTCAATACATCATTACTCTTTATCTTTAGAATAGGTAAGTCTTTTAATAATGCTGCTGATTTAAGCCAGTAAAAGGGCTTATCATCTATTATCTTTATTGTCATATTCCCACTATCTTTAAAGTCTATAAAATACCTTAAAATAAGAGCATCTTTTTCGTCTAAATTAAAATCTATCAATGTTTGTTGAGAAAAACCTTCTATCGTGTATTTCATCCTGTGCCTCCTTTACTTTAGTTTTCACTTGATAAATAAGTATTAAAGGTAATTTTAAATGCTGCCTTTGTTTCTATTGGCATACTCGCATAATAATCATTAATTAATTTCTTTAATTCTTCTAACTTTGATTCAAAAGATTCTGGTTTATTTTCAATTTTCTTTTTAGCCTTAGTTAAATACATTTCAGCGAATGTCTTTCTATCATTTTCGCTTTCAACAGGTTGCTTAATTCCATTAATCAAAATCTCAACCTCTTCTTTAGATTCTTTAGGATCTAAGGCTTTAATTTCTTCATGAATTATCTTTTGTTCATCTTTTGTTAAATTACTAAGCGTATGAGCTTGGGTTAGTGTTATCTCTTCCTTATCTAATTTTTCTTTAAGTGGTTTAATCAAATCTTTATCTACCTTTTGATATCTTCCAACTTGTACCCCAGAAAGCTTCATATCAGCTCCTATTAAATCCCTGGTCTTTCCTTTAGGTAAATCCTCACCATTAGCTTTCTTCTGCTCATAGATAGCCTTAAGCCTTTTAATACCTTCCATCTTTTCACTAGGTAATAATTCTCTTTGTTCCACATTAGCTTGTATTAACATTATCTCTGCATCTAAATCAATAATTTCTTTAACCTGACACGGTACTTTTATATAATTCAAACTCTTTAAAGCATGATATCTTCTTTCACCTGAAATAATTTCATAAGTTCCATTATCCTTTTTTCTAACTACTAGATTATGCATAAGACCATTTTCTTTAATTGATGATGCAAGATCTTCTATTTCCCTAATACCATAAAAATTTCTTGAGGAAGGAACTAGGTTACTTATATCTAGCTCCTGAATAAAACTTTGCTTTTCTACTCCGTTTATTTTAGCTGCTAAACCCTTTAAATAATCCGACATAACAATTCCTCCACCAATGCTTTATAATCCTTAGATGCATTAGCTCTGTTATTAAAGTAAATTACTGGAGTAGATTCAAAGGTACTTTTAACGACATCAATGTTGTCTCTTATTGTTTGGTTAAACATCAAATCACCTAATTCTCCTTTAAGTTCTTCCTTTACCTCTCTATTTATCCTGGTAGCCCTGTCCATAGTTATAAATACGCCAAGTAAATTTAAATTTTCATTAAATTCCTCTTTAACAGAATTAACGCTGCTAATCAAATATTCAAACCCATCTAGTGAGAATTTATCAATTTTAAGTGGTACCAAAACATAATCACTTGCAACTAATGCATTTATTGAAATCATCCCTAATGATGGTGGACAGTCTATAAGAACATAATCAAATGGTGCTTCTGATTTATCTAACCACTTTTTAAGCCTTGTTTCCCTAGCTTTTTTAGTATCTGCAAGTATCTCAGATTCACTAGCAATAAGATTTATATTTGCAGGTATAAGCCATACATTCTCATATTCAGTCATAGTTACTGAAACATCCTCACCTTTGAGAAGATTATAAGAACCTAATGAATTTGGATAATACATACCTACATACTTAGTCGCATTACTTTGTGGATCAAGGTCTATAATCAAAACCTTATTACCTAATCTACCTAATTCAGCTGCAACATTAACACATGATGTTGTTTTAGCAACCCCACCTTTTATATTTAAAAAACTTATAATTTTCATCTCTTTACATTTCCTCCATTCTATTTTATAATGGAGATACGGAAGGCAATCCGTATCTCAAATAATATTAAATTAAGCTTATAATTGAACCTTTACCAAAGGTTCTTTTTTCATTTCCAGTAATATTCTTGCAAGCTTATCTTTTAAGTCTTTAGCCTTACAAGCTATAGAGAAATTCCCCATTATCCCTACCTCCCTTCACAATTAATACCATTGTTTACCCTCATGTGTTACATGCAGCCAAATCTTCCTTTTACCCTCCAAAAATGCAAAACGTAAATATTCTTTTCTATACTCTTCTGTTGGTTGCAAATTTTCATAATCTTCATCTGAATATTTATGAAGTTGCTTTTTAGTTCCATCAGCTTTTAATATATTTATTTTATTTACTACACTTACAAAACAATTTTTGTAATCTTCGTCAGTTTCACGATTTGGATGAGGTGCTACATAATCTATATCCTCAACATAGTTAATTGCCTTTGGAACTGTAATCATTCTATTGTCCATACCTTGACCATTAAAATAGTTAATAATGAAGTTCCTGAAAATTTCTTTATTTTCTTCTGTTAGATCCTCATACCCTTTTACTTTTTCTGCATCAATCCTATGACAACTTTTCAAATCTTCTAAACAAGTAAGCTTATAATTATTCAAACCATTTTTTTGATAAATTTTTTCAATATCATATCTATTCATAATTTAATCCTCCCTACATAATTTGCATTTAGCATAATTTCCACAACAAACTTTAAGCAAATGCTCTTTTCTAAACTTTTTATCTAAAATGCTGCTGCGTAATTTGTGACTATTATTTATAAATTTTGGGCACTTTATTGAACACATTTAAATTGCTCCCTTCTTCCTTGAGTTACATAATCTAAATCCTTTATGTTATCAAGGTCATTTAAATCTTTATCTTCTGCCCAAAGTAAAAACCTTTCAATTTCTAATTTTCTTACTTTAAGTCTTCCAAGTTTTAAAGCTTTAAGTAATCCTTTATCAATAAGCTTTCTTATAGTTGGTTTGTCTGTTTTTAAAAGCTTTGATGCTTCATCAACTGTAAATAAAATATCTTCCATAAATATCATCTCCTTCTATTTTGCAAATTTTAAAGTCATAATAGCCTCAGCCACGTCATCAAGCTCTTTCATTATTAAATCCCATTGTGGACGCTCTTGATCATCAATAATTCCATCACATGTAATTTCTATCATCAAATCTTTACACTTAAGGAAATCTGACACTTCCTTTTGAAGCTTCAATATGGCAACTGGAAGTTCTCTAATCTCAATGTTAGGTAAATATTTTTGTCCTATCTCAGCACTTGTCTTTAAATGTTGATAAGCTAAATACTGTGTATCATAAATTTCAATCATCTTAATAACCACTTTATCTGGTGGAATTCTCTTCCCTCCCTCATAAGCTCTTAAGCTATCAACAGATATGTCCATTAGCTCTGATGCCTTTTCTTGAGTTAAACCTGTTGACTCTCTCGCTATTTGGTAAATATTTCTGTATTCTTGTACCAT

Protein sequences of DBSCAN-SWA_6

>CP029329|3347156:3374340|3355769_3356294_-|AWK52211.1|DBSCAN-SWA
MNDIEVLNILVEFFKSNVAAHFKLKKPPENNQVEGEYELVNPAVYKGWVPPKNYLEEYGYDVPAIIVILDDSIDDNQSADISIRLKIITYDPGEIKEDGKIIPNVLGYVDLLNVITKIRMELSQNPIILEKVNINKPIKWSMDKEQSYPYWSADLSFDVSIAPLAFNINNLNFL
>CP029329|3347156:3374340|3357221_3357500_-|AWK52214.1|DBSCAN-SWA
MGSCYSVIVEALGPFFIMSIKCLKTIINDEAEYVRGDIITNITKEEAERLINLKVAVKIDDKFKRSKQDLKKVYANKYKRNKFAELESCYEF
>CP029329|3347156:3374340|3365615_3365843_-|AWK52224.1|DBSCAN-SWA
MKGYYISYKCQRCHNEVILITEEVSSTLKTGKYISCSHCGCKKLKEEKATDDLRECMKHPSYRREHGAIRQVIHE
>CP029329|3347156:3374340|3363558_3364155_-|AWK52221.1|DBSCAN-SWA
MSDEGKKIDSVDQVTVSSTVLSNLFGLTTRRIRQLENEGIIKKIARGKYSLQDNIKSYITFIKASADLKENKTEEGKIDYDEEHALLERRKREKIELELAAMRGTMHFSEDVERVMNDMLSNFRAKILALPSRTAPRLMGIDTIADIQEILQIEVLDVLNELSRYNPSDFYSEKYVDVVEDEINDEDLEINEEETTDS
>CP029329|3347156:3374340|3373641_3373890_-|AWK52235.1|DBSCAN-SWA
MEDILFTVDEASKLLKTDKPTIRKLIDKGLLKALKLGRLKVRKLEIERFLLWAEDKDLNDLDNIKDLDYVTQGRREQFKCVQ
>CP029329|3347156:3374340|3372055_3372808_-|AWK52233.1|DBSCAN-SWA
MKIISFLNIKGGVAKTTSCVNVAAELGRLGNKVLIIDLDPQSNATKYVGMYYPNSLGSYNLLKGEDVSVTMTEYENVWLIPANINLIASESEILADTKKARETRLKKWLDKSEAPFDYVLIDCPPSLGMISINALVASDYVLVPLKIDKFSLDGFEYLISSVNSVKEEFNENLNLLGVFITMDRATRINREVKEELKGELGDLMFNQTIRDNIDVVKSTFESTPVIYFNNRANASKDYKALVEELLCRII
>CP029329|3347156:3374340|3366785_3367016_-|AWK52227.1|DBSCAN-SWA
MEKKNNILNQVQNAINIGELKRETQNLVEMFSSIVQINKNMYDEMKKQGFNEEQSFKFACEYTLKLTFNASGNNNQ
>CP029329|3347156:3374340|3350953_3351184_-|AWK52207.1|DBSCAN-SWA
MKRGLLLARIYSIYTTNEGDTFDSIALDFYGEEKYSVFIMQLNPDLISTLIFEYGVKIKIPEINIKNTSTLPPWKR
>CP029329|3347156:3374340|3356920_3357232_-|AWK52213.1|DBSCAN-SWA
MNFKEQLGADLNIFFNPDEFGEAHIINNQKLNIIIDNEVLKQRNRKEYDGILQADLLYYVKVTDIIKKPVSGAVQTFDGVLYTVFDVKIDSGVYEVVLQAGRN
>CP029329|3347156:3374340|3365004_3365619_-|AWK52223.1|integrase|DBSCAN-SWA
MNEMEAIKSMDTVMDIAEYFRSSGKLGERRYIMFIIGIYTGLRIGDILKLRVRDVRNVKYLELRAEKTDKKTKILINDYLKYELDDYIYDKNDYEYLIKSQKGRNQPLTPKGAWDDMKKAAKTFGLDNIGCHTLRKTFGYFFYQQYGDIVTLKNLFGHSDISVTFRYIGLDQDKTDECVGGLKLLPKHKKRKDTDMHLNHKKRK
>CP029329|3347156:3374340|3368996_3370316_-|AWK52230.1|DBSCAN-SWA
MDYLEGPLPSNLQAEQAVLGCIISSLDKLIEVEPIVIADDFYVDKHKKIYEVVMSLANRRIGIDLVTVIEEIRKKGLLDRCGGVTYLTELATSYFESSNVIAYAEIVKEKANRRRLIKTSKRLLQKAHEEENIKSIIDDTENELYKVSSSQSTNDIVPIADAVEQTLINLEERYRNGGQLVGLSTGFNDLDKVTSGLKKSDFVVIAARPSMGKTALALNIGQAVSKNANVAIFSLEMPKDQLMDRLLAAKCLVDFSNVSTGQLNDKEFEKISLGANDLTKRKLFIDDTSSLLTDIKAKCRKLKIQSGLDLVLIDYIQLIRTTLNTTNREQEVAYISREIKGLAKELGINIIALAQLSRAPEQRADHRPILSDLRESGSIEQDADVIHFLYRDEYYNKESEDRNIAEVITAKNRNGKTGTTKLAWLGQYQRFGSLDVIRR
>CP029329|3347156:3374340|3347156_3347816_-|AWK52202.1|tail|DBSCAN-SWA
MELSNIDLLSLQTSYLQQDPFVKALCKALGPYFKSIDQDIRLTYIYGRVNELDEETVDSLAWQFHVDFYDYTLPLQKKQELVRNALRFHRIKGTPQAVIDAATTVFGRTKLREWFEYDADPFYFSLDVDVTQTGASPEELKKLDTLINAYKNKRSWIDVLNIFFTTEGTINIGVITIVGEEIIVYPWTPKDIDTKINLTIPMAQSSGNESITTYPKEAI
>CP029329|3347156:3374340|3349829_3350030_-|AWK52206.1|DBSCAN-SWA
MNRKGIVSTIGTTTARVKFPELDDSVSYELQIASHVNMIDFNVGEEVLVCFYNNDLKSGVIMARMR
>CP029329|3347156:3374340|3373905_3374340_-|AWK52236.1|DBSCAN-SWA
MVQEYRNIYQIARESTGLTQEKASELMDISVDSLRAYEGGKRIPPDKVVIKMIEIYDTQYLAYQHLKTSAEIGQKYLPNIEIRELPVAILKLQKEVSDFLKCKDLMIEITCDGIIDDQERPQWDLIMKELDDVAEAIMTLKFAK
>CP029329|3347156:3374340|3357475_3358498_-|AWK52215.1|capsid|DBSCAN-SWA
MSIYETKTMLQAIEQKKPVFTFLRDTFFPNIETLLTEKAEVDIKKGKRKLAPFVAPRIGGKVMKREGFKTSVITTPKIAPIRVITADDIKKRTPGESVYSTKTPEERAIVMLANDLVELDDAITRREEWMCAQVLLGEVIDIDVEGATQSIDFGFTNEVILSAGKKWNAAGTDPLVDLKDWRQKIIKATGKTPDICIMSDNVVDAFIGNTKVKELLDIQRLNVGAIEPSYQGAGVTFIGKLPSLGLEIYSYTEYYIADDEEETEMQLIPDGKVIVGATKSGKRYYGAVTQKEKGSWITYEGIRVPKYTNDDKNEIDELRLTARPLPTPEDVDSWVVATVL
>CP029329|3347156:3374340|3356295_3356919_-|AWK52212.1|DBSCAN-SWA
MGVGIKIDDKGLKQTIKKLSAFPKEIPKATVAALNRTATFANTKIKKEVTKKYSIKSGEVQQTLTMKRATTQNLTTYISSEGRRYTLAHFERNLKSAAKRGGGVKVQVKKGGTKTVNTHPGAFVASMSGPKKKRGVKKTTTSGIFLIAQRVGVARYPIKVLRTLSVPQMISSNDISERVLTESQSMLQKRIEHEVEYRLSKLNKSGG
>CP029329|3347156:3374340|3348959_3349283_-|AWK52204.1|DBSCAN-SWA
MEYTVDSNNTGLINWNAKGDERILQNINNILSTIKYEVPYDRLMGRNPKNLDGVFEKNKAALIEETYDLINSYETRANVKSVEIEYKQSEDNENIKIPIIKVVVTID
>CP029329|3347156:3374340|3361513_3361750_-|AWK52219.1|DBSCAN-SWA
MMAFTLETAQKHLDAWLEAELAVTNGQSYSIGSKSLDRANLYQIREQVKYWSNELAKTKNILKRKGRNRVMRVVPRDL
>CP029329|3347156:3374340|3368675_3368831_-|AWK53105.1|DBSCAN-SWA
MDKKAEVIDKIVNAYFEQPEKTLEEVFGEYTEDLTQEEKEKFFNNLKAIIN
>CP029329|3347156:3374340|3351158_3353231_-|AWK52208.1|DBSCAN-SWA
MATTMQTNIAIGGILSPSLQKVFSSVSQYASKTSATLAQVNSKTAAVSSYAGQQFSNTQAKIKAALVTGGIAAAGTKIGGVMLDQASSLEQYRNTLNIVMKDNTKAAQTFAWANEYANKTPFETGEIVDATVKLTSYGLEAQKVLPLTGDMAAAMGKSIDQATEAVADAQTGELERLKEFGITKDMIVAQGAKNLAGIEIVNNKGQITNQKAFNATLFSLMKERYSGAMDIQSKTYGGLMSTVSGIAKSGLSRIAGISETGEIIDGSAFDVLKEKLTGFTDKLTQMQADGTFDIMADKFTGFVQNVVEGADFVWPKIQSLFNYVQENGPQIMQIAQFIGRAFIGWKVISTVSSGIQAISSVHKSLLILKSGYTALSIAKAKDKLETLYLNALYAKDAIVKGASTVATGAQTAAQWALNAAMSANPITLFIIGIVALIAIFVLLWNKCEGFRNFFIYMWQSIKSGIQSFGIWLTTAMQTDWTTSFGALGAILNSFFFIIGGIWNSIKLVFSGVIDFVSGVFAGDWSLAWSGIIQIFSGLMNGIGTVMKAPLNAVIGLINAAISSINSNIQIDVPDWIPGMGGKHFGVNIPTIPMFAKGGFTNVPSIFGEAGPEAAIPLKRNNPRSISLLEKTAATIGWDGNKSNSSPTFIFSPQISGSVDVETINQLKQSFEEFKAMVREVLNDEERVAFG
>CP029329|3347156:3374340|3347815_3348967_-|AWK52203.1|DBSCAN-SWA
MINFVDINPETIFNDMLNTVETELGQTLHDGDERKLFLRSLMPIVVGMANKINDTANQNLLKSARDEKLDAIAKDYHSTSRLQATYSFCSGKVKLSTAQNEDILIKAGTKVTPDGMTMFKIRDDVIVLKGTLEANIILIAASTGEKYNGFEIGKINHIVDPIAYVSEIYNTEVSKSGSDIEDDKSYRERSRLSMESKSTAGPDGAYEYFAYSADNSISGIKVTSPTPGVVKIFVVVDDGEIPSQEILDKVYEQCSPKDRRPLTDKVEVGTPTVSNYDIELTYYLDKNFVTSEGKWRKAIEGDNLDFSNGAIREFIKWQQSEIGKSINPDELKYQIQNSATYEVNDRKISGVRRIEVTSPVHKVIEEDEIAKVENIRVTYGGME
>CP029329|3347156:3374340|3371183_3372071_-|AWK52232.1|DBSCAN-SWA
MSDYLKGLAAKINGVEKQSFIQELDISNLVPSSRNFYGIREIEDLASSIKENGLMHNLVVRKKDNGTYEIISGERRYHALKSLNYIKVPCQVKEIIDLDAEIMLIQANVEQRELLPSEKMEGIKRLKAIYEQKKANGEDLPKGKTRDLIGADMKLSGVQVGRYQKVDKDLIKPLKEKLDKEEITLTQAHTLSNLTKDEQKIIHEEIKALDPKESKEEVEILINGIKQPVESENDRKTFAEMYLTKAKKKIENKPESFESKLEELKKLINDYYASMPIETKAAFKITFNTYLSSEN
>CP029329|3347156:3374340|3354329_3355754_-|AWK52210.1|DBSCAN-SWA
MGYKHGIYGGLISSTETITNTKNVPVYVGVAPVHRVRDRVVNKPQLIRSLQEAETKLGYKDSDDFDEFSLSAVVYAHFQNKIKAIGPIVVINVLDPSKGTAKTNQSVIIINGEGVLDEHIVIDSVIIQDKVLGDDYTLEYTDEGYLKIRGDDLGESVTVSYKSMFPEGTTETDIIGSYNSGTEERTGIRAIADVYEELNLVPSLIASPGYSQIPKVEQALVASTSKISDKWEAICFNDIDSDVATTLEQALVWKKENNYNSNYEKPCWPKGIVAGKEIWLSICAIVAKLQTDVKNENIPFETSSNKTIDISGLVSNGHKIKLSQSRANELNEKGVTTSIYSGGRYVLWGPHMGNYEYGITNKPEEIFDINIMMNKHLLNDFQLRNGDIIDSPMTRHDVDALINSEQMILNAYVSSGKLLFGEIRFDQANNPISDIISGDFTFNTLVTNTPLAKSITQMVQYTSKGIENIYGGDE
>CP029329|3347156:3374340|3359938_3361486_-|AWK52218.1|portal|DBSCAN-SWA
MNVIDKAIGVISPNVALKRQVARQKLSIMNSGYSHHGASRTKKSLLGWMFGGGSPKEDIEDNIQVLRERSRDLYMGTPIATSAIKTLRTNVVGGGLRLKSQLDYELLGLSDDAAEKLETIIEREFSLWADSVNCDLARLNNFYELQQLVFLSSLMCGDAFALLPYTQRIGMPYDLRIQLIEADRVCDPYYKKGYQNISAGVECNDNGEVTAYHIANFHPLSTYRSNSTWTRVEAFGEKTGRRNVIHIMESERIGQRRGVPILAPVIESLKQLGRYTEAELMAAVISGMFTVFIESKSNSEEAPLGSMIPGDEEVDGGDENSYELGNGAIVALGEGETAKETNPGRPNTAFDGFIASVCKQIGAALEIPHDLLLKQFNASYSASRAALLEAWKMFRMRRIWLSNDFCQPIYEEWLSEAVAKGRIYAPGFFDSPIIKKAYCNAEWSGPSQGQLDPVKEANAAVIRVENCFSTRAKETIELTGGDFVKNNRQRIKEEKMRQELLALNQKEVKVINENS
>CP029329|3347156:3374340|3353817_3354330_-|AWK52209.1|tail|DBSCAN-SWA
MISNKVIDYSVYTRDSGKATKMGDTTSVTLPSVEMLTDTIKGSGIIGEIDVPTLGQIGSMETELSLRVTNEQYGTLISTNELEYRWVTDVLDPSTGKVGTIAHKAFLKVITKKFDEGKLESGSAQDGSVSYEVTAYKRIVAGKEILNIDKLNGIYSINGINQLANVTTNL
>CP029329|3347156:3374340|3358513_3358876_-|AWK52216.1|head|DBSCAN-SWA
MDLYKNEGEFIQDNLFASNQFPVITEGITLLKGQGVLTRGTVLGVETTNGIAKIVNSENDDGTQTACAILTDDVEVPEDADLETTVYVSGCFNSDALIFGGSDTAATHKHSLRNVGIYLK
>CP029329|3347156:3374340|3358875_3359952_-|AWK52217.1|DBSCAN-SWA
MKTVEVKGTIISQEDKWIYDWLEYPYTTSNDVNKQLLDANGEDVQVNINSNGGSVYVGSEIYTSLKSYSGNLTINIVGMAASAASVVAMAAKCLMSPTAQMMVHNASMGAQGDYRDMNKASEILQSVNKSIANAYQLKTGMSDEDLKNIMDNETWLTAQEAKALGLIDEIMFENAQQSNNSTPNFYNSLVTPSVKAIEELKKCGSVEAFKENIINNKVQNTVNSVIDNKENEEEGKIMDLNTLKNEHKDIYDQVVLEATNSERARIKSIEDLAIPGNEEIIDKAKFETGITAEAVAVEIIKAQKTKGTDYFNQVKKDAENANLLEVDNVATPQDNKTQEIKDKEAADFMAKHMNGGTK
>CP029329|3347156:3374340|3361760_3363584_-|AWK52220.1|terminase|DBSCAN-SWA
MKKKQQIHKKTIDLFKNLVSILAPPPLLTVSKWADSYRKLSAESSAEPGQWRTSRAEYQREIMDSLSNKETEIIVVMSSAQVGKTELINNIIGYFIDYDPSPIMLLMPTLDLAQSYSKKRLAPMIRDTPVLRGKVKDAKSRDSDNTLLEKGFPGGYIALTGANSPTGLSSRPIRILLADEVDRFPKSAGIEGDPLSLAEKRTKTFWNKKKFWVSTPTEKGISRIEKEFDDSSKEEWCLPCPVCGRLQPLKWSQIHFEDITHECKVCGDRCNEFEWKAGSGKWIAKYPERIKKRGFHLNALASPWERWENIIEEFKLAKKNGPETLKTWVNTTLGEVWEADEGEGADNDDLVSRREFYINDVPRKVILLTAGVDVQDDRLEVEVVGWGVGKESWGIQYKVFYGDLGQKIIWQQLDEYLLKTFWFEEGDGLVLSCVCIDSGGHYTTEVYKFCKEREHRRVFAIKGVGGYGKPFISKPTRNNRERAALFSLGVDNGKETILSRLKIKEDGPGYCHFPKEADRGYDENYFNGLTSEKRVLRYKKGVATFEWVKKSSSIRNEPMDLRNYANAAVEILNPDLDTMAARNINGNVFAQVKKVAKKKKRIVSKGL
>CP029329|3347156:3374340|3370317_3371166_-|AWK52231.1|DBSCAN-SWA
MKYTIEGFSQQTLIDFNLDEKDALILRYFIDFKDSGNMTIKIIDDKPFYWLKSAALLKDLPILKIKSNDVLKRRLNKLIECKVLEHEHVLKGGSYSFYAVGESYHKLITTDTTQKSEEYDSKVGGGTTQKSEGYDSKVGAKNPSTKNPSTKNIISCGTGQPDSTVPYELIINMFNSTCKSLPRVKARNKTRDKHIKTIFRSLGINKIKELFIMTESSDYLSGRSGKWPNCGFDWIIKESNYIKVLEGNYNRQRGNVIPITSKAKETHEASEIEINKELLGDL
>CP029329|3347156:3374340|3366546_3366747_-|AWK52226.1|DBSCAN-SWA
MSHKELIKDCTSKMSIDIDGIPKNKSIQIANEIGRILLKKGLTFTYGGIEEGFTDKICGIQFDIEK
>CP029329|3347156:3374340|3373012_3373507_-|AWK52234.1|DBSCAN-SWA
MNRYDIEKIYQKNGLNNYKLTCLEDLKSCHRIDAEKVKGYEDLTEENKEIFRNFIINYFNGQGMDNRMITVPKAINYVEDIDYVAPHPNRETDEDYKNCFVSVVNKINILKADGTKKQLHKYSDEDYENLQPTEEYRKEYLRFAFLEGKRKIWLHVTHEGKQWY
>CP029329|3347156:3374340|3366039_3366432_-|AWK52225.1|DBSCAN-SWA
MEINKNEFKQYKDKIEDNLKKYPYYQISIELPGLGAAAIPNGVLSQNNKISDPVGDAIIGDEYKRNLVNKINYVLDKLPQSSKRIVECAYFMDGVISNDEVIEELNINKNKYYDLKKDALCKFGMVFGYF
>CP029329|3347156:3374340|3353396_3353714_-|AWK53103.1|DBSCAN-SWA
MEENILILKKPVFIDGEEKTKIPYDFDKLSGENIENVFKASTKSGYMVSASYELDPVIGARMFAEAADLDYADVKRFTMSDYSKAASVARDFFIQGLAGNQEENN
>CP029329|3347156:3374340|3367047_3367257_-|AWK52228.1|DBSCAN-SWA
MSQWIQITLIICGTIIIVQFLGFLMIKSLWNKNNKPRKLQGYQGTRQPDTSSGEVITRIKPPSIGSGIK
>CP029329|3347156:3374340|3368428_3368659_-|AWK52229.1|DBSCAN-SWA
MIAIKQVAKLMTLKELEKRFEMLGSYVQDKITGKNYHCPHDLGFNFTLDDCISSGCCKDCWIKAKDIMKLKDSKII
>CP029329|3347156:3374340|3364490_3364853_-|AWK52222.1|DBSCAN-SWA
MDSIYNDRLKKYKDKVCSLESKINRFVMLSQTNTLEETDDINSIVFKKYIELSDVRRVADYINSLGLKIPTNTYVGERKYLTNDITQILKSKAEVNPELRECVSLMKELDKTFSKINIKI
>CP029329|3347156:3374340|3367453_3368101_-|AWK53104.1|DBSCAN-SWA
MKPILFNTAMVQALLDSKKTTTRRNIKRTPSNDEPSGYGFWKEFNNSDGRWYIKDYTHAPVWWTLEEYISKYSKYHVGDVLYVRETWQEWTGGYAYKVGGDYPQSFIDKWKPSIHMPKEAARIFLKVTDIRIERLHDMEHKDFLSEGIREYTKDNQVFKYAASEDQFSWRDMPRTPRKAFENLWDSTVNKSEIDMYGWNANPYVWVIEFEKNREE
>CP029329|3347156:3374340|3349285_3349825_-|AWK52205.1|DBSCAN-SWA
MSLGSFSNKFFEVSQNKIYTFDEFTRDISLNVEDQEVEGSKPSTYIKGINLEPVSINVKLRQSNTIDVETEINDWKIICEAGIPYMLFLGDKPVSSNQFLLTGVSLTDNNYVSPGKLVKSTMKLTFKEYVRAGVKKEEGTSSTTKKAKTSNKKSSSSTSEMSDEDSAKVDDLESEIFGG
>CP029329|3347156:3374340|3350029_3350878_-|AWK53102.1|DBSCAN-SWA
MGGKADSLAISFADIKNECRKWDFTKNHTIEIIEDPFSTGIMYVDGFGCSNGSYDVNAISIKKSFKTKKTRTWENVKFLDLAKDLTEELGIKLETYGVNEFQYLRVDQVQKNNIEFLNYRCMVEGYNLKISNGKALIVSEEFLKKQKEVLVLDPSFFIGKYDFKCTSNNIYGGCEIISFSKTLIKGSYISDKSNGDIIKITDMPISSIGEANRFAKNIINSLNKNETVGIFTINKNTSIAAGNVIKIESLDSFNGKYIIENIIHDLIAGKSRVSVRKISEVY

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AWK52202.1|3347156_3347816_-|tail	phage tail protein I	A0A0C5AJ63	Bacteriophage	8.1e-25	32.6
AWK52203.1|3347815_3348967_-	hypothetical protein	A0A059WFM2	Vibrio_phage	5.5e-61	35.3
AWK52204.1|3348959_3349283_-	hypothetical protein	NA	NA	NA	NA
