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
CP037428	Myroides odoratimimus strain G13 plasmid pFM-G13, complete sequence	0 crisprs	WYL	0	0	0	0
CP037427	Myroides odoratimimus strain G13 chromosome, complete genome	8 crisprs	cas3,WYL,RT,DEDDh,cas13b,Csx27,PD-DExK,csm5gr7,csm4gr5,csm3gr7,csm2gr11,cas10,cas6,csa3	0	19	7	0

1. CP037427

CRISPR-Cas detection and classification

Crispr_ID: CP037427_1

• CRISPR_ID: CP037427_1
• CRISPR_location: 1614814-1614961
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP037427_1

Consensus_repeat	Method
GTGGTCCCACCTGGGCTCGAACCAGGGACTTACTGATTATGAGTCAG	CRISPRCasFinder

spacers of CP037427_1

>1.1|1614861|54|CP037427|CRISPRCasFinder
TTACTCTAACCAGCTGAGTTATAGGACCGCTCATTTTGAGCGAAAAATTTCGTG

CRISPR arrays and Neighbor proteins around CP037427_1

CRISPR arrays

The CRISPR arrays of CP037427_1

>merge|CP037427|1|1614814-1614961|CRISPRCasFinder
GTGGTCCCACCTGGGCTCGAACCAGGGACTTACTGATTATGAGTCAGTTACTCTAACCAGCTGAGTTATAGGACCGCTCATTTTGAGCGAAAAATTTCGTGGTGGTCCCACCTGGGCTCGAACCAGGGACTTGCTGATTATGAGTCAG

>CP037427|1|1|1614814-1614961|CRISPRCasFinder
GTGGTCCCACCTGGGCTCGAACCAGGGACTTACTGATTATGAGTCAG	TTACTCTAACCAGCTGAGTTATAGGACCGCTCATTTTGAGCGAAAAATTTCGTG
GTGGTCCCACCTGGGCTCGAACCAGGGACTTGCTGATTATGAGTCAG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP037427.1|QBK76183.1|1615530_1615923_+|30S-ribosome-binding-factor-RbfA	unknown	unknown	gnl|CDD|376719
CP037427.1|QBK76182.1|1615058_1615460_-|methylmalonyl-CoA-epimerase	unknown	unknown	gnl|CDD|319912
CP037427.1|QBK76180.1|1613424_1613712_-|DNA-binding-protein	unknown	unknown	gnl|CDD|378935
CP037427.1|QBK76184.1|1615924_1617130_+|ABC-transporter-permease	unknown	unknown	gnl|CDD|226957
CP037427.1|QBK78105.1|1604864_1606091_+|site-specific-integrase	unknown	unknown	gnl|CDD|271185
CP037427.1|QBK76179.1|1612084_1613326_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK76173.1|1603974_1604580_+|master-DNA-invertase-Mpi-family-serine-type-recombinase	unknown	unknown	gnl|CDD|184041
CP037427.1|QBK76190.1|1626772_1629142_-|TonB-dependent-receptor	unknown	unknown	gnl|CDD|379720
CP037427.1|QBK76181.1|1613803_1614628_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK76186.1|1621843_1622920_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK78106.1|1617552_1620063_+|sel1-repeat-family-protein	unknown	unknown	gnl|CDD|276807
CP037427.1|QBK76174.1|1606285_1607401_+|Fic-family-protein	unknown	unknown	gnl|CDD|225718
CP037427.1|QBK76189.1|1625674_1626673_+|2-hydroxyacid-dehydrogenase	unknown	unknown	gnl|CDD|240659
CP037427.1|QBK76178.1|1610582_1610882_-|mobilization-protein	unknown	unknown	gnl|CDD|184361
CP037427.1|QBK76185.1|1620062_1621841_+|HSP90-family-protein	unknown	unknown	gnl|CDD|237603
CP037427.1|QBK76177.1|1609660_1610581_-|mobilization-protein	unknown	unknown	gnl|CDD|367497
CP037427.1|QBK76188.1|1624085_1625273_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK76176.1|1609145_1609658_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK76187.1|1622922_1623984_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK76175.1|1608484_1608955_-|DNA-repair-protein	unknown	unknown	gnl|CDD|163702

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP037427.1|QBK76182.1|1615058_1615460_-|methylmalonyl-CoA-epimerase	gnl|CDD|319912	cd07249, MMCE, Methylmalonyl-CoA epimerase (MMCE). MMCE, also called methylmalonyl-CoA racemase (EC 5.1.99.1) interconverts (2R)-methylmalonyl-CoA and (2S)-methylmalonyl-CoA. MMCE has been found in bacteria, archaea, and in animals. In eukaryotes, MMCE is an essential enzyme in a pathway that converts propionyl-CoA to succinyl-CoA, and is important in the breakdown of odd-chain length fatty acids, branched-chain amino acids, and other metabolites. In bacteria, MMCE participates in the reverse pathway for propionate fermentation, glyoxylate regeneration, and the biosynthesis of polyketide antibiotics. MMCE is closely related to glyoxalase I and type I extradiol dioxygenases.	4.01437e-55
CP037427.1|QBK76180.1|1613424_1613712_-|DNA-binding-protein	gnl|CDD|378935	pfam12728, HTH_17, Helix-turn-helix domain. This domain is a DNA-binding helix-turn-helix domain.	1.64306e-06
CP037427.1|QBK76184.1|1615924_1617130_+|ABC-transporter-permease	gnl|CDD|226957	COG4591, LolE, ABC-type transport system, involved in lipoprotein release, permease component [Cell envelope biogenesis, outer membrane].	1.29143e-38
CP037427.1|QBK78105.1|1604864_1606091_+|site-specific-integrase	gnl|CDD|271185	cd01185, INTN1_C_like, Integrase IntN1 of Bacteroides mobilizable transposon NBU1 and similar proteins, C-terminal catalytic domain. IntN1 is a tyrosine recombinase for the integration and excision of Bacteroides mobilizable transposon NBU1 from the host chromosome. IntN1 does not require strict homology between the recombining sites seen with other tyrosine recombinases. This family belongs to the superfamily of DNA breaking-rejoining enzymes, which share the same fold in their catalytic domain and the overall reaction mechanism. The catalytic domain contains six conserved active site residues. Their overall reaction mechanism involves cleavage of a single strand of a DNA duplex by nucleophilic attack of a conserved tyrosine to give a 3' phosphotyrosyl protein-DNA adduct. In the second rejoining step, a terminal 5' hydroxyl attacks the covalent adduct to release the enzyme and generate duplex DNA.	5.20379e-33
CP037427.1|QBK76183.1|1615530_1615923_+|30S-ribosome-binding-factor-RbfA	gnl|CDD|376719	pfam02033, RBFA, Ribosome-binding factor A.	3.51365e-31
CP037427.1|QBK76173.1|1603974_1604580_+|master-DNA-invertase-Mpi-family-serine-type-recombinase	gnl|CDD|184041	PRK13413, mpi, master DNA invertase Mpi family serine-type recombinase.	2.12242e-118
CP037427.1|QBK76190.1|1626772_1629142_-|TonB-dependent-receptor	gnl|CDD|379720	pfam14905, OMP_b-brl_3, Outer membrane protein beta-barrel family. This family includes proteins annotated as TonB dependent receptors. But it is also likely to contain other membrane beta barrel proteins of other functions.	1.05698e-78
CP037427.1|QBK78106.1|1617552_1620063_+|sel1-repeat-family-protein	gnl|CDD|276807	sd00010, SLR, Sel1-like repeat. Sel1-like repeats (SLRs) share similar alpha-helical conformations with Tetratricopeptide repeats (TPRs), but with different consensus sequence lengths and superhelical topologies. SLRs contain 36 to 44 amino acids and are present in bacteria and eukaryotes but not in archaea. SLR proteins are involved in a variety of functions, and many serve as adaptor proteins for the assembly of macromolecular complexes. The SLR family was named after the Caenorhabditis elegans Sel1 protein which is predicted to fold into 11 SLRs, a transmembrane domain, and an N-terminal signal sequence. The human Sel1L protein contains an additional fibronectin type-II domain and an N-terminal PEST sequence. Its downregulation is associated with the development of breast and pancreatic carcinomas.	1.37432e-28
CP037427.1|QBK76174.1|1606285_1607401_+|Fic-family-protein	gnl|CDD|225718	COG3177, COG3177, Fic family protein [Function unknown].	1.63028e-34
CP037427.1|QBK76189.1|1625674_1626673_+|2-hydroxyacid-dehydrogenase	gnl|CDD|240659	cd12183, LDH_like_2, D-Lactate and related Dehydrogenases, NAD-binding and catalytic domains. D-Lactate dehydrogenase (LDH) catalyzes the interconversion of pyruvate and lactate, and is a member of the 2-hydroxyacid dehydrogenase family. LDH is homologous to D-2-hydroxyisocaproic acid dehydrogenase (D-HicDH) and shares the 2-domain structure of formate dehydrogenase. D-2-hydroxyisocaproate dehydrogenase-like (HicDH) proteins are NAD-dependent members of the hydroxycarboxylate dehydrogenase family, and share the Rossmann fold typical of many NAD binding proteins. HicDH from Lactobacillus casei forms a monomer and catalyzes the reaction R-CO-COO(-) + NADH + H+ to R-COH-COO(-) + NAD+. D-HicDH, like the structurally distinct L-HicDH, exhibits low side-chain R specificity, accepting a wide range of 2-oxocarboxylic acid side chains. Formate/glycerate and related dehydrogenases of the D-specific 2-hydroxyacid dehydrogenase superfamily include groups such as formate dehydrogenase, glycerate dehydrogenase, L-alanine dehydrogenase, and S-adenosylhomocysteine hydrolase. Despite often low sequence identity, these proteins typically have a characteristic arrangement of 2 similar subdomains of the alpha/beta Rossmann fold NAD+ binding form. The NAD+ binding domain is inserted within the linear sequence of the mostly N-terminal catalytic domain, which has a similar domain structure to the internal NAD binding domain. Structurally, these domains are connected by extended alpha helices and create a cleft in which NAD is bound, primarily to the C-terminal portion of the 2nd (internal) domain.	0
CP037427.1|QBK76178.1|1610582_1610882_-|mobilization-protein	gnl|CDD|184361	PRK13877, PRK13877, conjugal transfer transcriptional regulator TraJ.	0.000256336
CP037427.1|QBK76185.1|1620062_1621841_+|HSP90-family-protein	gnl|CDD|237603	PRK14083, PRK14083, HSP90 family protein; Provisional.	0
CP037427.1|QBK76175.1|1608484_1608955_-|DNA-repair-protein	gnl|CDD|163702	cd08071, MPN_DUF2466, Mov34/MPN/PAD-1 family. Mov34 DUF2466 (also known as DNA repair protein RadC) domain of unknown function contains the signature JAB1/MPN/Mov34 metalloenzyme (JAMM) motif, EXnHS/THX7SXXD, which is involved in zinc ion coordination and provides the active site for isopeptidase activity. However, to date, the name RadC has been misleading and no function has been determined.	7.1607e-47
CP037427.1|QBK76177.1|1609660_1610581_-|mobilization-protein	gnl|CDD|367497	pfam03432, Relaxase, Relaxase/Mobilisation nuclease domain. Relaxases/mobilisation proteins are required for the horizontal transfer of genetic information contained on plasmids that occurs during bacterial conjugation. The relaxase, in conjunction with several auxiliary proteins, forms the relaxation complex or relaxosome. Relaxases nick duplex DNA in a specific manner by catalyzing trans-esterification.	2.74005e-12

Protein sequences

>CP037427.1|QBK76181.1|1613803_1614628_-|hypothetical-protein
MNTIIETPFFFFHQKLEKLGSVTLSKKFTYITAALLPIISLVTSTFQLPYFYSISKWYTLLPLTALIYSILLLSAAINFYKGQNIFLISHLSLIYKESFKSFKNSKEYLLTLPSKKTITIYNTTPCKKKQEQKKDNVFVFSTTHETLIKETLHELKKEIINDDTTIQDFKKVIGSCISKKTDNPNSFIKLELQSQHCAMFLEAFFIPFVELFTLHKTNLKESCRYFQYATLENYCTIKYDSISKKSRKLITNAHKETYAKILENVKSQLSKKLS
>CP037427.1|QBK76180.1|1613424_1613712_-|DNA-binding-protein
MTTLKIIQELNEIKLMITKGNQFQKEIFTIKDLMAYTGFSDSTIHKLTSKNLIPHHKPTNGTLFFDRLEIIEWIKQYRVFTDQEVLSQFSKQLKK
>CP037427.1|QBK76179.1|1612084_1613326_-|hypothetical-protein
MNTTATEYIRIGTEYYAIRKKNVNGKEIIVERKLWKKSEIITDFGKDIIKELPKFFGYKCEPCHINYTHFIGDYFNSYSPILYHIDTESPLSIDSLKQQIPITSYFLHHIFGNQYLLAIDYFKILLFYPEQILPIIVLVSRNRETGKTTFLNWIKEIFDKNAVFIKANAFTEKFNSEMDSKLLLLIEEVKSENKDIVEAIKYISTAMYQSIEYKGQEKIEQRSFLKIIMTSNHEHNFLKIDKEETRFWVIKVPLIKNRTTEFYTKLIKEIPIFLNYLYRVPFSTENKTRMWFTPETLHTEALHKLKHDVDLQNKNLVLDILDIIFNEFDIDQIDTTPSDINALLNYYNRGHNITMREIQTTLENIALVRSTNSNNYERVKIEDNTLKRTIHKGKYYRISKEILLNQMTDDIKK
>CP037427.1|QBK76178.1|1610582_1610882_-|mobilization-protein
MKREHKIEFRVTLTESLLIKNKAKKIGCSVSEYLRSTALGYSVSYKLTQDEIEIYKLLNKFADNFRRIGNLFKLGDTTKVKESTIETANLIRAHLEKLK
>CP037427.1|QBK76177.1|1609660_1610581_-|mobilization-protein
MIAKAKTCIGGAALFNYVINPSKGYELARNNLSGETPKDMYQTMQILQNQNTRCKNNTISVVISPTIEDSRKMTNQDLENLVKDFLVGLKLDPKDAQYIAYLHTEKEHKHIHILINRIDENGKALKDNYIGFQAQSIAHEIALKYNWTSIRQENLNRKELLKTNQKQTAEIIKKAHYFVLKERPKNLDQYINMMLAHQIEVKPTVNKQGNIQGYRFIHLPTNTNLKASEVDRNLKLNELFENNIPKPNNDLFHTVLYKDQDKQICFENWNTNTVSLFSFLNAYGNYYEDYMPDITKKKKRKQTLNL
>CP037427.1|QBK76176.1|1609145_1609658_-|hypothetical-protein
MAKRQPTLTELTELLFQQVVHLQEKLKQNITLQTQLSNRINNIEVKVNVSELHKIESNNRQRLQDDFTAFQSTLYDTKEDLLKVYRAISHKKMFYIIALNIFLLLTSGLSIYVAIKKSIHYSDYNQLIENNKKSNLELMYLNQFFKENPKNFEVYKKWKITSENNTKKSL
>CP037427.1|QBK76175.1|1608484_1608955_-|DNA-repair-protein
METTVLDKQWLIASEVELIYKSKVKASQRPQITSSYNAYQIALKAWDGNKIELLEQFKVLMLSNNNKVLGVLEASSGGITATIVDLRIIFSALLKANATAFIIIHNHPSGKLTPSDPDRQITRKIKEASKILDITLLDHLIITEESYYSFADEGTL
>CP037427.1|QBK76174.1|1606285_1607401_+|Fic-family-protein
MNYNLEKAVDYHYGVFPPKSINYALFIQELVRATDALARFDQMLKNLHNTEILLAPLRNQEAVLSSRIEGTISTMDEILQYEADHEGEDITTAKADVIETILYQRALKNAQSALESGYDFSLSFLKQMHQQLLYLGRGANKSPGEFKKEQNYLADRLKREIQFIPIRPENLVDGLEQLFKFLENSDFPPLIKTAIMHLEFEALHPFKDGNGRIGRMLITLNLWREKILSEPHFYISGYFEENKDEYIEQMRNVSKTKDWNEWILFFLKAVENQAIKNLEIAESIKSLYETTKTEFSELLSSKWNIEILDFIFTYPVFRNNKFVSTTKIPNATAVLMIKKLVDNGYLVLREESSGRRAAMYSFEPLMKLVRV
>CP037427.1|QBK78105.1|1604864_1606091_+|site-specific-integrase
MKTSLKIVLKKTKLSDGTYPINLRVTINRRSKFYKTPYSTAPKFWNAKVGEFTSKFPNFLQANRILSTLKQDASKVLDLMIEQEKEFTLEVFDSLLRPEKVEIVKFVAFFQNRIEQFKEAGQVSSASSYNDSLKALKRFKPGVIKYEFTQIDYSFLVAFEADLRSRGCTNGGIGIYMRNIRAIYNSAIKSKIASLENYPFRDYVISKLKSTKIKKALTKEELQLLLDYDFSENTEGAKVLYTYLFSFFCRGMNFTDIAELKWDDINSNRFSYIRNKTGVAINVKIPENKDLDTILNYFRIYRPFDTDYIFSILDKDLSLYTKEELRARKSSVRDYYNKQLNIIAKECGIKTKITFYTARHTFATLSLKKGVNLYMLKQAFGHQSIKTTEAYVEDFNREELDQAFENLF
>CP037427.1|QBK76173.1|1603974_1604580_+|master-DNA-invertase-Mpi-family-serine-type-recombinase
MIYGYIRVSTDKQTVENQRFEINHFCEKQDVVVNKWIEETISGSKQVDERKLGKLLKKMKKGDILICSELSRLGRNLLMIMGVLNECMNRDIHVWTIKDNYRLGSDINSKVLAFAFGLSAEIERNLISQRTKEALARKKAEGVILGRPIGSKSARTKLTGQEKKIKELLDKNVSYSAIGRILGVHRLTVTSFVKNNSSLFT
>CP037427.1|QBK76182.1|1615058_1615460_-|methylmalonyl-CoA-epimerase
MRKIEHIGIAVKDLEASNALFEKLFGAPAYKEEAVESEGVKTSFFMNGPNKIELLEATNPDSPIAKFLEKKGEGIHHIAFDVEDIEAEMKRLAAEGFTLLNEIPKKGADNKLVAFLHPKTTNGVLIELCQEIK
>CP037427.1|QBK76183.1|1615530_1615923_+|30S-ribosome-binding-factor-RbfA
METNRQKKMGALLQKDIVDILQGEVRKNGITNLVISVSKVNITSDLSVARVYLSIFPIDKGEELLKGIKSNAPLIKHELAQRVKHQMRKVPDLLFYVDDSLEYIDQIDKALTGDENPIANPDLLEKRKKK
>CP037427.1|QBK76184.1|1615924_1617130_+|ABC-transporter-permease
MKFSLYIAKRYAFSKSKSKAINVITTISSVGIVVSAMAMFIVLSVFSGLKAYSLSFVDDLDPDLKVFTPKGKSFVVEDRQILDLEESGYFKGVAKVVEDRLLFSFKDKQAVSMIKGIDSDFVNVTDFDEKVEYGSWLEPDTDDAVVGVGMSHLLSMGLFDTENAFEALALKPGKGTIENPEDAFIKRHLNPTGVYVLGNDDLDNKYVFVDIDNARALLNIPTTEVTNLELAIAEGVSEGKAIQKIKEVLGEEYIVKNKTQLNDGLYRMLNMENLVVYLIFVLVVIMALFTLVGSMIMIILEKQPNIKTLNQIGVPVSDLRKIFLFQGLIICVLGSVIGLVLGGIVVSLQVAFGFISIREGLAYPVAFNWVNIFVVLVSIIVLGLLASLVSSSRVNNSYLKL
>CP037427.1|QBK78106.1|1617552_1620063_+|sel1-repeat-family-protein
MEYLNYVREFANDSVSITAHAEEFLNKNDYSNPHEWYKAHAICMLAEQIGKNNEVLEKLYDQLNEDSNCLHSSMSLSDEDYADWFTDVKALNDIFIDRGYKHAYAYQYELFINSRYGFRDEERAVGYLKKGVELGDDLCKCYVGYAMYYGTQGYEKDEEGAVTILKTAVDGERANIANLFLLNIEFRGCTSGEEGKAVVEKFSELINVKKRGLYILADYYLREDDNVSAEAALKDGIANNSTYCKYLLGMMACNGRFEELGYTEEQGRELLADAYDYGITHAGYVLGYSYFYPRTEGLEAKQEAGIEMFKKAIAYYSSEATLELAIIYLYNEDFKDIAKGMEFLDRGVEYKYDRAMSEKGFVLLDFEEVERDVEGGKAMLEQAMAAGNDYAPYRLGLAYQNADFEEEADYEKALYLFELAAERNNLSGLELAGRYHRFGYAGEPNLEKAVSYYQRGIEYFNSNYCKVELAMLLERGEGIEQDVAEAARLYEDALNEGYTYAAIRLGFIYEEGSIGEPDYAKARAHFELAAEQDMAEGVYHLARCYRYGTGGEENQEKSFELFSKALELGFVDANVDIALFYEEGINGGEPDYEKAFEYMIVGAEAGFNYAQYKVGVYYSYGYLAETNVELGKEWFEKSVESGSPLGMLSLGDYYLYGYGEEKEYDKAFEYYIAAEERNYISEGLGICYQFGLGVEVDEVKAFHYYKLAADRQYDSAIFRLGLCYFYGNGTERDLVEAFHYLKQVADRGNMDAASYVGLMLVKGDGAEKDPEYGVSYLIQAAEAGFDMAQYELANCYLKGEGVPQSDDSAMEWYQQAAENGNEDAQKIVGGPRKRRR
>CP037427.1|QBK76185.1|1620062_1621841_+|HSP90-family-protein
MENQKQFQFQVNMKGMIELLSEHIYSSPTVFVRELLQNGMDAVTVRKGIDESFKGKINITFEGDRLIFQDNGVGLTHDDVHQFLSVIGQSSKRGELADKDLIGKFGIGLLSCLVVSEAIVVESRSLYKDESVRWTGKADGTYEVEMIPLLDEVGTKVILDAKKAWRSLFKRDEVKQNVLFYGSALPIEVNLIEKGEVEQCLDGNPVWLDNESSKEQLLDYGKEVFKTKFLDVFRLYSEAGEIQGVAYIIPNKVNTTATKEHKIFLKKMYLCDQATNLLPEWTSFVRCIFNSNALQPTASRESLMNNAVLQESKKELSECFKDYLKTLSITNPEILEKIISIHHMFIKALAASDNEIMTMFEDYLPFETNQGMMAFGEIKETYKNIYYTPSLDDYRQIRRIAGSQNKLVINAAYSYETDLIEKLKRSHAELKLERIAPNDILEEFEDAIEDSQRIENFIDKANKILKRHFCRAEVKRFEPKDTTAIYIANEDALTSKNIQSLSQTSNPFASTLQHFKKKEEVMPTLCFNQQSELVEKVMLIDDDELFEALINVLYVQALMLGGYTINKREMDTFNDALYQFMILGMSNFLPKF
>CP037427.1|QBK76186.1|1621843_1622920_+|hypothetical-protein
MYRLEIQKLLLAIDENLDDQELCLSFIRQGIQIADKHNDLDWGVELRYSLIHEERATSGCTESVLAFAWILDVCDRYPERFHESEFLLEYEWMLCSAYSNASLSTEQILAVADDLYTRLERNHISKRGYYFTMAEYVQNIGDYAKGEEYIKLAMQEPYDDENIEIMEYDYRIENLVLMGRFDEAIVLMEQVELKKLSDFALPFETYCAMAYCMAKVEDVRASIYLEKAKASFETLREVNSSMLYSMTRLMYAMYLLKDSVMWSTFERIADWEIDAEDDLQFMLSRHAALICAQGGVIALDLSPRLSYYEPNGKYDLTQLYEYYDNIATRLGLQFDSRNGLDFCSKEYKELKMMNGIKV
>CP037427.1|QBK76187.1|1622922_1623984_+|hypothetical-protein
MNYNLEIQKILLKVEELPSFSDKVKALKEAIALADKHNDLDWGFDLRLTLIQKERNTSKCEESFPAFAWILNASDSNEDYFDESEFLWEYKWMFCSAYRNASISLEQIKEIGDDLRRRLKKNGYSDRAYYNVMTGYALHLRDYKLAQEYIRLADEEILDDMANCPACELDTKVETLLDLGHIDESLVKAQDLINKKLTCYSMPFQTFCSFANKLYDAGDDRASIYFDKALEEYHAHDQYDSSVGYSMGELVSYMAKTKHPEMWSFFSRICEWQLGAEDIHIYNFAKAMAPLMQGEGEVTLSLSPLLPYYQESGVYRLSDLYTYFKDTAYDYANRFDQRNHNTNFIQEVDKALN
>CP037427.1|QBK76188.1|1624085_1625273_-|hypothetical-protein
MIAKIQLKLNNDVLLTVIKMVKHTDDYIVENVTDALLISIKEDLINKLEDKAKTIQKQVSILDHNKKHSLVLKYHEAYSMYKLLEAVHEKELFSDNLHIKKIKRLISELHNKLDIFAKEEDITIIDEDLVEDNPIEVTETKPERILVLEGVEDAHTVDPNQVEIPILFDMTDAFSDHEEIDTPNEEVSHEVVSTMSNTLEELFAPSVEDKVILDNELPLDHNSYLEKEMDVTEETIGSTEESNTTSETFPTQETIYSTEEDLFMTSIPESQPKLDWERITTEDPSPSSEKKNTAEQVTFSDPKYNELFNIAKTGINVDEQDLINHEPIISSQPEQGMNTLLTEEEDIPYSQDVMQIEIFDVEMIEVEPSEQKEKKEKKKEKKIVKAEQDGQISLF
>CP037427.1|QBK76189.1|1625674_1626673_+|2-hydroxyacid-dehydrogenase
MKIAFFSTQPYDVTFFDKENKQFGFELEYFETGLDEQTVNVITENTDVVCVFVNDKVDAEVISNLAKKDVKYIALRCAGFNNVDLDAAHQHNIRVCRVPAYSPEAVAEHTLAMLFTINRKIHKAYNRVREQNFSLNGLLGTNIYKKTVGIIGTGNIGAVFCRMMKALGTEVLAYDIYKNEQLEAEGIRYVELEELFTKSDIISLHCPLTPDTMHLINEDTISKMKDGVMLINTSRGKLIDTHAIIQGLRAKKIGALGIDVYEQEEKVFFRDLSGTILEDERLQLLTSFPNVLVTAHQAFFTDEALTQIAFITLDNLKQLKTNNEIVGRNAEL
>CP037427.1|QBK76190.1|1626772_1629142_-|TonB-dependent-receptor
MKNLFTLLLTILCSQFILAQSSIKGTVVDQSDKPVDYAEIQLFRPNDTFVKQSFSDETGLFRMEDIAKGDYVLKIFHLGQLVSEQQLAVQSDVDLKNISVKNDQQLDEIVLHAEKRLVERKVDRLVYNTANSIASQGMDALEALATTPMVKVQNDKISISGKNNVRIMVDDRMLELQGDALTNYLRTLRSDDIEKIEVITTPSAKYEASGNAGIINIILKKNKRMGVYGTVSSNYSYNNYNSGGGNGSLNYQNKKWSVMLKGNINNSNNSNTNDNTYQDDKRYLGNNSLNESSYKNRGASITTNYQLTDNAVIGGSYNYTKFSGDPRAFTASTYKSYPFTTTDSIINSVNRSYTKNNYHTANLFFDQKLDTLGSKIAIGANYFSNSPDQSFDIKEFDNSSVLRRYNTYTNTLKYSVYSLNADLTYHLPWAEVEFGAKYTTYDNKAQVTYFNIKNGNATLDPLKSNRFNYTEDNYAAYLSFTKQLTEKWSVKGGMRYEQTEAKGHQIDNDEKFTKSYGKWFPTAYVSFTPNETHSFSFNYSKRINRPYSNVLNPFKYYSNSYTYHQGNPELNPSYTNNYELSYVYNGALSVNLNYYHMTDQFDYMNKYEDGVFMSSTYNMLNSDNYGVDISYNNTITAWWETNSGLEYIMSSPYYRNEEATQVGLKGNLFDYYSQNTFSVNNAKTLKLLLNWYHQLPHKEDNTRYSSYSSLSFGAKLALLDKKLNINMTMQDIFNTGKSNGTSYYKDNVQSFKNSWNSRRFNISASYTFGNSKNKKAIQEANFEDKNRSN

Crispr_ID: CP037427_3

• CRISPR_ID: CP037427_3
• CRISPR_location: 2777332-2777463
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP037427_3

Consensus_repeat	Method
ATTGTATTTTGACCTAGTGCTAATGGAGTGATACGACATATATTATGTGA	CRISPRCasFinder

spacers of CP037427_3

>3.1|2777382|32|CP037427|CRISPRCasFinder
CACGGAAGATATTCCGTCTCTACCTTATGTAG

CRISPR arrays and Neighbor proteins around CP037427_3

CRISPR arrays

The CRISPR arrays of CP037427_3

>merge|CP037427|3|2777332-2777463|CRISPRCasFinder
ATTGTATTTTGACCTAGTGCTAATGGAGTGATACGACATATATTATGTGACACGGAAGATATTCCGTCTCTACCTTATGTAGATTGTATTTTGACCTAGTGTTAATGGAGTGATACGACATATATTATGTGA

>CP037427|3|3|2777332-2777463|CRISPRCasFinder
ATTGTATTTTGACCTAGTGCTAATGGAGTGATACGACATATATTATGTGA	CACGGAAGATATTCCGTCTCTACCTTATGTAG
ATTGTATTTTGACCTAGTGTTAATGGAGTGATACGACATATATTATGTGA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP037427.1|QBK77117.1|2784321_2785587_+|acetyl-CoA-hydrolase/transferase-family-protein	unknown	unknown	gnl|CDD|188463
CP037427.1|QBK77106.1|2767939_2769979_+|two-component-sensor-histidine-kinase	unknown	unknown	gnl|CDD|226951
CP037427.1|QBK77105.1|2763459_2764188_-|ATP-binding-protein	unknown	unknown	gnl|CDD|366760
CP037427.1|QBK77109.1|2771682_2772306_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77108.1|2771368_2771668_-|transcriptional-regulator	unknown	unknown	gnl|CDD|316153
CP037427.1|QBK77121.1|2788579_2789122_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77111.1|2773725_2777160_+|methylmalonyl-CoA-mutase	unknown	unknown	gnl|CDD|239650
CP037427.1|QBK77112.1|2777614_2780050_-|phenylalanine--tRNA-ligase-subunit-beta	unknown	unknown	gnl|CDD|234804
CP037427.1|QBK77118.1|2785746_2787195_-|TonB-dependent-receptor	unknown	unknown	unknown
CP037427.1|QBK77115.1|2783171_2783729_+|Crp/Fnr-family-transcriptional-regulator	unknown	unknown	gnl|CDD|223736
CP037427.1|QBK77119.1|2787257_2788043_+|MBL-fold-metallo-hydrolase	unknown	unknown	gnl|CDD|179371
CP037427.1|QBK77114.1|2780564_2782739_-|DNA-mismatch-repair-protein-MutS	unknown	unknown	gnl|CDD|234750
CP037427.1|QBK77113.1|2780151_2780565_-|DUF393-domain-containing-protein	unknown	unknown	gnl|CDD|225556
CP037427.1|QBK77104.1|2761403_2762897_+|malate:quinone-oxidoreductase	unknown	unknown	gnl|CDD|377591
CP037427.1|QBK77116.1|2783794_2784193_+|DUF3995-domain-containing-protein	unknown	unknown	gnl|CDD|372505
CP037427.1|QBK77120.1|2788057_2788552_+|hydrolase	unknown	unknown	unknown
CP037427.1|QBK77107.1|2770034_2771318_-|cell-envelope-integrity-protein-CreD	unknown	unknown	gnl|CDD|377608
CP037427.1|QBK77103.1|2760905_2761313_+|Holliday-junction-resolvase-RuvX	unknown	unknown	gnl|CDD|340815
CP037427.1|QBK77102.1|2759713_2760886_+|phosphoribosylformylglycinamidine-cyclo-ligase	unknown	unknown	gnl|CDD|100032
CP037427.1|QBK77110.1|2772819_2773587_+|N-acetyltransferase	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP037427.1|QBK77106.1|2767939_2769979_+|two-component-sensor-histidine-kinase	gnl|CDD|226951	COG4585, COG4585, Signal transduction histidine kinase [Signal transduction mechanisms].	7.90145e-30
CP037427.1|QBK77105.1|2763459_2764188_-|ATP-binding-protein	gnl|CDD|366760	pfam01695, IstB_IS21, IstB-like ATP binding protein. This protein contains an ATP/GTP binding P-loop motif. It is found associated with IS21 family insertion sequences. The function of this protein is unknown, but it may perform a transposase function.	2.46401e-51
CP037427.1|QBK77114.1|2780564_2782739_-|DNA-mismatch-repair-protein-MutS	gnl|CDD|234750	PRK00409, PRK00409, recombination and DNA strand exchange inhibitor protein; Reviewed.	6.22505e-119
CP037427.1|QBK77108.1|2771368_2771668_-|transcriptional-regulator	gnl|CDD|316153	pfam13601, HTH_34, Winged helix DNA-binding domain.	2.73094e-30
CP037427.1|QBK77111.1|2773725_2777160_+|methylmalonyl-CoA-mutase	gnl|CDD|239650	cd03678, MM_CoA_mutase_1, Coenzyme B12-dependent-methylmalonyl coenzyme A (CoA) mutase (MCM) family, unknown subfamily 1; composed of uncharacterized bacterial proteins containing a C-terminal MCM domain. MCM catalyzes the isomerization of methylmalonyl-CoA to succinyl-CoA. The reaction proceeds via radical intermediates beginning with a substrate-induced homolytic cleavage of the Co-C bond of coenzyme B12 to produce cob(II)alamin and the deoxyadenosyl radical. MCM plays an important role in the conversion of propionyl-CoA to succinyl-CoA during the degradation of propionate for the Krebs cycle. In some bacteria, MCM is involved in the reverse metabolic reaction, the rearrangement of succinyl-CoA to methylmalonyl-CoA. Members of this subfamily also contain an N-terminal coenzyme B12 binding domain followed by a domain similar to the E. coli ArgK membrane ATPase.	0
CP037427.1|QBK77112.1|2777614_2780050_-|phenylalanine--tRNA-ligase-subunit-beta	gnl|CDD|234804	PRK00629, pheT, phenylalanyl-tRNA synthetase subunit beta; Reviewed.	0
CP037427.1|QBK77115.1|2783171_2783729_+|Crp/Fnr-family-transcriptional-regulator	gnl|CDD|223736	COG0664, Crp, cAMP-binding proteins - catabolite gene activator and regulatory subunit of cAMP-dependent protein kinases [Signal transduction mechanisms].	2.72899e-20
CP037427.1|QBK77119.1|2787257_2788043_+|MBL-fold-metallo-hydrolase	gnl|CDD|179371	PRK02113, PRK02113, MBL fold metallo-hydrolase.	1.29441e-93
CP037427.1|QBK77113.1|2780151_2780565_-|DUF393-domain-containing-protein	gnl|CDD|225556	COG3011, COG3011, Predicted thiol-disulfide oxidoreductase [General function prediction only].	8.40747e-39
CP037427.1|QBK77104.1|2761403_2762897_+|malate:quinone-oxidoreductase	gnl|CDD|377591	pfam06039, Mqo, Malate:quinone oxidoreductase (Mqo). This family consists of several bacterial Malate:quinone oxidoreductase (Mqo) proteins (EC:1.1.99.16). Mqo takes part in the citric acid cycle. It oxidizes L-malate to oxaloacetate and donates electrons to ubiquinone-1 and other artificial acceptors or, via the electron transfer chain, to oxygen. NAD is not an acceptor and the natural direct acceptor for the enzyme is most likely a quinone. The enzyme is therefore called malate:quinone oxidoreductase, abbreviated to Mqo. Mqo is a peripheral membrane protein and can be released from the membrane by addition of chelators.	0
CP037427.1|QBK77116.1|2783794_2784193_+|DUF3995-domain-containing-protein	gnl|CDD|372505	pfam13160, DUF3995, Protein of unknown function (DUF3995). This family of proteins is functionally uncharacterized. This family of proteins is found in bacteria and eukaryotes. Proteins in this family are typically between 138 and 149 amino acids in length. There are two completely conserved residues (W and P) that may be functionally important.	2.68389e-20
CP037427.1|QBK77107.1|2770034_2771318_-|cell-envelope-integrity-protein-CreD	gnl|CDD|377608	pfam06123, CreD, Inner membrane protein CreD. This family consists of several bacterial CreD or Cet inner membrane proteins. Dominant mutations of the cet gene of Escherichia coli result in tolerance to colicin E2 and increased amounts of an inner membrane protein with an Mr of 42,000. The cet gene is shown to be in the same operon as the phoM gene, which is required in a phoR background for expression of the structural gene for alkaline phosphatase, phoA. Although the Cet protein is not required for phoA expression, it has been suggested that the Cet protein has an enhancing effect on the transcription of phoA.	1.44951e-122
CP037427.1|QBK77103.1|2760905_2761313_+|Holliday-junction-resolvase-RuvX	gnl|CDD|340815	cd16964, YqgF, putative pre-16S rRNA nuclease YqgF and RuvX family. Escherichia coli YqgF has been shown to act as a pre-16S rRNA nuclease, presumably as a monomer. It is involved in the processing of pre-16S rRNA during ribosome maturation. The RuvX gene product from Mycobacterium tuberculosis was shown to act, in a dimeric form, as a Holliday junction resolvase (HJR). HJRs endonucleases specifically resolve Holliday junction DNA intermediates during homologous recombination. Holliday junctions are formed by the reciprocal exchange of strands between two DNA duplexes. HJRs occur in archaea, bacteria, and in the mitochondria of certain fungi; they may form homodimers and display structural similarity to RNase H and Hsp70.	4.68545e-42
CP037427.1|QBK77102.1|2759713_2760886_+|phosphoribosylformylglycinamidine-cyclo-ligase	gnl|CDD|100032	cd02196, PurM, PurM (Aminoimidazole Ribonucleotide [AIR] synthetase), one of eleven enzymes required for purine biosynthesis, catalyzes the conversion of formylglycinamide ribonucleotide (FGAM) and ATP to AIR, ADP, and Pi, the fifth step in de novo purine biosynthesis. The N-terminal domain of PurM is related to the ATP-binding domains of hydrogen expression/formation protein HypE, the AIR synthases, selenophosphate synthetase (SelD), and FGAM synthase and is thought to bind ATP.	2.45373e-73
CP037427.1|QBK77117.1|2784321_2785587_+|acetyl-CoA-hydrolase/transferase-family-protein	gnl|CDD|188463	TIGR03948, hypothetical_protein_FAEPRAM212_02812, butyryl-CoA:acetate CoA-transferase. This enzyme represents one of at least two mechanisms for reclaiming CoA from butyryl-CoA at the end of butyrate biosynthesis (an important process performed by some colonic bacteria), namely transfer of CoA to acetate. An alternate mechanism transfers the butyrate onto inorganic phosphate, after which butyrate kinase transfers the phosphate onto ADP, creating ATP. [Energy metabolism, Fermentation].	2.7971e-103

Protein sequences

>CP037427.1|QBK77111.1|2773725_2777160_+|methylmalonyl-CoA-mutase
MQQNTPYTPTNKVRIVTAAALFDGHDAAINIMRRIIQSTGCEVIHLGHDKSVEEVVNTAIQEDANAIAMTSYQGGHNEYFKYMYDLLQEKGAGHIRIVGGGGGVILPSEIKELMDYGITRLYSPDDGRAMGLQGMINDMVGKADYPTMDLQLPEGKDVYQSLADKDVTTIARLISLAENREEDFLKVFQYDEKKHKNTPILGITGTGGAGKSSMVDELVRRFLIDFPEKTVALVSVDPSKRKTGGALLGDRIRMNSINNPRVFMRSLATRQSNLALSRYVEETLQVLQVANYDLIILETSGIGQSDTEILDHSDASLYIMTPEFGAATQLEKIDMLDFADIVAINKFDKRGALDAIRDVKKQYQRNHNLWDVNPDEMPVFGTIASQFNDPGTNALYKAIMDKVVEKTGADLTSSFEITKEMSEKVFVIPPNRTRYLSEIAENNRKYDETVLTQKEVAQKLYGIFKTIETVAGKLPEIDKSGIVEETIASKDADTQLFINLLLKEFDKVKMNLDPYNWEVILTWDQKVNKYKNPVYSFKVRDKEIKIATHSESLSHLQIPKIALPKYEAWGDILRWSLQENVPGEFPFTSGLYPFKREGEDPTRMFAGEGGPERTNRRFHYVSLGMPAKRLSTAFDSVTLYGNDPGHRPDIYGKIGNAGVSICCLDDAKKLYSGFNLAHALTSVSMTINGPAPMLLGFFMNAAIDQQCEIYIKDNDLVAEVEAKIEAIYKAKGVERPRYNGELPEGNDGLGLMLLGVTGDQVLPKEVYAEIKKNTLSQVRGTVQADILKEDQAQNTCIFSTEFALRLMGDVQEYFIEKNVRNFYSVSISGYHIAEAGANPITQLAFTLANGFTYVEYYLSRGMDINDFGPNLSFFFSNGIDPEYAVIGRVARRIWAKALKNKYGANERAQMLKYHIQTSGRSLHAQEIDFNDIRTTLQALYAIYDNCNSLHTNAYDEAITTPTEESVRRAMAIQLIINKELGLAKNENPIQGSFIIEELTDLVEAAVLAEFDRITERGGVLGAMETMYQRSKIQEESLYYETLKHNGTFPIIGVNTFLSSKGSPTVVPAEVIRATEEEKLFQIKTKENLNKANEALVKEELERIQEVAIQNGNIFEALMDASKVCSLGQITSALFEVGGQYRRNM
>CP037427.1|QBK77110.1|2772819_2773587_+|N-acetyltransferase
MTQITSYTFSTAKALTAEQSIDYNHQVDQFNVWPAYVLADTVNLTYWDSIYELFADYQFYLLEGNVVVGNGNCIPLHLTAEELADLPEGGWDWALEKAVKDHEKGLIPNTLCALQIGLNKNYQGKGISHQLIQYMKSIALSTEMNAFILPIRPNLKTNFPLISMDDYIQWKNNDGLPYDAWIRTHIKGGAHVVKICQRSMVVEGSIAEWEQWANMKFRSSGQYILPVLLNPIQIDLEMDKGEYIEANVWMRYELG
>CP037427.1|QBK77109.1|2771682_2772306_-|hypothetical-protein
MTNKAIEDLNQIKSIMERSTKFLSLSGWSGIWVGLCGLIAASVLYYWQTSSTYSYENLTLEDPYQTAYTAEMLLVLAIATFVIAVVGGFFFTIRKTRKQGKSFLNQVTKRLLVRFSIPLIIAGILCLILHKYHLLQFALPTTLLFYGLALFSVQEDTVKEVKSIAALEIVLGLLAFYFLDYTLLLWAIGFGLVHLLYGIILWNKYDK
>CP037427.1|QBK77108.1|2771368_2771668_-|transcriptional-regulator
MKFDLEKLNKVFDNRIRVGIMSGLMVNDSLSFKDLKEYLDLTDGNLASHLKNLEESNYITVTKGFVGRKTNTTYTVTEEGKLAFKQHLAYLENLIKKLK
>CP037427.1|QBK77107.1|2770034_2771318_-|cell-envelope-integrity-protein-CreD
MKKENYKPMIKGVIISVLSLMLLITLPFISSLISERESFQSEVTTEVTSKWGQKQTIYGPFVLVEYYTNHLTEDGKVMKQLNSYLQTPIKQDFTGDIKTQIKKRSLYEVALYNTNLNVKASFPTLDELASTLNLADKEAFTNAKIVFSVSDSKGFTQEILINKNPQQYFEQDRSLRINSSIAFLSYDINKEDIDLSNINFPIQLKGSTEINFLATAKQTNVNVTSDYKDIKYIGNYLPDNDEKQSVNEHSKWTIFQSIPISSDLNTITQLTDYSFGMKFLQMNDFYSKVNRATKYALLFIGLTFATFFFMENIKNLSINILHYTLVGLALCINFVLLLSFAEYIGFSYAYIISASATIILITSFIFGLSKNKRIAATIFGLLFVLYAFLFFLLQLKEAALIVGSIGLFTIIAILMYFSKRINFTSEE
>CP037427.1|QBK77106.1|2767939_2769979_+|two-component-sensor-histidine-kinase
MFKLRVLYFAVLCISMSMIHCTQTETNKEDLKLEEINAFIKSYNRFNPTDKDKAAADSLGNVILNLRNTEQSRNALRKYILLTNADKQYIEELFKRSRKADDKKNEAQAYFLRGKRYAQSFQIDSTYYNYTKAEFLFKSIQDSVNLQEVYSHKAIILLNNKIFTEGQSQILKAMNVNKEHKDARIKYSESIIMANALVGLEQLPEALKQLELSLKLLDNPEIVKFFLPDAIRLNKITIYYNIAEVYIKQGEYKKAQNLIHNVIDKYINESTIYDEMMLAHLLYNLTQADIKSKHYDDVEKNLVRAIDIQLKNKNLQDYNSYKILLAEYFYLIKKEEQGNQLVNEVLEYAHQNNNLGLEKETLTVLLKYKKEQYNTNFVRYEELNKLILDENNVIKNTFARLSFEADSLERANEQLQNQKNIITMVSSALLVLAITIFFVILFRQKAKEVSLVKLFQKDTEKYYDSIINVQNELAEARNIERKEIAKELHDGVLNKLFVTRFLLMQVSKESVETHKDSLINEVKEVEQYIRDVSHVLGHEEDFKNKEFNELIRDLVGIQNRNQVTKFILFMSNDICFSRLSIKFKVHIYRIIQECLQNVQKHAKATECQVSILLREETRFEVIIKDNGVGFDTDIVKRGLGFTNIKARTQLMNSKINISSTEGKGTSISFTIDLNESVEC
>CP037427.1|QBK77105.1|2763459_2764188_-|ATP-binding-protein
MNTDKTVEQLKNLRLTAMANRYQVACQLPVHEQQNIHELLANMAQAEIEYREETKTKRLLKASKLRYNALPEQIICNEERGLTREQILRLSDTLFLEKAENILITGATGCGKSFLACAIGRSACMLGYRTVYFSMSKFIENLAQTRLDGTYLKWIKFISNQHVLILDDFGLKPLTPDARLTLLDILEDRYGKSCTIITSQLPIESWYNFIDEPTLADAILDRLTASAHRLTLKGKSLRTRKN
>CP037427.1|QBK77104.1|2761403_2762897_+|malate:quinone-oxidoreductase
MSSIQKSEADVVLVGAGIMSATLGVLLKELKPNLKIEVIERLDSAAAESSDAMNNAGTGHSAFCELNYTPEKADGTIDASKAINIVEQFEVSRQFWSYLVNKGVLKNPSNFIHTVPHMSFVWGEDNVNYLRKRYNELQKYPLFQGMEFSDNKEKIKEWAPLIIENRKENEVCAATHMNLGTDVNFGDLTRQLFDHLKSEDGVNMTFNCEVKDITKTGSEWTVSATDSKGQKKVIKSKFVFVGAGGGAILLLQKADIAESKGYGGFPVGGEWLVCRNPEVVKKHKAKVYGKASVGAPPMSVPHLDTRFIDGKHSLLFGPYAGFSTKFLKRGSYWDLIKSLEFNNIGPMLGAGLRNMDLTKYLIEQVLQSSKSRYAALREYYPDAKEEDWKLEKAGQRVQVIKKDKDGKGILQFGTEVVSAADGSIAALLGASPGASTATPIMLKLLSQCFKEEFKSAEWQAKFKEMIPTFGLKLNEHPELVASTRDNTSKTLKIYPYN
>CP037427.1|QBK77103.1|2760905_2761313_+|Holliday-junction-resolvase-RuvX
MARLLSIDFGKKRTGIAVSDELQIIASGLTTVDTEQLLPFLKDYFSKEKVEKVIIGEPKRLNNEPSEVVPLLNSFIEKFKTSFPGMPVERIDERFTSKMAFQTMIDSGLKKKQRQNKALIDEIAATIILQDYMRR
>CP037427.1|QBK77102.1|2759713_2760886_+|phosphoribosylformylglycinamidine-cyclo-ligase
MSSNNRYALRGVSAEKEDVHNAIKNIDKGLFPKAFCKIIPDHLTGDEDYCLIMHADGAGTKSSLAYMYWKETGDISVWKGIAQDALIMNIDDLLCVGATDNIMLSSTIGRNKNLVPGEVISAIINGTEELINELKSFGVTIHSTGGETADVGDLVRTIIVDSTVTARMKRSDVIDNANIQAGDVIVGLESFGQATYEKGYNGGMGSNGLTSARHDVFDHSLAAKYPESYDSSVPEELVYSGKVHLTDVVEGSPIDAGKLVLSPTRTYAPIIKSILNKYKSDDIHGMIHCSGGAQTKILHFVDKLHIIKDNMFPVPPLFKLIQEQSNTDWREMYQVFNSGHRMELYVRPEVAADIIAISESFNVKAQIVGRVEASEEKKLTITSEYGTFKY
>CP037427.1|QBK77112.1|2777614_2780050_-|phenylalanine--tRNA-ligase-subunit-beta
MHISYNWLKQFIKLDITPEETSEILTDLGLEVEGITTYESLKGGLRGVVVGHVLSCTKHPNADKLNVTKVDLGTGEPVQIVCGAPNVAAGQKVPVATIGTELFDAEGNAFQIKKGKIRGEESFGMICSEVELGLGTDGSGILVLEDKWEPGTPAATLFNIATDEVFEIGLTPNRSDAMSHWGVARDLRAGLLQNSKEETQHKELITPSVSKFKVERRTLKIDVSVEDYKKAPRYCGVTISGIEVKPSPDWLQNRLKAIGITPKNNIVDVTNYVLHDLGQPLHAFDAAKIKGGKVIVKTVAAGTKFVTLDGVERTLHEDDLMICDENGPMCMAGVFGGSKSAVSESTSNIFLESAYFNPVTVRKAAKRHGLNTDSSFRFERGVDPAITEYALKHAALLIQQVAGGEITSDIIDLYPKKVEEHSVFLNFNNINRLLGEEISKETIKKILVSLDIKVHSMSDVGIGITVPAYRADVTREIDVIEEILRVYGFNNITFSSKLNATIANSSRTEDHRVTNIVAQQLVAQGFNEIMNNSLTTPDYTELSENIKSNYQVDILNPLSHDLSVMRQSLLFGGLESISYNVNRKRGDLKFFEFGKTYHKMLNNFEEYKRFSVFATGNITKASWNSEQKPISFFDFKGYINGIITRLGLAKISTQPVESDLFSEGIAYYIGKELIVEFGILKKSVTKHFDIKQEVCYAEFNWDNVLKVVSAKIKIAEINKFPSVKRDYALLINEAVTFEEIYNLVKQVDKAVIKDVTLFDVYQGEKIEDGKKSYAISIIMEDVTKTLTDSQVDKIMGKVKYQLENVLQAQLR
>CP037427.1|QBK77113.1|2780151_2780565_-|DUF393-domain-containing-protein
MLDIPRNKKIILFDGVCNLCDSTVNKVIKADHQDQFRFVALDSEKGKEILNYIGIDRTKIDSIVLYEPGVAYFIKSKAAFEIASALGGKYSLIGIFSFLPTGITDALYEYIAKNRYKWYGKKESCMIPSEDIKQKFL
>CP037427.1|QBK77114.1|2780564_2782739_-|DNA-mismatch-repair-protein-MutS
MTSINKKTLQDLEFNTVLETVSALCTTEAGKEAAMEICPLKTEAGTMRALKQTSEYVSSFTNNNIIPNHYFDSIDYELKFLGIENSFLEVSSFKKIQTLTDTTITLISYLKKFEEYYPNLYHEAEQTPLEKSILKEIDNVLDKYGEIKDNASLDLLNIRKNINIVRGKINQSFGAALTQYNSSGYLDDIRETVVENRRVLAVIAMHRRKVKGSVLGTSKTGSIVYIEPEATLRFSRELNNLEYEEREEIVRILKNLTDAIRPFRDLLLEYQSFLTYIDVTAGKAKYANKINGLLPEISKEREMYFREAYHPILLLNNRAKNKPTYPQTINLEQSSRIIVISGPNAGGKSITLKTVGLLQLMLQSGLLIPVHERSKTFLFDRILTDIGDNQSIENHLSTYSYRLKNMNYFLKKCNDNTLFLIDEFGTGSDPELGGALAEVFLEEFYDREAYGIITTHYTNLKILADELPNATNANMLFDEKSLEPMYKLNVGQAGSSFTFEVAQKNGIPFSLINRAKKKVEGDKVRFDKTIANLQKERHKLERTSQNLKEEETKARDESKKMETINAKIQEKLERYQELFDSNQRLVALGQRLDDLSEKYFNNKSKKTLFGEVLKVVEIENSKRKKVTIKEKKEKEAQQKELIKEVEQKVEVIRKEKKEEKAKKQLQDAQKKTNFPLKVGDRVRMIDGRSVGTIDVIEKNKATVNYGIFTSKVSLDQLEMVERKK
>CP037427.1|QBK77115.1|2783171_2783729_+|Crp/Fnr-family-transcriptional-regulator
MQSNHFVDRLLEDLQDSVIYRTLTKGEEILQLGEVCDYVGIVRKGSLRMYYIDAEGDDVSFAFYLSNHIFTNYEGVLTNAPSQLTIVATEETEVELIRKSDLFAYYETSIEAQLLGRRMAELIFLEAKKRIDFLLFLNPEQRYLQLIESTPEVFKCIPQKYIASYIGVRPQSLSRIRKRLNEKGY
>CP037427.1|QBK77116.1|2783794_2784193_+|DUF3995-domain-containing-protein
MSLEVMIKIVNTLIFSFLSAVHIYWALGGTWGVVGVLPTKDGERKLNPSPIGTLVVASGLAVFAGISLGDVSAYKWVYLVMGILFGLRAIGDFNYVGVFKKVKNSVFAKKDTTIFIPLCFYLSLSNIFLYMS
>CP037427.1|QBK77117.1|2784321_2785587_+|acetyl-CoA-hydrolase/transferase-family-protein
MKYVSASEAAKVVKSGDRIYVHAAAATPNILTKAISDRAEELRNVEFCHIHTEGAAPYADPALSESFHVNSFFIGKNVRHTIAAGNGSYTPVFLSEVPNLFRKGALKVDVVLIQVSPPDEHGFCSLGTSVEATVAAMECAKVVIAQVNKYMPRTFGDSVLHISKIDMAVEHHTAIYAQKQAVITDTEALIGDHVAALIEDESTLQMGIGSIPNAVLSRLTNHKNLGLHTEMFSDGVIDLIESGVIDCSKKTIAKGRALATFLIGSERLYKFVDNNPFIVMKESSYVNDTAIIRQNPKVVAINSALEVDVTGQICADSLGVHMYSGVGGQMDFVRGASLSKGGKAIIALSSTSNKGHNRIVPFLKQGAGVVTTRAHAQYIVTEYGVADLYGKTLKQRVDAMVEIAHPDFREEILKIYHDSIK
>CP037427.1|QBK77118.1|2785746_2787195_-|TonB-dependent-receptor
MKNFAEDLVLNGDRVIEHHPAISDKALKINLNNDIYGTFAEIGAGQETVRHFFRAGGSSRTVAKAMSAYDKVFSDAIYSVEEDGRYVTESRLIKMLDYETRKIEERLIREENPNKTFFSYANTVATIDYAKKNKGHGWVGIMFQTASNQAYNKIVLHIQFKETDSKLQQETLGILGVNLIYGAFYQHHDAKKLIHSLYDHLDKDQIEIDSINFSGPIFETVDNRLMSLQLVKNGMTDAVMFSPSGRSELAANILYKQNILALRGSFRPVTIVNMDMYQKSLDKFMTQNNLDKENTKVVFEITLSNLLAEGSLDEIDFLDRADLLCSLGQTVMISNFQEYYKLTEYFSKYTDQKIALAMGVSSLLNIFEEKYYTHLTGGILEGLGKLFRNTMKIYLYPMIGNEEQIVDSTNLKVDLHIKELYKFFKKNNQIIDIEDYEKDHLSIFSRDVLKLLQQNQNGWEEKLPEGISKIIQEKELFGYKRK
>CP037427.1|QBK77119.1|2787257_2788043_+|MBL-fold-metallo-hydrolase
MWKIYVILEVYFLGTGTSQGIPIIGIDHPVAHSIDSRDKRLRTSVLVKWDEHTILIDCGPDFRQQMLTAGCSKLDAIFFTHEHADHIAGLDEIRPLTFLHGPLPIYAQDRVIKALERRYDYIFTKEDRYPGAPSVEEHSITSQDTITIGEKTIIPIDVMHGPLPILGYRLGDLVYITDAKYITDEEVEKIKGCKVLIVNALRIKDHPTHFSLEESLAFIDRIKPEKAYLTHIAQDLGFHKDVENILPKDVYLAYDNLKITI
>CP037427.1|QBK77120.1|2788057_2788552_+|hydrolase
MKHKAFFYLFLFSLVILVLLYANNKNMYKMEGKKIEIAHKRIDIVRDSLKEVTKDFNEANYFSIEYNEDAQEYFNYKTIDQSLTSIKEEVLALNHQDNGNPLVPYGVINGEKCVINKVKVLNHRWIIADFYAGAVHGEVLIKYFYTEGKPTEFKTIDTVMYATK
>CP037427.1|QBK77121.1|2788579_2789122_+|hypothetical-protein
MKKSISLFVILLLTMTSCDFILKDNKDDNEKGMVITDGSTEIVTLDEDDEVLGCAYSAGYRWSELENNCIRIFEIGFRLNPIGLEEDTTEDNALEDNSVSCFVTYAKDKKKAEIFLPNHKKGIVLELTKDKSAYINDGWELSNEGMVLKHKGETAFTAAKTIELKIINSDQPVEEDVHEE

Crispr_ID: CP037427_4

• CRISPR_ID: CP037427_4
• CRISPR_location: 2852634-2852707
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP037427_4

Consensus_repeat	Method
TTACTACGGAGGCGCTGCGCTAGG	CRISPRCasFinder

spacers of CP037427_4

>4.1|2852658|26|CP037427|CRISPRCasFinder
GAGGCGTGCACTCCGCTTCACTTCGT

CRISPR arrays and Neighbor proteins around CP037427_4

CRISPR arrays

The CRISPR arrays of CP037427_4

>merge|CP037427|4|2852634-2852707|CRISPRCasFinder
TTACTACGGAGGCGCTGCGCTAGGGAGGCGTGCACTCCGCTTCACTTCGTTTACTAGGGAGGCGCTGCGCTAGG

>CP037427|4|4|2852634-2852707|CRISPRCasFinder
TTACTACGGAGGCGCTGCGCTAGG	GAGGCGTGCACTCCGCTTCACTTCGT
TTACTAGGGAGGCGCTGCGCTAGG

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP037427.1|QBK77176.1|2845669_2846491_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77182.1|2850870_2852559_+|energy-dependent-translational-throttle-protein-EttA	unknown	unknown	gnl|CDD|236992
CP037427.1|QBK77191.1|2862370_2862928_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77179.1|2848241_2849099_+|DNA-damage-inducible-protein-D	unknown	unknown	gnl|CDD|183178
CP037427.1|QBK77181.1|2850290_2850473_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77186.1|2856896_2858954_+|LysM-peptidoglycan-binding-domain-containing-protein	unknown	unknown	gnl|CDD|212030
CP037427.1|QBK77178.1|2847350_2847908_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77177.1|2846493_2847132_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77175.1|2845417_2845657_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77188.1|2859501_2860791_+|NAD(P)/FAD-dependent-oxidoreductase	unknown	unknown	gnl|CDD|224172
CP037427.1|QBK77184.1|2853847_2855056_-|sodium/glutamate-symporter	unknown	unknown	gnl|CDD|223857
CP037427.1|QBK77173.1|2842853_2843042_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77192.1|2863035_2863947_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77189.1|2860795_2861866_-|DUF3810-domain-containing-protein	unknown	unknown	gnl|CDD|378933
CP037427.1|QBK77174.1|2844573_2845416_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77183.1|2852953_2853685_+|MBL-fold-metallo-hydrolase	unknown	unknown	gnl|CDD|293807
CP037427.1|QBK77190.1|2861940_2862204_+|(2Fe-2S)-ferredoxin-domain-containing-protein	unknown	unknown	gnl|CDD|239278
CP037427.1|QBK77180.1|2849353_2850148_+|DUF1275-domain-containing-protein	unknown	unknown	gnl|CDD|377734
CP037427.1|QBK77187.1|2858953_2859178_+|hypothetical-protein	unknown	unknown	gnl|CDD|378970
CP037427.1|QBK77185.1|2855299_2856826_+|glutamine-hydrolyzing-GMP-synthase	unknown	unknown	gnl|CDD|234614

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP037427.1|QBK77184.1|2853847_2855056_-|sodium/glutamate-symporter	gnl|CDD|223857	COG0786, GltS, Na+/glutamate symporter [Amino acid transport and metabolism].	7.99612e-146
CP037427.1|QBK77182.1|2850870_2852559_+|energy-dependent-translational-throttle-protein-EttA	gnl|CDD|236992	PRK11819, PRK11819, putative ABC transporter ATP-binding protein; Reviewed.	0
CP037427.1|QBK77183.1|2852953_2853685_+|MBL-fold-metallo-hydrolase	gnl|CDD|293807	cd07721, yflN-like_MBL-fold, uncharacterized subgroup which includes Bacillus subtilis yflN; MBL-fold metallo hydrolase domain. This subgroup includes the uncharacterized Bacillus subtilis yflN protein. 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. The class B metal beta-lactamases (MBLs) from which this fold was named are only a small fraction of the activities which are included in this superfamily. Activities carried out by superfamily members include class B beta-lactamases, hydroxyacylglutathione hydrolases, AHL (acyl homoserine lactone) lactonases, persulfide dioxygenases, flavodiiron proteins, cleavage and polyadenylation specificity factors such as the Int9 and Int11 subunits of Integrator, Sdsa1-like and AtsA-like arylsulfatases, 5'-exonucleases human SNM1A and yeast Pso2p, ribonuclease J and ribonuclease Z, cyclic nucleotide phosphodiesterases, insecticide hydrolases, and proteins required for natural transformation competence. Classical members of the superfamily are di-, or less commonly mono-, zinc-ion-dependent hydrolases, however the diversity of biological roles is reflected in variations in the active site metallo-chemistry.	1.82981e-48
CP037427.1|QBK77188.1|2859501_2860791_+|NAD(P)/FAD-dependent-oxidoreductase	gnl|CDD|224172	COG1252, Ndh, NADH dehydrogenase, FAD-containing subunit [Energy production and conversion].	2.54859e-135
CP037427.1|QBK77189.1|2860795_2861866_-|DUF3810-domain-containing-protein	gnl|CDD|378933	pfam12725, DUF3810, Protein of unknown function (DUF3810). This family of proteins is functionally uncharacterized. This family of proteins is found in bacteria. Proteins in this family are typically between 333 and 377 amino acids in length. There is a conserved HEXXH sequence motif that is characteristic of metallopeptidases. This family may therefore belong to an as yet uncharacterized family of peptidase enzymes.	9.78067e-101
CP037427.1|QBK77186.1|2856896_2858954_+|LysM-peptidoglycan-binding-domain-containing-protein	gnl|CDD|212030	cd00118, LysM, Lysin Motif is a small domain involved in binding peptidoglycan. LysM, a small globular domain with approximately 40 amino acids, is a widespread protein module involved in binding peptidoglycan in bacteria and chitin in eukaryotes. The domain was originally identified in enzymes that degrade bacterial cell walls, but proteins involved in many other biological functions also contain this domain. It has been reported that the LysM domain functions as a signal for specific plant-bacteria recognition in bacterial pathogenesis. Many of these enzymes are modular and are composed of catalytic units linked to one or several repeats of LysM domains. LysM domains are found in bacteria and eukaryotes.	8.82286e-08
CP037427.1|QBK77179.1|2848241_2849099_+|DNA-damage-inducible-protein-D	gnl|CDD|183178	PRK11525, dinD, DNA-damage-inducible protein D; Provisional.	2.1339e-135
CP037427.1|QBK77190.1|2861940_2862204_+|(2Fe-2S)-ferredoxin-domain-containing-protein	gnl|CDD|239278	cd02980, TRX_Fd_family, Thioredoxin (TRX)-like [2Fe-2S] Ferredoxin (Fd) family; composed of [2Fe-2S] Fds with a TRX fold (TRX-like Fds) and proteins containing domains similar to TRX-like Fd including formate dehydrogenases, NAD-reducing hydrogenases and the subunit E of NADH:ubiquinone oxidoreductase (NuoE). TRX-like Fds are soluble low-potential electron carriers containing a single [2Fe-2S] cluster. The exact role of TRX-like Fd is still unclear. It has been suggested that it may be involved in nitrogen fixation. Its homologous domains in large redox enzymes (such as Nuo and hydrogenases) function as electron carriers.	1.27385e-09
CP037427.1|QBK77180.1|2849353_2850148_+|DUF1275-domain-containing-protein	gnl|CDD|377734	pfam06912, DUF1275, Protein of unknown function (DUF1275). This family consists of several hypothetical bacterial proteins of around 200 residues in length. The function of this family is unknown although most members have 6 TM regions, and may be putative permeases.	7.88185e-28
CP037427.1|QBK77187.1|2858953_2859178_+|hypothetical-protein	gnl|CDD|378970	pfam12843, QSregVF_b, Putative quorum-sensing-regulated virulence factor. QSregVF_b is a family of short Pseudomonas proteins that are potential virulence factors. The structure of UniProtKB:Q9HY15 a secreted protein has been solved and deposited as Structure 3npd, from pfam13652. It is predicted that these two adjacent proteins form a single transcriptional unit based on the prediction that together they interact with their adjacent protein PotD, which is the putrescine-binding periplasmic protein in the polyamine uptake system comprising PotABCD. These two adjacent proteins are predicted to be quroum-sensing-regulated virulence factors.	1.96299e-35
CP037427.1|QBK77185.1|2855299_2856826_+|glutamine-hydrolyzing-GMP-synthase	gnl|CDD|234614	PRK00074, guaA, GMP synthase; Reviewed.	0

Protein sequences

>CP037427.1|QBK77182.1|2850870_2852559_+|energy-dependent-translational-throttle-protein-EttA
MSDDKKVIFSMSKVSKTYSSTNKTVLKDIYLSFFYGAKIGILGLNGSGKSSLLKIIAGVDKNYQGDVVFAPGYTVGYLEQEPQLDETKTVIEIVKEGAAETVAILDEFNQINDMFGLPEVYEDADKMQKLMDRQAELQDKIDAVGGWELDTKLAIAMDALRTPEPDTPINILSGGERRRVALCRLLLQNPDVLLLDEPTNHLDAESVHWLEQHLQQYSGTVIAVTHDRYFLDNVAGWILELDRGEGIPWKGNYSSWLDQKSTRLAQEEKVASKRRKNLERELDWVRQGAKGRQTKQKARLQNYDKLLNEDQKVLEEKLEIYIPNGPRLGTNVIEAKGVAKAFGDKLLYDDLNFTLPQAGIVGIIGPNGAGKSTIFRMIMGEQQPDAGTFAIGDTVKIAYVDQAHSNIDPEKSIWENFCDGQELIMMGGRQVNSRAYLSRFNFGGSEQNKKVSTLSGGERNRLHLAMTLREEGNVLLLDEPTNDLDVNTLRALEEGLENFAGCAVVISHDRWFLDRICTHILAFEGDSQVYFFEGSFSDYEENRKKRLGDVAPTRLKYKKLVR
>CP037427.1|QBK77181.1|2850290_2850473_-|hypothetical-protein
MTENLLFAKSETCENNHENHYYDPSIDAYVCSTCNAISPANSIYDFEEKADDEYELHIGI
>CP037427.1|QBK77180.1|2849353_2850148_+|DUF1275-domain-containing-protein
MLSHRGKERSFMQNLRLAVLLSFVGGVVNVSGFLALKLMTTNVTGYLSNFAQEVLTFNKQAILKSVLLLVSFFLGSFTSHVILQLQKLIWNKVYFTVPLILEAILLGGVAYLEGDILFQYPMKIAYVLLFAMGLQNSLVTFISKAVVRTTHITGIVTDLGIETARLLFNLTRVNLRNLLLSHIGLKLAIVFSFGVGGITAAFCFEYLHLRTLYIGVVVILFTTVYDYLVVKMMRVLEEGKQIVDWSKKVVTKDYKVYHILRRKK
>CP037427.1|QBK77179.1|2848241_2849099_+|DNA-damage-inducible-protein-D
MGSDMQNINESLFEQIRQIDEAGNEYWSARQFAKVIEYVDFRNFERVLNKAKQACENSGYAVADHIVDFNEMVSIGSGAVREMPSYKLSRYACYLVVQNADPSKEIVAQGQTYFAVQTRIQEIRQMDEYANLSTEDERRLFLRNELAKHNTQLAAAAKDAGVIKPIDYAIFQNHGYKGLYGGLDAKAIHKKKGLSKSQQILDHMGSTELAANLFRATQTEDKLRREDIQGKAKANETHYEVGAKVRKTIEELGGMMPEDLPTVESVKKIEKQQTKMLNKKKDNDE
>CP037427.1|QBK77178.1|2847350_2847908_+|hypothetical-protein
MNDNNLKTYKTEEISFEIIKEADKAYNYQGKLTPILDQLEGDFNQNTIDQIVLWKVNRYAEVDDSRMKVLNQIDKNSLELDVDLTREVLESLLACTGIQLAMASTILRFKNPHVYQILDQRVFRFIYGISLQEELRREKDQVKVYLDYLVKLKEVCNELSIVFEDSDRVLYELDKKYNKHIKLKY
>CP037427.1|QBK77177.1|2846493_2847132_+|hypothetical-protein
MNTYFKQLESILTSNEFRDRLEQVNDNFPNLKQEHLIRDVILSMYNQQNTPSYRAFSEHPRRWELSYETKAKKKIGRVDLSFNKAGELDGAYKIELKFFFTKDIKNGRDSSVEKNFIKKECDLLMIIVQEFLDVEAKVAYDQTWGIDTNLLRYQLGANAREKQIFLKSKAKFKSLEEQFECVENGQMHDMIVVEVRKPYKTRYTFCFLERVK
>CP037427.1|QBK77176.1|2845669_2846491_+|hypothetical-protein
MAIFKGSFIEFEKYVGPTTNKIITRLGKELKKTQKSCQNHQLGGEYCGVWKRLDAAHFSSKGRDRKSIIKVLLDSNFKIDDDLYEIDLDKFVSVFEDEHRMGELDSNLIMLCRQHHVAYDLPYKGKSFGGDYEVVEIAENDSITPLLLNKDISEHKTQLVKNAILEAVRHLAINSKNCSYAKFTNMKWQFDIKEEKLTQDLYFIFYTPRDYSFDIAKLTQQEIERITSDLKQKEYDDRKVEKSFVFLFDGEYYIEKNTNCKMEIIYSNHFEIS
>CP037427.1|QBK77175.1|2845417_2845657_+|hypothetical-protein
MGILSVLSFLFSTDPKKEIEECKKRIENFESIKRTVRANVKNKKQKHYHDHARERIKTLDYQISKEREKIAAYRKKVKK
>CP037427.1|QBK77174.1|2844573_2845416_+|hypothetical-protein
MSRDKDESVFSKVSGFFGNKEKKEEVFEAKVDKEGIFEGIKNIFFGEKKEEIIDIEAFEVVASDMEIIITERSINTEGKLIELKSTGTVENLEEKGLLDKLSDTASVTVGAVRDTVSIAVSTVVNTASESWDFTTEKLGVAKQATIEFSSSTADSLVHFTKEVGRRYDEIEISPKFYSLINTMDLVLVISSLQLLVEKQRKGSKEFIALSAVIGLLILLERSKEGMKKEMGFVEVNEELSHDLSSLLKSVTFKDMVETAEPILLIIPNGNYILLILKLFV
>CP037427.1|QBK77173.1|2842853_2843042_+|hypothetical-protein
MPNNLNKNKILGYATLIMIMMGILLICLGAFKYSEIAGWGFTAVGIGFFAIAWVFNALKGRV
>CP037427.1|QBK77183.1|2852953_2853685_+|MBL-fold-metallo-hydrolase
MNIEILHINAQSAEGQPTVFNPVVVGFADGTSYLIDCGFTYNFQEFKQELMHLGLMVADLKGIIISHDDIDHLEGLHKFKEEYVSLEVISSAIESDSVSGRVESERLIQVKESLTHIPEEMKGGVNDFIKQLEGIKRFEVTQTLEDGQFFKDTLQVIATPGHTKGHISFFDTESKTLIAADAIVVEEGEFNIANPQFTLDMEAALASVEKIKNLKPNRVICYHGGVVEEGIEEKLDRLIKRYC
>CP037427.1|QBK77184.1|2853847_2855056_-|sodium/glutamate-symporter
MDFGIYETLMLACFVLLLGHFVVQKVNFFQKFNIPEPVVGGFIVAMFSWIAYSVTGKEFTIDENIQQGMMFIFFSSIGLNADFRSLIKGGKGLIIFLVIATVFIICQNFLGVTLAYLLELDPRFGLIAGSISLTGGHGTAGGWADTFMASATPLIGAKDIGMACATFGLILGGTIGGPLAYKLLRKNNFKELSPEQIQQNDETHEISVPSVVTDKKVNYKSIMLTITFLSICLVVGQYLAEWNTQYAFKLPTFVWCLFIGVVIRNVLPHLFKVKMHDESIEILGNAGLSIFLACALMSLKIWTVTDLALPILLILLIQVTMMLFFAYFITYRAMGKEYDAIVLSAGHCGFGLGATATAVANIQAVTSRFGPSPKAFLIIPMVGAFFIDILNALILNVFVTFL
>CP037427.1|QBK77185.1|2855299_2856826_+|glutamine-hydrolyzing-GMP-synthase
MQHNVLILDFGSQYTQLIARRVRELNIFCEILPYNDMPKDLTEYKAVILSGSPYSVRSEEALHPDLSNIKGKMPLLAVCYGAQYLAHFFGGEVAPSDTREYGRANLDFIAEDAFFKDIPHNSQVWMSHSDTIKQLPTNGVLLASTKDVKNAAYKVEGEQTYAIQFHPEVYHSTDGAQLLKNFLVDIAGVSQDFTPNAFVEETITDLRNKIGSEKVVLALSGGVDSTVAAVLLHKAIGENLHCIFVNNGLLRKNEFQNVLNQYNGMGLNVKGVDATDRFMEALAGLEDPEQKRKAIGKSFIDVFDDESKLIEDATFLGQGTIYPDVIESISVKGPSATIKSHHNVGGLPDFMKLKVVEPLRMLFKDEVRRVGASLGIDPELLGRHPFPGPGLAIRILGDITQEKVRLLQEVDAIFIEGLREHGLYNSVWQAGAILLPVNSVGVMGDERTYEKVVALRAVASTDGMTADWVHLPYEFLMEISNKIINRVKGVNRVVYDISSKPPATIEWE
>CP037427.1|QBK77186.1|2856896_2858954_+|LysM-peptidoglycan-binding-domain-containing-protein
MKKKIFIALTAFVFTSSVLAQSGSFIQYRVNKGDTVSKISRDYDIPVSEILKYNPDAKNGINENSFLLIPTKDFVEKEKNKGANPLLKNDEKTKNTSTSKGTHTVQPKETMYSISKKYNVSINDLHTWNPSLKETGLLADSEIIVAPNTKKSSSMDVTQYEQDKPKKIPATLPSSTADTIKDINNIYYRNIDVEPKATLYSLAVTYNTSVQRLLELNPELKDGLKSGQTIKVPAYGFQAKAKVVEVTPETPKENKFIRLIVEPQQTLYSISRKYDVPIKEIIKLNPDLQQGLKSGMELILPYKEGLDIAVEENMPKEENEGYLTVDTTGGYVDLSNSISRLDHKELALLLPFNIDKLGDNIDAKLSSDGFLNMTLDFYSGAKMAVEYAESLNLPLTVNVYDSSESKNSSGVKSLFNSKDFSNTDVIIGPFYQSNVDAAVKALPNDKVILVSPLSNEKATASNRLVQTMPYSNVLKNQLLEYFKKTGAKITVIVDDKKQSTKQFMNQYFPEIKMISTSQIGEIDKTLVKDKKNVFVLDSNSIASALLFTDKLKNKTKDYDIQIASFDKSDVFDYSEIRIETLVDLKYTFPSVTRDSRESRSESLFGQEYKNRYNVYPNRFATRGFDVTLDVIFRMFQKEGFIPTIGKKSQEIENRFSYSRNPEGTLRNSGVYLLQYDTDLNVKVLN
>CP037427.1|QBK77187.1|2858953_2859178_+|hypothetical-protein
MIDNEKYLVELAHTKMPYGKYEGRYLIDLPEHYIVWYHNKGFPKGKLGEQLGLIYELKLNGLEPLIRNIRNNFK
>CP037427.1|QBK77188.1|2859501_2860791_+|NAD(P)/FAD-dependent-oxidoreductase
MMNIPTSKRPRVVIIGGGFGGLALAKKLKNKNFQVVLLDKHNYHTFQPLLYQVATGGLESGSIAYPIRKVVQNYEEIYFRLANVQRIDTENKKVVADIGTIFYDYVVIATGSKTNFFGNENITKNSMAMKTIPESLDIRSLVLENFEEALQTTDDQEQKALMNFVIVGAGPTGVELAGALAEMKKHVLPKDYPDLDFNKMEINVIQGANKVLDAMSEKSSRKAQEFLENLGVKVYLGEIVTDYKGKKVYTKSGKEFTAETVIWTAGVMGATVDGFDATVIQRGNRIKVNEYNQVEGFTDIFAIGDVATMMTDKTPMGHPMMAQPAIQQGELLANNLIRLRDGQPLKSFVYNDKGSMATIGRNKAVVDLPKFQFSGFFAWFVWMFVHLMSLIGFRNKLVVFWNWMYNYMMFDRQARLIIRPFKNKVDERE
>CP037427.1|QBK77189.1|2860795_2861866_-|DUF3810-domain-containing-protein
MKLRYWLILFVCSILTFNIITRFPDAIEAFYTNGFYFYLCNVFNTITSLFPFSVGDILYTIIGLFLIHKFYQVFKKYKGWKKITMACAALTFKCIVIFYILFNIGWGLNNFRPTLESQLGIERGYDQEKLLNLTTKLIQRANLLQLAITNDSTIAVKLKQDINTILADSKKGIEQITFLHQIDNTNSLAIKESLFSLPLTYMGFSGYINPFTLEAQVNNKIPTLTMIVTASHEMSHQLGFAKESDANFIGFMAAYNQKDTAYQYAAIIYALRYCVSNINDRDSVEVKALFETIHQGVKDNLNENIIFWSEYKNITDSFFKVFYNGFLKLNNQKEGLQSYNKFVDLLINYDLKNPIL
>CP037427.1|QBK77190.1|2861940_2862204_+|(2Fe-2S)-ferredoxin-domain-containing-protein
MSKVKKGERTIFVCDGKKCCRYNEETKSCFKALLEESGLSNDYSLCKMKCQGMCKSAPVVYISSHDKYKKEVGVKKAKKIFQEYIIA
>CP037427.1|QBK77191.1|2862370_2862928_+|hypothetical-protein
MKRVLFTLVICLMTITSFAQKTIDNPKKFLASLAAHCGKAYAGQIVSPNVPADFKDKELLMKVISCKEEEVKISFFVGEDLSRTWVFTLENGLVKLKHDHRHQDGTPDDITMYGGTATNTGFADMQFFPSDQETVDMMSTIAGNVWWVTIKDNTYTYNLKRVDSTGYFSASFDLSNEVKTDKMPW
>CP037427.1|QBK77192.1|2863035_2863947_+|hypothetical-protein
MKINRIAKRGLFEYQKDRNEEGLMLYDFLEERVIRFADYKEWRINAISPDGKYIAINKISETTRAFKTDFAILRVDTQEQVFFTNTYFIYDAEFSLDSDKVLIVAHNKKPFCLDLATKEIIAEMPKNIRTYQGSFNKEKNQFIAPSETFKDTLYLFDFVSGETEKIKTSLKEKIGKVEYTNDSQHLIALTESSIVYCLDLSYKVIWSVDFNTLLESPVRINSSSMLLSEDNQYLMLEASSTETNNWGAEFVLNVKTGVLVNTIEGYQYRGRIQDALFGNEVLLYTYHTLDMLTGEVKELELKR

Crispr_ID: CP037427_5

• CRISPR_ID: CP037427_5
• CRISPR_location: 3328095-3329203
• CRISPR_type: TypeVI-B2,TypeVI-B1
• Repeat_type: NA
• Spacer_info: 16 spacers
• Cas_protein_info: cas13b,Csx27

Consensus repeat of CP037427_5

Consensus_repeat	Method
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	CRISPRCasFinder
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	CRT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAACA	PILER-CR
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	PILER-CR

spacers of CP037427_5

>5.1|3328132|30|CP037427|CRISPRCasFinder,CRT
GTATTCATCGATCAGATAGAACTTGTTAAT
>5.2|3328199|30|CP037427|CRISPRCasFinder,CRT
ATTGGACTAAAGCAGAAGAATGGGTTACTA
>5.3|3328266|30|CP037427|CRISPRCasFinder,CRT
GTTAGAAGAAGGCACAAATGAAGATATAGC
>5.4|3328333|30|CP037427|CRISPRCasFinder,CRT
GTTAGAAGAAGGCACAAATGAAGATATAGC
>5.5|3328400|30|CP037427|CRISPRCasFinder,CRT
GTAGTATAAAACCAAAACAAGGTCATTGTG
>5.6|3328467|30|CP037427|CRISPRCasFinder,CRT
ATAAAGGAAAACAAATTGCTTTAAAACCTT
>5.7|3328534|30|CP037427|CRISPRCasFinder,CRT
AAGTATGCTGAGCAAATAGATATTGTTCAG
>5.8|3328601|30|CP037427|CRISPRCasFinder,CRT
AGAACTAAGCATTTGGAACGAACAGAAGGA
>5.9|3328668|30|CP037427|CRISPRCasFinder,CRT
TATAGACAAAATGAAGAAAGCGGAGTTATA
>5.10|3328735|30|CP037427|CRISPRCasFinder,CRT,PILER-CR
CAAGAAGGAGAAGCAAAGTTAGTTCATGCT
>5.11|3328802|30|CP037427|CRISPRCasFinder,CRT,PILER-CR
AGTATTTAGTGCGTGAAGCTAGTGCTAATA
>5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR
AGTGTATATATATACAAAACAAAGAAAGCG
>5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR
TATTAAGAAAAACAAACGTAATAAACAGTT
>5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR
GGGTAAAACTGGTTTGATTTGGTTAAGTAC
>5.15|3329070|30|CP037427|CRISPRCasFinder,CRT,PILER-CR
CGCAAAGGAGTTATTTGCGTTGTGTTTGGA
>5.16|3329137|30|CP037427|CRISPRCasFinder,CRT,PILER-CR
ATGTACGTACACAAGGTCATAACATCGAAG
>5.17|3328401|29|CP037427|PILER-CR
TAGTATAAAACCAAAACAAGGTCATTGTG
>5.18|3328468|29|CP037427|PILER-CR
TAAAGGAAAACAAATTGCTTTAAAACCTT
>5.19|3328535|29|CP037427|PILER-CR
AGTATGCTGAGCAAATAGATATTGTTCAG

CRISPR arrays and Neighbor proteins around CP037427_5

CRISPR arrays

The CRISPR arrays of CP037427_5

>merge|CP037427|5|3328095-3329203|CRISPRCasFinder,CRT,PILER-CR,PILER-CR
GTTGTGATTGCACACCAGATACGTGTACAGTACCAACGTATTCATCGATCAGATAGAACTTGTTAATGTTGTGATTACACACCAAATACGTGTACAGTACCAACATTGGACTAAAGCAGAAGAATGGGTTACTAGTTGTGATTGCACACCAAATCTATGTACAGTACCAACGTTAGAAGAAGGCACAAATGAAGATATAGCGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACGTTAGAAGAAGGCACAAATGAAGATATAGCGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACGTAGTATAAAACCAAAACAAGGTCATTGTGGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACATAAAGGAAAACAAATTGCTTTAAAACCTTGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACAAGTATGCTGAGCAAATAGATATTGTTCAGGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACAGAACTAAGCATTTGGAACGAACAGAAGGAGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACTATAGACAAAATGAAGAAAGCGGAGTTATAGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACCAAGAAGGAGAAGCAAAGTTAGTTCATGCTGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACAGTATTTAGTGCGTGAAGCTAGTGCTAATAGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACAGTGTATATATATACAAAACAAAGAAAGCGGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACTATTAAGAAAAACAAACGTAATAAACAGTTGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACGGGTAAAACTGGTTTGATTTGGTTAAGTACGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACCGCAAAGGAGTTATTTGCGTTGTGTTTGGAGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACATGTACGTACACAAGGTCATAACATCGAAGGTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC

>CP037427|5|5|3328095-3329203|CRISPRCasFinder
GTTGTGATTGCACACCAGATACGTGTACAGTACCAAC	GTATTCATCGATCAGATAGAACTTGTTAAT
GTTGTGATTACACACCAAATACGTGTACAGTACCAAC	ATTGGACTAAAGCAGAAGAATGGGTTACTA
GTTGTGATTGCACACCAAATCTATGTACAGTACCAAC	GTTAGAAGAAGGCACAAATGAAGATATAGC
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	GTTAGAAGAAGGCACAAATGAAGATATAGC
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	GTAGTATAAAACCAAAACAAGGTCATTGTG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	ATAAAGGAAAACAAATTGCTTTAAAACCTT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	AAGTATGCTGAGCAAATAGATATTGTTCAG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	AGAACTAAGCATTTGGAACGAACAGAAGGA
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	TATAGACAAAATGAAGAAAGCGGAGTTATA
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	CAAGAAGGAGAAGCAAAGTTAGTTCATGCT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	AGTATTTAGTGCGTGAAGCTAGTGCTAATA
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	AGTGTATATATATACAAAACAAAGAAAGCG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	TATTAAGAAAAACAAACGTAATAAACAGTT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	GGGTAAAACTGGTTTGATTTGGTTAAGTAC
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	CGCAAAGGAGTTATTTGCGTTGTGTTTGGA
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	ATGTACGTACACAAGGTCATAACATCGAAG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC

>CP037427|5|1|3328095-3329203|CRT
GTTGTGATTGCACACCAGATACGTGTACAGTACCAAC	GTATTCATCGATCAGATAGAACTTGTTAAT
GTTGTGATTACACACCAAATACGTGTACAGTACCAAC	ATTGGACTAAAGCAGAAGAATGGGTTACTA
GTTGTGATTGCACACCAAATCTATGTACAGTACCAAC	GTTAGAAGAAGGCACAAATGAAGATATAGC
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	GTTAGAAGAAGGCACAAATGAAGATATAGC
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	GTAGTATAAAACCAAAACAAGGTCATTGTG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	ATAAAGGAAAACAAATTGCTTTAAAACCTT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	AAGTATGCTGAGCAAATAGATATTGTTCAG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	AGAACTAAGCATTTGGAACGAACAGAAGGA
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	TATAGACAAAATGAAGAAAGCGGAGTTATA
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	CAAGAAGGAGAAGCAAAGTTAGTTCATGCT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	AGTATTTAGTGCGTGAAGCTAGTGCTAATA
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	AGTGTATATATATACAAAACAAAGAAAGCG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	TATTAAGAAAAACAAACGTAATAAACAGTT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	GGGTAAAACTGGTTTGATTTGGTTAAGTAC
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	CGCAAAGGAGTTATTTGCGTTGTGTTTGGA
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	ATGTACGTACACAAGGTCATAACATCGAAG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC

>CP037427|5|1|3328363-3328601|PILER-CR
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAACG	TAGTATAAAACCAAAACAAGGTCATTGTG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAACA	TAAAGGAAAACAAATTGCTTTAAAACCTT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAACA	AGTATGCTGAGCAAATAGATATTGTTCAG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAACAGAACTAAGCATTTGGAACGAACAGAAGGAGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACTATAGACAAAATGAAGAAAGCGGAGTTATAGTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	CAAGAAGGAGAAGCAAAGTTAGTTCATGCT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	AGTATTTAGTGCGTGAAGCTAGTGCTAATA
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	AGTGTATATATATACAAAACAAAGAAAGCG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	TATTAAGAAAAACAAACGTAATAAACAGTT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	GGGTAAAACTGGTTTGATTTGGTTAAGTAC
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	CGCAAAGGAGTTATTTGCGTTGTGTTTGGA
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	ATGTACGTACACAAGGTCATAACATCGAAG


>CP037427|5|2|3328698-3329203|PILER-CR
	TAGTATAAAACCAAAACAAGGTCATTGTG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAACA	TAAAGGAAAACAAATTGCTTTAAAACCTT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAACA	AGTATGCTGAGCAAATAGATATTGTTCAG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAACAGAACTAAGCATTTGGAACGAACAGAAGGAGTTGTGATTGCACACCAAAAACGTGTACAGTACCAACTATAGACAAAATGAAGAAAGCGGAGTTATAGTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	CAAGAAGGAGAAGCAAAGTTAGTTCATGCT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	AGTATTTAGTGCGTGAAGCTAGTGCTAATA
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	AGTGTATATATATACAAAACAAAGAAAGCG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	TATTAAGAAAAACAAACGTAATAAACAGTT
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	GGGTAAAACTGGTTTGATTTGGTTAAGTAC
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	CGCAAAGGAGTTATTTGCGTTGTGTTTGGA
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC	ATGTACGTACACAAGGTCATAACATCGAAG
GTTGTGATTGCACACCAAAAACGTGTACAGTACCAAC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP037427.1|QBK77574.1|3322466_3323786_+|TolC-family-protein	unknown	unknown	gnl|CDD|224455
CP037427.1|QBK77576.1|3325166_3325589_+|four-helix-bundle-protein	unknown	unknown	gnl|CDD|274132
CP037427.1|QBK77578.1|3329320_3332800_-|hypothetical-protein	cas13b	cas13b_CAS_V-B1	gnl|CDD|380476
CP037427.1|QBK77577.1|3325631_3327212_+|MFS-transporter	unknown	unknown	gnl|CDD|129794
CP037427.1|QBK77572.1|3320710_3321271_-|sigma-70-family-RNA-polymerase-sigma-factor	unknown	unknown	gnl|CDD|274376
CP037427.1|QBK77579.1|3332813_3333494_-|hypothetical-protein	Csx27	-	unknown
CP037427.1|QBK77581.1|3336120_3339939_+|efflux-RND-transporter-permease-subunit	unknown	unknown	gnl|CDD|226220
CP037427.1|QBK78135.1|3346870_3347209_+|phosphatidylinositol-kinase	unknown	unknown	gnl|CDD|274416
CP037427.1|QBK77583.1|3341630_3343214_+|efflux-RND-transporter-periplasmic-adaptor-subunit	unknown	unknown	gnl|CDD|379862
CP037427.1|QBK77573.1|3321508_3322375_+|AraC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|378964
CP037427.1|QBK77582.1|3340151_3341627_+|transporter	unknown	unknown	gnl|CDD|367035
CP037427.1|QBK77571.1|3319534_3320455_-|FecR-family-protein	unknown	unknown	gnl|CDD|226235
CP037427.1|QBK77570.1|3316121_3319538_-|TonB-dependent-receptor	unknown	unknown	gnl|CDD|274948
CP037427.1|QBK77586.1|3346670_3346871_+|transcriptional-regulator	unknown	unknown	gnl|CDD|213767
CP037427.1|QBK77580.1|3335337_3335766_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77575.1|3323964_3325083_+|HlyD-family-secretion-protein	unknown	unknown	gnl|CDD|224482
CP037427.1|QBK77585.1|3344210_3344651_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77584.1|3343554_3344142_+|DUF3347-domain-containing-protein	unknown	unknown	gnl|CDD|378730
CP037427.1|QBK77568.1|3313175_3314414_-|YdcF-family-protein	unknown	unknown	gnl|CDD|99750
CP037427.1|QBK77569.1|3314434_3316111_-|RagB/SusD-family-nutrient-uptake-outer-membrane-protein	unknown	unknown	gnl|CDD|369630

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP037427.1|QBK77578.1|3329320_3332800_-|hypothetical-protein	cas13b	cas13b_CAS_V-B1	5.6e-283	936.5	96.1
CP037427.1|QBK77579.1|3332813_3333494_-|hypothetical-protein	Csx27	-	3.4e-88	290.1	12.2

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP037427.1|QBK77574.1|3322466_3323786_+|TolC-family-protein	gnl|CDD|224455	COG1538, TolC, Outer membrane protein [Cell envelope biogenesis, outer membrane / Intracellular trafficking and secretion].	3.4698e-35
CP037427.1|QBK77576.1|3325166_3325589_+|four-helix-bundle-protein	gnl|CDD|274132	TIGR02436, S23_ribosomal_protein, four helix bundle protein. This family describes a protein of unknown function whose structure is a bundle of four long alpha helices. Some of the first members of this family were found encoded in the (atypically large) intervening sequence (IVS) of Leptospira 23S RNA, a region often present in the rRNA gene and removed during rRNA processing without re-ligation. However, this location is not conserved, and naming this protein as a 23S RNA protein is both confusing and inaccurate.	2.94261e-32
CP037427.1|QBK77578.1|3329320_3332800_-|hypothetical-protein	gnl|CDD|380476	cd20478, Cas13b_Bz-like, Class 2 type VI-B CRISPR-associated RNA-guided ribonuclease Cas13b from Bergeyella zoohelcum and similar Cas13b proteins. CRISPR-Cas (clustered regularly interspaced short palindromic repeats and CRISPR-associated proteins) adaptive immune systems defend microbes against foreign nucleic acids via RNA-guided endonucleases. These systems are divided into two classes: class 1 systems utilize multiple Cas proteins and CRISPR RNA (crRNA) to form an effector complex while class 2 systems employ a large, single effector with crRNA to mediate interference. Class 2 type VI CRISPR-Cas13 systems use a single enzyme to target RNA using a programmable crRNA guide and are divided into four subtypes based on the identity of the Cas13 protein (Cas13a-d). The Cas13 proteins are capable of both pre-crRNA processing and target RNA cleavage, which protect the host from phage attacks. Once bound to a target RNA, their non-specific RNase activity is activated. Cas13b has many distinctive features compared to the other Cas13 proteins, including the lack of significant sequence similarity, disparate crRNA repeat region, and double-sided protospacer flanking sequence (PFS)-dependent target RNA cleavage.	0
CP037427.1|QBK77577.1|3325631_3327212_+|MFS-transporter	gnl|CDD|129794	TIGR00711, Uncharacterized_MFS-type_transporter_YhcA, drug resistance transporter, EmrB/QacA subfamily. This subfamily of drug efflux proteins, a part of the major faciliator family, is predicted to have 14 potential membrane-spanning regions. Members with known activities include EmrB (multiple drug resistance efflux pump) in E. coli, FarB (antibacterial fatty acid resistance) in Neisseria gonorrhoeae, TcmA (tetracenomycin C resistance) in Streptomyces glaucescens, etc. In most cases, the efflux pump is described as having a second component encoded in the same operon, such as EmrA of E. coli. [Cellular processes, Toxin production and resistance, Transport and binding proteins, Other].	4.44022e-11
CP037427.1|QBK77572.1|3320710_3321271_-|sigma-70-family-RNA-polymerase-sigma-factor	gnl|CDD|274376	TIGR02985, Sig70_bacteroi1, RNA polymerase sigma-70 factor, Bacteroides expansion family 1. This group of sigma factors are members of the sigma-70 family (TIGR02937) and are found primarily in the genus Bacteroides. This family appears to have resulted from a lineage-specific expansion as B. thetaiotaomicron VPI-5482, Bacteroides forsythus ATCC 43037, Bacteroides fragilis YCH46 and Bacteroides fragilis NCTC 9343 contain 25, 12, 24 and 23 members, respectively. There are currentlyonly two known members of this family outside of the Bacteroides, in Rhodopseudomonas and Bradyrhizobium.	2.1349e-34
CP037427.1|QBK77581.1|3336120_3339939_+|efflux-RND-transporter-permease-subunit	gnl|CDD|226220	COG3696, COG3696, Putative silver efflux pump [Inorganic ion transport and metabolism].	1.05056e-158
CP037427.1|QBK78135.1|3346870_3347209_+|phosphatidylinositol-kinase	gnl|CDD|274416	TIGR03071, couple_hipA, HipA N-terminal domain. Although Pfam models pfam07805 and pfam07804 currently are called HipA-like N-terminal domain and HipA-like C-terminal domain, respectively, those models hit the central and C-terminal regions of E. coli HipA but not the N-terminal region. This model hits the N-terminal region of HipA and its homologs, and also identifies proteins that lack match regions for pfam07804 and pfam07805.	2.0143e-35
CP037427.1|QBK77583.1|3341630_3343214_+|efflux-RND-transporter-periplasmic-adaptor-subunit	gnl|CDD|379862	pfam16576, HlyD_D23, Barrel-sandwich domain of CusB or HlyD membrane-fusion. HlyD_D23 is the combined domains 2 and 3 of the membrane-fusion proteins CusB and HlyD, which forms a barrel-sandwich. CusB and HlyD proteins are membrane fusion proteins of the CusCFBA copper efflux system in E.coli and related bacteria. The whole molecule hinges between D2 and D3. Efflux systems of this resistance-nodulation-division group - RND - have been developed to excrete poisonous metal ions, and in E.coli the only one that deals with silver and copper is the CusA transporter. The transporter CusA works in conjunction with a periplasmic component that is a membrane fusion protein, eg CusB, and an outer-membrane channel component CusC in a CusABC complex driven by import of protons.	6.98631e-93
CP037427.1|QBK77573.1|3321508_3322375_+|AraC-family-transcriptional-regulator	gnl|CDD|378964	pfam12833, HTH_18, Helix-turn-helix domain.	6.42334e-18
CP037427.1|QBK77582.1|3340151_3341627_+|transporter	gnl|CDD|367035	pfam02321, OEP, Outer membrane efflux protein. The OEP family (Outer membrane efflux protein) form trimeric channels that allow export of a variety of substrates in Gram negative bacteria. Each member of this family is composed of two repeats. The trimeric channel is composed of a 12 stranded all beta sheet barrel that spans the outer membrane, and a long all helical barrel that spans the periplasm.	1.09402e-12
CP037427.1|QBK77571.1|3319534_3320455_-|FecR-family-protein	gnl|CDD|226235	COG3712, FecR, periplasmic ferric-dicitrate binding protein FecR, regulates iron transport through sigma-19 [Inorganic ion transport and metabolism, Signal transduction mechanisms].	5.12724e-20
CP037427.1|QBK77570.1|3316121_3319538_-|TonB-dependent-receptor	gnl|CDD|274948	TIGR04056, OMP_RagA_SusC, TonB-linked outer membrane protein, SusC/RagA family. This model describes a distinctive clade among the TonB-linked outer membrane proteins (OMP). Members of this family are restricted to the Bacteriodetes lineage (except for Gemmatimonas aurantiaca T-27 from the novel phylum Gemmatimonadetes) and occur in high copy numbers, with over 100 members from Bacteroides thetaiotaomicron VPI-5482 alone. Published descriptions of members of this family are available for RagA from Porphyromonas gingivalis, SusC from Bacteroides thetaiotaomicron, and OmpW from Bacteroides caccae. Members form pairs with members of the SusD/RagB family (pfam07980). Transporter complexes including these outer membrane proteins are likely to import large degradation products of proteins (e.g. RagA) or carbohydrates (e.g. SusC) as nutrients, rather than siderophores. [Transport and binding proteins, Unknown substrate].	0
CP037427.1|QBK77586.1|3346670_3346871_+|transcriptional-regulator	gnl|CDD|213767	TIGR03070, couple_hipB, transcriptional regulator, y4mF family. Members of this family belong to a clade of helix-turn-helix DNA-binding proteins, among the larger family pfam01381 (HTH_3; Helix-turn-helix). Members are similar in sequence to the HipB protein of E. coli. Genes for members of the seed alignment for this protein family were found to be closely linked to genes encoding proteins related to HipA. The HibBA operon appears to have some features in common with toxin-antitoxin post-segregational killing systems. [Regulatory functions, DNA interactions].	6.03293e-17
CP037427.1|QBK77575.1|3323964_3325083_+|HlyD-family-secretion-protein	gnl|CDD|224482	COG1566, EmrA, Multidrug resistance efflux pump [Defense mechanisms].	7.72026e-63
CP037427.1|QBK77584.1|3343554_3344142_+|DUF3347-domain-containing-protein	gnl|CDD|378730	pfam11827, DUF3347, Protein of unknown function (DUF3347). This family of proteins are functionally uncharacterized. This protein is found in bacteria. Proteins in this family are typically between 169 to 570 amino acids in length.	4.41137e-46
CP037427.1|QBK77568.1|3313175_3314414_-|YdcF-family-protein	gnl|CDD|99750	cd06259, YdcF-like, YdcF-like. YdcF-like is a large family of mainly bacterial proteins, with a few members found in fungi, plants, and archaea. Escherichia coli YdcF has been shown to bind S-adenosyl-L-methionine (AdoMet), but a biochemical function has not been idenitified. The family also includes Escherichia coli sanA and Salmonella typhimurium sfiX, which are involved in vancomycin resistance; sfiX may also be involved in murein synthesis.	1.78657e-17
CP037427.1|QBK77569.1|3314434_3316111_-|RagB/SusD-family-nutrient-uptake-outer-membrane-protein	gnl|CDD|369630	pfam07980, SusD_RagB, SusD family. This domain is found in bacterial cell surface proteins such SusD and SusD-like proteins, as as well RagB, outer membrane surface receptor antigen. Bacteroidetes, one of the two dominant bacterial phyla in the human gut, are Gram-negative saccharolytic microorganisms that utilize a diverse array of glycans. Hence, they express starch-utilization system (Sus) for glycan uptake. SusD has 551 amino acids, and is almost entirely alpha-helical, with 22 alpha-helices, eight of which form 4 tetra-trico peptide repeats (TPRs: helix-turn-helix motifs involved in protein-protein interactions). The four TPRs pack together to create a right-handed super-helix. This is predicted to mediate the formation of SusD and SusC porin complex at the cell surface. The interaction between SusC and TPR1/TPR2 region of SusD is predicted to be of functional importance since it allows SusD to be in position for oligosaccharide capture from other Sus lipoproteins and delivery of these glycans to the SusC porin. The non-TPR containing portion of SusD is where starch binding occurs. The binding site is a shallow surface cavity located on top of TPR1. SusD homologs such as SusD-like proteins have a critical role in carbohydrate acquisition. Both SusD and its homologs, contain about 15-20 residues at the N-terminus that might be a flexible linker region, anchoring the protein to the membrane and the glycan-binding domain. Other homologs to SusD have been examined in Porphyromonas gingivalis such as RagB, an immunodominant outer-membrane surface receptor antigen. Structural characterization of RagB shows substantial similarity with Bacteroides thetaiotaomicron SusD (i.e alpha-helices and TPR regions). Based on this structural similarity, functional studies suggest that, RagB binding of glycans occurs at pockets on the molecular surface that are distinct from those of SusD.	3.62234e-37

Protein sequences

>CP037427.1|QBK77577.1|3325631_3327212_+|MFS-transporter
MYNKGLFHSWVPKPVMLLLIVIIAAVFCSISGIYTTNITNIVGSTGSMTEYYLWANYAYAIGLGTVMPLIVRIKARFRTKELLVTSLTMCGLLYLVQSTTHQPYIIIACSYLIGVFKMMGMMEVVLPLMMLLSVGGNRGIFYSIYYSALLVITQLSGYFVAKVSFIFSWQISYMNLAIMCFGAALICIIFQHNQRFMRKVPFIYIDWISILLFNVTFMTLAYILAFGKQQAWFDSEIIRYASLLFGILLFIFVIRQQLIRRPFLPLNAFKKNNVRHGTIMLLCLGMYLATATIQNIFAVGILGYNPMTNASLNLLLIPGLITAAVACYYWYKNEIPIRMLVFSGFSAFLMYCVMMYLAMATEFSYSMWYLPMFFKGYGMGVIFVTTWYYTLDKLDLASMLGLIGFAILWRTFIAVGMFSALYSWTQYQFQIQSLNNLAVYLDDAMLLRSGSGINLSLVQLNGILAATKTVYGYINIAGIGVLLYVLFHHYGRIRTLKTRVYINKLGNLMMSKKDKESIENQLPNNI
>CP037427.1|QBK77576.1|3325166_3325589_+|four-helix-bundle-protein
MINVYTIFLNSSNPFSMKNENIVQIKSYAFAIRMVNTYKHLTTTKKEFILSKQLLRSGTSIGANIEEAIGGQSDKDFYAKLYIAYKEARESHYWIRLLTDTDYLTTKQSTSLLTDIDELLKIIGSILKTIKEKEKIINHT
>CP037427.1|QBK77575.1|3323964_3325083_+|HlyD-family-secretion-protein
MEKKENTTTEQPVQAPVEQVVEDKAKKEKKKKTKILLVNTLTFAVIGIAFFWLLTKYFHINDRDYTESAQVEEFINPINTRVSAYIKEIKFIEHQQVKKGDTLVILDNREILTQVEQAEAAYLSALAAKKVTNSSIHTASNNIGVFSSNIEGAKARLWNAEQNNKRYENLLQAEAVTQQQYDQVKTEYQAAKSAYESLIKQQNTTKLSVSEIETRLALNEADIKRTKAMLDMAQLNLSYTVITAPYDGVMGRRLISEGQLLSPSQQITTIVKDNEKWVTANFLESQMNNIQIGSIIDMTADAVKGIRFQGKVTAISAATGSRYSSMPTDNSTGNFVKVQQRIPVRIEFTDTNDIENIANLKAGMNMNIQLAN
>CP037427.1|QBK77574.1|3322466_3323786_+|TolC-family-protein
MKRNIHKYFCGLSLLLLSYTSIYSQVSDQTLSIEQAVNLAMQNHQQLKVTALNKNISEQQTQLIKQQRLPNLAFTANASYIGDALILDRDFSKVMTKDMPHFGNSYAIQASELLYKGGAINKNIELAEIGEQLASLDLVQDQQSIKFLVISNYLDVYKLIHQEQVYQNNKKLAQIRLENVNRYYKEGMMTRNEVIRGELVLQNMDQALLSVDNNLSILNYNLAIALGLPTSTKITPNEALVHRPLEGDYNYYLDLAYTQHPMIQRVEKGVEAAQKKIEIANTDKYPALAAVGGYNMSRPITTSNPVMDMYSNAWQVGVSLTYNIDNLYKTPKKVKLEKLQKNKAEESLTLVQQQLEMGVNAAYTKYDEAIQNANLLKKSQQLAQENYKIIEAKYLNQLAIQAEMTDATNAKLEAELQYANAEINVLYQYYNLLKSTGTL
>CP037427.1|QBK77573.1|3321508_3322375_+|AraC-family-transcriptional-regulator
MLQGNIETANSSFIHVQIYDQQNIFDHANFGHPYRPTRSSFLFVKKGKLRIREQINEFEIIENSIFLIDVKYVYEILEISPDAELRLLSYDRNFLETASFKLHRLKVYRDLKTQLQRNFHISKQELEIFWTNVESLGYYLEHFDEIEYGQYIIENYFNIILYHLVSVATPRSEDSINQMTSQQKITYKFVMLVSDYYLETKSVQFYADKLQLSIRHLSTVVKETSGKTPIEIINEFIFNEAKAQLSTTTLPIKQLATKLQFSDQYAFAHFFKKHQGTSPTQYRKMFKL
>CP037427.1|QBK77572.1|3320710_3321271_-|sigma-70-family-RNA-polymerase-sigma-factor
MALSRDQWVDINYYKYWDILYYLSCNITRDKDLSADIVQDVFVNIWNNYSNLIIDNSKAYLIQSVRNKSLKAISTTSFNTVQLEEVYNVLVDNEILSREEEIMFKEQLVNMIYSKAQEVLPEKCYQIFVLRYSNKLSYKEIALKLGISESTVDNQISKALKSIKSSLPYLVDYIIVIGYLMGVTQN
>CP037427.1|QBK77571.1|3319534_3320455_-|FecR-family-protein
MQNKFKHFLNKYLLGTANSTEKKVVEDFSDNLQRRPLIELKIIQENSKLRSSIYNSIKYKTRERKRRKNYRLLSIVFSLLLVVGLTIYQKNISVNNQELTYSTSNELAKHIILPDGTAVTLSSNSTLIVSNEFNQSNREIKLLGEAYFKVAKDASKPFIISSDNFETQVLGTSFWVKRNIVEVSTGRVKVSNLLDRENYVILTAEQKALLKDHRLYKNTIDVFSCISSTSSYLMMNNITLTQWKQIIEKEFDIQIHFLEDIISTKEFIQADFRNSTLADIVQSVSYMYGFDYKYENKTIIINNTKK
>CP037427.1|QBK77570.1|3316121_3319538_-|TonB-dependent-receptor
MRLNYYCRLRVETYLFCLSLLSTGVYATNQTISDKVGVHVYVSNSSETVKSLFEKIEAQTAYKVVYSPSTLNTSIPLRFTSKERELEKLLEDIALRTGSTYNISDKFITFKSQYVIPKGDKVNTGQQNNKTVLKGVVKDIHGLALPGATVKIKESTEAVATDLDGSFMLEVVQNKPIILVIEYIGYDTKEIKVENPEYTSIVLEEDARSLEEIVITGYTTESKRNITAAISTINVDGIKDVPKADVAEMLQGRASGVQVMSDNSPGGGNSIRIRGFSTINNNEPLVIVDGVPVANGLNSINSNDIASMQVLKDAASSSIYGSRAANGVILITTKSGGRNEKISIDVSSFTGVQSAFNLPKMLDAQQYGDMLWQAYKNDGVAPKHDIYGNDPTKATIPLYLNKDKTIKSGNVDWVKEIFNPATIQSHNISLAKGGEHSSQLFSLGYFDQQGIIKDTYFKRFSGRFNSDYRFFDGILTIGENLNASYTENVGIGTNAALGSIVYNAFMYPSIVPVYNELGEFSGNPLNDIQNPRGRLDRNKNNKTKELRLLGNLFGELKLNDFTFRSSIGLDYVNINGRNFSPKFNEILVINPVNSLSTRNSFNYQFTFTNTLSYKKQLGNHNFDVLLGQEAVEYYYEGFSASRQNFMYEDPNYWFLDYGTANQLNRGNANGWSLNSFFGKVHYNYDGKYIVSATMRRDGTSRLANHKWDTFPAVSLGWRIDREDFFDLGDTFTSFLLRGGWGVTGNQQVPSYSTIKSYSSNSYNSNYDINGGQSSVETGLIQSRVPNPELKWETTTQSSLGVDLGFFNDKLNVTADIYNKKTKDILVYKSLPLTYGGTSDGQWVNDGEMTNRGLELNLSYQDNIKDLHYNINFNFTTYKNELTALNSVNYLGIPSSSLHSVNFGQEISRSAIGQPIGSFFGYVNDGIFKSQQEIDKYKLQPNAKPGDLIFRDVNNDGVIDDNDRTFIGSPHPDFILGFNVDLKYKGFDLSMFFNGSFGNKIYNLTKYNSHFFNQSAYNKSSDVLGAWTPDNPNASIPRLSLDDTNNNIRPSSYYVEDGSYFKLNNLQLGYSFGEKLHKQLKMRVYLQATNVFTITNYSGLTPEVGLQSYSKSNKNLDIGIDRGLYPPARTFSMGLSINY
>CP037427.1|QBK77569.1|3314434_3316111_-|RagB/SusD-family-nutrient-uptake-outer-membrane-protein
MKRYISNKTYKILFATTIMAGVMSSCSKDFLDETTYGEVSPDKMTDPKNVERVIIGAYKMLNGQMDNASNAMNSPASNWSFGDVTSDDAYKGGGGTGDQGQIHRMELYQTDPTVIDIERKWSALYEGIKRVNDALRLLNQSVAFDPELKKQRQGELFFLRGHYYFELKKIYNRIPYIDETIVNVEDYNRSNVEFTSEELWQKIVTDFDNASKVLPSKQAQIGRPTSIAAKAYLMKTMIYQKKWQEAYTISEEVMSSQYKLLSNFEDVFLPENDNSSEVIFAVQHSINDGDPNNYNGSIGDRLTAPGGPFYPQYGFHRPSQNLVNAFKTDANGLPVKDNVDVNSQDFVDPRLDYTIGRPGITYKDLGVTYDASWARDVATYGVYAPKKRIVSAKSSYYGATWPYVSALNYYIIRYAEVMLWKAEAAVELGKLEEARSIVNAIRNRAKESKYVMALDGKSYAANYKIGLYNDSWSDVNKAREAVQLESRLELAMEGERFFNLVRWGIADKVINQEYLEAEKHKRSFLTNANFTKGKNEYFPIPQRYVDGATSKVEQNPNY
>CP037427.1|QBK77568.1|3313175_3314414_-|YdcF-family-protein
MRKIVVGFLLAVCTFSFGQRGDNKSVTLLRNSNFYFLDQLSKQPSLVKLLNDNKTFTEIKHNRLDLISKLVNGETFPKSEELVHSYIFTDDQIKSISDELVALNNKEKKVETFFEELKQSKKYINYNEMNQKDFISNVVKLNFSGLNHTLKVYGLGEKPFYPNIDSVSYDKNSRYFKSAILFWAKHLANESDYSKASFFEPMLDYGLYLMYMNHRDEGIRYEPLAELYNKRAIEYAKRIDFKKYEYNALIVLGDGPENYRDPLGALGKLNLKLAVEQYRQGKAPFIIVSGGHVHPNRTETCEAIEMKKELIGLYNIPEEVIIVEPYARHTTTNLRNATRLMIEYGFDIKQKSMIVSYELHTKSIADKKFLDRFMRELGYLPGKIVKQKKGELLDFYPSELLLQINPLEPLDP
>CP037427.1|QBK77578.1|3329320_3332800_-|hypothetical-protein
MKDILTTDTTEKQNRFYSHKIADKYFFGGYFNLASNNIYEVFEEVNKRNTFGKLAKRDNGNLKNYIIHVFKDELSISDFEKRVAIFASYFPILETVDKKSIKERNRTIDLTLSQRIRQFREMLISLVTAVDQLRNFYTHYHHSDIVIENKVLDFLNSSFVSTALHVKDKYLKTDKTKEFLKETIAAELDILIEAYKKKQIEKKNTRFKANKREDILNAIYNEAFWSFINDKDKDKDKETVVAKGADAYFEKNHHKSNDPDFALNISEKGIVYLLSFFLTNKEMDSLKANLTGFKGKVDRESGNSIKYMATQRIYSFHTYRGLKQKIRTSEEGVKETLLMQMIDELSKVPNVVYQHLSTTQQNSFIEDWNEYYKDYEDDVETDDLSRVIHPVIRKRYEDRFNYFAIRFLDEFFDFPTLRFQVHLGDYVHDRRTKQLGKVESDRIIKEKVTVFARLKDINSAKASYFHSLEEQDKEELDNKWTLFPNPSYDFPKEHTLQHQGEQKNAGKIGIYVKLRDTQYKEKAALEEARKSLNPKERSATKASKYDIITQIIEANDNVKSEKPLVFTGQPIAYLSMNDIHSMLFSLLTDNAELKKTPEEVEAKLIDQIGKQINEILSKDTDTKILKKYKDNDLKETDTDKITRDLARDKEEIEKLILEQKQRADDYNYTSSTKFNIDKSRKRKHLLFNAEKGKIGVWLANDIKRFMFKESKSKWKGYQHTELQKLFAYFDTSKSDLELILSNMVMVKDYPIELIDLVKKSRTLVDFLNKYLEARLEYIENVITRVKNSIGTPQFKTVRKECFTFLKKSNYTVVSLDKQVERILSMPLFIERGFMDDKPTMLEGKSYKQHKEKFADWFVHYKENSNYQNFYDTEVYEITTEDKREKAKVTKKIKQQQKNDVFTLMMVNYMLEEVLKLSSNDRLSLNELYQTKEERIVNKQVAKDTQERNKNYIWNKVVDLQLCDGLVHIDNVKLKDIGNFRKYENDSRVKEFLTYQSDIVWSAYLSNEVDSNKLYVIERQLDNYESIRSKELLKEVQEIECSVYNQVANKESLKQSGNENFKQYVLQGLLPIGMDVREMLILSTDVKFKKEEIIQLGQAGEVEQDLYSLIYIRNKFAHNQLPIKEFFDFCENNYRSISDNEYYAEYYMEIFRSIKEKYAN
>CP037427.1|QBK77579.1|3332813_3333494_-|hypothetical-protein
MDKLSLYELFSFVIPGGIALHLLNWCSVNVLSTGTLFNLSDLSNSLIALVFALLIGVTLHIITFNILLKCGSYRQIIYKSVQEIKLDDYIQQVIPFLNQEYFHNKKHEVAANTNNAVPAENLFDYAYYYLEVNGKNAQAKNFQSLYFFFRNMFTLGIVSIVILIIALVYSTITSVGKDVLSEIVFKIAFFAVIIGIAVPVANWLRKKMIITVFGCYYADRVHQTNK
>CP037427.1|QBK77580.1|3335337_3335766_+|hypothetical-protein
MKKHLSILFLFLSFLVTASPIIEWSCTEEVMTCGMEISNDGGMSCCGGDMEQGSRSMDMNMPCCTVASRVLVTIAELKVQTPKVVQDTKAKTANIKSQWFNSNYLEDLKSIDLVSVSPLSVSVSGFKYKDIDPLSYICIYRI
>CP037427.1|QBK77581.1|3336120_3339939_+|efflux-RND-transporter-permease-subunit
MLNKIIKYFLHNRVITLLLLVVVIVWGLITAPFNWHQNMLPSDPVPVDAIPDIGENQQIVATEWMGRSPKDIQEQITYPLTTSLLGIPGVKTVRSSSMFGMSFIYIIFEENVEFYWSRSRILEKLNSLPAGTLPEGVIPSLGPDATALGQVYWYTLEGRNPETGEPTGGWDPDELRTVQDFYTKYNLSAAEGVSEVASIGGYVKEYQVEVNPDAMRAYNVSVMDVMSAIQKSNLDIGAETIEINKAEYLVRGLGYIKNVKDLEDAVVTVRNNVPVKIKDVAFVNLGPATRRGGLDKEGIEAVGGVVVARYGANPMHVISNVKAKIKEMEAGLPQKTLADGTISKVTVVPFYDRSGLIQETIGTLETALAHEILICIIVVIVLVINLRASVIISSILPIGVLATFIIMKYMGIEANIVALSGIAIAIGVMVDVGVVFVESIIRYMEEEKAQGIQSKGIAFVNLITKAVSEVSGALSTAMLTTIISFLPVFAMEAQEGKLFKPLAYTKTFALLSAFILGIIVLPTIAYYVYSIKIDKQKVRKIANYILAVVGIGLWIYTGEFIAVTLTLVAINNLFTPGWKTDTIANYINVALTLLVALYYLTVEWLPLGTQQSTGLNFVFVLLSIGSILGVLWLLVIYYEQILRWALTHRWKFMSIPILTLVFGMLVWLGADKSFGFVAKGFETVGWKSFRETAFWQKSTQTFPGIGQEFMPSLNEGSFLLMPTSMPHTGIEQNLQFIGTLDRRISNIPEVELTVGKWGRVNSALDPAPTQMFENTINYRSEYILDDNGHRQRFKVNKKGEFELINGTTYNVEDAFRLIPRDSLIIDKDGKFLRQWRPEIKKADDIWQEIVNVSHLPGLTSAPKLQPIEARLVMLSTGMRAPMGLKVSGPDLESIEIGGKALETALKDIPSIMPSTVFYDRAVGAPYVEIHLNRHNMARYGITVSDLQDVIGAAIGGMALTTTVEGRERFPVRLRYPRELRDNPEQLAKMLIPTATGAQIPLSEVADIEYAKGSQMIQSENTFLLGYVIFDKTEGKAEVDVVHEADKLLQAKLASGELTLPKGVTYKFAGNYEQQERASQRLLYIVPLSLLAILLILYFQFKTIAASLIHFSGVFVAFAGGFILLWLYGQPWFMNFSVGDMNMRDLFQMHNINLSIAVWVGFIALFGLATNDGVLMGTYIHDTFEARDPKTKEEIREAVVYAGLKRVRPAAMTTATALIALLPVMTSTGKGAEIMVPMAIPTFGGMLIQSMTMFVVPVFQCWWREWAVKRIKN
>CP037427.1|QBK77582.1|3340151_3341627_+|transporter
MNKNKTYIYLASAFLAVTSFTATAVAQQQPKNSLSSYLNVAIENNPGIKAQKFAHEAFLQKIPQAGAFQDPELSMDFYTKPMDIVGGRSIGNVSIMQMLPWFGTRKTARIEAGHMANMQNEQYKEVVDNITLQVHTQWYAMQKLNEQLRNNEENRKLLQQLEQLALRKFSAPSNSAKVTATPKVNTKTASTPSASTSKGMGGISMGGGATASSTPAMSSMGSGGGMSEMGGSSASGMSDVLRIGLELIEIENSIESLHSQLKAEKAKFNALLNREANHEVILGEIEKTSFIYGEQDALLAIEANNPMLSMITEEGLAYKAKAEMDKKMSYPMIGLGLQYMVIGKTNDKMLAMGDMNGKDMIMPMVTVSLPIFRKKYKAQQEEGKLWWKSSDQKFEDTYNTLKSEYYGYKSQLDDAERIVTLYEKQTTLAETTYNLIIKEFVTGKSDLTNVIQVQRQLLDYQLKKAEAIANYNTMVASIKKLLAIRDNTQNI
>CP037427.1|QBK77583.1|3341630_3343214_+|efflux-RND-transporter-periplasmic-adaptor-subunit
MDKIRNIFKNNIVRYSAILLVGLLLGWMVFGGAGSHQHNGEPATTEEGNTVWTCSMHPQIKMDKPGKCPLCAMDLIPLKSSDGGDDAIDDQAIQMSKEAVALANIQTTVVGHQDAVKDIQLYGTIQVDERLQQSQTSHVNGRIEKLYVNFTGEAVKQGQLIATIYSPDLLTAQQELLEAAKLKDLQPLLLDAAKEKLRIWKMSEAQINKVLSTGNVSPYVSVHANTSGIVVEKSVNQGDYINQGTVLYSISNLSKLWAVFDAYENDLPFIKEGDVLEYTLQSLPGEVFKGKIAFISPIIDATSRTAKVRVETDNRNNNLKPEMYASAKISAPLKQYNKEMVIPKSSVLWTGKRSVIYVKQPKTATPAFKLREIVLGPSLGENYVVMSGLENGEEIVTNGVFTVDASAQLEGKRSMMNNDNAPAATGHEGHANHGTTASANLEHAMLKVKGNCDLCKERIETAAKKVKGVSTASWDVKEKVLHLNFDKKLTSKSAISKAVAKVGHDTELDKATDADYKALHSCCQFER
>CP037427.1|QBK77584.1|3343554_3344142_+|DUF3347-domain-containing-protein
MKKVILSFAVLAFTLTACNDKKQETTAPTTEEHAGHDHDDHTTASAAEKVTTVKESNVLQSTLDAYFLVKKALQEDNQAEAATASKTLLTNLNAVVTEDAKAKELVKELVETATKIDVADIKVQREEFEDLTEDLVKLINTVGTDRVVFEQYCPMYNNGEGGQWLSDVEDLSNPLYGSSMLKCGANQNKITFETK
>CP037427.1|QBK77585.1|3344210_3344651_-|hypothetical-protein
MKRIVLLLMMASMALACSSDDNKGGSNPEGSTEVGVSHSHKIKMPGWLQGQWVAKGSSEYDFHSFNLKANDLCVVTVVSNCYQGQINAVDRVDPNHVTVVQENKKGYYRLSIEMGGLLTEYAFTHKSESEVELKMSNVPSVILVRK
>CP037427.1|QBK77586.1|3346670_3346871_+|transcriptional-regulator
MDSIQLFVKQKRKELKLTQEDLALNAGVGLRFVRDLEQGKKTLRLDKVNDVLALFGKEVGVIDKTR
>CP037427.1|QBK78135.1|3346870_3347209_+|phosphatidylinositol-kinase
MTARQAKIYFQDQLAGYLFETDNGYSFYYDKDYLKTPNPKPISLTLPLSEETYHSNVLFPFFDGLIPEGWLLDIGEKHWKLNPRDRFELLINLCRDTIGAVSVYPMEAENHE

Crispr_ID: CP037427_6

• CRISPR_ID: CP037427_6
• CRISPR_location: 3439148-3439223
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers
• Cas_protein_info: PD-DExK

Consensus repeat of CP037427_6

Consensus_repeat	Method
TTAATCTTTGTTACTAGATTTAAAA	CRISPRCasFinder

spacers of CP037427_6

>6.1|3439173|26|CP037427|CRISPRCasFinder
AAGTAACAACAAAACTCACACTTTAA

CRISPR arrays and Neighbor proteins around CP037427_6

CRISPR arrays

The CRISPR arrays of CP037427_6

>merge|CP037427|6|3439148-3439223|CRISPRCasFinder
TTAATCTTTGTTACTAGATTTAAAAAAGTAACAACAAAACTCACACTTTAATTAATCTTTGTTGCTAGATTTAAAA

>CP037427|6|6|3439148-3439223|CRISPRCasFinder
TTAATCTTTGTTACTAGATTTAAAA	AAGTAACAACAAAACTCACACTTTAA
TTAATCTTTGTTGCTAGATTTAAAA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP037427.1|QBK77655.1|3431948_3432329_-|transposase	unknown	unknown	gnl|CDD|225995
CP037427.1|QBK78138.1|3441027_3442293_+|site-specific-integrase	unknown	unknown	gnl|CDD|271185
CP037427.1|QBK77666.1|3445759_3446173_-|hypothetical-protein	unknown	unknown	gnl|CDD|379317
CP037427.1|QBK77670.1|3449783_3449987_+|transcriptional-regulator	unknown	unknown	gnl|CDD|213767
CP037427.1|QBK77658.1|3434263_3435049_-|two-component-sensor-histidine-kinase	unknown	unknown	gnl|CDD|226951
CP037427.1|QBK77657.1|3432745_3433462_-|ISL3-family-transposase	unknown	unknown	gnl|CDD|225995
CP037427.1|QBK78139.1|3442388_3443402_+|DUF1016-domain-containing-protein	PD-DExK	COG4804_PD-DExK_CAS-I:CAS-III	gnl|CDD|377634
CP037427.1|QBK77661.1|3436186_3437038_+|tetracycline-regulation-of-excision,-RteC	unknown	unknown	gnl|CDD|378161
CP037427.1|QBK77665.1|3444927_3445746_-|type-II-toxin-antitoxin-system-HipA-family-toxin	unknown	unknown	gnl|CDD|377920
CP037427.1|QBK78137.1|3433620_3434271_-|response-regulator-transcription-factor	unknown	unknown	gnl|CDD|225107
CP037427.1|QBK77659.1|3435033_3435660_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77669.1|3448874_3449159_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77667.1|3446194_3446542_-|XRE-family-transcriptional-regulator	unknown	unknown	gnl|CDD|376540
CP037427.1|QBK77656.1|3432344_3432749_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77671.1|3449986_3450322_+|phosphatidylinositol-kinase	unknown	unknown	gnl|CDD|274416
CP037427.1|QBK77664.1|3443851_3444601_+|type-II-toxin-antitoxin-system-HipA-family-toxin	unknown	unknown	gnl|CDD|377920
CP037427.1|QBK77660.1|3435679_3435991_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77663.1|3438113_3438995_+|AraC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|378964
CP037427.1|QBK77662.1|3437139_3437355_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77668.1|3447195_3448365_+|ATP-binding-protein	unknown	unknown	gnl|CDD|379049

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP037427.1|QBK78139.1|3442388_3443402_+|DUF1016-domain-containing-protein	PD-DExK	COG4804_PD-DExK_CAS-I:CAS-III	2.2e-57	188.1	4.1