AWK52205.1|3349285_3349825_-	hypothetical protein	NA	NA	NA	NA
AWK52206.1|3349829_3350030_-	hypothetical protein	NA	NA	NA	NA
AWK53102.1|3350029_3350878_-	hypothetical protein	A0A2K9V2R4	Faecalibacterium_phage	7.5e-31	29.6
AWK52207.1|3350953_3351184_-	hypothetical protein	A0A2K9V2S8	Faecalibacterium_phage	2.3e-11	47.8
AWK52208.1|3351158_3353231_-	hypothetical protein	A0A1U9WQS5	Geobacillus_phage	2.1e-42	34.4
AWK53103.1|3353396_3353714_-	hypothetical protein	NA	NA	NA	NA
AWK52209.1|3353817_3354330_-|tail	phage tail protein	A0A0C5AJ56	Bacteriophage	5.2e-19	35.1
AWK52210.1|3354329_3355754_-	hypothetical protein	A0A2K9V2R6	Faecalibacterium_phage	1.7e-72	33.7
3355592:3355607	attL	NA	NA	NA	NA
AWK52211.1|3355769_3356294_-	hypothetical protein	NA	NA	NA	NA
AWK52212.1|3356295_3356919_-	hypothetical protein	H7BW77	unidentified_phage	1.4e-05	26.3
AWK52213.1|3356920_3357232_-	hypothetical protein	NA	NA	NA	NA
AWK52214.1|3357221_3357500_-	hypothetical protein	NA	NA	NA	NA
AWK52215.1|3357475_3358498_-|capsid	major capsid protein	A0A0C5ABI0	Bacteriophage	8.1e-72	42.8
AWK52216.1|3358513_3358876_-|head	head decoration protein	A0A067ZIL6	Vibrio_phage	1.1e-18	45.0
AWK52217.1|3358875_3359952_-	hypothetical protein	A0A1L2BY92	Clostridium_phage	6.8e-53	47.3
AWK52218.1|3359938_3361486_-|portal	phage portal protein	A0A0C5AJ48	Bacteriophage	1.1e-170	61.9
AWK52219.1|3361513_3361750_-	hypothetical protein	A0A067ZJ01	Vibrio_phage	8.7e-14	55.8
AWK52220.1|3361760_3363584_-|terminase	terminase	A0A0C5ABH4	Bacteriophage	3.9e-178	53.2
AWK52221.1|3363558_3364155_-	hypothetical protein	A0A2K9V441	Faecalibacterium_phage	1.5e-14	29.5
AWK52222.1|3364490_3364853_-	hypothetical protein	A0A1V0E034	Clostridioides_phage	7.6e-09	35.8
AWK52223.1|3365004_3365619_-|integrase	site-specific integrase	Q8SBK8	Clostridium_phage	3.3e-36	45.1
AWK52224.1|3365615_3365843_-	hypothetical protein	NA	NA	NA	NA
AWK52225.1|3366039_3366432_-	nitroreductase	NA	NA	NA	NA
AWK52226.1|3366546_3366747_-	hypothetical protein	NA	NA	NA	NA
AWK52227.1|3366785_3367016_-	hypothetical protein	NA	NA	NA	NA
AWK52228.1|3367047_3367257_-	hypothetical protein	NA	NA	NA	NA
AWK53104.1|3367453_3368101_-	hypothetical protein	A0A2H4J8I2	uncultured_Caudovirales_phage	3.5e-36	41.2
AWK52229.1|3368428_3368659_-	hypothetical protein	NA	NA	NA	NA
AWK53105.1|3368675_3368831_-	MarR family transcriptional regulator	A0A1L2BY84	Clostridium_phage	6.1e-08	51.0
AWK52230.1|3368996_3370316_-	replicative DNA helicase	O80281	Escherichia_phage	1.5e-86	43.5
3368855:3368870	attR	NA	NA	NA	NA
AWK52231.1|3370317_3371166_-	hypothetical protein	G4W992	Tetrasphaera_phage	3.1e-16	45.5
AWK52232.1|3371183_3372071_-	chromosome partitioning protein ParB	NA	NA	NA	NA
AWK52233.1|3372055_3372808_-	ParA family protein	H7BUL8	unidentified_phage	7.8e-32	33.5
AWK52234.1|3373012_3373507_-	hypothetical protein	NA	NA	NA	NA
AWK52235.1|3373641_3373890_-	transcriptional regulator	NA	NA	NA	NA
AWK52236.1|3373905_3374340_-	transcriptional regulator	A0A1L2BY71	Clostridium_phage	1.8e-36	54.9

Sequences of DBSCAN-SWA_7

Nucleotide sequences of DBSCAN-SWA_7

>CP029329|3689719:3750409|DBSCAN-SWA
ATTATTTGGTAGTCTTAACGCGCAGTTCATCTGGAATGCTTTCAGACCATGGCATACATTTTTCTAGTATGTCCTTTTCCTTAACTTCTGAATTTGCAAACATTTCGAATAAATATACTAAATACTTTTCCACTGCTAAGCCATTGGCTTTAGCCGTTTCGGTAATACTATAAAGTACTGCACTTGATTTTGCGCCTTTTACTGTCTTGGAAAACATCCAGTTTTTTCTGCCAATTACAAATGGTTTTATAGCTCTTTCAGCTGCATTATTATCAATTTCAAGACATCCATTTGTCAAGAAAGTTCTCATATATGGCAACAACTTTTGAGCATATGCAAGAGCTTTACCTAAAGGACTTTTAGGAAGCGCATTAACAATTTCATTATCTACATATTCTTGAAATTTACTAAGAATGGGTGAAGATCTCTTGAGCCTTATTGCATGTCGATCACCATAATAATCATCACTACATATATATTGTTCCCTTAGATCCTTTTCAACTTCATAAAGTTGCTCACAATAATTAAACCCTTCTAATGCGTGAGACTGCTTTAGAGCTTCAGGGTTTAAGGTTGATATTATATCAAAGAATTTTCTTCGAATATGGGCCATACAATATAGTCTTTTTATATTCTTAACTTTATTATAGCCATCATATCCATCTGTTTGAAGATATCCAGAAAAACCTTCAAGAAATTCTTCAGCACAAGAGCCAGATCTTGTTTTCTGATAATCATATAAAATTATGTGGTTCTCTATGCCTCCGGAGCGATATAGCCACATGAACCTTTTTGAGTTGGAGTCTTTTCCGTTTTCTTCAATAACCTTCACATAGGTTTCATCGGCATGGATATAATTTCTTCTTAAGAGTTCCACTTTCATATAATCAAAAACAGGCTGAAGTTCATTTGCACAACTTATTATCCAGTTGGATAATGTCTGTCTTGAAAGATTAACATTCATCATCTTAAAATATGATTCCATTCTATATAATGGCATTGCATATTGATATTTCATGCTAACAACATGAGCTAATAATTCATTTGAAGCCATACTTTTATATAAGAAAGTATTTGGCATTTTTGCAGAAATTATATTGGCTTTATCAGCATCCGCTTCGCAATTTTTGCAAGCATATGTATATGAAACATGTTCTTCTATGTAAAGTTCTGCTGGCTTATATTTTAAAATTTCTTTTGATTTTTTACCTATTATAACTAGAACATTCCCGCATTTATCGCAAAATGTTTCAGAGTCAGTAAGTTTATGCTCAATTGTAACTCTATCTAGGCCGGATAAATTATCTTTCTTTCCTAAATGAGAAGATGATTTTTTTCTTGTATATGTAATTTCTTCAACGGAAGGCTCATCTATTTTAATATCACTGTTTTTTTCAGCATCATTAAAAAGTGAGAGCTGTCTCGAATCAACTTGTTCACTAGATTGTCCAAAAATTTTTCTGTTTTTATTAAGGATCTGTCCTTTAAGAAAAGCCAATTCCTTTTTTAAATCATCAATTTCTTTATCTTTTGATTCAATGTCTTTTTCCATTTTAGAAATCAATAATTTTGTTTTTTCATCAAGTTGATTTTCTAAATCTAAAATATCCATCCCTATACCTCACAACAAATATAGGCATATATTACCACAAAACCCTCAATTCCGAAACTTGTAAAAGTTCAAAATTAAGGGTTTACAGCGATATTTGTTTTAAAAGCTATTTCTTACTTCAATTGGCTTAAATTTAGACTTAGTTCTAACTTCATATCCCATAAGCAGCCATTTCAATTCTTCTTTGTTAATTTTAAGAGCTTCGTCTGGAGTCATCGGCCATTTCAATTTATTATTTTCAAGTCGAAAATAGTACAGCCAGAATCCTTCATCAAAGTGAAGTATCTTAATTCTATTCATTTGCCTATTGCAAAAAACAAACAAGGATTTTTCAAACGGATCCAGTTTTAGCTGCGTTTGCACAATCACGATTAGTCCATCAATACTTTTTCTCAAATCAGTTATTCCACACGCAAGATAAACTGTATTAACTTTATTAAGATTAAACATTTGTAATCAAATCCTTAAGTAAAGTGCTCAAAACAGCTATTTCATTAGCCGGTACGTATATTTTAGTGGCTCCTATTTCTATTATTATATTAGGTCTATCAGCTGGAACTACGGTGATTTCAGTTGTTACTTTTTCTTCTCTCATTGAAATTGCATGAAACTGTAAATTATTATCTTCATTCTTAAATTTCTTTTTATAGTAATGAAATTGACTTTTAGTAATGTGATTTGCATTGCAGAAAGTTCCTAACGTTCCTTCGTAAGAAGAAAAGGTAGCAACAATTTCTCTCCAATTTATCTTTTCATTATTATTCATGTAAATAAACCTCCATTGTTAAAATCTATGTTAATTTTAACAATGAAGGTTTATATTTATCTATCCGTTAATTTTTTTACGCTTACCTTGTTTTAAATTATTAGTTGCTTTAGTCATACTTTCGTTTCTCCTTAAATACTACGAAAACAACAAACAGCTATCAAAGGGAAATTTCAATGCCAGTTACTATAGGAAACATAGGGAATTCAGTAGAAATTCCTTTTTATATAATCATTTATTCCCTTTGATTTATTACTTATCTATTCTATAAAAAATAGAGAAAGTATGCATTTATTCTAATCCTACTTTCTCTATAATAAATTATATTTTTAATTTAATTCTTTTAGTTTATCTTTTTCTAAGCTATCTAAAAAAATATTACACTCTTCATTAGAATTAAATATAGATTTTGGAATAGCAACGACCAGATATCCTTTCTTCTTTTTTTCATTCTTGAAATAATCTTCTGTAATTATAAAAAGTGTATTCTTTAATGAATATATAGCCCTAATATTACTTCTGCTTATTCTTGTTATTTCATTATTAGAGATAAATTCAATTTTTTCTTCATTGATTTCTAATAAATAACTATTTAATTTTTTAAAGTATTTAATTAATCGAAAGTATATTCCTTGTTTAGAAATAAAGTATGCAACTAAAACAGATACTACATCTAGTGCAATAACTGCCTCATCAAATTTTATATTTAAAACAACACTTCCTATAGCAATTACTATTAAATATAAAATTAAAAGCACAGTTGTTCCGTTGTTTATAAACTTTCTCATAAACTTGTTAAGCTGACCAAATGCTTTCAAATCATCAATATTTTCTTTAACAAATCCATTTGCTTTGTATTTCATAAATACTCAATTCCTCTTCTTTCGTAATTTAAATTATTATTTTTATATAATAATGAACACTAAAATTTAAAATTGGCTAATTCTAGTTGCTAAGAGCCTAAATATTAAAAACTATTATTTTATCTTATTTGGGTCTAAACTGTTAAAAAATAGGTTGTAATCTTCATCTGAATTAAATATTGACTTTGGAATGGCAGAGAAAAAATATACTTTCCTCTTTAGTTCATTTCTATAATAACCTTGCGTAATAATAAAAAGTGTATTTTTTAATGAATATATAGCTTTAATATCACTTCTATTTAGTTTTATTGTTTGATTTTTAGAAATAAATTCAATACTTTCTTCATTTATTTCTAATAAATTATTGTTTAATTTCTTAAAATCTCTAATTAAACGAAGATATATTGATTTTCTAAAAATAATATATGCTATAAAAACAGATACTACATACACCACAATGACTATCGCATTGAATTTTATATTTAAAACAATACTTCCTATAAAAATTATTATTAGATATATAGCTAACACTATAGATGAAAAATTATTTAAAAATTTTTTTATTAATCTATTATCTGCAGCAAATATTTTAAAATCATCAATATTTTCTTTAATAAATCCATTCGCTTTATAATTCATAACTACTCGGCTCCTTTTCTTTTGTTATTGAAGTTTTTATTCTCCTTGGGGTACTACTGAAGTCCGAAGGGCTAAAGTTGCTATTAATTTTCACACAAAATAAATAGAGTAAGGATTTATAAAAAATGCTTACTCTATTTATTAATTATTGATTTAACTTAATTCCTTTAGTTTATCTTTTTCCAAACTATTAAAAAAAGTGTTATACTCTTCGTCTGAATTAAATATTAATTTTGAAATAGCAGCGGCAAAATATATATTTTTCTTTTCCTCATTTCTACAATAACCTTCTGTAATAATAAAAAATGTATGCTTTAATGAATATATAGCTCTAATATCACTTCTGTTTAGTTTTGTTATATCATTCTTAGAAATAAATTCTATACGGTCTTCGTTAATTTCTACTAAATGATTATTCAATTTCTTAAAATATTTAATTAAGCGAAAATATATCATCTGTCTAGCAATAAAGTATGCTACTACAACAGATATTATAGACATCGTAATAACTAACTCATCAAATTTTATATTTAAAATAATACTTCCTATAGCAATTATTATTAAATATAAAATTAAAAGCACACTTATAGCATTAGCTATGAACTTTCTCATGGTTTTGTCAGACTTGGTAAATGTTTTTAAATCATAGAGATTTTCTTTAGCAAAGTTATTTTTTTTATGCATTATAAATATTCCACTCCTCTTCTTTTGTAATCTAAATTAATATTTTTATATGAGTTAAATGGATCCAAGACTAGTTGCTAAGAGTTTAAATACACCCGCTGCGAGTACTTCTGGATAAAGTACTCCCGCAACTACAAGTATTCCAAAACCAATACCGAATAAAGCCAAGCTTCTTACTCCATTTATTTCAGTAATAGTGGCAGGTTCTACTGCTAATGGTATATATGAGTCACCTGTATTACTATCATCTTTCTTGATATTTAAAATAATATCTTGATAGATTGTAACATCTTTGTATGTTGTAAGATATTCAAAGGTTACCTTTACTGTATCTATTGCATACTCAATTTTATATTATCATTAACTTGTGCTGATGCTCCAATAGCACTTATACTATCTGCTATATTTTGTGCAGTAAAATCAAATGCTATATTTGCTGATGATAATCCATTAGTTATTTCATTAGATAGTTCATTAGCAGAACCAACAGTAAGATTTAAATTTCCAGTTGCATTATATATGCTTTGCTCTAAAGAAACTTTTCCTGATACTTGTATTGAAGGAGATAGAAATATTGGTAATGCTTTTTCAAAATTGAAGCCAATGAAAGAAATAATAGAATTATGAAAAATTCCAATCGTCCCACTTAATCCTAACAACGCGCTTGCTGATGTATCTATCATTTTACCATTTTTATCTAGTACATAACTTTCTACAATAGTGTTAGCTGCCATGCTTCCTTCTTTGTGGCCAACGTCTGTTTCTTGATAAAAATAGTATGATACATTATCTAGACTTTGCCAACCAGTAGCCATTTCACCCTCATAAAAGAAGTAGTAATAATATTCCTCTATTAGTTTCCATCCTCGCTGCATCTTTCCACTTTCATCAAAATAGTACCATTTATCTCCTAATTGTAACCAACCTATAGCAGTCTCTCCTGTTGAAAAAGAATAATACCAAGTACCATCTAGATCTAACCATCCAATATGCAACTCACCGCTTTCACTAAAATAATACCATCCACCATCAATTTTAGCCCATTCTACTGACATTTGTCCATTTGAATAGAAGTGATATGTTTTACCATCTAGATTTTGCCATCCTGTTGCCATCTGTCCACTATAGAATAAGTAATAATAGAATCCTCCTAGGTAGAGCCACCCCCTTTTCATAGCTCCACTACTTTCAAAATAATACCAATAGGAGTCAATGAGCCTCCATCCAGTAACTTTTTGTCCATTTACATAATAATACCATGTATCACCATCTTTAACCCAGCCATTTACTACAGCGTTTGATATTGGTAGACTATTTGGCATTATCAAACCTTCAGTTTTAGTATCAGTGTTATCATTGTTCATGCTTTCTTTGTCAACAGTACTACTATTATCCATTAAATTCTCTTTTTCGTCTGCTAATTTATTATTTTGTAATTCTTTTTTATCACTACTCATATTATACATCTTCCTAGTTATTATTTTCATTATATAAACATTCCATATATGTTACATTTATTACAATTAATAATAATTATTATTAACTATTTAATGATTTCAAATAGTATTTTCTAATACAACTAGATCGCTATATTTCTTTGCAATGAGCTAATGAACATATAAAGTATTTACAAAATGATTGAAGGCTATAGCTGAATAGCTGTAGCCTTTAATCCCATCACCACACTTAAATTAATATCTTAAGAAAGTGTCAATGTAATGCTAATGAGCAAAGCTCTTTGGTATTGCGCATTGACTCTTTCTAGAGTTAGAAATTCGAAGTAAATTTAAAGCCTTCACTTTGAAGAGAAAACATTAACTTTCCATTACTATTTCTATTTTCACTAAAAACTCTTAGCTGCGTATACAACATTATCTATGGTAAAAGAATGAACTAAAATGCATTGGAATACCTTCTACATCTACATCATCTACACCATTAAAGCTAAATACCACAAAGAAGGCATGTAAATTTAGCTAAATAACGTTTCACGAAGTGTTCCATCTGAAATTAAAGAATAAACACTAATTTTTCAAAATCTCCATAAACACAAAAGGACCATAAAAATTCATGGCCTTAAATATTTTAGCTTGGACATTCTCGGGACAACGACTTATTTAGCGAAGTGTGCTTGCCTTCTGCGCTCCATCGGGTACCCAAACAAAGGACTAGTCTAATGCATAGAAATTCTTAACTTATATGAGGTTGGAGCTTGCCGGAATACTCATATAAGTTTAGAAGTTCTAGCTAATGACCTGTCCTTTTTTGGGTGGTTGATTAAGGCGCCCCAATAATTATCTATATTAAAACTTCTACTATAGAAACTACGTATAAATAATAAATCTATATAATAGATTACAAAACATGCTTTATTGTACACAAAAAAAGATTGGAGCGCCAGCTCCAATAAATATATTTTAAATTGTCCCGCCCTTTAGGGCTAGGACAATTTCCTTGCTGCCGCAGGCCATAAAAACAATAAAAAGTGCAAGCTATAAAACCTACACTTTAGTCTCACATATAAATTCTAAACATAATAGACTAAAAAACATTAGTTTCTATAAAAAGCTTGTACTTTTCTTCCTTTGTTTGAGCGTAAGCGAGTTAAAATTAAGGTAATAGGTAAGCTTTATTGTAGATACTTAGAATTTAATATTTATACAATATTAACATACTTTTTAATAAGTATTTAAATCAATAATATAAGCTTGTCTATTACTTCCTTTTACTTGAAGGCGTAGCCTTGAAGTCACTTGAGCTTCACTTTAAAACAACCTGATAAGAAAGTAACAATGCAATAGCTTGAAGTGGAGCTTCATGGTATTGCGGATTGTTTGTTTCTGGTCCGCAAGTTTTAGAAGAGAATTTGGAGCAAAGTAATAGCATAAAACATTAACGTGTTTCAGCTTGGACATTCAGCTTTCTCATTATATATATTAACTCCTAGTTGTATGAATAATTGGTAGTTGGATTCTGCTCAAAATTTCATCTTATCTATGATACTGTCAGACTAAATATTTTTAAGCTTATCCATATGGAAAGCCCTAAACGTTTCTGTCGAGTGTTTCATTGGTGAAAGCGAGGGGTAGTTATAGAAATCCACTATTAATTAATATTATATGGAACACTATCCTCATACTTATGTTAGAATTTAATCATAATTCCTTTCTAAACTAATCTGTTTTCTATTTTATCAGCTCTTACTATCATTCTAAAGTAAAACATACTATAAAGTATATTCCATAATTTTGGGTAGAAAAAAAACATAATATATTTGGTTCTTTTAAATACTTTTATTCTATTTTAATATTACTTTTATAAATAATGCTACGAAGCTAAGTCCACGCAGCATTTTCTATACTTATACTATTTTGCACCCCTTATCCTATTCAAAACCGTCGCCAAGAAACCAATTGTAATCATCATCATCAAAATTGTAGTAATAAGCATCGTCCAATGTATGGTCGATCTACTTAAGATCATTCCATAGATCAGCGCACCAAAGGGCATCCCCCCTTTTGTAATCATCCCTACAATGGAAAATATACGGGACATGTATTCGTTAGGGGTTACTTTTTGGATAAAGGCTTGCACCGGAACACTGATAAGCATACATGCAATGCTCAGAATACCAAGAACTATGGAAAGCAATGCAACATAAAGCATGCTGCCTTTTCCAATTACTGATAAACTAGCTGGAAATAGTAGAACTGAAAAAATAAGCATAGTACCCATCAGGATATAACAGCCCATAAAAATAGGTTCGCTTACTTTTTTATCTTTCCCAAATACTGTACCTACAAGAATGCTCCCAATGAGCGCTCCCAAAATGAATACCATCTGCAGATAACCATATTGTGTATCTGTGTAACTAAGTTTTGTTCTGAAAAATAACGGCAATATCACAGTAAATATTGGCTGAATCAATGCAAATATTATAAAAAAGAATATACACATTCTACTAATTATTTTATTTCCTAAGATAAATCGGACTCCATCAGACAAATCTGCGGCAAATCCTGCACTGCCAGTAACTGATTTCCGTTTTACATGTTTATATTTAATGAAAACTTCACAGACTCCTGAAATCAGAAAGGATATACCATTGATTAAAAACAGTACGGTTATACCTAATTTTACATACAATACAGTGCCGATAACAGGACTAAGTAGTCCAGTCAAGGTCCTGAGGGATTCAACTGTTGAGTTAGCCCTTATAAGTTTTTCTCCTTGGATAAGCTGTGGCAGCATTCCCTTTGAAGCAGGATCAAAGAATCCATACAGAAGCGATGCTATTACTTGCACTGATAACAGCAAAGCAAGATTCATTTTCCCCAAATGAGAACAAGCAGCCAAAGCAAGTATCACTACTCCGCTTAGTAGATCAGCTCCTATCATTATAGATTTTCTGTTCAGCCTATCTCCAAAGACCCCAGCGAAAGGGTATATGACTAGAGCTGGCATCAAAGCCAGGAAGGTAAAGAGCCCTATAGTAGCTGCTGAGCCACCAATATCAATGATATACAAGGGCATAACTACCGCCTGAACTCCTGTTCCTGTATCAGATACAATTCTGCCAAGCATAAGAATCATAAAATTTTTATTTAGAATCTTCTTATTTTCATTCATCATAGCAGCACCTCGATTCAATCTATGAAAGCGGCCGTAATTCAGCCGCCTTCATAGATTAATATTATTTATCCTTTTTTCCCATTGCTCCACTCAAGTATTTCTACATACCCTTCTGTTCCATTTACCCTGATTCTCTGTCCATCTTTTATAAGCTTTGTAGCATTCTCTACGCTAACCACTGCTGGAAGTCCATATTCTCTTGCAACAACTGCTCCGTGGGTCATCATTCCGCCAACCTCTGTAACCAATCCCTTGATACTCACAAACACTGGTGTCCAGCTAGGATCAGTAAAAGTAGTAACTAGAATATCCCCTTCCTCGATATTAGCGTCCTCGATTCTTAGTATCACTCTTGCTCTGCCTTCAATGGTACCTGTTGATACAGCTACACCCGCCAAAGCACCTTCAGGAATCTTACTTGTGTCGTATTGACTTGATATAATTTCTCCATCGGATGTAATTACACGAGGAGGTGTAAGCTTCTCATAAATTTCATAGTCTTCTCGTCTTTTCTGTATGATATTGTAATCTAATTTATTGGTTTTAATAACCTCTCTTAGTTCTTCATATTCAAGATAGAATATATCACCTGGTTCCTTTATGAGCCCCTGCTTTATTAAGCTTTCAGCTTCTTTCATAATAACCTGCTTCACAATCCATTCATACCAAATTAAGGTATACTTGTTAAACTCACGATATCCAGCATAATTACGAAGAACACTAATTGCCTTCTTTGCCTTTTTAGCTTTTCCTCTGCCTCCTGGCATCTTTTCAAGCTTTCTTAAAATATCTTCCTCCTTCTCTTTAGCTTCCTTGAGTCCCTGCTCAAATTTAGCTTCATGAGCATTAGGAGGGTAAACCTTAATATTGCCCAAGATCAATGGGACCAAAATCGTTGGTTTTTCATTCCATCTAGTTTTGCTTATATCTATTTCCGCAGAACAGCGCATGCCGTATTTCTTAAGGAATTCTCTTATAGCATCCCTTACTTCAATTCCTCCTGGGAGTTCCATAAGGTCTTCAAAAAAACTTTCATCCTTAGGATTTTCCAAATATTTAATTACCTCTGGATGCTTTCTCACTACATCTGATACATCCAAAAGTTCAAGTCCCATTTCTGAAGTAACATTGTTTGATACAGATTGAGCAAGAGTATCCGCTAGATTCTTTTCTCCCAGCCATTTTCCCAGATTCTTATTAAGCCAGCTAGATGCATAAGCTCCAGCAAAAACAACTCCATAAGTGTCCATCATATTGTCCTTTATTTTAACCATGCTCTTCTCAATAAAATCAAAGAGCTCCATACCTGAAATCTTTAGTACCTGCTGCTCTAAATCTGTCATCATTGCCCTGCTGCGAGCCATATAGAATTCTGCAATTGCAGGATCATTCTTCCTGTAGCATTCTATAGTTTTAGCAAGCCACCTAATAGCCAGTTTTGCAGAAACCATTGGTTTCTTTGATTTATAAAGATTTTTCATAATATCTTCTCGTTTTAAAACATTGTAATAGGCATTCTGCATAAGAACATCTATTGTGGCAAGGCCTTTAACAAAAGACTTTCTCATAATAGGTGATCGTAATTCATTTGATGAATCTACATATATTCTTCCGCCTGCATAGTACATTGGTGAATCTACCATCATCTTAAATAAAGCCGCAAAGAAGGTCATACTTAAGGGTGACATTGCCTCAGTCATCATCTGACGGTGCCCAAAAGAAAAGAATACGTGGGTTTTATCATCCTTAACTTCCGGTACAGGATATAAGGTAGTAATAGGACGACTTTGAACAATATATATCTTATCTTCATAGAGACACCATTCTATATCCTGTGGGCGACCAAAATACTTTTCTATTTTTCTTCCAGTTTGTTCAAGCTGTAAAATCTGCTGATCTGTTAGAGTTTGAGTATTCTGACGATCAGCATCAATGTTTCTTTGCTCAGTCCCACCTTGAGGAATTCCATAAATGGCTATCTTCTTAGTAGATATCTTTTTATCTATAATCTTGCCTTCCTTCACTATATATATATCTACATTCACAAGGCCTGACACTAGAGCTTCTCCAAGGCCGTAGCTTGCATCTATAGAGAGAACCTTTCTATTGGCGCTTATAGGATCTGCTGTAAACATAATTCCTGAAGCCACTGGGAAAACCATCTTTTGGATAACTACAGAAAGATATACCTTACGGTGGTCAAAGTTATTCTGCATACGATAGATTACCGCTCTATCTGTAAATAATGATGCCCAGCACATGCTTACATGATGAAGGATAGCATCTTTTCCTATTATATTTAAATAAGTGTCCTGTTGTCCTGCAAAGGAAGCCAGAGGTAAATCCTCAGCAGTAGCACTGGAACGAACCGCATAAGCATTCTTTTCACCAAACTTTTTAATAAATGCTACTATCCCTTCATCTATATCTTTTGGAATAGTGATATCTTCGATTAGTCTGCGGATTTTTCCACTGATTTCACCTATTTTTTCTCTATCTTCTACCTTAAGCTGAGATAATTCTTCTAAAAGCCTATTAAACTCATTATTATTCTCAATTATTTTTTTATAGGCTTCAGTAGTAACACAAAAACCTTCAGGAACCTGTATCCCTTCAATTTTTGAAAGCTCTCCAAGATTAGCGCCTTTTCCTCCTACTACTGGAAGCTGTGATTTATCAATGTCTTTAAAGCTCAATAAATATGAATTCATAACTATTCTCCTCTTAAATATTATTTATTGAAAGTAATTTTACATTCCCTACTAACAGTTTCTACAAATATTCTTCTCTGTAAAAGTTGCTTTTAAGCATATCCAAACATCTATTAAATTCATCCAGCATATTATCAAAATTAATTTCTTCTTTATTAGACATTTCTTTTGTATACCCTTCTGCCATCCACAAGAGCATTTTCATAAGAAGCCTAAGATCTACCCCCTCTTTAAACATGGAGGTATCCATGCCATCAAAAGCTATTTTATTTCTAAAATCTTCTGAACCAGCAAAGATATCTTTTAAATCCTCCTTTACCTCTTCATCATTTTCAAAATAAGCACTAGCTAAAAAGGAAGGTATTGCAGCATGTCTTTTCATGGCTGAAATTTCAATGTTGGATGACATTTTAATCCTGTCAAAGAAGTCAGTAACATTGTTGTCAAACTTTTCATTTACTTCATTTATCATGATAGTGCCGCATAGATTAATCAAATATAAATATAATGCTTTTTTTGTGCCAAAATAGTGAAACACCATAGCCTTTGATATTCCTGCAGCAGCAGCAATATCGCTTATAGAAGTCTTTTTGTAGCCATTAGTGCCGAAAGTTTTTAAGGCAGCATCTATAATCGTGTTTTGCTTTTCTTTGGGCAAATTTGAGAATTTATCCAAAATTCCACCTCCTTCACTTTATCAACCGAATCGGTTAATATGATTATAGCTTCATAAACCGATTCGGTCAATAGATTTTTACTCTAAATTTTTATTTATCTAATATAAAATAATAAGTAAACTTTATGTCATATAACTCTAAATTAGAAAACCGTATTGGATTTCTCCAATACGGTCGTATCTATTCGTGAGTTTCATTGGTGGAGGCGAGCCTCGTTGAACCCCTCACTAAAGAATACATTCTTTATATTATAAATGATCTCAACTTCCAATTATAGACATTCTAAGAATATGGTTTTATTATTATATATTAGACCATATATTCCATTATAATCCACTATTTTCTAATATGAAATAATTATCTCTTTAATCCAATAAAAACTGAAACAAAAATAAAGATGTATCAACATTCATTTAATGCAAATACATCTCTATTTCTTAAATATTATCTTTGTTCATTATATTATTAATTATTATATTCTCTAGATCTTTATTAAAAATCATATACTTTTGGAAATATTTTATTATTCCTATCACATATCCAACTGTTATTAATAATACCACTACACTTCCTGCTAATATAAACAATACTAAATTATATAAATTATTAATTGTCTCAATCATAAATTATCCATCCTTTTTTATCTTAAGTAATTGCCTCTTTAATAAATGTTTATTAATAAAATAATTTCTTTTATGAATGTAATATATACTATTTATCCATATATCCTTTATGAAAATAAAATAAAGGAGGAAAAAAACTATGGCTGTTACTAAAACTATTGACACAGTTTCTTTCAGTATTGAAGTAGAAAAAGCACTTGATAAGGCCGGGGACCCAATTTACGGCAAAAAAACTTTTGCTAATGTCAAAACAAATGCTGCACCTGAAAACGTCTATGATGTTGCTAATGCTATTACAACTGTTTTAGAAGCTTCAACAAGGGATTATTTTGTTAATGAATCTTCTGCTTTAGCAAACGCTTAAGACAGTTAAGAATTCAAAGTTCAGAGTTCAGAATTTTGGTTTAAATCTCTGTAAGATTTCTCAAATTAATTTTTTTGAGATTATACAGTAATCTCTTCCTCAACTCTTAACTCATAACTGAAAGAAAGGTGGTGATTAAATGGAATATACTTTATCAATGACTTTTTTAACTGAATTTGGTGAAAAGAGTACTTTAAGCATTTCTGGTGTTAAAGCTACTCTTACAAAAGCAGAAGTTAATGCTCTTATGGATACCATCGTAGCAAAGAACATTTTCCAAACTAATGCTGGCGATTTAGCTAAGAAATCTGGTGCTCAATTGACTCAAAGACAAGTTACTAAATATGAAGTAGCTTAATCTTTGAATATAAAATGGAGGTTTATCCTTACTCGGACAAACCTCCATTTTTATATCTTCTTATATAAGAATGTTTATATTATTTCTCTCTAATTTTTCTAAGAATAAAATCTATACCTTTTTGAAATACCATTGTTTTTATATTAATTTTAGTTTGGCCATTAGATACTGTATACTTTTGTTCCAATACTCGAAAGTAGCATAAATCTACAAACTGCTGATACGGAATATTATTTTTATCCAGAACTTTCTTCTCTCTAAGCAGAGAAAATAATCTATTTCTTCCCATTCCCTTAATTCCAAGAACCTTTGCAACGTGTCCCATTTCTATAGAGTCTTTTGATCCTGCAACATCATCATAGAATTGTGCTTTTGGTTCTAATAGTTTTACTTTCTTTTCAGCTTCTAATCTTCCTTCCCTTTCTTCTTTTAATTTTATAGCTGCAGCAATAAGTAAATCTGGATTATCTAATAATTGATCTGTTGCATACATTCCTGTTTTTCTTATACAAGGCAATACTTCATCAAAAATCCATGATTCAAATTTTTCTGCTCCTGGTAATTGAGATTTTGCAACCATTCTATAAATATCACCTTCAGGAATAACACTCATTTCTACATTTTGAATAGCATCCGTTCCATCTTTCCTCTTTCCAGTAACTACCCCTACTCCGTGTTTCACGGCCCCCTTGCAATGTCTTGAAATTGCATCGTTAGGCTTTTTATATCCTAAAGATTTTGCTATATCAATTCCAACTGCATAATCTTTATTATTTACTTTAACCCATCTTATTACTCCAAATCTTTCATCTTTGAAAATTCTCAAACCATTCACTTTATTCACCTCTCCCTCAGATTTGATCCAACATAATTTTTAATTGTTAAATTTCCATGAGTAAATTTATTTTTAACTTTTTGTTGTTGTAGAATTATTCCGTATTATGAATTACACTGTGCCATTTTTCATTTCATAACACATATGATTACACCCTCTACACAGTCTGCATAATGACATTAAAACTATATACAAGTAATTTACTTCTTTCGTTCAATGCTTAAAGTCTTTCTACAGCCACTGCAAACAGGCACATTATTAAAATCGCTTATATCTTTATCACTTCCACAAAATATACATCCCTTACTATATTTCCTCAGAACAACATCATTATTAACTTTAACTATTTCTATTGGATCTCCTTCATTAATGTTTAATACTTTTCTCATTTCCTTTGGTATTACAACTCTCCCTAATGGGTCAACATTTCTTATAATTCCTGATGCTTTCATTTAAAACAACTTCCTTTCATACATTAATTTATTTAAAAGTTAATTTTCTCTTCACTTAAGTCTATAGTTATTCCTAATATCCTTCTCAATTTCCACTACATAATCTTTTGACATCTCATATATTCTCGAGGCAACTCCCTCATCAAAAGCCAGTAATCTATCAATAGAAAATTCACTGCTAACTATGATAGGTAGAAAATTCAAGTACCTATAATTGATAATTTCAAAAACTATATTAATATCACTGTCATTGATTTTCCCCTTGAAGAGGTCATCAATAAGTAGGACCTCGCATAATTGATACTTTGAAATGGTCTTGGTATAGTATTCTTCATCAATCATATTTTGCTTTATCTTTGTGATTACATCCCTATAAGGCATGTACACTACTTTGATCCTTTGTTTTAAAAAGTTTAATGCAACTGAAATGCTGCAATGAGTTTTACCGCTGCCAACTTGGCCACATAATAAGATACTATTTCTTCTCTTATCTCTAATTTCATCAAAATCTGTACAATAAGCTACTGCAGTATCCTTTGTTCTTTGTGATGCTTGATTCCAAACTTCAAAACTTGCGAAAGTAAGTTTACTTTGTTCAACATTGATTCCTGAGTACTTCCATTCATTCTTCAGCTTTTCAATTTCCCTGCATTCACAGGATACAGCAAGGGGCTGCATATGTTCCTGCGGCACTAAAATCCATCCGGTATCACTGCATTTACTGCACTTATATGAGGGTTGCTTCAAGTCTCTTTCTTTCAGCTTCTGTAAGTTTTCGTGGTTCCTTTGGCTTGAATCCTGCAAATTCATTTTTATCTGTTGTGTTACTCTTTCTAGTACTTCTAAACTCATTTTTCTTTACCTCCACATCATCTTTTGGATAGCCTTCCCTTCTCCAGTTTTTAAGTATCCCATTAATGTAAGTCATATTTGCTTTATTAACTTCTAAAGCTTTATTTATAGCCTTTTTTACATTTTCATACCCATGCACCTCAACAGCCAGTTTAAGTAGACCTATATTAAGACCACCTAATATTCCTGTTATATTTTCATAATGTCTCAAAAGGTTGGCTGCATATTGAGCATTAGTATCTTTTCTTTCATTAGTGCTAAATTTACACGAGAGTGTTTCTTCATCATTTATCTTTGATACAGCATTTAAACTATTTTCATCAATAGTTTCAATATCACTCTTACTCTCTTTCTTTATCTCCTTCTTAGTCTTATTCTCTTTCTTATTCTGTTCCATTACTGAAACGTTACACTCAAAATTATCAACATTACAAGTAACATTACTTTTATCATTTATATTGTTACTTGTGACATCTTCTGTAGCATTACTATTTTTAATATCTTCATTTTTATCAATTGAAAGCTCTTTTTCTGATTTAATATCTGCATTGCCAGTTCTTTTGCTTTTATTTTCTTTTTCCTCTTCAATTATTTCTAATACATCATTAATGATTTCATCTTCTTTATTATTTTCATTAAGTTCTTTCTTTTTAGCTCTACACTTTGCAACCCTAGCATTATTTAAATGTTTTGATCTCTCCATGCCTTCAACATTTTGATGCTTATCCCAGTTCTTAATTTTAAAAACCTTCTCTTCTGTAAATTCAATCATTTCTAATTTTCTAAGTATCTTAAAAGATGCTTTTACTTCACTAATACTTCTGTTAAACTCTATAGCCAAAGTCTTAATTGTATGTGGAATATTATCTGTTATATATAAATATCCCCCGCAATTTATTTTTCCTGATAAAACAAGAGACCTAGTCCAAACATAATGGTGTAAATCTCTGTTTTCCATACTGTCTAATATTTTAAGTTTAGTGTCATCATACATACCTACTTCAAATTTTACCCATTTGATATCCATCATTTTTACTCCACTCCCACATATAGAAAATTTCAAACTGTCTAAGTCCATTAAACGATGGCGTAACCCCTATTAACCCACAAGTAAATACATAGTATTCAAATATTTTGAAATCCATTATCGTTACCCTCATTCAAAAAATACATTTCTTTTATAAAATCTAATAAATATGTTTTGCAAAACTCAAATAATTCTTCTTACCATATGATTCTTTTCATAATACCTCTCCAATATGATCTTCCAAAAACTCATCTAATTTTGAAAGTATTATTCTAATATCTCTGCCTATTTTAAGTACTGGTGCACCTTCTATATGAGTTATTCTTCTTGCTTTTGCTTCTGAAACATCAAGTATTTTTGCTAATTCCTTAGTATTTATTGTTTTCTTTTTGACCTGTTCTCTATACTCTTCAATATCCATTTCTACCCCTCCAGATTATGCGTTTAGTAATTCTCTCCCCATTTAATTATTTGATTTCAATGTAGTCGTTTAAATGAACTAAAAAATTAAAGTAATTCAGCTTAATATAATTGCTTTTTTGTTTCATTAAAACTGTTATTCATCTAATAATAGCTCTTTAACATCCACATTTAATGCTTTAGCTATTAAGCCAATGCTTTTAAGTGATGGTGCACTACATCCATTAATAATCTTTGAAACTGTTGCTCTCCCAAGTCCAGTTTTTTCAACTAATTCATTAACTGACAAACATTCATTGGCCTGAGCAATTCTTATTTTGTTTACATTTATATTCATTCTCCCACTCCTTCACACATTTGTATGAAATTTCCACACACTTATTATATGTATCCATTTGTATGAAGTCAATATGATTTTAAATATTTTTTTATTTTATTGTTTACATTCGTATGAATTTTCTGTAAAATATTTCTAGGGAGTGATGATTATGACCTTAGGGGAAAAAATCAAATTACATAGAACCAAACTTAATTTATCTCAAGAAGAGTTAGCCAATAAATGCGGCCTATCAAGAAATGCTATTTATAATTATGAAAATAATAAACGGACTCCAACTATATCAATGTTGCAGGTTATAGCACATAATTTAAATTTATATGTTTCTGATTTATTGGAAGATAGCACTAATACACATTATTCAAACAAACTTGGAATCTTAAATGCATTAGACAAAGAAATAAGCAATACTCTAAATTCTGAAAAAGAAAAATGTGATGTGTATGAATTTGAAATGAAGGCTCTTTATGAAAAACACTTTTTTGATTTATTTTACTGGAAAACCTCAAGAATGCAACCTCAAGATTATTTTAAATTTATTTTATCCTTGTCCTCATTTAGTGAATCAGATCATATTACTGAAGAAGATATGGAAGAGTTATCAATCTTATTTTACAGACTTACAACTTTAAAAGCATGTGAAAGAGATTCCCTAAATGAAATGGAAAAAATGACTCCTGGCAATTCTAAAAAATATGAGAAGAATAGATTTGTAACAACAAGCACAAAATAACATTATAGGATTTTAGTTTCAAATGCTATTATCCTAATTTTATTAATTATTTTATCAAGTAGGTGTAAAGCTATGGCAAAAAGGTCAAATGGAGAGGGTTCTTCAGGATGGGTAACAAAAAACGGCCAGAAATATTGGCGCATTATGGTCACTACCGGATATGATCCATTAACAGGCAAGCAAATGAGAAAAGATATTTATGGAAAGACTCAAAAAGAAGCTAAAGTAAAGTTAAAGGAATTTGAAGATAACTTTGCTAATAGAAGTGACAATTCAACTTTGGGTAATTTTTATTATGATTGGTTGTGGAATATTAAAAGACAATCATTAAAAGATTCTACATTTGAAAAATGGGAAGGTATTTATAGAAATTATTTAAAACCAAATAAAGGCCTTAATGAAGCCAAATTAACTGAAATAGATACGTTATCGCTGCAAAAAATAACTACAGCATTATTAAAGAAGCACACTGTATCACAAGTTAAAACAATGAACAGCTGCCTCGGAAACTGCTTTAGATATGCTAAATCAATTAATAAAATTAAATACAATCCAGTAGAAGGATTAGTGTATCCTAAAAATCACAGCGTCATGGAAGAAAAAGAAAATTATATTTCAGAAGATGATCAAAAACGTTTTTTAGCTGCTCTTGAAGGCGACCCACTTGAAGGAATAATATCAATAGGTTTAATGTGTGGAGTCAGACTTGGAGAAGCCATGGCATTACAAGTAAAAGACATTGACTTTAATCATATGAGCGTTAAAATAAAAAAATCTGTTAAATATGTTTGGACTGGTGAAAGAAACAAAGAAGGTAAAAAAATCTATGAAAATAGAGTAACTATTCCTAAAACTAGAACCAGTATAAGAGAAGTACCTCTTCCAAATATGCTTACGCCTATAATAAAAGCACTTATGAAAAAGAATATTGAAAATAAACTAAAATTCGGTGAATTATATTTAAACAATAATCTAATCTTCTGCAAGGAAAATGGTGACTATATTGATAATAAGAAACCTAACAGGCATTTGAAAATTGCATTAAATAAGGCTGGAATTAAATCAGATATTCATTACCATAGTTTAAGACATATATTTATAACAAATTGCTTGAGCCGAGATATAAATCCACGTACGGTTATGGATTGGGTTGGCCATACTGATATTAAAATGACTATGCTCGTTTATGCTGAGATTAATAAAGATAAGAATAAGAAGGAATATGAGAAGATTAATTGTATGTTTGATTAAAGCTAGGCTTCTGCCTAGCTTTTTATTCATTTCTCAATATAAATTTGAGTATTTATATATATATATAATTTATATACTTTTTTGTATGAAATTTTTCTTTTACATAAAAAAGGTAATAAACACTTAATTCACAAATGTCTATTACCTTTACTCATTCTATTTTAATTAATACATCTATATGCAATATTTGCAGCACTTTGAGTATATAGTCCTGTATTTTTTTGATAAAGCATTTTGCATATAGGCGATGTGTAAAATAATTTCATTGATTCATACTTGCTTATAGATTTTAGGCTGCTTATATTTTCAATAATATCATCTACAAGCATAACCATTATTTCATCATATTCATTCATTTTCATATTATTTTACTACCTCCATACCAACATATTTTAAACATTTTTCAATAACTTCTTGATTGTTAATACATACCTGATTATTAGGCAATTTAAACTTTAATCTTTGAGTTGCCACATTAACATCTATCCAACCTCTCGAAAGAAGATTTATTGTAGCAAATACTTGATCATCAGCTACTTCTCCAATAGTTATATCATATGGAGATTTTGAGTTTATATCCTTTCTGTTCATCAATATAAATTCCAGCCACTCATTAGTAACACCTTTATACTCATGCACCTTATAATTACTTTTTGCAAATTCTAAGTCTAATTCATATATTGACACAGTTGGTTTGCCCTCAATCTCACCTTTAAAATTTGTACATTTTCTAAGAGCCCACTTTTCCGCCTGCTCTTTAAACGTGGTTGTATAAAATCCAAACCCAAAGTCTAGTGCTCTGTTAGATTGTATTATTTTAGGTTGATCTATTTCAACATTAGACCCATGATAAATCATCATATTTCTAACTCCTCATCTTTTAATAATTTAATAATTTCACTAACTATATAATCTTCACCTTGAGTATGTAATATATCATAATATTTAATTATATAATCATCGAAGATATTTGTTCTTTCAGAAATTAGTTCATAAACTTCACTAGGATCCATATTTAAATTACGGCTTAAGGCAGTTATACAATATATTGCAAAATATAATTGTTCATTTGTAATATCTCTTCCACTAAACATTTATTCACACCACCATTTTTCTTTATATAAATACTAATTATTTTTGTGTATCACTGTATTATTTAAAATAATAATTTTTACCTATTACTCTTTCTTGTTCTTTTTGCAGTACTATTTCAGATAAAGCAATATAAAAATCTTGTTCCTCTTTTGTTTTTGCCTTTTTAAACAGTTCATTTAAATCTGCATAAGAGTATTTTAAAAATTGATAATATAAATTACTGTTTTCATTTAAATAATACCTTTATTATATTATAGCCTAAGAAATTAACAATATAAACAGTTTAATTGCTTCATTCACGTTATCTTCTTGACCATATCTTGACCACTAAAATAATATCACTTCTTAATTTTAATATTCCATTAATTTATTACTTTAATTTAATTTTCAATTTTATTTTTCAATATTTCTTTGAAGCATTGATATCACTTAGCTACAAGCTGATATCTTTCCCACTACGGCACGAAAAACTACTAAAAACCATAACTACTTGTCTATACACAAAACGGCTTAACGGTGGGCTTTTTATACATTACTGAATATTAGTGTACGTGCTCTTTTCGTATTCCAAATCTCAGCAGTAAATTGTGCATCCATTTGTTCCATATTTCTAATTATTCTTATCACTATATTATTCTTTAGTTTCCCATTCTCTAAGTAATTCATCTACAATAAATTCTGAGCTTTCAGCCCATAAACCAGACTCAGTATTTTGTAATGCTTTATACGTCCTTGATTCATAAAATTCCTTAATAACCTCTTCAAATGTTTTTCCTGTTCTTTCAGATACTATTCTTACAATCTTTTCAATTTTTATTAAAATATCTAATGTTATATCTTGTCCTTTATATGAATATTTGTTCATCATATTCATCTCTCCCTATAAATTCTAATTTACTCAATGCTTTACTAGTATGAAGTGAAACTTGATTATTTGACTTTGAAAACTCTAATTGTTTTAAGTCCATATCTTCATCATAAATTCCTTCAACATATAACGCTACTGTTCTCATTGTATTATCATCTGCTGCAGGTCCAATAACAACATCATAATCATGCTGGATTCCTCCATTAAGTCTATTATTTTTTATCATATTTAGCCATTCTTTATCTAGTCCCTTAAATTCCTTTATTTTTAAATGAGAAATGTTTTTTAACTTGAACCTCATTACATAAATTCCATCTCCACCATATCTAATAAACATATTTTCTGCCCAGCTTTTTGATTGTAATTCTAATGTGGTAGTATAAAATCCTTTTCCAAAATCACGCTTATTCTTAGATTTTTCTAGATCTACTTCATTAAATAATTTGTTAGTTCCATGAAATAGCATTAATTCATTATTGCTTAACATATTCTTTTCTCCTAACTACATCCTCAATAAACCCTATACTTTCCTCTAAACTCTGAGTATGTAAAACATCATACTGAGAGCGTATTAATTTAATAAGATCGTATTTTTCAAATATTTTAAACGCATTACTACTACTTATATTATGATTAAATGCAAAACCTTCAATAGCCTCTATAACTAATAAATTTTTATCATTTTCTATACTATTCATATATTTTCCTCCATAAAAATATAAATTCAAATTTATTTACTTGCATATTTATATTTAATTTATTATTACTCTAATTTTATTTTATCATTATAAACATTTTCTTAATACTATTTTTATTTTATTATGTTCTATCATAAAGATTTTATAATCTTGTCCTGTATTATAAGTGCACATATTGTTTATTTAGTATTTCATCATCTCATTTAATAATTTGTATATAAACGTAATGTATATAAATATACATTATGGTAAAATAATTGCAAATAGAATTGTCAAAATATTATAACTAATTGAAGTAGGTGTTTAATTGAGTAACTATGATGAATTATTAGATGAAAATAAAAAATTAAAATTTGAAATATATACTTTAAGAAAAGAAATAGAAGAATTAAAATCCAATATTTCTACTAGCATTGATAATAAAAAGCAAATAAACAATCACTCAATAAATATCAATTCCACCTTAGAAGAGAAAATTAAGTTATATAGAAGTTTATTTTATGGCAGATGTGATGTCTTTGCATTAAGATTTGATAATGAATCTAAAAATAAACATGGATATAAACCATATTGCATGAATGAATGGAAACATGGCATTTGTAATAAATCTGAAATCAAATGTAGTGATTGTGATTTTAGAAAATTTAAAGTTTTAAAAGATACAGATATTCTAGAGCATCTATCTGGTCAAAAAACAATAGGACTATATCCTCTTTTACCAAATGATAAGTGTAAATTTTTAGCCATTGATTTTGATGGTAACAGCTGGCAAAAAGATTCTTTATTAGTAGTTGATACATTTAACAAATTTAATATTTCTACATATATTGAACGTTCTAGATCAGGTGACGGTTGTCACCTTTGGATATTCTTCAATGAAGAAATCTCAGCTAGAATAGCTAGATACTTTGGAAATTCAATTTTAAATTACACACTTGAAAATAATATAGGATTAAATTTAGGCTCCTATGATAGGTTATTTCCTAATCAAGATAAAATGCCTAAAGGTGGCTTTGGTAATCTAATAGCTTTGCCATTACAAAGGATACCAGCAAAAAATAAAAACAGTTTATTTGTGGATACTAATTTTGAATATTATAAAGATCAATGGGCATATCTATCCAATGTTGAGAAAGTAACTTTAGATGAAGTAAATGCAATAATAGAATTATTAGAAAAGGAACTTAATAATCATTTATCAATAAATAGCAATAAATCTGTAAACAATATTATCTCTGATAAAAAAATATTACGTAACAATAATATAATAGATATGCCTTCTGAAATAAACATAATCTTAAGTAATGGTATTTATATTGATGCCACAATTTTGACAACTGAACTATTAAATCTTATTAAAAAAACTGCTATAATAAATAATCCTGATTACTATAAAAAGCAAGCTTTAAGGTTATCAGTTTACAAAACTCCAAAGATTCTTAATTGTTTCAATGAATATGGAAAATTTCTAGTATTACCAAGAGGCCTTTTACAAGAAGTTTGTAGTATATTTGAAGGAAATAAAGTTAAGGTTAATATACAAGATAAGAGAGTATTCGGAATTAACATTGATGTAGTATTCAAGGGTATATTATATGATTATCAGCAAATTGCGACAGAAGCTATTTTAAAACATGATAATGGTATTCTATGGGCTTCTACTGCCTTTGGCAAAACAGTTGTTGCTGCAAGTATTATTGCCACTAGAAAAGTAAATACTTTAATAATTGTAAATAGTATACAGTTGCTTGAACAATGGGAAGAGAAATTATTAATGTTCTTGGAGCTAAGCAAAGATAATATCGGAAGATTAGGTGGCGGTAAGAAAAAAACAAGCAATATAATTGATATAGCAACTATGCAAACTTTAAACAAAAATAATGATCTCGATGAAATATTAAACAATTACGGACAAATTATTATAGATGAATGTCACCATATAGCAGCATTTACTTTTGAAAAACTTATGAAAGTAGCAAAAACGAAATATGTTTTAGGATTAACGGCTACTCCCTACAGAAAAGATAAATACGATAAAATCATAACAATGCAATGTGGTCCAATAGTCCATAAAGCAGCTAGTAAAGTCGAAAACGAGAAAAAAATTGCACATATGCTTATCCCAAGAAATAATGAACTACAATCTTATATAGATTTATCTAAATTAAAATTATCAGAGCTATATGATGAAATTATGAATGATAAATTTAGAAATGAATTAATTATAAATGATATTATTGAATCATTTAAACTTGGCTCTACCCCACTTATCTTAACGGAAAGAGTTGAACATCTAAATATTTTATCAAACATGCTTAGTGCATATACTGATAAAATTGTGGTACTAAAAGGTGGAATGGGAACTAAACAAAGGAACTTAGCACTTGATATGATAAAATCATTTTCTAAAGAAGAACAATTTATAATACTAGCAACAGGAAAATATATTGGTGAAGGTTTTGACGAATCACGTTTAGATACTTTGTTTTTAACAATGCCCATATCTTGGAAAGGTGTACTACAACAATATGCTGGAAGATTACAAAGACGATATGAAGGAAAAAATATGGTGAAAATATATGACTACGTAGACAAGAATATTCCTCTGTTAGTAAAAATGTATAATAAGAGACTTAAAGGTTATGAAAACCTTGATTATAATATAAAAGAAAATACTGGCGTACAATATGAATTTGATGATATATAAAGCCCCCTCTCTTCTATAATTATAACCATATTAAAATGCTGTACCATTCATTTCGGTGAGTAGTACAGCATTTTAATAAATTGTTTTCAACTATATTATTTAAGGTATCTGCTAATGCATATAGTTTTTTATAAAATTTACAGCACTATCTAAAATATAAATCAAACTTCCACTAAACTCTTTATCATCAATTGCATCATCAAATATTGAGCCTTTAGTCATACCATTCCATCTAGTGCAAAGGATTCTAGAATTAATTATAGGACATTGATCTGAAAATAATGCTCCTGCATTAGTAAGTTTTCCATTTTTACTCACAAGCCCATAAGAAATATAATCTCTATTCTCCATTACCTCTCCAGTTCTTTGTCTATGAGTTGCCTCTAATAAAGTAAATCTATAATCTCCAATATCATATTCAGAAATTATAGAATCGAAAGTCCTATTTTGACCTTTTAATATTAATTTATTTAATATATGTGATGGTGCTGTTACTGATTGATTTCCGACTCTAACAAAAGCTATTTTATTTCTATCATTAGAATAATAATAATATGGTGTTGCCATTCCTGAAAATACCTTTACACAAAGTATTTCTTTCATATCAATAATAATATTATTATTGCACGCAAAAACTAGCTTAATAGAAACATTAAGCTAACTTTACTTTAAAATGTCCCTACTCCATTCAGGAATCATATCTCTTTTCCATCTAATTATTCCATCGCATATATAAGCTACACGTTTAAATTTATTTGTATTATCATATATATTTATTTCATTACATATATCTAATACTTCTTTTAAATTATCTAGTGATTCATAATATCTTCTTTCTATAGTGTCTTCTGGAATTCCATGTCCACCTTTCAAGACTCTAATTCTAACTCTTTCTTTAGCAATATCAGGAGTGTCAACTCCAATATAGTTCATCACTACATGAAAACCTTCTTGCCTTACTTTTTTTATATTTCTAACAATACTTTTACCCGAAAGAGTAATTTCTTGATTAAATGATATATCATTTTTTATATAATAATTTATAAGTTTTACCGCTTCTCTTCCACACTTAACTTGGAGATTATTACCTTTCCATGTACCAACTCTTGCTACCATCTCATCTGTATTTATTCTATTTTCACTTTTATTTTTTTCATAATAAATAGACTTATATATTGTGTTTTTCCAGCACCATTTACACCTGCAAATATAGTATACGTAGCCATCAATTTTTACCTATTACTCTTTCTTGTTCCTTTTGTAGCACTATATCAGATAAAGCAATATAAAAATCTTGTTCTTCTTTTGTTTTTGCCTTTTTAAACAATTCATTTAAATCTGCATAAGAGTATTTTAAAAATTGATCATATAAATTACTGTTTTCATTTATTTTTTCCATACAGCTTCCTCCAATCAAGTAAAACTTGATTCAGATGGGGTTTGATCCCCATCTGAATCTTAGTTGAACTTATCCCCACAAGGAGGACCTCGTACCTTCAAAGGGTACCTCGTCTAGGGTCGTGCCGCTGTTATACAATCACTAATGTGATTTGCATAAGTTCGAGTAACCAAATACAAGATGCCCACAAGGGGAAAGTTCGAGAACCCAAATATAAAATTTGGACTCTCACTTTTGGACTCTTACTTATCTCCCACTTATAGAAGTGGGAATGTTACAGAGGCTAGACATCAGATAAATAATATCTTTATTATATTATAGCCTAAGAAATTAACAATATAAACAGTTTAATTGCTTCATTTATGCGTTATCTTCTTGACCACTAAAATAATATCACTTCTTGATTTTAATATCCCATTAATTTATTACTTTAATTTAATTTTCAATTTCATTTTTCAATATTTCTTTGAAGCATTGATATCACTTAGCTACAAGCTGATATTTTTCCCACTATTTTTCCCACTACGGCACCAAAAACTACTAAAAATCGAAGTTGCTTGTCTATATACAAAACGGCGTAACCATGCGCTTTTCAAGCATTACTGAATACTAGTGAACAAGCTACTTATGTATCCGGCTAGCGGCACCAATTATTTAAAGAAAAGGCTGTATTACTTGGTTTTGATACCTTGTAGTACAGCTTTTTTTATGTGTTTCTCACTTCTGCAATTAAATCTGTTTTTATAGTTTATAAACCTTCTAAATCCAGTCATAGTGTGGCTTGTAGTGTTTTGTAATAATCTTGTGACTAATCCATATTATTTTAATACTTTCCTTTTCTAATTCTAATGATTTATGCTAAATTTATATACAATTTTACTGTTAATTATTAATATATGTATGCCTTCATTGTAATAATTAATTTTTAATATCATAAAGAAAACTTTTTTATGATATATTTCAAAAATATTTCTACACAAAAATGGTGGCTATAAAAAATATAAAAATACGTTGAAAGTTTTGATGTTGCATAAAGACAAAATATTTATAGTATAATATTTGAAACTCCAATCAATAACATTTTATTTGGTTGGAGTTTTATAAATTGTAATATAGATGTTTTTAAGTGATATTATGTATATAAAATATTGTAAAGATACCCCTTGGTTTTTCAAGAAAATTTTAACTTTAATAATTAGTCACAGTAACAAAATATTCCTTAGAGCATATCTTTCTAATATATTAGTCTGAAACTTTCGGAGTACATCAAAAGTGCTTAAATTACTTTTAAATCTATATTTTATTAAAAGTAATAAAATATAGATAATAAGGGCACTATATATTTGTATGGTTATTGCGTTAAGGGTTCTTCCGACCCATTTTTTAATGGTCAGATGTTGTTTTATCCATTTAAAGAATAACTCAATATCCCAACGCTTTTTATAGAGAGATACTATGTCTTCAGCTGGCATATCGAATATGTTAGTAACTAAACGGAATTCTTCGTCGGAGTCCTTAGTAAAATATAGAATCTCTCTATATTTATATTTAGTTTTATTTTTACTATAATCAGACCCCATTGTAACAATATAATCATATAGATTATCTACTCCAGTATAAATGGATAAATACTCCTCCGTAACAGAGTTGCTTTGTTGTCTTGTGATAAATTTATAATTATAATGACTCATCTCATCATACCAAGAGTACTTAAAATATCCCTTATCAAATAAATATATATTTTTATCCGAATTAACATAGCCGTCAATACAACTACGTTCTCCTACTTTAGCAGGGCGGATGCTAATTTTATCAGGTAACTTAGTTCCAAATGATAAAAGAGTACTAATTCTAATAGCAGATTTTTCATCTTCATAATAGAGTTCAGGGGCTAAGCCCTTACCTATACTAACTACTGATGAATCTATTATTTTAATATCTTTAAAGTTTTTTATTTTAACTGAAGAATTCATTTCTTTATCAGCTTTTACCAATAATTCTTCGAAAACATTTCTAAATAAATCTGATGACTTACTCTTATTTAATCTAGATATTTGGGAATAACTTGGCATGTTGAAATCCTTACTTATCTTCGATGAATTTTTATATTTAGCATTAATATCTCTTAAGCCATCACAGCCGGAGATTTGTAAAAACAACATTGTTAGAATATGATCCCGACCTGTATAACACTTTGAGTATTTATATTCATTATTCGCTTTTCTTAATTTTCTTCCAATATTCCCATCAATAAGTTTAATTAATTTTCTAAACACACTTCTATTTGCAAGTTTATCCATAATCAAAAACAACCTCCATTCTTATAATTGAAGGTTGTCCTTGATACTCAATAATTATTCATTGAAAATTGTTGCTTTATGCAACACTAAAACGTTGAAAGTTACTTTTCAATAAAAAATTTCACCTAATTAAAGACATACAACTTTAATTAAACTGCATGTCTTAATTATAAATACATTTTATTTTTTTATTCTATTAAAATACTTCACCAATATGTCGTTCTATAAAATCATTAATTTCATTTAAGTTAACTATTATTTTGTGCTAAAACTTTAAATTCTTCTATAATTAGTTTAGAAAAATACCAAATAAATTACTCACACAAGGGAATCTTATTAATTTTAAATTTACTGCTATCTAGGGGCTTTTAAGTATTTTAATAATTTCTTTTAAGTTTAGTGCCGTCTTTCCCTTAATGGAAAAATTATTTACACATTGTGTTAACTTAAATTCACTCGACATTGCTATATAGAAATGATTTTATATCTAATTTCCATTCTGCATGCCCACTAGGTATCCTTACAGGACATAAATTATTAAAACATATTTTTATTTTCCACTATAAAATCTTTTTGATCTTCTATATATTGAATTAATGGTTTTATTTCATCTTTTGAAGCAGCACCTAATGCTTTTTTATATTCGTCAGCTGATTCACCGTTCATATATTTTAGTGCTAATCTATTATCTAATAATTGTTTTAAATATATAAATCGTCCTATTCCACCATTGCCATCTTGAAATGGATGAATAACTTCAAATTCTAAATGAAATCTTGCTATATTCTCGATTTTTACTTTTTCCAATGAATTAAAATTATTTATTAGAATATTTAACTTATCTTCAACTTCCAAAGGACTTACCGTTTCAAAATCAGCTCCAAGTATTTTATTTTGATATTTTTTAAATATTCCAGCAAGTCCCATATCATATAAGCTAGTTCTATACATTAGACTACCATGCCATTCTTTTATCATGTCTAAAGTTAGTTTTTTATCTAAAGTATCAATTATCATATCAAATGTATAAAATGAATTTATTGTTTCTTGAACATCATCTAGTTTATATTTTAATTAAATAGCTTGTACCTGGAAATCTTTGTTTCCCTTAGGGGTACTTCTGAGACACAAAGTGTTAAAGTTGCTATAAAAAAAATGACTTACTAGGGGAAATAAGTCATTCTAAATATGTGTAAAGAAATTATTTAATAAGGGGTAAATAATTCTTTAACTATTTCTATACTCCATATATCACACTGTATATATGTCATTATTATGACAATTAAGTTCTTTATATGCACTTAATTTTAGTTATGCGACGCAAAAGAAAACCGTAGATTTCACTTGAATAATGCGGTGTTCCTAAAAATTGTTCACTTTTTCAGTTGTAGCTCTAAATAAGAATATTAATGATTAAAATTTGTCAGTATGTTTTCAAAAGAGAACTGCTCCATGTAATTATTTTCTCAGAATATAAGGAAAATTCACCTTCATCTATTTCAATCAATTTTTTTCTATTAATGCAAATATCCATTATCTCTCTATCTGTATCATTTAGTAGTTTTGACAAGTCAATCTTACTATTTATATATTTTTTTGTTTTATCAAAATATTTAGCTTGCAAAATATAAAATACAGATTTGTAAAGTGCTGATAAAATTTCTATATTTCTTTCATAAATAAAATTATGACAGCACGCATGATACAAATTACATGCCCCTATCTTTATAGCACGTTTAATATCCGCTTTACTAATCAACGGCAACAAATAATCTATACTACCGTAGATTGGTTGCGTATCATAATAAAATTGAAACAAATCAGATTTTTCCCAACTTATAATCTCACTTTTTCCAGAAATGAATCCGCATGCCTTTTCTTTGTAATGCATTTGTGAAATTATCGCTTGATATTTTTTTAAATCTTGCATAGTCAGTTCATTTAAAATAACTACAATGTCTACATCACTATTGTCACTCGCTTCTTTACGTCTATAGCTTCCCTGCAAACCAATAAAGGAAAGCTTATCTCCATATACATTTTTTATTTTTAACACAAGTTCTTCTACCCAATTATCTATAGAGAATATCATTTTATCACCCCGTCTATTACTATAATCTTCGCACCACAATATCTTACATTACTATCTAGAATTATATACTAAAGGAATTATAGCATATTGCCTATAACAATCAAATTAATAGGATAAAGCTTTAGAAACAATTTCGCTAAAAACACCACATTATTCAATTCTCAAAGAACATCGTTTATACTTTTTATTTCAGTAGTTGCTTCGCAAAAATTATAATTCAATTGTCTATGCCCTTTAGGGCTTGGATAATTTCCTTGCTGCAGCAGGCAACAATAATTCACTGGGTCGTGCAAGCTATGTAAACCTCAATCTTTAAAAACCTGCGTAATTTATGACATAGCCTGTAATTCGTTTCCTTTGGATGAGAGAAACATTAACCTTTGTCTAAAATTTAAAATTTATAAGAATATTATTATATGATTTTAATCTTCATATTCCTTATATTTTATACGAACTGCAACTCCTGTCTCATCAAATTGATATTGTGTACTCTCAAGAGGTTCTTTATCATAAACTAAATTTGTTCCAATAGCATAACAAGCTTCTGCCATGGCTGGTGCATATTGACAAATATATTATTTATAAAAGTACAGTAATAAGTACAATTGCAGATACTATCTGAACTAAAGCAACTCCTGATGCATAAATTGAAGCTTTAGCCCCTAATTTTATAAGTTCTCTAAAATTTACTCTCATTCCAATCCCTGCAAGGGCAATTATTTCAAAATTATTACTTAGTGATTTTAATATTTTAGAAACTTGTGGTGAAATTATATTTAGTGTAAATAAGAAGCACATAATGAAGAAGCCTATTACATACCAAGGTATCTTTATCTTCGAATTAGACTTTTTAGAGTTTACCTTAGAAGATTTCTTTTTCATTGTTCCTAGGCTTAATACAACAAAAACTAAAAATATTATACGAACTATTTTAAATATAGTAGATAAATCTTTTACTTGTTCATTTACTAAGCTACCACTTGCAACAACTTGTCCTATGGATTGGAGTATTCCGCCTATCAAAGCAGATGTTTTTGTTGTCTCTGATAAAAACACTGTTTTTGCAATAAGTGGAAGAAGAAGCATTAAAACTGTACCTGTAACATTTACTATTGTTATTGCTATACCTTTTTCATTATCATCTGCCTCTATAACAGGTGCAGTGGCTGCTATAGCAGAAGATCCACAAACTGCATTTCCACTTGCCATTAAAAAACTAAAGTTTTGCGAAAAGCCAAGCTTTTTTCCTATTAGAATTGCAAAAGTAATTGTTATAACCATTTGCAATGCTATAAATGCTACTCCTGAAATTCCTAAGTTTAATATAGTTTGTGCACTTAAGGTTCCTCCAAGTAAAACTATAGAATAAGATAATAATTCACTTTCTGCAAATTTAGATCCTTTATCATATATCCTTTTATTACAAAATGTATTTCCAACTGCCATACCTATAAATATTGCTATAGATGCTCCACCTATACTAGGAACATAATTTTCTATATACTTTCCTATCCAAGCAACTATCACACATACTATAAGTCCTGGTAAAATTTTCGAAACTTTATTTAATCTTTTTAATATATCTTTACTTTCAAATAAATTTAATATCATTTATATCACCCATCACCCTTCAAAAACATAATCTCCATATGAAGTAATTTCTTTACATGTTTGAGTATAATAGGTGTATAACCATAAGTAAAATATATATATATTATAATAATCATTAGTTTTCTTAATGATCTTAAAAAGGATGAATTTTATGATAGAGGAACTTAAAACATTTATAGCAGTTGTAGAATATAAAAATTTTACTAAAGCTGCTGAAGCTATTAATTTATCTCAACCAAGTGTAAGCTTACACATCAAACATCTTGAAGAATACTTCAATACAACTTTAATACAACGTTCAATTAAACAAAAAAATATAAATATAACTCAGCCAGGTTATTTACTTTACGAACGTGCAAAACAAATTATTAAATTATTAAATGATACAAAAAATGATTTATTGGATTATGGAAATGTAGTAAAAGGTCAATTGCATATAGGTGCAAGTTTTACTATAGGGGAATATTTTTTGCCAGCTTTTTTAGGGCACTTTGCTAAAGCTTATCCAGATTTAGAATTGGAGGTTACAATTGAAAATACTCATAACATATGTGAAAAAGTTAAAAATTTTCAAGTTGATTTAGCATTAGTTGAAGGTACAGTTCCATCATCTAGCTTTGTTACTGATAATTTTCATACTGACAAAATGGAGGTTGTTGTTCCTTATAATCATGATCTAGTCAATAAAAAATTATCAATTGATGAACTACAAAATCAGACGTGGATTAGTAGAGAGGTTGGTTCTGGAACAAGAGAATATTTAAATCTTTTCTTATCTACTAATAATATAAATGCTAAAAATATTATTGTATTTGGAAGTAATTATTCTGTAAAAGAAGCCGTTAAAAATAACTTAGGTATTATGTTTATATCATCTCTAGTTATTGAAAATCCATTAAAAAATAAAGAAATTTCTATTTTAGAAACTTCTCAAAATTATACTCGTCAATTTTCATATATCATGCAAAAAGGGATTATCCCCTCAAAAGGTACTTTAGTATTTATAGACATGTTGAAAAATTATAATAAAAATATAGGGGACTAAATAAATCAAAGTCCCCTATATTTTTATTATTTTTTAAGTCTATATTATTTATGAGCAATAAATTCTATTTAACACTATAAATAGTTTAAGGTTTTATATAACTATATACTTCACTCTGTCTATTTATAAGTTCTAAAACTCCAACTGGAACAATTTCTATAAAATGCATTAAGTCTTCTTTTTTATATAAATAGATTTAATCCAGAGCCTTCTGTTGATCCTAAATATGAAGCAACTCCCCCTATTTCAACACCATCTATAAATTCTTCTTTTTTTATTCCCATTAAGTCCATACTCATTGCACATGCAACTACTTTAACGCCCATATCTATAGCATTTTTTATTAGAGTTTCTAAATCATCAACATTATGTTTTTTCATTATCTGCTTAATCATTGCAGGTCCCATTCCCATCATATTCATTTGTGATAACGGTAATTTTCCTGGATGTCCTGGAAGCATTACATCAAACATTTTTTCCATAGTATCCTTAGTTACGCTAGGTTTATCTTTGCTCTTTAATATGTTAAGTCCCCAGAATGTAAAGAACATAGTCACTTCTTTCCCCATAGATGCTGCCCCTGTTGCTATTATGAATGAAGCTATTGCCTTATCCAAATCTCCACTAAATACTACTAAGGTTGCTCCATTTTTTTCTACAACTTGTGGTGAAGATGTTTTTTCAGTTGATACTGCTCCTGTTCCCTTTTGTATATAAGCTACAAAGGCCTTTTCTTTATTATCAAATTCTGCTTTTAATAAAGTGTTTCCAGTTGAACTGCACCATGATTTTATATCCTTACTAAACCCAGGATCGCTTGCCTTAACTTGTAGAACATTCCCATCTTCCATTTTATTAATTTCTTCAAATACTCTTTTTATTGGTCCTGGACATTGAAGCCCACATGCATTTAAAGTAACATGAGCATTTATTTCTGTTATATCTAAATCTTCTAATTTCATTACAGCTACCTCATCTTTTATATCTTTATTATTTTTGTATTGATTTTCAATACTTTCTTGTGCTCTCTTTACATATAAATATGTCTTTATGCCTCCATCTATATTTGTACATTTGATTCCATTTTGAGAAAGCATTCTGCAAGCAACATATCCTCTAAGTCCAACTTGACATGTAACATATATATTTTTATCTTTTGGTATTTCGCTAAGTCTGTCACGAAGTTGTCCAAGGGGAATATGAATAGAATTTTCAAAGCCACCTGTAACTAGCTCAAATTCTTCTCGTACATCTATTATTATAGAATTATCTTTATCTAATTTATCTATTTCATACCATTGAATTATTTCAGTAAGTCCTTCTATAATATTTGAAGCATAATATCCAAGCATATTAACTGGATCTTTAGCTGAATTATATGGAGGTGCATAGCAAGGCTCAATGTCTTGTAAATCAAAAACTGTAAGATTACCTTTAATAGCTGTAGCAAGTACATCTATACGTTTTTCAACTCCATCAAGACCTACCCCTTGACCTCCAAATATTTTTCCTGACTTTGGATCAAATAACATCTTAAAAGCTATAGGAAAAGAACCTGGATAATATCCTGCATGAGAGCCTGGATGAATATGGATAGCTTCATATTCTATTCCTAATCTCTTTAATGTTTTTTCATTGTTACCAGTTGTAGCCACTGTATAATCAAAGACCTTAGCTACTGATGAACCAAGGGTACCTTTATATTCAACATTTTTTCCACATATATTATCTGCAACTATTCTTCCTTGTCTATTAGCAGGCCATGCAAGTGGAATCATTGTAGGCTTTTTATTTACAAAATCCATAACTTCTACTGCATCTCCTAAAGCATAAATGCTAGTATCAGAAGTTTTCATAAATTTATCAACTATTATATGCATTTAAGTTAAGATTAGCTTCTCTTGCAATTATTGTTTCTGGTTTAACACCAATTGATAATATAATCATATCGGTTACTATTTCTTTTCCACTGCTTAATATTATCTTTTTCCCATTGTTTTCAAAGCCAGCCACACCATCTTTTAATATTAATTCTACATTTTTATCTATTAAATGTTCATGTATTATACTTGCCATTTCTATATCAAGAGGAGCCATTACTTGCTCGCTTGCTTCTACAAGTGTAATTTCAATTCCTCTAGCATGAAGGTTTTCAGCCATTTCAAGACCTATAAATCCTCCGCCTATTACAGTTGCGTGTTTAGGCTTATAATTATCTACATAATATTTAATTTTATCTGTATCTGGTATATTTCTAAGCGTAAATAAATTATCACATTCATTTATTCCAGGTATTTGCGGTTTTAATGGATGTGCTCCTGGAGATAAAACTAAAACATCATATGATTCTTCATATTCTTCTTCTGTTTTGTGATTTTTTATTTTTACTTTCTTATTTTCTTTATCAATACTTAAAACTTCATTTAAATTTCTTATATCTAAATTAAATTTTTCACTCATTTCCTCTACTGTTTGAACTATCAATTTTCCTCGTTCATCAATAGTTTCCCCTATATAATACGGAAGTCCACAGTTAGCAAAAGATATATATTCACCTTTTTCCACCATGATTATTTCAGCATTTTCATCTAATCTTCTAAGCCTAGCTGCTGTCGATGCACCACCTGCAACCCCACCAACAATAATAATCTTTTTAGCCATAAGAATCTCTCCTTCTTATAAATTTATATATTTTCTAATTATGCTTAATGTTATTAATTTAACAATTAATATCCCAAAAATATGAAATTACTATTACTACAAAAACTTTTATGTATAGTCATAATTTCAGTTTATTAATTGAAATATCTTAATTCAATTTTAGTTAATATAGTTATTATCGTCTGTGACTTTATCACACATATAACTATATTTTAGATTGTACTTTAATATAACATTGCTTTTTGGAGTTTAGATTTGATAATAAGTTAATAAATTTATTCATAGATAAACTTAAAAGGGAAACACATCCTAATTAATCTAGATATGTTTCCCTTTTATATTTGATATTATTATATTAATATTTAATAATACTAAGTCCATAAAAATATTTTATTAAACTATTTCTATAAATATGCATTTACCTTGTTGGTTATATTTTGTTCTGGCATAAAACCTGCCAAGTTTTCTACTGGAACTCCATCCTTAAAAATAATCATAGTTGGAACTGCAGATATTCTATATTTTTGAGCTATATTTCCATTTGCATCTATATCTACCTTAAAGAATTTAGCTCTGTCTCCCATTTTATTACTAACTCCCTCAAACACTGGACCTAACATCTTACATGGTCCACACCAAGTTGCAGAGAAATCAACAACTACTACCCCTTTAGTATTTTCAACATTTTCAACAAATTCATTTCCATTTATTGCTTTAACCATACTTAATTCCTCCAATTCATATTTTCTAATTTTCATTACTTCTTATACTTTAATTATAACTTCATCTTTTTGCTATTTCTGTGACTTAATCACTTAAGTCACTTTCAAAAAATAATAAGTCTATATACTAGTATATTTTATTTTCTATGCCTAATTAATTTATCTAAAATTATATTCTGTAACAATACTTTCTCTATTTTGAGTTACATCATTAAAATATTCATAAAGTGATATTCCCAAAAAGCTTCCTGTTATATTATAAACATTGTTAAATCCTAAATTTTGAAGAGCTAGTGTAGCATTATAACTTCTTTGACCAGTTCTACAGTGAAGATATACTGGTTTATCTTTTGGAATCTCATTAGTTCTTTCTCTTAGTTCGCTTAATGGAATATTAATAGAATTTTTTATATGACCATTAGAATACTCTCCTCTTTCTCTAACATCTATTATAAAAGCATTATGCTCCACAAGTCCTCTAACTAAATCAACATTAACTTGCTTAAAATCTCCATTTAAAAGATTGGAACCAACATATCCTGCATAATTAACAACATCTTTTGCTGTAGAAAATGGTGGTGCATAACATAATTCTAAATCTTTTAAATCTTCCACAGTTCCTCCAAATTTTATTGCAGTCGCAATTACATCTATCCTTTTTGTAACATCACCTTTACCTATTGCTTGAGCACCCAAAATTTTTCCAGTTGGAACTTCATATAATAATTTTAAATGTACGGGAGATGAATCAGGCATAATTCCTACTTTATCAGTAAGTATTACCCTTACAACATCATACTTAATTTTCATATTTAGAACATTTATAAGTGCTTCATTTAATCCTGTTGATGCTCCATTATAATCAAAAACTTTTATAGCAGATGACCCAATATATCCTTTATTTAAACCCTTTTTTCCATTAATATGATCTGCAACAGATCTAGCTTCTTTTTGGGCTGGACCTGCAAGTGATAATTTTGCCATAGAATGAGTTAATGAATTGTAAACTTCTATTGCATCACCAACTGCATATATATTATTATCATTCGTTCTATAATTTTGATCTACTTTTATTGCTCCAGTTTCACCAATTTCTAAATCTGCACCTTTAGCTAAATCAGTTTCAGGAGATACTCCTATAGCCATAACAACAACTTTTGCATTTATTTTTTTACCTGAAGATAAAATTACTGTATCTTTTTCAAATTTTTCAACTTTATCGCCAACTATTAAGTTTATTCCACGATCAAATATCTCTTTATGAAATATTTGAACCATATCAAAATCAAAAGGTCGAAGTATCTGATCCGTTGCTTCTATAAGTGCTACATTATATCCTGCTTCTCTTAAATTTTCTGATGCCTCAACTCCTATATATCCTCCACCAATAACTGCTATATCTTTTATATCAATTGATTTTACATACTTGTTTAATTTATCTATATCAACAACATTTCTAATTGTAAAAATATTTACTTCTTCAATTCCTGATATGTTCGGTACAATTGGCTTAGCCCCAGGAGATAATACTAACTTATCGTAAGTTTCTTTATATGTTTCCCCAGTTTGTAAATTTCTAATGTTTACATATTTCTCTTCTTTGTTTATTGATAAAACCTCATTATTTACTCTTGCTTGAATTTTATATTGAACCATAAACTTTTCAGGACTCATTAGAACCAACTTATCAGCTTCATCTATTACTCCACTTAAATGATATGGGAGTGCGCAATTTGAAAAAGATACATGAGGCCCTTTTTCAAACATTATTATTTCATCTTCTTCACTAAGTCTTCTAAGTCTCGCTGCTGCAGATGCTCCCCCTGCAACTCCACCTACTATTAATATTTTTTTCTTCATAATATTCTTCCCCTTCCTAAATTAAATACTTTTTATAAACCAATCCAATTACTATTTTCTCTTTGTTCCTGCATATGATCCCATTCCGCCTGCAACATTTACAACATCAAAACCTTGTTTTACAAGACTATTACATGCTCTTGCGCTTCTTCCACCAGATTGACACATTATGTAATATTCTTTACTTTTATTTAAATACTTATCTGGTTCATTTAAAAGTTGTCCCATTGGGATATTTTTAGCACTTTTTATACTTCCACCTTTATATTCATATACTTCTCTAATATCAATTAATTCAACTTTTCCAATTAAATTATCAATATCATTTACATTAATTACTTTTCCTTCGTCTTTTTTAAAAAATCCAAACATTTTTATCTCCTCCTAAAATTAATTATTGTACTTAATTTAATATTTACATTATTTAAACTTTCAATATTTCATTTAAATCCTTAAGTATTACGATTTTACCTCGTTCCAATTTTATATATCCTCTTTTTTCAATCCTTTTTAGACTTCTACTAACAACCTCTCGAACTGAATCAACTTCAAAAGCCAATTCATTATGAGTTGCATAAACTATTTTGCTATTTTTCTTAATAAGTAATCTAATAAGTCTTGATTCTAAAGATTCATGAATCATATCTTCTTTATTTTCTAAAACAAGATTAAATTTTCTATATAAATCTTTATACATATATAATAAAAACTCGTTATCTTGAATGAAATGTTTTCCAACTATATCAAAGGGTATTATGCAAACTTCAGAATCTTGAATTGCTTTACCAGCTATATTTAAAGATTCTAAATTTGATAAACAGCTTAGAGCTTCATGGCAAAATTCTCCTTGTTTTATGTTATAAAGATTAGTTTCTTCCCCATCTTTATTAATTTTTTGTATTTTTATTGTTCCCTTTATTACAAATAAAACTCCCGCACAAACTGCATCTGCTGAAGATACATATTCATCAGAATATACAGTCTTAAAAATTGCTTGTGTACTTATAATTTCATTATTTTCTTTATCAATCTTTTTCAATACCGGATACATCTCATACAAAGAATTTATATCTTTTGATCTATTGTCTAATGTTTCACCATAATTTTTCATTTACTCCCCTCCTTGACTTTATTATATAATATTCTTTCACAAATATATGTGACTTAGTCACATATATGATAAAAATTTAAAAAATACAAAAAATAGAGGATAAACTATTTTCTAGTATCCTCTCTTTTAACTCTGAAAAAATTATTTTATAGTTATTTTATTATATCCTATTGCTTTTTTAGGACAAGCACTTACACATTTACCACATTGTATACAATCTGGATGGCTTAATAAATCATCTTTGTAATCATAAGGAACTAATCCTAATGGACATTTCTTTTCACATATTTTACATGAAACACATGATGATGATACATTTAATACTTTTTTACTTTTTCTAAATTTTGATACAACTGATGCCATAGTTCCCATTGGGCAAAAATTACACCATGTTCTATGGTTATAGACTAAAGATAATAAAATACCTATTATAGTTGTTACAACAATTAATCTATAAAATACCATTCCTATACCGTAAAGATTGCCCCAACTTTTACTTACTCCTGAAATAAAAACTGTCATCATAATTGCTAGTATTATAGCTCTAAAATAATAAGATTTAAAAAACTTAGGTGGGTTTCTTTTATTACTAAATTTAGAAACTACATTATCATAAAAGCTTCCCCTTGGGCATAAATTTCCACACCAGAATCTGCCCTTAAAAAATGAAACAATTATAGGTGCTATCATACAAATGGCTGCTACCACTGCAAACCTTAAATCAAACAAACCTAATCCTATAAAAGCAATTAACAGGACAAACGAATACTTTTTCCATAACTTTAAAAATTTTTCCACAAAAATACCTCCGATTTATTATTCTGTAATGATCTAATCAGTTTTTAATATTTATTAATTAGTTCTTTTTTATTATATTCACTATCTCTATTATTCTCTGTGACTTTATCACTTAATTAAATTTTATAAAAAAATCACTCAAGTTATTTAATTCCTTGAGTGATTTTTAGATAAAACATATTTATTTGAACATAATAAACCCTGTTATGCCAGAAAGTATAGCTAGAACAATTGTATCCATTTTAAATCTATAACTTAGTATAAAAGCTACGACAAATATAATTATGCTTTGTATATTTACAAAAACATCTCCCATAAGCATAATAGCAGCAGATGCAATAAGACCGATTGAAGAAAGTCTTATATACTTTAAGACATTTTCAACATATTTATCATGTCTATATTTCATAAAGAGTTTTGCAATAATATAAATTATTATTACAGATGGCAAAACTACTCCAAATGTTGCAAAGATTGATCCTATGACTCCCGCTGTTTTATATCCAACATAAGTAGAAGTGTTAATTGCTAAAGGCCCTGGTGTTACTTGACTAATTCCTACTATGTTTATAAATTCTTGATTAGTTAGCCAATGATTTACGTTCACTACTTCTCTTGTTATTAGTGGAAGCATTGCATATCCTCCACCAAAGCTAAACAGACCTATTTTAAAAAATGTTAAAAATAATTTAAGTAATATCATTTTTATTTCTCCTTTTTACCTCTAATACGCCAATTACAATAGCACCTAAAATAACATATATAGGAGTAATTTTAAATCCTGCAACTAAAATTATAGCTAGTAAAGGTATAATAACATTTCTTCTATTTACATTAGCTGTTTTACTCATTGTTAACGCTGGTACAGCAATGAGTGCAACAACTGCTGGTCTTATTCCTTTAAATACTCTTTCAATTATAGGATTATTTTCTATACCTATAAATACTGACGCTACTAAAATTATTATTATAAAAGAAGGTAATGTAGATCCTAAAACAGCAAATATTAAACCTTTAATTCCACTAATCCTATACCCTACAAATACACTTATATTTACAGCTAAAGGTCCTGGAGCAGATTGAGAAACAGCAACCATATCTAAAAATTCTTTTTCGTCTATCCATTTCTTTTTTTCTATCACTTCTTTTTGAATCAAAGGAAGCATTGCATATCCTCCACCTAGAGTAAAGAGGCCAATTTTAAAAAATGAAATAAAAATTTCTCTTAAAACTTTCATGAATCTCTCCTTATTTTTTTATTATAATTTAAAAATATAAATATAACCCAAATCAAAACCCCACTCAAGCTCATTAATTGAGCAATCCTAATATTTCCTAGCATTAAGCTATCTGTTCTCAATCCTTCAATTAAAAAGCGACCTATAGAATATAATCCAATATATGTGAAAAATACCACTCCATTTTTCTTATTTTTCCTTAATAAAATCATTAATATTATAAATATTATTATGTTCCAAGTAGATTCATATAAAAAAGTAGGATTATAATATGTTCCATTTATATTCATACCATTTTGAATAAACATAGGAAAATGTTTAATAAATTCATAACTGACAGAATCTCCATGAGCTTCTTGATTAAAAAAGTTTCCCCATCGTCCCAATGCTTGTGCAAGTATAATAGAAGGCGCTGCTACATCTGCAAATTTAATAAAGTTTAATTTTTTAATTTTCGTATATATTAATGCTGTTCCTATTGCAAAAATAAGCCCACCGTGTATAGCAAGTCCGCCATGCCTTATGTTAAATGCTTCCATAATATTGTTTTTATAATTTTCAAATTCAAATGCTACATAATATAGTCTTGCACCTACAATACCAATTGGAATAGAAAGAAGTACAATATTTAGTAAATTATCATAATCAACTTCTCTCCATTTACAATTATAATTTGCAATTAATATTCCGAGTGTCATTCCTGTTGCAATTATTATCCCATACCATCTTATATCAAGTCCCATAACTGAAAATGCTGTTGGATTCATAAATTCACGTCCTATCTTTTAATTTTGTAATTTTTGTATAACCATAGCACATGCTCCCATTGCTATGGAGTTATCTTTATAATGTCCACCATTACTAAATTGAATATTATTATTTTTAATATGACATTTTTTAAAAGCTATTTCTTTAGCTATATTATAAAATAAATTTGAATTTTGTATTAATGGACCACTTAATATTATTAACTCTGGATTGAACAATTTCATATAATTTGAAAGTGCTATTCCAAAATATAAAGCTGAATTCTTAATAATATTCATAGCAACTTCATTTTCTCTTTCTGCCAAACTACAAACATCTCTGTAATTAATATTATTTAATTTTTTATTTAAATATGATCCATTAATTTCTTTCATTTCATTAATAAATTTTCTTGTTATATTTGCTATTGATACATAACTCTCTATACACCCATGATTACCACAAGAGCATAACTCTCCATTAGCATCAACAATCATATGACCAAATGCATCTTCTGAATTGTTAATTGTGCGAATTAAAACCCCTGATGAAATAATTCCGGTTCTTATTCCTACACCGCAGTTTATATACGCAATATTTTTTTTACCTTTTCCAAATCCAAAATTATACTCTCCAATAACTGCTGCATTAGCACCATTATCTACACATATTATTGCATCTAATTCTTTATCTAAAACATCATATAAGGGCTTAATGTTAAATCCATCAACAATTCCTATCCCAATTCCAACAATTGATGATTTTTGTATGTGTAATTTTGTACACATATCTTTTATATAAGGAGGTATTATTTCATTTATGTTTTCAATCTCATATTCATGGCTTAATAATCTTTCTTCAATTATTTTTAATTTCAAATTCGTTATAACTATTTTAGTATAAGTTCTCGATATATCAATTCCAATAATATAAAATTCCCTTGGATTCACATCATATAAACTAGGTTTCCTTCCACCTGTAGATTCTCCAATATCTATTTCTACGATTATTTTTTCATCAAGTAAAATTTGAAGATCTCTATTTAGTGTAGTTAATTTTATTTTAGTCTTATCTATCAATTCACTTTTAGTTATAGGACCTTTTTTTTGTACAATATCAAATATGTGCTTGCCTCTATCATTTAATGATTCAAAACTTTTATAAGCTTCCAAAAAACTTCACTTACCTTTCTTAATAATAATATCACCTTTTAACCATTTTAGAAATAAGTTTTAATATTTTAATATAATACTAACTTTCACTTAGTGCAGATATTCTTATGTGGTTTTCTGAACGCTAAAGCATAAATAAAAAAGAGAGGTTAACTATTTTCTAGTATCCCCTCTTCCATATAACGTATATTTTATTATTTTTCATTCTTATTCACTCCCTCTATTTTGTATATTCCTTAAACTCATCATATGATAATTCTCCCTTTGCAAGTTTTTCACATATATTATTATCCCAGTTATTACTTTCAATCGCATTTTTAATATTTAAAAATTCTCTGGTGCCTATGGCACATTGTGCATATCTTTCAAGAAGTATAGGAATAAATTTGTTTGAATATTTTATATCTTCAATAATAGATTTCCTTTCTATATATTCATCCGCAGTTATAATTCCAGAAGCATATTTTACTTTAAGTATATCTATTAACTTTATTGTAAATGGATTTAACGATGGCTTATTTTTTAATAGAATAAATATTAAAATTGAAAAAGCCATTAAAATAAACATTAAAATATAAGATCCATAAAACCCCATTCCCATATGATGACCACGCATCATAATTTCACCTCCAGTGAATCTTTTAAAATTTCAAATGAAATAGTTATTGTTGTACCTTTGTCTAAATCGCTTTCTATAGAGAACTGTCCATTTAAAACTTTTACTAATCCTTTAGCTATTGAAAGACCAAGACCAGTTCCCTCGACTTTTGAGTTTCTTGATTTATCAGCTTTAAAGAATTTTTCTCCTAAGTACTGAATTTCATCTTTTGGTATCCCTATTCCATTATCTCTAATAGTTATATACATATTTTTATTATCTGCTTTTGTAGATACCTCTAGAATACCTTTGTAGGGAGAAAACTTAATTGCATTATCTAAAAAAATTATAAGTAGTTGTTTTAATTTATAATAGTCACTTAATATCGTTGTCACATTGCTTTGCAACGATAATTGTAAATTCATATTTTTATTATTTATTAAAAGTTTAAAGCCTCTAATTGTATCATTAATCAGCATATTAATATCAATAGGAATAAATTCAATCTCTAATGTTCCTGATTCTAACTTACTTAAATCAAGTAGATCTTTAACCATTCTTTCAAGTCGATTAGTTTCTTTTATTAGTGTAACGCAAGTATCTGCTATATCTTCTTGTTGCGTCATCCCATCTACAATAGACTCTAAGTTGCCTTTTATAACTGTTAAAGGAGTCCTAAATTCATGAGAAACATTTGAGATAAAGTCTTTGCGCATTTGTTCAAGTTTTTCTTTTTCACTTATATCTTGAATAAAAATAACACCACCTATAATCTCATTTAAATTGTTCTTTATAGGAGATATAGAGAAATCTAATACTTTTGATTTATGCTCTGTTATAATTGATTTTTTTTCATTGCTATATATAACATCATTAAATTCTTCAATTATATTTAATTTTGATAAGATTTTAATTATTTCTGCATCAGTTTCCATACCTTTGTGAGAAATAAGATTTATCGCTGATTGATTTACATTTATAATATGAAAATTTGGATCCAATGCTAAAATCCCCTCACTCATACTCGTTATTATATTACTTAACTTGTTTTTTTCTTCAAAAAGCTTGCTAATGGTATATTCAAGTTTTAAGGATAATAAGTCAAATGAACTTGATAACTCTCCTATTTCATCTTTTTGATATATATTGGTCTTTATCCCATAGTGACCTCGTGCAAGTTCTAGTGCCGCTACATTTATCTTTTTTATTGGTTTAGAGATACTTTTAGAAAAATAGTACCCCATAAATCCAACAAGGACTATTTCACCTAAAATAGTTAAAATTAAATATACAAAAAATTTGTTCATAGAATCTGATATATCAGATGTATAAGAATTAAGAACTACAGCACCTATTACGCTATTATTTTTGTTTTTAATTGGAACTGCTATAGTCATCATGTTTTCCTTATAATAAGGGTTATAAATTTCAGAATATCCTTCTGTACCAGTTAATACCTTTTCATTAATATCCGTATAGGTTTTATTTACTTCAATATCATTTATGTAAGTAATGCTATCAGTATTGCTGTCTGATGCAGTTATAATACTTTTATCAGAATTGATAATCCAAATCTTTGCGTTATCAATAGCGTCTAATAAATTTATAATTTTCATAAATTCCTTATTATTTGAAGTGTCAGTTATATAAGGTTCAATGGTTTGCGAAATTGATAAAGCATGTTTTTTCATATTATTTTGTTTAATCTCATAAATATTATTTTTAAACATATTTAATGCAATAATACCTATGAAAAGAGTTGAAACTATAACAATTGTTAAAAATCCAAGTGTTAATTTAAAAGTAATATTCTTCTTAAACATCTTTCACCTCAAACTTATATCCCATACCCCAAATAGTTTTAATATCCCAGTTATACTGGCCATTTAAATCAAGTTTTGCTCTTATTCTTTTTATGTGTGTATCCACTGTTCTGGGATCTCCGAAGTAATCTATACCCCAAACTGTATCTAGCAGTGCATCTCTTTTAATCATATTATTGGGAGAGCTAGCAAGCATCCATAAAACTTCAATCTCTTTTTTTGTAAGATTCATATTAGTACCATCTAGTTTTACTGAGTAATTATTAATATCTAATTCAAGTGGTGTATATTTAATTATTGATAGCTTATTGTTTTCAACTGGAGTAATACGCCTAAGTACTGCTTTTATTCTTGCTATTACTTCTCCAGGACTAAATGGTTTTATAATATAATCATCAGCACCAGAGTTTAATCCGAGTATCTTATCTGAATCCTCACTTTTAGCAGTTATCATTATAATAGGAGTATTTGATTGTTGCCTAATTATATTACAAACTTCAATTCCATCCATTAAAGGCATCATAATATCAAGTAAAATTAATTGAGGATTATAATGTTTAAACTTTAGTAGTGCTTCTTCCCCATCAAGGGCGAAAATTACGTTAAAACCTTCCTTTTCTATATAAGGTTTCAAGATTTTAATAATTTCCATATTATCATCAGCAATCAGAATATTTTTATCCATTTTATCCCTCCTATCTTTCTCAAATTATATCATTTATAATACTTGAATTTGTGTCCTAATTGTGTACTTTTATTTCACAATTAGGACACTTCTATATAGGGAAATTGATTTATTATTATAGTATACCCAAGCAGTAATAAATTAAAAATGAGGAGGAAGAAAAAATGAAAACAAAAAAATTAATAATAGCATTAACTATGATTCTTACTATGGGATTAGGTATAACTGCATATGCAAGTACTACACAATCAACTACTGGTACTCACCAAAGAGGTGGAATGATGATGGTTACAGGCATGAGAGGTTATGATTATATAGAATCAGTGTTAAAAAACAAACTTGGCATGACAGATGAGGAAATAACAATTGGGCTTAATTCTGGAAAGACAATGTATGCTTTAGCACAAGAAAAAGGAATGACAGAAGATCAATTTAAATCAGCTCTCCTTGAAGAGAGAAATAAAGTTGTTGATAAGGCAGTTGCAGATGGAACTATAACAAATGAAGAAGGTGTTAAACTTAAGGAAACTATAAAAAATAATCTTGATACTTGCACAGGAGTTCCAAGTCAAAGAACAAGCAGAAATGGAGTTGGACGTGGAAACGGACAAGGAACTGGACATATGTCAGGTGGTGGATTTAGAGGTACAGGTGATTGTTATATCGATAATACTGCAAAATAAATGCTATGAAATAATATGATTAAAGAATGAGACTTAGTGTTTCATTCTTTTTTAGTTAAAGCTTATTCAATTTCTATTAAAAAAGTCTATGTCATTTGGAGTACAGTTCTGAGTAATGTTCATAACGTAACTTTTATTATTCTCGCTTCTTTCCAACGGCAGCAAGGTATATTACAAATTCTTCATCTCCATCTAATTCTAAAAGCTCATCCATCATTTTTTGATCATATATACCTATAGCACAAGTTCCTGACTTAACAGATTCACTAGCTAAATAGAGATTTTGGCATACGTGACCAATATCTATTAGAATTTTTTTATGAGCTGTAATATCAAACTTCCACTCAGAGCGATATGGAATAACACTCCATGCAAATAGAACTGCAGCCTTTTTCGCAAAATTAGGCACAAATGGTTGATCTAATGTAATTGCATCAACTTTCTCTTCTATATTATTTAATTCAAACATAAATAGAAGCTTATGCTCCACAGGAAGATATCTATAGACTCCATTTTGTATTCCTTCCACCTTCATTATAAATAAATATGTTTCAAATGAATGTGTTCCACCGCTTGAAGGTACTGTTCTAAAAGTAATTCCTGCATTATTTGTATCAGTAATACCTTGAGTAGCCCATAATAGATATGATAATTCATCAAGACTCATTGATTCATCACTATAAAATCTTGTGCTTCTTCTTACCTTTATACACTGATATATATTTTGTTCTTCCACAACATCTCTACTTACCTTTGGGAGATTAATAATATTAGCAGATGAATCATAAGATTTAACAATATGTGGTTGAGGTATACCCTTCATTTTATCAGTTTTAATATTTTTAAATTCTCCAAAATTAGACTTTAAAAAACTTCTTTGTTGTTCATATCTTTTCATAACATTTCCTCCATTGTTTTCTTTAATTTATAGCATATCACATTCAATAAAAATCACAGTAACATGTGTTACTATTATTATTTTTTTGCATATTAAATAATTCCTGTAATTGAAAATCTGAAGACTCTTTAATCTTTTATTTTAAATCAACATTGTTGTCTAAATGTGATTTGCATTGTAGAAAGTTCCTAACGTTCCTTCGCAAGAAGAAAAGGTAGCAACAATTTCTCTCCAATTTATCTTTTCATTATTATTTATGTAAATAAACCTCCATTGTCAAAATCTATGTTAATTTTAACAATGAAGGTTTATATTTATCTATCCGTTAATTTTTTTACGCTTACTTTTTGTTCTAGAGAAACTTTAGCTTTTCTTCCCATAAAAATATACTCCCTCCATACTGAGAGTTTTATTATGTTACTTTTTGCAAATTCTAAGTCTAATTAATATATTGACACAGTTGACTTCCCCTCAATCTCACCTTTAAAATTTGTACATTTTCTAAGAGCCTACTTTTCTGCCTGCTCTTTAGACGTGGTTGTATAAAATCCAAACCCAAAGTCTAGTGCCCTGTTAGTCAGATGATTTTATTTAGTATTCATCACAGCGCTTGAAGCTTAATAATTAAGAATTTTAGTGTTACTTACTGTTTAGTATCTAAATGAACTATACTATCCTTTCTTTTTCCATATCGAAGCGGAATCGAAACATTACGATTAAAGACTGTAATAATTGGCCCCATAAAAAAAGCGGTAATAACAGTTCCTATTCCTACGGTAGCACCAAGTGAATAGCCTAATATTGTACAAACTAAATCAGATCCAATTCTGCAATACTGAAAACGTCCCACTTTCTTTTCTGATAAAATAAGAGCAACCGCATCATAAGTCGATACTCCTAAATCTCCAGTAAAATATAAGGAAGATCCAAAACACATAACAATAATTCCTATAATCAAAAATATTATCCTAAATCCGAATGTTGGATTTGGAATCCATGTTTCAAATAACCAAGATGAAAACTGTACCACATATCCTAATAAAAAAACATTAATAAAAGTACCAAGACCAATCTTATATCGATCAATAATAGCAATAAAAATTAACATAATCAAATTTAATATTGAATAAAAAGTTCCATAACCTAATGGTATGTACATGCTGATGCCATGTGCAAACACTTGAAATGGATCCATCCCAAAAGTTGAAAAATTGAACATTCCTACACTAAATCCTGCTATCAGCACACCAAATACAGTCATTATAACTCTTCTGAATTTCTCACTCATTCTTATTCCTCCTTGTTTCAATAAATTTAAATAGTAACATCTTAATAATAGCAACTATTGTATGTCTTCCTTTCATAAGTAGTCTGTCCTTATTATACTCCAATTTTTACATAATATCTTTATTTTTCCTATTTACCTCATTGTTTATAGAATTTACATTCTGCCTTAATTAATACTAAGTCTTTTATAATATATACTGTATAGGAATTATTTAATAGAAAAAATAAAGACTAGAATCTCTACCGAAATTAACATTTGAAGGTTGCAATATTAGAATTATACCATATAAAATTAATATCTATTGCTGAATAATTACTTTTTATTTATGGATTTAGCATGGTACTCGAAAGTTTTTACTATATATCGTGAATTGATTTTTTCCATTTTCTTAGGCTTTTGCAAGAAAGCAGTCAAAAGCATCTAATAACGAAATACTAAAGGGGCTGTTGCAAAACTAACATAGTTAGTTTTGTAGCAGCTCATTTTTTTTAAGAAATAAAAAAATGTGAATTCCGAAGAAATCACATTTATTGTATAATTAAGTTATGTACAAAATAAAGAAATCATACACTAAAGATTATAATGAATTTAATGATAATTTTCAACTTATATTACCATTAAATTTGGAAAATTTAATACCAGAAGATGATTCTGTTCGCTTGCTAAGCCACGTATTGGAGGGATTAGATTACAGAAAGTTGTATAAGGCGTACTCTTCCGTTGGAAGAAAACCGGCAGTGGAACCTAAAATCATGTTCAAAATAATATCGTATGCGTATTCTCAAAATGTTTATTCAAGTAGAAAAATAGAAAAAGCATGTAAAAGAGATATAAATTTTAGATGGCTGCTTCAAGGATGCAAAGCCCCTGATCATGCTACAATTAGTAGATTTCGAAAAGATTATCTTTCAAATGAAGTAATTGAAGAATTATTTTATCAGCAAGTTAATTATTTAGCTGATCAAAATGAAGTATTATTTGAAAATGTATTTATTGATGGTACTAAAATCGAGGCGAATGCCAATCGATATACTTTTGTTTGGAAGAAAGCCATTTACAAAAATGAAGAGAAAATGTTTAATAAAATTCTTACTCTTGTTGAAAATGTCAATCTTGAAGAATTGAAAGAATTTAGTATTCAAAAAGAAACATTGATAAATGATCTCGATAAAATTCTCGAATGGCTTTTATATGAAAAAGAGAAGAGAAACATAGAATTTGTTCATGGAATTGGTAAGAGAAAAACTACAATTCAGAAATGGATAGAGCAACTATTTGAATATAAAGAGAGACAAGAAAAATATAATTTCAGTAAAACCATATTCTCAAATAGAAATAGTTATTCTAAAACTGATCCAGACGCAACTTTCATGCATATGAAAGATGATCATATGAGAAATGGTCAATTAAAGCCAGCATATAATGTACAAATTGCAGTTGAAAGCGAATACGTGACCGGTGTCGGAATATTTGATGATAGAAATGACATAGCAACACTAATACCTATGCTTAATAATATGCAAGAAAAAATTGGTCGTAAATATCTTAATGTGATTGCAGATTCGGGTTATGAAAGCGAAGAAAATTATTTATTTTTAGAATACAATAATCAGACCCCATACATAAAGCCGCAAACTTATGAAAAGTGGAAAAAAAGAAGTTTCAAAAATGATATAAGTAAGCGAGAAAATATGCAATATGATGCTGAATCAGATTTTTATGTTTGCAATAATGGTAGAAAGTTGATTCCGACCTCTATTATTCATAGAAAATCCGCCAGTGGATACAAATCAGAAGTTACTGTTTATGAGTGTGAAAGCTGTGATAATTGTGTTCATAAAGAAAAATGTACAAAAGCAAAAGGAAATAGAAAGATGCAGGTTTCGAAAACTTTTGTAGAAAAGCGTGAAATATCTTATAGAAATATTACAACTGAAATTGGAGCTAAATTAAGAATGAACAGATCTATTCAGGTCGAAGGAGCATTTGGAGTTCTAAAAAGTGACTATGAATTCAATAGATTTTTAACACGTGGAAAAAATAGTGTAAAAACTGAATTTATTTTGCTTTGTTTTGGTTATAACATTAACAAATTGCATTCAAAAATCCAAAACGGAAGAACTCAAAAACATCTTCATGAATTAAAACAATCTGCCTAATTATGGAATAATTTAAGTAGGCTTATTAAAGTGCGCTTAAAACATAAAAATCTCTCAATAATTATTATTCAATTTTAATTATTAAGAGATTTTTTAATTTAAAACGAAAAGAAGTGTCGCTTCTGATTAAAAATTAATCATTTTGCGACACGCCCATTTATGTGATTATCACTTTAAAAATCAAAGTATAACTACTGATGCAAGAATTGTTTATACTTGAATACTTGATTATGAAACTAATATTTTACATTTTGAATTTATTGTTTATCCATCTGTATATAATAAATTCCGATCTAAAATCATTTTGTGAACAATTTAATAATGATTTGAATAAAGATGAATTTAGCCTAGTATTTCATCTATGCTAACTGTTCTATAATTATAATTTAAACGTTCAAGCGTATCATCTTTATTAATTTTTTTGTTACAATTATGAGTCATTTTTTCATGAATTACATCTTCATCGTGATGCAGCGCATGATGCATTTCCATCATGTGATTTGAATGATGAATCATATGCATATCATCCGAATTCTCCATAGTATTCTTCTCCATCATCTCATGGTCAATAGAAAGAATATCTTCAATCATAATCTGTGTATCATAACTAATATCTTCAATATGTCCAAGGATGAATCCATGCATAAATGGAGGCATAGGCATATCTTTAGGTAGCGGTTTAACAGACTTAATATATCCTTCTATAGCTGCTGGTATTCTGTCTTTTCTAATTAAAAGAGAAGGCGTATGTTTACCCATATGAGCAAATAATACTCCTGCTATAATTTTCATTGGATAATTTAAATTTCCAAATGTGAATGCATGACCTTCTTTATAATTTCTATCCCAACCAAATTCAGTTTTAGAATCTTTATACTTAGCAAAATTAACTGATATATCATAAGGAGTTTCACCATCAATTCTATTCAAGTTATTAACATTATCCATTTTAGATAAAGATCTTTCAACAGTCTCTGATACTGTTTTAGTTGATCCTATTATATAAATATTAATATCATTCATTTTTTTAATAACTTCTCCTGTGCAATATGGTATGTTATTCTTTTGTACAAACAAAATAGGATCTCCATGATGTGCAGACCAATATCCAGCCACAATTCCCTCAGAATAGTCTTCACCAGAAATTATAAGAATATTTTTAAGTTCTTCTCTCATACTAGGTATCATACATGCAGTTTCATAATGATTACGACCCTTTATATGATGTGTTCTAAACCCATAATGGTTAAGTTCTGAAGATACATTTTTTGAAATATTACCAACTAAAATTACATGTACACCTTTGTACCCTTTAGGTGATAACCTTTGAATTTCATTTAATGTTTCTTTGCTTAAACTATCACCATCAGTAAATAAAATAGGTGCATTAATTGGATGATGAACTAAAGATGTTGCTGCTATTCCATCAAAGACCTCATTTTCATTTATTAGAATAACGGCATTAGGTTTCATATTTGTAAACCCAATTCTAGATACTTCTATAGATGTATCTACTGAATCAGTACCACAAATCCTTGTAGTGTTTAATGTAAGTGGGCAACTTCCTAAATATCGATTCATTATTTTTCTCCTAAAACTTTATCAATACCTATAATATGATTCGAGAATAAATTTTATCATAATAAAAAAAAGAAATACATAAATTTAAAGTATTTCTTTTATTTCATAGTTATATACTTCTTTATTTAGTTGAATAATATATAGTTACAATTTGCATTTTAATACCATCTGATTCACATGGATATAATTTTACTGTAGCAAATTTACCTGACTTATCAACTTCATATCCAATTCCCCTCTAATCATTCCCGTTCAACGACTAAAGTATATTTATATAAATAGAAAAAACTTTGATAATATTAATTACCAAAGCTTTTTTATTTGCCTATATATTATTCTTCTATATTTACTACATCGTAACCTTCTTCTTCTATTGCATCTTTTAATACTTCATTACTAACATTAGTTTCAGCAGTTGCATATTTTCCTTGCAAGTTAACTTCTACTGATGTTACTCCGTCTAAACCTTCTAATGCTTCCTTTACATGAGCTACACAATGTTCACAACTCATTCCTTCAATTAATATTTTCTTTTTCATAATATTACCTCCATTTATTTTTAGATTTACAATGTACAATTATGGATTAATTTTTTTAAATCCAATTTAACTTTACTCCTTAGTTATACATTGCTAATTGTCCATTGTTAATTGATTATGCTTTAAAATTTTTAAGCCTTAGTGCATTTGTAAGAACTGATACTGAGCTTAAGCTCATTGCAGCTGCTGCTATCATTGGATTTAATAATGGTCCTCCAAATATATGAAGTAATCCCATTGCAACCGGAATACCAAGTACATTATATCCAAATGCCCAAAATAGATTTTGTTTTATATTTTTAATGGTTGCGGTACTTAATTTAATTGCAGTAGTAACATCCATTAGATCACTTCTCATAAGAACTATGTCTGCAGATTCTATTGCTACATCAGTACCTGATCCTATTGCAATTCCTACATCTGCTTGTGCTAATGCTGGTGCATCATTTATACCATCTCCAACCATAGCTACCTTTTGATTTTCTCCTTGAAGTTTTTTAACTTCATTAGCCTTATCTTCTGGCAAAACTTCTGCAAGTATTATATCAATTCCAACTTGCTTAGCTATAGCATCTGCGGTCTTCTTGTTATCTCCAGTAATCATGGCAACTTTTATACCCATTTTATGAAGAGATTCTATTGCACTTTTGCTACTTGGTTTAACAGTGTCTGCAACAGCTACTATTCCGCGTAAAGTTCCATCAATTGAAATATACATAGGCGTCTTTCCTTCACTTGCTAGCCTATCTGATTCCTTTGATAAAATGTCCATTTCTATATCCTTTTGATGCATCAATTTTGTATTTCCGATTAAAATAGTTTTACCATCTATTTTTACTTCTATCCCATGACCTGGAATTGCATTAAATTCTTCTATTAATTTAAGTTCTAGATTTTTTTCTTCTGCTCCTCTAACTATAGCTTCGCCTAAAGGATGTTCTGATCCCTTTTCAGCACTTGCTGCTAAGACTAATATTTCATCTTCTGAAATTTCATTAGTTATAATATCAGTAACTACAGGTTTTCCTTCTGTAATAGTACCTGTTTTATCAAATACAATCGTCTTTATTTGATGTGTTGTTTCTAAAGCTTCTCCGCCTTTTATTAGCACACCATTTTCTGCTCCTTTACCTGTTCCAACCATTATAGCTGTTGGAGTTGCGAGTCCTAGAGCGCACGGGCAAGCTATTACAAGTACTGCTATAAATATTGTTAATGCAAATATTGGTGTTTCTCCTCCAATTAACCACCCTATAGCTGATAATATTGCTAAGATAATTACTGTAGGGACGAAATAAGCTGATATAACATCTGCAAGTTTTGCTATTGGAGCCTTTGAGCCTTGTGCATCTTCAACTAATTTAACTATTTGAGCTAATGCAGTATCTTTACCAACTTTTGTAGCCTTATATTTAATAAATCCAGTTTTATTAATACTTGCTCCAATTACATTACTTCCAACAGTTTTTTCAACAGGAATACTTTCCCCTGTAAGCATTGATTCATCAATTGCTGTACTACCTTCAATAACTTCTCCGTCTACAGCTAGCTTTTCTCCTGGCTTAGTTATGATTATATCTCCAACCACTACTTCTTCAATTGGAACTACTATTTCATTGCCATCACGTATAATGGTTGCAGTTTTAGGAGCTAATCCCATTAATGCTTTAATGGCTTGTGATGTTTTTCCTTTTGAAACTGCTTCTAAATATTTTCCGAGTGTTATTAAAGTTAAGATAACTGCTGCTGATTCAAAATACAAATGCATTGCGTATTCTGTATCACCCATATTTATTTTATAAATACCAAATAATCCATATATAAATGCTGCGAGCGTACTTATTGCAATTAGAGAATCCATATTAGGACTTAATTTAAATAGATTTCTTATTCCAATAGTATAAAACTTGTATCCCATTATCACTACAGGCAATGTTAATATTACTTGAATAATTGCAAAGTTGAATGGATTTTCCATGGAATCTATTATATGAGGTAATGGCATTCCAAGCATATGCCCCATAGTTATTATTAATAGTGGAATTGTAAATATTAACGATACTATAAATCTAATTAATAATATCTGACTTGGCTCTAACTTCTTTTTACCAATTTCCTTTTCTTCTTCTTTTATTAACTTATAACCTGCCTTATCTACAGCTGCTTTAATCTTACCATATCCTATTTCATCTTCATCTATATTTATAGTGAGCTTTTCAGTTGCAAGGTTTACGACAGAGCTTTGAACACCATCTAATTTTTTAGTAACTCTTTCTACTCTACTTGCACAAGCTGAGCATGTCATCCCCTCAACCTTAAAAGTGTAAGTCTTTAAATTTTTCTTAACGCCATAACCTGCTTTTACTACAGCTGATTCAATATTTTCATTTTTTAATTTTTCTTCATCAAACTCCACACTTAAAGTTTCTGTAGCAAAATTAACGTTAGCATTCTGAACTCCATCAAGCTTATTTACTACTCTCTGAACTCTGTTAGCACATGCAGAACATGTCATTCCTTCAATTTTAAAATTCTTCTTATTCATTTTTCTCCTTTCTATTTTCTTAAAATATTATCTAGAATTTTTCTCAACTTTATTATTTCCCTAATAATTCATCAACTATTGCTTTAGCATGTTCTACACACTTACCACAACCACCACTAACTTTGGTAATAGCTTTAACTTCTTCAAATGATTTAGCACCATTTTCAATAGCATCCTTTAATTTCTTTACTGTAACATTATCGCATTGACATATCACTTTATTGTCATTCATTATATTTTCTCCTTTAAATTTCTTAAAAATACTAATTAGCTCTATTGAAATTTAATATTATTTAGATAATATTTTTTCTAAAATTTTATTAACTTCTTCAATCTTTTCATCAGGATTATTATTGTTACAGGCTTCTTTTACACAGTGACGCAAATGTCCTTGTAAAATCATTAAATCTGCCTTTTTTAATAAAGATTGTGCTGCTAAAATCTGATTTGCGACATCTATACAATATCTATCATCCTCAATCATTTTTATTATGCCTTCGATTTGGCCCTTCGCTGTTTTTAATGATTGTAGTGCTTTTTCTCTTTCTTGACTCATATCTTACCTCCTACCTCCCCCTCATGGGGGGTATGCTTATATTATATACCATTGATAATCTTTGTCAATAATAAATACTTTTAATTTTTCCTACGCAACTTATAAATATATGGATTTATATAATTATCCTTGTACAAAATGATTAAACCACAAAAACTATAAAGTATCGTGATTAGTTTGACAGCTTTGCTTCAAATTCTAAAAAATATAATTTAAAACAGTTAATTATTACAGCAACTATACATGCAATTATATTGAGAAAACACTCTATGCCACTTTCAAGAAACTGTTTTAACAGTTTCTTGAAGTTATAGGCTGCGATTTTAAATCCAACCCATAATTTTGAGCGCAATAATCCCCGGATAGGCATGGTATCAATTTTATATCTTCTCCTCAAAACAGAAGGAATACCTTCTATACCAGCCCTTTTATTTGCAAGCTTTATATACTCACTCTCGTGCATTTTTTCTCTTTGAGTAGCTGTATTATAAGCTTTTTCGCTAACTCTTATGGTATTAAATTTCTTTGATATTTTCTTTGGACATTGTGAATTTAAAGGACATTTTTCACATGTACTGGAGTCAAATTTGGCTGTATAAGATTTTGAACTATAATAAGACTCTACAGGTTCGACTCCGTTAGGACAACAACTTATTACATTTTTTTCGTCATCTACAATGAATTTTGAATAACTCAGTTTATCAGTAGATACTTTTCTGCCAACTAGTTGACTTGGAATCATTTCAATTCCTTGTTTTAAAGCATTTTTGGCTTTTTCTTGTTCATAGTAAGCACCATCAACTAGTAGTTTACAGTTTGAATTTTTATTTTGTGAAGCTAAATTAGCAATAACATCATCAGCAAATTTTGAATCGCTGTGAATATTTTGCTTAAGGTCATAGCCTGTTATAACACTGTTTTTATCATTAAATGATTCTTGTATATTAACAACATAACCAACGTTACCACCATATTTTTTTCTGTAGGTTGCATCTTTGTCAGTTGGATTTTGTAAACTAGTTGAAGTTATATCTTTTGAATCTTTAATAACTAAATTTTTTGCAGCATCTTCTGTAGTTTGGTCCTGAATAACTCTATTTAAAAGTTGAAACTCTTCTGTTGAAGTAACTATATCTCCAGCTTTCAGAGCGATATTGTATAGAATTTTAGAATGTTCGATTAAAATTGAAAGTTTTGAATCAGCCTTTAAATCTTGAGTTCTATATATAGTGTCATTTTTATGCCCCTTTTCAAGGTACGGTTTTAGTTCATCACTTATAATAGGTGGATTTATTATATTTAGAGCTTTAATAAGTCTGCTATTTATAGAATATACTAGCTCAATTCTACTTAATTTTTTGCATGATGAACTAACCATTAACGAATCCACTCTAACTTTTTTATTATCAACAGATAAATACTTAGCAATGCTTTCGGATAAAGCTTCAACTTCAGCTTTTATTAAGTCTTCATTAGTTGACGCTTCATATTCAACAAGTCTGTTTCTAAAATTTGTTAGAGTATTTATAGATACTGGTTGTGTTTCATAATTAGTTGTATTTAAAGCATATTGATATCTTACATCGAAATGAATAGAGCCGATAAGCTCTTCATCAGTCTGCTGAAATATTTCTTTTATAATTAGTAAGCCAAGAATAACATTAATAGGTGAATTAGGCCTTGAGGCTTTATTGCTATATAAAACCGAAAAACGCTCCTCATTTATTCGCGGAAAAATATGATCCTTAAATGCCTTAGCCCAACTTTTATTTAAAATATCTTGAAGGTATTTTGGCATTTGGTTGATTGGTTCAAATAATGAAGTTTGTTGAAGGTCATTTTTGCAAAACATAGTAATTCTCCTCATACGTTTAATTTTATAATGCTATTATATCATTAAATTCTAATTGGATGATATTTGTCAGCTTTTTGTGGTCTAATCATAAAATAAAATATAAAAATAGATACTAATATTAAAACATCTGATTGGATAACTTTTATTCAATACATGTAAAAATAATTAGTTTAACTGTAAATACTATAACAAGAAAATATGTAGAACATATGAAGATAATAAAAATACCGCAATTAATGTTTTGATGTTGCATAAAGACAAAATATTTATAGTATAATATTTAAAACTCCAATCAATAACATTTTATTTGGTTAGAGTTTTACAAATTGGATCATAAATGTTTTTAAGTAATATTATGTATATAAAATATTATAAAGATACCCCTTGGTTTTTCAACAAAATTTTAACTTTAATAATTAGTCACGGTAACAAAATATTCCTTAGAGCATATCTTTCTAATATATTAGCCTGAAACTTTCGGAGCACATCAAAAGTGCTTAAATTACTTTTAAATCTATATTTTATTAAAAGTAATAAAATATAGATAATAAGGGCACTATATATTTGTATGGATATTGCGTTAAGGGTTCTTCCAACCCATTTTTTAATAGTCAGATGTTGTTTTATCCATTTAAAGAATAACTCAATATCCCAACGCTTTTTATAGAGAGATACTATATCTTCAGCTGGCATATCGAATATGTTAGTAACTAAACGGAATTCTTCGTCGGAGTCCTTAGTAAAATATAGAATCTCTCTATATTTATATTTAGTTTTATTTTTACTATAATCAGACCCCATTGTAACAATATAATCATATAGATTATCTATTCCAGTATAAATGGACAAATACTCCTCCGTAACAGAGTTGCTTTGTTGTCTTGTGATAAATTTATAATTATCATGACTCATTTCATCATACCAAGAATACTTAAAATATCCCTTATCAAATAAATATATATTTTTCTCCGAATTAACATAACCGTCAATACAACTACGTTCTCCTACTTTAGCAGGGCGGATGCTAATTTTATCAGGTAACTTAGTTTCAAATGATAAAAGAGTACTAATTCTAACAGCAGATTTTTCATCTTCATAATAGAGTTCAGGGGCTAAGCCCTTGCCTATACTAACTACTGATGAATCTATTATTTTAATATCTTTAAAGTTCTTTATTTTAACTAAAGAATTCATTTCTTTATCAGCTTTTACCAATAATTCTTCGAAAACATTTCTAAATAAATCTGATGACTTACTCTTATTTAATCTAGATATTTGGGAATAACTTGGCATGTTGAAATCCTTACTTATCTTCGATGAATTTTTATATTTAGCATTAATATCTCTTAATCCATCACAGCCGGAGATTTGTAAAAACAACATTGTTAGAATATGATCCCGACCTGTATAGCACTTTGAGTATTTATATTCATTATTCGCTTTTCTTAATTTTCTTCCAATATTCCCATCAATAAGTTTAATTAATTTTCTAAACACACTTCTATTTGCAAGTTTATCCAT

Protein sequences of DBSCAN-SWA_7

>CP029329|3689719:3750409|3747205_3748900_-|AWK52567.1|transposase|DBSCAN-SWA
MRRITMFCKNDLQQTSLFEPINQMPKYLQDILNKSWAKAFKDHIFPRINEERFSVLYSNKASRPNSPINVILGLLIIKEIFQQTDEELIGSIHFDVRYQYALNTTNYETQPVSINTLTNFRNRLVEYEASTNEDLIKAEVEALSESIAKYLSVDNKKVRVDSLMVSSSCKKLSRIELVYSINSRLIKALNIINPPIISDELKPYLEKGHKNDTIYRTQDLKADSKLSILIEHSKILYNIALKAGDIVTSTEEFQLLNRVIQDQTTEDAAKNLVIKDSKDITSTSLQNPTDKDATYRKKYGGNVGYVVNIQESFNDKNSVITGYDLKQNIHSDSKFADDVIANLASQNKNSNCKLLVDGAYYEQEKAKNALKQGIEMIPSQLVGRKVSTDKLSYSKFIVDDEKNVISCCPNGVEPVESYYSSKSYTAKFDSSTCEKCPLNSQCPKKISKKFNTIRVSEKAYNTATQREKMHESEYIKLANKRAGIEGIPSVLRRRYKIDTMPIRGLLRSKLWVGFKIAAYNFKKLLKQFLESGIECFLNIIACIVAVIINCFKLYFLEFEAKLSN
>CP029329|3689719:3750409|3737603_3738365_-|AWK52559.1|DBSCAN-SWA
MKRYEQQRSFLKSNFGEFKNIKTDKMKGIPQPHIVKSYDSSANIINLPKVSRDVVEEQNIYQCIKVRRSTRFYSDESMSLDELSYLLWATQGITDTNNAGITFRTVPSSGGTHSFETYLFIMKVEGIQNGVYRYLPVEHKLLFMFELNNIEEKVDAITLDQPFVPNFAKKAAVLFAWSVIPYRSEWKFDITAHKKILIDIGHVCQNLYLASESVKSGTCAIGIYDQKMMDELLELDGDEEFVIYLAAVGKKRE
>CP029329|3689719:3750409|3704682_3704934_-|AWK52529.1|DBSCAN-SWA
MKASGIIRNVDPLGRVVIPKEMRKVLNINEGDPIEIVKVNNDVVLRKYSKGCIFCGSDKDISDFNNVPVCSGCRKTLSIERKK
>CP029329|3689719:3750409|3746529_3746709_-|AWK52565.1|DBSCAN-SWA
MNDNKVICQCDNVTVKKLKDAIENGAKSFEEVKAITKVSGGCGKCVEHAKAIVDELLGK
>CP029329|3689719:3750409|3703428_3703647_+|AWK52528.1|DBSCAN-SWA
MEYTLSMTFLTEFGEKSTLSISGVKATLTKAEVNALMDTIVAKNIFQTNAGDLAKKSGAQLTQRQVTKYEVA
>CP029329|3689719:3750409|3697648_3698914_-|AWK52523.1|DBSCAN-SWA
MMNENKKILNKNFMILMLGRIVSDTGTGVQAVVMPLYIIDIGGSAATIGLFTFLALMPALVIYPFAGVFGDRLNRKSIMIGADLLSGVVILALAACSHLGKMNLALLLSVQVIASLLYGFFDPASKGMLPQLIQGEKLIRANSTVESLRTLTGLLSPVIGTVLYVKLGITVLFLINGISFLISGVCEVFIKYKHVKRKSVTGSAGFAADLSDGVRFILGNKIISRMCIFFFIIFALIQPIFTVILPLFFRTKLSYTDTQYGYLQMVFILGALIGSILVGTVFGKDKKVSEPIFMGCYILMGTMLIFSVLLFPASLSVIGKGSMLYVALLSIVLGILSIACMLISVPVQAFIQKVTPNEYMSRIFSIVGMITKGGMPFGALIYGMILSRSTIHWTMLITTILMMMITIGFLATVLNRIRGAK
>CP029329|3689719:3750409|3736948_3737467_+|AWK52558.1|DBSCAN-SWA
MKTKKLIIALTMILTMGLGITAYASTTQSTTGTHQRGGMMMVTGMRGYDYIESVLKNKLGMTDEEITIGLNSGKTMYALAQEKGMTEDQFKSALLEERNKVVDKAVADGTITNEEGVKLKETIKNNLDTCTGVPSQRTSRNGVGRGNGQGTGHMSGGGFRGTGDCYIDNTAK
>CP029329|3689719:3750409|3740198_3741812_+|AWK52561.1|transposase|DBSCAN-SWA
MYKIKKSYTKDYNEFNDNFQLILPLNLENLIPEDDSVRLLSHVLEGLDYRKLYKAYSSVGRKPAVEPKIMFKIISYAYSQNVYSSRKIEKACKRDINFRWLLQGCKAPDHATISRFRKDYLSNEVIEELFYQQVNYLADQNEVLFENVFIDGTKIEANANRYTFVWKKAIYKNEEKMFNKILTLVENVNLEELKEFSIQKETLINDLDKILEWLLYEKEKRNIEFVHGIGKRKTTIQKWIEQLFEYKERQEKYNFSKTIFSNRNSYSKTDPDATFMHMKDDHMRNGQLKPAYNVQIAVESEYVTGVGIFDDRNDIATLIPMLNNMQEKIGRKYLNVIADSGYESEENYLFLEYNNQTPYIKPQTYEKWKKRSFKNDISKRENMQYDAESDFYVCNNGRKLIPTSIIHRKSASGYKSEVTVYECESCDNCVHKEKCTKAKGNRKMQVSKTFVEKREISYRNITTEIGAKLRMNRSIQVEGAFGVLKSDYEFNRFLTRGKNSVKTEFILLCFGYNINKLHSKIQNGRTQKHLHELKQSA
>CP029329|3689719:3750409|3693751_3694282_-|AWK52521.1|DBSCAN-SWA
MHKKNNFAKENLYDLKTFTKSDKTMRKFIANAISVLLILYLIIIAIGSIILNIKFDELVITMSIISVVVAYFIARQMIYFRLIKYFKKLNNHLVEINEDRIEFISKNDITKLNRSDIRAIYSLKHTFFIITEGYCRNEEKKNIYFAAAISKLIFNSDEEYNTFFNSLEKDKLKELS
>CP029329|3689719:3750409|3710411_3710648_-|AWK52537.1|DBSCAN-SWA
MFSGRDITNEQLYFAIYCITALSRNLNMDPSEVYELISERTNIFDDYIIKYYDILHTQGEDYIVSEIIKLLKDEELEI
>CP029329|3689719:3750409|3733898_3734294_-|AWK53118.1|DBSCAN-SWA
MRGHHMGMGFYGSYILMFILMAFSILIFILLKNKPSLNPFTIKLIDILKVKYASGIITADEYIERKSIIEDIKYSNKFIPILLERYAQCAIGTREFLNIKNAIESNNWDNNICEKLAKGELSYDEFKEYTK
>CP029329|3689719:3750409|3703064_3703289_+|AWK52527.1|DBSCAN-SWA
MAVTKTIDTVSFSIEVEKALDKAGDPIYGKKTFANVKTNAAPENVYDVANAITTVLEASTRDYFVNESSALANA
>CP029329|3689719:3750409|3705661_3706816_-|AWK52530.1|DBSCAN-SWA
MMDIKWVKFEVGMYDDTKLKILDSMENRDLHHYVWTRSLVLSGKINCGGYLYITDNIPHTIKTLAIEFNRSISEVKASFKILRKLEMIEFTEEKVFKIKNWDKHQNVEGMERSKHLNNARVAKCRAKKKELNENNKEDEIINDVLEIIEEEKENKSKRTGNADIKSEKELSIDKNEDIKNSNATEDVTSNNINDKSNVTCNVDNFECNVSVMEQNKKENKTKKEIKKESKSDIETIDENSLNAVSKINDEETLSCKFSTNERKDTNAQYAANLLRHYENITGILGGLNIGLLKLAVEVHGYENVKKAINKALEVNKANMTYINGILKNWRREGYPKDDVEVKKNEFRSTRKSNTTDKNEFAGFKPKEPRKLTEAERKRLEATLI
>CP029329|3689719:3750409|3729864_3730521_-|AWK52552.1|DBSCAN-SWA
MEKFLKLWKKYSFVLLIAFIGLGLFDLRFAVVAAICMIAPIIVSFFKGRFWCGNLCPRGSFYDNVVSKFSNKRNPPKFFKSYYFRAIILAIMMTVFISGVSKSWGNLYGIGMVFYRLIVVTTIIGILLSLVYNHRTWCNFCPMGTMASVVSKFRKSKKVLNVSSSCVSCKICEKKCPLGLVPYDYKDDLLSHPDCIQCGKCVSACPKKAIGYNKITIK
>CP029329|3689719:3750409|3744047_3746477_-|AWK52564.1|DBSCAN-SWA
MNKKNFKIEGMTCSACANRVQRVVNKLDGVQNANVNFATETLSVEFDEEKLKNENIESAVVKAGYGVKKNLKTYTFKVEGMTCSACASRVERVTKKLDGVQSSVVNLATEKLTINIDEDEIGYGKIKAAVDKAGYKLIKEEEKEIGKKKLEPSQILLIRFIVSLIFTIPLLIITMGHMLGMPLPHIIDSMENPFNFAIIQVILTLPVVIMGYKFYTIGIRNLFKLSPNMDSLIAISTLAAFIYGLFGIYKINMGDTEYAMHLYFESAAVILTLITLGKYLEAVSKGKTSQAIKALMGLAPKTATIIRDGNEIVVPIEEVVVGDIIITKPGEKLAVDGEVIEGSTAIDESMLTGESIPVEKTVGSNVIGASINKTGFIKYKATKVGKDTALAQIVKLVEDAQGSKAPIAKLADVISAYFVPTVIILAILSAIGWLIGGETPIFALTIFIAVLVIACPCALGLATPTAIMVGTGKGAENGVLIKGGEALETTHQIKTIVFDKTGTITEGKPVVTDIITNEISEDEILVLAASAEKGSEHPLGEAIVRGAEEKNLELKLIEEFNAIPGHGIEVKIDGKTILIGNTKLMHQKDIEMDILSKESDRLASEGKTPMYISIDGTLRGIVAVADTVKPSSKSAIESLHKMGIKVAMITGDNKKTADAIAKQVGIDIILAEVLPEDKANEVKKLQGENQKVAMVGDGINDAPALAQADVGIAIGSGTDVAIESADIVLMRSDLMDVTTAIKLSTATIKNIKQNLFWAFGYNVLGIPVAMGLLHIFGGPLLNPMIAAAAMSLSSVSVLTNALRLKNFKA
>CP029329|3689719:3750409|3698979_3701625_-|AWK52524.1|DBSCAN-SWA
MNSYLLSFKDIDKSQLPVVGGKGANLGELSKIEGIQVPEGFCVTTEAYKKIIENNNEFNRLLEELSQLKVEDREKIGEISGKIRRLIEDITIPKDIDEGIVAFIKKFGEKNAYAVRSSATAEDLPLASFAGQQDTYLNIIGKDAILHHVSMCWASLFTDRAVIYRMQNNFDHRKVYLSVVIQKMVFPVASGIMFTADPISANRKVLSIDASYGLGEALVSGLVNVDIYIVKEGKIIDKKISTKKIAIYGIPQGGTEQRNIDADRQNTQTLTDQQILQLEQTGRKIEKYFGRPQDIEWCLYEDKIYIVQSRPITTLYPVPEVKDDKTHVFFSFGHRQMMTEAMSPLSMTFFAALFKMMVDSPMYYAGGRIYVDSSNELRSPIMRKSFVKGLATIDVLMQNAYYNVLKREDIMKNLYKSKKPMVSAKLAIRWLAKTIECYRKNDPAIAEFYMARSRAMMTDLEQQVLKISGMELFDFIEKSMVKIKDNMMDTYGVVFAGAYASSWLNKNLGKWLGEKNLADTLAQSVSNNVTSEMGLELLDVSDVVRKHPEVIKYLENPKDESFFEDLMELPGGIEVRDAIREFLKKYGMRCSAEIDISKTRWNEKPTILVPLILGNIKVYPPNAHEAKFEQGLKEAKEKEEDILRKLEKMPGGRGKAKKAKKAISVLRNYAGYREFNKYTLIWYEWIVKQVIMKEAESLIKQGLIKEPGDIFYLEYEELREVIKTNKLDYNIIQKRREDYEIYEKLTPPRVITSDGEIISSQYDTSKIPEGALAGVAVSTGTIEGRARVILRIEDANIEEGDILVTTFTDPSWTPVFVSIKGLVTEVGGMMTHGAVVAREYGLPAVVSVENATKLIKDGQRIRVNGTEGYVEILEWSNGKKG
>CP029329|3689719:3750409|3709715_3709916_-|AWK52535.1|DBSCAN-SWA
MKMNEYDEIMVMLVDDIIENISSLKSISKYESMKLFYTSPICKMLYQKNTGLYTQSAANIAYRCIN
>CP029329|3689719:3750409|3722475_3723369_+|AWK52547.1|DBSCAN-SWA
MIEELKTFIAVVEYKNFTKAAEAINLSQPSVSLHIKHLEEYFNTTLIQRSIKQKNINITQPGYLLYERAKQIIKLLNDTKNDLLDYGNVVKGQLHIGASFTIGEYFLPAFLGHFAKAYPDLELEVTIENTHNICEKVKNFQVDLALVEGTVPSSSFVTDNFHTDKMEVVVPYNHDLVNKKLSIDELQNQTWISREVGSGTREYLNLFLSTNNINAKNIIVFGSNYSVKEAVKNNLGIMFISSLVIENPLKNKEISILETSQNYTRQFSYIMQKGIIPSKGTLVFIDMLKNYNKNIGD
>CP029329|3689719:3750409|3704985_3705612_-|AWK53116.1|DBSCAN-SWA
MQPLAVSCECREIEKLKNEWKYSGINVEQSKLTFASFEVWNQASQRTKDTAVAYCTDFDEIRDKRRNSILLCGQVGSGKTHCSISVALNFLKQRIKVVYMPYRDVITKIKQNMIDEEYYTKTISKYQLCEVLLIDDLFKGKINDSDINIVFEIINYRYLNFLPIIVSSEFSIDRLLAFDEGVASRIYEMSKDYVVEIEKDIRNNYRLK
>CP029329|3689719:3750409|3711990_3712215_-|AWK52540.1|DBSCAN-SWA
MNSIENDKNLLVIEAIEGFAFNHNISSSNAFKIFEKYDLIKLIRSQYDVLHTQSLEESIGFIEDVVRRKEYVKQ
>CP029329|3689719:3750409|3692425_3692959_-|AWK52519.1|DBSCAN-SWA
MKYKANGFVKENIDDLKAFGQLNKFMRKFINNGTTVLLILYLIVIAIGSVVLNIKFDEAVIALDVVSVLVAYFISKQGIYFRLIKYFKKLNSYLLEINEEKIEFISNNEITRISRSNIRAIYSLKNTLFIITEDYFKNEKKKKGYLVVAIPKSIFNSNEECNIFLDSLEKDKLKELN
>CP029329|3689719:3750409|3691429_3691780_-|AWK52517.1|DBSCAN-SWA
MFNLNKVNTVYLACGITDLRKSIDGLIVIVQTQLKLDPFEKSLFVFCNRQMNRIKILHFDEGFWLYYFRLENNKLKWPMTPDEALKINKEELKWLLMGYEVRTKSKFKPIEVRNSF
>CP029329|3689719:3750409|3693073_3693598_-|AWK52520.1|DBSCAN-SWA
MNYKANGFIKENIDDFKIFAADNRLIKKFLNNFSSIVLAIYLIIIFIGSIVLNIKFNAIVIVVYVVSVFIAYIIFRKSIYLRLIRDFKKLNNNLLEINEESIEFISKNQTIKLNRSDIKAIYSLKNTLFIITQGYYRNELKRKVYFFSAIPKSIFNSDEDYNLFFNSLDPNKIK
>CP029329|3689719:3750409|3717520_3718621_-|AWK52544.1|transposase|DBSCAN-SWA
MDKLANRSVFRKLIKLIDGNIGRKLRKANNEYKYSKCYTGRDHILTMLFLQISGCDGLRDINAKYKNSSKISKDFNMPSYSQISRLNKSKSSDLFRNVFEELLVKADKEMNSSVKIKNFKDIKIIDSSVVSIGKGLAPELYYEDEKSAIRISTLLSFGTKLPDKISIRPAKVGERSCIDGYVNSDKNIYLFDKGYFKYSWYDEMSHYNYKFITRQQSNSVTEEYLSIYTGVDNLYDYIVTMGSDYSKNKTKYKYREILYFTKDSDEEFRLVTNIFDMPAEDIVSLYKKRWDIELFFKWIKQHLTIKKWVGRTLNAITIQIYSALIIYILLLLIKYRFKSNLSTFDVLRKFQTNILERYALRNILLL
>CP029329|3689719:3750409|3707027_3707234_-|AWK52531.1|DBSCAN-SWA
MDIEEYREQVKKKTINTKELAKILDVSEAKARRITHIEGAPVLKIGRDIRIILSKLDEFLEDHIGEVL
>CP029329|3689719:3750409|3743725_3743932_-|AWK52563.1|DBSCAN-SWA
MKKKILIEGMSCEHCVAHVKEALEGLDGVTSVEVNLQGKYATAETNVSNEVLKDAIEEEGYDVVNIEE
>CP029329|3689719:3750409|3689719_3691330_-|AWK52516.1|transposase|DBSCAN-SWA
MDILDLENQLDEKTKLLISKMEKDIESKDKEIDDLKKELAFLKGQILNKNRKIFGQSSEQVDSRQLSLFNDAEKNSDIKIDEPSVEEITYTRKKSSSHLGKKDNLSGLDRVTIEHKLTDSETFCDKCGNVLVIIGKKSKEILKYKPAELYIEEHVSYTYACKNCEADADKANIISAKMPNTFLYKSMASNELLAHVVSMKYQYAMPLYRMESYFKMMNVNLSRQTLSNWIISCANELQPVFDYMKVELLRRNYIHADETYVKVIEENGKDSNSKRFMWLYRSGGIENHIILYDYQKTRSGSCAEEFLEGFSGYLQTDGYDGYNKVKNIKRLYCMAHIRRKFFDIISTLNPEALKQSHALEGFNYCEQLYEVEKDLREQYICSDDYYGDRHAIRLKRSSPILSKFQEYVDNEIVNALPKSPLGKALAYAQKLLPYMRTFLTNGCLEIDNNAAERAIKPFVIGRKNWMFSKTVKGAKSSAVLYSITETAKANGLAVEKYLVYLFEMFANSEVKEKDILEKCMPWSESIPDELRVKTTK
>CP029329|3689719:3750409|3708375_3709554_+|AWK52534.1|integrase|DBSCAN-SWA
MAKRSNGEGSSGWVTKNGQKYWRIMVTTGYDPLTGKQMRKDIYGKTQKEAKVKLKEFEDNFANRSDNSTLGNFYYDWLWNIKRQSLKDSTFEKWEGIYRNYLKPNKGLNEAKLTEIDTLSLQKITTALLKKHTVSQVKTMNSCLGNCFRYAKSINKIKYNPVEGLVYPKNHSVMEEKENYISEDDQKRFLAALEGDPLEGIISIGLMCGVRLGEAMALQVKDIDFNHMSVKIKKSVKYVWTGERNKEGKKIYENRVTIPKTRTSIREVPLPNMLTPIIKALMKKNIENKLKFGELYLNNNLIFCKENGDYIDNKKPNRHLKIALNKAGIKSDIHYHSLRHIFITNCLSRDINPRTVMDWVGHTDIKMTMLVYAEINKDKNKKEYEKINCMFD
>CP029329|3689719:3750409|3731210_3731759_-|AWK52553.1|DBSCAN-SWA