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP037427.1|QBK77655.1|3431948_3432329_-|transposase	gnl|CDD|225995	COG3464, COG3464, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	2.22354e-20
CP037427.1|QBK78138.1|3441027_3442293_+|site-specific-integrase	gnl|CDD|271185	cd01185, INTN1_C_like, Integrase IntN1 of Bacteroides mobilizable transposon NBU1 and similar proteins, C-terminal catalytic domain. IntN1 is a tyrosine recombinase for the integration and excision of Bacteroides mobilizable transposon NBU1 from the host chromosome. IntN1 does not require strict homology between the recombining sites seen with other tyrosine recombinases. This family belongs to the superfamily of DNA breaking-rejoining enzymes, which share the same fold in their catalytic domain and the overall reaction mechanism. The catalytic domain contains six conserved active site residues. Their overall reaction mechanism involves cleavage of a single strand of a DNA duplex by nucleophilic attack of a conserved tyrosine to give a 3' phosphotyrosyl protein-DNA adduct. In the second rejoining step, a terminal 5' hydroxyl attacks the covalent adduct to release the enzyme and generate duplex DNA.	2.62864e-51
CP037427.1|QBK77666.1|3445759_3446173_-|hypothetical-protein	gnl|CDD|379317	pfam13657, Couple_hipA, HipA N-terminal domain. This domain is found to the N-terminus of HipA-like proteins. It is also found in isolation in some proteins.	3.29471e-14
CP037427.1|QBK77670.1|3449783_3449987_+|transcriptional-regulator	gnl|CDD|213767	TIGR03070, couple_hipB, transcriptional regulator, y4mF family. Members of this family belong to a clade of helix-turn-helix DNA-binding proteins, among the larger family pfam01381 (HTH_3; Helix-turn-helix). Members are similar in sequence to the HipB protein of E. coli. Genes for members of the seed alignment for this protein family were found to be closely linked to genes encoding proteins related to HipA. The HibBA operon appears to have some features in common with toxin-antitoxin post-segregational killing systems. [Regulatory functions, DNA interactions].	7.12463e-17
CP037427.1|QBK77658.1|3434263_3435049_-|two-component-sensor-histidine-kinase	gnl|CDD|226951	COG4585, COG4585, Signal transduction histidine kinase [Signal transduction mechanisms].	2.99352e-31
CP037427.1|QBK77657.1|3432745_3433462_-|ISL3-family-transposase	gnl|CDD|225995	COG3464, COG3464, Transposase and inactivated derivatives [DNA replication, recombination, and repair].	6.08351e-15
CP037427.1|QBK78139.1|3442388_3443402_+|DUF1016-domain-containing-protein	gnl|CDD|377634	pfam06250, DUF1016, Protein of unknown function (DUF1016). Family of uncharacterized proteins found in viruses, archaea and bacteria.	1.80352e-76
CP037427.1|QBK77661.1|3436186_3437038_+|tetracycline-regulation-of-excision,-RteC	gnl|CDD|378161	pfam09357, RteC, RteC protein. Human colonic Bacteroides species harbor a family of large conjugative transposons, called tetracycline resistance (Tcr) elements. Activities of these elements are enhanced by pregrowth of bacteria in medium containing tetracycline, indicating that at least some Tcr element genes are regulated by tetracycline. An insertional disruption in the rteC gene abolished self-transfer of the Tcr element to Bacteroides recipients, indicating that the gene was essential for self-transfer.	1.49346e-65
CP037427.1|QBK77665.1|3444927_3445746_-|type-II-toxin-antitoxin-system-HipA-family-toxin	gnl|CDD|377920	pfam07804, HipA_C, HipA-like C-terminal domain. The members of this family are similar to a region close to the C-terminus of the HipA protein expressed by various bacterial species. This protein is known to be involved in high-frequency persistence to the lethal effects of inhibition of either DNA or peptidoglycan synthesis. When expressed alone, it is toxic to bacterial cells, but it is usually tightly associated with HipB, and the HipA-HipB complex may be involved in autoregulation of the hip operon. The hip proteins may be involved in cell division control and may interact with cell division genes or their products.	1.56311e-58
CP037427.1|QBK78137.1|3433620_3434271_-|response-regulator-transcription-factor	gnl|CDD|225107	COG2197, CitB, Response regulator containing a CheY-like receiver domain and an HTH DNA-binding domain [Signal transduction mechanisms / Transcription].	1.0952e-42
CP037427.1|QBK77667.1|3446194_3446542_-|XRE-family-transcriptional-regulator	gnl|CDD|376540	pfam01381, HTH_3, Helix-turn-helix. This large family of DNA binding helix-turn helix proteins includes Cro and CI. Within Neisseria gonorrhoeae NGO_0477, the full protein fold incorporates a helix-turn-helix motif, but the function of this member is unlikely to be that of a DNA-binding regulator, the function of most other members, so is not necessarily characteristic of the whole family.	6.29217e-07
CP037427.1|QBK77671.1|3449986_3450322_+|phosphatidylinositol-kinase	gnl|CDD|274416	TIGR03071, couple_hipA, HipA N-terminal domain. Although Pfam models pfam07805 and pfam07804 currently are called HipA-like N-terminal domain and HipA-like C-terminal domain, respectively, those models hit the central and C-terminal regions of E. coli HipA but not the N-terminal region. This model hits the N-terminal region of HipA and its homologs, and also identifies proteins that lack match regions for pfam07804 and pfam07805.	5.65345e-34
CP037427.1|QBK77664.1|3443851_3444601_+|type-II-toxin-antitoxin-system-HipA-family-toxin	gnl|CDD|377920	pfam07804, HipA_C, HipA-like C-terminal domain. The members of this family are similar to a region close to the C-terminus of the HipA protein expressed by various bacterial species. This protein is known to be involved in high-frequency persistence to the lethal effects of inhibition of either DNA or peptidoglycan synthesis. When expressed alone, it is toxic to bacterial cells, but it is usually tightly associated with HipB, and the HipA-HipB complex may be involved in autoregulation of the hip operon. The hip proteins may be involved in cell division control and may interact with cell division genes or their products.	1.64463e-39
CP037427.1|QBK77663.1|3438113_3438995_+|AraC-family-transcriptional-regulator	gnl|CDD|378964	pfam12833, HTH_18, Helix-turn-helix domain.	8.79401e-16
CP037427.1|QBK77668.1|3447195_3448365_+|ATP-binding-protein	gnl|CDD|379049	pfam13173, AAA_14, AAA domain. This family of domains contain a P-loop motif that is characteristic of the AAA superfamily.	1.39044e-37

Protein sequences

>CP037427.1|QBK77663.1|3438113_3438995_+|AraC-family-transcriptional-regulator
MNKLPLEPFLHRFNNRLYINCKDVNKLVQIRDQHLFYPHKLTFFCIHLFLEGQGTYYLDSVSIDVAPKRVLIVSKNQVEQYCQPINYKSEILMFTEEFFCIDELHFQFFYNTKLFDLTDHLQSIDISGQYEELTLLFTLIKKELNKSFYPKQQYILNNYLFNTLLILENAIDKSTTQQLNISHDKLIVSNFKHLVNNNIDKSMTVKMYASELKLSVRSIEYAFKKTDNITPYAWVSERMIMEIKRLLLYKDLHINEISFKLKFKEANHLTVFFKRKTGLTPLQFRNKYKENGD
>CP037427.1|QBK77662.1|3437139_3437355_-|hypothetical-protein
MLYNSYFIDHKNKQEVSISQRTFKYTKKVWKASELVYEQTGCESLISIEQEKQRLKQVYNTNSVFADITYS
>CP037427.1|QBK77661.1|3436186_3437038_+|tetracycline-regulation-of-excision,-RteC
MNQTTTTKNALSQIIKKEAELGALESVSISSTLEMIEFLKAVLKQIKKQVLLYGFTSQEQEIDFFKNIKPLILGKLIFYNKLYGFKCESPSDIVSAKIYFQEKLKQLHSEYKKYHLYSDIYKYYKTKASHRDIEYFTTGHINKTHLVNSFSFEINPKFSTFYDYKIARIITYELLSAYLNNKTTSYNSLIGTATQNAITWSESNSALIELIYALYVTKSVNHGKVKIKKLSKALGQVFQINISDNIHHTFHRMKTRSYSRTMFLDKLKQSLEDYMDQDQPYKG
>CP037427.1|QBK77660.1|3435679_3435991_-|hypothetical-protein
MKISNQSGQVITKQKAIEYITEFKAQYPDAINSYYVGIDKLQALLSQTNCIGMRIYPGLNKQTALTNMVLVGVDQKGQDISDGIILEELITCPPACSYDNTLG
>CP037427.1|QBK77659.1|3435033_3435660_-|hypothetical-protein
MEVIVLTLLFGIIPFCLYLYKRQKGIYCDKAYLGIVLLFFIASLYETIASLILKINVLVWFQVYSLLEFIALFYLFINLLNRKPKAYFYLSLGLFVIVYLFSLRFLTNHHFLVSKTINKVFVMIFVIVSSFIVINQNFIQKTSLRLFKRPDFYMVIGLFVYYSVTIPLFVLCSYRVDNKLYFLDYWLINILGSLTLRIVISIGIWKIK
>CP037427.1|QBK77658.1|3434263_3435049_-|two-component-sensor-histidine-kinase
MENKITLIFWLATISATALCGVVIAIVILYQKNLKEYQIKLLNNRLSIILEAEHKERARISRELHDGVCNELACVLSYLQIIKLYQDKKTKKDALKQIKKITLNTYKQLQELSYHLSPPYIEDNPLECILSDYINRINKTSSIEFSYHYEPVSFELDQNVKLTFYRVVQELIQNIIKHSGASKVSLRLLWDKGKLILLISDNGIGYDSDIKSDNAQKGIGLSNIHARLKQINADFRHIREENSNAIGIYYAEQNNKSSNSG
>CP037427.1|QBK78137.1|3433620_3434271_-|response-regulator-transcription-factor
MDDHTVFRDGFELIISRISSVKVVLKSSNGLKLLQGLKTIEVDIVFLDIQMPKMDGYQTVAELNKTYPSLKVIILSSFYDHHSIARMLKFNVSGYLSKKAKSKDIEKAILTVNKSLEYFGKRVRKVLIKLSFDIENTTCVFSQRELEIITLSARQLSSSEIADSLHISCRTVEKHKEGLLEKTGSYNFTGVVLYAISMHYIKKQDFINSYKTSKRK
>CP037427.1|QBK77657.1|3432745_3433462_-|ISL3-family-transposase
MEICVAKQTKPTTPYTKYSKLPSSKLHSYYIRKIVDLPIFGKQTLIKLKARKFYCSTLECPLKIFTERFKSIFSSYQRRSDRLTKKLLNLVILTGGRPIEKICAEFSVTISDTSLLRIIAKQELPTTTNVTHLGVDDWAIRKRERYGSILIDLNTNKPIGLLKDREENTFYHWLTQNKQVQLISRDRFINYQRASTQGAPQALQVADRWHLLKNLGETVRKILDREYAVIQKMRKKIL
>CP037427.1|QBK77656.1|3432344_3432749_-|hypothetical-protein
MTIQPENKRQKTKTSNHQLQRFTQVKELLAQSKSHREISKLLHMSRVTVKKYELYDELPTIHCQSSTGIEKHLEYIESRIIQEPTILLKTLHFELKNRGYTGAYNTLSDSLKRFQISIGKAARNKVILPSNLVF
>CP037427.1|QBK77655.1|3431948_3432329_-|transposase
MILFVTKKERINKAQKHILDQFYELSPTLRFTLEVVREFRCMMFEQKCSDYFYTWIDKINLSGIPEFQSFSKGLLKDTNAIKNAIDLPWSNGPVEGNVNKLKTLKRQMYGRCSIDLLEKRLVLSID
>CP037427.1|QBK78138.1|3441027_3442293_+|site-specific-integrase
MKNCEYGNDKKSTFKVLFYLKKNAPKKNGKVVIMCRVTVNGKQSAFSTKLDISATNWDLKYGRVLGKSREAQEVNGKLDKIRLGIEECYSKILKNEETVNSTKLKNTFLGMGSGELTFFKFYEQFIADFEKKVNSGLRVQGTNSRYKTLLKHLQNFALVKYGYTDITFNDLTSEFVQDFDYYLRNDLSIGHNTIWVYMIGFTTLCRLAMSRKHLAFNPFSEYKNTKKDKDRGYLLRNELEQLVTFNCEKKKDELVKDLFVFSCFTGLSYSDIKGLKNSNIQEFFDGNQWIIVRRRKTATSSNVMLLDIPKIIIEKYAGLSKDDRVFPVPSNSFCNDRLKVISQQIDCLKEKKVTFHLARHTFATLFLSEGVPLESLSKMLGHKNIATTQIYAKILNEKVGKDMQKVSHKFKGLERSFVAQL
>CP037427.1|QBK78139.1|3442388_3443402_+|DUF1016-domain-containing-protein
MLINQSIITDIKAIIAQSKDKAIRAVDHQRTLMYWHIGKRIFEEEQEGKERADYGTFLIKYLSEQLQPEFGSGFSTRQINLYRQFYRTFENVHTLYAQLSWSQYKLLLSVDSQDKREFYIAETIKNNWTVRQLERQIYSSLYERLLLSNDKESVLAVAKNEKQPSDAKEIIKDPMYLEFLGLKRETSYYERDLESAIITHLQEFLLELGNGFSFVARQKRIHIEGDEFFVDLVFYNRILQCFVIIEIKTTKLTHQDIGQLQMYVNYYDRIEKLPYENPTIGILLCANKNDAVVKFTLPENQKQIIASQYELYLPSEQQLLEEVNKELESFEEREDKK
>CP037427.1|QBK77664.1|3443851_3444601_+|type-II-toxin-antitoxin-system-HipA-family-toxin
MTNEIESGHYILKPISDLPKNREFAPANEHLTMQIAKQIFKIKTAENVLIFFEDGSPGYLTKRFDYDGNGNKLAIEDFASLLGKSPATDGEQYKYEANYLELFDALKRYVPAWKVEAPKLFTLIVFNYLFSNGEAHLKNFSLIETQQGDFKLSPAYDLLNTKIHIHNADFALKEAILPKSISKGKIIDQLIVLGAKAGITEKLIAKVLQNLTSKEEQVVDLIERSFLSEKLKRNYLQDYQRRLKKLRND
>CP037427.1|QBK77665.1|3444927_3445746_-|type-II-toxin-antitoxin-system-HipA-family-toxin
MEDVMLDVLKMGTSAGGARPKAIIAYNKKTGKVKSGQTLAEDGFEHWLIKFDEISDVQFGVSKSYGRVEMAYYKMATDFGIEMTESRLIEENKRVHFMTKRFDRVGGNQKVHTQTLCALQHYDFANITSYSYEQVFQTMRLLRLTYAEAEQMFKRMVFNVVARNCDDHTKNFAFLMDAQGKWKLAPAYDICFAYRPDSMWVSQHNLSINGKRKDFERKDLVTIAEQNSIRNPNKIIDQALDLVKNWNHYAKMYQVDTALAHQIDRELIKEMK
>CP037427.1|QBK77666.1|3445759_3446173_-|hypothetical-protein
MANVWDPNRGLASFEYDPQFKLEELPIAPIKMPNKNRIYNFPEFRDNDTFKGMPGLLADALPDRYGKELINAWLARQGRPDNSLNPVELLCFIGKRGMGALEFEPVIGKESTSYDLELSDLIETTKALLEKKRRITY
>CP037427.1|QBK77667.1|3446194_3446542_-|XRE-family-transcriptional-regulator
MNDIIDITALSDKAILQKLGFFIQQTRIKENLTQEDLAQQAAISRTTLSLLERGENISLINLIKILRILNALYVLNSFDVLEELSPIELAKGEKQKRQRASKAPNQQQDNSDLGW
>CP037427.1|QBK77668.1|3447195_3448365_+|ATP-binding-protein
MERLFEYSNKLINEANTDFFRYIYNQINWENRMIGLIGPRGVGKTTLVLQYIKQNLSPTETLYITAEDFYFVDNKIIKLVDTFVKFGGKYLFIDEIHKYPDWAKDLKLIYDYHKNLKVVFTGSSVLDIKKGASDLSRRAIIYNMQGLSFREYLKLFHNISAKTYTLQEVLQHKVNIPEIERPLLYYTDYLKKGYYPFALEQDFDIRLAQIINQTLENDIPMYANMNVATGRKLKQLLAIVSQSAPFKPNMSKIAEMLSVSRNNIADYCLYIEEAGLITQLRNNTGGIRGLGKVDKIYLDNTNLIYNLASDSSNIGNIRETFFLNQTRVKHNVISSADSDFLIENITFEIGGKNKSQKQIKNIENSYVVKDDIETGFLNVIPLWQFGLLY
>CP037427.1|QBK77669.1|3448874_3449159_-|hypothetical-protein
MTKGSQREIKVGNRKINFKRTVPKNLMIKDDLLHLVVQAFKEKGQREITDSFLNAIKLAVDKIDQQVVESQLKFAPVWIQKEIKKLYYKQEYVD
>CP037427.1|QBK77670.1|3449783_3449987_+|transcriptional-regulator
MDSIQVFVKQKRKELKLTQEDLALNAGVGLRFVRDLEQGKKTLRLDKVNDVLALFGKEVGVIDQTRE
>CP037427.1|QBK77671.1|3449986_3450322_+|phosphatidylinositol-kinase
MARQAKIYFQDQLAGYLLEGDDGYSFYYNQDYLRTPHPHPISLTLPLSEETYHSNVLFPFFDGLIPEGWLLDIGEKHWKLNPRDRFELLINLCRDTIGAVSIYPMEAANHE

Crispr_ID: CP037427_7

• CRISPR_ID: CP037427_7
• CRISPR_location: 3588316-3588472
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP037427_7

Consensus_repeat	Method
GATAATTCAAGCGGAACATAAAACATTAAGTACTTAGATTGTGTGACACGCA	CRISPRCasFinder

spacers of CP037427_7

>7.1|3588368|53|CP037427|CRISPRCasFinder
AAATATTGCGTCTCTACATAATATGCTATCCTAATTGCCGAAGACAAACATTT

CRISPR arrays and Neighbor proteins around CP037427_7

CRISPR arrays

The CRISPR arrays of CP037427_7

>merge|CP037427|7|3588316-3588472|CRISPRCasFinder
GATAATTCAAGCGGAACATAAAACATTAAGTACTTAGATTGTGTGACACGCAAAATATTGCGTCTCTACATAATATGCTATCCTAATTGCCGAAGACAAACATTTGATAATTCAAGCGAAACATAAAACATTAAGTACTTAGATTGTGTGACACGCA

>CP037427|7|7|3588316-3588472|CRISPRCasFinder
GATAATTCAAGCGGAACATAAAACATTAAGTACTTAGATTGTGTGACACGCA	AAATATTGCGTCTCTACATAATATGCTATCCTAATTGCCGAAGACAAACATTT
GATAATTCAAGCGAAACATAAAACATTAAGTACTTAGATTGTGTGACACGCA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP037427.1|QBK77788.1|3578106_3578667_-|SMI1/KNR4-family-protein	unknown	unknown	gnl|CDD|378155
CP037427.1|QBK77785.1|3575252_3576146_-|AraC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|378964
CP037427.1|QBK77789.1|3578679_3579162_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK78143.1|3596416_3596986_-|sigma-70-family-RNA-polymerase-sigma-factor	unknown	unknown	gnl|CDD|274357
CP037427.1|QBK77790.1|3579239_3580148_-|drug/metabolite-DMT-transporter-permease	unknown	unknown	gnl|CDD|183277
CP037427.1|QBK77799.1|3593409_3594237_-|AraC-family-transcriptional-regulator	unknown	unknown	gnl|CDD|378964
CP037427.1|QBK77797.1|3592075_3592531_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77793.1|3587213_3588152_-|hypothetical-protein	unknown	unknown	gnl|CDD|319246
CP037427.1|QBK77787.1|3577052_3577913_-|alpha/beta-hydrolase	unknown	unknown	gnl|CDD|225375
CP037427.1|QBK77792.1|3583311_3586161_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77791.1|3582083_3583079_-|IS110-family-transposase	unknown	unknown	gnl|CDD|376773
CP037427.1|QBK77786.1|3576201_3576954_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77784.1|3574815_3575124_-|hypothetical-protein	unknown	unknown	gnl|CDD|238702
CP037427.1|QBK77798.1|3592598_3593318_+|VIT-family-protein	unknown	unknown	gnl|CDD|153123
CP037427.1|QBK77796.1|3591273_3591948_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77800.1|3594540_3594771_+|hypothetical-protein	unknown	unknown	gnl|CDD|227786
CP037427.1|QBK77794.1|3588668_3589154_-|N-acetyltransferase	unknown	unknown	gnl|CDD|379112
CP037427.1|QBK77802.1|3597037_3597622_-|DUF4840-domain-containing-protein	unknown	unknown	gnl|CDD|374380
CP037427.1|QBK77801.1|3595004_3596420_-|porin-family-protein	unknown	unknown	gnl|CDD|379226
CP037427.1|QBK77795.1|3589161_3590598_-|DHA2-family-efflux-MFS-transporter-permease-subunit	unknown	unknown	gnl|CDD|182502

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP037427.1|QBK77788.1|3578106_3578667_-|SMI1/KNR4-family-protein	gnl|CDD|378155	pfam09346, SMI1_KNR4, SMI1 / KNR4 family (SUKH-1). Proteins in this family are involved in the regulation of 1,3-beta-glucan synthase activity and cell-wall formation. Genome contextual information showed that SMI1 are primary immunity proteins in bacterial toxin systems.	0.00141341
CP037427.1|QBK77785.1|3575252_3576146_-|AraC-family-transcriptional-regulator	gnl|CDD|378964	pfam12833, HTH_18, Helix-turn-helix domain.	1.41795e-19
CP037427.1|QBK77787.1|3577052_3577913_-|alpha/beta-hydrolase	gnl|CDD|225375	COG2819, COG2819, Predicted hydrolase of the alpha/beta superfamily [General function prediction only].	1.76166e-41
CP037427.1|QBK78143.1|3596416_3596986_-|sigma-70-family-RNA-polymerase-sigma-factor	gnl|CDD|274357	TIGR02937, RNA_polymerase_sigma_factor, RNA polymerase sigma factor, sigma-70 family. This model encompasses all varieties of the sigma-70 type sigma factors including the ECF subfamily. A number of sigma factors have names with a different number than 70 (i.e. sigma-38), but in fact, all except for the Sigma-54 family (TIGR02395) are included within this family. Several Pfam models hit segments of these sequences including Sigma-70 region 2 (pfam04542) and Sigma-70, region 4 (pfam04545), but not always above their respective trusted cutoffs.	6.73262e-24
CP037427.1|QBK77790.1|3579239_3580148_-|drug/metabolite-DMT-transporter-permease	gnl|CDD|183277	PRK11689, PRK11689, aromatic amino acid efflux DMT transporter YddG.	1.22071e-143
CP037427.1|QBK77793.1|3587213_3588152_-|hypothetical-protein	gnl|CDD|319246	cd16387, ParB_N_Srx, ParB N-terminal domain and sulfiredoxin protein-related families. The ParB N-terminal domain/Sulfiredoxin (Srx) superfamily contains proteins with diverse activities. Many of the families are involved in segregation and competition between plasmids and chromosomes. Several families share similar activities with the N-terminal domain of ParB (Spo0J in Bacillus subtilis), a DNA-binding component of the prokaryotic parABS partitioning system. Also within this superfamily is sulfiredoxin (Srx; reactivator of oxidatively inactivated 2-cys peroxiredoxins), RepB N-terminal domain (plasmid segregation replication protein B like protein), nucleoid occlusion protein, KorB N-terminal domain partition protein of low copy number plasmid RK2, irbB (immunoglobulin-binding regulator that activates eib genes), N-terminal domain of sopB protein (promotes proper partitioning of F1 plasmid), fertility inhibition factors OSA and FiwA,DNA sulfur modification protein DndB, and a ParB-like toxin domain. Other activities includes a StrR (regulator in the streptomycin biosynthetic gene cluster), and a family containing a Pyrococcus furiosus nuclease and putative transcriptional regulators sbnI (Staphylococcus aureus siderophore biosynthetic gene cluster ). Nuclease activity has also been reported in Arabidopsis Srx.	0.000142558
CP037427.1|QBK77798.1|3592598_3593318_+|VIT-family-protein	gnl|CDD|153123	cd02432, Nodulin-21_like_1, Nodulin-21 and CCC1-related protein family. Nodulin-21_like_1: This is a family of proteins closely related to nodulin-21, a plant nodule-specific protein that may be involved in symbiotic nitrogen fixation. This family is also related to CCC1, a yeast vacuole transmembrane protein that functions as an iron and manganese transporter. .	6.0202e-104
CP037427.1|QBK77791.1|3582083_3583079_-|IS110-family-transposase	gnl|CDD|376773	pfam02371, Transposase_20, Transposase IS116/IS110/IS902 family. Transposases are needed for efficient transposition of the insertion sequence or transposon DNA. This family includes transposases for IS116, IS110 and IS902. This region is often found with pfam01548. The exact function of this region is uncertain. This family contains a HHH motif suggesting a DNA-binding function.	2.34065e-24
CP037427.1|QBK77799.1|3593409_3594237_-|AraC-family-transcriptional-regulator	gnl|CDD|378964	pfam12833, HTH_18, Helix-turn-helix domain.	7.02047e-23
CP037427.1|QBK77784.1|3574815_3575124_-|hypothetical-protein	gnl|CDD|238702	cd01411, SIR2H, SIR2H: Uncharacterized prokaryotic Sir2 homologs from several gram positive bacterial species and Fusobacteria; and are members of the SIR2 family of proteins, silent information regulator 2 (Sir2) enzymes which catalyze NAD+-dependent protein/histone deacetylation. Sir2 proteins have been shown to regulate gene silencing, DNA repair, metabolic enzymes, and life span.	0.00345367
CP037427.1|QBK77800.1|3594540_3594771_+|hypothetical-protein	gnl|CDD|227786	COG5499, COG5499, Predicted transcription regulator containing HTH domain [Transcription].	5.36654e-07
CP037427.1|QBK77794.1|3588668_3589154_-|N-acetyltransferase	gnl|CDD|379112	pfam13302, Acetyltransf_3, Acetyltransferase (GNAT) domain. This domain catalyzes N-acetyltransferase reactions.	3.83851e-23
CP037427.1|QBK77802.1|3597037_3597622_-|DUF4840-domain-containing-protein	gnl|CDD|374380	pfam16128, DUF4840, Domain of unknown function (DUF4840). This family consists of uncharacterized proteins around 220 residues in length and is mainly found in various Bacteroides species. The function of this family is unknown.	4.17645e-11
CP037427.1|QBK77801.1|3595004_3596420_-|porin-family-protein	gnl|CDD|379226	pfam13505, OMP_b-brl, Outer membrane protein beta-barrel domain. This domain is found in a wide range of outer membrane proteins. This domain assumes a membrane bound beta-barrel fold.	5.98181e-05
CP037427.1|QBK77795.1|3589161_3590598_-|DHA2-family-efflux-MFS-transporter-permease-subunit	gnl|CDD|182502	PRK10504, PRK10504, putative transporter; Provisional.	4.96899e-140

Protein sequences

>CP037427.1|QBK77793.1|3587213_3588152_-|hypothetical-protein
MKYYWKDITDERKQWKALELTVEGLTPPTMQLLSGSNWKMKLVCEDKPVMWGLISRDFCDIGLVRTFEEESRLIKNINSQEVEKRKELSTEERLKSWSRYFAEEMVSSDKHFFYDSIWLFEGYKDFASPPNYGTTVAVEDDFDAFTYASWDRELLYSRQVVEYSGRLKWWRKKAIEGTLPPIFAWHIPSLGGYWIIDGNYRLRAAILEKKEIPVVLAYSGEYKEAIMNPDYQRGILHSLAKSEGKPVSPQTAASMNQHLAQAFDDRPYFQQKTVARVKIKSNEEWLSEVTEYLERIDYPEREKYIKQLQDEL
>CP037427.1|QBK77792.1|3583311_3586161_-|hypothetical-protein
MSKDIFYTELEEFVRKGNTRRLLLLLKETPLEERLKYTKKISKLGKYYQEYVPEEGNRNSYGYRGNSEQRSAVSVAVLACCTYKDFTGIWIISEEEFKQVLDWYVPDWLGDYINDSAREGWVRAPFNEIGYLYESYKKGVFKTPLTEATWATVMVNASKVELFDQYPELLEKEFWYLFDHEVNINHYSWDEVIATLIEQGRLDKQRIVQTVIQGALTHTNQALCGWNVNLLSKLSLADHEILSFQEDIFQLLNSPLSKVVNEALDILFKIAKDKAFHVEAFVNSLPILMSSTVKATINKAMRIVAVLDKAHPTYKEASAVAIVGALHIQDQAMQTKVAKQIVKYAQPNEELAVQLEAYQEMMMSETKTLFSGYMSVQESVTLAEAVVEGEAELVPIQAIATVEDLIFHCSAWKTLESDYAYEQTIDAIIRLQGELKAEHIDQLLPAFDKVFKTFKDLWSTSTIQNAMAFWLLEWARMLIADPTIETTALDKLYHKYANAEIYTNSGITLGEVKLEASNRFSYYYAALRPYLTVYYYSLQLVKEKRIFPILSLPTHEPFYIDSRVLVDRLVAYQKEGELVDAVDLQIALARIDKNTEEAGLTLAQQQLKGELLAIFEFYLGNGEVKEESADYYDIWRVAAALKYPHQPLESLTNERYTKEQQEYCAGWLGNWEVIEESHTYKDWDHKTKTQIDKVFTHKKLKFEQIPYDINLSLIFSRINKAMPKTEVGDRMGSANLMGLIMYQIRDTKVNLSESLLAINPRQLDPIYLAVVEKCLHYGGSATFEVAEKKLLQGMFTYLLQMNNVVFSEQFYLFFGLALICDDKVTRAFVAEYWIKEALRLDQQKVGHIIGKVEAKEYVTIKRLTDSIQGFMMNVSVQHNQALQLFIESILEQLGASPIKGLKTLLEQYVEVLHTNNAKVTNPTVIALIEEWSKVSATKKIAVTLRGQFA
>CP037427.1|QBK77791.1|3582083_3583079_-|IS110-family-transposase
MDKFTQFIGIDISKDYFDVAIYVDANSCKHNQFENTKTGVDQFMKWMKSEGCCVEETLICMEHTGIYKNILVDILLSKNCNLWVEMAYRIIRSSGIQRGKNDKIDSKRIALYAKKNQEEAKLFKASKAVLNKIQALLGQREMSIAHKTAIEVRTNEFKGFNDELYKVLSKNDKAIIKALENAIKVIEEQLNTLIRENQEVSEIFDCVISVRGVGDITAMFLICYTNAFTSFEDSRQLASYCGVVPFEYTSGKSVRGKAKVHFMANKKLKKLLHLCALSAVRWDPEIRAYYERKVGEGKHKMLVLNNVRNKLVQRICSCVRNKKAYEVRQVA
>CP037427.1|QBK77790.1|3579239_3580148_-|drug/metabolite-DMT-transporter-permease
MTKHVKATIIGFCAILLWSSIVGLIKEVSYSFGSTGGAAMIYTVASVFLLCTTKWVPLSKFPRRYLIYGAILMVAYELCLALSIGYSTSSKQAIEIGMVNYLWPTFTMIATVLFTSKKANWLIIPGVVASLIGIIWVLGGEEGFNLSEMLVNIKANPLSYGLAFLGAILWSAYCVVTVRSANGVNGITFFFMLVALVLWMKYFIMEEQVEMLFTLSSIVYLLLAAFAMGFGYAAWNVGILEGNVTILTGASYFIPVLSSALSSVLLATPLGISFWQGTVMVCIGSILCWFSTKKVETISGEK
>CP037427.1|QBK77789.1|3578679_3579162_-|hypothetical-protein
MEKESKVNVVLFDKAVELLSKEHELIKWPLTKTAEGNFIKNFGEEIGTFFIRHSYRSGWRFGINTFDQVFHLHKENFKTHNREIYKQGYYIIGTGLHEDLIVLNLNTDTVGYVSSEAFYRGEAEVDINVLFKDTGLDMGTFYYRSITEQETFYSCAEDVR
>CP037427.1|QBK77788.1|3578106_3578667_-|SMI1/KNR4-family-protein
MKLFEIEEVSVFLEKKFADVDKDIISELLLITYKGSKEEVLRLKEYLNITILPEEFEDFVMRYNLGNLTLANIQFGSGGNYINRLINLNNKDNYWYQDCLSIDAMVVGLGDPYTILLSLKEGVVYVVSSEISFDDKVIVAPSFDSFIQGLGTSIYAKASGKEESFLSLIENEFGVNTRFFWEEILY
>CP037427.1|QBK77787.1|3577052_3577913_-|alpha/beta-hydrolase
MINIKALLVMGMLLLGVSGISQTNSKPLTFGTTDQLHSTILSEDRTINIVLPPDYNANDTIKYPVVYILDGGVEEDFIHLAGLVRFNSLPWIARFPNSIIVGIETINRRKDMTFAVDNLNFVEKAGFSKDMFPEYGRAEAYTAFLESELIPYIEKNYKGSSTRTVIGESLAGLYSTYVLEYHPYLFTNYIIISPSLWWGDEKLLDKTHTCLIEKIKQPVNVYVGVPNKEEDVKMYEYGEQLYRTLQKNKNIKSHFDYLPEEIHSTVIHQAVNNAFQKLYPSTYFSK
>CP037427.1|QBK77786.1|3576201_3576954_-|hypothetical-protein
MMRYCFLILFVLVASGNSMAQSYDKVYIEKKDVDVNNTIYKVGRTFYYSYKIQNKEGDSLFIDAEDAERLTSVKDEALPDHFKMEVIAPEKGKRTNKRQTEIRYSFEPMTDFRSSTGLVENEQNVWLHPMRSHFFKALETAPFPYVHLGKSVGYTWSDQMIIGDSWSNPVWGEWKGKLLLDYTYRIEKQEMVSTALGDLSCLKVVSTAKSTLGETELVSYFSEQYGFVKIEYKLLTGLKIVIDLVKVDGF
>CP037427.1|QBK77785.1|3575252_3576146_-|AraC-family-transcriptional-regulator
MSNADQIHDYTIKDILRLLDQEYQDSGIYVDVQTSFTDNPLKYPYRNENYTLLFVTQGMITVQVNLIEYRLEPGTITIIPPQMVILFKEFSQDINFIAISFDRAFAIENTHTQNEKSTFVLLTPNTVTKLMLNQEQQTSLLSLCTLLNHKNTQKGKSANQKEAIKHLFALFLLELVDASHYNYKELKSNLSRKESLTIQFLELLQLHFKSEKLVRFYADRLCVSESYLAKVIKEITAKTIGELIDDAVIVEAQLLLANSTLSISEIAESLHFNTTSFFGKFFKRKVGCSPREYRKRI
>CP037427.1|QBK77784.1|3574815_3575124_-|hypothetical-protein
MSKHYITCQKCKTENVNSDYCTNCGEIINVVLRRQMEQQRVVNERIQKEVNRELTSFEKFTRRMLKHPNPFIRVPAMIVNAIWVVGVSIMAGIAYLIGFIAA
>CP037427.1|QBK77794.1|3588668_3589154_-|N-acetyltransferase
MDRLYFRPLIIEDKEQLLYIYSDKDAMQYRGSKPLETIEEAENMVLQAHKEWDSRTKMRMAVIEKDTEVLIGTAMYFFESPTAVEIGFSIGRDFWKYGYGQEGTEGLMEFIKANEPEVTTIVGIARSGNEKSLKMMANIGFVEVSDYEVEGKRRFELMVNS
>CP037427.1|QBK77795.1|3589161_3590598_-|DHA2-family-efflux-MFS-transporter-permease-subunit
MEIGIVEDPKVKKHLPWLAALAIFMQALDGTILNTSLPSIAKSLGESPLEMQSVIVSYTLTVALLIPLSGWLADRFGTRNMLMLAIGIFTAGSLFCSIANTLDQLVLARIFQAIGGSMLVPVARLILIYAYPKDQLLSIINFITIPVLIGPMLGPTAGGFLVEKFSWHWIFLINLPVGIIALFWARKVVPNFKNTVGKFDLKGWLLISGGLTTLTLIIERWNSPQFTAVTLLLLAVLTIICVIGYIRYAQKTTKALIRLSLLKIKTLRIGLVGNLVTRFGVGGMPLMVPLLLQVGFGYSAFFAGLMMIPQAGSNLVFRNFVVPIVRKFGYRNTLIVNTILTGIIISCFFFINKNTPMWILVILMICNGAFNAVQFTSMNTIALADLDSDTSSEGNTLLSVTQQLAISLGISISAMILVMFQNSSIGTNDQGIDVFRYTFLVMGIITILSSRVFARLNVEAGASLVEKREYKEPKQQTN
>CP037427.1|QBK77796.1|3591273_3591948_-|hypothetical-protein
MSWSAEQVYTIANTTVIERLQQIEELRQGLFKIDTLEKGIRSEWTREIFFENEHHERKHIKHSLPQDGLFVINPSMSRTAYDDKANAFYASYAEYKKNKWQFLEHIEIVPMVLSLNLTLEQCKLLAFLQQLNEETKQPFVYYKCEMWGGDIDEEIAVVFDGEMKVYYFDELAGEYKQMIGAEIKELEDTTALQKGLEAIGLVLPTHFFALHETSFDWYPYQVRH
>CP037427.1|QBK77797.1|3592075_3592531_+|hypothetical-protein
MVQSQYSSRIIKLLLILLIIALVLFTLFYFMADDAQSGHVGFKSHYGFVGGVTLGLVLFVFSFSLTMTMVKDITIQENDILVRNLIGSKKKFYKPNTVCVLAHTKRVFLGATEYIVLQEGEKSTKIFEFSYKNFEEIKQHLNIDVEGKRRE
>CP037427.1|QBK77798.1|3592598_3593318_+|VIT-family-protein
MSDKKDKITIDNYLDSHYINRSNWLRAAVLGANDGIISVSSLAIGVATASASREPILLATVAGLVAGALSMAAGEYVSVSSQTDIENADIEREAKELEEMPETELKLLAQIYERRGLKKETAMQVAIELTEKDALAAHVRDELGINEINQANPMQAALASGASFTIGGVLPLGVALLAPVDEMEYWLYGFTIVFLIILGALSAKTGGSSIKKAVLRIVIWGSIAMGLSALVGYLFGVNV
>CP037427.1|QBK77799.1|3593409_3594237_-|AraC-family-transcriptional-regulator
MKTVGLETNKEIDFYTRVDNLVLTTPQKQDYYTLILCTRGHIDLKVGYHKFTIHEGSMSIISPEVIYLGGQASDDFRVLQIFFRKCFLYRNYVKEMIVDELLFLNADYPPMYKLEDSFKQVLQNFNNLAWELDTKGPYHLNIIRLKLIEILYDYNRACEYCLLGFHKGMNRQYQLTYTFKQHLEEKFKELKTVQQYADLMGITPKHLTEVIKEETGMTALQLIHERLLLEAQYLLKHSHMTVKECAYELGFDNISYFNRFFKLHIGDSPLGYRNK
>CP037427.1|QBK77800.1|3594540_3594771_+|hypothetical-protein
MPMKPIRTEEDYHMALVRLQLLKDAKPNTPEADEYEVINILLEHYERENAPMGMPDPIDSIKIFTEYFKEDPDKEE
>CP037427.1|QBK77801.1|3595004_3596420_-|porin-family-protein
MNDKWLNDLEQKMKDHTEIGPEGLWEDLEQKLFGEEKGKIIPLWSDTVQQATNKKGAPKRIDLKRVIGIVAFIAIVLVGGVELYLRSERALQHDDKEKDSIVIDAKETELTPNSRQNKYLDKVEEEIITKETHTNTKALTSTEKEKASSHAIKAIEERREPSIVEVADNSNSVNQEKEYVTIVPNIVDKEVVQEQLATLVEESHKNLETAIVENQVKEKEIKTEVKSKKNRGFSLGLISSNIASTSSMQQSGYNTMSGAMKVGADAPLDLGMAGAVLSEIYVVNQNKEVYTDITHKKPIRFGIALYYPMGDKWGINTGITYTKLSSDLTSGSQEYKIINTQTLHYVGVPIQVNYNLWEKGNFSAYVNGGFHIEKSVYGTLKTKFQANQNVEKRPDEKVTVKGIQTSANVAIGMEYKLAKSVGLFVEPGARYYFDNGSSIKTIYTEKPFDFNLQLGLRYSIPNSKKSIESKE
>CP037427.1|QBK78143.1|3596416_3596986_-|sigma-70-family-RNA-polymerase-sigma-factor
MTKKDSVERGLVDRLQSKDQSAWKEFYEFYSGHFTYVCMRYLKSQDDVKDVMQNSFIKIFNAIGSFEYKGVGSLKAWTTRLIINESLKFLRDTTKIEFPTLVDDLVEVVEEEEPNLDEIPESEILELIRSLPDGYRMVFNLYVFEKKSHKEIGRLLEIGESSSASQFHRAKKILMQKIKLYNKPKTSAL
>CP037427.1|QBK77802.1|3597037_3597622_-|DUF4840-domain-containing-protein
MRAVRRIKMFTILFSLVGISFTSCISDDNNVEPNKPVKIGDVVGSYSGKAFTLQGKWMNEQNTIFKINDSLIVFDNLPVRELVGSVVKDARKTEEILNKMDKVKYDLAYTSVIDETGTALILTMNPKELKFTIPMDDNKQDLVAHITTKYKGVYVSNRYDMVKFEWVVDKLTVDGKEDKDFVEVKYFFPGSVKR

Crispr_ID: CP037427_8

• CRISPR_ID: CP037427_8
• CRISPR_location: 3609044-3609133
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of CP037427_8

Consensus_repeat	Method
GGACATATTACATACATCCAACACAATACAT	CRISPRCasFinder

spacers of CP037427_8

>8.1|3609075|28|CP037427|CRISPRCasFinder
ATCCACAATCAACATCCGCAATCGTAGG

CRISPR arrays and Neighbor proteins around CP037427_8

CRISPR arrays

The CRISPR arrays of CP037427_8

>merge|CP037427|8|3609044-3609133|CRISPRCasFinder
GGACATATTACATACATCCAACACAATACATATCCACAATCAACATCCGCAATCGTAGGGACATATTACATTACATCCAACACAATACAT

>CP037427|8|8|3609044-3609133|CRISPRCasFinder
GGACATATTACATACATCCAACACAATACAT	ATCCACAATCAACATCCGCAATCGTAGG
GACATATTACATTACATCCAACACAATACAT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP037427.1|QBK77823.1|3618208_3618793_+|methyltransferase-domain-containing-protein	unknown	unknown	gnl|CDD|226607
CP037427.1|QBK77821.1|3614592_3615135_+|NADPH-dependent-oxidoreductase	unknown	unknown	gnl|CDD|377026
CP037427.1|QBK77818.1|3611771_3612320_-|bifunctional-pyr-operon-transcriptional-regulator/uracil-phosphoribosyltransferase-PyrR	unknown	unknown	gnl|CDD|235365
CP037427.1|QBK77816.1|3608588_3608930_-|ribonuclease-Z	unknown	unknown	unknown
CP037427.1|QBK77822.1|3616143_3618066_-|hypothetical-protein	unknown	unknown	gnl|CDD|143586
CP037427.1|QBK77819.1|3612476_3613286_+|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77807.1|3603377_3603899_-|flavodoxin-family-protein	unknown	unknown	gnl|CDD|376808
CP037427.1|QBK77820.1|3613550_3614369_+|META-domain-containing-protein	unknown	unknown	gnl|CDD|225728
CP037427.1|QBK77808.1|3604014_3604389_+|transcriptional-regulator	unknown	unknown	gnl|CDD|224647
CP037427.1|QBK77811.1|3605809_3606052_+|hypothetical-protein	unknown	unknown	gnl|CDD|372671
CP037427.1|QBK77813.1|3606664_3606919_-|hypothetical-protein	unknown	unknown	unknown
CP037427.1|QBK77812.1|3606114_3606672_-|DNA-mismatch-repair-protein-MutS	unknown	unknown	gnl|CDD|376599
CP037427.1|QBK77809.1|3604833_3605232_+|transposase	unknown	unknown	gnl|CDD|366690
CP037427.1|QBK77826.1|3620405_3621002_+|glutathione-peroxidase	unknown	unknown	gnl|CDD|238207
CP037427.1|QBK77825.1|3619879_3620326_+|GNAT-family-N-acetyltransferase	unknown	unknown	gnl|CDD|379326
CP037427.1|QBK77815.1|3607579_3608488_-|ribonuclease-Z	unknown	unknown	gnl|CDD|234602
CP037427.1|QBK77810.1|3605312_3605786_+|transposase	unknown	unknown	gnl|CDD|366234
CP037427.1|QBK77817.1|3610817_3611744_-|aspartate-carbamoyltransferase-catalytic-subunit	unknown	unknown	gnl|CDD|234849
CP037427.1|QBK77824.1|3618850_3619696_-|prephenate-dehydratase	unknown	unknown	gnl|CDD|270349
CP037427.1|QBK77814.1|3606920_3607568_-|pyridoxamine-5'-phosphate-oxidase	unknown	unknown	gnl|CDD|273138

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP037427.1|QBK77821.1|3614592_3615135_+|NADPH-dependent-oxidoreductase	gnl|CDD|377026	pfam03358, FMN_red, NADPH-dependent FMN reductase.	7.88974e-26
CP037427.1|QBK77818.1|3611771_3612320_-|bifunctional-pyr-operon-transcriptional-regulator/uracil-phosphoribosyltransferase-PyrR	gnl|CDD|235365	PRK05205, PRK05205, bifunctional pyr operon transcriptional regulator/uracil phosphoribosyltransferase PyrR.	2.16074e-57
CP037427.1|QBK77823.1|3618208_3618793_+|methyltransferase-domain-containing-protein	gnl|CDD|226607	COG4122, COG4122, Predicted O-methyltransferase [General function prediction only].	8.47137e-34
CP037427.1|QBK77825.1|3619879_3620326_+|GNAT-family-N-acetyltransferase	gnl|CDD|379326	pfam13673, Acetyltransf_10, Acetyltransferase (GNAT) domain. This family contains proteins with N-acetyltransferase functions such as Elp3-related proteins.	1.3844e-10
CP037427.1|QBK77807.1|3603377_3603899_-|flavodoxin-family-protein	gnl|CDD|376808	pfam02525, Flavodoxin_2, Flavodoxin-like fold. This family consists of a domain with a flavodoxin-like fold. The family includes bacterial and eukaryotic NAD(P)H dehydrogenase (quinone) EC:1.6.99.2. These enzymes catalyze the NAD(P)H-dependent two-electron reductions of quinones and protect cells against damage by free radicals and reactive oxygen species. This enzyme uses a FAD co-factor. The equation for this reaction is:- NAD(P)H + acceptor <=> NAD(P)(+) + reduced acceptor. This enzyme is also involved in the bioactivation of prodrugs used in chemotherapy. The family also includes acyl carrier protein phosphodiesterase EC:3.1.4.14. This enzyme converts holo-ACP to apo-ACP by hydrolytic cleavage of the phosphopantetheine residue from ACP. This family is related to pfam03358 and pfam00258.	9.31813e-50
CP037427.1|QBK77820.1|3613550_3614369_+|META-domain-containing-protein	gnl|CDD|225728	COG3187, HslJ, Heat shock protein [Posttranslational modification, protein turnover, chaperones].	0.00736693
CP037427.1|QBK77808.1|3604014_3604389_+|transcriptional-regulator	gnl|CDD|224647	COG1733, COG1733, Predicted transcriptional regulators [Transcription].	1.92629e-38
CP037427.1|QBK77811.1|3605809_3606052_+|hypothetical-protein	gnl|CDD|372671	pfam13683, rve_3, Integrase core domain.	2.10705e-11
CP037427.1|QBK77822.1|3616143_3618066_-|hypothetical-protein	gnl|CDD|143586	cd07185, OmpA_C-like, Peptidoglycan binding domains similar to the C-terminal domain of outer-membrane protein OmpA. OmpA-like domains (named after the C-terminal domain of Escherichia coli OmpA protein) have been shown to non-covalently associate with peptidoglycan, a network of glycan chains composed of disaccharides, which are crosslinked via short peptide bridges. Well-studied members of this family include the Escherichia coli outer membrane protein OmpA, the Escherichia coli lipoprotein PAL, Neisseria meningitdis RmpM, which interact with the outer membrane, as well as the Escherichia coli motor protein MotB, and the Vibrio flagellar motor proteins PomB and MotY, which interact with the inner membrane.	9.48139e-32
CP037427.1|QBK77812.1|3606114_3606672_-|DNA-mismatch-repair-protein-MutS	gnl|CDD|376599	pfam01713, Smr, Smr domain. This family includes the Smr (Small MutS Related) proteins, and the C-terminal region of the MutS2 protein. It has been suggested that this domain interacts with the MutS1 protein in the case of Smr proteins and with the N-terminal MutS related region of MutS2. This domain exhibits nicking endonuclease activity that might have a role in mismatch repair or genetic recombination. It shows no significant double strand cleavage or exonuclease activity. The full-length human NEDD4-binding protein 2 also has the polynucleotide kinase activity.	6.72205e-05
CP037427.1|QBK77809.1|3604833_3605232_+|transposase	gnl|CDD|366690	pfam01527, HTH_Tnp_1, Transposase. Transposase proteins are necessary for efficient DNA transposition. This family consists of various E. coli insertion elements and other bacterial transposases some of which are members of the IS3 family.	0.000232206
CP037427.1|QBK77826.1|3620405_3621002_+|glutathione-peroxidase	gnl|CDD|238207	cd00340, GSH_Peroxidase, Glutathione (GSH) peroxidase family; tetrameric selenoenzymes that catalyze the reduction of a variety of hydroperoxides including lipid peroxidases, using GSH as a specific electron donor substrate. GSH peroxidase contains one selenocysteine residue per subunit, which is involved in catalysis. Different isoenzymes are known in mammals,which are involved in protection against reactive oxygen species, redox regulation of many metabolic processes, peroxinitrite scavenging, and modulation of inflammatory processes.	1.61043e-71
CP037427.1|QBK77815.1|3607579_3608488_-|ribonuclease-Z	gnl|CDD|234602	PRK00055, PRK00055, ribonuclease Z; Reviewed.	2.52451e-109
CP037427.1|QBK77810.1|3605312_3605786_+|transposase	gnl|CDD|366234	pfam00665, rve, Integrase core domain. Integrase mediates integration of a DNA copy of the viral genome into the host chromosome. Integrase is composed of three domains. The amino-terminal domain is a zinc binding domain pfam02022. This domain is the central catalytic domain. The carboxyl terminal domain that is a non-specific DNA binding domain pfam00552. The catalytic domain acts as an endonuclease when two nucleotides are removed from the 3' ends of the blunt-ended viral DNA made by reverse transcription. This domain also catalyzes the DNA strand transfer reaction of the 3' ends of the viral DNA to the 5' ends of the integration site.	3.32804e-16
CP037427.1|QBK77817.1|3610817_3611744_-|aspartate-carbamoyltransferase-catalytic-subunit	gnl|CDD|234849	PRK00856, pyrB, aspartate carbamoyltransferase catalytic subunit.	1.47761e-179
CP037427.1|QBK77824.1|3618850_3619696_-|prephenate-dehydratase	gnl|CDD|270349	cd13631, PBP2_Ct-PDT_like, Catalytic domain of prephenate dehydratase from Chlorobium tepidum and similar proteins, subgroup 2; the type 2 periplasmic binding protein fold. Prephenate dehydratase (PDT, EC:4.2.1.51) converts prephenate to phenylpyruvate through dehydration and decarboxylation reactions. PDT plays a key role in the biosynthesis of L-Phe in organisms that utilize the shikimate pathway. PDT is allosterically regulated by L-Phe and other amino acids. The catalytic PDT domain consists of two similar subdomains with a cleft in between, which hosts the highly conserved active site. In gram-postive bacteria and archaea, PDT is a monofunctional enzyme, consisting of a catalytic domain (PDT domain) and a regulatory domain (ACT) (aspartokinase, chorismate mustase domain). In gram-negative bacteria, PDT exists as fusion protein with chorismate mutase (CM), forming a bifunctional enzyme, P-protein (PheA). The CM in the P-protein catalyzes the pericycle isomerization of chorismate to prephenate that serves as a substrate for PDT. The CM and PDT are essentail enzymes for the biosynthesis of aromatic amino acids in microorganisms but are not found in humans. Thus, both CM and PDT can potentially serve as drug targets against microbial pathogens. The PDT domain has the same structural fold as the type 2 periplasmic binding proteins (PBP2), many of which 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.	5.17564e-91
CP037427.1|QBK77814.1|3606920_3607568_-|pyridoxamine-5'-phosphate-oxidase	gnl|CDD|273138	TIGR00558, Pyridoxine/pyridoxamine_5'-phosphate_oxidase, pyridoxamine-phosphate oxidase. This model is similar to Pyridox_oxidase from Pfam but is designed to find only true pyridoxamine-phosphate oxidase and to ignore the related protein PhzG involved in phenazine biosynthesis. This protein from E. coli was characterized as a homodimer with two FMN per dimer. [Biosynthesis of cofactors, prosthetic groups, and carriers, Pyridoxine].	1.1187e-104

Protein sequences

>CP037427.1|QBK77816.1|3608588_3608930_-|ribonuclease-Z
MKVKEKGHTLIITSDEGDIVTFLKKLEEQYEHSLVHSNLIIDLTKAKYTVSEEDIDEFGALAIQHMEEANKSFIIVIESIDFNEFDGDLIIAPTLQEAHDLIEMDEIQRDLGF
>CP037427.1|QBK77815.1|3607579_3608488_-|ribonuclease-Z
MKLIILGCYAATPRTITNPTSQVLEMGGHMFLIDAGEGTQVQLRRHKLKFQRINHIFISHLHGDHFYGLIGLISTYMLLNRTSDLHIYGPKGIKEVTLLQLRLSNSYSGYKLFFHEQTSKESRVVFEDDKVIVRTIPLDHRVYTNGYLFETKPGDRKLRIGAIEDLGIDRCYYQKIKSGGNITLDDGTVVDNKDITYDPEPTESYAFCSDTYYSEAIVPIIKDVDVLYHESTFLDSEEHYTERTKHCTAKQAASIAKLANAKTLILGHYSTRYNDITLFKKEAETVFSGKILNGDDGKVFDL
>CP037427.1|QBK77814.1|3606920_3607568_-|pyridoxamine-5'-phosphate-oxidase
MSDLSDYRKSYEKSVLLESSVDENPMMQFKKWFYEIEDFGGVDEVNAMTVSTIGLDGFPKSRVVLLKSYDEEGFVFYTNYNSEKGKAIIANPHLCLSFFWPSAERQIIIKGIASKASAAQSDNYFDSRPLGSRLGAIVSNQSEVIPNHQVLEDAINKLEKEATDDTVKRPENWGGFVVKPVSIEFWQGRANRLHDRIRYTLTEDGLDWKIERLAP
>CP037427.1|QBK77813.1|3606664_3606919_-|hypothetical-protein
MKIAKIVLTIATLFFMGWALMESSKDQPKIWVQVVGVALFFFSMARLMQKTPSNTRQQGPAEREFDAGIKKDLINQAKEEEKDA
>CP037427.1|QBK77812.1|3606114_3606672_-|DNA-mismatch-repair-protein-MutS
MLSKGDYVQVLDENEEGVVINIIGDEVTIESKDGFVLTYKPNELLKIAKEDEVDMRSASTRSSVSEALQDKVDPIKRSFTKEKRSRKDEFILEVDLHIEKLTNDYRRMEKHDMLTLQLDTARGQVEFAIRNRIPRIVFIHGVGEGVLKAELEFLFSRYAEIVAEDANYQKYGLGATQIYFKQNVR
>CP037427.1|QBK77811.1|3605809_3606052_+|hypothetical-protein
MALSAQDNAYAERINRTIKNDYLEPWDPKNFNSLKQCVKKAVEHYNNKRPHNSIGKMTPVEFANNWFGKSTFSKPIITII
>CP037427.1|QBK77810.1|3605312_3605786_+|transposase
MDTKVSELVIKVDKLRSEHPGCGVAKMYDTLKPDFIGRDRFINIFMSLGYRLHKRKIILKQQRHLKSTNLIKGLEVNAPSIIWQSDITYVRVGNLFYYIVFIIDVYTKKIVGYQVSDNMRAQANIKALKMAIMNNNPPQIHHSDTGGNIPLKDTLIY
>CP037427.1|QBK77809.1|3604833_3605232_+|transposase
MRVNVQKIRKYRVYSEEFKREVVSLFEKGTYSVVQLSKMYEISNSLIYIWIYKFSIFNEKGQRVVEMKTSNVHKLKELEQKVKELERIVGQKQIQVDFYSKLIEIASEELDYDILKNSNTPQSTDSAKKKSK
>CP037427.1|QBK77808.1|3604014_3604389_+|transcriptional-regulator
MKINKLNLKNILEADTCPIRLVLDRIGEKWSMLILLLLRDQGVMRFNEIDKAIGDISQKMLAKTLKTLEADGFITRKVYPTVPPKVEYTLTELGLDLVPYIENISVWAFNNLETILNNRKEFEK
>CP037427.1|QBK77807.1|3603377_3603899_-|flavodoxin-family-protein
MKKVLILLAHPNYEASNSNRALLEALPKDVQLTIHNIYEAYPDGQIDVEREQELLLDHDRIIIQFPTQWFNVPSLLKLWLDEVLTYGWAFGVEQGALVGKKMGIVTTTDGVKESYVKDSHYGFTVEEFLLPVIATIKYIDANYIGFVALNNAYGPTEQEVSEAVKQYVELLKK
>CP037427.1|QBK77817.1|3610817_3611744_-|aspartate-carbamoyltransferase-catalytic-subunit
MKELSVNHLLGIKYINKHDIDLIFETADHFKEVINRPIKKVPSLRDITIANIFFENSTRTKLSFELAQKRLSADVISFSAAQSSVKKGETLIDTVNNILAMKVDMVVMRHSDAGAAHFLSKNVSASIINAGDGAHEHPTQALLDSYSIREKLGDVAGKKVVIVGDILHSRVALSNIFALQMQGAEVRVCGPKTLIPKYIESLGVKVESNLRKALEWCDIANMLRVQNERLDFSYFPNTREYSQQFGLTKEILDSLDKEIVVMHPGPINRGVEITSDVADSQQSVILDQVENGVAVRMAVTYLLASKIK
>CP037427.1|QBK77818.1|3611771_3612320_-|bifunctional-pyr-operon-transcriptional-regulator/uracil-phosphoribosyltransferase-PyrR
MNPKVLLTSKEIDIILHRLACQLVEKHLDFSNTLLIGIQPRGKFLAERIKSILKTEYGISKVPLGFLDITFFRDDFRRHQKTLEANKTQIDFLVEDKKVVFIDDVLYTGRSIRAALTAIQSFGRPAEIELLVLIDRRFSRHLPIQPDYRGRQVDAFDEETIRVHWSEHEQEDVVFLEETEKN
>CP037427.1|QBK77819.1|3612476_3613286_+|hypothetical-protein
MIKSKFILFITLTLSLALHAQKIEDPLPLTKGQIQKEQWVIQDKEKNLILQWADGALEIALANKPINQDQKKTIYARIPAQQIKDNVTEYVLLTDKTEFLSTPTTVNWTQDDLEFFRVLESSAITVSSTTDVLMLKKGTETKYVFYNTAFDRMCKFASRFNWGLIALNRDSDNLPKMITSFDFENKTMTGTIDNIPFEVKFDFYFDQDTFYFKSFEIPYNAKNRASRKTKERYGRYFTDKTYRYDIAEQTLNFYQDEKLVLMFGFMPKE
>CP037427.1|QBK77820.1|3613550_3614369_+|META-domain-containing-protein
MKKYATSLFLCLTSLVTFAQQGFFDSQERHPLAPDGIWNVRWVLQDNSKPGTLTPTDKHIMLNREYGSTITGFAGCNVFEIPVTKTSVNSKGTHLTTRFDSKTNKECATDVKYDENKFLKRISNGTITFNEKEGLLYLMTKDRIEYVFADEKLDKVAKDVRRYDWKLVELDGGEKRPYRQWITFDFHNYLVKGNNGCALFEAPFAINTKTSTVTLFELQSDTTKSCGNSSKDEFLKYFDNSTYPFEITDQTLNILQNNKVIMKFDLAKKNSL
>CP037427.1|QBK77821.1|3614592_3615135_+|NADPH-dependent-oxidoreductase
MKALIFNGSLDEEAFRTSRRIAQYYADQFINSNIEVRQVHLSDFQIPIFQAKLMDNVPADVMTFTDAFREADVMIWLTPLYHGSLTGVMKNAIDWLEITAKDHPAYLTNKIVGFTCWSAGNQAMQGIQALDNIAKALRAWSLPYSIPISNSDLYEDNDISEVYKKKMSMLTDLLIESQTR
>CP037427.1|QBK77822.1|3616143_3618066_-|hypothetical-protein
MRIFLMVLLCSLSITVQAKKKPSLKRADKYYKNTEYAKAADEYKRLILGRRTADYIYLQLADCYDRLNQDIEASRYYGKAIAQNDSTLKPDIYYKYAKVMEKNGRYEAAKDMMQQFVRRAPQDARAKDFLAKPDAHKDLVDRYPTYMFQESGLNHLEYDDFGAWLNPGDTLYFASNRTKHEKKIPRKIFEVRDKWQRKPNYDLYTAEFKGKDEPIKGVTRIKGRVNRRFNDGPSVISANGQRIYFASEAYRNRKFRKNDNVKHRDHLMSLFYAKKKKKKWKRVKPLRFTRAGFMYTSPALSPDGKFLYFASNMPGSYGELDIWRVAVLEDDEFGKPENLGPVINSGTRNDYPFVSSDNKLYFSSDRWGGYGGMDVYVSDLNNLSNAPTNLGEPINTAKNDFAFSFYPDKNMGLFSSDRIGRTDIYKAFPLCFVEFRTMLKNKSFNTPVADAKVEFINTRRRVEDHGVSSRSGMARGEVKCSETYKIKVSHPDYLDEIIDITVNAEEGVQEIDVFLRPLEELVIGKDKIELGDIQFAFNQTEITENSKIELDKLVKVMKRYPSMRVKINSHSDSKGNPAYNLKLSNDRAKATLDYIVSQGIESSRLESQGYGSQELKVKCEPCSEWEDAQNRRSEFIILQR
>CP037427.1|QBK77823.1|3618208_3618793_+|methyltransferase-domain-containing-protein
MNIELKKAFLALYDTFKKEDAQKTDRLDKWRNIEPESAEFLSLLVKTKQAKRILELGTSNGFSTIWLAEAVSHHQGEIISIDIERERTNKAFENLKQFNLQSYVELLTYDAGEYLADTNLDFDLILLDAERSYYTGYWKNLERLLDQTESSLLVVDNVISHEAEVEEFINGIDENKFKKVILPIGAGLLLVSKQ
>CP037427.1|QBK77824.1|3618850_3619696_-|prephenate-dehydratase
MKSVVIQGIKGSFHHEAVGKFFGSEEVEIVDSPTFNSLVKQLVNKEVDYGMMAIENSIAGSILPNYSLLTKNDLYIWGEIALPIRHNLLALKGQTLADITEVRTHPMALLQCENFLDQYTDWKRLAMDDTATCARNIQEKQYKGVASIGSTLAAEMYDLEILAENIHDVYDNYTRFFLLSREPKKVEGFNKASLYFYTDHQKGSLNRVLEILASHDLNLSKIQSVPLSGSVFQYSFHAGVVLVNEDYDKYYKAMEEVTKATRYLKVLGEYKQDKLVIPDHQ
>CP037427.1|QBK77825.1|3619879_3620326_+|GNAT-family-N-acetyltransferase
MSITIRPYQQEDKQILLDILQLNVPTYFAQEEVDDLALYLDQYLDLYYVALDNDKIIGAAGINRNFEKEFASLSWGFLHPDYHRKGAGSLLLKHRLNLLKPDHRIKTIQVRTSQVVYRFFEKHNFEVIETQEDYWAKGLDLYVMRLKY
>CP037427.1|QBK77826.1|3620405_3621002_+|glutathione-peroxidase
MKKLFVMAAILAITPIFANTHHTNINTNKSIMTQTPKDKKTIYQFKVTDLYGEEFDFASLKGKKIMIVNTASECGLTPQYKQLQNMYNEFGGDNFVIVGFPANNFGSQEPGSNEEIATFCEQNYGVSFPMMNKISVKGDDIAPIYEFLTKKSKNGLEDSEVQWNFQKYLINETGHLVKVINPRTLPDDPEIKAWIKAK

Crispr_ID: CP037427_9

• CRISPR_ID: CP037427_9
• CRISPR_location: 3669597-3672536
• CRISPR_type: TypeIII
• Repeat_type: NA:I-A,II-B,III-A
• Spacer_info: 44 spacers
• Cas_protein_info: PD-DExK,csm5gr7,csm4gr5,csm3gr7,csm2gr11,cas10,cas6

Consensus repeat of CP037427_9

Consensus_repeat	Method
ATTTCAATACCTATATGGTGCAATTAAAAG	CRISPRCasFinder
TTTCAATACCTATATGGTGC	CRT
TTTCAATACCTATATGGTGC	PILER-CR
ATTTCAATACCTATATGGTGC	PILER-CR

spacers of CP037427_9

>9.1|3669627|36|CP037427|CRISPRCasFinder
GATTGAGATATTAATGGAGCATTATGGAAAGTATGT
>9.2|3669693|37|CP037427|CRISPRCasFinder
CAGGTGTTGAATACGATGTAGAAACACAATTAGTGTG
>9.3|3669760|34|CP037427|CRISPRCasFinder
TAGTTGAGGATGTAAATAGTAATCAATATCCGTT
>9.4|3669824|35|CP037427|CRISPRCasFinder
AATAAACGAACATTTGTCAACGCTCAAATAAATAG
>9.5|3669889|34|CP037427|CRISPRCasFinder
ATCACTTCTTACTAAATCCTACAGGAATATTCTT
>9.6|3669953|36|CP037427|CRISPRCasFinder
AGCTCCTATTTATAAAGGTGATATTGTTCTTTTTCC
>9.7|3670019|37|CP037427|CRISPRCasFinder
AGGATGATTTCGATACGGATGAAGAGTGTCGTAACCC
>9.8|3670086|36|CP037427|CRISPRCasFinder
TGGAGCATTAGTCAATAAGGTGTATTACGCACCGAT
>9.9|3670152|36|CP037427|CRISPRCasFinder
CAACACATTCTTGCAACACGTAAGTGATGTATCAAC
>9.10|3670218|37|CP037427|CRISPRCasFinder
AAGTGCTTCAAACAGGAGTTGTTATTCTTAAAAATGG
>9.11|3670285|37|CP037427|CRISPRCasFinder
AAGATATCATGCCTGAATACGTGGACAATCCAGATTT
>9.12|3670352|36|CP037427|CRISPRCasFinder
TTTAGGAGATTTAAGAGATTCTTTAATATCTAATAA
>9.13|3670418|37|CP037427|CRISPRCasFinder
GAGCAAAAAAGAAAGATGAAATAAGACTTTCAATTTT
>9.14|3670485|37|CP037427|CRISPRCasFinder
TAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGA
>9.15|3670552|36|CP037427|CRISPRCasFinder
GTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGG
>9.16|3670618|36|CP037427|CRISPRCasFinder
CTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAG
>9.17|3670684|37|CP037427|CRISPRCasFinder
AAGATATCATGCCTGAATACGTGGACAATCCAGATTT
>9.18|3670751|36|CP037427|CRISPRCasFinder
TTTAGGAGATTTAAGAGATTCTTTAATATCTAATAA
>9.19|3670817|37|CP037427|CRISPRCasFinder
AAGATATCATGCCTGAATACGTGGACAATCCAGATTT
>9.20|3670884|37|CP037427|CRISPRCasFinder
TAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGA
>9.21|3670951|36|CP037427|CRISPRCasFinder
GTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGG
>9.22|3671017|36|CP037427|CRISPRCasFinder
CTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAG
>9.23|3671083|35|CP037427|CRISPRCasFinder
ATGCCCGCTATCATGACTCAAAGTCCTAGATACGC
>9.24|3671148|36|CP037427|CRISPRCasFinder
TAGTCTAGTTTCAAACTTTCTTTTAATCAAGAAGAG
>9.25|3671214|37|CP037427|CRISPRCasFinder
AGGAAATAGATAATTTTAAAGAGAGTAATGATGAGAG
>9.26|3671281|36|CP037427|CRISPRCasFinder
CAAAGATGTTAAGCAAGCCTTAACTGTTTGGTTTAA
>9.27|3671347|37|CP037427|CRISPRCasFinder
TAGGTATACTGGGGATCAGTGCTACTGAAGTAAAGAG
>9.28|3671414|37|CP037427|CRISPRCasFinder
ATGATGTGTCTAGTAAGATATTATATACAGTACTTGC
>9.29|3671481|36|CP037427|CRISPRCasFinder
TATCGAACTTCAAATAGCTTCTGCTTTAGCTGTAGC
>9.30|3671547|37|CP037427|CRISPRCasFinder
AGGAGTTGCAGTTCTTCAACAAGCAATGAGTGTGTAA
>9.31|3671614|36|CP037427|CRISPRCasFinder
CTTGGTTTATCAAACAGTACTGACAATTGCTAATAG
>9.32|3671680|36|CP037427|CRISPRCasFinder
CTAAGGAACTTAAAAACTTGATGCTAACTATTTCTT
>9.33|3671746|36|CP037427|CRISPRCasFinder
TTTGAAGGGATTAAGTGCATTGGTGCCTAAGGTAAA
>9.34|3671812|35|CP037427|CRISPRCasFinder
TCAGACTTATTGAGCGGTATATATAAAAATATGAC
>9.35|3671877|36|CP037427|CRISPRCasFinder
TAACTTAACAACAATCAGGTTTAATCAATCGCCTAT
>9.36|3671943|37|CP037427|CRISPRCasFinder
CTTTTGCAGATACTTATCATGATTCTTTTAATCAGAC
>9.37|3672010|37|CP037427|CRISPRCasFinder
TACAAACAGTATCTTATTTTAAGTCGCTAAGTAAGTT
>9.38|3672077|36|CP037427|CRISPRCasFinder
CATTAGAACAAGTTAAACAATATAAAAAATAGATTA
>9.39|3672143|35|CP037427|CRISPRCasFinder
AAGAATGGATGTTTCTTCGTGAGTATGACTGCTAC
>9.40|3672208|36|CP037427|CRISPRCasFinder
ATTAGAATTAAAACATTTAGCACCTTATTTACCTTA
>9.41|3672274|36|CP037427|CRISPRCasFinder
CATTAGAACAAGTTAAACAATATAAAAAATAGATTA
>9.42|3672340|35|CP037427|CRISPRCasFinder
AAGAATGGATGTTTCTTCGTGAGTATGACTGCTAC
>9.43|3672405|36|CP037427|CRISPRCasFinder
ATTAGAATTAAAACATTTAGCACCTTATTTACCTTA
>9.44|3672471|36|CP037427|CRISPRCasFinder
AAGTATAATGACTACTGTAATGAGTATGCTAATAGT
>9.45|3669618|46|CP037427|CRT
GATTAAAAAGATTGAGATATTAATGGAGCATTATGGAAAGTATGTA
>9.46|3669684|47|CP037427|CRT,PILER-CR
AGTTAAAAGCAGGTGTTGAATACGATGTAGAAACACAATTAGTGTGA
>9.47|3669751|44|CP037427|CRT,PILER-CR
AGTTAAAAGTAGTTGAGGATGTAAATAGTAATCAATATCCGTTG
>9.48|3669815|45|CP037427|CRT,PILER-CR
GGTTAAAAGAATAAACGAACATTTGTCAACGCTCAAATAAATAGA
>9.49|3669880|44|CP037427|CRT,PILER-CR
AGTTAAAAGATCACTTCTTACTAAATCCTACAGGAATATTCTTA
>9.50|3669944|46|CP037427|CRT,PILER-CR
AGTTAAAAGAGCTCCTATTTATAAAGGTGATATTGTTCTTTTTCCA
>9.51|3670010|47|CP037427|CRT,PILER-CR
GGTTAAAAGAGGATGATTTCGATACGGATGAAGAGTGTCGTAACCCA
>9.52|3670077|46|CP037427|CRT,PILER-CR
GGTTAAAATTGGAGCATTAGTCAATAAGGTGTATTACGCACCGATA
>9.53|3670143|46|CP037427|CRT,PILER-CR
CGTTAGAAGCAACACATTCTTGCAACACGTAAGTGATGTATCAACA
>9.54|3670209|47|CP037427|CRT,PILER-CR
AATTAAAAGAAGTGCTTCAAACAGGAGTTGTTATTCTTAAAAATGGA
>9.55|3670276|47|CP037427|CRT,PILER-CR
AATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTA
>9.56|3670343|46|CP037427|CRT,PILER-CR
AATTAAAAGTTTAGGAGATTTAAGAGATTCTTTAATATCTAATAAA
>9.57|3670409|47|CP037427|CRT,PILER-CR
AATTAAAAGGAGCAAAAAAGAAAGATGAAATAAGACTTTCAATTTTA
>9.58|3670476|47|CP037427|CRT,PILER-CR
AATTAAAAGTAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGAA
>9.59|3670543|46|CP037427|CRT,PILER-CR
AATTAAAAGGTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGGA
>9.60|3670609|46|CP037427|CRT,PILER-CR
AATTAAAAGCTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAGA
>9.61|3670675|47|CP037427|CRT,PILER-CR
AATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTA
>9.62|3670742|46|CP037427|CRT,PILER-CR
AATTAAAAGTTTAGGAGATTTAAGAGATTCTTTAATATCTAATAAA
>9.63|3670808|47|CP037427|CRT,PILER-CR
AATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTA
>9.64|3670875|47|CP037427|CRT,PILER-CR
AATTAAAAGTAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGAA
>9.65|3670942|46|CP037427|CRT,PILER-CR
AATTAAAAGGTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGGA
>9.66|3671008|46|CP037427|CRT,PILER-CR
AATTAAAAGCTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAGA
>9.67|3671074|45|CP037427|CRT,PILER-CR
AATTAAAAGATGCCCGCTATCATGACTCAAAGTCCTAGATACGCA
>9.68|3671139|46|CP037427|CRT,PILER-CR
AATTAAAAGTAGTCTAGTTTCAAACTTTCTTTTAATCAAGAAGAGA
>9.69|3671205|47|CP037427|CRT,PILER-CR
AGTTAAAAGAGGAAATAGATAATTTTAAAGAGAGTAATGATGAGAGA
>9.70|3671272|46|CP037427|CRT,PILER-CR
AGTTAAAAGCAAAGATGTTAAGCAAGCCTTAACTGTTTGGTTTAAA
>9.71|3671338|47|CP037427|CRT,PILER-CR
AGTTAAAAGTAGGTATACTGGGGATCAGTGCTACTGAAGTAAAGAGA
>9.72|3671405|47|CP037427|CRT,PILER-CR
GGTTAAAAGATGATGTGTCTAGTAAGATATTATATACAGTACTTGCG
>9.73|3671472|46|CP037427|CRT,PILER-CR
AGTTAAAAGTATCGAACTTCAAATAGCTTCTGCTTTAGCTGTAGCA
>9.74|3671538|47|CP037427|CRT,PILER-CR
GGTTAAAAGAGGAGTTGCAGTTCTTCAACAAGCAATGAGTGTGTAAA
>9.75|3671605|46|CP037427|CRT,PILER-CR
GGTTAAAAGCTTGGTTTATCAAACAGTACTGACAATTGCTAATAGA
>9.76|3671671|46|CP037427|CRT,PILER-CR
GGTTAAAAGCTAAGGAACTTAAAAACTTGATGCTAACTATTTCTTA
>9.77|3671737|46|CP037427|CRT,PILER-CR
GGTTAAAAGTTTGAAGGGATTAAGTGCATTGGTGCCTAAGGTAAAA
>9.78|3671803|45|CP037427|CRT,PILER-CR
GGTTAAAAGTCAGACTTATTGAGCGGTATATATAAAAATATGACG
>9.79|3671868|46|CP037427|CRT,PILER-CR
GGTTAAAAGTAACTTAACAACAATCAGGTTTAATCAATCGCCTATG
>9.80|3671934|47|CP037427|CRT,PILER-CR
GGTTAAAAGCTTTTGCAGATACTTATCATGATTCTTTTAATCAGACA
>9.81|3672001|47|CP037427|CRT,PILER-CR
GGTTAAAAGTACAAACAGTATCTTATTTTAAGTCGCTAAGTAAGTTA
>9.82|3672068|46|CP037427|CRT,PILER-CR
GGTTAAAAGCATTAGAACAAGTTAAACAATATAAAAAATAGATTAG
>9.83|3672134|45|CP037427|CRT
GGTTAAAAGAAGAATGGATGTTTCTTCGTGAGTATGACTGCTACA
>9.84|3672199|46|CP037427|CRT
ATTTAAAAGATTAGAATTAAAACATTTAGCACCTTATTTACCTTAA
>9.85|3672265|46|CP037427|CRT
GGTTAAAAGCATTAGAACAAGTTAAACAATATAAAAAATAGATTAG
>9.86|3672331|45|CP037427|CRT
GGTTAAAAGAAGAATGGATGTTTCTTCGTGAGTATGACTGCTACA
>9.87|3672396|46|CP037427|CRT
ATTTAAAAGATTAGAATTAAAACATTTAGCACCTTATTTACCTTAA
>9.88|3672462|46|CP037427|CRT
GGTTAAAAGAAGTATAATGACTACTGTAATGAGTATGCTAATAGTA
>9.89|3672199|45|CP037427|PILER-CR
ATTTAAAAGATTAGAATTAAAACATTTAGCACCTTATTTACCTTA
>9.90|3672265|45|CP037427|PILER-CR
GGTTAAAAGCATTAGAACAAGTTAAACAATATAAAAAATAGATTA
>9.91|3672331|44|CP037427|PILER-CR
GGTTAAAAGAAGAATGGATGTTTCTTCGTGAGTATGACTGCTAC
>9.92|3672396|45|CP037427|PILER-CR
ATTTAAAAGATTAGAATTAAAACATTTAGCACCTTATTTACCTTA

CRISPR arrays and Neighbor proteins around CP037427_9

CRISPR arrays

The CRISPR arrays of CP037427_9

>merge|CP037427|9|3669597-3672536|CRISPRCasFinder,CRT,PILER-CR,PILER-CR
TGTTTGTTTCCTATATGGTGCGATTAAAAAGATTGAGATATTAATGGAGCATTATGGAAAGTATGTATTTCAATACCTATATGGTGCAGTTAAAAGCAGGTGTTGAATACGATGTAGAAACACAATTAGTGTGATTTCAATACCTATATGGTGCAGTTAAAAGTAGTTGAGGATGTAAATAGTAATCAATATCCGTTGTTTCAATACCTATATGGTGCGGTTAAAAGAATAAACGAACATTTGTCAACGCTCAAATAAATAGATTTCAATACCTATATGGTGCAGTTAAAAGATCACTTCTTACTAAATCCTACAGGAATATTCTTATTTCAATACCTATATGATGCAGTTAAAAGAGCTCCTATTTATAAAGGTGATATTGTTCTTTTTCCATTTCAATACCTATATGATGCGGTTAAAAGAGGATGATTTCGATACGGATGAAGAGTGTCGTAACCCATTTCAATACCTAAATGGTGCGGTTAAAATTGGAGCATTAGTCAATAAGGTGTATTACGCACCGATATTTCAATACCTATATGGTGCCGTTAGAAGCAACACATTCTTGCAACACGTAAGTGATGTATCAACATTTCAATACCTATATGGTGCAATTAAAAGAAGTGCTTCAAACAGGAGTTGTTATTCTTAAAAATGGATTTCAATACCTATATGGTGCAATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTATTTCAATACCTATATGGTGCAATTAAAAGTTTAGGAGATTTAAGAGATTCTTTAATATCTAATAAATTTCAATACCTATATGGTGCAATTAAAAGGAGCAAAAAAGAAAGATGAAATAAGACTTTCAATTTTATTTCAATACCTATATGGTGCAATTAAAAGTAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGAATTTCAATACCTATATGGTGCAATTAAAAGGTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGGATTTCAATACCTATATGGTGCAATTAAAAGCTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAGATTTCAATACCTATATGGTGCAATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTATTTCAATACCTATATGGTGCAATTAAAAGTTTAGGAGATTTAAGAGATTCTTTAATATCTAATAAATTTCAATACCTATATGGTGCAATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTATTTCAATACCTATATGGTGCAATTAAAAGTAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGAATTTCAATACCTATATGGTGCAATTAAAAGGTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGGATTTCAATACCTATATGGTGCAATTAAAAGCTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAGATTTCAATACCTATATGGTGCAATTAAAAGATGCCCGCTATCATGACTCAAAGTCCTAGATACGCATTTCAATACCTATATGGTGCAATTAAAAGTAGTCTAGTTTCAAACTTTCTTTTAATCAAGAAGAGATTTCAATACCTATATGGTGCAGTTAAAAGAGGAAATAGATAATTTTAAAGAGAGTAATGATGAGAGATTTCAATACCTATATGGTGCAGTTAAAAGCAAAGATGTTAAGCAAGCCTTAACTGTTTGGTTTAAATTTCAATACCTATATGGTGCAGTTAAAAGTAGGTATACTGGGGATCAGTGCTACTGAAGTAAAGAGATTTCAATACCTATATGGTGCGGTTAAAAGATGATGTGTCTAGTAAGATATTATATACAGTACTTGCGTTTCAATACCTATATGGTGCAGTTAAAAGTATCGAACTTCAAATAGCTTCTGCTTTAGCTGTAGCATTTCAATATCTATATGGTGCGGTTAAAAGAGGAGTTGCAGTTCTTCAACAAGCAATGAGTGTGTAAATTTCAATACCTATATGGTGTGGTTAAAAGCTTGGTTTATCAAACAGTACTGACAATTGCTAATAGATTTCAATACCTATATGGTGCGGTTAAAAGCTAAGGAACTTAAAAACTTGATGCTAACTATTTCTTATTTCAATACCTATATGGTGTGGTTAAAAGTTTGAAGGGATTAAGTGCATTGGTGCCTAAGGTAAAATTTCAATACCTATATGGTGCGGTTAAAAGTCAGACTTATTGAGCGGTATATATAAAAATATGACGTTTCAATACCTATATGGTGCGGTTAAAAGTAACTTAACAACAATCAGGTTTAATCAATCGCCTATGTTTCAATACCTATATGATGCGGTTAAAAGCTTTTGCAGATACTTATCATGATTCTTTTAATCAGACATTTCAATACCTATATGGTGTGGTTAAAAGTACAAACAGTATCTTATTTTAAGTCGCTAAGTAAGTTATTTCAATACCTATATGGTGCGGTTAAAAGCATTAGAACAAGTTAAACAATATAAAAAATAGATTAGTTTCAATACCTATATGGTGCGGTTAAAAGAAGAATGGATGTTTCTTCGTGAGTATGACTGCTACATTTCAATATCTATATGATGCATTTAAAAGATTAGAATTAAAACATTTAGCACCTTATTTACCTTAATTTCAATACCTATATGGTGCGGTTAAAAGCATTAGAACAAGTTAAACAATATAAAAAATAGATTAGTTTCAATACCTATATGGTGCGGTTAAAAGAAGAATGGATGTTTCTTCGTGAGTATGACTGCTACATTTCAATATCTATATGATGCATTTAAAAGATTAGAATTAAAACATTTAGCACCTTATTTACCTTAATTTCAATACCTATATGGTGCGGTTAAAAGAAGTATAATGACTACTGTAATGAGTATGCTAATAGTATTTTAATACCTATATGATGCGGTTAGAAA

>CP037427|9|9|3669597-3672536|CRISPRCasFinder
TGTTTGTTTCCTATATGGTGCGATTAAAAA	GATTGAGATATTAATGGAGCATTATGGAAAGTATGT
ATTTCAATACCTATATGGTGCAGTTAAAAG	CAGGTGTTGAATACGATGTAGAAACACAATTAGTGTG
ATTTCAATACCTATATGGTGCAGTTAAAAG	TAGTTGAGGATGTAAATAGTAATCAATATCCGTT
GTTTCAATACCTATATGGTGCGGTTAAAAG	AATAAACGAACATTTGTCAACGCTCAAATAAATAG
ATTTCAATACCTATATGGTGCAGTTAAAAG	ATCACTTCTTACTAAATCCTACAGGAATATTCTT
ATTTCAATACCTATATGATGCAGTTAAAAG	AGCTCCTATTTATAAAGGTGATATTGTTCTTTTTCC
ATTTCAATACCTATATGATGCGGTTAAAAG	AGGATGATTTCGATACGGATGAAGAGTGTCGTAACCC
ATTTCAATACCTAAATGGTGCGGTTAAAAT	TGGAGCATTAGTCAATAAGGTGTATTACGCACCGAT
ATTTCAATACCTATATGGTGCCGTTAGAAG	CAACACATTCTTGCAACACGTAAGTGATGTATCAAC
ATTTCAATACCTATATGGTGCAATTAAAAG	AAGTGCTTCAAACAGGAGTTGTTATTCTTAAAAATGG
ATTTCAATACCTATATGGTGCAATTAAAAG	AAGATATCATGCCTGAATACGTGGACAATCCAGATTT
ATTTCAATACCTATATGGTGCAATTAAAAG	TTTAGGAGATTTAAGAGATTCTTTAATATCTAATAA
ATTTCAATACCTATATGGTGCAATTAAAAG	GAGCAAAAAAGAAAGATGAAATAAGACTTTCAATTTT
ATTTCAATACCTATATGGTGCAATTAAAAG	TAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGA
ATTTCAATACCTATATGGTGCAATTAAAAG	GTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGG
ATTTCAATACCTATATGGTGCAATTAAAAG	CTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAG
ATTTCAATACCTATATGGTGCAATTAAAAG	AAGATATCATGCCTGAATACGTGGACAATCCAGATTT
ATTTCAATACCTATATGGTGCAATTAAAAG	TTTAGGAGATTTAAGAGATTCTTTAATATCTAATAA
ATTTCAATACCTATATGGTGCAATTAAAAG	AAGATATCATGCCTGAATACGTGGACAATCCAGATTT
ATTTCAATACCTATATGGTGCAATTAAAAG	TAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGA
ATTTCAATACCTATATGGTGCAATTAAAAG	GTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGG
ATTTCAATACCTATATGGTGCAATTAAAAG	CTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAG
ATTTCAATACCTATATGGTGCAATTAAAAG	ATGCCCGCTATCATGACTCAAAGTCCTAGATACGC
ATTTCAATACCTATATGGTGCAATTAAAAG	TAGTCTAGTTTCAAACTTTCTTTTAATCAAGAAGAG
ATTTCAATACCTATATGGTGCAGTTAAAAG	AGGAAATAGATAATTTTAAAGAGAGTAATGATGAGAG
ATTTCAATACCTATATGGTGCAGTTAAAAG	CAAAGATGTTAAGCAAGCCTTAACTGTTTGGTTTAA
ATTTCAATACCTATATGGTGCAGTTAAAAG	TAGGTATACTGGGGATCAGTGCTACTGAAGTAAAGAG
ATTTCAATACCTATATGGTGCGGTTAAAAG	ATGATGTGTCTAGTAAGATATTATATACAGTACTTGC
GTTTCAATACCTATATGGTGCAGTTAAAAG	TATCGAACTTCAAATAGCTTCTGCTTTAGCTGTAGC
ATTTCAATATCTATATGGTGCGGTTAAAAG	AGGAGTTGCAGTTCTTCAACAAGCAATGAGTGTGTAA
ATTTCAATACCTATATGGTGTGGTTAAAAG	CTTGGTTTATCAAACAGTACTGACAATTGCTAATAG
ATTTCAATACCTATATGGTGCGGTTAAAAG	CTAAGGAACTTAAAAACTTGATGCTAACTATTTCTT
ATTTCAATACCTATATGGTGTGGTTAAAAG	TTTGAAGGGATTAAGTGCATTGGTGCCTAAGGTAAA
ATTTCAATACCTATATGGTGCGGTTAAAAG	TCAGACTTATTGAGCGGTATATATAAAAATATGAC
GTTTCAATACCTATATGGTGCGGTTAAAAG	TAACTTAACAACAATCAGGTTTAATCAATCGCCTAT
GTTTCAATACCTATATGATGCGGTTAAAAG	CTTTTGCAGATACTTATCATGATTCTTTTAATCAGAC
ATTTCAATACCTATATGGTGTGGTTAAAAG	TACAAACAGTATCTTATTTTAAGTCGCTAAGTAAGTT
ATTTCAATACCTATATGGTGCGGTTAAAAG	CATTAGAACAAGTTAAACAATATAAAAAATAGATTA
GTTTCAATACCTATATGGTGCGGTTAAAAG	AAGAATGGATGTTTCTTCGTGAGTATGACTGCTAC
ATTTCAATATCTATATGATGCATTTAAAAG	ATTAGAATTAAAACATTTAGCACCTTATTTACCTTA
ATTTCAATACCTATATGGTGCGGTTAAAAG	CATTAGAACAAGTTAAACAATATAAAAAATAGATTA
GTTTCAATACCTATATGGTGCGGTTAAAAG	AAGAATGGATGTTTCTTCGTGAGTATGACTGCTAC
ATTTCAATATCTATATGATGCATTTAAAAG	ATTAGAATTAAAACATTTAGCACCTTATTTACCTTA
ATTTCAATACCTATATGGTGCGGTTAAAAG	AAGTATAATGACTACTGTAATGAGTATGCTAATAGT
ATTTTAATACCTATATGATGCGGTTAGAAA

>CP037427|9|2|3669598-3672527|CRT
GTTTGTTTCCTATATGGTGC	GATTAAAAAGATTGAGATATTAATGGAGCATTATGGAAAGTATGTA
TTTCAATACCTATATGGTGC	AGTTAAAAGCAGGTGTTGAATACGATGTAGAAACACAATTAGTGTGA
TTTCAATACCTATATGGTGC	AGTTAAAAGTAGTTGAGGATGTAAATAGTAATCAATATCCGTTG
TTTCAATACCTATATGGTGC	GGTTAAAAGAATAAACGAACATTTGTCAACGCTCAAATAAATAGA
TTTCAATACCTATATGGTGC	AGTTAAAAGATCACTTCTTACTAAATCCTACAGGAATATTCTTA
TTTCAATACCTATATGATGC	AGTTAAAAGAGCTCCTATTTATAAAGGTGATATTGTTCTTTTTCCA
TTTCAATACCTATATGATGC	GGTTAAAAGAGGATGATTTCGATACGGATGAAGAGTGTCGTAACCCA
TTTCAATACCTAAATGGTGC	GGTTAAAATTGGAGCATTAGTCAATAAGGTGTATTACGCACCGATA
TTTCAATACCTATATGGTGC	CGTTAGAAGCAACACATTCTTGCAACACGTAAGTGATGTATCAACA
TTTCAATACCTATATGGTGC	AATTAAAAGAAGTGCTTCAAACAGGAGTTGTTATTCTTAAAAATGGA
TTTCAATACCTATATGGTGC	AATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTA
TTTCAATACCTATATGGTGC	AATTAAAAGTTTAGGAGATTTAAGAGATTCTTTAATATCTAATAAA
TTTCAATACCTATATGGTGC	AATTAAAAGGAGCAAAAAAGAAAGATGAAATAAGACTTTCAATTTTA
TTTCAATACCTATATGGTGC	AATTAAAAGTAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGAA
TTTCAATACCTATATGGTGC	AATTAAAAGGTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGGA
TTTCAATACCTATATGGTGC	AATTAAAAGCTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAGA
TTTCAATACCTATATGGTGC	AATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTA
TTTCAATACCTATATGGTGC	AATTAAAAGTTTAGGAGATTTAAGAGATTCTTTAATATCTAATAAA
TTTCAATACCTATATGGTGC	AATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTA
TTTCAATACCTATATGGTGC	AATTAAAAGTAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGAA
TTTCAATACCTATATGGTGC	AATTAAAAGGTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGGA
TTTCAATACCTATATGGTGC	AATTAAAAGCTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAGA
TTTCAATACCTATATGGTGC	AATTAAAAGATGCCCGCTATCATGACTCAAAGTCCTAGATACGCA
TTTCAATACCTATATGGTGC	AATTAAAAGTAGTCTAGTTTCAAACTTTCTTTTAATCAAGAAGAGA
TTTCAATACCTATATGGTGC	AGTTAAAAGAGGAAATAGATAATTTTAAAGAGAGTAATGATGAGAGA
TTTCAATACCTATATGGTGC	AGTTAAAAGCAAAGATGTTAAGCAAGCCTTAACTGTTTGGTTTAAA
TTTCAATACCTATATGGTGC	AGTTAAAAGTAGGTATACTGGGGATCAGTGCTACTGAAGTAAAGAGA
TTTCAATACCTATATGGTGC	GGTTAAAAGATGATGTGTCTAGTAAGATATTATATACAGTACTTGCG
TTTCAATACCTATATGGTGC	AGTTAAAAGTATCGAACTTCAAATAGCTTCTGCTTTAGCTGTAGCA
TTTCAATATCTATATGGTGC	GGTTAAAAGAGGAGTTGCAGTTCTTCAACAAGCAATGAGTGTGTAAA
TTTCAATACCTATATGGTGT	GGTTAAAAGCTTGGTTTATCAAACAGTACTGACAATTGCTAATAGA
TTTCAATACCTATATGGTGC	GGTTAAAAGCTAAGGAACTTAAAAACTTGATGCTAACTATTTCTTA
TTTCAATACCTATATGGTGT	GGTTAAAAGTTTGAAGGGATTAAGTGCATTGGTGCCTAAGGTAAAA
TTTCAATACCTATATGGTGC	GGTTAAAAGTCAGACTTATTGAGCGGTATATATAAAAATATGACG
TTTCAATACCTATATGGTGC	GGTTAAAAGTAACTTAACAACAATCAGGTTTAATCAATCGCCTATG
TTTCAATACCTATATGATGC	GGTTAAAAGCTTTTGCAGATACTTATCATGATTCTTTTAATCAGACA
TTTCAATACCTATATGGTGT	GGTTAAAAGTACAAACAGTATCTTATTTTAAGTCGCTAAGTAAGTTA
TTTCAATACCTATATGGTGC	GGTTAAAAGCATTAGAACAAGTTAAACAATATAAAAAATAGATTAG
TTTCAATACCTATATGGTGC	GGTTAAAAGAAGAATGGATGTTTCTTCGTGAGTATGACTGCTACA
TTTCAATATCTATATGATGC	ATTTAAAAGATTAGAATTAAAACATTTAGCACCTTATTTACCTTAA
TTTCAATACCTATATGGTGC	GGTTAAAAGCATTAGAACAAGTTAAACAATATAAAAAATAGATTAG
TTTCAATACCTATATGGTGC	GGTTAAAAGAAGAATGGATGTTTCTTCGTGAGTATGACTGCTACA
TTTCAATATCTATATGATGC	ATTTAAAAGATTAGAATTAAAACATTTAGCACCTTATTTACCTTAA
TTTCAATACCTATATGGTGC	GGTTAAAAGAAGTATAATGACTACTGTAATGAGTATGCTAATAGTA
TTTTAATACCTATATGATGC

>CP037427|9|3|3669664-3672133|PILER-CR
TTTCAATACCTATATGGTGC	AGTTAAAAGCAGGTGTTGAATACGATGTAGAAACACAATTAGTGTGA
TTTCAATACCTATATGGTGC	AGTTAAAAGTAGTTGAGGATGTAAATAGTAATCAATATCCGTTG
TTTCAATACCTATATGGTGC	GGTTAAAAGAATAAACGAACATTTGTCAACGCTCAAATAAATAGA
TTTCAATACCTATATGGTGC	AGTTAAAAGATCACTTCTTACTAAATCCTACAGGAATATTCTTA
TTTCAATACCTATATGATGC	AGTTAAAAGAGCTCCTATTTATAAAGGTGATATTGTTCTTTTTCCA
TTTCAATACCTATATGATGC	GGTTAAAAGAGGATGATTTCGATACGGATGAAGAGTGTCGTAACCCA
TTTCAATACCTAAATGGTGC	GGTTAAAATTGGAGCATTAGTCAATAAGGTGTATTACGCACCGATA
TTTCAATACCTATATGGTGC	CGTTAGAAGCAACACATTCTTGCAACACGTAAGTGATGTATCAACA
TTTCAATACCTATATGGTGC	AATTAAAAGAAGTGCTTCAAACAGGAGTTGTTATTCTTAAAAATGGA
TTTCAATACCTATATGGTGC	AATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTA
TTTCAATACCTATATGGTGC	AATTAAAAGTTTAGGAGATTTAAGAGATTCTTTAATATCTAATAAA
TTTCAATACCTATATGGTGC	AATTAAAAGGAGCAAAAAAGAAAGATGAAATAAGACTTTCAATTTTA
TTTCAATACCTATATGGTGC	AATTAAAAGTAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGAA
TTTCAATACCTATATGGTGC	AATTAAAAGGTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGGA
TTTCAATACCTATATGGTGC	AATTAAAAGCTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAGA
TTTCAATACCTATATGGTGC	AATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTA
TTTCAATACCTATATGGTGC	AATTAAAAGTTTAGGAGATTTAAGAGATTCTTTAATATCTAATAAA
TTTCAATACCTATATGGTGC	AATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTA
TTTCAATACCTATATGGTGC	AATTAAAAGTAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGAA
TTTCAATACCTATATGGTGC	AATTAAAAGGTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGGA
TTTCAATACCTATATGGTGC	AATTAAAAGCTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAGA
TTTCAATACCTATATGGTGC	AATTAAAAGATGCCCGCTATCATGACTCAAAGTCCTAGATACGCA
TTTCAATACCTATATGGTGC	AATTAAAAGTAGTCTAGTTTCAAACTTTCTTTTAATCAAGAAGAGA
TTTCAATACCTATATGGTGC	AGTTAAAAGAGGAAATAGATAATTTTAAAGAGAGTAATGATGAGAGA
TTTCAATACCTATATGGTGC	AGTTAAAAGCAAAGATGTTAAGCAAGCCTTAACTGTTTGGTTTAAA
TTTCAATACCTATATGGTGC	AGTTAAAAGTAGGTATACTGGGGATCAGTGCTACTGAAGTAAAGAGA
TTTCAATACCTATATGGTGC	GGTTAAAAGATGATGTGTCTAGTAAGATATTATATACAGTACTTGCG
TTTCAATACCTATATGGTGC	AGTTAAAAGTATCGAACTTCAAATAGCTTCTGCTTTAGCTGTAGCA
TTTCAATATCTATATGGTGC	GGTTAAAAGAGGAGTTGCAGTTCTTCAACAAGCAATGAGTGTGTAAA
TTTCAATACCTATATGGTGT	GGTTAAAAGCTTGGTTTATCAAACAGTACTGACAATTGCTAATAGA
TTTCAATACCTATATGGTGC	GGTTAAAAGCTAAGGAACTTAAAAACTTGATGCTAACTATTTCTTA
TTTCAATACCTATATGGTGT	GGTTAAAAGTTTGAAGGGATTAAGTGCATTGGTGCCTAAGGTAAAA
TTTCAATACCTATATGGTGC	GGTTAAAAGTCAGACTTATTGAGCGGTATATATAAAAATATGACG
TTTCAATACCTATATGGTGC	GGTTAAAAGTAACTTAACAACAATCAGGTTTAATCAATCGCCTATG
TTTCAATACCTATATGATGC	GGTTAAAAGCTTTTGCAGATACTTATCATGATTCTTTTAATCAGACA
TTTCAATACCTATATGGTGT	GGTTAAAAGTACAAACAGTATCTTATTTTAAGTCGCTAAGTAAGTTA
TTTCAATACCTATATGGTGC	GGTTAAAAGCATTAGAACAAGTTAAACAATATAAAAAATAGATTAG
TTTCAATACCTATATGGTGCGGTTAAAAGAAGAATGGATGTTTCTTCGTGAGTATGACTGCTACATTTCAATATCTATATGATGC	ATTTAAAAGATTAGAATTAAAACATTTAGCACCTTATTTACCTTA
ATTTCAATACCTATATGGTGC	GGTTAAAAGCATTAGAACAAGTTAAACAATATAAAAAATAGATTA
GTTTCAATACCTATATGGTGC	GGTTAAAAGAAGAATGGATGTTTCTTCGTGAGTATGACTGCTAC
ATTTCAATATCTATATGATGC	ATTTAAAAGATTAGAATTAAAACATTTAGCACCTTATTTACCTTA


>CP037427|9|4|3672178-3672461|PILER-CR
	AGTTAAAAGCAGGTGTTGAATACGATGTAGAAACACAATTAGTGTGA
TTTCAATACCTATATGGTGC	AGTTAAAAGTAGTTGAGGATGTAAATAGTAATCAATATCCGTTG
TTTCAATACCTATATGGTGC	GGTTAAAAGAATAAACGAACATTTGTCAACGCTCAAATAAATAGA
TTTCAATACCTATATGGTGC	AGTTAAAAGATCACTTCTTACTAAATCCTACAGGAATATTCTTA
TTTCAATACCTATATGATGC	AGTTAAAAGAGCTCCTATTTATAAAGGTGATATTGTTCTTTTTCCA
TTTCAATACCTATATGATGC	GGTTAAAAGAGGATGATTTCGATACGGATGAAGAGTGTCGTAACCCA
TTTCAATACCTAAATGGTGC	GGTTAAAATTGGAGCATTAGTCAATAAGGTGTATTACGCACCGATA
TTTCAATACCTATATGGTGC	CGTTAGAAGCAACACATTCTTGCAACACGTAAGTGATGTATCAACA
TTTCAATACCTATATGGTGC	AATTAAAAGAAGTGCTTCAAACAGGAGTTGTTATTCTTAAAAATGGA
TTTCAATACCTATATGGTGC	AATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTA
TTTCAATACCTATATGGTGC	AATTAAAAGTTTAGGAGATTTAAGAGATTCTTTAATATCTAATAAA
TTTCAATACCTATATGGTGC	AATTAAAAGGAGCAAAAAAGAAAGATGAAATAAGACTTTCAATTTTA
TTTCAATACCTATATGGTGC	AATTAAAAGTAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGAA
TTTCAATACCTATATGGTGC	AATTAAAAGGTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGGA
TTTCAATACCTATATGGTGC	AATTAAAAGCTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAGA
TTTCAATACCTATATGGTGC	AATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTA
TTTCAATACCTATATGGTGC	AATTAAAAGTTTAGGAGATTTAAGAGATTCTTTAATATCTAATAAA
TTTCAATACCTATATGGTGC	AATTAAAAGAAGATATCATGCCTGAATACGTGGACAATCCAGATTTA
TTTCAATACCTATATGGTGC	AATTAAAAGTAGTAAGCGAATTGAATGAAAATGGATGGCAAACTGAA
TTTCAATACCTATATGGTGC	AATTAAAAGGTTAAATGATGGAAGTTGTAATAAATGCTTTTGGGGA
TTTCAATACCTATATGGTGC	AATTAAAAGCTATCTCTCCTGTGTAGTTAGTATAATTAAAGTAAGA
TTTCAATACCTATATGGTGC	AATTAAAAGATGCCCGCTATCATGACTCAAAGTCCTAGATACGCA
TTTCAATACCTATATGGTGC	AATTAAAAGTAGTCTAGTTTCAAACTTTCTTTTAATCAAGAAGAGA
TTTCAATACCTATATGGTGC	AGTTAAAAGAGGAAATAGATAATTTTAAAGAGAGTAATGATGAGAGA
TTTCAATACCTATATGGTGC	AGTTAAAAGCAAAGATGTTAAGCAAGCCTTAACTGTTTGGTTTAAA
TTTCAATACCTATATGGTGC	AGTTAAAAGTAGGTATACTGGGGATCAGTGCTACTGAAGTAAAGAGA
TTTCAATACCTATATGGTGC	GGTTAAAAGATGATGTGTCTAGTAAGATATTATATACAGTACTTGCG
TTTCAATACCTATATGGTGC	AGTTAAAAGTATCGAACTTCAAATAGCTTCTGCTTTAGCTGTAGCA
TTTCAATATCTATATGGTGC	GGTTAAAAGAGGAGTTGCAGTTCTTCAACAAGCAATGAGTGTGTAAA
TTTCAATACCTATATGGTGT	GGTTAAAAGCTTGGTTTATCAAACAGTACTGACAATTGCTAATAGA
TTTCAATACCTATATGGTGC	GGTTAAAAGCTAAGGAACTTAAAAACTTGATGCTAACTATTTCTTA
TTTCAATACCTATATGGTGT	GGTTAAAAGTTTGAAGGGATTAAGTGCATTGGTGCCTAAGGTAAAA
TTTCAATACCTATATGGTGC	GGTTAAAAGTCAGACTTATTGAGCGGTATATATAAAAATATGACG
TTTCAATACCTATATGGTGC	GGTTAAAAGTAACTTAACAACAATCAGGTTTAATCAATCGCCTATG
TTTCAATACCTATATGATGC	GGTTAAAAGCTTTTGCAGATACTTATCATGATTCTTTTAATCAGACA
TTTCAATACCTATATGGTGT	GGTTAAAAGTACAAACAGTATCTTATTTTAAGTCGCTAAGTAAGTTA
TTTCAATACCTATATGGTGC	GGTTAAAAGCATTAGAACAAGTTAAACAATATAAAAAATAGATTAG
TTTCAATACCTATATGGTGCGGTTAAAAGAAGAATGGATGTTTCTTCGTGAGTATGACTGCTACATTTCAATATCTATATGATGC	ATTTAAAAGATTAGAATTAAAACATTTAGCACCTTATTTACCTTA
ATTTCAATACCTATATGGTGC	GGTTAAAAGCATTAGAACAAGTTAAACAATATAAAAAATAGATTA
GTTTCAATACCTATATGGTGC	GGTTAAAAGAAGAATGGATGTTTCTTCGTGAGTATGACTGCTAC
ATTTCAATATCTATATGATGC	ATTTAAAAGATTAGAATTAAAACATTTAGCACCTTATTTACCTTA
ATTTCAATACCTATATGGTGC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
CP037427.1|QBK77873.1|3673395_3674757_-|type-III-A-CRISPR-associated-RAMP-protein-Csm5	csm5gr7	COG1332_csm5gr7_CAS-III-A	gnl|CDD|273863
CP037427.1|QBK77879.1|3681234_3682794_-|FAD-binding-protein	unknown	unknown	gnl|CDD|225307
CP037427.1|QBK77862.1|3659862_3660375_-|acetolactate-synthase-small-subunit	unknown	unknown	gnl|CDD|183365
CP037427.1|QBK77874.1|3674746_3675730_-|type-III-A-CRISPR-associated-RAMP-protein-Csm4	csm4gr5	cd09663_csm4gr5_CAS-III-A	gnl|CDD|273866
CP037427.1|QBK77880.1|3683151_3684915_-|ABC-transporter-ATP-binding-protein	unknown	unknown	gnl|CDD|224055
CP037427.1|QBK77863.1|3660387_3662082_-|biosynthetic-type-acetolactate-synthase-large-subunit	unknown	unknown	gnl|CDD|181601
CP037427.1|QBK77872.1|3672598_3673396_-|hypothetical-protein	PD-DExK	mkCas0090_PD-DExK_CAS-I:CAS-III	unknown
CP037427.1|QBK77875.1|3677151_3677862_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3	csm3gr7	cd09684_csm3gr7_CAS-III-A:CAS-III-D	gnl|CDD|187815
CP037427.1|QBK77867.1|3666334_3666970_-|LysE-family-translocator	unknown	unknown	gnl|CDD|224199
CP037427.1|QBK77864.1|3662546_3664250_-|dihydroxy-acid-dehydratase	unknown	unknown	gnl|CDD|234861
CP037427.1|QBK77866.1|3665787_3666276_-|PaaI-family-thioesterase	unknown	unknown	gnl|CDD|239527
CP037427.1|QBK77876.1|3677885_3678296_-|type-III-A-CRISPR-associated-protein-Csm2	csm2gr11	pfam03750_csm2gr11_CAS-III-A	gnl|CDD|367635
CP037427.1|QBK77877.1|3678282_3679848_-|hypothetical-protein	cas10	cd09680_cas10_CAS-III	gnl|CDD|187811
CP037427.1|QBK77861.1|3658477_3659524_-|ketol-acid-reductoisomerase	unknown	unknown	gnl|CDD|273093
CP037427.1|QBK78145.1|3675828_3677052_-|IS256-family-transposase	unknown	unknown	gnl|CDD|307151
CP037427.1|QBK77865.1|3664967_3665681_-|DNA-alkylation-repair-protein	unknown	unknown	gnl|CDD|378033
CP037427.1|QBK77868.1|3667089_3668541_-|PLP-dependent-aminotransferase-family-protein	unknown	unknown	gnl|CDD|224089
CP037427.1|QBK77869.1|3668629_3669520_+|DMT-family-transporter	unknown	unknown	gnl|CDD|223769
CP037427.1|QBK77878.1|3679847_3680645_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	gnl|CDD|224499
CP037427.1|QBK77860.1|3657236_3658481_-|threonine-dehydratase	unknown	unknown	gnl|CDD|236318

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
CP037427.1|QBK77873.1|3673395_3674757_-|type-III-A-CRISPR-associated-RAMP-protein-Csm5	csm5gr7	COG1332_csm5gr7_CAS-III-A	2.1e-20	68.4	3.9
CP037427.1|QBK77878.1|3679847_3680645_-|CRISPR-associated-endoribonuclease-Cas6	cas6	COG1583_cas6_CAS-I:CAS-III:CAS-IV	9e-24	79.4	3.4
CP037427.1|QBK77876.1|3677885_3678296_-|type-III-A-CRISPR-associated-protein-Csm2	csm2gr11	pfam03750_csm2gr11_CAS-III-A	7.5e-14	46.9	2.5
CP037427.1|QBK77877.1|3678282_3679848_-|hypothetical-protein	cas10	cd09680_cas10_CAS-III	4.6e-54	178.7	6.7
CP037427.1|QBK77874.1|3674746_3675730_-|type-III-A-CRISPR-associated-RAMP-protein-Csm4	csm4gr5	cd09663_csm4gr5_CAS-III-A	8.8e-36	118.4	4.2
CP037427.1|QBK77872.1|3672598_3673396_-|hypothetical-protein	PD-DExK	mkCas0090_PD-DExK_CAS-I:CAS-III	3.3e-29	95.7	1.1
CP037427.1|QBK77875.1|3677151_3677862_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3	csm3gr7	cd09684_csm3gr7_CAS-III-A:CAS-III-D	1.9e-57	189.2	0.5

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
CP037427.1|QBK77873.1|3673395_3674757_-|type-III-A-CRISPR-associated-RAMP-protein-Csm5	gnl|CDD|273863	TIGR01899, cas_TM1807_csm5, CRISPR type III-A/MTUBE-associated RAMP protein Csm5. CRISPR is a term for Clustered Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR associated) proteins. Members of this cas gene family are found in the mtube subtype of CRISPR/cas locus and designated Csm5, for CRISPR/cas Subtype Mtube, protein 5.	5.88172e-09
CP037427.1|QBK77879.1|3681234_3682794_-|FAD-binding-protein	gnl|CDD|225307	COG2509, COG2509, Uncharacterized FAD-dependent dehydrogenases [General function prediction only].	2.42926e-109
CP037427.1|QBK77862.1|3659862_3660375_-|acetolactate-synthase-small-subunit	gnl|CDD|183365	PRK11895, ilvH, acetolactate synthase 3 regulatory subunit; Reviewed.	7.07402e-28
CP037427.1|QBK77880.1|3683151_3684915_-|ABC-transporter-ATP-binding-protein	gnl|CDD|224055	COG1132, MdlB, ABC-type multidrug transport system, ATPase and permease components [Defense mechanisms].	6.80185e-132
CP037427.1|QBK77863.1|3660387_3662082_-|biosynthetic-type-acetolactate-synthase-large-subunit	gnl|CDD|181601	PRK08978, PRK08978, acetolactate synthase 2 catalytic subunit; Reviewed.	0
CP037427.1|QBK77874.1|3674746_3675730_-|type-III-A-CRISPR-associated-RAMP-protein-Csm4	gnl|CDD|273866	TIGR01903, Hypothetical_protein., CRISPR type III-A/MTUBE-associated RAMP protein Csm4. CRISPR is a term for Clustered Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR associated) proteins. Members of this cas gene family are found in the mtube subtype of CRISPR/cas locus and designated Csm4, for CRISPR/cas Subtype Mtube, protein 4.	5.91247e-26
CP037427.1|QBK77875.1|3677151_3677862_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3	gnl|CDD|187815	cd09684, Csm3_III-A, CRISPR/Cas system-associated RAMP superfamily protein Csm3. 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; RAMP superfamily protein.	2.18157e-58
CP037427.1|QBK77867.1|3666334_3666970_-|LysE-family-translocator	gnl|CDD|224199	COG1280, RhtB, Putative threonine efflux protein [Amino acid transport and metabolism].	2.5336e-47
CP037427.1|QBK77864.1|3662546_3664250_-|dihydroxy-acid-dehydratase	gnl|CDD|234861	PRK00911, PRK00911, dihydroxy-acid dehydratase; Provisional.	0
CP037427.1|QBK77866.1|3665787_3666276_-|PaaI-family-thioesterase	gnl|CDD|239527	cd03443, PaaI_thioesterase, PaaI_thioesterase is a tetrameric acyl-CoA thioesterase with a hot dog fold and one of several proteins responsible for phenylacetic acid (PA) degradation in bacteria. Although orthologs of PaaI exist in archaea and eukaryotes, their function has not been determined. Sequence similarity between PaaI, E. coli medium chain acyl-CoA thioesterase II, and human thioesterase III suggests they all belong to the same thioesterase superfamily. The conserved fold present in these thioesterases is referred to as an asymmetric hot dog fold, similar to those of 4-hydroxybenzoyl-CoA thioesterase (4HBT) and the beta-hydroxydecanoyl-ACP dehydratases (FabA/FabZ).	4.02728e-33
CP037427.1|QBK77876.1|3677885_3678296_-|type-III-A-CRISPR-associated-protein-Csm2	gnl|CDD|367635	pfam03750, Csm2_III-A, Csm2 Type III-A. Clusters of short DNA repeats with non-homologous 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. This entry represents Csm2 Type III-A, a family of Cas proteins also known as TM1810/Csm2.	9.89703e-10
CP037427.1|QBK77877.1|3678282_3679848_-|hypothetical-protein	gnl|CDD|187811	cd09680, Cas10_III, CRISPR/Cas system-associated protein Cas10. 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; Multidomain protein with permuted HD nuclease domain, palm domain and Zn-ribbon; signature gene for type III; also known as Csm1 family.	3.21466e-46
CP037427.1|QBK77861.1|3658477_3659524_-|ketol-acid-reductoisomerase	gnl|CDD|273093	TIGR00465, Ketol-acid_reductoisomerase, ketol-acid reductoisomerase. This is the second enzyme in the parallel isoleucine-valine biosynthetic pathway [Amino acid biosynthesis, Pyruvate family].	2.16475e-102
CP037427.1|QBK78145.1|3675828_3677052_-|IS256-family-transposase	gnl|CDD|307151	pfam00872, Transposase_mut, Transposase, Mutator family.	8.75814e-111
CP037427.1|QBK77865.1|3664967_3665681_-|DNA-alkylation-repair-protein	gnl|CDD|378033	pfam08713, DNA_alkylation, DNA alkylation repair enzyme. Proteins in this family are predicted to be DNA alkylation repair enzymes. The structure of a hypothetical protein in this family shows it to adopt a supercoiled alpha helical structure.	2.46033e-57
CP037427.1|QBK77868.1|3667089_3668541_-|PLP-dependent-aminotransferase-family-protein	gnl|CDD|224089	COG1167, ARO8, Transcriptional regulators containing a DNA-binding HTH domain and an aminotransferase domain (MocR family) and their eukaryotic orthologs [Transcription / Amino acid transport and metabolism].	4.96191e-116
CP037427.1|QBK77869.1|3668629_3669520_+|DMT-family-transporter	gnl|CDD|223769	COG0697, RhaT, Permeases of the drug/metabolite transporter (DMT) superfamily [Carbohydrate transport and metabolism / Amino acid transport and metabolism / General function prediction only].	2.50709e-12
CP037427.1|QBK77878.1|3679847_3680645_-|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|224499	COG1583, COG1583, CRISPR system related protein, RAMP superfamily [Defense mechanisms].	9.89385e-16
CP037427.1|QBK77860.1|3657236_3658481_-|threonine-dehydratase	gnl|CDD|236318	PRK08639, PRK08639, threonine dehydratase; Validated.	0

Protein sequences

>CP037427.1|QBK77869.1|3668629_3669520_+|DMT-family-transporter
MEQSGILNATTKSSNGWLNGFIGVLLFAGSMPATKMAVKDLDPIFATAARAVIAALLALACVIALREKRPTKEQMWPLIKVAIGGVIGFPLLTAMALEYITSAHSLVFMGMLPLSTAIFAVFIGKEKPKPVFWLFSLIGSALVIGFAFSQGVSSNPIGDVLMILAIILCGQSYAEGAKLSKTLGGYQVISWACIISLPLTVPIMIYMVPTDLVLVSGESWFGLFYISVVSMFLAYIFWYKGLAQGGIATVGQIQLLQPLLGMILAATVLNEKVSPTMLYVTFGVILCVAASKKFAK
>CP037427.1|QBK77868.1|3667089_3668541_-|PLP-dependent-aminotransferase-family-protein
MNMSKTFLYSEIAENIASQIRSGNIREGEKLPSLRGLCAEYEISMNTARRVFLELESLSLIYSKPQSGYFVSKLSYKNLPLPEESNPILLANHCEPNDILQKVYANIGREDLLLLSYTVAYGDMLPIAKLKKEIVQATRDLPTGGVQYERLEGNANLRRMIALRSSGWGANLHEEDLITTNGGMNAVALCLTALSKPGDTVAIESPCYPGILQLALGLGLKVFELPTNPNTGIKVEALREVVSEIDICILISNYNTPVGSCMPDENKKEVVELLAQHDIPLIEDDVYGDLCFEGHRPTCCKTFDKTGNVLWCSSVSKTLAPGFRVGWVAPGKYKDKVQNIKLIQSISSSSLEQEAVANFLRSGKYDKHLRKLRRKLYQNYQNYARVIQQSFPKNIKISQPQGGLSLWIEFSEEIDTIELYDLAMKKGISIAPGRMFTLQNQYNNSMRLCFGLPWDVQLEGKIKQIGLLARQLQNLKTVNTEQE
>CP037427.1|QBK77867.1|3666334_3666970_-|LysE-family-translocator
MIPLHDLMLFAIAAVVLAITPGPNMLYLITRTLSQGKRAGFISLMGVICGFLFHIILVSFGLTAILFTIPYAYAILKWTGALYLVYLAFQALKPNAKNIFDVEQSVKVDSPSKLFSIGFLTNVLNPKVAVFYLSLFPQFIKPAYGSVLLQSLTLGTTQLLVSFINNFLIVLFAAKMASFFQRQPLWVKVQKWFMGSVLLFLAFKMAISKGK
>CP037427.1|QBK77866.1|3665787_3666276_-|PaaI-family-thioesterase
MSINRTRTFSWEDPNKTLEEAKKLNGYEFLMQVLEGNLPMAPIQETISSRVVSVEKGQVIFELKGEEFHYNPIGSVHGGIISTVLDSAIGCSLLSTLEIGESFTSLDLKVNFLRRITADTPPLTTKTKIIHKGRTTAYLECELLDAEGKLYAHAVSNCMIFR
>CP037427.1|QBK77865.1|3664967_3665681_-|DNA-alkylation-repair-protein
MKELLSDIRQTLQDYVDPQNIVVSSRFFKGDEQPKEYGVSKEILSKIGKELFNDLKAKPKEEIYLLCQELWKSLYFEEAYIACIITKRLHRHYEATDMKYFSLWLNKYVQSWADCDTLCCSTIGPLFIKYPLEIEQLTLWATSPNRWMRRGAAVSLVVPARKGLYLEKIFELAILLMKDEDDLVQKGTGWMLKEASKSHQVEVYEFIMQYKVVMSRTTLRYAIEKMPLDLKAEAMKK
>CP037427.1|QBK77864.1|3662546_3664250_-|dihydroxy-acid-dehydratase
MNVLNKYSRVITQDQTQPAAQAMLYGIGLSEEDLDKAQVGVVSMGYEGNTCNMHLNDLAKYVKQGVKQSGLVGLIFNTIGVSDGISNGTEGMKYSLVSRDIIADSIETVVNAQWYDSVIAIPGCDKNMPGAIIAMGRLNRPAIMVYGGTIHSGKYKDESLNIVSAFEALGKKFSNSISEEDYKGVIKNACPGAGACGGMYTANTMASAIEALGMSLPHSSSYPALSSEKKQECLEVGQALRNLLEKDIKPSDIMTKEAFENAMTMVITLGGSTNAVLHLIAMAHAVDIEITLKDFQEISDRVPVLADLKPSGKYLMEDLHKIGGVPAIMKHLLDQGLLHGDCLTVTGKTVRENLSLAKDLAKDQDIIVDITTPIKESGHLQFLYGNLAEKGSVAKISGKEGTFFKGKARVFNDEYAVIASVSAQEVQPGEVIVIRYCGPKGGPGMPEMLKPTSAIMGAGLGKSVALITDGRFSGGTHGFVVGHITPEAYDGGTIALVENGDIISIDVENRKLELLVDQKVLEARREKWQKPALKFKKGVLYKYSNCVADASEGCITDRIKNVYPSGN
>CP037427.1|QBK77863.1|3660387_3662082_-|biosynthetic-type-acetolactate-synthase-large-subunit
MQQEQITGAQAVISSLLCEGVETIFGYPGGAIMPIYDALYDKMDELEHILVRHEQGAIHAAQGFARASGKVGVVFATSGPGATNLITGLADAYIDSTPVVCIIGQVTSQLLGTDAFQETDVIGISMPITKWNYQVTKASEIAPTIAKAFYLAKAGRPGPVVIDITKDAQFGMTAFEYKPCSEVRSYAPEPPVDLERFHQAADLINKAKKPYLLVGQGVLLSHAEQELKAFVEKTDIPTASTLLGLGALPSNHSHFCGMLGMHGDYAANVKTNECDVLIAIGMRFDDRVTGDVSRYAKQAKVIHIDIDAAELNKIIKADIGIRSDAKKALNTLIELVEQRTHKDWLSEFKQGKAYEVEQLRVHKQQVNTDKIMMEDAVKLLTELTKGEVVIVTDVGQHQMITARHYQYNSPKTNITSGGLGTMGFALPAAVGAKLGNPQQTVVAIAGDAGFQMNIQELGTIMQSNIGVKMIILNNSFLGMVRQWQQMFFEKRYSFTEMNNPNFVGIAQSYNIKGNKVEHATDLRHALEEMLVHPGAYLLEIVVEKEENVYPMIPTGASVSDVLLN
>CP037427.1|QBK77862.1|3659862_3660375_-|acetolactate-synthase-small-subunit
MKEEFTLSVFTENSIGMLTRITNVFTRRHINLDSLTVSESEIKQVFKYTVVFKSTQEQVDKLIGQLERLVEVFKVFAHKNSDIIYQELALYKVKTNLLSNTQVEQIIRANQARILSVDKDFIAIEKTGYIEEIENLFTQLSSYGVLEFTRSGRVAITKPMNYEELYLIKN
>CP037427.1|QBK77861.1|3658477_3659524_-|ketol-acid-reductoisomerase
MGQINFGGTLENVVTREEFTLDKAREVLKNEVLAVIGYGVQGPGQAQNLRDNKINVIVGQRKNSTSWDKAVADGWVEGETLFDIEEACQRGTIIMNLLSDAGQIHTWETVKGNLSAGKALYFSHGFGVAFHQKTNIIPPAGIDVFLVAPKGSGTSLRTLFLEGCGLNSSYAIFQDATGRAQERALAVGIAIGSGYLFETTFEREAYSDLTGERGVLMGAIAGIFEAQYNVLRAKGHTPSEAFNETVEELTQSLMPLVADRGMDWMYANCSTTAQRGALDWKDKFRDATTPVFKELYESVASGREAEIVIKANSEKDYRAKLEEELKELRESELWQTGAEVRKLRPSQS
>CP037427.1|QBK77860.1|3657236_3658481_-|threonine-dehydratase
MNLLTKVYQAQQNIARVVVQTPLMKNLNLSTVYQADIYLKREDLQPVRSYKLRGAYNKVTTLTPDEQSGGVVCASAGNHAQGVAFACHHLDIHATIFMPITTPKQKIDQVKLFGRDKVNIVLKGDTFDACYAEASLYCKENKAVFIHPFDDEEVIAGQGTVALEVLQAMKEPIDYVFVPIGGGGLAAGVSTVFKHLSPHTQIVGVEPVGAASMQTSIQENVNTALNTVDTFVDGAAVKRVGDLNFAICKESLHDVITVAEGKVCTTILKLYNEEALVVEPAGALSIAALDLYKDKLVGKKVVCIVSGSNNDITRTEEIKERSLLYEGLKHYFIVNFPQRPGALKEFVNEVLGKDDDITYFQFSKKNNRERGPAVVGIELANRLDYDHLIKQLEKHNFNYQYLNDNEALFTHLVG
>CP037427.1|QBK77872.1|3672598_3673396_-|hypothetical-protein
MSKNILENIKENYKNLEKTIVSQLNLEVDNHYLTAGYNREKIWFEFFRQVIPMKFAIKQGVFLIDSYGEVSKEVDIAVFDEQYTPYIFNYGSIHFIPIEAVAVVIQCKSRTVDNTNIEDWRESVSKLKTKEGGIARMVKGIVSSPVETQKSTSPISILCCLENEGKSCGNYDLVIKAMNEKDGLDVSWNSNLKTLEDCFLKYNGLDKEDNKKDNNLDSKLEDLKVTDNAILSLIFQLNQILMLINNPMLFPHQAYVNMFNNSTEK
>CP037427.1|QBK77873.1|3673395_3674757_-|type-III-A-CRISPR-associated-RAMP-protein-Csm5
MVNKTILNTRYNLNLEVISPVAINDGGTLSPLSDYFVSAGELHYVDEEAFQKLLAEDESIANRYEQLLVKTPKDGADDFLHKVIQSEAKLSRISNGNKVPFYGGKTLGFKTIIKSNGKAYIPGSSLKGAIKNAYLFYWLEKEGQEELKQFVKKFIALKNKKEKEDEIKCFVDDVQKKAFGIKEGYLYQPSSNISLSDSTVLEFVDIAVANVTKQSLKEKVEDWDLHTQEYIREGATVSFVLSINKTDEDWSKFDSFNPFVILMQESKNDLTALFEVLNYYHNSLQQFRDNGFDVEKTVVDVSSDEAILYLGSNKGIYKTTVLLAVRHYCESNGLNFINEFGYFLQRTKKDHYRDFPNTISHINRQRMGMVKISNQQVGGKIYDEATLKSGNAIEGIIKKIDKPNSEVLVNVEGKEQVFAVGGAKAFLKERPNALQVGKKCVFYWRDNNYYFSK
>CP037427.1|QBK77874.1|3674746_3675730_-|type-III-A-CRISPR-associated-RAMP-protein-Csm4
MIDSNTSLTDTDHFIHSDVLFSALVNNLSTIKSKEEVNQFIEGFESGAIKISSGFYCIENEKATDKQEPYLFFVPRPVHTVNTVGIEEYDKIKQVKRVSFIDLPLLDKPITDWKVKANFAMDIASITKLGISDDDLSLYQKDIATHVGIRNKSEEEKVKTGGPFKVSYISISDLKEYGLQVHFYFLYEVLDEKYESDFEIAVELLTYNGIGGERSSGYGRIEAVETITSLPKRFMEQNNTTYQLSLSKVVPNHEDISLLKYYTHSIRGGRETTMGTLKSVEMINEGAILQQGVQGNIVDISIEGNRSYLRNGKAFCIGLSNTLEDGE
>CP037427.1|QBK78145.1|3675828_3677052_-|IS256-family-transposase
MSTEKKEFDFESFKEQAMADIYQGKKMGGPDGVFGPLLKHFLETMLESELENHLEEEKAKGIANRRNGKTTKTVRSMQSGSIELESNRDRNGTFEPKVLPKRQLIITDQLEDNVISLYAKGSSTRDIAGYIMEMYGMDISATEISRITDKVIPAMKEWRDRPLEAIYPFVFLDCMFYKVKEQGSVTSKAVYNILGVNQEGKKELIGVYLGDTEGSKFWLSVLTNLKARGVQDIIVACVDGLKGFPEAIQAVFPKTQVQLCIVHQIRTSLRFVPHKDKKAVAADLKPIYTAVSEEQGYERLLQFEEKWAKNYPLAAKGWLDNWEHLSTYFDFDPHIRKAIYTTNAIEAMHRQVRKVTKTKGAFTTEQSLLKLMFLAITEVSKKWTMPIHNWGLTMSQLYIKFGDRLQP
>CP037427.1|QBK77875.1|3677151_3677862_-|type-III-A-CRISPR-associated-RAMP-protein-Csm3
MKPLLGKIIIKGELKVLTGLAIGGSKSGIDIGALDNPVIKIKRGNSDVPYIPGSSLKGKLRALLAKVAGSKNVEMDKTLMLVDKSDFKHLANVFGYTPTSDDKTAKEALLKVRDGFIKAVHNTEEVTEEKVENTIDRVTGKANPRPIERVLPETVFEIDLCLDVYDLEEAKEHLQLLDLGLELLQQDYLGGGGTRGNGRVQTNVYVQDYLEINTTKKTLDKSSFNFKFTNSCHNEG
>CP037427.1|QBK77876.1|3677885_3678296_-|type-III-A-CRISPR-associated-protein-Csm2
MREDNNKKYGTRDKESRTHYTYNKDGVLKRNMKEEEYQKFLLETTESLVKDQLAFISKTQMRNIFDLIRNCNEVNELKMIKPKLLYTAGRLTKKYDKQFLVDLSTTVAEVKSKEELQCVQKYIETVLAYHKFYAKN
>CP037427.1|QBK77877.1|3678282_3679848_-|hypothetical-protein
MKYLLKGDISGIQEFIFNVKSKGAAKALKARSYYIQLLGYMACQYTSQKLPNAELFYEGGGAFFISFELEAEEVDDLFMKLESDVKKTFSSYGVYINLAYVSKDVEDFGKTWSNLRKESNRKKLSYNAGNHFFEPFFRTNEEVNKSDIKQLFKILQITDTVPIYDNLVEIFGAVVNEELLNHLDYFDKYPNSLEDKIPMWGGYNELDSYKQFRQNNASDYTNVSDLSATDIVDFDGFGDFAKHRTGTGKIAVLKLDVDNLGKLFGQIKEEGKGKENSRKMSKFFNEYFYKKVFNGLTFEINDITEGYKANVYPIFSGGDDCFVIGSWDAILCFSIAFQKAFTEEITKTIKIDNGGQLTVSAGIVLVDPTHPVSSFSELAEEALTKSKSKGKNKVTIFDLTFTWEEFSHMVEVSKLLAKEMESKKISRAYLDKIRKSAKGFNALQNTNGADFDRIYKLKYYLSKNAEALGSVVDKLFEPYYEALKANLLKEEKENSYNVAIYPAIARVTELLTKTKLDYERR
>CP037427.1|QBK77878.1|3679847_3680645_-|CRISPR-associated-endoribonuclease-Cas6
MRFRIKLEAIDKERIIPANYQYPLSAAIYKIISKGDNDYATFLHQEGYGKGLKFFCFSDIKCPFIIEGDRLLLQQNELEVQVAFYLPEAMQHFVQGLFASEKINISDKKSRQDFRVKTIERITNKLSVYKENEIVSICVRPISPLVIGLKREDWSYEYLDLEHSRYQEMFVYSWREKIKAAYGEEEADNAFLAMEVKFYDKPYRSRLVTIKQGTPQQTKIKGYVNFKIEVKGERRFIDLLLNAGGGIYNAQGLGFLEIVEEKKNR
>CP037427.1|QBK77879.1|3681234_3682794_-|FAD-binding-protein
MPQELQLQVLPEVAGTADLLTQYVANHVKCSPKDIKHITILKRSIDARQRTVKINLKVAVFFADEDVVHRQIDFPEYKNVKDAPRVIVVGAGPAGYFAALQLIELGVKPIVVERGKDVRGRRRDLKAINIDHIVDPDSNYCFGEGGAGTYSDGKLYTRSKKRGDVNRILELLVAFGASQDILVEAHPHIGTNKLPKIMQDMRAKIEEFGGEVLFEKRVVDFVIKGNEIEGVKLHNGDLIEAKKIILATGHSARDIYELLDRKKVLIEAKPFALGVRAEHPQTLIDKIQYSCDYRGEFLPPAPYSIVKQVNGRGMYSFCMCPGGVIAPCATAPGEVVTNGWSPSKRDQATANSGIVVELRLEDFKPFEKFGALAGMEFQKSIEQQAYRVAGETQRVPAQRMVDFSQSKVSESIPKTSYLPGTTSIELGQVFPGFLTQIMRQGFQEFGKSMKGYFTNEAILHAPESRTSSPVRIPREDYTLEHPQIKGLYPCGEGAGYAGGIVSAAIDGEKCAIMCVESMQ
>CP037427.1|QBK77880.1|3683151_3684915_-|ABC-transporter-ATP-binding-protein
MSKVQTNKSSSFIGILSNLIKAAGPMGGRLRMSLILILLSSVFQGAAYTCFYPIFMNIGKGKPEQVWFYIWIALGFVVISAICRWIGQDYDYGGFSSQAQYDLRKRQGEKLREMPLEFLSNKRSGKWSAVISNNVDEVISYTITVSSLMMYGVITPISVGLMTFFFDWKIAIVILILFPVIIPLYRWRKPAYDRGMYYLNEVHSELNAESIEFIQGLPVLKASNGIERIVARLNKSIDKVREVQIFGHGKGSTPNLIITSALEVGMLVSLGLGILFVLKADSNMMVMTALMIIVIRFSELISSFVPMTMIFSLMEAGYKQITAMLTAPVLEVKTPQAKPTSYGIEFKEVDFYYEDAQEKTLSNINLSIAPKSIVALVGPSGSGKTTLARMIMRYADCQKGSISIGGVDITNLSQNDLLSMISVVFQEVYLFDDTIGNNIRMAKPTATQEEIIDAARRAQCHDFISQLPKGYDTPIGDMGNTLSGGERQRISIARALLKNSPIVILDEPTSSLDSLSELAVQRAIDELVKEKIVIIIAHRLSTVRGADKICVLEKGQIVEEGTHEALMIKKGKYCDLWEAEKQIEALF