MKVLREIFISFFKIGLFTLGGGYAMLPLIQKEVIEKKKWIDEKEFLDMVAVSQSAPGPLAVNISVFVGYRISGIKGLIFAVLGSTLPSFIIIILVASVFIGIENNPIIERVFKGIRPAVVALIAVPALTMSKTANVNRRNVIIPLLAIILVAGFKITPIYVILGAIVIGVLEVKRRNKNDIT
>CP029329|3689719:3750409|3702739_3702925_-|AWK52526.1|DBSCAN-SWA
MIETINNLYNLVLFILAGSVVVLLITVGYVIGIIKYFQKYMIFNKDLENIIINNIMNKDNI
>CP029329|3689719:3750409|3742154_3743393_-|AWK52562.1|DBSCAN-SWA
MNRYLGSCPLTLNTTRICGTDSVDTSIEVSRIGFTNMKPNAVILINENEVFDGIAATSLVHHPINAPILFTDGDSLSKETLNEIQRLSPKGYKGVHVILVGNISKNVSSELNHYGFRTHHIKGRNHYETACMIPSMREELKNILIISGEDYSEGIVAGYWSAHHGDPILFVQKNNIPYCTGEVIKKMNDINIYIIGSTKTVSETVERSLSKMDNVNNLNRIDGETPYDISVNFAKYKDSKTEFGWDRNYKEGHAFTFGNLNYPMKIIAGVLFAHMGKHTPSLLIRKDRIPAAIEGYIKSVKPLPKDMPMPPFMHGFILGHIEDISYDTQIMIEDILSIDHEMMEKNTMENSDDMHMIHHSNHMMEMHHALHHDEDVIHEKMTHNCNKKINKDDTLERLNYNYRTVSIDEILG
>CP029329|3689719:3750409|3726434_3726752_-|AWK52548.1|DBSCAN-SWA
MVKAINGNEFVENVENTKGVVVVDFSATWCGPCKMLGPVFEGVSNKMGDRAKFFKVDIDANGNIAQKYRISAVPTMIIFKDGVPVENLAGFMPEQNITNKVNAYL
>CP029329|3689719:3750409|3712522_3714922_+|AWK52541.1|DBSCAN-SWA
MSNYDELLDENKKLKFEIYTLRKEIEELKSNISTSIDNKKQINNHSININSTLEEKIKLYRSLFYGRCDVFALRFDNESKNKHGYKPYCMNEWKHGICNKSEIKCSDCDFRKFKVLKDTDILEHLSGQKTIGLYPLLPNDKCKFLAIDFDGNSWQKDSLLVVDTFNKFNISTYIERSRSGDGCHLWIFFNEEISARIARYFGNSILNYTLENNIGLNLGSYDRLFPNQDKMPKGGFGNLIALPLQRIPAKNKNSLFVDTNFEYYKDQWAYLSNVEKVTLDEVNAIIELLEKELNNHLSINSNKSVNNIISDKKILRNNNIIDMPSEINIILSNGIYIDATILTTELLNLIKKTAIINNPDYYKKQALRLSVYKTPKILNCFNEYGKFLVLPRGLLQEVCSIFEGNKVKVNIQDKRVFGINIDVVFKGILYDYQQIATEAILKHDNGILWASTAFGKTVVAASIIATRKVNTLIIVNSIQLLEQWEEKLLMFLELSKDNIGRLGGGKKKTSNIIDIATMQTLNKNNDLDEILNNYGQIIIDECHHIAAFTFEKLMKVAKTKYVLGLTATPYRKDKYDKIITMQCGPIVHKAASKVENEKKIAHMLIPRNNELQSYIDLSKLKLSELYDEIMNDKFRNELIINDIIESFKLGSTPLILTERVEHLNILSNMLSAYTDKIVVLKGGMGTKQRNLALDMIKSFSKEEQFIILATGKYIGEGFDESRLDTLFLTMPISWKGVLQQYAGRLQRRYEGKNMVKIYDYVDKNIPLLVKMYNKRLKGYENLDYNIKENTGVQYEFDDI
>CP029329|3689719:3750409|3691772_3692096_-|AWK52518.1|DBSCAN-SWA
MNNNEKINWREIVATFSSYEGTLGTFCNANHITKSQFHYYKKKFKNEDNNLQFHAISMREEKVTTEITVVPADRPNIIIEIGATKIYVPANEIAVLSTLLKDLITNV
>CP029329|3689719:3750409|3711494_3712004_-|AWK52539.1|DBSCAN-SWA
MLSNNELMLFHGTNKLFNEVDLEKSKNKRDFGKGFYTTTLELQSKSWAENMFIRYGGDGIYVMRFKLKNISHLKIKEFKGLDKEWLNMIKNNRLNGGIQHDYDVVIGPAADDNTMRTVALYVEGIYDEDMDLKQLEFSKSNNQVSLHTSKALSKLEFIGRDEYDEQIFI
>CP029329|3689719:3750409|3749308_3750409_-|AWK52568.1|transposase|DBSCAN-SWA
MDKLANRSVFRKLIKLIDGNIGRKLRKANNEYKYSKCYTGRDHILTMLFLQISGCDGLRDINAKYKNSSKISKDFNMPSYSQISRLNKSKSSDLFRNVFEELLVKADKEMNSLVKIKNFKDIKIIDSSVVSIGKGLAPELYYEDEKSAVRISTLLSFETKLPDKISIRPAKVGERSCIDGYVNSEKNIYLFDKGYFKYSWYDEMSHDNYKFITRQQSNSVTEEYLSIYTGIDNLYDYIVTMGSDYSKNKTKYKYREILYFTKDSDEEFRLVTNIFDMPAEDIVSLYKKRWDIELFFKWIKQHLTIKKWVGRTLNAISIQIYSALIIYILLLLIKYRFKSNLSTFDVLRKFQANILERYALRNILLP
>CP029329|3689719:3750409|3701686_3702301_-|AWK52525.1|DBSCAN-SWA
MDKFSNLPKEKQNTIIDAALKTFGTNGYKKTSISDIAAAAGISKAMVFHYFGTKKALYLYLINLCGTIMINEVNEKFDNNVTDFFDRIKMSSNIEISAMKRHAAIPSFLASAYFENDEEVKEDLKDIFAGSEDFRNKIAFDGMDTSMFKEGVDLRLLMKMLLWMAEGYTKEMSNKEEINFDNMLDEFNRCLDMLKSNFYREEYL
>CP029329|3689719:3750409|3732544_3733678_-|AWK52555.1|DBSCAN-SWA
MEAYKSFESLNDRGKHIFDIVQKKGPITKSELIDKTKIKLTTLNRDLQILLDEKIIVEIDIGESTGGRKPSLYDVNPREFYIIGIDISRTYTKIVITNLKLKIIEERLLSHEYEIENINEIIPPYIKDMCTKLHIQKSSIVGIGIGIVDGFNIKPLYDVLDKELDAIICVDNGANAAVIGEYNFGFGKGKKNIAYINCGVGIRTGIISSGVLIRTINNSEDAFGHMIVDANGELCSCGNHGCIESYVSIANITRKFINEMKEINGSYLNKKLNNINYRDVCSLAERENEVAMNIIKNSALYFGIALSNYMKLFNPELIILSGPLIQNSNLFYNIAKEIAFKKCHIKNNNIQFSNGGHYKDNSIAMGACAMVIQKLQN
>CP029329|3689719:3750409|3731755_3732526_-|AWK52554.1|DBSCAN-SWA
MNPTAFSVMGLDIRWYGIIIATGMTLGILIANYNCKWREVDYDNLLNIVLLSIPIGIVGARLYYVAFEFENYKNNIMEAFNIRHGGLAIHGGLIFAIGTALIYTKIKKLNFIKFADVAAPSIILAQALGRWGNFFNQEAHGDSVSYEFIKHFPMFIQNGMNINGTYYNPTFLYESTWNIIIFIILMILLRKNKKNGVVFFTYIGLYSIGRFLIEGLRTDSLMLGNIRIAQLMSLSGVLIWVIFIFLNYNKKIRRDS
>CP029329|3689719:3750409|3711280_3711517_-|AWK52538.1|DBSCAN-SWA
MMNKYSYKGQDITLDILIKIEKIVRIVSERTGKTFEEVIKEFYESRTYKALQNTESGLWAESSEFIVDELLREWETKE
>CP029329|3689719:3750409|3726911_3728612_-|AWK52549.1|DBSCAN-SWA
MKKKILIVGGVAGGASAAARLRRLSEEDEIIMFEKGPHVSFSNCALPYHLSGVIDEADKLVLMSPEKFMVQYKIQARVNNEVLSINKEEKYVNIRNLQTGETYKETYDKLVLSPGAKPIVPNISGIEEVNIFTIRNVVDIDKLNKYVKSIDIKDIAVIGGGYIGVEASENLREAGYNVALIEATDQILRPFDFDMVQIFHKEIFDRGINLIVGDKVEKFEKDTVILSSGKKINAKVVVMAIGVSPETDLAKGADLEIGETGAIKVDQNYRTNDNNIYAVGDAIEVYNSLTHSMAKLSLAGPAQKEARSVADHINGKKGLNKGYIGSSAIKVFDYNGASTGLNEALINVLNMKIKYDVVRVILTDKVGIMPDSSPVHLKLLYEVPTGKILGAQAIGKGDVTKRIDVIATAIKFGGTVEDLKDLELCYAPPFSTAKDVVNYAGYVGSNLLNGDFKQVNVDLVRGLVEHNAFIIDVRERGEYSNGHIKNSINIPLSELRERTNEIPKDKPVYLHCRTGQRSYNATLALQNLGFNNVYNITGSFLGISLYEYFNDVTQNRESIVTEYNFR
>CP029329|3689719:3750409|3715033_3715489_-|AWK52542.1|DBSCAN-SWA
MATPYYYYSNDRNKIAFVRVGNQSVTAPSHILNKLILKGQNRTFDSIISEYDIGDYRFTLLEATHRQRTGEVMENRDYISYGLVSKNGKLTNAGALFSDQCPIINSRILCTRWNGMTKGSIFDDAIDDKEFSGSLIYILDSAVNFIKNYMH
>CP029329|3689719:3750409|3730702_3731221_-|AWK53117.1|DBSCAN-SWA
MLLKLFLTFFKIGLFSFGGGYAMLPLITREVVNVNHWLTNQEFINIVGISQVTPGPLAINTSTYVGYKTAGVIGSIFATFGVVLPSVIIIYIIAKLFMKYRHDKYVENVLKYIRLSSIGLIASAAIMLMGDVFVNIQSIIIFVVAFILSYRFKMDTIVLAILSGITGFIMFK
>CP029329|3689719:3750409|3707721_3708303_+|AWK52533.1|DBSCAN-SWA
MTLGEKIKLHRTKLNLSQEELANKCGLSRNAIYNYENNKRTPTISMLQVIAHNLNLYVSDLLEDSTNTHYSNKLGILNALDKEISNTLNSEKEKCDVYEFEMKALYEKHFFDLFYWKTSRMQPQDYFKFILSLSSFSESDHITEEDMEELSILFYRLTTLKACERDSLNEMEKMTPGNSKKYEKNRFVTTSTK
>CP029329|3689719:3750409|3694614_3695769_-|AWK52522.1|DBSCAN-SWA
MKIITRKMYNMSSDKKELQNNKLADEKENLMDNSSTVDKESMNNDNTDTKTEGLIMPNSLPISNAVVNGWVKDGDTWYYYVNGQKVTGWRLIDSYWYYFESSGAMKRGWLYLGGFYYYLFYSGQMATGWQNLDGKTYHFYSNGQMSVEWAKIDGGWYYFSESGELHIGWLDLDGTWYYSFSTGETAIGWLQLGDKWYYFDESGKMQRGWKLIEEYYYYFFYEGEMATGWQSLDNVSYYFYQETDVGHKEGSMAANTIVESYVLDKNGKMIDTSASALLGLSGTIGIFHNSIISFIGFNFEKALPIFLSPSIQVSGKVSLEQSIYNATGNLNLTVGSANELSNEITNGLSSANIAFDFTAQNIADSISAIGASAQVNDNIKLSMQ
>CP029329|3689719:3750409|3707369_3707570_-|AWK52532.1|DBSCAN-SWA
MNINVNKIRIAQANECLSVNELVEKTGLGRATVSKIINGCSAPSLKSIGLIAKALNVDVKELLLDE
>CP029329|3689719:3750409|3716147_3716321_-|AWK52543.1|DBSCAN-SWA
MEKINENSNLYDQFLKYSYADLNELFKKAKTKEEQDFYIALSDIVLQKEQERVIGKN
>CP029329|3689719:3750409|3728663_3728984_-|AWK52550.1|DBSCAN-SWA
MFGFFKKDEGKVINVNDIDNLIGKVELIDIREVYEYKGGSIKSAKNIPMGQLLNEPDKYLNKSKEYYIMCQSGGRSARACNSLVKQGFDVVNVAGGMGSYAGTKRK
>CP029329|3689719:3750409|3721292_3722324_-|AWK52546.1|DBSCAN-SWA
MILNLFESKDILKRLNKVSKILPGLIVCVIVAWIGKYIENYVPSIGGASIAIFIGMAVGNTFCNKRIYDKGSKFAESELLSYSIVLLGGTLSAQTILNLGISGVAFIALQMVITITFAILIGKKLGFSQNFSFLMASGNAVCGSSAIAATAPVIEADDNEKGIAITIVNVTGTVLMLLLPLIAKTVFLSETTKTSALIGGILQSIGQVVASGSLVNEQVKDLSTIFKIVRIIFLVFVVLSLGTMKKKSSKVNSKKSNSKIKIPWYVIGFFIMCFLFTLNIISPQVSKILKSLSNNFEIIALAGIGMRVNFRELIKLGAKASIYASGVALVQIVSAIVLITVLL
>CP029329|3689719:3750409|3736091_3736784_-|AWK52557.1|DBSCAN-SWA
MDKNILIADDNMEIIKILKPYIEKEGFNVIFALDGEEALLKFKHYNPQLILLDIMMPLMDGIEVCNIIRQQSNTPIIMITAKSEDSDKILGLNSGADDYIIKPFSPGEVIARIKAVLRRITPVENNKLSIIKYTPLELDINNYSVKLDGTNMNLTKKEIEVLWMLASSPNNMIKRDALLDTVWGIDYFGDPRTVDTHIKRIRAKLDLNGQYNWDIKTIWGMGYKFEVKDV
>CP029329|3689719:3750409|3734293_3736099_-|AWK52556.1|DBSCAN-SWA
MFKKNITFKLTLGFLTIVIVSTLFIGIIALNMFKNNIYEIKQNNMKKHALSISQTIEPYITDTSNNKEFMKIINLLDAIDNAKIWIINSDKSIITASDSNTDSITYINDIEVNKTYTDINEKVLTGTEGYSEIYNPYYKENMMTIAVPIKNKNNSVIGAVVLNSYTSDISDSMNKFFVYLILTILGEIVLVGFMGYYFSKSISKPIKKINVAALELARGHYGIKTNIYQKDEIGELSSSFDLLSLKLEYTISKLFEEKNKLSNIITSMSEGILALDPNFHIINVNQSAINLISHKGMETDAEIIKILSKLNIIEEFNDVIYSNEKKSIITEHKSKVLDFSISPIKNNLNEIIGGVIFIQDISEKEKLEQMRKDFISNVSHEFRTPLTVIKGNLESIVDGMTQQEDIADTCVTLIKETNRLERMVKDLLDLSKLESGTLEIEFIPIDINMLINDTIRGFKLLINNKNMNLQLSLQSNVTTILSDYYKLKQLLIIFLDNAIKFSPYKGILEVSTKADNKNMYITIRDNGIGIPKDEIQYLGEKFFKADKSRNSKVEGTGLGLSIAKGLVKVLNGQFSIESDLDKGTTITISFEILKDSLEVKL
>CP029329|3689719:3750409|3720044_3720713_-|AWK52545.1|DBSCAN-SWA
MIFSIDNWVEELVLKIKNVYGDKLSFIGLQGSYRRKEASDNSDVDIVVILNELTMQDLKKYQAIISQMHYKEKACGFISGKSEIISWEKSDLFQFYYDTQPIYGSIDYLLPLISKADIKRAIKIGACNLYHACCHNFIYERNIEILSALYKSVFYILQAKYFDKTKKYINSKIDLSKLLNDTDREIMDICINRKKLIEIDEGEFSLYSEKIITWSSSLLKTY
>CP029329|3689719:3750409|3729036_3729723_-|AWK52551.1|DBSCAN-SWA
MKNYGETLDNRSKDINSLYEMYPVLKKIDKENNEIISTQAIFKTVYSDEYVSSADAVCAGVLFVIKGTIKIQKINKDGEETNLYNIKQGEFCHEALSCLSNLESLNIAGKAIQDSEVCIIPFDIVGKHFIQDNEFLLYMYKDLYRKFNLVLENKEDMIHESLESRLIRLLIKKNSKIVYATHNELAFEVDSVREVVSRSLKRIEKRGYIKLERGKIVILKDLNEILKV
>CP029329|3689719:3750409|3709917_3710415_-|AWK52536.1|DBSCAN-SWA
MMIYHGSNVEIDQPKIIQSNRALDFGFGFYTTTFKEQAEKWALRKCTNFKGEIEGKPTVSIYELDLEFAKSNYKVHEYKGVTNEWLEFILMNRKDINSKSPYDITIGEVADDQVFATINLLSRGWIDVNVATQRLKFKLPNNQVCINNQEVIEKCLKYVGMEVVK
>CP029329|3689719:3750409|3746766_3747033_-|AWK52566.1|DBSCAN-SWA
MSQEREKALQSLKTAKGQIEGIIKMIEDDRYCIDVANQILAAQSLLKKADLMILQGHLRHCVKEACNNNNPDEKIEEVNKILEKILSK
>CP029329|3689719:3750409|3739008_3739653_-|AWK52560.1|DBSCAN-SWA
MSEKFRRVIMTVFGVLIAGFSVGMFNFSTFGMDPFQVFAHGISMYIPLGYGTFYSILNLIMLIFIAIIDRYKIGLGTFINVFLLGYVVQFSSWLFETWIPNPTFGFRIIFLIIGIIVMCFGSSLYFTGDLGVSTYDAVALILSEKKVGRFQYCRIGSDLVCTILGYSLGATVGIGTVITAFFMGPIITVFNRNVSIPLRYGKRKDSIVHLDTKQ

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AWK52516.1|3689719_3691330_-|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	3.8e-68	33.9
AWK52517.1|3691429_3691780_-	IS66 family insertion sequence hypothetical protein	S5VXZ8	Leptospira_phage	9.6e-17	44.8
AWK52518.1|3691772_3692096_-	hypothetical protein	NA	NA	NA	NA
AWK52519.1|3692425_3692959_-	hypothetical protein	NA	NA	NA	NA
AWK52520.1|3693073_3693598_-	hypothetical protein	NA	NA	NA	NA
AWK52521.1|3693751_3694282_-	hypothetical protein	NA	NA	NA	NA
AWK52522.1|3694614_3695769_-	hypothetical protein	NA	NA	NA	NA
AWK52523.1|3697648_3698914_-	MFS transporter	NA	NA	NA	NA
AWK52524.1|3698979_3701625_-	phosphoenolpyruvate synthase	A0A1V0SGR7	Hokovirus	2.3e-49	31.2
AWK52525.1|3701686_3702301_-	TetR/AcrR family transcriptional regulator	NA	NA	NA	NA
3701881:3701900	attL	NA	NA	NA	NA
AWK52526.1|3702739_3702925_-	hypothetical protein	NA	NA	NA	NA
AWK52527.1|3703064_3703289_+	hypothetical protein	NA	NA	NA	NA
AWK52528.1|3703428_3703647_+	DUF2922 domain-containing protein	NA	NA	NA	NA
AWK52529.1|3704682_3704934_-	AbrB family transcriptional regulator	A0A2I7SC16	Paenibacillus_phage	1.3e-12	46.8
AWK53116.1|3704985_3705612_-	AAA family ATPase	A0A0K2CPA5	Brevibacillus_phage	7.5e-28	37.1
AWK52530.1|3705661_3706816_-	phage replisome organizer	V5UQV4	Oenococcus_phage	8.7e-22	35.6
AWK52531.1|3707027_3707234_-	excisionase	NA	NA	NA	NA
AWK52532.1|3707369_3707570_-	XRE family transcriptional regulator	NA	NA	NA	NA
AWK52533.1|3707721_3708303_+	XRE family transcriptional regulator	NA	NA	NA	NA
AWK52534.1|3708375_3709554_+|integrase	site-specific integrase	S6C485	Thermus_phage	2.0e-21	27.5
AWK52535.1|3709715_3709916_-	hypothetical protein	NA	NA	NA	NA
AWK52536.1|3709917_3710415_-	sortase	A0A0H3UZB3	Geobacillus_virus	9.8e-07	28.4
AWK52537.1|3710411_3710648_-	transcriptional regulator	NA	NA	NA	NA
AWK52538.1|3711280_3711517_-	hypothetical protein	NA	NA	NA	NA
AWK52539.1|3711494_3712004_-	hypothetical protein	NA	NA	NA	NA
AWK52540.1|3711990_3712215_-	hypothetical protein	NA	NA	NA	NA
AWK52541.1|3712522_3714922_+	restriction endonuclease subunit R	W8W1P4	Invertebrate_iridescent_virus	6.0e-25	29.7
AWK52542.1|3715033_3715489_-	hypothetical protein	NA	NA	NA	NA
3715438:3715457	attR	NA	NA	NA	NA
AWK52543.1|3716147_3716321_-	hypothetical protein	NA	NA	NA	NA
AWK52544.1|3717520_3718621_-|transposase	IS4 family transposase	NA	NA	NA	NA
AWK52545.1|3720044_3720713_-	nucleotidyltransferase domain-containing protein	NA	NA	NA	NA
AWK52546.1|3721292_3722324_-	putative sulfate exporter family transporter	NA	NA	NA	NA
AWK52547.1|3722475_3723369_+	LysR family transcriptional regulator	NA	NA	NA	NA
AWK52548.1|3726434_3726752_-	thioredoxin	A0A1J0GW78	Streptomyces_phage	4.5e-13	37.6
AWK52549.1|3726911_3728612_-	pyridine nucleotide-disulfide oxidoreductase	NA	NA	NA	NA
AWK52550.1|3728663_3728984_-	rhodanese-like domain-containing protein	NA	NA	NA	NA
AWK52551.1|3729036_3729723_-	Crp/Fnr family transcriptional regulator	NA	NA	NA	NA
AWK52552.1|3729864_3730521_-	4Fe-4S binding protein	NA	NA	NA	NA
AWK53117.1|3730702_3731221_-	chromate transporter	NA	NA	NA	NA
AWK52553.1|3731210_3731759_-	chromate transporter	NA	NA	NA	NA
AWK52554.1|3731755_3732526_-	prolipoprotein diacylglyceryl transferase	NA	NA	NA	NA
AWK52555.1|3732544_3733678_-	sugar kinase	NA	NA	NA	NA
AWK53118.1|3733898_3734294_-	hypothetical protein	NA	NA	NA	NA
AWK52556.1|3734293_3736099_-	two-component sensor histidine kinase	A0A2K9L5I4	Tupanvirus	4.8e-19	28.2
AWK52557.1|3736091_3736784_-	DNA-binding response regulator	W8CYM9	Bacillus_phage	1.2e-39	37.7
AWK52558.1|3736948_3737467_+	hypothetical protein	NA	NA	NA	NA
AWK52559.1|3737603_3738365_-	nitroreductase	NA	NA	NA	NA
AWK52560.1|3739008_3739653_-	hypothetical protein	NA	NA	NA	NA
AWK52561.1|3740198_3741812_+|transposase	IS1182 family transposase	Q9MBP7	Staphylococcus_prophage	5.2e-65	33.7
AWK52562.1|3742154_3743393_-	cell wall-binding repeat 2 family protein	NA	NA	NA	NA
AWK52563.1|3743725_3743932_-	heavy metal transport/detoxification protein	NA	NA	NA	NA
AWK52564.1|3744047_3746477_-	heavy metal translocating P-type ATPase	E4ZFI9	Streptococcus_phage	1.7e-112	36.0
AWK52565.1|3746529_3746709_-	(2Fe-2S)-binding protein	NA	NA	NA	NA
AWK52566.1|3746766_3747033_-	transcriptional regulator	NA	NA	NA	NA
AWK52567.1|3747205_3748900_-|transposase	DDE transposase	NA	NA	NA	NA
AWK52568.1|3749308_3750409_-|transposase	IS4 family transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_8

Nucleotide sequences of DBSCAN-SWA_8

>CP029329|4017964:4028410|DBSCAN-SWA