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
CP037427_9	9.40|3672208|36|CP037427|CRISPRCasFinder	3672208-3672243	36	NC_021789	Cellulophaga phage phi19:3, complete genome	14098-14133	4	0.889
CP037427_9	9.43|3672405|36|CP037427|CRISPRCasFinder	3672405-3672440	36	NC_021789	Cellulophaga phage phi19:3, complete genome	14098-14133	4	0.889
CP037427_6	6.1|3439173|26|CP037427|CRISPRCasFinder	3439173-3439198	26	NZ_CP045340	Vibrio sp. THAF190c plasmid pTHAF190c_b, complete sequence	215388-215413	5	0.808
CP037427_5	5.3|3328266|30|CP037427|CRISPRCasFinder,CRT	3328266-3328295	30	MH598802	Pelagibacter phage HTVC201P, complete genome	7917-7946	6	0.8
CP037427_5	5.4|3328333|30|CP037427|CRISPRCasFinder,CRT	3328333-3328362	30	MH598802	Pelagibacter phage HTVC201P, complete genome	7917-7946	6	0.8
CP037427_5	5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328936-3328965	30	MK448905	Streptococcus phage Javan318, complete genome	16167-16196	6	0.8
CP037427_5	5.18|3328468|29|CP037427|PILER-CR	3328468-3328496	29	NZ_CP009921	Bacillus megaterium NBRC 15308 = ATCC 14581 plasmid pBMV_2, complete sequence	202243-202271	6	0.793
CP037427_5	5.18|3328468|29|CP037427|PILER-CR	3328468-3328496	29	NZ_CP035095	Bacillus megaterium NBRC 15308 = ATCC 14581 plasmid unnamed1, complete sequence	274705-274733	6	0.793
CP037427_5	5.3|3328266|30|CP037427|CRISPRCasFinder,CRT	3328266-3328295	30	NZ_CP034112	Staphylococcus epidermidis strain CDC120 plasmid pSTA491, complete sequence	19964-19993	7	0.767
CP037427_5	5.4|3328333|30|CP037427|CRISPRCasFinder,CRT	3328333-3328362	30	NZ_CP034112	Staphylococcus epidermidis strain CDC120 plasmid pSTA491, complete sequence	19964-19993	7	0.767
CP037427_5	5.6|3328467|30|CP037427|CRISPRCasFinder,CRT	3328467-3328496	30	MN693786	Marine virus AFVG_250M1027, complete genome	44644-44673	7	0.767
CP037427_5	5.6|3328467|30|CP037427|CRISPRCasFinder,CRT	3328467-3328496	30	MK250019	Prevotella phage Lak-A2, complete genome	158134-158163	7	0.767
CP037427_5	5.6|3328467|30|CP037427|CRISPRCasFinder,CRT	3328467-3328496	30	NZ_CP009921	Bacillus megaterium NBRC 15308 = ATCC 14581 plasmid pBMV_2, complete sequence	202242-202271	7	0.767
CP037427_5	5.6|3328467|30|CP037427|CRISPRCasFinder,CRT	3328467-3328496	30	NZ_CP035095	Bacillus megaterium NBRC 15308 = ATCC 14581 plasmid unnamed1, complete sequence	274705-274734	7	0.767
CP037427_5	5.6|3328467|30|CP037427|CRISPRCasFinder,CRT	3328467-3328496	30	DQ535032	Lactococcus lactis phage KSY1, complete genome	17242-17271	7	0.767
CP037427_5	5.6|3328467|30|CP037427|CRISPRCasFinder,CRT	3328467-3328496	30	NC_009817	Lactococcus phage KSY1, complete genome	17242-17271	7	0.767
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	MN693875	Marine virus AFVG_250M965, complete genome	480-509	7	0.767
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	MN694418	Marine virus AFVG_250M966, complete genome	479-508	7	0.767
CP037427_5	5.18|3328468|29|CP037427|PILER-CR	3328468-3328496	29	MN693786	Marine virus AFVG_250M1027, complete genome	44645-44673	7	0.759
CP037427_5	5.18|3328468|29|CP037427|PILER-CR	3328468-3328496	29	NZ_AP014824	Geminocystis sp. NIES-3709 plasmid pGM3709_03, complete sequence	27658-27686	7	0.759
CP037427_5	5.18|3328468|29|CP037427|PILER-CR	3328468-3328496	29	MK250019	Prevotella phage Lak-A2, complete genome	158134-158162	7	0.759
CP037427_5	5.18|3328468|29|CP037427|PILER-CR	3328468-3328496	29	DQ535032	Lactococcus lactis phage KSY1, complete genome	17243-17271	7	0.759
CP037427_5	5.18|3328468|29|CP037427|PILER-CR	3328468-3328496	29	NC_009817	Lactococcus phage KSY1, complete genome	17243-17271	7	0.759
CP037427_5	5.1|3328132|30|CP037427|CRISPRCasFinder,CRT	3328132-3328161	30	NZ_CP023721	Rhodococcus sp. H-CA8f plasmid unnamed, complete sequence	73466-73495	8	0.733
CP037427_5	5.3|3328266|30|CP037427|CRISPRCasFinder,CRT	3328266-3328295	30	MK170447	Methanosarcina virus MetMV, complete genome	2644-2673	8	0.733
CP037427_5	5.3|3328266|30|CP037427|CRISPRCasFinder,CRT	3328266-3328295	30	MK170447	Methanosarcina virus MetMV, complete genome	61773-61802	8	0.733
CP037427_5	5.4|3328333|30|CP037427|CRISPRCasFinder,CRT	3328333-3328362	30	MK170447	Methanosarcina virus MetMV, complete genome	2644-2673	8	0.733
CP037427_5	5.4|3328333|30|CP037427|CRISPRCasFinder,CRT	3328333-3328362	30	MK170447	Methanosarcina virus MetMV, complete genome	61773-61802	8	0.733
CP037427_5	5.6|3328467|30|CP037427|CRISPRCasFinder,CRT	3328467-3328496	30	NZ_AP014824	Geminocystis sp. NIES-3709 plasmid pGM3709_03, complete sequence	27657-27686	8	0.733
CP037427_5	5.10|3328735|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328735-3328764	30	MH598803	Pelagibacter phage HTVC121P, complete genome	33805-33834	8	0.733
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	NZ_CP044462	Acinetobacter indicus strain B18 plasmid pB18-7, complete sequence	11059-11088	8	0.733
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	MN693211	Marine virus AFVG_25M75, complete genome	6379-6408	8	0.733
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	MN693189	Marine virus AFVG_25M326, complete genome	6306-6335	8	0.733
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	MN693434	Marine virus AFVG_25M407, complete genome	6366-6395	8	0.733
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	NZ_LR215029	Mycoplasma ovipneumoniae strain NCTC10151 plasmid 5	2583-2612	8	0.733
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	MN693477	Marine virus AFVG_25M76, complete genome	25589-25618	8	0.733
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	MN694020	Marine virus AFVG_250M542, complete genome	39714-39743	8	0.733
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	MN693600	Marine virus AFVG_25M483, complete genome	26149-26178	8	0.733
CP037427_5	5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328936-3328965	30	NZ_LR134403	Listeria monocytogenes strain NCTC7974 plasmid 6, complete sequence	358473-358502	8	0.733
CP037427_5	5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328936-3328965	30	NC_020394	Bacillus thuringiensis serovar thuringiensis str. IS5056 plasmid pIS56-233, complete sequence	159537-159566	8	0.733
CP037427_5	5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328936-3328965	30	CP020755	Bacillus thuringiensis strain ATCC 10792 plasmid pLDW-16, complete sequence	397564-397593	8	0.733
CP037427_5	5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328936-3328965	30	NZ_CP030195	Salmonella enterica strain SA20080453 plasmid pSA20080453.1, complete sequence	37075-37104	8	0.733
CP037427_5	5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328936-3328965	30	NZ_CP021062	Bacillus thuringiensis strain ATCC 10792 plasmid poh1, complete sequence	28497-28526	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719709	Rheinheimera phage vB_RspM_Barba5A, complete genome	50096-50125	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719748	Rheinheimera phage vB_RspM_Barba29S, complete genome	51250-51279	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719716	Rheinheimera phage vB_RspM_Barba10A, complete genome	50201-50230	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497235	Rheinheimera phage vB_RspM_barba10-9H, complete genome	32334-32363	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497268	Rheinheimera phage vB_RspM_barba12-9B, complete genome	65735-65764	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719713	Rheinheimera phage vB_RspM_Barba8A, complete genome	50096-50125	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497239	Rheinheimera phage vB_RspM_barba12-6A, complete genome	50421-50450	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719753	Rheinheimera phage vB_RspM_Barba34A, complete genome	50201-50230	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497261	Rheinheimera phage vB_RspM_barba12-8C, complete genome	60237-60266	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497273	Rheinheimera phage vB_RspM_barba12-9G, complete genome	23008-23037	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719746	Rheinheimera phage vB_RspM_Barba28S, complete genome	50201-50230	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497255	Rheinheimera phage vB_RspM_barba12-7G, complete genome	24052-24081	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719734	Rheinheimera phage vB_RspM_Barba21S, complete genome	50645-50674	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497254	Rheinheimera phage vB_RspM_barba12-7F, complete genome	24399-24428	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497238	Rheinheimera phage vB_RspM_barba11-8A, complete genome	24052-24081	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719744	Rheinheimera phage vB_RspM_Barba27S, complete genome	50201-50230	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719717	Rheinheimera phage vB_RspM_Barba10S, complete genome	50329-50358	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719732	Rheinheimera phage vB_RspM_Barba20S, complete genome	51342-51371	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497247	Rheinheimera phage vB_RspM_barba12-6I, complete genome	23906-23935	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497263	Rheinheimera phage vB_RspM_barba12-8F, complete genome	24052-24081	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719711	Rheinheimera phage vB_RspM_Barba6A, complete genome	50192-50221	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497278	Rheinheimera phage vB_RspM_barba13-8A, complete genome	51117-51146	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497250	Rheinheimera phage vB_RspM_barba12-7B, complete genome	22527-22556	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719750	Rheinheimera phage vB_RspM_Barba31A, complete genome	54532-54561	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719727	Rheinheimera phage vB_RspM_Barba17A, complete genome	50202-50231	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719743	Rheinheimera phage vB_RspM_Barba26S, complete genome	50202-50231	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719724	Rheinheimera phage vB_RspM_Barba15A, complete genome	51538-51567	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497276	Rheinheimera phage vB_RspM_barba13-4A, complete genome	7117-7146	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497234	Rheinheimera phage vB_RspM_barba10-9G, complete genome	24058-24087	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719708	Rheinheimera phage vB_RspM_Barba4S, complete genome	50260-50289	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497249	Rheinheimera phage vB_RspM_barba12-7A, complete genome	24052-24081	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	NC_048191	Rheinheimera phage vB_RspM_Barba21A, complete genome	50219-50248	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497269	Rheinheimera phage vB_RspM_barba12-9C, complete genome	53203-53232	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497248	Rheinheimera phage vB_RspM_barba12-6J, complete genome	24052-24081	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719725	Rheinheimera phage vB_RspM_Barba15S, complete genome	50163-50192	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719712	Rheinheimera phage vB_RspM_Barba7A, complete genome	50201-50230	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497274	Rheinheimera phage vB_RspM_barba12-9I, complete genome	7117-7146	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497228	Rheinheimera phage vB_RspM_barba10-9A, complete genome	24276-24305	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497271	Rheinheimera phage vB_RspM_barba12-9E, complete genome	24158-24187	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719704	Rheinheimera phage vB_RspM_Barba2S, complete genome	50201-50230	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497244	Rheinheimera phage vB_RspM_barba12-6F, complete genome	61884-61913	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719705	Rheinheimera phage vB_RspM_Barba3A, complete genome	50864-50893	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719706	Rheinheimera phage vB_RspM_Barba3S, complete genome	50201-50230	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	NC_048188	Rheinheimera phage vB_RspM_Barba8S, complete genome	51399-51428	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719735	Rheinheimera phage vB_RspM_Barba22A, complete genome	50202-50231	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719751	Rheinheimera phage vB_RspM_Barba32A, complete genome	50201-50230	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	NC_048189	Rheinheimera phage vB_RspM_Barba18A, complete genome	50202-50231	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719707	Rheinheimera phage vB_RspM_Barba4A, complete genome	50187-50216	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497277	Rheinheimera phage vB_RspM_barba13-6A, complete genome	65729-65758	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719721	Rheinheimera phage vB_RspM_Barba13A, complete genome	50202-50231	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497233	Rheinheimera phage vB_RspM_barba10-9F, complete genome	22642-22671	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719701	Rheinheimera phage vB_RspM_Barba1A, complete genome	50100-50129	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719722	Rheinheimera phage vB_RspM_Barba14A, complete genome	50192-50221	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497241	Rheinheimera phage vB_RspM_barba12-6C, complete genome	65948-65977	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497252	Rheinheimera phage vB_RspM_barba12-7D, complete genome	65735-65764	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719738	Rheinheimera phage vB_RspM_Barba23S, complete genome	50202-50231	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719737	Rheinheimera phage vB_RspM_Barba23A, complete genome	50088-50117	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719703	Rheinheimera phage vB_RspM_Barba2A, complete genome	50212-50241	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719739	Rheinheimera phage vB_RspM_Barba24S, complete genome	50200-50229	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719715	Rheinheimera phage vB_RspM_Barba9A, complete genome	50258-50287	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719741	Rheinheimera phage vB_RspM_Barba25S, complete genome	50215-50244	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497240	Rheinheimera phage vB_RspM_barba12-6B, complete genome	65860-65889	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719754	Rheinheimera phage vB_RspM_Barba35A, complete genome	50066-50095	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719720	Rheinheimera phage vB_RspM_Barba12S, complete genome	50202-50231	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719749	Rheinheimera phage vB_RspM_Barba30A, complete genome	50097-50126	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719752	Rheinheimera phage vB_RspM_Barba33A, complete genome	50201-50230	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719728	Rheinheimera phage vB_RspM_Barba17S, complete genome	51402-51431	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497253	Rheinheimera phage vB_RspM_barba12-7E, complete genome	61980-62009	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719702	Rheinheimera phage vB_RspM_Barba1S, complete genome	50201-50230	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497229	Rheinheimera phage vB_RspM_barba10-9B, complete genome	24722-24751	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	NC_048190	Rheinheimera phage vB_RspM_Barba19A, complete genome	54523-54552	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719718	Rheinheimera phage vB_RspM_Barba11S, complete genome	50213-50242	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719719	Rheinheimera phage vB_RspM_Barba12A, complete genome	50201-50230	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719745	Rheinheimera phage vB_RspM_Barba28A, complete genome	50130-50159	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497251	Rheinheimera phage vB_RspM_barba12-7C, complete genome	24052-24081	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719740	Rheinheimera phage vB_RspM_Barba25A, complete genome	50144-50173	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	NC_048187	Rheinheimera phage vB_RspM_Barba5S, complete genome	52223-52252	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719726	Rheinheimera phage vB_RspM_Barba16S, complete genome	50086-50115	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497267	Rheinheimera phage vB_RspM_barba12-9A, complete genome	24206-24235	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497237	Rheinheimera phage vB_RspM_barba10-9J, complete genome	61338-61367	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719742	Rheinheimera phage vB_RspM_Barba26A, complete genome	50851-50880	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497275	Rheinheimera phage vB_RspM_barba12-9J, complete genome	24052-24081	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719736	Rheinheimera phage vB_RspM_Barba22S, complete genome	50202-50231	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497224	Rheinheimera phage vB_RspM_barba1-3A, complete genome	24052-24081	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497262	Rheinheimera phage vB_RspM_barba12-8E, complete genome	10857-10886	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497243	Rheinheimera phage vB_RspM_barba12-6E, complete genome	59402-59431	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719747	Rheinheimera phage vB_RspM_Barba29A, complete genome	50202-50231	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497265	Rheinheimera phage vB_RspM_barba12-8H, complete genome	30769-30798	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497279	Rheinheimera phage vB_RspM_barba5-7A, complete genome	24052-24081	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719723	Rheinheimera phage vB_RspM_Barba14S, complete genome	50172-50201	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497231	Rheinheimera phage vB_RspM_barba10-9D, complete genome	22527-22556	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MK719731	Rheinheimera phage vB_RspM_Barba20A, complete genome	50202-50231	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497264	Rheinheimera phage vB_RspM_barba12-8G, complete genome	57610-57639	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497226	Rheinheimera phage vB_RspM_barba10-8B, complete genome	26737-26766	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497232	Rheinheimera phage vB_RspM_barba10-9E, complete genome	21036-21065	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497256	Rheinheimera phage vB_RspM_barba12-7H, complete genome	63004-63033	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497242	Rheinheimera phage vB_RspM_barba12-6D, complete genome	14779-14808	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497246	Rheinheimera phage vB_RspM_barba12-6H, complete genome	21021-21050	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497260	Rheinheimera phage vB_RspM_barba12-8B, complete genome	18636-18665	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497272	Rheinheimera phage vB_RspM_barba12-9F, complete genome	73428-73457	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497225	Rheinheimera phage vB_RspM_barba10-8A, complete genome	48178-48207	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497257	Rheinheimera phage vB_RspM_barba12-7I, complete genome	14645-14674	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497227	Rheinheimera phage vB_RspM_barba10-8D, complete genome	48178-48207	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497266	Rheinheimera phage vB_RspM_barba12-8I, complete genome	40219-40248	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497270	Rheinheimera phage vB_RspM_barba12-9D, complete genome	19038-19067	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497258	Rheinheimera phage vB_RspM_barba12-7J, complete genome	48178-48207	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497230	Rheinheimera phage vB_RspM_barba10-9C, complete genome	57610-57639	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497259	Rheinheimera phage vB_RspM_barba12-8A, complete genome	14784-14813	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497236	Rheinheimera phage vB_RspM_barba10-9I, complete genome	63698-63727	8	0.733
CP037427_5	5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3329003-3329032	30	MT497245	Rheinheimera phage vB_RspM_barba12-6G, complete genome	14779-14808	8	0.733
CP037427_5	5.10|3328735|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328735-3328764	30	NC_023605	Vibrio phage PVA1, complete genome	33270-33299	9	0.7
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	MN657058	Psychrobacter sp. strain ANT_P22 plasmid pA22P4, complete sequence	3301-3330	9	0.7
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	NZ_CP021873	Borrelia miyamotoi strain CA17-2241 plasmid lp72, complete sequence	38855-38884	9	0.7
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	NZ_CP031270	Staphylococcus warneri strain 16A plasmid unnamed1, complete sequence	3849-3878	10	0.667
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	NZ_CP031270	Staphylococcus warneri strain 16A plasmid unnamed1, complete sequence	96072-96101	10	0.667
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	NZ_CP031270	Staphylococcus warneri strain 16A plasmid unnamed1, complete sequence	26177-26206	10	0.667
CP037427_5	5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR	3328869-3328898	30	MN693567	Marine virus AFVG_25M189, complete genome	31151-31180	10	0.667
CP037427_9	9.13|3670418|37|CP037427|CRISPRCasFinder	3670418-3670454	37	MN693957	Marine virus AFVG_250M449, complete genome	16035-16071	10	0.73
CP037427_9	9.14|3670485|37|CP037427|CRISPRCasFinder	3670485-3670521	37	NZ_CP049245	Rhizobium pseudoryzae strain DSM 19479 plasmid unnamed4, complete sequence	59174-59210	11	0.703
CP037427_9	9.20|3670884|37|CP037427|CRISPRCasFinder	3670884-3670920	37	NZ_CP049245	Rhizobium pseudoryzae strain DSM 19479 plasmid unnamed4, complete sequence	59174-59210	11	0.703
CP037427_9	9.89|3672199|45|CP037427|PILER-CR	3672199-3672243	45	NC_021789	Cellulophaga phage phi19:3, complete genome	14098-14142	11	0.756
CP037427_9	9.92|3672396|45|CP037427|PILER-CR	3672396-3672440	45	NC_021789	Cellulophaga phage phi19:3, complete genome	14098-14142	11	0.756
CP037427_9	9.84|3672199|46|CP037427|CRT	3672199-3672244	46	NC_021789	Cellulophaga phage phi19:3, complete genome	14097-14142	12	0.739
CP037427_9	9.87|3672396|46|CP037427|CRT	3672396-3672441	46	NC_021789	Cellulophaga phage phi19:3, complete genome	14097-14142	12	0.739

1. spacer 9.40|3672208|36|CP037427|CRISPRCasFinder matches to NC_021789 (Cellulophaga phage phi19:3, complete genome) position: , mismatch: 4, identity: 0.889

attagaattaaaacatttagcaccttatttacctta	CRISPR spacer
actagaattaaaacacttagcgccttatttaccttt	Protospacer
*.*************.*****.************* 

2. spacer 9.43|3672405|36|CP037427|CRISPRCasFinder matches to NC_021789 (Cellulophaga phage phi19:3, complete genome) position: , mismatch: 4, identity: 0.889

attagaattaaaacatttagcaccttatttacctta	CRISPR spacer
actagaattaaaacacttagcgccttatttaccttt	Protospacer
*.*************.*****.************* 

3. spacer 6.1|3439173|26|CP037427|CRISPRCasFinder matches to NZ_CP045340 (Vibrio sp. THAF190c plasmid pTHAF190c_b, complete sequence) position: , mismatch: 5, identity: 0.808

aagtaacaacaaaactcacactttaa	CRISPR spacer
tggtaccaacaacactcacactttat	Protospacer
 .*** ****** ************ 

4. spacer 5.3|3328266|30|CP037427|CRISPRCasFinder,CRT matches to MH598802 (Pelagibacter phage HTVC201P, complete genome) position: , mismatch: 6, identity: 0.8

gttagaagaaggcacaaatgaagatatagc	CRISPR spacer
agtagaagaaggcagaaaagaagatatgtc	Protospacer
. ************ *** ********. *

5. spacer 5.4|3328333|30|CP037427|CRISPRCasFinder,CRT matches to MH598802 (Pelagibacter phage HTVC201P, complete genome) position: , mismatch: 6, identity: 0.8

gttagaagaaggcacaaatgaagatatagc	CRISPR spacer
agtagaagaaggcagaaaagaagatatgtc	Protospacer
. ************ *** ********. *

6. spacer 5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK448905 (Streptococcus phage Javan318, complete genome) position: , mismatch: 6, identity: 0.8

tattaagaaaaacaaacgtaataaacagtt	CRISPR spacer
tgatacaaaaaataaacgtaataaacagat	Protospacer
*. ** .*****.*************** *

7. spacer 5.18|3328468|29|CP037427|PILER-CR matches to NZ_CP009921 (Bacillus megaterium NBRC 15308 = ATCC 14581 plasmid pBMV_2, complete sequence) position: , mismatch: 6, identity: 0.793

taaaggaaaacaaattgctttaaaacctt	CRISPR spacer
aagaggaaaagaaattgcattaaaacata	Protospacer
 *.******* ******* ******* * 

8. spacer 5.18|3328468|29|CP037427|PILER-CR matches to NZ_CP035095 (Bacillus megaterium NBRC 15308 = ATCC 14581 plasmid unnamed1, complete sequence) position: , mismatch: 6, identity: 0.793

taaaggaaaacaaattgctttaaaacctt	CRISPR spacer
aagaggaaaagaaattgcattaaaacata	Protospacer
 *.******* ******* ******* * 

9. spacer 5.3|3328266|30|CP037427|CRISPRCasFinder,CRT matches to NZ_CP034112 (Staphylococcus epidermidis strain CDC120 plasmid pSTA491, complete sequence) position: , mismatch: 7, identity: 0.767

gttag--aagaaggcacaaatgaagatatagc	CRISPR spacer
--taaccaagaaggcaccattgaagatataca	Protospacer
  **.  ********** * **********  

10. spacer 5.4|3328333|30|CP037427|CRISPRCasFinder,CRT matches to NZ_CP034112 (Staphylococcus epidermidis strain CDC120 plasmid pSTA491, complete sequence) position: , mismatch: 7, identity: 0.767

gttag--aagaaggcacaaatgaagatatagc	CRISPR spacer
--taaccaagaaggcaccattgaagatataca	Protospacer
  **.  ********** * **********  

11. spacer 5.6|3328467|30|CP037427|CRISPRCasFinder,CRT matches to MN693786 (Marine virus AFVG_250M1027, complete genome) position: , mismatch: 7, identity: 0.767

ataaaggaaaacaaattgctttaaaacctt	CRISPR spacer
aaaaagcaaaacaaattgctataaaataac	Protospacer
* **** ************* *****.  .

12. spacer 5.6|3328467|30|CP037427|CRISPRCasFinder,CRT matches to MK250019 (Prevotella phage Lak-A2, complete genome) position: , mismatch: 7, identity: 0.767

ataaaggaaaacaaattgctttaaaacctt	CRISPR spacer
ataaaggaaaacaaattacattaagaaaac	Protospacer
*****************.* ****.*   .

13. spacer 5.6|3328467|30|CP037427|CRISPRCasFinder,CRT matches to NZ_CP009921 (Bacillus megaterium NBRC 15308 = ATCC 14581 plasmid pBMV_2, complete sequence) position: , mismatch: 7, identity: 0.767

ataaaggaaaacaaattgctttaaaacctt	CRISPR spacer
taagaggaaaagaaattgcattaaaacata	Protospacer
  *.******* ******* ******* * 

14. spacer 5.6|3328467|30|CP037427|CRISPRCasFinder,CRT matches to NZ_CP035095 (Bacillus megaterium NBRC 15308 = ATCC 14581 plasmid unnamed1, complete sequence) position: , mismatch: 7, identity: 0.767

ataaaggaaaacaaattgctttaaaacctt	CRISPR spacer
taagaggaaaagaaattgcattaaaacata	Protospacer
  *.******* ******* ******* * 

15. spacer 5.6|3328467|30|CP037427|CRISPRCasFinder,CRT matches to DQ535032 (Lactococcus lactis phage KSY1, complete genome) position: , mismatch: 7, identity: 0.767

ataaaggaaaacaaattgcttta----aaacctt	CRISPR spacer
aaaaagcaaaacaaattgctttatctgaga----	Protospacer
* **** ****************    *.*    

16. spacer 5.6|3328467|30|CP037427|CRISPRCasFinder,CRT matches to NC_009817 (Lactococcus phage KSY1, complete genome) position: , mismatch: 7, identity: 0.767

ataaaggaaaacaaattgcttta----aaacctt	CRISPR spacer
aaaaagcaaaacaaattgctttatctgaga----	Protospacer
* **** ****************    *.*    

17. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MN693875 (Marine virus AFVG_250M965, complete genome) position: , mismatch: 7, identity: 0.767

agtgt-atatatatacaaaacaaagaaagcg	CRISPR spacer
-ttataatatatatataatacaaagaaagaa	Protospacer
  *.* *********.** ********** .

18. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MN694418 (Marine virus AFVG_250M966, complete genome) position: , mismatch: 7, identity: 0.767

agtgt-atatatatacaaaacaaagaaagcg	CRISPR spacer
-ttataatatatatataatacaaagaaagaa	Protospacer
  *.* *********.** ********** .

19. spacer 5.18|3328468|29|CP037427|PILER-CR matches to MN693786 (Marine virus AFVG_250M1027, complete genome) position: , mismatch: 7, identity: 0.759

taaaggaaaacaaattgctttaaaacctt	CRISPR spacer
aaaagcaaaacaaattgctataaaataac	Protospacer
 **** ************* *****.  .

20. spacer 5.18|3328468|29|CP037427|PILER-CR matches to NZ_AP014824 (Geminocystis sp. NIES-3709 plasmid pGM3709_03, complete sequence) position: , mismatch: 7, identity: 0.759

taaaggaaaacaaattgcttta----aaacctt	CRISPR spacer
agaagcaaaacaaattgctttaatcgaaa----	Protospacer
 .*** ****************    ***    

21. spacer 5.18|3328468|29|CP037427|PILER-CR matches to MK250019 (Prevotella phage Lak-A2, complete genome) position: , mismatch: 7, identity: 0.759

taaaggaaaacaaattgctttaaaacctt	CRISPR spacer
taaaggaaaacaaattacattaagaaaac	Protospacer
****************.* ****.*   .

22. spacer 5.18|3328468|29|CP037427|PILER-CR matches to DQ535032 (Lactococcus lactis phage KSY1, complete genome) position: , mismatch: 7, identity: 0.759

taaaggaaaacaaattgcttta----aaacctt	CRISPR spacer
aaaagcaaaacaaattgctttatctgaga----	Protospacer
 **** ****************    *.*    

23. spacer 5.18|3328468|29|CP037427|PILER-CR matches to NC_009817 (Lactococcus phage KSY1, complete genome) position: , mismatch: 7, identity: 0.759

taaaggaaaacaaattgcttta----aaacctt	CRISPR spacer
aaaagcaaaacaaattgctttatctgaga----	Protospacer
 **** ****************    *.*    

24. spacer 5.1|3328132|30|CP037427|CRISPRCasFinder,CRT matches to NZ_CP023721 (Rhodococcus sp. H-CA8f plasmid unnamed, complete sequence) position: , mismatch: 8, identity: 0.733

gtattcatcgatcagatagaacttgttaat	CRISPR spacer
tgattcaacgatcagatggaacttggccac	Protospacer
  ***** *********.******* . *.

25. spacer 5.3|3328266|30|CP037427|CRISPRCasFinder,CRT matches to MK170447 (Methanosarcina virus MetMV, complete genome) position: , mismatch: 8, identity: 0.733

gttagaagaaggcacaaatgaagatatagc	CRISPR spacer
aaaaaaagaagtcacagatgaagatataaa	Protospacer
.  *.****** ****.***********. 

26. spacer 5.3|3328266|30|CP037427|CRISPRCasFinder,CRT matches to MK170447 (Methanosarcina virus MetMV, complete genome) position: , mismatch: 8, identity: 0.733

gttagaagaaggcacaaatgaagatatagc	CRISPR spacer
aaaaaaagaagtcacagatgaagatataaa	Protospacer
.  *.****** ****.***********. 

27. spacer 5.4|3328333|30|CP037427|CRISPRCasFinder,CRT matches to MK170447 (Methanosarcina virus MetMV, complete genome) position: , mismatch: 8, identity: 0.733

gttagaagaaggcacaaatgaagatatagc	CRISPR spacer
aaaaaaagaagtcacagatgaagatataaa	Protospacer
.  *.****** ****.***********. 

28. spacer 5.4|3328333|30|CP037427|CRISPRCasFinder,CRT matches to MK170447 (Methanosarcina virus MetMV, complete genome) position: , mismatch: 8, identity: 0.733

gttagaagaaggcacaaatgaagatatagc	CRISPR spacer
aaaaaaagaagtcacagatgaagatataaa	Protospacer
.  *.****** ****.***********. 

29. spacer 5.6|3328467|30|CP037427|CRISPRCasFinder,CRT matches to NZ_AP014824 (Geminocystis sp. NIES-3709 plasmid pGM3709_03, complete sequence) position: , mismatch: 8, identity: 0.733

ataaaggaaaacaaattgcttta----aaacctt	CRISPR spacer
tagaagcaaaacaaattgctttaatcgaaa----	Protospacer
  .*** ****************    ***    

30. spacer 5.10|3328735|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MH598803 (Pelagibacter phage HTVC121P, complete genome) position: , mismatch: 8, identity: 0.733

caagaaggagaagcaaagttagttcatgct	CRISPR spacer
tgcggaatagaagcaaagttagttcctgca	Protospacer
.. *.*. ***************** *** 

31. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP044462 (Acinetobacter indicus strain B18 plasmid pB18-7, complete sequence) position: , mismatch: 8, identity: 0.733

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
agtgtatttatataaaaaacaaagtcttac	Protospacer
******* ****** *********      

32. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MN693211 (Marine virus AFVG_25M75, complete genome) position: , mismatch: 8, identity: 0.733

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
atatgatatatataaaatacaaagaaagtt	Protospacer
*    ********* ** **********. 

33. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MN693189 (Marine virus AFVG_25M326, complete genome) position: , mismatch: 8, identity: 0.733

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
atatgatatatataaaatacaaagaaagtt	Protospacer
*    ********* ** **********. 

34. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MN693434 (Marine virus AFVG_25M407, complete genome) position: , mismatch: 8, identity: 0.733

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
atatgatatatataaaatacaaagaaagtt	Protospacer
*    ********* ** **********. 

35. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NZ_LR215029 (Mycoplasma ovipneumoniae strain NCTC10151 plasmid 5) position: , mismatch: 8, identity: 0.733

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
aagctatgtataaacaaaacaaagaaaaac	Protospacer
*.  ***.**** **************.  

36. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MN693477 (Marine virus AFVG_25M76, complete genome) position: , mismatch: 8, identity: 0.733

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
atatgatatatataaaatacaaagaaagtt	Protospacer
*    ********* ** **********. 

37. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MN694020 (Marine virus AFVG_250M542, complete genome) position: , mismatch: 8, identity: 0.733

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
tatacggatacattcaaaacaaagaaagcg	Protospacer
 .*... ***.** ****************

38. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MN693600 (Marine virus AFVG_25M483, complete genome) position: , mismatch: 8, identity: 0.733

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
atatgatatatataaaatacaaagaaagtt	Protospacer
*    ********* ** **********. 

39. spacer 5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NZ_LR134403 (Listeria monocytogenes strain NCTC7974 plasmid 6, complete sequence) position: , mismatch: 8, identity: 0.733

tattaagaaaaacaaacgtaataaacagtt	CRISPR spacer
gaaaaagtaaaacaaacgtattaaacaaac	Protospacer
 *  *** ************ ******. .

40. spacer 5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NC_020394 (Bacillus thuringiensis serovar thuringiensis str. IS5056 plasmid pIS56-233, complete sequence) position: , mismatch: 8, identity: 0.733

tattaagaaaaacaaacgtaataaacagtt	CRISPR spacer
ttttaagataaacaaacgttataaaatcac	Protospacer
* ****** ********** *****    .

41. spacer 5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to CP020755 (Bacillus thuringiensis strain ATCC 10792 plasmid pLDW-16, complete sequence) position: , mismatch: 8, identity: 0.733

tattaagaaaaacaaacgtaataaacagtt	CRISPR spacer
ttttaagataaacaaacgttataaaatcac	Protospacer
* ****** ********** *****    .

42. spacer 5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP030195 (Salmonella enterica strain SA20080453 plasmid pSA20080453.1, complete sequence) position: , mismatch: 8, identity: 0.733

tattaagaaaaacaaacgtaataaacagtt	CRISPR spacer
cattaagaaaaacaaaggtaattactccta	Protospacer
.*************** ***** * .  * 

43. spacer 5.13|3328936|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP021062 (Bacillus thuringiensis strain ATCC 10792 plasmid poh1, complete sequence) position: , mismatch: 8, identity: 0.733

tattaagaaaaacaaacgtaataaacagtt	CRISPR spacer
ttttaagataaacaaacgttataaaatcac	Protospacer
* ****** ********** *****    .

44. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719709 (Rheinheimera phage vB_RspM_Barba5A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

45. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719748 (Rheinheimera phage vB_RspM_Barba29S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

46. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719716 (Rheinheimera phage vB_RspM_Barba10A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

47. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497235 (Rheinheimera phage vB_RspM_barba10-9H, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

48. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497268 (Rheinheimera phage vB_RspM_barba12-9B, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

49. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719713 (Rheinheimera phage vB_RspM_Barba8A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

50. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497239 (Rheinheimera phage vB_RspM_barba12-6A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

51. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719753 (Rheinheimera phage vB_RspM_Barba34A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

52. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497261 (Rheinheimera phage vB_RspM_barba12-8C, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

53. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497273 (Rheinheimera phage vB_RspM_barba12-9G, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

54. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719746 (Rheinheimera phage vB_RspM_Barba28S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

55. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497255 (Rheinheimera phage vB_RspM_barba12-7G, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

56. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719734 (Rheinheimera phage vB_RspM_Barba21S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

57. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497254 (Rheinheimera phage vB_RspM_barba12-7F, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

58. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497238 (Rheinheimera phage vB_RspM_barba11-8A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

59. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719744 (Rheinheimera phage vB_RspM_Barba27S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

60. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719717 (Rheinheimera phage vB_RspM_Barba10S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

61. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719732 (Rheinheimera phage vB_RspM_Barba20S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

62. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497247 (Rheinheimera phage vB_RspM_barba12-6I, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

63. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497263 (Rheinheimera phage vB_RspM_barba12-8F, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

64. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719711 (Rheinheimera phage vB_RspM_Barba6A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

65. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497278 (Rheinheimera phage vB_RspM_barba13-8A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

66. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497250 (Rheinheimera phage vB_RspM_barba12-7B, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

67. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719750 (Rheinheimera phage vB_RspM_Barba31A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

68. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719727 (Rheinheimera phage vB_RspM_Barba17A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

69. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719743 (Rheinheimera phage vB_RspM_Barba26S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

70. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719724 (Rheinheimera phage vB_RspM_Barba15A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

71. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497276 (Rheinheimera phage vB_RspM_barba13-4A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

72. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497234 (Rheinheimera phage vB_RspM_barba10-9G, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

73. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719708 (Rheinheimera phage vB_RspM_Barba4S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

74. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497249 (Rheinheimera phage vB_RspM_barba12-7A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

75. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NC_048191 (Rheinheimera phage vB_RspM_Barba21A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

76. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497269 (Rheinheimera phage vB_RspM_barba12-9C, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

77. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497248 (Rheinheimera phage vB_RspM_barba12-6J, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

78. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719725 (Rheinheimera phage vB_RspM_Barba15S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

79. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719712 (Rheinheimera phage vB_RspM_Barba7A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

80. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497274 (Rheinheimera phage vB_RspM_barba12-9I, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

81. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497228 (Rheinheimera phage vB_RspM_barba10-9A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

82. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497271 (Rheinheimera phage vB_RspM_barba12-9E, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

83. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719704 (Rheinheimera phage vB_RspM_Barba2S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

84. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497244 (Rheinheimera phage vB_RspM_barba12-6F, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

85. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719705 (Rheinheimera phage vB_RspM_Barba3A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

86. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719706 (Rheinheimera phage vB_RspM_Barba3S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

87. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NC_048188 (Rheinheimera phage vB_RspM_Barba8S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

88. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719735 (Rheinheimera phage vB_RspM_Barba22A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

89. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719751 (Rheinheimera phage vB_RspM_Barba32A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

90. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NC_048189 (Rheinheimera phage vB_RspM_Barba18A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

91. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719707 (Rheinheimera phage vB_RspM_Barba4A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

92. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497277 (Rheinheimera phage vB_RspM_barba13-6A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

93. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719721 (Rheinheimera phage vB_RspM_Barba13A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

94. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497233 (Rheinheimera phage vB_RspM_barba10-9F, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

95. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719701 (Rheinheimera phage vB_RspM_Barba1A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

96. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719722 (Rheinheimera phage vB_RspM_Barba14A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

97. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497241 (Rheinheimera phage vB_RspM_barba12-6C, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

98. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497252 (Rheinheimera phage vB_RspM_barba12-7D, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

99. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719738 (Rheinheimera phage vB_RspM_Barba23S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

100. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719737 (Rheinheimera phage vB_RspM_Barba23A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

101. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719703 (Rheinheimera phage vB_RspM_Barba2A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

102. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719739 (Rheinheimera phage vB_RspM_Barba24S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

103. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719715 (Rheinheimera phage vB_RspM_Barba9A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

104. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719741 (Rheinheimera phage vB_RspM_Barba25S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

105. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497240 (Rheinheimera phage vB_RspM_barba12-6B, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

106. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719754 (Rheinheimera phage vB_RspM_Barba35A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

107. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719720 (Rheinheimera phage vB_RspM_Barba12S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

108. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719749 (Rheinheimera phage vB_RspM_Barba30A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

109. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719752 (Rheinheimera phage vB_RspM_Barba33A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

110. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719728 (Rheinheimera phage vB_RspM_Barba17S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

111. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497253 (Rheinheimera phage vB_RspM_barba12-7E, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

112. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719702 (Rheinheimera phage vB_RspM_Barba1S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

113. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497229 (Rheinheimera phage vB_RspM_barba10-9B, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

114. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NC_048190 (Rheinheimera phage vB_RspM_Barba19A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

115. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719718 (Rheinheimera phage vB_RspM_Barba11S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

116. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719719 (Rheinheimera phage vB_RspM_Barba12A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

117. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719745 (Rheinheimera phage vB_RspM_Barba28A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

118. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497251 (Rheinheimera phage vB_RspM_barba12-7C, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

119. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719740 (Rheinheimera phage vB_RspM_Barba25A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

120. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NC_048187 (Rheinheimera phage vB_RspM_Barba5S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

121. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719726 (Rheinheimera phage vB_RspM_Barba16S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

122. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497267 (Rheinheimera phage vB_RspM_barba12-9A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

123. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497237 (Rheinheimera phage vB_RspM_barba10-9J, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

124. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719742 (Rheinheimera phage vB_RspM_Barba26A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

125. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497275 (Rheinheimera phage vB_RspM_barba12-9J, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

126. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719736 (Rheinheimera phage vB_RspM_Barba22S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

127. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497224 (Rheinheimera phage vB_RspM_barba1-3A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

128. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497262 (Rheinheimera phage vB_RspM_barba12-8E, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

129. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497243 (Rheinheimera phage vB_RspM_barba12-6E, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

130. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719747 (Rheinheimera phage vB_RspM_Barba29A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

131. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497265 (Rheinheimera phage vB_RspM_barba12-8H, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

132. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497279 (Rheinheimera phage vB_RspM_barba5-7A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

133. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719723 (Rheinheimera phage vB_RspM_Barba14S, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

134. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497231 (Rheinheimera phage vB_RspM_barba10-9D, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

135. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MK719731 (Rheinheimera phage vB_RspM_Barba20A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

136. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497264 (Rheinheimera phage vB_RspM_barba12-8G, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

137. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497226 (Rheinheimera phage vB_RspM_barba10-8B, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

138. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497232 (Rheinheimera phage vB_RspM_barba10-9E, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

139. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497256 (Rheinheimera phage vB_RspM_barba12-7H, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

140. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497242 (Rheinheimera phage vB_RspM_barba12-6D, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

141. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497246 (Rheinheimera phage vB_RspM_barba12-6H, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

142. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497260 (Rheinheimera phage vB_RspM_barba12-8B, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

143. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497272 (Rheinheimera phage vB_RspM_barba12-9F, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

144. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497225 (Rheinheimera phage vB_RspM_barba10-8A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

145. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497257 (Rheinheimera phage vB_RspM_barba12-7I, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

146. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497227 (Rheinheimera phage vB_RspM_barba10-8D, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

147. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497266 (Rheinheimera phage vB_RspM_barba12-8I, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

148. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497270 (Rheinheimera phage vB_RspM_barba12-9D, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

149. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497258 (Rheinheimera phage vB_RspM_barba12-7J, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

150. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497230 (Rheinheimera phage vB_RspM_barba10-9C, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

151. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497259 (Rheinheimera phage vB_RspM_barba12-8A, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

152. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497236 (Rheinheimera phage vB_RspM_barba10-9I, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

153. spacer 5.14|3329003|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MT497245 (Rheinheimera phage vB_RspM_barba12-6G, complete genome) position: , mismatch: 8, identity: 0.733

gggtaaaactggtttgatttggttaagtac	CRISPR spacer
aatgaaaactcatttgatttggttaagttt	Protospacer
..  ****** .**************** .

154. spacer 5.10|3328735|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NC_023605 (Vibrio phage PVA1, complete genome) position: , mismatch: 9, identity: 0.7

caagaaggagaagcaaagttagttcatgct	CRISPR spacer
actgaagatgaagcaaagttagttcacaag	Protospacer
   ****. *****************..  

155. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MN657058 (Psychrobacter sp. strain ANT_P22 plasmid pA22P4, complete sequence) position: , mismatch: 9, identity: 0.7

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
taaatatacatatacaaaaaaaagaaaata	Protospacer
 . .****.********** *******...

156. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP021873 (Borrelia miyamotoi strain CA17-2241 plasmid lp72, complete sequence) position: , mismatch: 9, identity: 0.7

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
caaatatatatatacaaaaaaaataaacta	Protospacer
 . .*************** *** *** ..

157. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP031270 (Staphylococcus warneri strain 16A plasmid unnamed1, complete sequence) position: , mismatch: 10, identity: 0.667

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
ctaatatatatatacaagacaaagacgctt	Protospacer
   .*************.******* . . 

158. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP031270 (Staphylococcus warneri strain 16A plasmid unnamed1, complete sequence) position: , mismatch: 10, identity: 0.667

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
ctaatatatatatacaagacaaagacgctt	Protospacer
   .*************.******* . . 

159. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to NZ_CP031270 (Staphylococcus warneri strain 16A plasmid unnamed1, complete sequence) position: , mismatch: 10, identity: 0.667

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
ctaatatatatatacaagacaaagacgctt	Protospacer
   .*************.******* . . 

160. spacer 5.12|3328869|30|CP037427|CRISPRCasFinder,CRT,PILER-CR matches to MN693567 (Marine virus AFVG_25M189, complete genome) position: , mismatch: 10, identity: 0.667

agtgtatatatatacaaaacaaagaaagcg	CRISPR spacer
gaacaatttatatacaaaacaaagaacaaa	Protospacer
..   ** ****************** . .

161. spacer 9.13|3670418|37|CP037427|CRISPRCasFinder matches to MN693957 (Marine virus AFVG_250M449, complete genome) position: , mismatch: 10, identity: 0.73

gagcaaaaaagaaagatgaaataagactttcaatttt	CRISPR spacer
gagcaaaaaatatagatgaaataagaagattaaagaa	Protospacer
********** * *************   *.**    

162. spacer 9.14|3670485|37|CP037427|CRISPRCasFinder matches to NZ_CP049245 (Rhizobium pseudoryzae strain DSM 19479 plasmid unnamed4, complete sequence) position: , mismatch: 11, identity: 0.703

tagtaagcgaattgaatgaaaatggatggcaaactga	CRISPR spacer
gttctaccatattggatgaaaatggatggcaaaatgg	Protospacer
   . * *. ****.****************** **.

163. spacer 9.20|3670884|37|CP037427|CRISPRCasFinder matches to NZ_CP049245 (Rhizobium pseudoryzae strain DSM 19479 plasmid unnamed4, complete sequence) position: , mismatch: 11, identity: 0.703

tagtaagcgaattgaatgaaaatggatggcaaactga	CRISPR spacer
gttctaccatattggatgaaaatggatggcaaaatgg	Protospacer
   . * *. ****.****************** **.

164. spacer 9.89|3672199|45|CP037427|PILER-CR matches to NC_021789 (Cellulophaga phage phi19:3, complete genome) position: , mismatch: 11, identity: 0.756

atttaaaagattagaattaaaacatttagcaccttatttacctta	CRISPR spacer
caaagagaaactagaattaaaacacttagcgccttatttaccttt	Protospacer
    .*.*.*.*************.*****.************* 

165. spacer 9.92|3672396|45|CP037427|PILER-CR matches to NC_021789 (Cellulophaga phage phi19:3, complete genome) position: , mismatch: 11, identity: 0.756

atttaaaagattagaattaaaacatttagcaccttatttacctta	CRISPR spacer
caaagagaaactagaattaaaacacttagcgccttatttaccttt	Protospacer
    .*.*.*.*************.*****.************* 

166. spacer 9.84|3672199|46|CP037427|CRT matches to NC_021789 (Cellulophaga phage phi19:3, complete genome) position: , mismatch: 12, identity: 0.739

atttaaaagattagaattaaaacatttagcaccttatttaccttaa	CRISPR spacer
caaagagaaactagaattaaaacacttagcgccttatttacctttt	Protospacer
    .*.*.*.*************.*****.*************  

167. spacer 9.87|3672396|46|CP037427|CRT matches to NC_021789 (Cellulophaga phage phi19:3, complete genome) position: , mismatch: 12, identity: 0.739

atttaaaagattagaattaaaacatttagcaccttatttaccttaa	CRISPR spacer
caaagagaaactagaattaaaacacttagcgccttatttacctttt	Protospacer
    .*.*.*.*************.*****.*************  

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	37017 : 62483	26	Leptospira_phage(40.0%)	integrase,transposase	attL 39831:39845|attR 64068:64082
DBSCAN-SWA_2	346698 : 375161	25	Catovirus(20.0%)	integrase,tRNA,transposase	attL 357099:357158|attR 371320:372302
DBSCAN-SWA_3	947399 : 957141	9	Bacillus_phage(16.67%)	NA	NA
DBSCAN-SWA_4	1762192 : 1814294	44	Agrobacterium_phage(14.29%)	holin,protease,transposase	NA
DBSCAN-SWA_5	2207139 : 2259556	42	Tetraselmis_virus(21.43%)	integrase,transposase	attL 2208913:2208929|attR 2254532:2254548
DBSCAN-SWA_6	3027551 : 3093973	55	Bacillus_phage(28.57%)	integrase,transposase	attL 3079073:3079090|attR 3107810:3107827
DBSCAN-SWA_7	3126911 : 3180679	47	Norovirus(25.0%)	protease,transposase	NA

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>CP037427|37017:62483|DBSCAN-SWA
TATGGACAAATTTACACAATTTATCGGAATAGATATTTCCAAAGATTATTTTGATGTAGCTATTTATGTAGATGCTAATTCTTGTAAACACAATCAGTTTGAAAACACTAAAACGGGAGTTGATCAATTTATGAAGTGGATGAAAAGCGAAGGATGTTGTGTAGAGGAAACATTGATATGTATGGAGCATACAGGTATTTATAAAAATATTTTAGTAGATATTTTGCTTTCAAAGAATTGTAATCTATGGGTAGAAATGGCTTATAGAATTATAAGAAGTAGTGGAATACAAAGAGGAAAGAATGACAAGATAGATTCTAAAAGGATAGCATTGTATGCTAAGAAAAATCAAGAAGAAGCGAAGCTCTTTAAAGCATCAAAGGCTGTATTGAATAAGATTCAGGCTCTATTGGGACAGCGAGAGATGAGTATAGCTCATAAGACAGCTATAGAAGTAAGAACCAACGAATTTAAGGGGTTTAATGATGAACTGTACAAGGTTTTGTCTAAAAATGATAAGGCTATTATCAAGGCTTTAGAGAACGCTATAAAGGTGATTGAAGAACAGTTAAATACTCTTATTAGAGAAAATCAAGAGGTATCTGAGATATTTGATTGTGTGATTTCTGTAAGAGGTGTTGGAGATATTACAGCGATGTTTTTAATATGTTATACCAATGCGTTTACATCATTTGAAGACTCTCGACAATTAGCATCTTATTGTGGTGTTGTCCCTTTTGAATATACTTCAGGTAAAAGTGTAAGAGGCAAAGCTAAAGTACACTTTATGGCTAATAAAAAGCTTAAAAAACTTTTACATCTCTGTGCTTTATCAGCTGTTAGATGGGACCCAGAGATAAGGGCTTATTACGAGAGGAAAGTTGGAGAAGGTAAGCATAAGATGCTTGTTTTAAACAATGTTAGAAACAAGCTTGTACAGCGTATATGTTCTTGTGTTAGGAATAAAAAAGCTTATGAGGTACGACAAGTAGCATAAACATCATACATTGAATTAGAAACAAAAATAGAGGATAATACGGATATAATCCTCAGGTTAGATATGCCTTGTTTTATTGAGTTATTCTCAAAAATAAGGTGTAAAATATATTAATAATGATTTGCTTTTATCATAGTAATCGAATTACGAGGCTTGCCTTTTAGGCATTAATAAAAGAATTAAAAATGTTGCTTGCAACACTCATTAATTAGGAATTGAGAATTAGGAATTTATGACTTCAGCATAGGTATGTATATCTGGCAGATAAAATCATAAGTGTTAAACCCATCAAAAAAGCCATTACTTGTTTTTAAGTAATGGCTTTTGTATTTATTAATAGAATCCTAATTCCCGAAGGGAAAGCATTCCTAATTCCTAATTTATAACTCCTAATTAAAAGTTATGCTCTATTGATATCAATAAGGATTTTAACTTGTTCTGGATTGCTTACTAAGGCTTCAAAACCATTTGTTACAATCTCGTCTAAACCAATTTTATTTGTCACTAATTTTTCTACCTCCATACGACCAGAGTCGATTAAGTTAATTACTTCAGGGAAGATATTTCTATAAGCGATAACCCCTTTTACAGTGATCTCTCTTAATACTTGATCTAAAGCATCGTGTTGAACTGGTTTTCCGAATAAAGCAACTAATACAGCAGTACCTCCATTACGAGTAGAAGCAATACCTGTATTATAAGAAGCTTGTACTCCAGCACAATCTAAGAATACATTAACTCCTAGACCACCAGTCAAGGCTTTAATCTTAGCAGGAAGATCAGCTTCCATAGCATTGAATACATGAGTAGCTCCGATTTCTTTTGCTTTCTCTAAGCGTTTCTCTGCTACATCTGTAACGATCACAGTAGACGCACCAGCTGCTAAAGCTGCTTGAGCACATAGTAACCCGATAGGTCCTGCACCAGATACTAATACTGTCTGTCCTACTTTTAGACCACTCTGTAGTACTGAGTATACAGCTACTGCAGCAGGCTCTACTAAAGCACCTTGTTCAAAAGACATCGTATCAGGAATTTTGTGAATCATATAATCTTCAACCACTACGTATTTTGCAAATCCTCCATTACCTGCTAATCCGATGAAACCTAAGTGTTCTCCTAAGTTGTATTCTCCAGAAGCTACGAATGGACTATCGAAGTTTTTATAGATAGGCTCAATTACTACACGATCCCCTACTTTAATATTTTTTACACCTTCACCTAATTCTTCAACGATACCTGAGAACTCATGTCCTAAAGTAGTTACACCCTGATGACCATTTAATGGATAAGGTTTGTCTAATGGAATTAATTGAGGCCCGTGTACATATTCGTGTAAGTCTGATCCACAGATACCAGCATATTGAACTGCTACTTTTACCTGTCCTTTAGCTGGAGTAGGGATTTCTGTTTGTTCTACTCTAATATCTTTGGCTGCATACCAGCGTGCTGCTTTCATTGTGCTCATAATAATATTCTTTTTTATGTTTCACTCAAATATACTGAGAAAACTAGAGAATATTCGTTTCCCGCGAAGCTTTGGTTGTTAATTATTAATCAATATTGTGTTATCATTTTAAGACTGCAAGTGTTTTAGAATGATAACTTCTAAAATGAAAGAGATAATGTAGTTTGTTAAGTATCTATGTTTAAATTTTAACGTAAAAGAGAGGAGTGTTTTTATAAGAAAACGATTATTGAAATAAGGTTAGATTGAGATTAGAATAATTGCTTTTACGAACTTTTTAAAGAAAGGTGCAAACTAGGTGCTCAAGGGCATAAAAAAAGCCCGATAACGAGTGTTATCGGGCTTTTCAGCGGAGAAAGAGGGAATATAACCTATATATAAATAGAGTGTGATAAAATACTATTATTTTGATTTATTGACAGTTATGTTTTTATTAAGTCGATTAAATACCTTAAAATACTATATGATAGTATCAAAATTGGGTGTATATTTGGGTGCTATTACAAATAACTATGACTATAAAAAGAAAGATAACTATTGCTATTGAAAAGAGAAAGAAAGATGGTGTATTAATCACAGAGAACGTTCCAATTCGTGCAAGAGTGGTATATAATGGTGGCCGTGTAGAACTCTTTACAGGCTACCGCATTGATGCTTCTAAATGGGATGAAGCAAAAGAAAAGGTACGCAATGGGTGTACCAATAAGCTAAAACAAAGCTCTTCCGAAATCAATACAGCAATACAGGAGCTATCTACTACAATTGATAGAATCTTTAAAGAGTATGAATTGAAGAATGAAGTACCTTCTTTTGAACTCTTTAAAGATGAAATAAAACGCTACTCAGATAAACAAACCATATCAGCGACAGAAAAGAACTTGTTTACGGCTTTTGATGAGTTTGTCAAAAACAGCGGAAAACGCAACGATTGGACAACTGCTACTTACACTAAGTTTAATACTGTTCGCTCACATCTTTTTTCTTTCAAAAGCAACTTTCAGTTTACTGATATTAACGAAAAGACGTTATTAGACTACGTTTCATTTCTACGCATTGAAAAACAGATGCGTAACAGTACCATCGAAAAGCAGATTAGTTTTGTAAAGTGGTTTTTGAAGTGGTGTAAAAACAACAATTATACAATTACCTATAATTTTGAAGAGTTTAAACCAAAGTTAAAAGAAACCTCTAAAAAGATAATCTTTTTAACTCAAGAGGAAATCGAACAGATTAAATCAACGGATTTAGGCACAAAGTCGTACTTAGAACGTGTGCGTGATGTATTACTTTTCTGTTGTTACACAGGACTTCGCTATTCAGATGCTTTTAACCTAACAAGACACGACATTAAAAATGATGCGATTGAGTTTGTTACCAAAAAGACAAATGATATGCTGAGAGTTGAATTAAACAAACATAGTAGAGCAATATTAGAGAAGTACAAAGATGTACCTTTTGAAAAAGGAAAGGCGCTACCTGTCATTTCTAATCAAAAGATGAATGACTATATAAAAGAACTTGGAGAGTTAGCTGAAGTTAACGAACCAATCCGAGAAACGTATTATGTAGGCAATGAAAGAATAGATGAAGTAAAACCTAAATACGAACATTTAAGCACTCACGTAGGGCGAAGAACATTTATATGTACAGCTTTATCGTTAGGGATACCTGTACAGGTTGTAATGAAATGGACAGGACATTCAGACTACAAATCAATGAAACCTTATATTGATGTAGCTGATACGATTAAAGCGAATGCAATGACTAAATTTGATATGATATGAATACAGTAGATGCCCAATTAGAATTAACAAGATTTATGACTGATAACACAATAGTGATGTGGGAAAAAGAATTAAACACATCAGGAAATTCGTTTAATTTCGATTCCCAAGATATTTATAGACAATATATGATTAATATCTTAATGTTTGATTTTAAAGACCGAATAGATTCTGCAAAAGACACACAAGAAAGAAAAGAAATTTTATCTATTGTTAGAGAAAATTTGGAGACAATAATTAAGTTGTATGAAAAAAATTCTGATTTCTTCACTAATCTTGATAGAGATGGACTTCGGTTAAAGAAATACCGAGAAAGAAATAAAAATAGTTTGTCAGATAATGATTTAACAATGGAATTGTATAGAGAAACGGAATTGCCTGAACGTAAAACCTACTTTGAGTCAAGTTTTTACAAAGAGATAGGTTTTTTAAACTACGACTACCACCAAGAGATATATAATCATAGTAAAAGGCTTTTAAAAGATGTGAAATCAAATTTTAAGGACTATGAAATGTATGACAATGATTATCTTTTTATTAATGACAAGCCTATATTTTCAATGAGACTTATTAGTAAACTACATAGTATTGTAAACAATCAATTTATTGAAGATATATCAGAATATGATTTTTATAGAGAGATAAATATCTTACATACAGTGAATAAAATAAAAATCAAAGAGGATTTTCTATACACTTTCTTTTATGTAATTCATTGCTTACATAATAACATAGAAAACAAAAGTTTAAAGAAAAAGTGGTTTGCTCAAATATTAAAAGAATTTAAGATTAAGAAAGCAACTTATGACTCTAAGTATAAACACATAACAGGTAGCAATGCCAATGATACATTAAAAGAGTATCGCAATCTCATTGATTCAGCTTTTAAACAATAAAGTACTATAAAAGCCTTTAAAATTTATAAATCCACCTTTGAACCACTTTAGAATTTTACTAAAGTGGTTTTTTTGTGCAATAAAGTGTGTATTTCCACCTCCTCTCCACCTTACCCTCTTCGTAGTTTTGAATTGTTCGAACATCACAAAATCGTATAATTTAAAAACTAAAACTATGTATATAAGTGAATTAAAAGAAAAGCCAGTTTGGCAAATGACAGGAGAAGAACTATTACAGTTATTACAAACAGTATCTATAAAGGAGTTCCAACAGCTCAATACTCCACAAGAAACGCAACAATCTACAAAGCGTTATGTTTACGGAATACGTGGTATAGCAGACCTACTTGGGTGCAGTATTACCACTGCTAATAAAATCAAGAAAGAAGGTCACATCAAAAAAGCGATTATCCAAAGAGGTAGAAAAATCATAGTCGATGCTGACTTGGCATTAGAACTATTCGCTAAAAAATAAAAGGGACAACCTCCGCAAATCGCCCCTTAATATCCAATTAAAGTATAACTCAATTCTTATCGTGTAAAGATAAGGATTATTAAAAAATAAGTAAATATGAGCTTAGATATACCCTATATCCGAGTAGGAACTGCTTACTTTAAAATCATCGAAAAACCTTTGATATCAGGCGATAAAGTTAAAGTAATGGTGCGTTGGACTCGTGAAACGATTGTATCAGATCACGGAAAGTCCTACTTAGAAAACGTCTTAAAATTAGATGGCTTTTGCTGTATTCCAGACCATCTTAACTATCAACCAATCGTAGAAAACTTTTTTAATACCTATAATGAATTAAATATGAAACCAATAGAAGAAGATTTTAACTTAAATGAATTAGAACAATTGATTCCAAACTCACTACACTTTGTAAAGCACATATTCGGAAGTGAACAATACGAATATGGTTTAGACTATCTAAAGCTATTGTATGAGAAGCCAACGCAAACCTTACCAATATTGTGCCTTGTTAGTAAAGAACGTGCGACAGGAAAAAGCTCTTTTATCAAATGGCTTAAAAATATTTTTGGGCTCAATATGACTTATATCAAAGGAGATTCTTTTGGTTCTCAATTTAACGCTGATTGGGCAAGTATGTTATTAGTTGCCATAGATGAAGTATTCTTTGATAAGAAAGAGATTACAGAGCGTTTAAAGTACCTTTCTACTACTGACAAAGACAAAGTTGAAGCAAAGGGAAAAGACAGACAGGAAATAGAGTTTTTCGCCAAGTTTATTCTTTGCTCTAACAATGAGGATGATTTCATTCAAATAGACGAAGAAGAAATACGTTTTTGGATTCGAAAGATTAAACCTATTGAATCAGAAGACGTTCACTTTATCAAGAAGCTAACAAGTGAAGTTCCTTATTTCATCAAATACTTACTTCTACGACCTTATTACACCACGCAACAAACCCGAATGTGGTTTACACCTAAACAGATACTTACAGCTTCCCTTTTAAAACTAATTAGTAAAAACAAAATAGAGATTTCACTTTTAGAACTTTTAAACCTGTGCTTTGAAAAGGTTGCCGAGGATGAAATTTGCGTAGCTCCCAATGATTTACTCTTGTTATTACGCAAGACAAACCCAAAACTAATAATATCTGCTAGTGAAATAAGAAAGATTTTAAAGAAATGGGATTTTGAACCACAAAACAACACAAAATCTTATCAAGGAATAGAGCTTTTATCTCACGGAGAATTTGTTAAAATAGAACGTAGAGGACGTTACTACATCATTAAAAAAGATTTATTCTATAAAATATTTGATGCAATGATGCAAGAATAGATTAAACTATTGTTTACTAACAAGTTATACTGCATCAAAGTTTGCATCAAACTAAAAACACGTCAAGTTTGATGCAAGAGTGATGCAAGAAACAAAATGAGTTTGATGCAGTGATGCAAGAGTGATGCAGAGTATTTTATTGAAATACAATTGATTAACACCTTTCTGCATCATTGCATCAAAAAAAAACAGATTTTTAACCCGACTATTTCAAAACGTATGAATTGTGAATTAGCTAAACAAATTAGCCTAACAGACTTACTTAAAAAGTTAGGTTATACCCCAACTAAAACAACGAGAATTGATTGGTGGTATCTCAGTCCTTTTAGAACTGAAAAAACAGCATCATTTAAAGTGAATATTGCTAAAAATGTGTTTTATGACCACGCGGAGGGATTTGGTGGAACAACACTTGATTTCGTGATAAAGTACAATAATTGCGATATTAAATCAGCTTTAGAATTGCTCAAAAACGATTCTTTTTCTTTTCATCAGCCAATTATTGTGAGTTCTAACATTATTCAAGAACCAACATATACAATTCAAGCGATTAAGCCATTAACACATCCAAACTTGGTACAATATATAAGAGAGCGTAATCTTAGCCTTAAAATGGCTCAAACTTATTGTAAGGAAGTACACTATACTCTAAACAACAAATCATATTACGCTGTTGGTTTTCCCAATACCACCATAAATGGTTTCGAGCTAAGAAACGTTTATATAAAAATGTGTCTTGGAAAAAAGGCAGTAACCTACTTTGACAACAAAAGTAAACATATTGTCTTGTTTGAATCTTGGAGTGATTACATCAGCTTTTTAACCCTTTATCCAAATGCAGAAAAGCAATATGATTTTTTGATTCTTAATTCTGTATCAATGCTGAATAATACAATAATTAAAACACCAAATAATTATTTGTACAAATGTACAAATGGGGAATTGTATAAATGTATCAATGTACAAATGGATAAAAGTATCAATAATACTTTGTACAAAGAATTAAAGTATGAACGTATTATTTGTTGTTTCGACAATGATAAAGCTGGAGAAAGTGCATTTCAAAAGGTAGTTCAGACCTATACAAACGTTATTGATGGACGAAAACTGTACGAGAATCACAAAGACTTGAATGATTATTTACTAACTATTAACCGCAATGATTTGACGTGAGAATTATCGAGATGTGTCTTTGTCCTTACAAATTGGAAATTTGACAACCAAAGACCACTCGTTTTTCTCCCGAAGGTCGCAAAATGGGTAAGACGATGAAAAAAACAAAGAAGATAGAATTTAGAGTAACTCTTACAGAGGCTCTAATCATAAAAAACAAAGCAGAAAAAGTAGGTTGTAGCGTTTCAGAATACATCCGAAACACCGCACTCGACTATTCTTTATCTTATAAATTAAATCCTGATGAAGTTGAAGTTTACAAATTACTCAACAAATACGCTGATAATTTTAGGCGAATAAGCAACCTTTTTAAGCTTGGTGATACAACAGGAGTTAAACAGCATACTATTGAAACAGCTAATCTAATTCGGACTCACTTACAAAAACTACTGTAATTATGATAGCTAAAGCAAAATCTTGTATTGGTGGTACAGCACTGTTTAATTACGTGATTGATTCCAAAAAAGGATATGAACTACTGAGAAATAATCTTTCGGGGGAGACTCCGAAAGATATGTTTCAAGCGATGCAGATATTACAAAATCAAAACAGTAGATGTAAAAACAATACAATATCCGCTGTTATATCTCCAACCATTGCAGATAGTCAAAAGATGAATGATAGAGATTTACGAACATTAGCTGTTGAGTTTTTACTTGGTTTAAAAATTGATCCTACCAAAGCTCAATACATTGCTTTTGTTCATACAGAAAAAGAGCACAAGCACATTCATATCATCGCCAATCGCATTGATGAAAACGGAAAAGCTCTAAAGGATAATTACATTGGTTTTGAAGCTCAAAGAGTAGCTCACGAAATAGCACTTAAATTTGGATGGACTTCTATAAGACAAGAAAATGAAAACAAGAAGCAAAGAGTCAACAATATCAATTTAATAGCTAAAAATGCTATTAAAACAGCTCATAAAGAAGTTTTAAGGCAGAAGCCGAAAGATTTACAAGAGTACATTCGCTTAATGCTAGAAAAAGAGATTGAAGTTAAACCAACAATTAATAAAAGGGGAAATATTCAAGGATATCGCTTTATTCATTTACCAACAAGTACAAACCTAAAAGCAAGTGAAGTTGACCGAAATATGAAATTAAATGATTTGTTTAAAAATACACTAAGTGCAGAGCCTAAGGATGAAGTAAATAAACTACTTACTAATCAAGAACTATCCGAACCACAAATACAGAATTGGAAAATAGATGTATCTGTTTTATTTAGTATGCTATCTGCTTTACAGTTTGGCGGTAATAATGAAGATGATGAACAAAAAAAACGCAAACGAAGAACATTAAAAAGATAAATTATGGCAAAGAATCAACCTAAACTTACTGATATTACCGAAATATTACTTCTGCAAATCATACAGTTAGAGCGCACGATAAAGCAAAGTGAAAAAGCGCATTTAGAAACAATCGAAGAATTGAGCAATATCAAAGTAACAGTAAATGTTACTGAACTTCGACAGATAGAAAAAGAACAACGTAAACGTTTACAGAATGACTTTAATGAGTTTCATCGAGAGATAACAAAAAACAATGAAGAGCTTTTAAAGGTTCATAAAGTTGTTAGCTCTAAAAGGTTGTTGTATTTGATTGTATTGAATATTTTTCTACTTTTAACAACAGGGTTTTCTATGTATGTAGCTGTTAAGAATACTATTGATAAATCTCTGTATGAACGTCTAACAAATGAAATTGAAAGAGTAAATCAGTTTTTAAATGAAAATCCAAAGACAGCTAAATCTTTCAAAGAATGGAAAAAAAGAATAAAATGCTAATCAAAGTTATTTCCGTTAAATTTTTAGAGCTGTGAAGACTCAAAATTTTACAGAATAACTTTATGGAATATGTACATACTATTTTAAAAGATTTACTAACTGTTCTTAGCTTTGTGAAGTAGCGGATATTAAAGCGAAAACTTTAAATTAAAAACCAACTTAAACGAAAGCCATTAATTGAATATTTTGTTTAAATATATTCAATTAATGGCTTTGGCGATACTTTTTCTTAAAACTTTAATTTTATGCCTAACCCCGACATTTTACAAAACCGATGTTAGCGGTTTAGGCTTTATTTGCTAATAATTCCTTTTGTTTCTTTTAGTAATTTAAGTACAATATCAATCGGAACTGAATCTTTATTTTCCTCTTTAATTAGATTGGTTTCTGTTAACACATCTGAAGATAAATTACGATTTAAATGATTTTCTAAAAGTCTGTTGATTGCATTATTAACACGTTCCGTAGAATCATTTATATTAAGTGAAAGTGAATTAATAGATAAAAGTAGTCCTTCAATATATTTAATTTCATGTATATGCTTTCCTAAAATAAGCAATTGTCTTTGAGTACGATTCAATTGAACTATAAATCCCCACAATAGACCACCAAATATTGGAATGGGAGTTAGAGCAACTATATAATTTTTCCATTCAGGAAATACATCACTATTATGTAATTTGGTAAAAATATAGATTTCTAGAGAAACAATTATTATGAATATTACAGTAATTAATGATGAATAAATCCAAAACATTCGATTCAGTCTAGTATGCTCATTTTTGATAGGAGATAAGCAAATTGTTAATTCTTCAAATGTAGATTTGATTTTTGAATTCCACTCAATAATAGCATTTTCACTTTTCTTTTTCTCTTCAAGCTCGTGCTGATAAAGTTTAATTTGCTCTTTAGCTTTTAATAAGGACATTTCTTTTTCTTGAATAATTTTCTTATTTTCAGCTATCTCTTCCTGACTTTTTCCCTCAATACTTTTTTGATCTAATAAATATTTTTGTAGTTCTTTTTTTTGATTTTCTAATTCAAGTATCTGTTCAGTATAATATTTTTCTGAATTATAAATGTTTTTGGATTTATGGATGTAACTATTTAGCTGATTTCTAATTCTTTGAATTATCAAATTCAGTGAATTGCTTAGAGTTGTAATTTTATTTTTAACCTCTGGTAATTCCTCAATACCAGATTCTATAGACTCTAGTATGTTTGATAGTCTATGGTACAAATAGCGTAAATCATTGTTTGTTAATTCGGCAATTAAATCAATTACTTCCATCGATCTATTGTCGAGATTATATATTTTTTCTCTTAAATCTCTTAATCCAAAAATAATTTGCTCTGATTCTATATTTTCGAAAATATCGTTAGAATAAATTGAAATAAGGCCATCAATGATTGAAATGCCCTCCTCATATTCCATTAGTCTTTTTTTAGCTTGCCCCATGAATAGGTATTATATTTTAGACACTTAGTTTTTAGCCTGACCGCTAACGTTTCGGGGCTTGGTGTCAGTGGCGGAAATTGAAGCGAAAAGTTTCAATTTAGCGACACTATAAGTAAAAGCCAATTAATTTGATTAGTTTAAGAAAAAAAGTCAATATAATTGGCTTTTTGCGGAATATAAAGTCAAAACCCTAATTTTAGCCTTAACCCGCCATTGCGCCAAACCCATGTTGAACTAAACCTTCGGTAGCTTTTCCGTTAGAAGTCATATATTTAGGATATTAAAAAAATAAAATTATGGTAACTAAAAAAAATCTCCGGAGGAATTAAGAGCGAACAAATATTTGAATCGCGCTTGTAGTGAAATTAATGGTTTCTCTGAACTTCTGCAACGTTTCGAACGAAATATTTCCATTTTAGGTAGAAGTAAACGCACTTTTGATAATTATTCCCGCCATGTGGCTGCAATGGCACTTCATTTTGGCTGTTTACCTACCGAATTAGATCCCGAACAAGTTAAAGACTATCTTTTTGAACTACAACAACGGTCGAATTCTCCTTCTCAATCGTATTTTAAACACACGGTTTACGGACTAAGGTTTCTATTAAAAACCGAAAATCTTCCGTACGATTATCTTCATTTACCTTCCATTCCTAAAGAAAAAAAACTTCCCGTAATTCTTAGTCGAGATGAGATTTGGAAATTGCTTCAACATGCCGATTTACTTAAACATCGCATTTTAATTGGTTTGATTTACAGTTGTGGACTTCGTTGTATGGAAGTGAGAAACATCGAATTAAAGCATTTAGATTTTGATCGGAAACTCCTTCATATCGTTCAAAGTAAAGGGAAGAAGGATCGTTATGTTCCGCTTTCTGATCATATCATTCGAGGGATTAAAAAATATATTTCAGTCGAACATCCCACCACATTTTTATTTACGGGTAATACCAAAGATACCAAAGGATTTGATTCTCGATACAGCCAACGCGGGGTTCAATGGGCGATTCAATCGGTTTGTAAAAAAGCAGGCATTTTAAAAGATGTGCATACACACACGCTGCGCCACAGCTATGCGACCCATTTATTGGAAGATGGTGTAAATATTCTGCAAGTTCAGAAATTGATGGGGCATGAACGCATCGAAACTACGATGGAATATTTACATGTTTGTCAGCTCGAAAACCAAAAAATACACAGTCCAATTGATACCGTTTTTGCGCTATGCAGCCGCAATGGGAAGTAGCTGATGTGCTGAGAAAAGTTGATTTATCCCATCAAAACTTCACGGTTCATCAGGAGAAAACACTCCGAGCACTGACTTTATGCCGAACTGCTGCTTTGGGCGGACATGTAGATGCGTGTGATACCTGTGGAAACATCAACATCAGTTACAACAGTTGTCGCAACAGGCATTGCCCGAAATGCCAAGGTCATAAACGAGAAGAATGGATTCAGGCGCGCGAACATGATTTATTGCCCTGTTCGTATTATCATGTGGTTTTTACTATTCCAGATTCGCTTAATGGTTTGGCGATTCATCAACCACAATTGATTTATAAAATCTTGTTTGATTCGGTTTGGGCAACGCTTTCTCAATTTGGTAAAACCGACGGTTTGCAATTGGGTATGATTGCTATTTTACATACTTGGGGACAAAATTTGAGTTTGCATCCGCATCTACATTGTATTGTTCCAGGTGGAGGAATTGATGCAAATGGTAAGTGGAAACGAAAGATAAAAACCGATAAATACTTGTTTGCAGTAAAAGCCTTGAGTAAGGTTTTTCGTGCCAAATATGTAGCCTTGTTGCGCAAAGAAAAATTGGCAGATGCTCAAGTCTTGCTAAGTTTGTTTGAAAAGGATTGGGTGGTTTATGCCAAGCGCCCCTTTGGTGGTCCCAAACAAGTCATTGAATATTTAGGGAGATATACGCACAAGGTGGCTATTAGCAACCATCGGATTAAAAACGTAACTCATCAAGAGGTTACCATTCATTACAAAGATTATAAAGACCACAGTAAAACCAAGCAATTAACATTAAAAAACGAAGAATTTGCCCGCCGCTTTAGTTTACATATTCTGCCTAAACGCTTTGTTCGAATTAGGCATTACGGTATTTTAAGTAGCAGTTGGAAACGGTGGGTATTTCGGTCAGACCGTGCCACCTATTTCGGTCAAATGGTGCCACTTTGAAAAGTCATACAATAATACAAAAAAAGTTATTTCAAACTCTAAAAGTTTGTCTTCCTCATTGATTTACCATTAAGGTCTATTCTATGTGAAGAGTTTACTATTCTATCAAGAACAGCATCCGCAATAGTGTTTTCGCCAATTAACGGATACCAAGCAGATACAGGTATTTGTGATGATAAAATAATAGAAGCCTGATTATATCTTTGATCAACGATATCAAAGAGTACTTCTCTAATAAGGTTGTCAAAAGGTTGTAGTCCAAAGTCATCTAAAATAAGTAAGTCACATTTAAGTATCTTCTTAATTTCTCTCTGATAAGTTCCATCTATTTTACTTGATTTTAGAAGGTTAAATAAGTTAGCTGTATTAAAGTAAAGTACTCTGTGTTCCATTAAACAAGCTTGATAACCTAAAGCTTGAGCTAGATAACTTTTACCAACCCCACTAGCGCCAGTTAAAATAATGTTCTGCTTTTTTAGCATAAAGTCTAAAGTAGTTAGTCTATTAAAAGCATTTTTGTCAAGGTCTCTATGATGGGTATAGTTGATATCAGCTATACTGGCACTTTGTCTAAAGTTAGCTTGTTTAATTAATCTCTGTACTTTTCTGTTTTGTCTATTTTCATATTCATGATCTGTTAGTAAGGCAATATACTCATCTATAGTAAAGGATGAGATTGTGTTGTCTTTAAGGTGTCTACTGTGTAGTAAAGCCATGTCATTTAATCGCATTGCTTTTAGTTTTTCAATTGTCTGATTGTTATCCATATAATTAATTATTAAAGTTTATTGATAAGAAGAAGCTCCTCTAATATTGATGTGTGAAGGGATGTGGGGTGTATTAGCATTAAGCTGTTGTATCGTTTCTTGATTGAGATCCATCTTGTGATGAAGAATGTTTTTGATGTGAGTATAGGTAGCAATATTTTCTTTTAAGGCTAGTTCACAAGCTTTATCTAATCTTTGTGAGCCATAGCTTTTAGATAACTGTATTAATCCCATAACTCGTTTATATCCTATTTCTGGATATTCAACGTTATCAAGTATTCTCTCTACACATTTAACTACATTATATCCATGTGTTTCTGCTTGCTTTTTAAAGAACTCAGGACTCCAATTGGTATAATATTGATGTGTACTAGATAGATGTTCCTTCTCTGTTGTATAAATCCCTTTAGCAAAACTTCTTTTATGTAATGCTATGCGCAAGTGATTATAATAAACTTCAACTGAAGTATTAGTGTAATGAATGGTAGTTTGGTGACCTATATAGCGATAAGGGACGCTGTAATAGCTCTTATCAGGTGAAAAGTATACATAACCTATCTTCTGTACTTTAGCTCTTGTATAGTCTTTGATTTGATAGTTAGTACAAGGCAAAGGTTTTAGATACTGTCTTTCTACAGATTGGAATAACTCTACACGACTTGCTTCTTTACGTTGAAAAAGAAGTTGATTATAATGAACTAACCTTGCTTGTATTTCTTGGTTTAATTCTTCTAATGAAAAGAAGGTCATCTCTCTAATAGGATAAGAGATTCTTTGATATACTAGATGAACCGCATTCTCCACTAAGGCTTTATCTTGTGGAGAGTAAGCTCTTGTTGGATTTACAATACAACCATAATGTGAGGCGAAGTCTTTAAAACATCTATTTATCTGTGCTTCATATTTACTAGAACGAGACACAGCTGATTTTAAATTGTCAGATACAATAGCTAAAGGGACACCTCCATAGAAGTGTAAAGCATTGGTACAGCACTGAATTAAATCTTCTTTCTTTTGACTAACACATGCTTGAACATAGGTGTATTGACTGTTGGGAAGAATAGCCACAAAGACCTCCACAGGTATTATTTCTCCTGTCTGTTTGTCTATATAAGAAAGCTTTTTACCTGCAAAGTCAATATACATTTCCTTACCAGGTTCATGCTCTAATTTCATGGAACCTTTTACTTGTTTATACTTGCGATTATAGTGTTCCATAAACTGAGTATAACTATAAGGATTGACTACACTATCGGCATATTGGCTATAGTGATACAAGAAGGTAAAACCAGGATGGTTACGAGCTTTATTAACTGTTTCAAAGTACAGCATAAGCTCATTATGACGCTGTGTATCAACAGTGGTAAAGCTAGAGAATAACTCTGATAATTGTAGAGTTTCAAACGATAAGAGCTGCTCGAGTGAATACTCACTGGCAGCAAAGAGTTGCATATAGGTATTGACTGTATTGCGTGAAATACTTAGTGTATTAGCTATCTTTCGATTGCTGTAGCCATCTAAATGCAAGGTAATAATTTGTTTTAAGTCCATTGGATCAAGTTTATTAGCCATATCTTATCATTTTGAAAACAACAAGATAATGGTATTAAACTTTTCAAAGTGGCACGGTTTGAACCGAAATAACTACAAGTGTTATTCTAAGTGGCACAAATCAAACCGAAAACTGGCACTATTCGAAACGGAATCACTGGCACAGTTTGACCGAAATAGGTGGCACAAATACTCCGAAATCACTGGCACAAATCAAACCGTAATATCCAAACGGGGTAAATTGCAACAATTACAAGAAGATTTAAATATCATTCGACCGATAGTTGAACCTAAAACACAACATCGAAAATGTTATTGTTGCAAAGTTGGTAATTTGGTTACGTTACATGTTTTTGGGCAAAGAGGTCCGCCAAAAGCATATCTTATCGAAAACACAATTGCTTCTGTGAATTAGGTTTTACGGGTAAGGGAACTTGTGTTTAATTGTTCCAAAAAACACCAAAAAACAATTGAAACAGCACAACTTTAACCATAAAAAAAGCAGTAATCCTAAAATTACTGCTGGTATATCTTAAAGTCATACTTCGAAAACTCCATAATACGTATTAAGCTTCCTACGGTTCCGTTCAACGGGCTTTCATCTCGTGCCCTCCGGGCAAGACGAAAGCTTAGTTATTAGCAGAAGTGTTTTTTTTCAGTTAGTTTATTTATAATTTTCAGACATTTCTTTGATAGTATTTGTAATATGTTTTCGGAAAGATTTGGGAGAAATTACTGTAACATTTCGTCCGTGAGAAAGAATTTCCTGTGTAAAATCGAAAGTAGGATAAAGCGTAACTTTTATTCTCAATTCTTTTTCAGTATCGGTTATTATTTCTTGTGAATGATGTAGTGGTAAAGATTTTATGTATTTTCCTTGATGTGGAGTGAAAGACAAAATAATTTCTTGCGGAACTTCATTTAATGTTGAAGAAACTCCAAATGAATTTTTGAATGATTCATCCAAAATTTCATCGTTACGTAATTGTCTTGTGTGATGAATTTCAACATTAGAAATACGGTCTAAACCGAAACTTTTAATCTTTGGCTTTTCATTGTTAGATGTGAAATCTTCAAGAGATTTTTTATTTTCGACAGAGAAATCAGTTGCCAAAAGATACCAACGATTTTGAGATTCTTTTAAAGCATAAGGAACTACAGCTCTTTTTTCGGGTTGGTTTTCATAGAATTTTTGGTATTGAAAAGAAACTATTCTATGTCTTTTTATTGCATCAACAAAATCTGTGAAATGATACAAACCTTTGGGTTCTCTTTTTTCAAACAGAATAATTTTAGAATTTCTTTTTGATTTTCGATAAGCTTCGATAAGCAAAACATCTTCTAAAGTACCTTCTGAATCTTCCTCTAATTCATCGTTGTTTAATGCAAAAGTTCCAAAGCCCTTTTTGTATTTGCTTTCTAAACCCAAAATTTCGCCAATCAAATTTCGGTCACGTTTAAAAGTTTTTTCGCTAAATTTAAGCTCAAATCCTTTTTCTTGAAATTTTTCTTCAAGAAAGACTTTGGTTTCTTCATACGTAATTCCGTTTGGTTTACTTTTTAGTAATTCTGCGATATACAATAAACGTTGAATTTGTTCGAGTTTTGCCATTATTTTAAATATTTTTTCCAATTGTATTCTGTCCAGGTTTTTCCGAAAGTTACGGATTGGAATCTTCCGAGAGAAGTCTCCGCAAACAAGGTATGTTGATTTTTTGCAAGCTCTGTAAAATTGCCAATATAGCTGCTTTCTATAACCGACCAAGAAATTCCTGCATTATCCGAAATTTCTAATTTAGATGCATCTTCCCTTGAAATGCGAATGAGTTTCATCCCAATATAGATGATTTCTGCCATTTTACCTGTTTTACTCTTCGATATTAAACTGGTAAAGAACATCCAATTCGTACCAAAAATCATCTGTTGCCAAAATATCTTCAATCCATAAATCATGATCTGCATGAAACAATGCACAATGCATGGTATAACCGAAATGCAAATCCTGCAAAGGTCCTTTTTTACTCCAATTGAATTCGTTCCAATTGGTATTGAAAAAGTCATCATCTGTTTGTATGAAATTGCTGGTTTTATACTCCAAAAAAGGATTTCCCAATTCTACATTTTTGCTTTTGCAAAAATTTTCATCGAAACTAAAAAAAGAATAGTGTTCTTCAATTTCGTAATCGCTGATGATGTTGTCTTCTACCATTTTGTCCAACTTAGGACGCAAATCGAGATACAGCTTTCGGGCACGGATTTCTTCGTTGCGAATTTTGGTGTTGATTTCGGTAAATCTTTGTATTTCTTGTGGAGTTAAAGACATTTTCTATTATTATATTGATTCAATTCCTACTAAGTTCCTTATGAAATTTACTCTTACTTTTTCGGTTTCGTCTTCTACTAAATCATCGGGTGCATAAATGATTTCTTTGGTTACGAAATCATATACAAAGCATTCATCTTTATGATAGTCAAAGCACATTGCTTTTCCATTGTTTACGATTTTTATTTCCGAATAACTTACAGTTGGAACAATGATTTCTCCTTTCAGATTGAGGATTCCAAATTTTAGCAATTTATCATCTTGAAAATCTAATAACTGCTGATTTTCTTTGTCATAATTTTCTATAACTTCATCCGATTTTTCGCCAAAAGATACATAATCATCGTTATATGTGATACTTAAACGATCATATACAAACGGAAGAATTATCTCATTCTTGAAATTGACAAGACCATATTTTAGTTTGTCGTGAGAAACACAGAGATAATCATCCGTGGCAGAATTTATTTCTTTGTACAGAAATGGGAAAACAATTTCATTTTTTGTATTGATGAATCCCATATTACCGTTCTTTCTTGCGATTGTTTCTCCATTTCGAAAATATCCAACAGTTCCTCTGAATGAACCATTAAATAAAAACTCCGCACCAATTGCAGAACCGTAAGTTCTTAGATTTTCATATTCAAAAGGGATAACGATATTGTGATTTTTATCTACATATCCCCATTTGTCATTTTTTTTCACAGCAAGCAATCCTTCGGAAAAAAGCATTGCACAGTGGTAAATTAACGGAATTACAGCTTCTCCATCTCGATTAACCGCACCATAAATTCCATCAACGGAAACAACTGCTAAATCAGTTACTTCATCAAAAAATGTTACTTGTTCCCATTCTGTCGGTAGTTCTCCTGTTGATTCGTAATAACAACGTAAATCATCATCGATGTCTTTGGGTTGGAGGGTTTTCATTTATTTATAATTATTATGATGCATTAATAATCTTATGATAAAGATTCGTGAGATCTGTCGCAATTAATTGATATAGAGCAGAAAGATTATCAAATTCATATTGTGAAAAGAATTTTTGTACCATCCAACTATTTGTTTTGAAAAATAAAGGTTTCGTAATCGTGCTGATATATAAATCCGCATTTTCAATATTTATATAAAATCGATTGGGAGAACCTGATGTTTTTGCATTGAAATCCCTAATACCAAAATATTTATCCTTTACAGAAAATCGAACTAAAATTTTATTTGTACCATTATCTATTATCCAATCATAAACATTTTTATTTTGCACAAAATCAGCTTTTATTCCTTTTTCTTCAATAATTTTTTCAATATTATTAATTGAAAATTGTGAGAAGTTTATTTTTTTAAATTCATAATTAGTAAAGGGTTTCTCTTCAATTAATTCTAAAATATTTGTATTAATAGCTTCAATTTCTTTTTCAGTTATTGCCATTAGTGACGGATGCGGAATTGCTATAACTTTTGTATTATTATAGTCTGCGGAAATCAATAATCTTTGATGATTTCCTGATAGAATTAGTCTTTTATTTTTAAACTCATCAAGTTGGTCAATCCCTTTTGAAGTGCCTAAAACTACAATTAGTTTAGGTTTGATGAGTTGAATCATTTCATAGGTCAGTTTTTTACATTTCTCGAATACATCTTTATGAAATGTTTCTGCTTCATAAAAATCAGCTGTACTCAAATAAAAATAATTAGCTAACACAAATTTGTTTTCATTTAAAGCCTTATCGAACATCGATATTTTTCGAAGTCCCTTGATAAATTTCCATTCATCCGAATTTATTTCAAAAAAAGGATTTCCTCCAAGCAATCTTTCAGGTTTCATTACCTTTATAGACTTACCCTTTTCGTCAAAATAGTCAATAAACTCCCATTTATCTTTTGTAGACTGACTTTCGTAACTACTTCCTCCTCCTGGATTCAATCCCAAAAACAAAATATCTGGATTTTCTATTGCCTTTGATTGAAAGGGATAATAGTCTTTATTCAAGTTTATTGCATCTGGAGTAATTTCTTTAATAACTTTCTCTGCCCAATTTTGTAATTCTTTGTTCATAATTTCAATTTTTTTTAAACCTTCAAATACAATTATTTACTCAACGTATATTGTATCACATCATTAGCTTCCGTATTTACTAAAATCAATTCGTTATCAGAGAGGCTCTTAATCGCATAAATCAGCACGTCATTCTGTGTATTTTTTGCAGTGATTTTTTTGCTGTTTTCATCAACAGAATAGGTGTACGTATCAGTATCTGTCACGCAATTGTTATTAACAACCGATTTGTGATTTTCAAATAATTTTTTGTCCGGTTCAAAAAAAAAATTCCCAAGATTGGGACAAGGTAAAGAAGCGGGAACATTGGCTCCGTTGCTTTCCTTTTTAACTATTGTCCAAGTTCCTATAATTTTTTGACTAATAGGAGTTTGTTCAGTAGTATCTTCATCTCGATCTTCTCCACAAGACAAAAGCATACATACAACGGTTGTTCCTAAAAATAAATTTCTTTTCATTTTTTATTATATTTTTTCAACTTGAAAATGAGAACTATTACATATACCTTCGTTTACAATAATGCTGTATTTTGACTGAAATGCACTTACGATTTCTTTTGGTCTTGGTTCTCCACTTCTGTCTGAAATTACAATTTCCACACTCATTCCTTTCACTACTTTTCCGCTGTCTCTTTTTGCGGTGACTTTCCAAAGTTTTGCCATTTTATTTATTTTTTAATTGTTTAATTCTTTCTTGTAATCTTTCCAAAATCTTTTGGTCAGAATCGTCGTAAATATCTCTTATTTCTTCCGAACCCTCTTTAAATTCATTAATATTGAGATTGAATAAGATTTGTGCAAACCTCTGATTTGGATTCTCTTTACAATAATTTGCAATGATATTTAGTATTTCTTGTTTCGCTTCATTCATTATGATGCAAATGTAAATTTTAAAACAGACAAAATATGTCTGTTTATTATTTGAAATCAAAAAATATTGAAATAAATTAAATTTTGGAGAAATTTCTTTTGGAACGGAATTTTGATAACATTTCTGCTAACGTTTTGGGTATTGCCGAAGGCGGGGAAATCGAAGCCGAAAGTTTCGATTTTGCACCGAGGTGAGCCAAAACGAATTTTTATGAGTTAAATTTACAAAACAAAAACGAATAAAATTCGTTTTTGGCGGAATAGTAGGGCAGAACCTTGAGTTTAGCACTTTAGCCCCGCTTTTGGCAATACCTTGTGTGTGCCCTGCATATGCAGGACACACCCCGAAAGCTTTTCAAATAGTTCAAAAATACAAATTTAGTTTTACGAACCAAGTTTTCGGGGTGTTATTTTTCCAGAGGGTGCAAGTCCCTTACGAGCGGATTGAAAACCCGAATCGTTAGCAAGCTGCAAGGTGGTTTATCGTGAGGTATGCACTGAAGGAAGCAGGACTGCAAAAGTCTGTACCGACGAACAGAAAGTACATAAGAGGCATAGCAATAAGGATGAGTATCCACAGCAATACGAAGTCCAAAACAGTGTTCTGAACATGCTATTAAATCAGATTATTGTTATGTAGATGTACCGGCGATAGACGGAAGGAAAAAGCATTTACCAGGGGAGGTCTTGGCGATTACGAGTTAATCAATCCAAGAAGTCAGCAGAGGTCATAGTACTTGCAGGCAAACGAGGTGCGAATAGATACCGCATAGGTCTCACAAACAAGGAAGGACCGAACGTAAAGAGGTTTTCAATAGGTAACGGAACGCATTGTAGCCCTACTTAACGAAAACAGGTTAAAACGACTAAAATGATAACAAGAGTAGTACATCCGTTTAATCTTCAAAAAGCATTGGAACACGTGATTGCCAATAAAGGCAGTGCGGGTGTTGATGGTGTTTCTGTCCGAGAACTCCGCAAGGTGTTTTCAGAAAAGAAACTACAGCTGATTGAAGCAATCAAGCAAGGCAACTACCAAGTGCAACCCATTTTAGGTATTGAAATTCCGAAAGGAAACGGGAAAACCCGATTATTAGGTGTTCCCACCACTACAGAACGTGTGTTGCAACAAGCCGTAGCACAAACTATTGCACCGCATTTCGAACCCGAATTCAGTAATTACAGCTATGGATTTAGACCCCACAAGAATGCCCGACAAGCCGTTGGACAATCTCGGGAATACATCCATTCAGGATTAAACCACATTGTGGATATTGACCTGAAAAACTTCTTTGATGAAGTTGACCATTGTTTATTACTGAATTTAATCTATCAAAAAGTGAAATGCAAAGCTACGATGCAACTCATACGCAAATGGCTCAGAGCACCGATTAAAATCAACGGAAAACTACATAAACGAAGAAAAGGCGTTCCACAAGGAAGTCCACTAAGTCCGCTATTGTCGAACATTTTACTCCATCAATTGGATAAGGAAATGACTCGAAGAGGACATAAATTTGTACGTTATGCGGATGATTTTAGTATCTATTGCAAAAGCCACAATCAAGCCAAAGCTACAAGAGTAGTAATTGAAAAGTTTTTGAAAACCAAACTCAAATTGACTATAAATGAAGAAAAGAGCGGGATTAGAAAACCAATCAACTTCACAATTTTGGGTTTTGGATTCGTACCTACGTACGAGAAAGGAAGTAAAAATCAATACCAACTCATTGTATCGGAAAAAGCATGGAAGAAACTAAAAGAACGACTTAAAACAATCACCCGAAAAACCACACCAGCCACATTTGAAGAGCGTATTGCCAAGATAAAAGAAGTGCAACGCGGATGGTTGAACTATTTCCAAGGCACGAGTATTTTGGGCAAATTACGAGATTTAGACGGTTGGCTTCGCAACCGACTGCGCTATTGCATTTGGCATCATTGGAAAAAACCTGAAAGGAAAAGGAAAAACCTGATTCGATTAGGTGTAGACCAAGACCATGCCTACGCTTGGAGCAGAACACGGAAAGGCGGTTGGGCAATAGCACAAAGTCCTATTCTAGGCACTACCATTACTTTACAACGCCTGAAGAAAAGAGGATATGTTTCCTTAACTGAATTACATTTACAACTTAACCCATCTCTTTGCGAACCGCCGAGTACGTGACCCGTACGCTCGGTGGTGTGAGAGGCGCACTCCGTCAGTTTCTGGCGGAGCCGTCTACTCGATTGAACTAAACCTCCGGTAGCTTTCGCTGCGATGATTTAGTACCTTAGTATTTATTAACGTTTAAATAATTGATAATATGGTAACTAAAAAAAATCTCCGGAGGAATTAAGAACGAACAAATATTTGAATCGTGCTTGTAATGAAATTACAGGTTTTTCTGAACTTCTGCAACGTTTTGAGCGAAATATTTCTATTTTAGGACGAAGCAAACGCACTTTTGAAAATTATTCGCGCCATGTGGCCGCAATGGCACTTCATTTTGGTGCTTTACCAACCGAATTACATCCAGAACAGGTTAAAGATTATCTGTTTGAACTGCAACAACGTTCCAATTCACCTTCGCAATCGTATTTTAAACACACGGTTTACGGACTTCGATTTCTTTTAAAAACAGAGAATTTACCTTACGATCATCTTCATTTACCATCGATTCCTAAAGAAAAAAAACTACCCGTAATACTAAGTCGAGAAGAAATTTGGAGAATGCTTCAACATGCCGATTTGTTAAAACATCGCTTGCTCATCGGGTTGATTTACGGTTGTGGTCTGCGTTGCATGGAAGTTCGAAATATTGAATTGAAACACTTAGATTTTGATCGAAAATTGCTTCATATCGTTCAAAGCAAAGGTAAAAAAGATCGTTATGTTCCGCTTTCTGATCATCTCATTCGAGGGATAAAAAAGTACATTTCAATTGAACATCCGACTACTTTTTTATTTACTGGCAACACCAAAGATGCCAAAGGATTTGATTCGCGTTATAGTCAACGTGGCGTTCAATGGGCGATTCAGTCGGTTTGTAGAAAAGCTGGAATTTTAAAAGACGTTCACACGCATACCTTGCGTCACAGCTACGCTACACACTTGTTGGAAGATGGCGTGAATATTCTTCAGGTTCAGAAACTGATGGGACACGAACGAGTAGAAACCACAATGGAATACCTGCACGTTTGCCAATTGGAACAACAAAAAGTACACAGCCCATTAGATACCGTTTTTGCCTTATGCAGCCGCAGTGGGAGGTAGCCGATGTGCTTAGAAAGGTCGATTTGTCCAACCAAAACTTTACGGTTCATCAAGAGAAAACCTTACGGGCATTGACTTTATGTAGAACAGCAGCTTTGGGCGGACATGTAGATGCTTGTGATGCTTGTGGAAATATTAGCATCAGTTACAACAGTTGTAGAAACAGGCATTGTCCCAAATGTCAAGGGCACAAACGTGAAGAATGGATACAAGCTCGCGAGCAAGATTTGTTGCCTTGTTCGTATTATCATTTGGTATTTACGTTGCCCGATACGCTCAATGGTTTAGCGATTTCTCATCCGCAAATCATGTATCGCATATTATTTGAAGCAACTTGGGCTACAATGTCTCAATTTGGAAAAACAGAAGGATTGCAATTGGGAATGATCGCCATTTTGCATACTTGGGGACAAAATTTGAGTTTGCATCCGCATTTACATTGCATTGTTCCTGGCGGTGGAATTGATAGAAATGGCAATTGGAAACGCAAGATAAAAACCGATAAATATTTGTTTGCAGTAAAAGCTTTGAGTAAGGTTTTTCGGGCCAAATATGTAGCGTTGTTGCGCAAGGAAAAATTAGCGGATACTCAACTCTTACAAGGTTTGTTTGAAAAGAATTGGGTGGTTTATGCCAAACGACCTTTTGGTGGGCCAAAGCAAGTGATTGAATATTTAGGCAGATATACGCACAAGGTTGCGATAAGCAATCATCGGATAAAGAACGTAACCGATCACGAGGTTACTATTAATTATAAAGATTATAAAGACGGCAGTAAAACCAAGCAACTCACCTTAAAAAACGAAGAATTTGCAAGACGATTTAGCTTACATATTTTACCCAAACGCTTTGTGCGAATCAGACATTACGGAATTCTAAGCAGCAGTTGGAAACGCGGAAAGCTCCAGCAATTACAAAAAGAGTTAAATGTTGTACGCCCAATAATTGAACCCAAAACGCAACATAAAAAATGCTATTGCTGTAAAGTCGGTAATCTGATTACCTTGCATGTTTTTGGGCAAAGAGGACCACCGAAAGCCTATCTTATCGAAAATAAACTTGCGCCTGTGAATTAA

Protein sequences of DBSCAN-SWA_1

>CP037427|37017:62483|61385_62483_+|QBK74912.1|transposase|DBSCAN-SWA
MQPQWEVADVLRKVDLSNQNFTVHQEKTLRALTLCRTAALGGHVDACDACGNISISYNSCRNRHCPKCQGHKREEWIQAREQDLLPCSYYHLVFTLPDTLNGLAISHPQIMYRILFEATWATMSQFGKTEGLQLGMIAILHTWGQNLSLHPHLHCIVPGGGIDRNGNWKRKIKTDKYLFAVKALSKVFRAKYVALLRKEKLADTQLLQGLFEKNWVVYAKRPFGGPKQVIEYLGRYTHKVAISNHRIKNVTDHEVTINYKDYKDGSKTKQLTLKNEEFARRFSLHILPKRFVRIRHYGILSSSWKRGKLQQLQKELNVVRPIIEPKTQHKKCYCCKVGNLITLHVFGQRGPPKAYLIENKLAPVN
>CP037427|37017:62483|55235_56156_-|QBK74905.1|DBSCAN-SWA
MKTLQPKDIDDDLRCYYESTGELPTEWEQVTFFDEVTDLAVVSVDGIYGAVNRDGEAVIPLIYHCAMLFSEGLLAVKKNDKWGYVDKNHNIVIPFEYENLRTYGSAIGAEFLFNGSFRGTVGYFRNGETIARKNGNMGFINTKNEIVFPFLYKEINSATDDYLCVSHDKLKYGLVNFKNEIILPFVYDRLSITYNDDYVSFGEKSDEVIENYDKENQQLLDFQDDKLLKFGILNLKGEIIVPTVSYSEIKIVNNGKAMCFDYHKDECFVYDFVTKEIIYAPDDLVEDETEKVRVNFIRNLVGIESI
>CP037427|37017:62483|54770_55226_-|QBK74904.1|DBSCAN-SWA
MSLTPQEIQRFTEINTKIRNEEIRARKLYLDLRPKLDKMVEDNIISDYEIEEHYSFFSFDENFCKSKNVELGNPFLEYKTSNFIQTDDDFFNTNWNEFNWSKKGPLQDLHFGYTMHCALFHADHDLWIEDILATDDFWYELDVLYQFNIEE
>CP037427|37017:62483|42732_43968_+|QBK74892.1|DBSCAN-SWA
MSLDIPYIRVGTAYFKIIEKPLISGDKVKVMVRWTRETIVSDHGKSYLENVLKLDGFCCIPDHLNYQPIVENFFNTYNELNMKPIEEDFNLNELEQLIPNSLHFVKHIFGSEQYEYGLDYLKLLYEKPTQTLPILCLVSKERATGKSSFIKWLKNIFGLNMTYIKGDSFGSQFNADWASMLLVAIDEVFFDKKEITERLKYLSTTDKDKVEAKGKDRQEIEFFAKFILCSNNEDDFIQIDEEEIRFWIRKIKPIESEDVHFIKKLTSEVPYFIKYLLLRPYYTTQQTRMWFTPKQILTASLLKLISKNKIEISLLELLNLCFEKVAEDEICVAPNDLLLLLRKTNPKLIISASEIRKILKKWDFEPQNNTKSYQGIELLSHGEFVKIERRGRYYIIKKDLFYKIFDAMMQE
>CP037427|37017:62483|38413_39481_-|QBK74888.1|DBSCAN-SWA
MSTMKAARWYAAKDIRVEQTEIPTPAKGQVKVAVQYAGICGSDLHEYVHGPQLIPLDKPYPLNGHQGVTTLGHEFSGIVEELGEGVKNIKVGDRVVIEPIYKNFDSPFVASGEYNLGEHLGFIGLAGNGGFAKYVVVEDYMIHKIPDTMSFEQGALVEPAAVAVYSVLQSGLKVGQTVLVSGAGPIGLLCAQAALAAGASTVIVTDVAEKRLEKAKEIGATHVFNAMEADLPAKIKALTGGLGVNVFLDCAGVQASYNTGIASTRNGGTAVLVALFGKPVQHDALDQVLREITVKGVIAYRNIFPEVINLIDSGRMEVEKLVTNKIGLDEIVTNGFEALVSNPEQVKILIDINRA
>CP037427|37017:62483|47222_48389_-|QBK74897.1|DBSCAN-SWA
MGQAKKRLMEYEEGISIIDGLISIYSNDIFENIESEQIIFGLRDLREKIYNLDNRSMEVIDLIAELTNNDLRYLYHRLSNILESIESGIEELPEVKNKITTLSNSLNLIIQRIRNQLNSYIHKSKNIYNSEKYYTEQILELENQKKELQKYLLDQKSIEGKSQEEIAENKKIIQEKEMSLLKAKEQIKLYQHELEEKKKSENAIIEWNSKIKSTFEELTICLSPIKNEHTRLNRMFWIYSSLITVIFIIIVSLEIYIFTKLHNSDVFPEWKNYIVALTPIPIFGGLLWGFIVQLNRTQRQLLILGKHIHEIKYIEGLLLSINSLSLNINDSTERVNNAINRLLENHLNRNLSSDVLTETNLIKEENKDSVPIDIVLKLLKETKGIISK
>CP037427|37017:62483|51370_52924_-|QBK74901.1|transposase|DBSCAN-SWA
MANKLDPMDLKQIITLHLDGYSNRKIANTLSISRNTVNTYMQLFAASEYSLEQLLSFETLQLSELFSSFTTVDTQRHNELMLYFETVNKARNHPGFTFLYHYSQYADSVVNPYSYTQFMEHYNRKYKQVKGSMKLEHEPGKEMYIDFAGKKLSYIDKQTGEIIPVEVFVAILPNSQYTYVQACVSQKKEDLIQCCTNALHFYGGVPLAIVSDNLKSAVSRSSKYEAQINRCFKDFASHYGCIVNPTRAYSPQDKALVENAVHLVYQRISYPIREMTFFSLEELNQEIQARLVHYNQLLFQRKEASRVELFQSVERQYLKPLPCTNYQIKDYTRAKVQKIGYVYFSPDKSYYSVPYRYIGHQTTIHYTNTSVEVYYNHLRIALHKRSFAKGIYTTEKEHLSSTHQYYTNWSPEFFKKQAETHGYNVVKCVERILDNVEYPEIGYKRVMGLIQLSKSYGSQRLDKACELALKENIATYTHIKNILHHKMDLNQETIQQLNANTPHIPSHINIRGASSYQ
>CP037427|37017:62483|57314_57740_-|QBK74907.1|DBSCAN-SWA
MKRNLFLGTTVVCMLLSCGEDRDEDTTEQTPISQKIIGTWTIVKKESNGANVPASLPCPNLGNFFFEPDKKLFENHKSVVNNNCVTDTDTYTYSVDENSKKITAKNTQNDVLIYAIKSLSDNELILVNTEANDVIQYTLSK
>CP037427|37017:62483|57945_58152_-|QBK74909.1|DBSCAN-SWA
MNEAKQEILNIIANYCKENPNQRFAQILFNLNINEFKEGSEEIRDIYDDSDQKILERLQERIKQLKNK
>CP037427|37017:62483|53567_54515_-|QBK74902.1|DBSCAN-SWA
MAKLEQIQRLLYIAELLKSKPNGITYEETKVFLEEKFQEKGFELKFSEKTFKRDRNLIGEILGLESKYKKGFGTFALNNDELEEDSEGTLEDVLLIEAYRKSKRNSKIILFEKREPKGLYHFTDFVDAIKRHRIVSFQYQKFYENQPEKRAVVPYALKESQNRWYLLATDFSVENKKSLEDFTSNNEKPKIKSFGLDRISNVEIHHTRQLRNDEILDESFKNSFGVSSTLNEVPQEIILSFTPHQGKYIKSLPLHHSQEIITDTEKELRIKVTLYPTFDFTQEILSHGRNVTVISPKSFRKHITNTIKEMSENYK
>CP037427|37017:62483|39993_41265_+|QBK74889.1|integrase|DBSCAN-SWA
MTIKRKITIAIEKRKKDGVLITENVPIRARVVYNGGRVELFTGYRIDASKWDEAKEKVRNGCTNKLKQSSSEINTAIQELSTTIDRIFKEYELKNEVPSFELFKDEIKRYSDKQTISATEKNLFTAFDEFVKNSGKRNDWTTATYTKFNTVRSHLFSFKSNFQFTDINEKTLLDYVSFLRIEKQMRNSTIEKQISFVKWFLKWCKNNNYTITYNFEEFKPKLKETSKKIIFLTQEEIEQIKSTDLGTKSYLERVRDVLLFCCYTGLRYSDAFNLTRHDIKNDAIEFVTKKTNDMLRVELNKHSRAILEKYKDVPFEKGKALPVISNQKMNDYIKELGELAEVNEPIRETYYVGNERIDEVKPKYEHLSTHVGRRTFICTALSLGIPVQVVMKWTGHSDYKSMKPYIDVADTIKANAMTKFDMI
>CP037427|37017:62483|48732_49635_+|QBK74898.1|integrase|DBSCAN-SWA
MNRACSEINGFSELLQRFERNISILGRSKRTFDNYSRHVAAMALHFGCLPTELDPEQVKDYLFELQQRSNSPSQSYFKHTVYGLRFLLKTENLPYDYLHLPSIPKEKKLPVILSRDEIWKLLQHADLLKHRILIGLIYSCGLRCMEVRNIELKHLDFDRKLLHIVQSKGKKDRYVPLSDHIIRGIKKYISVEHPTTFLFTGNTKDTKGFDSRYSQRGVQWAIQSVCKKAGILKDVHTHTLRHSYATHLLEDGVNILQVQKLMGHERIETTMEYLHVCQLENQKIHSPIDTVFALCSRNGK
>CP037427|37017:62483|42336_42636_+|QBK74891.1|DBSCAN-SWA
MYISELKEKPVWQMTGEELLQLLQTVSIKEFQQLNTPQETQQSTKRYVYGIRGIADLLGCSITTANKIKKEGHIKKAIIQRGRKIIVDADLALELFAKK
>CP037427|37017:62483|49613_50585_+|QBK74899.1|transposase|DBSCAN-SWA
MQPQWEVADVLRKVDLSHQNFTVHQEKTLRALTLCRTAALGGHVDACDTCGNINISYNSCRNRHCPKCQGHKREEWIQAREHDLLPCSYYHVVFTIPDSLNGLAIHQPQLIYKILFDSVWATLSQFGKTDGLQLGMIAILHTWGQNLSLHPHLHCIVPGGGIDANGKWKRKIKTDKYLFAVKALSKVFRAKYVALLRKEKLADAQVLLSLFEKDWVVYAKRPFGGPKQVIEYLGRYTHKVAISNHRIKNVTHQEVTIHYKDYKDHSKTKQLTLKNEEFARRFSLHILPKRFVRIRHYGILSSSWKRWVFRSDRATYFGQMVPL
>CP037427|37017:62483|57746_57944_-|QBK74908.1|DBSCAN-SWA
MAKLWKVTAKRDSGKVVKGMSVEIVISDRSGEPRPKEIVSAFQSKYSIIVNEGICNSSHFQVEKI
>CP037427|37017:62483|60504_61407_+|QBK74911.1|integrase|DBSCAN-SWA
MNRACNEITGFSELLQRFERNISILGRSKRTFENYSRHVAAMALHFGALPTELHPEQVKDYLFELQQRSNSPSQSYFKHTVYGLRFLLKTENLPYDHLHLPSIPKEKKLPVILSREEIWRMLQHADLLKHRLLIGLIYGCGLRCMEVRNIELKHLDFDRKLLHIVQSKGKKDRYVPLSDHLIRGIKKYISIEHPTTFLFTGNTKDAKGFDSRYSQRGVQWAIQSVCRKAGILKDVHTHTLRHSYATHLLEDGVNILQVQKLMGHERVETTMEYLHVCQLEQQKVHSPLDTVFALCSRSGR
>CP037427|37017:62483|41261_42161_+|QBK74890.1|DBSCAN-SWA
MNTVDAQLELTRFMTDNTIVMWEKELNTSGNSFNFDSQDIYRQYMINILMFDFKDRIDSAKDTQERKEILSIVRENLETIIKLYEKNSDFFTNLDRDGLRLKKYRERNKNSLSDNDLTMELYRETELPERKTYFESSFYKEIGFLNYDYHQEIYNHSKRLLKDVKSNFKDYEMYDNDYLFINDKPIFSMRLISKLHSIVNNQFIEDISEYDFYREINILHTVNKIKIKEDFLYTFFYVIHCLHNNIENKSLKKKWFAQILKEFKIKKATYDSKYKHITGSNANDTLKEYRNLIDSAFKQ
>CP037427|37017:62483|44187_45141_+|QBK74893.1|DBSCAN-SWA
MNCELAKQISLTDLLKKLGYTPTKTTRIDWWYLSPFRTEKTASFKVNIAKNVFYDHAEGFGGTTLDFVIKYNNCDIKSALELLKNDSFSFHQPIIVSSNIIQEPTYTIQAIKPLTHPNLVQYIRERNLSLKMAQTYCKEVHYTLNNKSYYAVGFPNTTINGFELRNVYIKMCLGKKAVTYFDNKSKHIVLFESWSDYISFLTLYPNAEKQYDFLILNSVSMLNNTIIKTPNNYLYKCTNGELYKCINVQMDKSINNTLYKELKYERIICCFDNDKAGESAFQKVVQTYTNVIDGRKLYENHKDLNDYLLTINRNDLT
>CP037427|37017:62483|50623_51352_-|QBK74900.1|DBSCAN-SWA
MDNNQTIEKLKAMRLNDMALLHSRHLKDNTISSFTIDEYIALLTDHEYENRQNRKVQRLIKQANFRQSASIADINYTHHRDLDKNAFNRLTTLDFMLKKQNIILTGASGVGKSYLAQALGYQACLMEHRVLYFNTANLFNLLKSSKIDGTYQREIKKILKCDLLILDDFGLQPFDNLIREVLFDIVDQRYNQASIILSSQIPVSAWYPLIGENTIADAVLDRIVNSSHRIDLNGKSMRKTNF
>CP037427|37017:62483|59022_60318_+|QBK74910.1|DBSCAN-SWA
MITRVVHPFNLQKALEHVIANKGSAGVDGVSVRELRKVFSEKKLQLIEAIKQGNYQVQPILGIEIPKGNGKTRLLGVPTTTERVLQQAVAQTIAPHFEPEFSNYSYGFRPHKNARQAVGQSREYIHSGLNHIVDIDLKNFFDEVDHCLLLNLIYQKVKCKATMQLIRKWLRAPIKINGKLHKRRKGVPQGSPLSPLLSNILLHQLDKEMTRRGHKFVRYADDFSIYCKSHNQAKATRVVIEKFLKTKLKLTINEEKSGIRKPINFTILGFGFVPTYEKGSKNQYQLIVSEKAWKKLKERLKTITRKTTPATFEERIAKIKEVQRGWLNYFQGTSILGKLRDLDGWLRNRLRYCIWHHWKKPERKRKNLIRLGVDQDHAYAWSRTRKGGWAIAQSPILGTTITLQRLKKRGYVSLTELHLQLNPSLCEPPST
>CP037427|37017:62483|56169_57282_-|QBK74906.1|DBSCAN-SWA
MNKELQNWAEKVIKEITPDAINLNKDYYPFQSKAIENPDILFLGLNPGGGSSYESQSTKDKWEFIDYFDEKGKSIKVMKPERLLGGNPFFEINSDEWKFIKGLRKISMFDKALNENKFVLANYFYLSTADFYEAETFHKDVFEKCKKLTYEMIQLIKPKLIVVLGTSKGIDQLDEFKNKRLILSGNHQRLLISADYNNTKVIAIPHPSLMAITEKEIEAINTNILELIEEKPFTNYEFKKINFSQFSINNIEKIIEEKGIKADFVQNKNVYDWIIDNGTNKILVRFSVKDKYFGIRDFNAKTSGSPNRFYINIENADLYISTITKPLFFKTNSWMVQKFFSQYEFDNLSALYQLIATDLTNLYHKIINAS
>CP037427|37017:62483|46456_46930_+|QBK74896.1|DBSCAN-SWA
MAKNQPKLTDITEILLLQIIQLERTIKQSEKAHLETIEELSNIKVTVNVTELRQIEKEQRKRLQNDFNEFHREITKNNEELLKVHKVVSSKRLLYLIVLNIFLLLTTGFSMYVAVKNTIDKSLYERLTNEIERVNQFLNENPKTAKSFKEWKKRIKC
>CP037427|37017:62483|45236_45536_+|QBK74894.1|DBSCAN-SWA
MKKTKKIEFRVTLTEALIIKNKAEKVGCSVSEYIRNTALDYSLSYKLNPDEVEVYKLLNKYADNFRRISNLFKLGDTTGVKQHTIETANLIRTHLQKLL
>CP037427|37017:62483|54514_54760_-|QBK74903.1|DBSCAN-SWA
MAEIIYIGMKLIRISREDASKLEISDNAGISWSVIESSYIGNFTELAKNQHTLFAETSLGRFQSVTFGKTWTEYNWKKYLK
>CP037427|37017:62483|45538_46453_+|QBK74895.1|DBSCAN-SWA
MIAKAKSCIGGTALFNYVIDSKKGYELLRNNLSGETPKDMFQAMQILQNQNSRCKNNTISAVISPTIADSQKMNDRDLRTLAVEFLLGLKIDPTKAQYIAFVHTEKEHKHIHIIANRIDENGKALKDNYIGFEAQRVAHEIALKFGWTSIRQENENKKQRVNNINLIAKNAIKTAHKEVLRQKPKDLQEYIRLMLEKEIEVKPTINKRGNIQGYRFIHLPTSTNLKASEVDRNMKLNDLFKNTLSAEPKDEVNKLLTNQELSEPQIQNWKIDVSVLFSMLSALQFGGNNEDDEQKKRKRRTLKR
>CP037427|37017:62483|37017_38013_+|QBK74887.1|transposase|DBSCAN-SWA
MDKFTQFIGIDISKDYFDVAIYVDANSCKHNQFENTKTGVDQFMKWMKSEGCCVEETLICMEHTGIYKNILVDILLSKNCNLWVEMAYRIIRSSGIQRGKNDKIDSKRIALYAKKNQEEAKLFKASKAVLNKIQALLGQREMSIAHKTAIEVRTNEFKGFNDELYKVLSKNDKAIIKALENAIKVIEEQLNTLIRENQEVSEIFDCVISVRGVGDITAMFLICYTNAFTSFEDSRQLASYCGVVPFEYTSGKSVRGKAKVHFMANKKLKKLLHLCALSAVRWDPEIRAYYERKVGEGKHKMLVLNNVRNKLVQRICSCVRNKKAYEVRQVA