CTTAAAAATTATCAAAATCTTTTTGACTTGCTATCCTCACTTTTTTATTGCTTGGCTTATTCATTTCTATGTATTCTTCAATGAAATCAAGGCACATTCCAATGGTCATGTCCTCTAAATCTTCCCTATATAAATCACATTTTCTGCATAACAAAATGAATGATTCAGTAGTTATTACCTTATCATTCACTTCATCAGTACTTTCTATTTTTTTTTACTTTTAATACTTGCAGCAATAAGGTCTTGAACTTGTGGGATGATTTCGAACAAAGGGAACTCATCAAATCCATCCAACCAAGTAATTGGCTCTGGAATATCCTTATTAGCTGTTTTAGCCAAAGTCCAAATGATATTATAAAATATTTCAAAATCTGCATTTTCTAATACTTCATAATTAGACTTTTCCTCTTTGAAAGCACTTAATTTATTTAATTTAATTATTTCTACGAAGTAATCTTTCCCAAATTGAGCCTTAAATCTTAGTGGTGTTGCAGCTGTTGATTTAAATCTAATTTCTTTTTCATCTATAATAATTGTCTTTTCCATCTACATCACCCCTTAAACTGCTTTTTCATAGACTTTTGAATACCATGCATCGTAAATTGCTAAAGGAGTTCCTGTAGTAGTTTTTGTTTTAACTGCTAAATCAGTAGCTCTTGGTGAAGCTATGAATGCTAATTCATTCTCATTTGGTTCAGTTTTATCTGATTTTGTACTTGAACCAACTTTAGATCTTGATGCAGTACAGTTATATAAAACAAATCTTGTTGCTTTTATATCTCCTTCAAATTGAAACATAATTGCAAATGGCTTACCCACTAGATTTGCTTTTTCAGTTAACACTAAATCTATTGAGTCTTTTTCTTCACCTAATGCACTAATTGCAAATTCTTCTGGAATGTTTGCAATAGATAGTGTTCCATCGTAACCTTGATTATTGCTCGCTGAATAATAAAGTATATTATCAGCATAAAATTCAGTCATGTCTCCCCTAGGATCAAGCGACAAAGTAATCGCCCCTTGAATTGGTTTTGGTGTACCATATGTAATTACCCCATCAACAACTGTAAAAGGAGCATAATGTACATTCGTTAATCCAAAATTAACTTTATTTTCTGACATATTAAATCACCCTCATTTCATATACTTTTTGAAATATGTTCTCTGATTCAATGAAAGTTTCACTTGTTTGATAAGTTATTTCATGTGAATCCAATATATCTTCAAGCTTTGCTTCTGCTTGTAAATCTTTTTTATTTGTATACAATTCAATTTGAATATTATTTATTTTCTTATATACCTTATTATCTGCATACATATTTGATGAATAAGTAAATATGTAAGTTATATATGGTGGCTCTGGCATTGGGTTATTCTCTCTTACATTGAAATGAGAATACACAACTGGATACCCTGTTGTTTTTAAAATAGTAACTAATTCAGATAATGTCATCCTTTGACCACCTTCTCAACCCCATTTATAAAATCTTCAATTGCCTTTTCTTCGGCTGGTCGAATGTGGACTTTTGCTCCAACCCTACCTCCGCCAACTTTTAAATGTCCATGCTCCAATAAATGAGTTAATTGATAATCTGTTTTATTATGGATTACTTGAGCGGTTCCAACTTTACTAACCCGCCATCCTTTAGCATATCCGCCTGTATCTTTAGGACTAGAGTCTTTTAAAATCTTAACAACATTCTTTGCAGTTTCTAATTTTGTAGCTTCCAATCCTTCAGTTATTTCATTAGTGTAAGTTGATATTGCTGCAGCTATTTCTTTATATAAATCTTTCACTTCAGCCAATTTAAATCACCTTCTCACAAGTCAATTCTATTTTTTCAAAATCATTTGAATAAGTGCAGATTATTTTATACTTTTTACCCTCAAACTCAATAAGTTGTTCCCCACTATATTCAAATTTATTAATGTTAAAAATTACTTCTGGTTTTAATTCATGAGCAACCGCATTATAAAATTCAGTTCTTCCTATAGATTTTAAACCACAATAAATTACAGTTTTTATTTCAGTTGGAGTCTGATTTCCTATTTCATCTTCAGTATAAGTTTGCTGGATTAATGTTAATTCATAATCATAGGTCATATGGTGCTACCTCCAACATGAATAATTAAATTATGTAATCTAAATTGTAAATGCCTCGGCATACCAGCATTGTCTTTGTTTTGATAGCACCATGCAACATAGTCTACAACAAAAAGAAGATGATAATCGTTAACCCCATTAAGGATTAATCCTTTCTCATCTTCTAATTCTTTGATTACACCTTTTATAATTGCTGTTAGATATCCATCCCTTATGGTGGACTTGATACCCAATACTTCTTTTACCAATTGGAGGACTGTTGCTATATCCACTCTATACCTCCCTTATTATTTTTTTAAGCTAAATTGTTGATATGTGCATACTAAAAACAGGTAGTCCAACTTTAATTGAATTAGACTACCTGTTAATACACCAATTACGAACATCATGCATCATCTAGTTACATTAAATATCAACCTCATCAAAAAAATGTAACAACAATCATCTATGCTGCTACATTTTAAATCACTTAAATATTTTCTTTATAATTCATATTGTTAATCTCTATTTGCGCTAGCTCTTTAATAAGTATTCTCTGCTTTTTTGCATATCTTATTATTCCTATAATATAAAATACAATTACCACCAAAGTTATAATAGATCCACCCAATAAAATTAAAGCTAAATTATATAAATTATTTGATATACCCATTTCTCTATTCCTCCTATAATCTTTTATTCTAATGCTTGCCTTATTTATAGATATTTAATCATAGTTTTAATAAATAATTTTATTCTGTTCCAACTCTAATCACAATTTTTTTTGAAATATTTATGTGATAATTCACGACCACACATATATCCTCTATGAAAACAAAATGAAAGGATGTGAAACAAATGGCTGTAACTAAAGTTATAAATTCAACTACTCTTAGTATTGAAGTTCAAAAAGGGATTGATAAAGCGGGCGATCCAATTTTTTCCAAGAAAAATTTCTCAAATGTCAGAAATGATATTGTTGAACAAAATGCCTATGATGTAGCAGAAGCTATCAAAGCTGTCTTAGCTGCAAGCACTAGAGATACTTCACTTATTGTAACTTCAAACTTAGAAAATGCTTAATCAATTGATCATTGATCATTGAAAATTGTATAGAAAGGTGGTGAATTAAATGGAATATGTATTATCAATGACCTTTTTAACTGAATATGGTGAGAAGTCAACTTTAAGCATAAATGGTGTTAAATCTACTATTACACAAGTAGAAGCCAATGCTTTAATGGATACTATAATAGCAAAAAATATTTTCTTACCAGCTGCAGGTGCTCTTGTTTCAAAAAGTACTGCTCAATTGACTGAAAGAAAAGTCACTAAGTATGAAGTAGCTTAGTACTAAATTTGGAAGATAGAAGCTTGTCCTACAAAGGATGAGCTTCTATTTTTATGGATTTATCCTCAAAATCTGTTAATTTATTACTCTCTAATTTTTCTGCCTATGAAATCTATACCTTTTTGAAACACCATTGTTTTTATATTTATCTTTGTTTGTCCATTAGATACTGTATACTTTTGCTCTAATACTCGAAAATAACCACTGTCTACATACTGTTGATAAGGAATATTATTTCTATCAAATACTTTTTTATCTCTTAACAATGAAAATAATTTATTTCTTCCAACACCTTTAATTCCAAGAACTTTTGCTACATGTCCCATTTCGATACTATCTTTTGAACCTGCAACATCATCGTAAAACTGCGCTTTTGGTTCTAGTAATTTCACTTTTTTTTCAGCTTCTAACCTTGCTTTTCTCTCTTCTTTTAACTTTGTAGCTGCAGCAATAAGTAAATCAGGATTATCTAATAATTCATCTGTTGCATACATTCCTGTTTTTCGTATACAAGGTAATACCTCATCAAAAATCCATGCTTCAAACTTTTCTGCCCCTGGTAATTCAGATTTTGCCGCTAATCTATAAATATCACCTTCTGGAATGACACTCATTTCTATATTTTGAATAGCATCAGTTCCATCTTTCCTCTTTCCAGTAACTACCCCCACGTCGTGTTTCACGACACCCTTGCAATGTCTTAAAATTGCATCTCTTGGATTAACATAACCTAAGCATTTTGCAACATCTTTCCCAATGGCATAATCTTTATTATTAATTTTTACCCATCTTATTTCTCCAAATCTGTCATCTTTAAAAATTCGTAAACCATCCATTTGTTTATTTCTTTTTTACAAATTTTATATATTTTTTTGGTAATGAATTATCAGTGCTCAATTATTCACTATTTATCATTTATAATTCAAATTCCATGAATATGCCTTATCTATTTTTTATTGTCGTTGTGCAAAATATATACACATTCGCTACTATTGTTTATCATCTAAAATGTGATATTTCCTATCTTTGTATATACTCAGTCTTGAAATAAATTCTTCTTTATCAGTTGTTATTACAATAGTATCTGTATTTATTTGTTCTTCAAATATATCTTCTGATCCATTTATAACTACACTGAAATCTCCTTTTAGCATATCTATAACTCTTTTGGTAATTTCTTTTTTCTCTTTATATCTAATGTCTTCAATATTTTTATTTTTAGGGAATTCAATAACTCTCATAAGTTCCAGTTGTTCTCCCTTCACTTATCTACCTCCTCTTGTTTTATAAGTTTTTTTCTAAGCTGTCCTGATTCTAAACTCATTTTCACTATACCCCTAACATTCAAATTTTTATTAATTATATACTCGCCCTCTTATTCTTCTATCAAACCTTTTTTACATTTAGTGCAAACAATCATCTCTTTAAATTCAATAATGCTCTCATCACTACCACAAAATATGCATCCTCTAGTATATTTTCTTAATAATATTCCATTATTATCTTTGACTATTTCTAAAGCATCGCCTTCATTAATAGACATTACCTTTCTTATTTCTTTTGGTATTACAATTCTCCCAAGTGGATCAACTTTTCTTACTATCCCTGATTCTTTCATATTCTCAAACTCCTTCTAAATTATTTCTAAATGAACTTGTTTTAGTCTAAATTTATTGTGTAGCGAATTCATTTTAATCTATAATTATTGTTCATATCTTTCTCAATCTCAACCACATAATCCTTGCACATCTCATATATTCTGGACCCTACCCCTTCATCAAAAGCTAACAATCTATCAATAGAAAATTCACTGCTAACTATTATTGGCAGAAAGTTTAAGTACCTGTAATTAATGATCTCAAACATAATATTTATGTCGCTCTCGTTAATTTTACCTTTGAAGAGGTCATCAATAAGCAGGACCTCGCATAATTGATAATTTGAAATCATCTTGGAGTAATATTCAGTATCTAGCATATTTTGCTTTATCTTTGTAATTACATCCCTATAAGGCATATAGACAACTCTAGTTTTCTTTTGCAAAAAGTTTATTGCAAGAGCAACTGACAAATGGGTTTTCCCACTGCCAACTTGTCCGCAAAATAAAATACTGTTTCGTCTACCGCCTCTAACATCATCAAAATCCTGATAATAAGCTATAGCAGTATCTTTAGATCTTTCTGCTGCTGCATTCCATACTTCAAAATTAGAAAACTTATGTTTACACATTTCTGTATTAATTCCACATGACTTCCAATCATTTTTAATCTTTTCAATTTTCCTACATTCACAAGTTATAGCCAGAGGTTGCATATGCTCTTGCCGTTTTAAAATCCACCCTGTATCGTCGCATTTATCACACTTATATGAGGTTTTGTTCTGCCCCTTTTCGTTCATCTTCTGTAAGGTTTCGTGGTTTCTTTGGCTTGAATCCTGTAAATTCATTTTTATCTGCTGAGTTATTCTTTCCAGTGCTTCTAACCCCATTTTTATTCTCATCCCTTTCACTTGGATATCCTTCTCTTCTCCAGTTTTTAAGTATGCCATTAATGTATCTCATATCAGTTTGGTTTACTTCTAAAGCCTTATTTATAGCCATCTTAACTGAATCTGCACCATGCATATCAATAGCTAATCTCAATGCACCATAATTAATTCCACCAATTGCACCTGTAATTTTTTCATAATAAGTCATAATTTCTATAGCTTTGGAACTTATATCATCATCTGCTATAGCTATTGGCTTTTCTTTAATGTTTTTATTCTTAGCAAGACTTGATTCTTTTACCCCTTGAGAGAGACCTGACTCTTTTACCTCAACATCATGAGTTGATCCCTTATTATTTATATCACCAGTTTTATTATTACTCTCTATCTCTCTCTTATTCTTCTTCTTATTCTCTATCTCTTTCTTATTCTGTTCCGTTACTGTAACGTTACTTTGATTTTGTGTAACGCTAAAATAATCTTCTGTAACATTACAAGAATTTTTTGCAATTCCACTATTACTACTATTACTATTAGTGTTACTTATAAAATCTTCCATAGTATTTTCAGTATCATTTCCATCCTCTTCAATATTAGTTTTTGAATTTACTTCAGAATTGTCTAAAGGAACTATATTTTCACTATCTTTAGCTTTAACATTTGAATTTTCACCTTGATCTTCTTGAACTTTAACATCATAATTATTTTGTTTTTCCTCTTGGTGATTATCTCCAGTAGTTTTCTCAATTTGTTTTTTCTTCTCTCTATGATTTTCAGCTCTTTTCCTATTTTGAGCCCTAACCCTCTCCATGCCTTCAATGTTTTGATGCTTGTCCCAATTTATAATTTTAATTATATTGTTAGGAGCTATTTCAATCATTTCAAAATCAGATAAAGTTTTTAGTGCAAGTTTAATAGACTCTACAGGTCTATTAAATATTGTAGCTAGCATTTCATCAGTATATGGAATATTTTCACTTAAAAATATAAATCCATCAGAATTAGTTTTACCAGCTTGTACAAGTAATCTTATCCAAATGTAATGATTAGTATCTCTTTCTGGCATAGCATCCATTAATTTCATCTTTTCATCATCAGGCATACCAGTAGCTAATTTAATCCATTTAATATATGCCACTATTTTTTACCCTCCCCTAAACAAAATAATCTAAATCTTTCTAAACCCTTCCATGATGGTATTATCATCATGGAATTACAAACATCTATATAGCATTTGAAGACTATGAAATTCATTTATAAGTCCTCTCTTTCAAAAGGTTTAGAACGTTAATCTAATTCATCTAAACTTAATGGTTTCTTTGGCTCAACATTCTTTTCAATATAGTTATTCCAAAATTCCTCTTCCACTTTAACTATTTTTGAAATCAAGTTTTCATCCCTCATAACTTCTCTAATAATAAAATTTTCACCATTAATAAGAATTGCTATATAGCACTTATCTGCTTTTTTTACCTTCATATCATGTTGAGCTTGCATCACAAACTTTTTAGAAAATTCTACACTAAATATATCATTCTCATCAATTCCATTGATTAATTTACAGTCCAAAATCGAATTTTCACCAATAATCTTACGATTAACATTGGAAGCCATAAATTCATAATCCTTATCAATTGAATTTATATTATTCTTTCTTATTTTCTTTCTAGTCCTAATCATAAATTCTCTTGAAACAACTTCTTCTAAAGTATTTATCCAATATCTAGCTTCAACAGCTCTTTGAGAATTTTCTACAACCTTTGTCTTTTCTTCAAAAACATTTGTAATGCTCCTATACTTATCAAGCCCAAGAATTGCTCCAATATCTATACCTTCAATTTTATCTTTTCTTTTAAAAAGAGATTCCAATTTACCCAATCTATCAATTCCTCCCTATAAAAATATCTATTAAAATAAAGTTTACTTTAAACAAAAAACATTTTTAACTTTTTTACGTCATACTTGTTCCATGCATTTATCTTATATCAAGTTCTTAGTTAATTAATCATTTTATGAAGAGAAACATTAACTTTAATAGATCCGATTAAAACACGTTAACTGATTTTTAATTGTAACTTTAGATTAATTATCTTCTTAACTCATGATGAGTTTTTGAAATATTCTCAAGCCATTGATGAAATAATCCTCTATCCACCATTACCTTTTTTCCTATTTTAAAAAATGGAAAATTACCATTTTGCTTTGATATTTCTTCTTGTAATGTATTAAGTCCTATTCCAGACAAATAAGAACATTCCTTAAGAGAATAAGTAAGTTTCACTTCTGTAATTTCCTTTTCTTCTATATCTTTTTTTCTTAACTCAACTAAAATCTCTTTTAATATTTCTTCCATAGCTTGTCCCTCCGTATGCAAATATATTTTAATTATTAATATAAAAAATAATTAAATCTTATAAATTATTTTTTACTTTATAAGTAACCTACTTAACAAAAAAAATTTCTATTGGATTCTCAATTTCTAAAATTCTTATCATTTTATCTATTTCATCAGACCCGAATACACCTTTACTAAGTTTATTACTTAATGTTTTTGGAGATATCCCCAATTCTTTTGCCAATTTATCTTGAGTGTACCCCTTTGCTCTTATCTTCCCTTTTAATTCATTAACTAATATCACCTGATCACATCCTTATTGCTTATTAAGTAATATAATAACTTTAATGTATATTACTGTCAATACTCTTCAAGTAACTTTATTCCATTTTTTAGGAATAATTTGTTGCATATATGGAAACAAATGTTATAATATAATTAATTTCTAATATAAAAATAAGAGGATGATAAATATGGATTTTAAAGAAAATCTTAAAAATAGGCGTTTAGAATTAAATCTCACATTAGATGATGTTTCAAAAAAATTATCAATTAGTAAACCAACACTTCAAAGATATGAAAGTGGTGTGATTTCAAATGTACCTTCTGATAAAATTGAAAGACTTGCAGAAATATTAGAAACAACTCCTGCGATTTTAATGGGATGGCAAGAAAAAAAACTAGAGATAACACAATCATTAACAAAGGCACAACAATCTTTATTGGATAAATATAACACCTTAGATTATGTAGGTAAACACACAGTCGATACAGTATTACAAATGGAATTTAATAGATGCAATTAATGTATTTATTGTTTACGATTACTAATAAACATTCAAAAAATTGAAGATACTATATATAAATTTAAATTTGCTTATCTCTTATAAAAATATTTAAATTAGTATTCTTTACTAATTTAGATTTTTATATATTCTTTTAAGGATTCAACAATCTTTAAGTTTTAAAAGAATATGCGATTATCAAATATAAAATTGTAAACTAAAGATTTGGAAGTGATTTTATGGCTGTAAAAACCAATTGTAATAAAAATGGAACATCTTACTTTAGATCTACTGCGTCAGTAGGTAGAGATAGTAATGGTAAATTAATAAGAAAAGAATTCTACGGAAAGAGTAAATCAGAAGCTGAGTCTATGAGAGATGAGTATTTGTTAGGAATTAAAAGTGGTTTAAATATAGATACTAGAAATATTCTACTTGGAAAGTTAATGCATACCTGGCTCTTTGAAACTGTTAGAGTTTCTGATAGAATTAAGCCTACCACTTTTGAAAAATATGAATGTATATATAGGTTATATGTAAAAGATAGTGATATATATTCAATAAAAATAGTTGAACTAAAAGCACTTCAAATACAAAGATACTACAATAAATTATCTGAAAAAGGTAAAAGTAAAAATCAAATTGAAAATCTAAATAAACTACTAAAACAATTTTTAAACTATGCTGTTGATGAAGGTTACCTTACTAAAAATCCTTGTATTGGTAAGAAAATAGTTATACCTGGAGAGAAAAAATCTAAAGAAGAGGTTCAACATTTTAGTGATGAAGAACTACATATTTTAATATCCAATTTAGATAATAATGTCTATAGAGAATTAATTTTAATAGCTATAGGTACTGGTCTTAGACGTGGAGAATTATTGGCATTAACCTGGGAAGATATAGACTTAAAAAATTACAGTATAAGAGTCAACAAATCTTTATCAAAAGTTTATATAATTGCAGCTGATGGCTCTAAAGAAAGAAAACAAATAATACAAGTTCCAAAAACAAAAGGTTCCATAAGAGAAGTATCTTTTCCACTCAACTTAACATCAGCATTCAATGATTTAAAATTAAAACAAAAGAGATACAAATTAAAATGTGGATTATCTTATGAAAATTCAGATTATATATTCACAACATCAAGTGGTTCCCTAATTGATGTAACAAACCTCTCCCACGCTTGGGAAAACATACTCAAGCAAGCTGGACTACCACATAAAAAATTCCATTCATTAAGACATACATTTGCAACTAAATTATTTGAAAATGAAGTTCCGTTAAAAACAGTATCTGAACTTCTTGGCCATAGCTCTATAGATATAACTGCTAATACTTATACTCATGTTATTCCTAAGGAGAAGAGTAATGCTGTTGAAAAATTGAATTATATTTTTAATTGA

Protein sequences of DBSCAN-SWA_8

>CP029329|4017964:4028410|4026325_4026523_-|AWK52801.1|DBSCAN-SWA
MILVNELKGKIRAKGYTQDKLAKELGISPKTLSNKLSKGVFGSDEIDKMIRILEIENPIEIFFVK
>CP029329|4017964:4028410|4018521_4019085_-|AWK52788.1|tail|DBSCAN-SWA
MSENKVNFGLTNVHYAPFTVVDGVITYGTPKPIQGAITLSLDPRGDMTEFYADNILYYSASNNQGYDGTLSIANIPEEFAISALGEEKDSIDLVLTEKANLVGKPFAIMFQFEGDIKATRFVLYNCTASRSKVGSSTKSDKTEPNENELAFIASPRATDLAVKTKTTTGTPLAIYDAWYSKVYEKAV
>CP029329|4017964:4028410|4027243_4028410_+|AWK52803.1|DBSCAN-SWA
MAVKTNCNKNGTSYFRSTASVGRDSNGKLIRKEFYGKSKSEAESMRDEYLLGIKSGLNIDTRNILLGKLMHTWLFETVRVSDRIKPTTFEKYECIYRLYVKDSDIYSIKIVELKALQIQRYYNKLSEKGKSKNQIENLNKLLKQFLNYAVDEGYLTKNPCIGKKIVIPGEKKSKEEVQHFSDEELHILISNLDNNVYRELILIAIGTGLRRGELLALTWEDIDLKNYSIRVNKSLSKVYIIAADGSKERKQIIQVPKTKGSIREVSFPLNLTSAFNDLKLKQKRYKLKCGLSYENSDYIFTTSSGSLIDVTNLSHAWENILKQAGLPHKKFHSLRHTFATKLFENEVPLKTVSELLGHSSIDITANTYTHVIPKEKSNAVEKLNYIFN
>CP029329|4017964:4028410|4025171_4025771_-|AWK52799.1|DBSCAN-SWA
MDRLGKLESLFKRKDKIEGIDIGAILGLDKYRSITNVFEEKTKVVENSQRAVEARYWINTLEEVVSREFMIRTRKKIRKNNINSIDKDYEFMASNVNRKIIGENSILDCKLINGIDENDIFSVEFSKKFVMQAQHDMKVKKADKCYIAILINGENFIIREVMRDENLISKIVKVEEEFWNNYIEKNVEPKKPLSLDELD
>CP029329|4017964:4028410|4020536_4020719_-|AWK52793.1|DBSCAN-SWA
MGISNNLYNLALILLGGSIITLVVIVFYIIGIIRYAKKQRILIKELAQIEINNMNYKENI
>CP029329|4017964:4028410|4023083_4023710_-|AWK53129.1|DBSCAN-SWA
MQPLAITCECRKIEKIKNDWKSCGINTEMCKHKFSNFEVWNAAAERSKDTAIAYYQDFDDVRGGRRNSILFCGQVGSGKTHLSVALAINFLQKKTRVVYMPYRDVITKIKQNMLDTEYYSKMISNYQLCEVLLIDDLFKGKINESDINIMFEIINYRYLNFLPIIVSSEFSIDRLLAFDEGVGSRIYEMCKDYVVEIEKDMNNNYRLK
>CP029329|4017964:4028410|4021178_4021397_+|AWK52795.1|DBSCAN-SWA
MEYVLSMTFLTEYGEKSTLSINGVKSTITQVEANALMDTIIAKNIFLPAAGALVSKSTAQLTERKVTKYEVA
>CP029329|4017964:4028410|4019770_4020067_-|AWK52791.1|head,tail|DBSCAN-SWA
MTYDYELTLIQQTYTEDEIGNQTPTEIKTVIYCGLKSIGRTEFYNAVAHELKPEVIFNINKFEYSGEQLIEFEGKKYKIICTYSNDFEKIELTCEKVI
>CP029329|4017964:4028410|4020904_4021129_+|AWK52794.1|DBSCAN-SWA
MAVTKVINSTTLSIEVQKGIDKAGDPIFSKKNFSNVRNDIVEQNAYDVAEAIKAVLAASTRDTSLIVTSNLENA
>CP029329|4017964:4028410|4019412_4019769_-|AWK52790.1|DBSCAN-SWA
MAEVKDLYKEIAAAISTYTNEITEGLEATKLETAKNVVKILKDSSPKDTGGYAKGWRVSKVGTAQVIHNKTDYQLTHLLEHGHLKVGGGRVGAKVHIRPAEEKAIEDFINGVEKVVKG
>CP029329|4017964:4028410|4019086_4019416_-|AWK52789.1|DBSCAN-SWA
MTLSELVTILKTTGYPVVYSHFNVRENNPMPEPPYITYIFTYSSNMYADNKVYKKINNIQIELYTNKKDLQAEAKLEDILDSHEITYQTSETFIESENIFQKVYEMRVI
>CP029329|4017964:4028410|4025970_4026237_-|AWK52800.1|DBSCAN-SWA
MEEILKEILVELRKKDIEEKEITEVKLTYSLKECSYLSGIGLNTLQEEISKQNGNFPFFKIGKKVMVDRGLFHQWLENISKTHHELRR
>CP029329|4017964:4028410|4018167_4018509_-|AWK52787.1|DBSCAN-SWA
MEKTIIIDEKEIRFKSTAATPLRFKAQFGKDYFVEIIKLNKLSAFKEEKSNYEVLENADFEIFYNIIWTLAKTANKDIPEPITWLDGFDEFPLFEIIPQVQDLIAASIKSKKK
>CP029329|4017964:4028410|4023759_4025022_-|AWK52798.1|DBSCAN-SWA
MAYIKWIKLATGMPDDEKMKLMDAMPERDTNHYIWIRLLVQAGKTNSDGFIFLSENIPYTDEMLATIFNRPVESIKLALKTLSDFEMIEIAPNNIIKIINWDKHQNIEGMERVRAQNRKRAENHREKKKQIEKTTGDNHQEEKQNNYDVKVQEDQGENSNVKAKDSENIVPLDNSEVNSKTNIEEDGNDTENTMEDFISNTNSNSSNSGIAKNSCNVTEDYFSVTQNQSNVTVTEQNKKEIENKKKNKREIESNNKTGDINNKGSTHDVEVKESGLSQGVKESSLAKNKNIKEKPIAIADDDISSKAIEIMTYYEKITGAIGGINYGALRLAIDMHGADSVKMAINKALEVNQTDMRYINGILKNWRREGYPSERDENKNGVRSTGKNNSADKNEFTGFKPKKPRNLTEDERKGAEQNLI
>CP029329|4017964:4028410|4022772_4023015_-|AWK52797.1|DBSCAN-SWA
MKESGIVRKVDPLGRIVIPKEIRKVMSINEGDALEIVKDNNGILLRKYTRGCIFCGSDESIIEFKEMIVCTKCKKGLIEE
>CP029329|4017964:4028410|4022386_4022662_-|AWK52796.1|DBSCAN-SWA
MKGEQLELMRVIEFPKNKNIEDIRYKEKKEITKRVIDMLKGDFSVVINGSEDIFEEQINTDTIVITTDKEEFISRLSIYKDRKYHILDDKQ
>CP029329|4017964:4028410|4017964_4018153_-|AWK52786.1|DBSCAN-SWA
MNDKVITTESFILLCRKCDLYREDLEDMTIGMCLDFIEEYIEMNKPSNKKVRIASQKDFDNF
>CP029329|4017964:4028410|4020063_4020339_-|AWK52792.1|DBSCAN-SWA
MDIATVLQLVKEVLGIKSTIRDGYLTAIIKGVIKELEDEKGLILNGVNDYHLLFVVDYVAWCYQNKDNAGMPRHLQFRLHNLIIHVGGSTI
>CP029329|4017964:4028410|4026692_4027025_+|AWK52802.1|DBSCAN-SWA
MDFKENLKNRRLELNLTLDDVSKKLSISKPTLQRYESGVISNVPSDKIERLAEILETTPAILMGWQEKKLEITQSLTKAQQSLLDKYNTLDYVGKHTVDTVLQMEFNRCN

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
AWK52786.1|4017964_4018153_-	hypothetical protein	Q0H231	Geobacillus_phage	2.6e-08	56.0
AWK52787.1|4018167_4018509_-	hypothetical protein	Q0H232	Geobacillus_phage	3.5e-40	71.3
AWK52788.1|4018521_4019085_-|tail	phage tail protein	A0A2H4J534	uncultured_Caudovirales_phage	3.0e-60	61.5
AWK52789.1|4019086_4019416_-	hypothetical protein	A0A2H4JAG4	uncultured_Caudovirales_phage	2.1e-29	59.6
AWK52790.1|4019412_4019769_-	hypothetical protein	A0A290FZT5	Caldibacillus_phage	4.7e-27	53.4
AWK52791.1|4019770_4020067_-|head,tail	phage head-tail adapter protein	A6XMK0	Bacillus_virus	3.3e-26	55.1
AWK52792.1|4020063_4020339_-	hypothetical protein	Q0H259	Geobacillus_phage	5.4e-31	68.1
AWK52793.1|4020536_4020719_-	hypothetical protein	NA	NA	NA	NA
AWK52794.1|4020904_4021129_+	hypothetical protein	NA	NA	NA	NA
AWK52795.1|4021178_4021397_+	DUF2922 domain-containing protein	NA	NA	NA	NA
AWK52796.1|4022386_4022662_-	hypothetical protein	NA	NA	NA	NA
AWK52797.1|4022772_4023015_-	AbrB family transcriptional regulator	A0A2I7SC16	Paenibacillus_phage	5.8e-13	50.0
AWK53129.1|4023083_4023710_-	AAA family ATPase	Q0H276	Geobacillus_phage	7.2e-31	40.8
AWK52798.1|4023759_4025022_-	phage replisome organizer	V5UQV4	Oenococcus_phage	4.5e-32	57.0
AWK52799.1|4025171_4025771_-	hypothetical protein	A0A0A7RWR9	Clostridium_phage	2.5e-33	40.3
AWK52800.1|4025970_4026237_-	excisionase	NA	NA	NA	NA
AWK52801.1|4026325_4026523_-	DUF739 domain-containing protein	A0A0A7RTP5	Clostridium_phage	2.2e-10	61.7
AWK52802.1|4026692_4027025_+	XRE family transcriptional regulator	B6SBW8	Clostridium_virus	7.2e-14	40.8
AWK52803.1|4027243_4028410_+	recombinase XerC	A0A1B0T6A8	Bacillus_phage	2.7e-39	33.7