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
QBK74887.1|37017_38013_+|transposase	IS110 family transposase	NA	NA	NA	NA
QBK74888.1|38413_39481_-	2,3-butanediol dehydrogenase	NA	NA	NA	NA
39831:39845	attL	NA	NA	NA	NA
QBK74889.1|39993_41265_+|integrase	site-specific integrase	H7BUI8	unidentified_phage	1.5e-14	26.3
QBK74890.1|41261_42161_+	hypothetical protein	NA	NA	NA	NA
QBK74891.1|42336_42636_+	DUF3853 family protein	NA	NA	NA	NA
QBK74892.1|42732_43968_+	hypothetical protein	NA	NA	NA	NA
QBK74893.1|44187_45141_+	hypothetical protein	A0A2R3UAP7	Myoviridae_environmental_samples	6.1e-05	39.1
QBK74894.1|45236_45536_+	mobilization protein	NA	NA	NA	NA
QBK74895.1|45538_46453_+	mobilization protein	NA	NA	NA	NA
QBK74896.1|46456_46930_+	hypothetical protein	NA	NA	NA	NA
QBK74897.1|47222_48389_-	hypothetical protein	NA	NA	NA	NA
QBK74898.1|48732_49635_+|integrase	integrase	S5W9T9	Leptospira_phage	1.4e-35	31.3
QBK74899.1|49613_50585_+|transposase	IS91 family transposase	NA	NA	NA	NA
QBK74900.1|50623_51352_-	ATP-binding protein	A0A2L1IVB6	Escherichia_phage	3.9e-20	28.6
QBK74901.1|51370_52924_-|transposase	IS21 family transposase	NA	NA	NA	NA
QBK74902.1|53567_54515_-	WYL domain-containing protein	NA	NA	NA	NA
QBK74903.1|54514_54760_-	hypothetical protein	NA	NA	NA	NA
QBK74904.1|54770_55226_-	hypothetical protein	NA	NA	NA	NA
QBK74905.1|55235_56156_-	WG repeat-containing protein	NA	NA	NA	NA
QBK74906.1|56169_57282_-	hypothetical protein	NA	NA	NA	NA
QBK74907.1|57314_57740_-	hypothetical protein	NA	NA	NA	NA
QBK74908.1|57746_57944_-	peptidase	NA	NA	NA	NA
QBK74909.1|57945_58152_-	hypothetical protein	NA	NA	NA	NA
QBK74910.1|59022_60318_+	group II intron reverse transcriptase/maturase	NA	NA	NA	NA
QBK74911.1|60504_61407_+|integrase	integrase	S5W9T9	Leptospira_phage	2.0e-34	30.0
QBK74912.1|61385_62483_+|transposase	IS91 family transposase	NA	NA	NA	NA
64068:64082	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>CP037427|346698:375161|DBSCAN-SWA
ACTATTTCGATAAGATATATCTTACTACATGTTCTGCTGAGTTTAAACCAAACAAGGCTGGCATCCAACTATTCGTCCCAAAAAATGACTTTTTAAAGTTACTACCATCTGTCATCTTTAAGCTACTCTCGTCAGGTTTTTCTGTAGAGAAGATTGCTTTTACCCCAGAAGATATTCCTTCTTTCTTTAGGCGCTTTCTGATCTGCTTCGCTAGTGGACATACATCTGTCTTACTGATATCTTTAATCACAATCTTATTTGCCATCATCTTTCCTCCTGCTCCCATCGCACTGATTACTTTTACCTTCTTGCGTTTAGCTGCCAAAATAAGGTTAATCTTAGGTGTAATACTATCAATACAATCTAATACATAATCAAAGTCCTCTGTCACAATCTCATGAGCACGCTCTGGAGAAATAAACTCTTCTATACGAATCAAGTTAAGCTCTGGGTTAATATCCATCAATCTATCTCCTACAACTTTCACTTTTGGCATACCGATCGTAGAGTGTAAAGCGGGTAACTGTCTATTGATATTCGTAATATCTACAGTATCTCCATCTACGATAGTCATATTTCCTACTCCTGCTCTAGCTAAAAACTCAGCTGCAAATGATCCAACTCCTCCTAATCCTACTACTAATACTTTCGCATCTTTTAGTTTTTGCAATCCTTCTTCCTTAAAAAGTAATTCTGCTCTTTCTTGCCAAATTGCCATTTATTCTACTTATTATATCAATCTAAGACTGATGTTATCTATTAAAAACTGTTTTATAATTCTGTTCTATGATCGCTTCTATATTCATATCTAATGCGCTTGCCACAGTATATACGTCCTCTATGGTTATCTCCTTAGCATCATCTGTTTCTAAAAACAACTGCTCTCTTGGTACTTTCAAGAAGGTACTTCTCAATGCCTCGTTATAAATAAGGTGTTTACCAAAAGACAAATAAAACCCATTCTTCCACAGACTCTCTGCTACTTGCTCTTTTTTATTGAAGCCATGTATAATCAGAGGAACCGTAATCTGTAACTCTTTCTTAATCTGTATAACTTCTTGATAAGCTGAAACGACGTGCAAAATTACTGCTTTTTTATACTTTTCTGCAAGTAGTAATTGCTTCTTAAATACTTCTATCTGTAGATTTAACGAAATATTGATCTTCTTATCTAATCCACACTCTCCTATCGCTAAACAATTTGGCTGTTGTAGCTGCTCTTCTAACAAGGCTAACTCTTCCTCTAAACGCTCTTCCTGGATATACCATGGATGTATACCAACAGTATAGGTAGGAAGGGTATTATCCACTGTCAGAGGATACTGATTGATGATTTCTATTATCCCCTGCTGTGCTGTAATATGATGAGTGTGTGTATTGATTTTCATACATACGAAGATAAAAAAAAGCCTCTAATTAGTAAACTAACTAGAGGCTTCTATATCTAAGAGATACTACACTATTTTAATCCAGCTAAGCTGTGTTCGATAGTTGCTATTTTAGCTAAAGCATCTGCTTCTTTCTTTCTTTCGTTCTCGATAACCTGAGCAGGTGCACCACCAACGAACTTCTCGTTAGATAGTTTTCCTTGTACAGATTTCAAGAATCCTTTTAAATATTTCAACTCTTCTTCTAACTTAGCGATTTCTTCTTCTAAGTTCACACTTCCTGTTACAGGAATGAAGTACTCATTAGATTTCACACGGTAAGATAGTGCACCACTTACTTGCTCTGTTACATACTCTATAGCAACTACGTTACCTAATTTAGAGATGATACTGTCGAAGTATGTAGATGTTTTCTCGTTGTTGATTACTTTTAAATCTATCGTTTCTTTAAACGAAATATTCTTGTCTTTTCTGATTGTACGGATACCAGCGATAACTTCAGTAGCGAATTCAAACTCTTTAATCAAGTTCTCATCAAATGATTTCATCTCTGGCCATGAAGATACTACTAATGCTGCAGCAGCAGTACGCTCATTAATATGTTGCCAAATCTCTTCTGATAAGAATGGCATAAATGGATGTAACAACTTCAAGTTCGCTTCTAATAACTCGATAGTCTTGTCAAAAGTAGCTTTGTCTATTGGCTGTTGGTATCCTGGTTTAATCATTTCTAAGAACCAAGAACAAAAGTCATCCCATACTAATTTATAGATCGTCATTAACGCATCCGAAATTCTGTATTTAGAGAAGTGATCTTCTATCTCTACTAATGCACTCTGTAACTTCGCTTCGTACCACGCTAATGATACTTTAGCAGATTCTGGTTGTGCTAATGTCTCAGACACTTCCCATCCTTTGATTAGACGGAATGCATTCCATACCTTATTTGTGAAAGCTTTACCTTGAGCACATAACTCCTCGTCAAACATAATATCGTTACCAGCAGACGCAGATAATAATAATCCTACACGTACACCATCAGCACCGAACTTATCGATTAATCCTAGTGCATCAGGAGAGTTTCCTAATGACTTAGACATCTTACGACGTTGTTTATCTCTTACGATACCTGTGAAGTAAACATTCGTAAATGGTTTCTTACCAGTGTACTCATATCCAGACATAATCATACGTGCTACCCAGAAGAAGATAATATCTGGACCAGTCACTAAGTCATTCGTTGGATAATAGTAGTTATACTCTTCATTCTCTGGCTGTGTAATTCCGTTAAATACAGACATTGGCCAAATCCAAGAAGAGAACCATGTATCTAGTGCATCTTCATCTTGTTTTAAATCAGCAGCAGTCAAAGCAGCATTACCTGATTTTACTTTAGCTAATTCTACAGCAGCTTCGATATTCTCAGCTACTACGAAGTCTTCTTTACCAGCTCCATAGTAGAATGCAGGTATCTGGTGTCCCCACCATAACTGACGAGAGATATTCCAATCGCGGATATTCTCTAACCAGCTTCTATAAGTATTGTTATATCTACTTGGGTATAACTTTACATCTTCTGTTTCTAATACCGCATCTAAAGCAGGCTTAGCTAACTCTTCCATCTTAAGGAACCACTGATCAGAAAGTCTTGGTTCTATAACAGCTTTTGTACGCTCAGAAGTACCTACATTGTTAATATAGTTCTCTACTTTGTCTAAAGCTCCGATAGATTTTAACTCTGCCTCTATCTCTTTACGAACTACAAAACGGTCTTTACCAGCGTAGTGTAATCCTAATTCATTCAGTGTAGCATCAGCATTAAAGATATCTATAATCTCTAAGTTATGTCTCTCTCCTAGATCCTTATCATTCACATCGTGAGCAGGAGTCACTTTAAGACATCCTGTACCGAACTCCATATCTACATATTCGTCGAAGATGATAGGCACCACTCTATTACAGATTGGTACGATAGCCTTTTTACCTTTTAGGTGTGTATAGCGTTCATCATTAGGGTTAATACAGATAGCAGAATCTCCTAAGATAGTCTCTGGACGTGTAGTCGCAATTACTAGATAGTCATTAGATCCTTCTATTTGATATTTTAGATGGTATAACTTCCCTTGGCGCTCTTCATAGATTACTTCCTCATCAGATAAAGTAGTCTTCGCTTCAGGATCCCAGTTTACCATGCGGTACCCTCTATAGATTAATCCTTTGTTATATAGGTCAACAAATACTTTTATCACTTGCTCAGACATCTCTGGGTCCATAGTGAACTTCGTACGATCCCAATCACAAGAACAACCTAATTTTTTAAGTTGATCTAAGATTACTCCTCCGTACTCTTCTTTCCACTCCCAAGCATGTGCTAAGAACTCTTCGCGTGTTAAATCGTTTTTATTGATACCCTGCTCTCTCAATTTTGCGACGACTTTAGCTTCAGTAGCGATAGAGGCGTGATCCGTTCCAGGAACCCAACAAGCGTTAAGCCCTTTTAAACGAGCACGACGTATTAATACATCTTGAATCGTATTGTTCAACATATGTCCCATGTGTAATACACCCGTCACGTTCGGTGGTGGTATTACAATCGTGTAAGGCTCTCTGTGGTCAGGAGTTGAGTGGAAGAAATTATTCTCCATCCAGTACTCATACCATTTTTGCTCTACTTGCTTCGCGTCAAATTGTGCAGGAATTGTCATTTACTTATTAATTTTACTTGTTTTTAACATTTTTTAAAGACACATCCAAAGATAACAATACTTTAATCAAATTTTAATCTAAGCACTCTTTCTTTTTACGTACCTTTGTATCATGCAAAAATATGGATTACTATGTAATTACAAAAGATAACACATTACTTTAAATGTTTATTTTTATTTGCGAGTATTCCTAAAGTTTTTAATTTTACAAAACAACAAATAGAAAAATAATGAAAAACATTTTAGCATTATTAGTTTTGGTTTTGACAAGTGCAGTAACATTCGCACAAAAAGGACCAAAAATCGAGTTTAAAGCAGAGAACAATACTATCGATTACGGTACTGTTGTAAGAGGGAAAGATAATGGAGTTAGAACTTTTGAGTTTACTAACGTTGGTGATGAGCCATTAATCATTACAGCTGTAAGATCTACATGTGGATGTACAGTACCTTCTAAACCTGAAGAACCTATTTTACCAGGTCAAAAAAGTAAAATAGACGTACAGTATAATATGGCTCCTGGTAAAATCAGTAGAACTATCACTGTAGAATCTAATGCTGTGAACTATACTAACGGTGTAGTAGCACTACGCATCAAAGGTGAAGTTGTAAACAACTAATCAGAAAATAGACAGAAAAACAAAAGGGATCGCTCACGCGATCCCTTTCTTATTTTATACGATAAGTAATTCTTTATTTCTTAAAGAAGATATTATTAGCAATTGCTTTCTCGAAGTTCTTCACTTCTTTAATTTGTATTTTAGCATCAAAGCCCTTGATATGTTTGGTATGGTGGATATCAGATCCTACGAAGTCTATCATATCATTGTTCAACAGATAGTTTGCAGCCTCTAATACATGACTTCCATAGTATCCTGTAGTAGACAATAAGTTCATCTGAAACTTACACCCTGATTTTTTAAGCTTCTTATACATTTCTGTATTCTTGTGATAGAAGTTATAACGCTCTGGATGCGCTAAGATAATCTCATACCCATTCGATTTTAAATGGAATAAAATATCCATTAATTGTATAGGTGGGTTGATATAAGACATCTCTACTAATACATAGTTATCTTTTAATGTCAATAGCTTCTCTGAATGAATGCGCTGTAAGAAACTCTCATCCATCATATACTCAGAAGCCACTCTCAGCTGAAGAGACTCCGCCTCTGTAGGTAGTACCTCTAATACCTCATCATACTTAGCTAAGATTCCTTCTTTAGTATTATCCCATACTAGTGGTGTAGTATGTGGAGTGGTAATCGCTTGGTCAAAGCCCATCGCTTTCATCGACTCTATAATAGTCTTTGTATCCTCTTTAGTCTGCGCCCCATCATCAATACCAAACATTAAATGAGAGTGAATATCTACATAATTATTTGGAATTAATGTTTTAAGCTCTGGTTTAGATTTAAATAATCCGAACATATCTTTATATTATTTTTTCTGATTAGGTCTACTTGTTATACTTCTTAGCTATACGCATTTCTATAGCCAAACTCACAAGAGTCAACAATACTAATGGCAAGGTCACTAATAACTTTTCGCTAGTAATATTCAATACGATATACAAAATTACACAAACTAAAGTTAACAACTGAAGTAACTTAGCTATCTTGACATTCTTTCTTATAAAAGGTAAGATTAAGAATATAGGACTACACAGTAGCACTGTATTATTACTTAACAGTTCGCCATGAAGAGAGTAAAACCCTACGACAAAGAAGAAAATACCTAACAGCCCTAAGATGACAAAATACACACTTCTAACGCCTCTCTGAGTCATTAGTCCTGCTAACACTAAAACGACAAGACTAAAGAACCACATAGAGTTCACACTTATACCTGATTTCTCCGTAGATACTTCTGGCTCAAAAACAGTCACTGTCTCAGGAACCAAAGGTTTTCCGTTGACTTTAGTCTCTGCTAACCCTTGCATAAACTTATCTGGTAAGAACAGTAAAGTAGAATGAGCATCTACCTTAGAACCGAATATTAAATTAATTCCTAGCATCTCGAAGTATCTCTTATTCAGATACGAGTTTAAGATGGTTCTATAAGTAGCTGTGTTCCCTTGTACATCTACTTTTACAGGTGTCGCTATACTATTATTAATAATATCTACCGCCTTAGTAGTACAGTTCTGATCTATAAACTTATATACATAGAATTTATTCTCTTCTTCTAAGGATTCGTTCAGTTTTTGCCATATCTCTTCTTTCTGAGTTGGCGTCAAGTCTAGTACTTGTTCATACACTGCTCTATTATCATATACATAACTCCCAATGAAGTTTCTATACGTAGAATAATCTGCGTAGTATAAAAGATCTCCCTTTACGAACTTTCCATAAAAATTAGGTGTTCTAAAATCAAACATTCCATAATTATATACCCTATCTATCCCCTCAAAAGGATCACTTACGCGTATCGCTGTATGCCCGAATAGTGAATACAACTCATCTCCCGTACCACAAGTAAGTACACTTATCTCTGCTCTATCAGAGAGTGGTCGTTCTTTAGAGAAAGCCATCTGCACTACAAAAAGGCAGAAAAGCAGATATATAATTTTCTTTGTCATCTATTCTTCTTGATTTATAACTAAGCGTTCTATTTGCTCTTTACAAAAATACTTTACTAATCTTTGATTTACAATAAAAACATACACTCTAAACTATTTATGAATAACCTTCTTGTACCACAGTTAAAACGTAGCTTCTCATCTGCTACTGCTCCTATCTTCTTCGCAAGAACTAAATTATATCAACACAACACCTCCATGATAACTCCGTTAAAACTAACTATAAAACGGAGTCACTACGGACTCACTACGGACTCAATGCAACTAAAACCATGTTAATCTGGCTATAAGTACAATACTAGGTATAACCTCTTCTATCCTTTAATTAACTTGATCCAATGTAGTCTGTTCTCTACTTATCAAATATATTAATTATCTAATAAACGTTTAGTTACCTAAATAGAGTACATCAAATAATAAAACATCTATAAAGATAAATGGCATTATCTAAAGTAATCCTTATAAACACTATAAAAATTAGTAACTTTATGATACATTTGTATCAATAAATACAAGTAAACCGTTATAGAGTTTATATAAACAAACAAATTTCAGTTATGAAAAAACACATTCCTAATGCTATCACTTTATTAAACTTACTTTCAGGATTAATTGCGTTAGTGTATGCATTTGATGATAATATACACATGGCTTTCTTATGGGTATGTATAGGAATCTTTTTTGACTATTGGGACGGCTTTGTAGCACGTATCCTTAATGTAAAAAGTGAAATGGGATTACAGTTAGACTCACTAGCCGATATGGTGACTAGTGGAGTAGTTCCAGGATTAGTAGTTTATAAAATGCTAGCTAATATTCAAGAAAACCAAGAGATCTATAACCTTACCCCTGAGACCTACTATATGGGAGTAGTTCCATACTTAGGGTTTATCATCACATTAGGAGCTGCGTATAGATTAGCCAAATTTAATATCGATACTAGACAGACTGATTCGTTTATCGGATTACCTACACCAGGTAATGCTCTATTCATCTTAAGTATCCCGATGATTATCTCTACGACTAAATCAGAAGAGATTATCTCCTTATTAAGCAATCCTTACTTATTAGTGGTGATCAGTATCTTAAGTGCTATCATCATGAATGCAGAACTTCCATTGTTCTCATTAAAAATCAAGCCTAATAATCTAGGAGCTTATAAACTTCAGATAGGATTTATGCTACTATCATTAGTACTACTAGCTACTCTATTATATCTAGCTATACCTATTATTATACTAGTATATATCTTACTATCTATCATCATGAATATGACAAAAAAGCAAACTACTAACTAAAAATAAGAAACGCTATCTCTCCAGATAGCGTTTTTCATTTGGTCTATATCTAAAAAGTGTACTATTTCATCCTTATGACTATGTTGCCCCTTTTTTATGCCAATTCTTTATTGAATAATTATTATTCTCATTTATACAACTATCCAAAACAGCAATAATCACAATATGAGCAATTGACTATAAAACAATCACTTTACCTCTAAAACACTAGTCATTGGCACACTTATTGAAAACTTTATTACAAACTTTTTTTTCATACTACTTTTTTGCCCTATACACCTTACCCCCTTTGTATAGGGCTTTTTTTATTGTTTTTTTTACACCATAGAACCAAGGTTAGCATCATCATGTTTTCCTTCTTCATGAAGCGTTAACTCATCACAGAATACTATTTTCTCATTTTCTATTACAAAAGTTGCAATTACTTTTACCTTACTCACAGAGCCATCATTTCTATATACTGAAACACTGTGATTAGTAAAAACAAGATTTCCCTCTTCTGCCATATAATTAAAGGTAATAGACAGTCTCTCGGTTACCTCTTTTAATTTTTTAATATGATTACTAAAAATGGTGTAGTCTAGCCTCTTTCCATCAACACATTGGATATAATCAGTAGAAAAATAGGTAGCTATCACTTCTGGACGATACTGAGGACTCTCTAATAGATTTACAAAACAGTCTTTTATCAATTCTTTATTGGTCATATTTCATTTCTTAAATTACAAATACGAAAGTAAAACACTGTCTAAAGAAGCGCGATAACAATTGTTATCAAATAAAACTTTTATAAAGACACTATACCTAAAGTGACAACTAACACATATGGAGTGTTGTCCTATAGCTAACTTCTTTATAATACTATCCATATAAAAGTCTATTCTCTCAGAATATAGCAAAGAAAAAGTATAATGTCTTACATTATCAATATTGATGAACGAGACATAACCACTTCTTGTAATTTATCTTCTTTAAAAAAAGAATATTATAATAGATGAAGTTCTCTATAATGTGTAATTATTTCATTTTTAAATAATTATTTCTGATTATCCGTTTATGCACCTGTTATATTCGCAATTACTAGTCTGTCAAAGAGTTTGTCTCCAAAATACCGTCTGTTTAATTTGTAAATAAACTCGTTGAGATACAACTGTAAGTATTTCCTTTTGATTTTATGGTAGTTGCCCAGCAATGTCCGTTTTGCATTACTGATTGCGATATGCACCCATTTGAGTGTTTCCTTGGTGGTTTTGGCGTCTGATTTCTCGGTGACGTGCAATTCCACCAGATCGGAGATGTCAACGTAAGAAGTGCTTTTGTCCGAAAATACGATGGCATCATCCTCCATGCAGTCCCTGACCACGCCGTTGATTCCTTCACTTTGATGGCTATCCAGTACCCTGGCCTTGAAATAACGCACATGCTTCTCCTTTTTGCCCGTTTCGATATCTTCCAACGGGGTGCTTTCGGCCATCACCGCAACGTTCTGCTTTCCCTCGGCTCCCCGGCCACGTGTACCCTTGCCTCGCTCGATTTCCTTACTGGCCACCGAAAAGTTAACGAATTCTTGCGGTTTCTTTCAGCGCCGCCAATACCGCCAGCCCGTCGCGCAAGGGGCGCGGCTCGTGTGTGCGGATGAAGTCAGCTCCACCTGCGGCGGCGGCAAGCTCTGCAGCGAGTGTCGCGGCCCCGACATCCCCCGGACCACGGCCTGTGAGCGCGCGCAGAAAGGATTTGCGCGAAACAGACAGAAGCACCGGCAAATCGAAGCGCAGCCGCAATTCATCGAACCGCGCCAGCACCGAGAGCGAGGTTTCGGGAGCAGCCCCCAGAAAAAACCCCATGCCGGGATCAAGGACAAGGCGGTTGCGTTTGATACCGGCACCCGTCAGCGCCGCGATGCGCGCGTCAAAGAACGCCGCAATGTGATCCATGATGTCGCCAGCGGGTGCCTCGCGCCGATCTGCCTGCCCGTCTTGCACCGAATGCATAACGACGAGTTTGGCAGATGATTTCGCCAATTGCGGATAGAACGCAGCGTCTGGAAAACCGCGAATATCATTGAGATAGGCCACACCACGCGACAAGGCATAGGCTTGCGTCGCGGGTTGATAACTGTCGAGCGAGACGGGAATGCCATCTGCCTTGAGCGCGTCCGGCACCGGCGCGATACGCGCGATTTCTGTGTCGGACGAAACAGGCGCGGCGTCGGGATTGCTGGATGCCGGACCGAGGTCGATCACATCTGCCCCCTCGGCCATCAGCTTACGCGCCTGCGCAATGGCTGCGTCTGGCGCCAGATACCGGCCTCCATCGGAGAAACTGTCCGAGGTTATGTTGACGATGCCGAAAATGATGAGCGATTTATTCATGGGGGCTTCTATAATAATACCTAAAATCCGCAGGTAGTTAATTAGGATGTTTAAAGATTCTGATTATCCGTTTATGCACCTGTTATATTCGCAATTACTAGTCTGTCAAAGAGTTTGTCTCCAAAATACCGTCTGTTTAATTTGTAAATAAACTCGTTGAGATACAACTGTAAGTATTTCCTTTTGATTTTATGGTAGTTGCCCAGCAATGTCCGTTTTGCATTACTGATTGCGATATGCACCCATTTGAGTGTTTCCTTGGTGGTTTTGGCGTCTGATTTCTCGGTGACGTGCAATTCCACCAGATCGGAGATGTCAACGTAAGAAGTGCTTTTGTCCGAAAATACGATGGCATCATCCTCCATGCAGTCCCTGACCACGCCGTTGATTCCTTCACTTTGATGGCTATCCAGTACCCTGGCCTTGAAATAACGCACATGCTTCTCCTTTTTGCCCGTTTCGATATCTTCCAACGGGGTGCTTTCGGCCATCACCGCAACGTTCTGCTTTCCCTCGGCTCCCCGGCCACGTGTACCCTTGCCTCGCTCGATTTCCTTACTGGCCACCGAAAAGTAACCCTCATCCAGTTCTATCATCCCTTCCAGTGTATACCTTGCATCCCGGTTGCCCATCGCCCTGCGGAGTTTGTGTACCATCGCCCATACCGGTTCGTAACGCTTCAATCCTAATTGCTTCTGGAGTTCGTTGGTGGAGAATCCCTTTTTTGTGCAACTCATCAGGAACATCGTTTTGTACCACACCAGAAACGGCAGCTTGGAGCTCTCCATGTTCGTACCGCTGCGCAACGAGGTGCGGAAACGGCAACCTTTGCATTCATAACTCCATTTACCCTGTAACCAATAATGGGAAGTGCCCCCGCATCGCTTGCAGACAACCCCTTCCTTATCACGCTGCTCCTTGAAATGCAAACGACAATCTTCCTCCGAACCGAAATGAGCCGTAAAACTGAATATGTTCATAATCCCTGCTTTTTGAGCGCTAATATACTAAAAATATTAGGTGTGTTTGCGGAGAATCAGATAGATTTTTCAAAACACTCAAGTCCATACTCGCATTATGAAAAATTAATAAATTAGATGAAAGATATTTAGAAAGTTCGTCTTCCCATAATTCTTGAAAATTAAGGGAAAATTCTACATCTTCATATGAAATTCCGTGTATTGAAGTATGAGTTTTTAAAAACTTTTCTGATTTTGGTGGATTTATATAGTGTTTTGTCGAATAAACTATTGTGTCATTTTTCACGAAGCATAATCCGATTGCACAAGCACTTAATCTACTGTTATTTGCTGTCTCAAAGTCAATAGCAATAAAATCAAATTTATTTTCAAAGTACTCAGGGAATGTATGAGGATTTTTAAATTGATTGAATTTCAATTTTTGCAAAATCGCTTGTTCGTATTGAGGTTTTACTTTATAACCAACTTGTTTTGCTTTTTTTAGCCAAGGTTCAAGAATATAGTTTGGTGTATTTTCGATAAAATTATAGAATAGAAATTCATTGTTTGTTTCAGGATTTATTCCCGAAACTTCCATTTCAATTTGATTTTTTGGTTTAGGTTTAAAAAAGTTAAACATAGTTCATTTTGTATAATTCAGACGAGTTTTGGTGTAATATGGCATATAACGTTTGGCAAATTGGCGATGGAGCCGACTTTTAGCACAAATGTTGAATAGAATTACTAATCTTCAACATTGCACAAAAGTTCAATAGAAGTACTTCACCGGCTCTATTGCCAATTTGTTTGTTATGTGCCGTTTTATTCCATCGTGAATTCAAGTTATAAATGCAACAGTTGCTATTTTGTCTAATTTATCTGCAAAAACTTCATTAGGCGATTTAAAACCAAATCTCTTTCTTGGTCTATTGTTTAAAATATTTACAACTCTATCTATTTGTTGTTGTGTAATTAAATCGAAGTTACTCATTTTCGGGAAATATTGTCTGACTAAACCATTTAAATTTTCATTAGCGCCTCTTTCCCAACTGTGATAAGGTTTTGCAAAATAATAGGCAATCTGTAACGCATTAGCTATATTTTGATGGTTTGCAAACTCTTTTCCATTATCAGAAGTGATTGTATGTAGAAGAGGTTTGTAATCCTTTAATAGCTCTATTGTTTTAGCCTCTATCACATGAGCTTGTTTAGATTCAACCTTCCCCATTAGTAAAATCCCTGTGGCTCTATCGTTAATAGTTAATAAGGCTCCATTATGATTTTTTCCTATTATCAAATCAATTTCTAAATCTCCTATTCTTTCTTTTTTGTCAACAATACCAGGTCTTTCATCTATATCTAATCTGTTCGATATTAACCCTCTACTATCTTTATTGCTTCCTCTTTTACGATATTTTTTCCCTTTATTTCGTAGATGCTTATAAAGCTTTCCTCCTTGCTTTTTATCCTTCCAAACGAACTGATAAATACATTCTACTGAAACCATTTCTATCTTCTCTATTTTACATCTTCCTACTATTTGTTCAGGGCTATAATCTTTATTGAGCAGCGACAAAATGGTTGCTTTGACACTTTTATTTAAGCGTTTATGCTTAGGTTTTTCTTTATGACGAAGTGTTGTCTTTTTTTGAGCAAGATCGGCTTTATAAACACCGTTTCTACCATCTGAATTACGTTTAAGCTCTCTGCTAACAACTGATCTGTCTTTGCCTATATAATCACCTATTTCACTAAGTGATCTACCTAAATTTTTATATGCTTCTATTTTGTATCTTTGTTCTAACGTTAAATGTGACATCTTTTTGATTGTGTAGGAACTTCAAAAGTAGATGTTTTTTTTCGCCAACAGCGGGGAACATTTGCCCCATGGGGCAAATGTTCCCCGCTGTTCTTTTAAATGCTGTTGCATTTATTTGTTGAATCTAAGCATTTTATACATTTAACAATTGCTGAAACGTAAAGTCGGGTTTAAACATTTCAATTTCGTTTTGAGTTGATTCTTCTTGTGCTTCTTTGCCATAGATAAACATTTGCTGTTCATAATTTTTAACAGCCTCTTCAATGCTATTAAATTTTCCATCGGCTAGATTATCAGACAATATCAAGGCATCCACCAACCCACTATTTACTCCCTGCCCTGCAAAAGGCGGCATCAAATGTGCGGCATCCCCAATCATTGTTATGGGTAATGGGCGCTTGCTTTTCCAAGGCTTTTCTAAAGGAAATATCCGTGTAGCCAATCCTACAAATGACAACGTCGTATGAATCAATTCTTTGTAGCGTTCGTCCCAATCGGAAAATTCTTTCAGAAGAAAATCAACGACACTATTTCTGTTTTGAAAATCTACCTGCGTTTGGTTTTTCCATTCATCAGGTGTTTTAAAACTTATTCCAAAATGCAATGCACCATTATTATTGGGGTTAGCAAATAATAAATTACCTTGGTGAGATGCCATTAGCCGGTTTCCATTGCATAGCTGAAAAAATCCAGGACAGTTTATCTCTGGTTGATGAATATCGGCTTGTATATTGAAAGTACCTGTTTCTTCAACTTCCGTGTCGGTAACAAATTTTCTTACCTTGGACATCCCGCCATTGGCAAGAATAACCAAATCTGCTGTTTCACTCGGTTTATTCTCAAAAGTTAGTGTCCACTTCTTCTTACCAGGTTCAAGCATAACAAGTTTTCTATCCCAAATAACCGTGTCGTTTTCTAAACTATTCAACAAGATAGCCCTTAAGTCATTTCTGTTTATTTCAGGATTGTCAAATCGATTTTCGGGCTTTACATTTTTTGTGGATAAAATATTGCCTTTTTCATCAGCAATATTTACACCCATTGGTAAGGCTAAGTCATAATAAGTTTGTAACAATCCCGCTTTTTTCATTGCTTCCTGACCTGAACCTTTGTGTAGGTCAAGGGTTCCACCAAAAATTCTTGCCTCTCGGTCGTTGTCTCTTTCGTAAACTGAAACGTCTATGCCGTTTTGCTGTAATAATTTTGCCATAGTCAGTCCAACGGGTCCACCACCAATTATTGCAACGTTCTTATCACTAAGTAAATTCATTTGTTTGTCTGTATCTATTCGCATTGTCATTCAAAAATGGCACATAACGGGAAACGCATTGGCGAAGTGGCGGATAAATTGGACAAAAAGTTCAATTTAGCGAGAACGTAGCCGATGTGTTTCCACAGAGCTAACTTACAAATAAAAAGCGAATGTGGAACACATTCGGCGGAATAAAATGCAGAAACTTTCAATTTAGCACTTAACCTGCCATTTTGCCAATGCGATGTTGAACTAAACCTCCGGTAGCTTTCGCTGCGATGATTTAGTACCTTAGTATTTATTAACGTTTAAATAATTGATAATATGGTAACTAAAAAAAATCTCCGGAGGAATTAAGAACGAACAAATATTTGAATCGTGCTTGTAATGAAATTACAGGTTTTTCTGAACTTCTGCAACGTTTTGAGCGAAATATTTCTATTTTAGGACGAAGCAAACGCACTTTTGAAAATTATTCGCGCCATGTGGCCGCAATGGCACTTCATTTTGGTGCTTTACCAACCGAATTACATCCAGAACAGGTTAAAGATTATCTGTTTGAACTGCAACAACGTTCCAATTCACCTTCGCAATCGTATTTTAAACACACGGTTTACGGACTTCGATTTCTTTTAAAAACAGAGAATTTACCTTACGATCATCTTCATTTACCATCGATTCCTAAAGAAAAAAAACTACCCGTAATACTAAGTCGAGAAGAAATTTGGAGAATGCTTCAACATGCCGATTTGTTAAAACATCGCTTGCTCATCGGGTTGATTTACGGTTGTGGTCTGCGTTGCATGGAAGTTCGAAATATTGAATTGAAACACTTAGATTTTGATCGAAAATTGCTTCATATCGTTCAAAGCAAAGGTAAAAAAGATCGTTATGTTCCGCTTTCTGATCATCTCATTCGAGGGATAAAAAAGTACATTTCAATTGAACATCCGACTACTTTTTTATTTACTGGCAACACCAAAGATGCCAAAGGATTTGATTCGCGTTATAGTCAACGTGGCGTTCAATGGGCGATTCAGTCGGTTTGTAGAAAAGCTGGAATTTTAAAAGACGTTCACACGCATACCTTGCGTCACAGCTACGCTACACACTTGTTGGAAGATGGCGTGAATATTCTTCAGGTTCAGAAACTGATGGGACACGAACGAGTAGAAACCACAATGGAATACCTGCACGTTTGCCAATTGGAACAACAAAAAGTACACAGCCCATTAGATACCGTTTTTGCCTTATGCAGCCGCAGTGGGAGGTAGCCGATGTGCTTAGAAAGGTCGATTTGTCCAACCAAAACTTTACGGTTCATCAAGAGAAAACCTTACGGGCATTGACTTTATGTAGAACAGCAGCTTTGGGCGGACATGTAGATGCTTGTGATGCTTGTGGAAATATTAGCATCAGTTACAACAGTTGTAGAAACAGGCATTGTCCCAAATGTCAAGGGCACAAACGTGAAGAATGGATACAAGCTCGCGAGCAAGATTTGTTGCCTTGTTCGTATTATCATTTGGTATTTACGTTGCCCGATACGCTCAATGGTTTAGCGATTTCTCATCCGCAAATCATGTATCGCATATTATTTGAAGCAACTTGGGCTACAATGTCTCAATTTGGAAAAACAGAAGGATTGCAATTGGGAATGATCGCCATTTTGCATACTTGGGGACAAAATTTGAGTTTGCATCCGCATTTACATTGCATTGTTCCTGGCGGTGGAATTGATAGAAATGGCAATTGGAAACGCAAGATAAAAACCGATAAATATTTGTTTGCAGTAAAAGCTTTGAGTAAGGTTTTTCGGGCCAAATATGTAGCGTTGTTGCGCAAGGAAAAATTAGCGGATACTCAACTCTTACAAGGTTTGTTTGAAAAGAATTGGGTGGTTTATGCCAAACGACCTTTTGGTGGGCCAAAGCAAGTGATTGAATATTTAGGCAGATATACGCACAAGGTTGCGATAAGCAATCATCGGATAAAGAACGTAACCGATCACGAGGTTACTATTAATTATAAAGATTATAAAGACGGCAGTAAAACCAAGCAACTCACCTTAAAAAACGAAGAATTTGCAAGACGATTTAGCTTACATATTTTACCCAAACGCTTTGTGCGAATCAGACATTACGGAATTCTAAGCAGCAGTTGGAAACGCGGAAAGCTCCAGCAATTACAAAAAGAGTTAAATGTTGTACGCCCAATAATTGAACCCAAAACGCAACATAAAAAATGCTATTGCTGTAAAGTCGGTAATCTGATTACCTTGCATGTTTTTGGGCAAAGAGGACCACCGAAAGCCTATCTTATCGAAAATAAACTTGCGCCTGTGAATTAACTTTTACGGGTAAGGGAACTTGTGCTTTTTTGCATCGAAAAACAGTGTAAAAAAGTAAAAACAAACATAAAAAAAAGCAGTAATCCTAAAATTACTGCTCGTATATCTTAAAGTCATACTTCGACAACTCCATAATACTTTATTAGCTTCCTACGGTTCCGTTCAACGGGCTTTCATCTCGTGCCCTCCGGGCAAGACGAAAGCTTAGTTATTATGTGAAGGAATTTTTAGTATCTTTGTATTCAAATAATTCACATTTTATGTATTTCAGCAAGCCTTGGTAATTAAAAATTAAAGTAAATTATTAAATCGTCTTTTTGAGACGGTTGCTATTTGGTACGTTAATTTTTAATTTAAAATAAGGTAATAATGAAAAATATAAAACCCTTAACTTTTCCGTTTAATTCGGAAAATAATACATCCATAAAACAAAGTCTTTTTCGATTTCGAGAATATTTTGATTCTTCTACAATTGTTGGTTTAGGCGAAAACGCACATTTCATAAAAGAGTTTTTTACATTCAGGCATCAAGTTATTGAGTTTTTAGTAACTGAATGTGATTTTGACACCTTGGCATTTGAGTTTGGTTTTTCTGAAGGATTAGAAGTTGATAAGTGGATAAAATCACAAATTCCATTCGACGATTTGGATAAGTTACTGTCACACTTTTATTATCCAAATGAGTTTAAAGATACTTTGCTATGGCTTCGTCGGTATAATCAAGACAATAATAATCAAATTACCTTTTTAGGTGTGGATATTCCTAAAAATGGAGGTTCTTATTTTCCAAACTTTCGTATTGTATCTGATTATTTGCAAAGACTTTCAATCGTTTCTTCTGATGTCTTACAGAAGATTTTAAATCTTGCTGAGAAATTTGATTTCTATTCGACTTCTCAGCTTGCGTTAAATTTATCGCTTTTTGATGAAGCTGAACATAATGAATTAAAAGCATTGCTATTAAAAGTTTACATTCGTTTGATTACTCTTCAACCAAAATTAGAAAGTTTAGAATTTCAATCGATAGTTCATCAAGTTAAAGGCTTGATTTATATGAATTATAATGCTGATGCTATGGAAAGTTTCATTACTGAAAGGGGAATTGAAGGAGATATGGGAGCAAAAGACCAGTATATGGCAGAAAGCATTGATTGGTTTTTGAAAAATTCACTTGGTAAAAAGATTATTTTGGTTGCCCACAATGCTCACATTCAAAAAACTCCGGTAGATTTTGATGGATTTATTAGTTGTTATCCAATGGGGCAAAGACTTTCGATGACTTTTGGAGAAAAATATAAAGCATTTGCAATAACTAATCTACGTGGAGAAACTGCGGCATTGTATCCTGATAATGATTATCAATTTGGCTTTAGGGTTGATAAATTTCCACTTGATTTTCCAGAGTCGGATTCTGTTGAATTTATTATGCAAGAATTTGGAGGAAAAGAATGCTGTTTACTAATGAACAGAAGTACGGAATTAAAAAATTGTAATAAGATTCGATTTGATTCGATGTGCCTAAAAACTGAAATAGAAGAAGCTTTTGACGGAATTTTTCTAATAGAAAAATCAACTGTTTCAGAAGTAGTGGATTGAGAATTTATAAATTTAATTTCGAAACGGCACTTTCTTTTTGGAGGTGCCGTTTTATTCTTTCACATAACGGTTCTCAGCTATACGCAGGCAGGGATTTTAACCACTGAACTTCCTACGAAGAACTGAACTTCAAATTTACCACTTTCCTGTCTTACGAAGCACGAACCCCCTGCTTGCGTATAGGTGATGTTATGCGGTCGGCTTTCATTTTCTCTTCTTTCTCGTTAATTTGTCAAGCAAAGTTACTAAATTTGCAGTAATGACAAAAAAGAAATTGCCCGTTCGTTTTACGGGTCAGCACTTTACTATTGATAAAGTGCTAATAAAAGATGCAATAAGACAAGCAAATATAAGTAATCAGGATACGGTTTTAGATATTGGGGCAGGCAAGGGGTTTCTTACTGTTCATTTATTAAAAATCGCCAACAATGTTGTTGCTATTGAAAACGACACAGCTTTGGTTGAACATTTACGAAAATTATTTTCTGATGCCCGAAATGTTCAAGTTGTCGGTTGTGATTTTAGGAATTTTGCAGTTCCGAAATTTCCTTTCAAAGTGGTGTCAAATATTCCTTATGGCATTACTTCCGATATTTTCAAAATCCTGATGTTTGAGAGTCTTGGAAATTTTCTGGGAGGTTCCATTATCCTTCAGTTAGAACCTACACAAAAGTTATTTTCGAGGAAGCTTTACAATCCATATACCGTTTTCTATCATACTTTTTTTGATTTGAAACTTGTCTATGAGGTAGGTCCTGAAAGTTTCTTGCCACCGCCAACTGTCAAATCAGCCCTGTTAAACATTAAAAGAAAACACTTATTTTTTGATTTTAAGTTTAAAGCCAAATACTTAGCATTTATTTCCTGTCTGTTAGAGAAACCTGATTTATCTGTAAAAACAGCTTTAAAGTCGATTTTCAGGAAAAGTCAGGTCAGGTCAATTTCGGAAAAATTCGGTTTAAACCTTAATGCTCAAATTGTTTGTTTGTCTCCAAGTCAATGGGTAAACTGTTTTTTGGAAATGCTGAAAGTTGTCCCTGAAAAATTTCATCCTTCGTAGTTCAAAGTCGGGTGGTTGTCAAGATGATTTTTTTGGTTTGGTGTCGTCTTTTAAGCTGCCGCATAACGGGAAACGCATTGGCGAAGTGGCGGATAAATTGAACCGAAAGTTCAATTTAGCAGTGACGTAGCCGATGTGTTTCCACAGAAGCTAAATTATTAAAAAAAAGCTGAATGTGGGACACATTCGGCGGAATAAAAAGCACAAAAGTTGAATTTTGAACTTAACCCGCCATTTTGCCAATGCGATGTGTGTGCCCTGCATATGCAGGACACACCCCGAAAGCTTTTCAAATAGTTCAAAAATACAAATTTAGTTTTACGAACCAAGTTTTCGGGGTGTTATTTTTCCAGAGGGTGCAAGTCCCTTACGAGCGGATTGAAAACCCGAATCGTTAGCAAGCTGCAAGGTGGTTTATCGTGAGGTATGCACTGAAGGAAGCAGGACTGCAAAAGTCTGTACCGACGAACAGAAAGTACATAAGAGGCATAGCAATAAGGATGAGTATCCACAGCAATACGAAGTCCAAAACAGTGTTCTGAACATGCTATTAAATCAGATTATTGTTATGTAGATGTACCGGCGATAGACGGAAGGAAAAAGCATTTACCAGGGGAGGTCTTGGCGATTACGAGTTAATCAATCCAAGAAGTCAGCAGAGGTCATAGTACTTGCAGGCAAACGAGGTGCGAATAGATACCGCATAGGTCTCACAAACAAGGAAGGACTGAACGTAAAGAGGTTTTCAATAGGTAACGGAACGCATTGTAGCCCTACTTAACGAAAACAGGTTAAAACGACTAAAATGATAACAAGAGTAGTACATCCGTTTAATCTTCAAAAAGCATTGGAACACGTGATTGCCAATAAAGGCAGTGCGGGTGTTGATGGTGTTTCTGTCCGAGAACTCCGCAAGGTGTTTTCAGAAAAGAAACTACAGCTGATTGAAGCAATCAAGCAAGGCAACTACCAAGTGCAACCCATTTTAGGTATTGAAATTCCGAAAGGAAACGGGAAAACCCGATTATTAGGTGTTCCCACCACTACAGAACGTGTGTTGCAACAAGCCGTAGCACAAACTATTGCACCGCATTTCGAACCCGAATTCAGTAATTACAGCTATGGATTTAGACCCCACAAGAATGCCCGACAAGCCGTTGGACAATCTCGGGAATACATCCATTCAGGATTAAACCACATTGTGGATATTGACCTGAAAAACTTCTTTGATGAAGTTGACCATTGTTTATTACTGAATTTAATCTATCAAAAAGTGAAATGCAAAGCTACGATGCAACTCATACGCAAATGGCTCAGAGCACCGATTGAAATCAACGGAAAACTACATAAACGAAGAAAAGGCGTTCCACAAGGAAGTCCACTAAGTCCGCTATTGTCGAACATTTTACTCCATCAATTGGATAAGGAAATGACTCGAAGAGGACATAAATTTGTACGTTATGCGGATGATTTTAGTATCTATTGCAAAAGCCACAATCAAGCCAAAGCTACAAGAGTAGTAATTGAAAAGTTTTTGAAAACCAAACTCAAATTGACTATAAATGAAGAAAAGAGCGGGATTAGAAAACCAATCAACTTCACAATTTTGGGTTTTGGATTCGTACCTACGTACGAGAAAGGAAGTAAAAATCAATACCAACTCATTGTATCGGAAAAAGCATGGAAGAAACTAAAAGAACGACTTAAAACAATCACCCGAAAAACCACACCAGCCACATTTGAAGAGCGTATTGCCAAGATAAAAGAAGTGCAACGCGGATGGTTGAACTATTTCCAAGGCACGAGTATTTTGGGCAAATTACGAGATTTAGACGGTTGGCTTCGCAACCGACTGCGCTATTGCATTTGGCATCATTGGAAAAAACCTGAAAGGAAAAGGAAAAACCTGATTCGATTAGGTGTAGACCAAGACCATGCCTACGCTTGGAGCAGAACACGGAAAGGCGGTTGGGCAATAGCACAAAGTCCTATTCTAGGCACTACCATTACTTTACAACGCTTGAAGAAAAGAGGATATGTTTCCTTAACTGAATTACATTTACAACTTAACCCATCTCTTTGCGAACCGCCGAGTACGTGACCCGTACGCTCGGTGGTGTGAGAGGCGCACTCCGTCAGTTTCTGGCGGAGCCGTCTACTCGATTGAACTGAACAAGGGAAATGAGCGGTATCCTGCCAGACAGGATACCGACATTCACGAGGTTTCGATGGTTAGTGCGCCGCATCGGAGCGGGCCTGCTACCAGTCGTCGGTTAGACGACTGGCGACTTCTCGGTGGCAGCCCCACGGAGCCGAAGGAGCACCAGCCCCAACGAAACCAGTACCGCCATCGCCGTGGCGTAACAGATCACGGGCCACGCTGTGTCACCGTTTAAAAGTGCCACCGCCAATGTCCCGACAATGCTGACTATCAGGCTTTGAACGCAGAAGTAGAACGCGACCGCTGATCCCGCGATGTCGTCGAACTCTGCCAAAGCGCCGTTCGCGGTAACGGACACCGTGAAGACAATACCGACCGCGACAACCCACATCGGTAGGATGAAGGTGAGGAATGACGGCGAGCCGTAAAGTTCGCCGATCCCCAACAGGACCGCTCCGCAAACAAGCAACGCCATCCCACGCGCCACGCATCCTGCGATGCCCCATCTGGCGACAAAGGACTTCGCGAAACGGGTTGTCACGATCATTACAAGCGCGACAGTGGCGAAGGCAAAGCTGAATCCGATCTCGGAATATTCCGCTTGGCCTATGAGCACACGGGGAGCCGTCGAGAAGAAGACGAAGTAGGTGCCCATACCGGCGCTAAAGCCGACAGTGTAAACCCAAAAAGCCGGACTCGCGAAGATCGGCAAGACAGATCGGCGCGTCTTGACTTGATCCAGAGGGCGGGTTTCGTGCCACCTGAAACCCGCATTTAGGAGTGCGAGCATCGCCAGTATAGCCAAAGTAATGAATATCGCCTGCCATCCCAAGAACTCGCCGATCAATACTCCGGCGATAGGGCCGAGCGCAGGCACGAACGCCAGCATCGAACTGAAAAGGCTGTAGATGACGACACCCTCAGGACGGTTGGCATAAACGTCGCGAACCGTCGCGAACGTCGCCACCAGCATGGCCGACGCGCCCACTGCTTGAAGTAGACGGAAAGCGACAAAGGCCGGTGCAGTTGAAGACCAAGCTGCTCCCAGAGACGCAATGACGAAAGCCGTTGCGCCCGCAAGTAGAATTGGCCGTCGCCCGATTCTGTCTGAGAGCGGACCAAAAATCACCTGGCCCACGCCGAGCATCACCATATAGAGGCTCAACGTGAGTTGGATCATAGCGGGCGTCGTGTTCAGGATGCCGGGCATCGCTGGAACGACAGGGAGATAAATATCCATCGCCAGTGAAGCGAGGATGTCGAAAGGAGCCATCAGCAGCAGTGCTGCCGGCAGCGTATAGGCCCACGCGGGGCGTTGTTTTTGTTTATCAGTCATTTATGTGTTTTTCTATTCCATCAATAATTGATTTCCAATCATCAACGTGTAATTCGTGTCCTGTACCTTCAAGGGTGATTAGATTTGAACCTTTTATTTTTTCTAGTAAAAAACCTGCATTCTTATAATGCCAAATTTTGTCGTCTGTTCCGTGGATAATTAAGGTGGGTTGTTTGATTTCGTTTAATCTGTTCCAATATTCTTCACCACCACCACCTTGCGATGCAGCGTGATTGAACATACTTATATAATTGTTGGCTCTATTGAACTCAGCTCTTATCAGTTTTTCACTTCTTTGTTTGTCAAATTGTTTCTTGCCACTCATTAATTCTGCACCCTGAATTAAATAGTTTACCACACTGTCTTCATTTGTCCAATTGACTGTACCTGCTTTACTATGGAAATCTAAAATACTCGTGTCCATTTCAGGTATAGTTGGGTCTGAGTCTCCCCAAGGGCCTGATGACATAAGAGTTAAGGAGTTAACTCTGTCGGCAAACTTTATTGATGCTATTTGAGAAATTAGTCCGCCCAAAGAAATCCCCACAAAATGTGCTTTGTCAATCTTGTAGCCATCCAATATTGAAATAGCGTCATTAGTTAAGTCAACAATATCGTATGGAGTAGAACCTGGTTCATAATTAGTGGATTTTCCTACATCTCTGTTGTCGTAACGAATAACAAAAAATCCTTTTTCAGATAATTGTTGGCAAAATTCAGTGTCCCAATACAGCATTGATACGGTTGCACCTGCTACCAAAAGGATTGCTGGATTTTTCTTATTTCCAAAACTTTCCGTACAGAGTTCAATGCCGTTTGTTTTAATTATTTTCTCTTTCATTTCTGTTTTCCTTTGTTTGCAACTGATTATTATCAGTCCTAAAATTAATATCCAAAGTAGTTTTTTTTTCATTTATCAATGTTTAACTGTTATGCTGGTATCTTTCACAATGCCCGCTAACGGGAAACGCATTGGCGAAGTGGCGGATAAATTGGACAAAAAGTTCAATTTAGCAGTGACGTAGCCGATGTGTTTCCACAGAAGCTAAATTATTAAAAAAAGCTGAATGTGGAACACATTCGGCGGAATAAAATGCACAAAAGTTGAGTTTGGCACTTAACCCGCCATTTTGCCAATGCGATGTTATATGCCGTATTTTTTGATAAGATAATTTAAGTCAGCTTCGTTTAAAATTCTAATGTTTGCTTTTTTTGATTGGTTTAAGTCGTTTATTTTTTGGATTTTTGACCAACCACAATCTTCACCTGCAAAAACAAAATCTACTTTACCTGTTATTCCTGATTTTATTTGTCCACCAATTTTCATTAGAAAAGTTTTTATTTCTTCTCTTTCTATTGAAAAGTTGCCCGTAATAACTATTCCTTTTCCTATTAAATCAATGTTTTCAAGTTCGTTTTGAGTTATTTGATAATTTGATAAATGCTCTTCATTTTCTTCTAAAACATCTTCACTTGGTTGATTGAAATAATTATTATTTGTTTTAGGCTGGTCATCAATTTTTCTTATTAGTTCTTGATAACTTGGATACTTGTCAGTCAATTCGCCAAATATTAAAGCACAAAGTTTTGCATCGAATTCTGGGTCGTGATGATTTGTTACTTCTAAGTCCAAACTCTCTGCTAAATCTTTTATTTTTTTAGGCATCCCAAGTTTATCTGCAAATAACATTGTGTCAATATAACTTATGACATATGGTTTTAAATTATAATGTTCATATAGATTTTTCTGATTATCCGTTTATGCACCTGTTATATTCGCAATTACTAGTCTGTCAAAGAGTTTGTCTCCAAAATACCGTCTGTTTAATTTGTAAATAAACTCGTTGAGATACAACTGTAAGTATTTCCTTTTGATTTTATGGTAGTTGCCCAGCAATGTCCGTTTTGCATTACTGATTGCGATATGCACCCATTTGAGTGTTTCCTTGGTGGTTTTGGCGTCTGATTTCTCGGTGACGTGCAATTCCACCAGATCGGAGATGTCAACGTAAGAAGTGCTTTTGTCCGAAAATACGATGGCATCATCCTCCATGCAGTCCCTGACCACGCCGTTGATTCCTTCACTTTGATGGCTATCCAGTACCCTGGCCTTGAAATAACGCACATGCTTCTCCTTTTTGCCCGTTTCGATATCTTCCAACGGGGTGCTTTCGGCCATCACCGCAACGTTCTGCTTTCCCTCGGCTCCCCGGCCACGTGTACCCTTGCCTCGCTCGATTTCCTTACTGGCCACCGAAAAGTAACCCTCATCCAGTTCTATCATCCCTTCCAGTGTATACCTTGCATCCCGGTTGCCCATCGCCCTGCGGAGTTTGTGTACCATCGCCCATACCGGTTCGTAACGCTTCAATCCTAATTGCTTCTGGAGTTCGTTGGTGGAGAATCCCTTTTTTGTGCAACTCATCAGGAACATCGTTTTGTACCACACCAGAAACGGCAGCTTGGAGCTCTCCATGTTCGTACCGCTGCGCAACGAGGTGCGGAAACGGCAACCTTTGCATTCATAACTCCATTTACCCTGTAACCAATAATGGGAAGTGCCCCCGCATCGCTTGCAGACAACCCCTTCCTTATCACGCTGCTCCTTGAAATGCAAACGACAATCTTCCTCCGAACCGAAATGAGCCGTAAAACTGAATATGTTCATAATCCCTGCTTTTTGAGCGCTAATATACTAAAAATATTAGGTGTGTTTGCGGAGAATCAGTTTTTTATTAATATTATTTTAAAAATGCTCTTGCATAAGAGCTATCAATTTTCTCTTTTTCGTTTAGTTCATTTGCAGCATAAAATACAAGATTTGGATTTTTAAGCAACTCTCTTCCATATGCAACAAAATCACAAAAACTATTTTCAAGAAGATATTCACCCTCTTTTGCTGTTGTTATTAAACCAACAGCAATAACAGGAATATCTACACTTTTTTTAATCTCTTTTGCCCAATTAGCTTGATAAAATGGTTCAATTTTTGGTATTTTATCTGGATTTTCTATATTTCCACCACTTGAAACATGAATACAATCAACTCCAACTTTTTCTAACTCTTTACTTAAATAGATAGAGTCTTCTATATTCCATCCATTTTGCATCCATTCATCAGCACTAATTCTAACAATAAGGGGTAATTTTACCCTATTTTTTATCTCTTTTGCAGTTTCAATTACTAATCTACACCTATTTTCTAAACTTCCACCATAAATATCATCTCTTTTATTTGTTAAAGGTGATAAAAATTCACACAACAAATATCCATGAGCAGCGTGAAGTTCTACTGAATCATAATTTGCTTTTTCGGCTCTAATTGCAGCATTTACAAACAACTCTTTTATTTTTGTTATCTCTTCAAGACTTAACGCTTTTGGAACTTTATATGGTGATTTTTGACTAAAAGCAATTGAGCTTGGAGCTACACAAATATCATCAACAACTTCAGATTTTCTTCCTGCATGAGCTAATTGTATAGAACTTTTTGCTCCAAATAAGTGTAACTTCTCATTCATTTTTTTATGATTTTCAATTAAAGAATCATCCCAAAGTCCTAATTCAAAAGATGAAACTCTTCCTTTTGGCTCAACTGATGCTGGTTCAACAATAATTAAACCAACATCAGCCATTGCTCTTGAAGTATAGTGAAACATATGGAAATCTTTTAATTCTCCACTATTATCACTTTTATACATACACATAGGTGGCATTACAACTCTATTTTTTAGTTCCAAATTACCTATTTTACCTTTGTTTAATAATAAACTCATTGTCAAATCCTCTATTTTTATAAAATTCTCTCTTAAAGTATCTTCAAATTTAGCTAACTCTTTATTTAAATCCAAATCTCCTTTAAAAATATCATGCACAGAGTAAGTTTTTAAAGGTTCTAATCCAACAAATTGAAAAGTTTTATGAGTAGCAACATTTGCTTCATCTAGTGATAATCCATCAAAAAAACCATTTGGATTATTAAATTCACTCTTTGGACAGTTGTATGTGATACTTAACATATATTTTTTACCCTTTAAAAGTCCTCCACTTCCATAAGTTTTACTCTCATCACTTCTACTTCTTCCATCACTTGTATAGTGTCTTCCTTGAGTAAAAGTTTCATCAAAATATTTTTTACTAATCCAAGGAACTCCCATCCAATAAGTAGGATATTGAAATAAAACTGCATCAGCCCACTCAAATTTATCACACTCTTCTTTTATATCATAACCCTTTTCAATGTGTGTATATTTAACATCAAATCCATTTTGTTTAAAAAAATCAGTCGCACGTTCTATAATTTTATTTGTTAATTCACCCTTAGCTACAACATCATAATATTGATGCCCTTAATATAGATAAACAGTTCAAAAAAGCCAAATTTCCTTAAAAAATCCTAAAAAAAGAATTTTATAAGCGGCCATTAGGCCCTCATTTTTCTCTACAAGGGGGGATTCGATCGATTCCCTTATGGAATTATTGCTCTAATCCTTCCTATCGACGAATTGGCAGCAAAACTAAAAAGGAAATAATCTCCATGCTGATAGAGGAACATTATCCATTAACCGGGAAACCATATCCGAAGCGTTTGATATTCAAGGTAGTCGGCTACAGCAGCAGCACCTGGTATGAAAACCCTACTCCCAAAACAGGGAAACGGGGCAGAAAACCCAAGCATAGCGATGAAGAGGTTTTACAGGAGATTAAGGAAGAAATTAAGAAGAGTACATTCAACGCTGAAGGTTATCTGAAAGTGAAGAAGCGCATGGGTAAAAGGAAGATAAACGCTCTGGTAGCCGGCAAGGCACGTGTGAACCGCATCATGCGGGAAAACAACCTGCTGAGCCCCTACAGAAGGCCCGGGAAGACGAATAAGCGCGAACATGATGGTACTATAATCACGGATGCACCCAATGTAATGTGGGCCACTGACGGGAAGAGGTTTTGGATTGATGGGTCAGGTTGGCATTGGTTCTTTGGTGTGATCGATCACTTTAACGATGAGATTATCTCATGGCATATTGCAAGGAAAGGCAACCGGTTTGCCGCCATGGAGCCTGTTAGGGCCGCTGTACGGAAGACTTTCGGTTCGGTAGGTAAGGATGTGTGTAAAGGAATGAAGTTGCAATTAAGAAGCGACCATGGCTCGCAGTATGACTCTGCTGATTTTATGAATGAAATGAAATTCCTGGGATTGGAGGTGTCCAAAGCGTTTGTACGGTCACCGCAATGCAACGGGATAATAGAGCGGTTTCACCGCACCCTGGAAGAACAGGTGTTGCAAACAGAAACATTTTCTTCCTTTGAGGAAGCTTATAACAGTATTAATCAATTTATTAATGACTACAACACGGATTGGATATTTCATAGACTGGAATACTGTTCTCCTGTAGAATACAGGGAAAAGTACGCCGAAAGCCAGCGAAAAGAAAATGATGACATACCATCGGGCAATAAGGATCCTGAGGTTCAGCTTGTCCTCATTTCAAGTGGCTCAATGCCACGAAGAAATGAAATAGCTCTTCAGTCAATGATAAAAGGGGCAATTACTTACAGTAACACCCCTTCAATAAATCCTTCGGTATAA

Protein sequences of DBSCAN-SWA_2

>CP037427|346698:375161|346698_347415_-|QBK75137.1|tRNA|DBSCAN-SWA
MAIWQERAELLFKEEGLQKLKDAKVLVVGLGGVGSFAAEFLARAGVGNMTIVDGDTVDITNINRQLPALHSTIGMPKVKVVGDRLMDINPELNLIRIEEFISPERAHEIVTEDFDYVLDCIDSITPKINLILAAKRKKVKVISAMGAGGKMMANKIVIKDISKTDVCPLAKQIRKRLKKEGISSGVKAIFSTEKPDESSLKMTDGSNFKKSFFGTNSWMPALFGLNSAEHVVRYILSK
>CP037427|346698:375161|368350_369574_-|QBK75155.1|DBSCAN-SWA
MTDKQKQRPAWAYTLPAALLLMAPFDILASLAMDIYLPVVPAMPGILNTTPAMIQLTLSLYMVMLGVGQVIFGPLSDRIGRRPILLAGATAFVIASLGAAWSSTAPAFVAFRLLQAVGASAMLVATFATVRDVYANRPEGVVIYSLFSSMLAFVPALGPIAGVLIGEFLGWQAIFITLAILAMLALLNAGFRWHETRPLDQVKTRRSVLPIFASPAFWVYTVGFSAGMGTYFVFFSTAPRVLIGQAEYSEIGFSFAFATVALVMIVTTRFAKSFVARWGIAGCVARGMALLVCGAVLLGIGELYGSPSFLTFILPMWVVAVGIVFTVSVTANGALAEFDDIAGSAVAFYFCVQSLIVSIVGTLAVALLNGDTAWPVICYATAMAVLVSLGLVLLRLRGAATEKSPVV
>CP037427|346698:375161|365276_366077_+|QBK75153.1|DBSCAN-SWA
MTKKKLPVRFTGQHFTIDKVLIKDAIRQANISNQDTVLDIGAGKGFLTVHLLKIANNVVAIENDTALVEHLRKLFSDARNVQVVGCDFRNFAVPKFPFKVVSNIPYGITSDIFKILMFESLGNFLGGSIILQLEPTQKLFSRKLYNPYTVFYHTFFDLKLVYEVGPESFLPPPTVKSALLNIKRKHLFFDFKFKAKYLAFISCLLEKPDLSVKTALKSIFRKSQVRSISEKFGLNLNAQIVCLSPSQWVNCFLEMLKVVPEKFHPS
>CP037427|346698:375161|369566_370487_-|QBK75156.1|DBSCAN-SWA
MKKKLLWILILGLIIISCKQRKTEMKEKIIKTNGIELCTESFGNKKNPAILLVAGATVSMLYWDTEFCQQLSEKGFFVIRYDNRDVGKSTNYEPGSTPYDIVDLTNDAISILDGYKIDKAHFVGISLGGLISQIASIKFADRVNSLTLMSSGPWGDSDPTIPEMDTSILDFHSKAGTVNWTNEDSVVNYLIQGAELMSGKKQFDKQRSEKLIRAEFNRANNYISMFNHAASQGGGGEEYWNRLNEIKQPTLIIHGTDDKIWHYKNAGFLLEKIKGSNLITLEGTGHELHVDDWKSIIDGIEKHIND
>CP037427|346698:375161|358838_359819_-|QBK75148.1|transposase|DBSCAN-SWA
MSHLTLEQRYKIEAYKNLGRSLSEIGDYIGKDRSVVSRELKRNSDGRNGVYKADLAQKKTTLRHKEKPKHKRLNKSVKATILSLLNKDYSPEQIVGRCKIEKIEMVSVECIYQFVWKDKKQGGKLYKHLRNKGKKYRKRGSNKDSRGLISNRLDIDERPGIVDKKERIGDLEIDLIIGKNHNGALLTINDRATGILLMGKVESKQAHVIEAKTIELLKDYKPLLHTITSDNGKEFANHQNIANALQIAYYFAKPYHSWERGANENLNGLVRQYFPKMSNFDLITQQQIDRVVNILNNRPRKRFGFKSPNEVFADKLDKIATVAFIT
>CP037427|346698:375161|366882_368178_+|QBK75154.1|DBSCAN-SWA
MITRVVHPFNLQKALEHVIANKGSAGVDGVSVRELRKVFSEKKLQLIEAIKQGNYQVQPILGIEIPKGNGKTRLLGVPTTTERVLQQAVAQTIAPHFEPEFSNYSYGFRPHKNARQAVGQSREYIHSGLNHIVDIDLKNFFDEVDHCLLLNLIYQKVKCKATMQLIRKWLRAPIEINGKLHKRRKGVPQGSPLSPLLSNILLHQLDKEMTRRGHKFVRYADDFSIYCKSHNQAKATRVVIEKFLKTKLKLTINEEKSGIRKPINFTILGFGFVPTYEKGSKNQYQLIVSEKAWKKLKERLKTITRKTTPATFEERIAKIKEVQRGWLNYFQGTSILGKLRDLDGWLRNRLRYCIWHHWKKPERKRKNLIRLGVDQDHAYAWSRTRKGGWAIAQSPILGTTITLQRLKKRGYVSLTELHLQLNPSLCEPPST
>CP037427|346698:375161|372315_373350_-|QBK78069.1|DBSCAN-SWA
MSLLLNKGKIGNLELKNRVVMPPMCMYKSDNSGELKDFHMFHYTSRAMADVGLIIVEPASVEPKGRVSSFELGLWDDSLIENHKKMNEKLHLFGAKSSIQLAHAGRKSEVVDDICVAPSSIAFSQKSPYKVPKALSLEEITKIKELFVNAAIRAEKANYDSVELHAAHGYLLCEFLSPLTNKRDDIYGGSLENRCRLVIETAKEIKNRVKLPLIVRISADEWMQNGWNIEDSIYLSKELEKVGVDCIHVSSGGNIENPDKIPKIEPFYQANWAKEIKKSVDIPVIAVGLITTAKEGEYLLENSFCDFVAYGRELLKNPNLVFYAANELNEKEKIDSSYARAFLK
>CP037427|346698:375161|353928_354669_+|QBK75143.1|DBSCAN-SWA
MKKHIPNAITLLNLLSGLIALVYAFDDNIHMAFLWVCIGIFFDYWDGFVARILNVKSEMGLQLDSLADMVTSGVVPGLVVYKMLANIQENQEIYNLTPETYYMGVVPYLGFIITLGAAYRLAKFNIDTRQTDSFIGLPTPGNALFILSIPMIISTTKSEEIISLLSNPYLLVVISILSAIIMNAELPLFSLKIKPNNLGAYKLQIGFMLLSLVLLATLLYLAIPIIILVYILLSIIMNMTKKQTTN
>CP037427|346698:375161|351483_352221_-|QBK75141.1|DBSCAN-SWA
MFGLFKSKPELKTLIPNNYVDIHSHLMFGIDDGAQTKEDTKTIIESMKAMGFDQAITTPHTTPLVWDNTKEGILAKYDEVLEVLPTEAESLQLRVASEYMMDESFLQRIHSEKLLTLKDNYVLVEMSYINPPIQLMDILFHLKSNGYEIILAHPERYNFYHKNTEMYKKLKKSGCKFQMNLLSTTGYYGSHVLEAANYLLNNDMIDFVGSDIHHTKHIKGFDAKIQIKEVKNFEKAIANNIFFKK
>CP037427|346698:375161|348156_350790_-|QBK75139.1|tRNA|DBSCAN-SWA
MTIPAQFDAKQVEQKWYEYWMENNFFHSTPDHREPYTIVIPPPNVTGVLHMGHMLNNTIQDVLIRRARLKGLNACWVPGTDHASIATEAKVVAKLREQGINKNDLTREEFLAHAWEWKEEYGGVILDQLKKLGCSCDWDRTKFTMDPEMSEQVIKVFVDLYNKGLIYRGYRMVNWDPEAKTTLSDEEVIYEERQGKLYHLKYQIEGSNDYLVIATTRPETILGDSAICINPNDERYTHLKGKKAIVPICNRVVPIIFDEYVDMEFGTGCLKVTPAHDVNDKDLGERHNLEIIDIFNADATLNELGLHYAGKDRFVVRKEIEAELKSIGALDKVENYINNVGTSERTKAVIEPRLSDQWFLKMEELAKPALDAVLETEDVKLYPSRYNNTYRSWLENIRDWNISRQLWWGHQIPAFYYGAGKEDFVVAENIEAAVELAKVKSGNAALTAADLKQDEDALDTWFSSWIWPMSVFNGITQPENEEYNYYYPTNDLVTGPDIIFFWVARMIMSGYEYTGKKPFTNVYFTGIVRDKQRRKMSKSLGNSPDALGLIDKFGADGVRVGLLLSASAGNDIMFDEELCAQGKAFTNKVWNAFRLIKGWEVSETLAQPESAKVSLAWYEAKLQSALVEIEDHFSKYRISDALMTIYKLVWDDFCSWFLEMIKPGYQQPIDKATFDKTIELLEANLKLLHPFMPFLSEEIWQHINERTAAAALVVSSWPEMKSFDENLIKEFEFATEVIAGIRTIRKDKNISFKETIDLKVINNEKTSTYFDSIISKLGNVVAIEYVTEQVSGALSYRVKSNEYFIPVTGSVNLEEEIAKLEEELKYLKGFLKSVQGKLSNEKFVGGAPAQVIENERKKEADALAKIATIEHSLAGLK
>CP037427|346698:375161|354986_355376_-|QBK75144.1|DBSCAN-SWA
MTNKELIKDCFVNLLESPQYRPEVIATYFSTDYIQCVDGKRLDYTIFSNHIKKLKEVTERLSITFNYMAEEGNLVFTNHSVSVYRNDGSVSKVKVIATFVIENEKIVFCDELTLHEEGKHDDANLGSMV
>CP037427|346698:375161|371333_372242_-|QBK75158.1|transposase|DBSCAN-SWA
MNIFSFTAHFGSEEDCRLHFKEQRDKEGVVCKRCGGTSHYWLQGKWSYECKGCRFRTSLRSGTNMESSKLPFLVWYKTMFLMSCTKKGFSTNELQKQLGLKRYEPVWAMVHKLRRAMGNRDARYTLEGMIELDEGYFSVASKEIERGKGTRGRGAEGKQNVAVMAESTPLEDIETGKKEKHVRYFKARVLDSHQSEGINGVVRDCMEDDAIVFSDKSTSYVDISDLVELHVTEKSDAKTTKETLKWVHIAISNAKRTLLGNYHKIKRKYLQLYLNEFIYKLNRRYFGDKLFDRLVIANITGA
>CP037427|346698:375161|358040_358640_-|QBK75147.1|DBSCAN-SWA
MFNFFKPKPKNQIEMEVSGINPETNNEFLFYNFIENTPNYILEPWLKKAKQVGYKVKPQYEQAILQKLKFNQFKNPHTFPEYFENKFDFIAIDFETANNSRLSACAIGLCFVKNDTIVYSTKHYINPPKSEKFLKTHTSIHGISYEDVEFSLNFQELWEDELSKYLSSNLLIFHNASMDLSVLKNLSDSPQTHLIFLVY
>CP037427|346698:375161|357112_358021_-|QBK75146.1|transposase|DBSCAN-SWA
MNIFSFTAHFGSEEDCRLHFKEQRDKEGVVCKRCGGTSHYWLQGKWSYECKGCRFRTSLRSGTNMESSKLPFLVWYKTMFLMSCTKKGFSTNELQKQLGLKRYEPVWAMVHKLRRAMGNRDARYTLEGMIELDEGYFSVASKEIERGKGTRGRGAEGKQNVAVMAESTPLEDIETGKKEKHVRYFKARVLDSHQSEGINGVVRDCMEDDAIVFSDKSTSYVDISDLVELHVTEKSDAKTTKETLKWVHIAISNAKRTLLGNYHKIKRKYLQLYLNEFIYKLNRRYFGDKLFDRLVIANITGA
>CP037427|346698:375161|351020_351410_+|QBK75140.1|DBSCAN-SWA
MKNILALLVLVLTSAVTFAQKGPKIEFKAENNTIDYGTVVRGKDNGVRTFEFTNVGDEPLIITAVRSTCGCTVPSKPEEPILPGQKSKIDVQYNMAPGKISRTITVESNAVNYTNGVVALRIKGEVVNN
>CP037427|346698:375161|363790_365017_+|QBK75152.1|DBSCAN-SWA
MKNIKPLTFPFNSENNTSIKQSLFRFREYFDSSTIVGLGENAHFIKEFFTFRHQVIEFLVTECDFDTLAFEFGFSEGLEVDKWIKSQIPFDDLDKLLSHFYYPNEFKDTLLWLRRYNQDNNNQITFLGVDIPKNGGSYFPNFRIVSDYLQRLSIVSSDVLQKILNLAEKFDFYSTSQLALNLSLFDEAEHNELKALLLKVYIRLITLQPKLESLEFQSIVHQVKGLIYMNYNADAMESFITERGIEGDMGAKDQYMAESIDWFLKNSLGKKIILVAHNAHIQKTPVDFDGFISCYPMGQRLSMTFGEKYKAFAITNLRGETAALYPDNDYQFGFRVDKFPLDFPESDSVEFIMQEFGGKECCLLMNRSTELKNCNKIRFDSMCLKTEIEEAFDGIFLIEKSTVSEVVD
>CP037427|346698:375161|356225_357041_-|QBK75145.1|DBSCAN-SWA
MNKSLIIFGIVNITSDSFSDGGRYLAPDAAIAQARKLMAEGADVIDLGPASSNPDAAPVSSDTEIARIAPVPDALKADGIPVSLDSYQPATQAYALSRGVAYLNDIRGFPDAAFYPQLAKSSAKLVVMHSVQDGQADRREAPAGDIMDHIAAFFDARIAALTGAGIKRNRLVLDPGMGFFLGAAPETSLSVLARFDELRLRFDLPVLLSVSRKSFLRALTGRGPGDVGAATLAAELAAAAGGADFIRTHEPRPLRDGLAVLAALKETARIR
>CP037427|346698:375161|370718_371264_-|QBK75157.1|DBSCAN-SWA
MLFADKLGMPKKIKDLAESLDLEVTNHHDPEFDAKLCALIFGELTDKYPSYQELIRKIDDQPKTNNNYFNQPSEDVLEENEEHLSNYQITQNELENIDLIGKGIVITGNFSIEREEIKTFLMKIGGQIKSGITGKVDFVFAGEDCGWSKIQKINDLNQSKKANIRILNEADLNYLIKKYGI
>CP037427|346698:375161|372215_372407_+|QBK75159.1|DBSCAN-SWA
MSRKTEYVHNPCFLSANILKILGVFAENQFFINIILKMLLHKSYQFSLFRLVHLQHKIQDLDF
>CP037427|346698:375161|374111_375161_+|QBK75160.1|transposase|DBSCAN-SWA
MLIEEHYPLTGKPYPKRLIFKVVGYSSSTWYENPTPKTGKRGRKPKHSDEEVLQEIKEEIKKSTFNAEGYLKVKKRMGKRKINALVAGKARVNRIMRENNLLSPYRRPGKTNKREHDGTIITDAPNVMWATDGKRFWIDGSGWHWFFGVIDHFNDEIISWHIARKGNRFAAMEPVRAAVRKTFGSVGKDVCKGMKLQLRSDHGSQYDSADFMNEMKFLGLEVSKAFVRSPQCNGIIERFHRTLEEQVLQTETFSSFEEAYNSINQFINDYNTDWIFHRLEYCSPVEYREKYAESQRKENDDIPSGNKDPEVQLVLISSGSMPRRNEIALQSMIKGAITYSNTPSINPSV
>CP037427|346698:375161|347449_348085_-|QBK75138.1|DBSCAN-SWA
MKINTHTHHITAQQGIIEIINQYPLTVDNTLPTYTVGIHPWYIQEERLEEELALLEEQLQQPNCLAIGECGLDKKINISLNLQIEVFKKQLLLAEKYKKAVILHVVSAYQEVIQIKKELQITVPLIIHGFNKKEQVAESLWKNGFYLSFGKHLIYNEALRSTFLKVPREQLFLETDDAKEITIEDVYTVASALDMNIEAIIEQNYKTVFNR
>CP037427|346698:375161|362323_363421_+|QBK75151.1|transposase|DBSCAN-SWA
MQPQWEVADVLRKVDLSNQNFTVHQEKTLRALTLCRTAALGGHVDACDACGNISISYNSCRNRHCPKCQGHKREEWIQAREQDLLPCSYYHLVFTLPDTLNGLAISHPQIMYRILFEATWATMSQFGKTEGLQLGMIAILHTWGQNLSLHPHLHCIVPGGGIDRNGNWKRKIKTDKYLFAVKALSKVFRAKYVALLRKEKLADTQLLQGLFEKNWVVYAKRPFGGPKQVIEYLGRYTHKVAISNHRIKNVTDHEVTINYKDYKDGSKTKQLTLKNEEFARRFSLHILPKRFVRIRHYGILSSSWKRGKLQQLQKELNVVRPIIEPKTQHKKCYCCKVGNLITLHVFGQRGPPKAYLIENKLAPVN
>CP037427|346698:375161|352249_353371_-|QBK75142.1|DBSCAN-SWA
MTKKIIYLLFCLFVVQMAFSKERPLSDRAEISVLTCGTGDELYSLFGHTAIRVSDPFEGIDRVYNYGMFDFRTPNFYGKFVKGDLLYYADYSTYRNFIGSYVYDNRAVYEQVLDLTPTQKEEIWQKLNESLEEENKFYVYKFIDQNCTTKAVDIINNSIATPVKVDVQGNTATYRTILNSYLNKRYFEMLGINLIFGSKVDAHSTLLFLPDKFMQGLAETKVNGKPLVPETVTVFEPEVSTEKSGISVNSMWFFSLVVLVLAGLMTQRGVRSVYFVILGLLGIFFFVVGFYSLHGELLSNNTVLLCSPIFLILPFIRKNVKIAKLLQLLTLVCVILYIVLNITSEKLLVTLPLVLLTLVSLAIEMRIAKKYNK
>CP037427|346698:375161|359952_361119_-|QBK75149.1|DBSCAN-SWA
MTMRIDTDKQMNLLSDKNVAIIGGGPVGLTMAKLLQQNGIDVSVYERDNDREARIFGGTLDLHKGSGQEAMKKAGLLQTYYDLALPMGVNIADEKGNILSTKNVKPENRFDNPEINRNDLRAILLNSLENDTVIWDRKLVMLEPGKKKWTLTFENKPSETADLVILANGGMSKVRKFVTDTEVEETGTFNIQADIHQPEINCPGFFQLCNGNRLMASHQGNLLFANPNNNGALHFGISFKTPDEWKNQTQVDFQNRNSVVDFLLKEFSDWDERYKELIHTTLSFVGLATRIFPLEKPWKSKRPLPITMIGDAAHLMPPFAGQGVNSGLVDALILSDNLADGKFNSIEEAVKNYEQQMFIYGKEAQEESTQNEIEMFKPDFTFQQLLNV
>CP037427|346698:375161|361442_362345_+|QBK75150.1|integrase|DBSCAN-SWA
MNRACNEITGFSELLQRFERNISILGRSKRTFENYSRHVAAMALHFGALPTELHPEQVKDYLFELQQRSNSPSQSYFKHTVYGLRFLLKTENLPYDHLHLPSIPKEKKLPVILSREEIWRMLQHADLLKHRLLIGLIYGCGLRCMEVRNIELKHLDFDRKLLHIVQSKGKKDRYVPLSDHLIRGIKKYISIEHPTTFLFTGNTKDAKGFDSRYSQRGVQWAIQSVCRKAGILKDVHTHTLRHSYATHLLEDGVNILQVQKLMGHERVETTMEYLHVCQLEQQKVHSPLDTVFALCSRSGR

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
QBK75137.1|346698_347415_-|tRNA	tRNA threonylcarbamoyladenosine dehydratase	NA	NA	NA	NA
QBK75138.1|347449_348085_-	TatD family deoxyribonuclease	NA	NA	NA	NA
QBK75139.1|348156_350790_-|tRNA	valine--tRNA ligase	A0A1V0S951	Catovirus	5.7e-154	40.3
QBK75140.1|351020_351410_+	DUF1573 domain-containing protein	NA	NA	NA	NA
QBK75141.1|351483_352221_-	histidinol phosphatase	NA	NA	NA	NA
QBK75142.1|352249_353371_-	DUF4105 domain-containing protein	NA	NA	NA	NA
QBK75143.1|353928_354669_+	phosphatidylserine synthase	NA	NA	NA	NA
QBK75144.1|354986_355376_-	hypothetical protein	NA	NA	NA	NA
QBK75145.1|356225_357041_-	sulfonamide-resistant dihydropteroate synthase Sul2	NA	NA	NA	NA
357099:357158	attL	NA	NA	NA	NA
QBK75146.1|357112_358021_-|transposase	IS1595-like element ISBbi1 family transposase	NA	NA	NA	NA
QBK75147.1|358040_358640_-	hypothetical protein	NA	NA	NA	NA
QBK75148.1|358838_359819_-|transposase	IS30 family transposase	Q9MBM9	Staphylococcus_prophage	2.6e-35	33.0
QBK75149.1|359952_361119_-	tetracycline-inactivating monooxygenase Tet(X)	NA	NA	NA	NA
QBK75150.1|361442_362345_+|integrase	integrase	S5W9T9	Leptospira_phage	2.0e-34	30.0
QBK75151.1|362323_363421_+|transposase	IS91 family transposase	NA	NA	NA	NA
QBK75152.1|363790_365017_+	EreD family erythromycin esterase	NA	NA	NA	NA
QBK75153.1|365276_366077_+	23S rRNA (adenine(2058)-N(6))-methyltransferase Erm(F)	E4ZFQ0	Streptococcus_phage	7.9e-14	27.7
QBK75154.1|366882_368178_+	group II intron reverse transcriptase/maturase	NA	NA	NA	NA
QBK75155.1|368350_369574_-	chloramphenicol/florfenicol efflux MFS transporter FloR	S4TR35	Salmonella_phage	7.3e-19	28.7
QBK75156.1|369566_370487_-	alpha/beta hydrolase	NA	NA	NA	NA
QBK75157.1|370718_371264_-	hypothetical protein	NA	NA	NA	NA
QBK75158.1|371333_372242_-|transposase	IS1595-like element ISBbi1 family transposase	NA	NA	NA	NA
QBK75159.1|372215_372407_+	hypothetical protein	NA	NA	NA	NA
371320:372302	attR	NA	NA	NA	NA
QBK78069.1|372315_373350_-	NADH:flavin oxidoreductase/NADH oxidase	NA	NA	NA	NA
QBK75160.1|374111_375161_+|transposase	IS3 family transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>CP037427|947399:957141|DBSCAN-SWA
TTTACAAATGTATTATATTTAAGTTCTCCCCTGTATATAGCAACACCATTTTAACGACTTCATAACCCATTTCTACTAAAGACTGGCCATAAGCCTTCACCTGGTCTTTATATTTCTCTTCTTCTTTACCTGTTTTATAATCTAATATATAAGCCTGTCTTCCTCTTATCACTACTCTATCTGGTATAGTATTGCGCTGATAAGGCCCTATGATTACTCGCTCGTTAAATACAATATTATCTTCTCTAAAGAAAATCTCTAAATCGGGGTTACTCACGATACGTTGAATAATCTCCTTAAAACGCTCCTTTGCATCCTCTTGTATCAATCCCTTTTCTAGCCCTTCTCTTACCACAGCATCTACATCGCGATAATCTGTTATAAACGACATCAGTTTATGGACTAAGTTACCATACTCTATCGCTTTTTGGTTATGAGAATCCCACATCAAAGCTTCCCTCTGTGCAATTTTGATTGCTTCAAAATCCAATACACTCTTTACAGGAAGAATCATTTTATTCACTTCATCCGTAATGACCTCTTTACTTTTAGAAACCTTTACCTTCTCTCCAAATCCATAGACTAAATCTACGTCATTATAAACACCTTCTGTCACTAAAAAATCTAAGAATAGTTTAGATAAATTATTTCTAAACTCTCCTTTACTTGTTACGTTTTTATAACTAATAATATATAACTGTTCTTCAGCTCTAGTCAATGCTACATAAAGAACATTTACATTATCCAGCAACATCTCTTGTTCTTTTTTCTCATACAGAAGTTGAGCATACTCACCATATTCCACCACTTCCTTCTTAGAGTCAACCAAAGCTTTGGGGAACATTATCTGATCTTTATCCGTCTCTATATTCACCCATAGTTTATCACGACTAGGGCGTGTGAAATCCTCTTCTGCAAAAGGAAATATAACAATTGGAAATTCTAACCCCTTAGATTTGTGTATCGTCATAATCTGCACAGCATTTCTACCTTCAGGTGTCGGTATGCTAAACTTGTGATAGTTTGTATTCCAATATTCTAAGAAGTCACTAATCCCAAATTGATTCTTTAAAGACTTTTCTAATACCAAGTCTAAGAAATACAAAACATAAGAACTAGCACTCTTATCTGGTAAAAAAGCTAAAACAATAGCCTCAACAGCATCGTACAATGACTTCGAACGACAAGCCTCAAATGAGATAGGCACATTGTGGTCTACTAACCAAGCTTCTAATTCTAACTCAGTCTCAAAAGAAAGTCCCGCTTTTATAAAGTCATGTTTCTTTGTCAAATCACTTTGCTTACCACTTACATAGTACAGCATCATCATTTTTGCTTCTAGATCGCGCTCTGTCTTTAAGAACTTCAGTACATTAATGATTAACCTCACTTCACTAGCATTGTTAATCAATAACGAATCAGAAGAAAGTATCTCTAGACCATTCTCTGTTAAGTAATTTGCTAATAGCACACCATGGTCTCTCTTACGTGTTAGAATAACAATATCTTTCAGATCAAACCCCTGCTCTAAAACGCCTTGTATAGTATTCAGCGTAGCTTGCGCATATTGCATATTCTTCTCTTCTGCCTCTTCTCCTTCATCCTTTTGTAAGAATTCAATATTTACATACCCACCAGCTTTACTATTAACCTCTTGATAACTATTATTCTCATATAGATCTTTATAATCCTCGTTAATAAAGTTGCGAGAGACATCCTTAAAAAATCTATTATTAAATTGAATGACCTCAGCATAACTTCGATAATTACGACCAAGGTTCACCGTCTGTTTATCAGGATTAGCAAAGGGATTCTCATCCTTGCTCAAAGCAATAAATTGTTCTGCCTTTCCTCCGCGCCATCTATAGATAGACTGTTTAGGGTCACCTACTATCATCAGGCTTCCCTTAGTTCCTGTATGATCTTCTCCTGCTAATGCATTATCAATCAGTGGCACCAAGTTCTGCCATTGCATTTCTGATGTATCCTGAAATTCGTCTATAAAAAAGTGATGATATCGCTCTCCTAAACGCTCATAGATAAATGGTGCTGGTTGATTCTGTATTTCATTGTGAATAATCGCATTAAACTGAGTGATCGACAATATATTTTGCTCCTCTTGAATCTTATCCATCTCCTGCCCTATAGTACTTAACAGCGATAAAGGGGTAAGGTTTTTCAAGAAAGCAGTATAAAAAGCTCTACGAGAATACAAATCATATACCTGCGCTAACACCTTTAGAAAATCTGGTATAAAAGCTTCGATTAACTCCACATCTTTAGCAGTCTTCTTTATTTTAATATCATCAAATTCGTGATAACGCTTGGTTGTACCTACAGTATCTTGAATCACATTCTCTATATGCTTGACGAAATACTGTCCTGAGAACGAAGTTTTATCCATTCCTTTAGACTCTATTAAGTCCATTATACTCTGCCCCAGAACAATGCTTTCTGCTGTAATTTTTTTAATCTCTTCGCGAAGAAAATCTCTCACTTTTACAAAGTCTTGTAAAGTATGCTCAGAGAACAAAGCTATTTCTTCTCTATTATTTTCATTTAATAGTAAAGCTCCCACTTCTTTCAGCTCTCTCGTGATATCCCAGCTCTTATCATTATCTGCTTTATCAATAGAAAAGTCAATCAACAAATCTGTCAATTCACTATCCACACCAGCTTTTGCGATTACTGCGTCCACTGCCTCTTGTAGTAATTCATCTGAATCCAACGAAACCTCAAAAGTCATCGGCAATTCTAAATCAAAAGCAAAAGAGCGAATAACCTTATGGGTAAACTTGTCTATCGTAGAGATATCAAAAGAAGCATAGTTGTGAATAATACTTCTGATAATACGTCCTGACTTCGCTCTTATAAATCCTTCCTCTAATTCTGTTTCTTCTTGTACTTGATTAAAGATACTTCCATATTTAGGATCTAGCTCTTCTTTAGAAAAAGCATTTAGACAAGATACAACACGAGTCTTCATTTCTGCTACGGCTTTATTCGTAAAAGTAATAGCAAGTATCTTTTTATAGGCGTCATCTTGCTTATCAAGGAGTAAAATCTTAAGATATTCCTTAACTAAAGTATGGGTTTTTCCAGACCCAGCAGACGCGTTATATATTGAGAATGAAGGCTTATCAAGCATGAAGTAGGTTCTATTTATTAACTTATATTAAACATTACAAACCTTCCATATTAGGCTTTATTTGTTTAAATTTGAAATAAAATTAATATTAATCTTTAAATAATACGAATTATGGCTTTCGAATTACCAAAATTACCATATGCATACGATGCATTGGAACCACATATTGATGCACGTACGATGGAAATCCACCATACAAAACATCATAATGCTTATACTACTAACTTAAACGCAGCTATCGCTGGAACAGCTTTAGAAGGAAAAACTATCGAAGATATCCTTGCTAACTTAGACATGTCTAATGGAGCTATTCGTAACAACGGTGGTGGTTTCTATAACCACAACTTATTCTGGACAGTAATGACTCCTAATGGAGGTGGTCAGCCAACAGGTGAGTTAGCTGATGCAATCAATACTGCTTTCGGATCTTTCGAAAACTTTAAAGATGCTTTCGCTAAAGCTGGTGCTACACAATTCGGGTCTGGATGGGCTTGGTTATGTGTTAAAGATGGTAAATTAGAAGTATGTGGTACTCCTAACCAAGACAACCCATTAATGCCTGGTGTTGCTTGTGGAGGAACTCCAATCTTAGGAATGGATGTTTGGGAACACGCTTATTACTTAAACTACCAAAACCGTCGTCCTGACTACATTAATGCTTTCTTTAATGTTATCAACTGGGCGGAAGTTGCAAGAAGATACGCAGAGGCAAAATAATTAATTTTTGCACCTCATTACAAACTATTAAAAGCTCCAGCAATGGAGCTTTTTTTATACCCTTACCTCAGATTTATCATTAATTATATACTATGCCGTACTGGATTAAACAAAAAAAGCTCAGAACCATGTCCTGAGCTTTCTATATTGTAGAGGCACAATAATTATTGCACCTCTGATATTCTTAGTGTATTCACCATACCTTTTTCGATAATTGGCATTGCTGCTAAGTTGATAACCATATCCCCTGTCTCAGCTAATCCTTTCTCTTTTACCATCGCATTGATATCCTCAATAGTCTCATCAGTACTCACATATTTATCGTAATAGAAAGCCTGAACTCCCCATAATAAGTTTAATTGAGTAATAATACGACGATTAGAAGAGAATACTAATATATTACTATTTGGTCTCCAAGCCGAAATTTGGAACGCTGTATAGCCACTATTTGTCAATGTACAGATAGCCTTAGCTTCGATATCATTCGCCATTAAAGCAGCGTGGTAACAAATATTTTTAGTGATATAACGGTTTGTCTTGATTGTAGGTGGACTTTGTGGTACTTTAATTAATGGAGAAGTCTCAACACTTTGAATAATCTGTGTCATCTTCTCGATTACTTGTACTGGGTATGCTCCTACAGAAGTTTCTCCTGATAACATTACAGCATCAGCACCGTCCATTACAGAGTTTGCAACGTCATTTACCTCAGCTCTAGTAGGAGTAAGGCTAGAGATCATCGTCTCCATCATCTGTGTAGCGATGATTACAGGGATTCTAGCATTCTTAGCTACGTGAACTAATTCTTTTTGAATCAATGGTACCTCTTGAGCAGGAATCTCAACACCTAGATCTCCACGAGCTACCATAAGACCATCACAGTAAGCCACTAACTTCTTAATATTCTTTACTGCCTCTGGTTTTTCGATTTTAGCAATGATTGGAATCTTATGATCAGAATGTTCTTTAATCAAGTTCTGTAAGTCCATTAAATCTTCAGGTGTACGAACGAAAGATAATGCCATCCAGTCTACTTGTAACTCACAAGCAAAAATAGCATCTCTAATATCTTTTTCCGTTAACGCTGGTAATGATACTTTCGTCATTGGTAAGTTAACCCCTTTTTTAGATTTAAGTGGTCCACCTTGTACAACTACAGTTTTTACCTCATCTTCTCCATTAGTTTCTAATACATCAAAGATAAGTTTACCATCGTCTAATAAAATTCTCTCTCCTGCGTTAACGTCAGTTGGGAATTTTTTATAATTCATGTATACGCGTTCTGCGTCACCTTTAAACTCTTCTTTCGTAGAGAATGTAATCACATCACCAGGATTTACGATAACGTCTTCAGACATCACACCTACTCTTAATTTAGGCCCTTGTAAGTCTCCTAAAATAGAGGTAGTATATCCAAATTCTTTATTTAGATCACGGATTATATTTACTTTCTCTTGAACATCTTTATAATCAGCATGTGAAAAGTTGATTCTAAAAACATTTACACCAGCTTTAATCATATCATGTAATACCTCTCTCGTACTAGATGCTGGTCCTAACGTTGCTACGATTTTCGTCTTTTTTTGTGCTAACATATTTTTAAAAAATTAAGTTCGTTTTATTTTTTAATATCTCTTGCTTTATCTCATAAGCTGCAGATATAATTTTTACTGAATTCAACCGATCAATGATTGTACCAATTTCGAACTGACTATCAGTTTCTTCTATCTTAATCAAATAATCGACTGACTTTAATTCGGGCAATAAATACCCTTGCTTAGTTACTGGATGATTGGCTGAGACAAATAAGGGAGAGTCTAACCCTGACTCAGGTATTAGAAAAGCTTTATTCGCTACCACCTTCCAATACACATGATGATCAAAGTCATCATACTCATAGAATGAAAAAAAAGCGTGTCCCACATCTGTAAAGATGTCTACATCCCTCTTACTTCGTTCTAGATTAATTTCAAGTATTGAATTAATAAAATACACTACTTTATAATCTTCTTTTCTGGAAGTATGTATAGCGATCAAGCGATAATCCTCACTATCAAAGTCTTCAAGCTTATATTTTATTATACCCATATAAGAAATTAGTTACACAAATATACAACTTTTATCGAGCTATATTTGTATAACCTCACCATATTAGATTATATAAACGTTAAGGAATTAACAAAAATTATTGCTTTATCTGTTCTTGAAATGCGAAGTAAGCACGTTGTGATGCCTTTTCTTCTGCTTTCTTTTTAGATGTAGCTCTCGCTTTAGCGACTAGTTTATCGTCTATAAACAGACGTACACCGAAGTACTTTAATTCTTCTGCCGTGTCTTCTTCAAAAGTATCGTATTTAAACGTATGCTTTCTCTTCTGACACCATTCGATTAGCAAGCTTTTATAACTAGTTATCTTCGTTTCTAACTCTTGGATATCTGACACCTTGCTCAACAGTTGTTCGTGGATAAACTTCTCACACGCAGGGTAACCTCTATCAAGATAAATAGCACCTATAATAGCCTCTAATAAATTACCATGTATATTCTCTCCGAACTGTTGATTACCCATCTTGCTTTCTACATGCGAGACTAGTTTCAAATCTTTACCTAATTGGTTCAGATTTTCTCGACTAACAATTTTAGAACGCATCTTCGTCAAATAGCCCTCATCTCCACTCGGAACTTCTATAAATAAATAAGAAGCAATAACAGATCCTAACATTGCATCGCCTAAGAACTCTAAGCGCTCATAGTTAATGGGATGACCTTCTTCATCACATCTATTCATCGATCGATGCGTGAATGCAATTTTATAATAAGATAGTTCTACTGGTTTTACACCGACTATCTCAGTCACCTTTCGACAAAAATTCCCGTCTTCATTATTGAAGGAACGGGAATTATTGAATATTCTATTTAGTAACTTTTTCATCTTTATAGGATGATTTTACTTCTCTAATTTCTTAACCAACACACAAGCATTGTGTCCTCCAAAGCCGAATGTATTACTCATTCCAACTTTAACATCTCTCTTCTGTGCTTTATTAAACGTGAAGTTTAGCTTAGAATCTATCGCTTCATCATCTGTAAAATGGTTGATTGTTGGTGGAACAATACCGTGCTCTAATGATAAAATCACAGAGATAGCCTCGATAACACCAGCAGCTCCTAATAAGTGACCTGTCATCGACTTAGTCGAGTTCAAGTTCATCTCATAAGCATGCTCTCCGAATACATTAAGAATAGCCTTAGATTCTGCGATATCTCCTAGTGGTGTAGAAGTACCGTGCATATTTAACACATCTACATCTTTAGCCTCTAATCCAGCATCTTTAAGACAGTTGATCATCACATTAGTAGCTCCTAATCCTTCTGGATGTGGCGCTGTTAAGTGGTGAGCATCAGCTGACATACCTCCTCCACCGATCTCACAGTAGATTCTAGCACCACGTGCTACAGCATGTTCATATTCTTCTAAGATAATAGCTCCAGCTCCTTCTCCTAATACGAATCCTTCTCTGTCTTTGTCCATTGGTCTAGACGCAGTCTTAGGATCATCATTTCTAGTAGATAGTGCATGCATTGCATTAAATCCACCGATACCTGCTATCGTTACAGCAGCCTCAGAACCTCCAGTTACGAAGATATCAGCCATACCTAAACGAATATAGTTAAATGCATCGATAATAGCATTAGTAGATGATGCACATGCAGATACTGTAGTGAAGTTAGGCCCTCTCAGACCGTATTTCATAGAAATATGTCCACCGGCAAGATCCGCTATCATTTTAGGGATAAAGAAAGGATTGAACTTTGGTATTCCATTTCCTTCTACGAAGTTTGTCACCTCGTTTTGGAATGTTTCTAATCCTCCAATACCTGAACCCCAAATAACTCCTGCTCTATCTAAATCAATAGTCTCTAAATTTAATCCTGAATCTTTGATCGCTTCGTCTGCACTAACCATAGCATACTGTGCATAACGGTCCATCTTACGTGCTTCTTTTCTCTCGATAAAATCCTCTACGTTAAAATTCTTTACTTCGCACGCAAACTGAGTTTTGAAATTGGTAGCGTCAAAATATGTAATGGGTGCAGCTCCGCTTACTCCATTAATTAGGTTGTTCCAATACTCTTGAATATTATTTCCAATTGGCGTAAGGGCACCTAAACCGGTTACAACAACTCGCTTTAATTTCATAAAATAACTTATATGGTTTGTACTATAAAAAAAAATCCCAATCTTCACTTTTGTAAAAAAAGGAAACATTGGGGTGTTTGTTTGATTGTATATGTTAGATTGTTGCCAATCTGTCCTTTTTTGTTTCTTCTAAAAATCAGTCATTTTCAAAAAAATAATAACACCCGCATGTTTGTGGAATAAACACGCGGGATATAGTTATTACTTTTTAGCTTCTTCTATGTAAGAGATAGCTTGTCCAACTGTAGCAATGTTTTCAGCTTGGTCATCTGGAATTTGAATATCGAATTCTTTTTCGAACTCCATGATAAGCTCAACAGTGTCTAGTGAATCAGCTCCTAAATCATTAGTGAAGCTTGCTTCTGCTACAACTTCGTTCTCGTCAACACCTAATTTGTCAACGATAATCGCTTTTACTCTTGATGCAATGTCTGACATAATCTTTAATTTTAAATTTAATTTCGTAGGCAAAAATAAAAAACTTTATTTTAAATCCTGATTTTCCATGTTAATTGTCGGTGCGAAATTATAAAAATTATTAATACTTATCGCTATTTTTCTATTTATTGTCAGTTATTATTCTTTTTTTTGTACTTATTTATTGTACTTTCAACTTCATAACACAACTAACTACATGAAAAACATAGCTCTATTCGCCTCTGGTTCAGGGACTAATGTAGAAAACATCATCAACTACTTTGAAAGCAAGTCTATTTCTAATCAATACCTTATATTGGTTAACAACCAAAATGCTAAGGTAATAGAAAAAGCTGAAAAAAGAAATCTTCCAGTTCTGATTTTTGACAGAAATATGCTAAATGATGGCGCTGTATCTCAAAAATTAGAACAATTTCAACCTGATTTAATTGTATTAGCAGGTTTCTTATGGAAATTTCCCGATGACCTTGTTAAAAAATATCCGAATAAAGTAATTAATATACATCCAGCATTATTGCCTAAATATGGCGGTAAAGGAATGTATGGTCATCACGTACACACTGCAGTCGTAGAAAATAAAGAAAAAGAGTCTGGAATCACTATTCACTATGTAAACGAAAACTACGATGAAGGAGCTGTTATATTCCAAGCTTCTACTCCGATAGAGCCTTCCTATACGCCAGAAGAAGTAGGAGCAGCTGTACTTAAACTAGAACACCTACACTTCCCACAAGTAATCGAGAAACTACTATTTTAATATTATAAATGAATTTGCCACAAGTAATACTATATACCGATGGCTCCTCTAGAGGTAACCCTGGTCCTGGTGGATACGGACTGATACTAGAGTGGGCAGGTCATAATGTCTATAAAGAAGCATCCCAAGGATATCGCAAAACTACCAATAACCGCATGGAACTACTAGCGGTGATCGTAGGCTTAGAAATGCTAAAGAACGAAGGTACTAATGTCCTAGTCGTATCGGACTCTAAGTATGTGGTAGACGCTGTAGAAAAGAGATGGGTATTCGGATGGGAGAAAAAAGCCTTTAAAGACAAAAAGAATCCTGACTTATGGCAACGCTTCTTAAAAGTATACCGCAAACACAACGTCCAGTTTAAATGGGTAAAAGGACATAACAACCATCCTATGAACGAACGATGTGACGTCCTTGCAGTAAAAGCAGCAACAGGAACTAAATTATTAATAGACGAATATTACGAGTCTGAAGAAAATTAA

Protein sequences of DBSCAN-SWA_3

>CP037427|947399:957141|956098_956659_+|QBK75629.1|DBSCAN-SWA
MKNIALFASGSGTNVENIINYFESKSISNQYLILVNNQNAKVIEKAEKRNLPVLIFDRNMLNDGAVSQKLEQFQPDLIVLAGFLWKFPDDLVKKYPNKVINIHPALLPKYGGKGMYGHHVHTAVVENKEKESGITIHYVNENYDEGAVIFQASTPIEPSYTPEEVGAAVLKLEHLHFPQVIEKLLF
>CP037427|947399:957141|951427_952858_-|QBK75624.1|DBSCAN-SWA
MLAQKKTKIVATLGPASSTREVLHDMIKAGVNVFRINFSHADYKDVQEKVNIIRDLNKEFGYTTSILGDLQGPKLRVGVMSEDVIVNPGDVITFSTKEEFKGDAERVYMNYKKFPTDVNAGERILLDDGKLIFDVLETNGEDEVKTVVVQGGPLKSKKGVNLPMTKVSLPALTEKDIRDAIFACELQVDWMALSFVRTPEDLMDLQNLIKEHSDHKIPIIAKIEKPEAVKNIKKLVAYCDGLMVARGDLGVEIPAQEVPLIQKELVHVAKNARIPVIIATQMMETMISSLTPTRAEVNDVANSVMDGADAVMLSGETSVGAYPVQVIEKMTQIIQSVETSPLIKVPQSPPTIKTNRYITKNICYHAALMANDIEAKAICTLTNSGYTAFQISAWRPNSNILVFSSNRRIITQLNLLWGVQAFYYDKYVSTDETIEDINAMVKEKGLAETGDMVINLAAMPIIEKGMVNTLRISEVQ
>CP037427|947399:957141|947399_950546_-|QBK75622.1|DBSCAN-SWA
MLDKPSFSIYNASAGSGKTHTLVKEYLKILLLDKQDDAYKKILAITFTNKAVAEMKTRVVSCLNAFSKEELDPKYGSIFNQVQEETELEEGFIRAKSGRIIRSIIHNYASFDISTIDKFTHKVIRSFAFDLELPMTFEVSLDSDELLQEAVDAVIAKAGVDSELTDLLIDFSIDKADNDKSWDITRELKEVGALLLNENNREEIALFSEHTLQDFVKVRDFLREEIKKITAESIVLGQSIMDLIESKGMDKTSFSGQYFVKHIENVIQDTVGTTKRYHEFDDIKIKKTAKDVELIEAFIPDFLKVLAQVYDLYSRRAFYTAFLKNLTPLSLLSTIGQEMDKIQEEQNILSITQFNAIIHNEIQNQPAPFIYERLGERYHHFFIDEFQDTSEMQWQNLVPLIDNALAGEDHTGTKGSLMIVGDPKQSIYRWRGGKAEQFIALSKDENPFANPDKQTVNLGRNYRSYAEVIQFNNRFFKDVSRNFINEDYKDLYENNSYQEVNSKAGGYVNIEFLQKDEGEEAEEKNMQYAQATLNTIQGVLEQGFDLKDIVILTRKRDHGVLLANYLTENGLEILSSDSLLINNASEVRLIINVLKFLKTERDLEAKMMMLYYVSGKQSDLTKKHDFIKAGLSFETELELEAWLVDHNVPISFEACRSKSLYDAVEAIVLAFLPDKSASSYVLYFLDLVLEKSLKNQFGISDFLEYWNTNYHKFSIPTPEGRNAVQIMTIHKSKGLEFPIVIFPFAEEDFTRPSRDKLWVNIETDKDQIMFPKALVDSKKEVVEYGEYAQLLYEKKEQEMLLDNVNVLYVALTRAEEQLYIISYKNVTSKGEFRNNLSKLFLDFLVTEGVYNDVDLVYGFGEKVKVSKSKEVITDEVNKMILPVKSVLDFEAIKIAQREALMWDSHNQKAIEYGNLVHKLMSFITDYRDVDAVVREGLEKGLIQEDAKERFKEIIQRIVSNPDLEIFFREDNIVFNERVIIGPYQRNTIPDRVVIRGRQAYILDYKTGKEEEKYKDQVKAYGQSLVEMGYEVVKMVLLYTGENLNIIHL
>CP037427|947399:957141|955665_955902_-|QBK75628.1|DBSCAN-SWA
MSDIASRVKAIIVDKLGVDENEVVAEASFTNDLGADSLDTVELIMEFEKEFDIQIPDDQAENIATVGQAISYIEEAKK
>CP037427|947399:957141|952862_953351_-|QBK75625.1|DBSCAN-SWA
MGIIKYKLEDFDSEDYRLIAIHTSRKEDYKVVYFINSILEINLERSKRDVDIFTDVGHAFFSFYEYDDFDHHVYWKVVANKAFLIPESGLDSPLFVSANHPVTKQGYLLPELKSVDYLIKIEETDSQFEIGTIIDRLNSVKIISAAYEIKQEILKNKTNLIF
>CP037427|947399:957141|953448_954195_-|QBK75626.1|DBSCAN-SWA
MKKLLNRIFNNSRSFNNEDGNFCRKVTEIVGVKPVELSYYKIAFTHRSMNRCDEEGHPINYERLEFLGDAMLGSVIASYLFIEVPSGDEGYLTKMRSKIVSRENLNQLGKDLKLVSHVESKMGNQQFGENIHGNLLEAIIGAIYLDRGYPACEKFIHEQLLSKVSDIQELETKITSYKSLLIEWCQKRKHTFKYDTFEEDTAEELKYFGVRLFIDDKLVAKARATSKKKAEEKASQRAYFAFQEQIKQ
>CP037427|947399:957141|956667_957141_+|QBK75630.1|DBSCAN-SWA
MNLPQVILYTDGSSRGNPGPGGYGLILEWAGHNVYKEASQGYRKTTNNRMELLAVIVGLEMLKNEGTNVLVVSDSKYVVDAVEKRWVFGWEKKAFKDKKNPDLWQRFLKVYRKHNVQFKWVKGHNNHPMNERCDVLAVKAATGTKLLIDEYYESEEN
>CP037427|947399:957141|954210_955533_-|QBK75627.1|DBSCAN-SWA
MFPFFTKVKIGIFFYSTNHISYFMKLKRVVVTGLGALTPIGNNIQEYWNNLINGVSGAAPITYFDATNFKTQFACEVKNFNVEDFIERKEARKMDRYAQYAMVSADEAIKDSGLNLETIDLDRAGVIWGSGIGGLETFQNEVTNFVEGNGIPKFNPFFIPKMIADLAGGHISMKYGLRGPNFTTVSACASSTNAIIDAFNYIRLGMADIFVTGGSEAAVTIAGIGGFNAMHALSTRNDDPKTASRPMDKDREGFVLGEGAGAIILEEYEHAVARGARIYCEIGGGGMSADAHHLTAPHPEGLGATNVMINCLKDAGLEAKDVDVLNMHGTSTPLGDIAESKAILNVFGEHAYEMNLNSTKSMTGHLLGAAGVIEAISVILSLEHGIVPPTINHFTDDEAIDSKLNFTFNKAQKRDVKVGMSNTFGFGGHNACVLVKKLEK
>CP037427|947399:957141|950657_951263_+|QBK75623.1|DBSCAN-SWA
MAFELPKLPYAYDALEPHIDARTMEIHHTKHHNAYTTNLNAAIAGTALEGKTIEDILANLDMSNGAIRNNGGGFYNHNLFWTVMTPNGGGQPTGELADAINTAFGSFENFKDAFAKAGATQFGSGWAWLCVKDGKLEVCGTPNQDNPLMPGVACGGTPILGMDVWEHAYYLNYQNRRPDYINAFFNVINWAEVARRYAEAK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
QBK75622.1|947399_950546_-	ATP-dependent helicase	A0A068EQC7	Bacillus_phage	7.9e-09	24.4
QBK75623.1|950657_951263_+	superoxide dismutase	Q56AR7	Bacillus_thuringiensis_phage	5.9e-62	58.0
QBK75624.1|951427_952858_-	pyruvate kinase	NA	NA	NA	NA
QBK75625.1|952862_953351_-	IPExxxVDY family protein	NA	NA	NA	NA
QBK75626.1|953448_954195_-	ribonuclease III	M1HR51	Paramecium_bursaria_Chlorella_virus	3.8e-18	32.9
QBK75627.1|954210_955533_-	beta-ketoacyl-[acyl-carrier-protein] synthase II	NA	NA	NA	NA
QBK75628.1|955665_955902_-	acyl carrier protein	B2ZXV3	Ralstonia_phage	1.8e-06	38.1
QBK75629.1|956098_956659_+	phosphoribosylglycinamide formyltransferase	M4QRX9	Synechococcus_phage	2.8e-18	33.1
QBK75630.1|956667_957141_+	ribonuclease HI	A0A2I7QI15	Vibrio_phage	3.1e-26	45.0

Sequences of DBSCAN-SWA_4

Nucleotide sequences of DBSCAN-SWA_4

>CP037427|1762192:1814294|DBSCAN-SWA
TATGGGATTTATCATTAGATTATTAATTACTACTGGTTTAGTTGTTTTATTAGCAAATATTTTACCAGGAGTTTTTGTAGAGAGTTTTACTACTGGACTATGGGTGGCAGTAGCGCTAGGGATATTAAATATGTTTTTAAGACCTATTTTAGTGTTTATGACATTACCTGCGACTATTGTTACTATGGGATTGTTCTTACTTGTAATTAACGCAGTTATCATACAGTTAGCAGCCTATTTTGTCAATGGATTTACGGTAAGTGGATTTTGGACTGCATTACTATTTAGTGTTGTCTTGACATTTTGTCAATCTGTAGTAAATGGGTTTTTACAAAAAGATGAGCCTAGAAGAGGATAAAAAAATTAATAGTTGAAATACAATTACTTAAAAAGTTGTTTGGGTTGTAAAAATAATATATTTTTGCAACCCAATTTTATATGTAAATACATCAAAAATGAATATTACAAGAAATAATGTAGATGCTCTTAATGCAATCGTAACTATTGAGCTTGCAAAAGAAGATTACCAAGGTAATGTAGATAACGTTTTATCTAACTACAAAAAGAACGCAAACGTTCCTGGATTTAGAAAAGGTGCAGTTCCAATGAGTTTAATCGTAAAACAATATGGTAAAGCTGTATTGTTCGAAGAAGTAAACAAAATTTTGCAAGAAAAATTAAGTAACTATCTTGTAGAAGAAAAATTAGATATTTTAGGAAATCCATTACCAGTAGCTAATGATATTAACTGGGATGCAGATGTATTAAAATTTGATTTTGAATTAGGATTAGCTCCTGAGTTTTCTTTAGACTTAGAAGGTAAAAATAAAATCAAGAAGTTCAAAGTTGTAGCTGATGATGCTATGCTTGACGAGCAAGTTGAGTTTATTCAAAAACAATACGGAAAAATGATCTCTAAAGAGGTAGTAGAAGAAACATCAGAAATGGTAGGTACTTTCGCTAACGAAGAAGAGGGAATCAATAATGAAGTTAAGATTGCTGTAAGCGATATCAGAACTAAAACAAACCAAAAGAAATTTATTGGTAAAAAAGTAGGTGACCAAGTTACTGTAAGTACTAAAGGTTTATTCGAAGATGACCATAAATTAATGGAAGTTTTAGCTGTTGATCATGATAAAGTTCACGGATTAGAAATTGATGTAGTATTTACTATCAACGAAATCAATGAAACAGAGAAAGCCGAATTAAACCAAGAGTTATTCGATAAATTGTTTGGAGAAGGAGTTGTTACTTCTGTTGAGCAATTAAAAGAAAAAATCAAAGAAGATGCTGAAAAGCAATTTGCTAGTCAAGCAGATCAAAAATTCTTAAACGATGTTTACGAACATTTATTAGAGAATACTTCATTTGAATTACCAGCTGCTTTCTTAACTAAATGGTTAATGGATGCAGGTGAGACTCCAATGACTGCTGAAGAAGCTGCTGCTGAGTACACAAAATCAGAAAAAGGTTTACGTTACCAATTAGTAGAAGGAAAAGTAATGTCTCAATATGACTTACAATTAAACTTCGAAGAAATTAAAGAATATACTACTAAGTTGATTAAAGATCAAATGGCTCAGTTTGGACAAATGGATCCTGAAGCTAAAGTAGTTGAAGATATTGTTGCTAGAGTAATGACTAACCAAGATGAAGTTAGACGTATTTCTGAGCAAGTAATGAATGAAAAAGTATTAGCTTTATTTAACGATAAAGTAAAAGCTGAAGTAAAAGAAGTATCTTACAAAGATTTCGTTAAGGAAATGTACGGAGAATAATATCCGGAAAAAAATAAGTATATTTGAGCGTCTTTCTGTTAAAGAGAGGCGCTTATTTTTTTATATAGTATTTAAAATAAATTGAAGAAGAATATGGATTTTGGTAAAGAGTTTCAAAAATTTGCTACAAAGCACCAAGGAATAAATAGTATGTACTACGATAAAATCGTTAGTAGTATGACTCCTTACATTATAGAAGAAAGACAGATGAACGTTGCTTCTATGGATGTGTTCTCACGTTTAATGATGGATAGAATCATCTTTATGGGAACAGCTATTGATGATTATGTAGCGAATATTATACAGGCGCAGTTATTATTCTTAGAAAGTGTAGATAACGAGAAAGACATTAGTATCTATGTGAACTCTCCTGGAGGAGGTGTTTATGCTGGATTAGGTATCTATGATACAATGCAGTTAATCAAACCTGATGTAGCAACGATTTGTACAGGTATGGCAGCATCAATGGGAGCTGTGTTATTATGTGCTGGAGCTGCAGGAAAACGTTCTGCATTACCACATTCACGAGTGATGATTCACCAACCATTAGGAGGAGCACAAGGACAAGCTTCTGATATCGAAATTACAGCTCGTGAGATATTAAAATTAAAAGATGAATTATACGAAATCATCTCTAAGCACTCTGGACAATCTATGGAGAAAGTACATCATGATAGTGATCGTGACTACTGGATGATTGCACAAGAGGCTAAAGAATATGGAATGATTGATGAGGTTTTAATTAGAAAATAATTTATGGCTAAAGAAGAAATGTCATGTTCATTCTGTGGGCGTGCTAAATCTGATACAAATATTCTAATTGCTGGTATAGATGCTCATATTTGTGACCGTTGTGTAGAGCAAGCTTATGGTATAGTATTAGAAGAACAACAGTCAAAACATTTAAGTGATTTGTCAAGTGATTTATTACTTAAGAAACCAATGGAAATAAGAGCGTTCTTAGATGAGTATGTCATAGGACAAGATCAAACTAAGAAAGTAATGTCTGTAGCTGTTTATAATCACTATAAACGTCTTCTACAAGAAATGAATGGCGATGATCAAGATATCGAAATCGAAAAGAGTAATATCTTGATGGTGGGACAGACAGGTACAGGTAAAACATTAGTAGCAAAAACAATTGCTAGAATGTTGAACGTACCATTAGCTATTGTAGATGCGACAGTATTAACAGAGGCTGGTTATGTAGGAGAAGACGTAGAAGGTATTCTTACTAAACTTTTACAAGCTGCAGATTACGATGTAGAAAAAGCAGAACGTGGTATCATCTTTATAGATGAGATAGATAAAATCGCGCGTAAGAGTGATAACCCATCTATAACACGTGATGTATCAGGAGAAGGAGTTCAGCAGGCTTTATTAAAGCTTCTAGAAGGAAGTATAGTAAATGTACCACCTAAAGGAGGAAGAAAGCATCCAGATCAGAAGTTTATTGAAGTAAACACAAAGAATATTCTTTTCGTAGCAGGAGGAGCTTTTGACGGAATTGAAAGACTTATTTCTAAACGATTAAATATGCAAGCTGTAGGATATAAGTCTACAGTAGAAGGAGATCAAGTAGATCGTACTAACCTAATGCAGTATATTATTCCAAAGGATATTAAGGACTATGGATTAATCCCTGAGATTATTGGAAGGTTGCCTGTATTAACGCATATGGATCCATTAGATAAGACGACATTGCGTGCAATTCTTACGGAACCTAAAAATGCTCTAATAAAACAATATGAAAAGCTATTCGAAATGGATGGTATTAAGTTCTCTATTACTGATGAGGCATTAGATTATATTGTGGATAAAGCACTAGAGTATAAGTTAGGTGCTAGAGGATTGAGATCGTTATGTGAAGCTATTCTAACAGACGCTATGTACGAGTTACCTAGCCAAGATGGAGTAAAAGAGTTAAATGTAGATAAAGACTACACGGCTCAGGCATTAAATAAAAACTTATTGCAACGATTAGAAGTTGCATCATAATAAAAAAGCAGGAAAGATCTTCCTGCTTTTTTTTATTGAGTAAATTGTTTTCTCAATTTCATATATTTCTTAAGTTGGTTGGATGTTATTCTGTTCTGATTAATTAATAGATTTAATTTATTATCTAATACATTAATATCTAACATGAGATCAGAGTATCTTTTTAAGGCCTCTTTATTACCATATAGCGCTTTCGGGTATATTTCTGAGTAGATAGAAGCATGTTGACTGTAAATAGTCAATATAGAGTCTATTTCTACTTGGTAAGCTTTATCTTCTTCTGTAGGCTCCATTACTGTATATCGCCCTTCATTACAACCAGAAAAAAGAAGAAAGAAAGAGATAACTAATAGATAAACATATTTTTGCATAATACAGCATGATTTATGGAAGGTAAAAGTACTGGCTAAAAATGACAGTGTTTTACGGAAAACCTCATTTAGTGAATATTTATGTCAAAATGATTGATGAGTATTAGAGTTTACTGTAGTATTTAGCTAATGGAGGAGAGTCCGGGTTTAAATGATTCCCATATCTTTTACAATACCAATAAGGTGTGTTGTGTTTTTAGCATTAAAAGAAACTCTTAAACGGCTTATTCTCTTTTCGATACTACTTGTACTTGCTATCGATAAATTATCTTCTTTAAACTTATGGCTCATTTCACTTTGAGAGTACCCTTCTGCTAGTAGACGGAGAATAGTTAAATCTTCCTCTTGAAGTACTAGTGTGACAGGATTATCTTTTACATCCTTGATATCTGGTGATAGATAAGGTTTTTCCTCTTGTTGGATATAGGTGATAGCCGCTAGTAGTTCTTTAATACTATTTCTCCCTTTGCTGATATAAGCATTGACTTTTAAATCATCTATTAATTCACTTACTTCTATAAATCTGTTTTCTATAGAATAGACAATGATTTTAAGATTGTCATCTTGTTCACGTATTAATTTGATTAAGTCTGCTCCTCCCTTTAGTTTAGTTTCTCTATAGTCTTCTTGAAAAGACAAGTCAGAGATGATTAAATCAAACGGTGAGTTATTGTTCTTAGCACCTTGAATTTTTAGCCAAGCATCATCACAGTATTTAGTACTGTATACTTCGACCTGCGGAATGTTGTCACTTAGGGCTTGTACAATACCAATATTGATACTATCATAATCCTCGACAACTAATATCTTTTTAAACATAATTTTTTTTCGGTAATTGGATATTATACTTTACACCCAGTTTATTAGTTGAATCAAATATAAATGTTCCTCCAATATTAGTAATACGGTTTTCCACATTTGAAAGCCCATTTTTTGATTTAATATCCTCCTGTATGATTCCTACACCGTTATCAGAATAGAATATTTTAAAGTGTTTTTTATCTTCACTGAATTTGAACACTACTATAGTAGCCATACTATGTTTCTTCATATTGACTAATAATTCTTGTATTACTCGATAGATGGTTATCTTTTGATTCTTATCAAGTAAAGAAAAATCAAAGTTGTCAAGCCCTGAGATGATAATCTGGCAGTTAGCAGTAGTGTATTCATTGAATAAATTAGTCAAATGGGTAACAAAGGTTTCATCCGTTGCAATAGAGCTATGTTGCAGAGAAATATTTCTTGCTTTTTTATAGATAGACTCCAGATCAGATAGTAAATGATTCTTTGTTTCTGGAGTTTGAAGATTAAAGTTCTGTGTATACGTTAATGCATTGAATACATCATTCGCTAATTCGTCATGTATCTTTTTAGCAATTTTAGTTTCTGTTAAGTAAGACTGTTGAATCTTATCTAGTCTATGACGATGTTTTATTCTTCTGTAAATAAAAGATGTAATCACTCCACCTGCCAATAAACAAAGAAGACTCACATAAAGAGCATTTTTACTTCTAGCAGATACTAGTTCACTGTGTTGTAAATCAAGTTTTAGCTTAATGTTCTCTTGTTCATGTTGTTCAAAGTCATAACGTATTTTAGCGAATTGATTCTTCGCTTGTTGAGTCTCCGTAGCGATTTCTTTAGAAAGGTCTATATAATCTGCATAATACTTAGAGGGACTGTCTGTACTTGACTTGATGAGGTATTCAAGTGCTTGTAGTTTGTCTTTTTTATTTTTATTAGTTGTAGTGATTTCATAAGCCTTTAAGGCATAGTCATGTGCAGAGTGATAATCTTTATTTAAGGTATAATATTCTGCTAGGTTGATATAGCTTCTATAGATGTCATTTTGATTGATATCGTTTAGTCTTATAGCTAAGGCTTCTTCTAATTCTTTTAATCCTTGTGATTTGTCTTGTAAGTAAAGGGCTTTTCCTAAGTTGTTCAAACATCTTGCTTGTTCTAGAGGCATTTCTTTAAATACATTAGAAGAAAGAATGTCTTGTAAAATATCAATTGCTTTAGTGTATTCTTTTAAACTAATATAATTAGAAGCTATATTGTTATTTATTATAGCTTTGGCTTCAACTGATATATTGGAAATTCTAAGTGACTTATAAGCATATTTATTGGATAAATCATAATCAATTAGCTCTGAGTAGCAGGTTGCTAAAATTGAATATATATAGTTTTTAAAAGTAGGAGATATATTATTAGTTTGGGAAATTTCATTAACAAGTATTTCTTGAGCACTATTGGGATCCCCTGCTATCAAGTATATAGTTGAGATCCTTAAATTATTATAAGTAATACTTTCTGTTTTAGCAAGATGTTTAAATAACTGATTTGATTTTAAATAATTATTAAAAGCGCTGTCTAGTTGATTTAAGTGATAAAGGCTATCAGCTTTTTGCTGATAGTGATATGCACTGTCTAATTTCTTTAAATCAATCACTTTAGTATCATCACTCTTATTACAAGAGCATACTAAAAAGGATAAAATTATTATCCATAAAAAATTCGAGGAATAAGAAGTGAGTAAAGTTCTTTTCATTCTTCGAATTTATAGTTTTTATTTGATGCTTATGGTATTATTTTAGTCTTTTAATTGGTGTACTTCTCCAATCAATACATTCTTGTTCATTCATCCCTTTCGTTTTAACCTCTTTCTTCATCTGAAGTTGATTATCATCTTCATCAATATGCTTGTATCCAATAGTATTACTACTTTTACTGATGTATCATAAATTGGTGCTAATCATATAGTATAAACTATGTTTTAAAAATAAAGTTTAGAGAATAAAAGTTATTCTCTAAACTTGGTAAAATCATTACTGTTTTATAATATATTATAATTGTTTATTTTTCAGTTCATAATTTATTAAATAGTTATATTATTTATTATTTTCTTACAGGTGGTTTAATAGGTGGAACGCCCCAATCATCTTTTTCTATTTCTTGGTCGTTTATATTATTCATTGTTTTTCTTACAGGTGGCTTAATAGGTGGAACGCCCCAATCATCTTTTTCTATTTCTTGGTCGTTTATATTATTCATTATTTTTCTTACAGGTGGTTTAATAGGTGGAACGCCCCAATCATCTTTTTCCATCTCCTGATCCATTCCATTCACTTTAACCTCTTTCTTCATTTGAAGTTGGTTGTCATCTTTATCACAGCTTACCATTGATAATGTGATTACGCCTAATAGCATTGCTACTTTTACTGTTTTTTTCATCTTGTTTAATTATTAAGTTAGATGCGAAAAGCAGTAATACATGCTGAGGGAAGCGAGTTGTTTAAGTGACATAAAATGGCTTCCTTGTTATTTTAGTATCACGAGTAAACAACCCATATAAATGTTTCGTACTTTTGAAACATCACAACACGTATCTGATTTTCGACACAGCAAAGGAAAGGCGACTTTTAGAGTGCAATGTGTTGTAAATCTGATGATTCCGATGATTCTGATAATTCCGTTTTACATTGAATTATAATTATGACCTTACTAACGATTAATGACTATACAGATAGTTTAAAAAAACATATTAATAAAGTTCAAGATTTACCTCAGTACACAGTTCTGTTATCTCCATCACCTGCACAATTGAGAAATTATTGTATTGGACTGTGTAGAGAAGATTTATCTCCTGACGATAAAATAATTCTTAAAGATTTTTTTAGAGGTGATAGCACAGAGCTAAATGATATTGTTAATAGTATTAATAGATTTGAACTAGGATGGTTTAAACCTATTCAGAGTTTTTTAGGCAAAAAAACTGATACATCTAAGAACCATGCTGTACTAGAAATGGTGGCCTTAATGTATGATTATGAACCTAGACCGTATGGTAAGTTTAGAAAAAGTAGTGTAGAGATAGAAGAGGGGAGTGTAGCTGATAATCAAGCTGATTCAATTATTGTTGAAGAGAAAAGAGAAGCAGTAGAAGAGAAAACTATTGAAGATAATATACCACCTGTTCAATCATTTGCAGAATCTCTGCCTACTACTACACCGAAGAATAAATTTAAGCGCAATCTAGTAATTTTCACAGTGATTATAATAGGCTTATTAGGTGTTGGTAGTTTAGTGAGTAGTATGTTATCAAATGATCAATGTATGAAGTGGGAAGGAGATAGATATGTGGCTTATGACTGTGGTGAGGCTACAATAAAGAGTTTTGCAGGGGTAAGTAATGAGCCTGTCCCTTATGATAAAAGCATACTGAAGAATTTTAAACAAATAAGTGTTGATTGTGATACCGAGTTTTTTAGGAAAGGAAAACCGAAGGTATGGTTTGTCAAGACTGGAGAGGGAAAACATGATTATTTTAATAACCCAGGAACAGGGGTACATCCTATCTCTGGTAAGTCTTTAAGACCAATCACGCAATATCATCTAAATAAATACATCTACTCTAAGTGTAAATAAAAAAGAGGTTAGACATCACTAAAGACTGTCTAACCTCTTTTTATTGTAGATTCCGATTATTCCGATACATAATCACCTAAGTTTGATTAATAATTAGCTTTTTGTAAGTACAGAAGAAGTGAAATAAAAGTATTTTAAACAACGGAATAATAAAATCTCTCATTACCGAATTTAAAATAAAGTACTTAAAATTCTATTTCTGATCAGTGTTTATTGATGAGTTAAAGATAGTTTTGTTTTGATCTGCTAGGGGATTGCTTGAGGGGTTCTTGCACATTCCTTCGACAAAAGCACCTTCTAGGTAAGGAAACCCCTAGGAATGTGCTAGCAATCCCCTAAGAAGTGCAAGCGAAACGCTCTTTTCCTATTCATTAACAACGAAATTAAAACGTGTGTATTTATTTAAAGAATTTAATTTTTATTTCTGCTTTAACCTATTCATAAGGATTGAATACTCTAAAGTAAGTAAAAACACAGTATAGTAGAATCACTATTTATTCTTTCTCATCTCTAATGGACGTGTTCCTGTAAACTCACAGAACGCATTGCTAAATGCTCCTAGCGTAACATATCCTACTGTATTGGCTATTTCGCTGACAGAGTGCTCAGTCTTCATCAGTAGTTCTATGGCTTTCACGATACGCAATGCTTTTAAGTATTGTAAGAAGGAGATTTGTAATTCAGCTTGGAAGAGGCGTGATACAGAGCGTTCACTCATATTAAACTTGTTACTGATATCAGTCAATGTTAATGGAAGTCCAAAACTACTGTCTAGATAGTCTGTTATCTTAGTAATGCGTGGATTATCACTAAATGGAAGTTGTAACTGTATATTCTTATTGATAAAAGTGGGTAGAATATTTTTTAAAGCTTGTAGAAAAACAAAATTAGGCGTGTCTTGATTGACCATCTTATCATGCCAACACACCGTATAAGCTATCATCTCTATTAATAGATCTGAAGCGGCATATATCCCTAGTGTAGTATAAAAAGGATCTTTATCATCATCAGAGATATAAAAATACAAGGAGTGAAGAACAGTAGCAGAGTTACTTAATCTCAATATATGTGGTACTCCCTCAGGGATCCAAAAGAAGTACTTCGCTGGTACAACATAAGTGACATTGTCTACAGTCACATAAGTTATCCCTCCTTCTACATATGTGAGTTGTCCTTTTTGATGTTGATGTAAAGGATATCTTTTTGTCGATTTCTCATGATTGATAAATACGCCTTCTTCTATACTATCGATAAACTCTAAGGAATCGATGATCTTCATTGTAGTGTTTCTTTTTAATGAGCGCAAAAGTATATAATGATTTTGTCTGTTTTGAATAAAAAAATGACTATTTAAGAAATACAAGATATATCGTACTCATTTTACTTTTGTCCGATTTTAAAAACAACGTATGAAACTTGGGGATTTCCACTTATTAGCTGTACTCACCAGCTGTGTTACTATGGGGTATTGTCAGAGTACTACTCTATCAATTTCCAACAAGGATACAATACAACTCAGTATTCAAGAGATTTGGGAACAAACAGATCTTGGTAGTAAAAGAAGCTTGATTCAAGCCAAAGAACTACAGATTAGAAAAGAGAATACGGATGATGCACGCATCAGTAGATACCCTGTGTTTAATGCCTTCGGTAAAGCAGAAAAGGCAAGTAATATCCCTGTTTATACAAACGGAATATTTAATAAACCTGAACAACATGATGTGATACATACGCTCTATAATACAGGAGTGTCTATGTACTTAAATCTATATAGTGGCAATAGACAAAATCTAGAAATAGAAGAGCGAAAAACTTTAGAAGCTAAAGCGAATATCGAGGCAGATATGACTAAATCAGAAGTTCGGTTAGAGGCAATCAAGAGTTATTTGGCTTTAGCGAAGCTAACTCGTTTTAAAAAAGTGATTACACAAGATATTGCCGAACATAAAGAGCAGTTAATCGAAATAGAACATTTATATAAGAATGGAGTAGTGTTAAAAAGTGATGTTCTTCGTGCGACTATGGAAATCTCGAAGAGAGAAATGACCTTAGTACAACTCCAAAATGATCTCTCTATAGAAAACCAAAAGCTGGTTATATTGACAGGGCGTAAGGATACAGATTTTATTAAACCACAAGATTCCTTCAATGAAGAGTTATTCTTAGAATCTTATGATGAGGCTTTAGATATTGCCTTAGAACATGGGTTTAAACACCTGCTGTCAGAGGAGAGCTTGGTATTAAGTGAAATCGAACAGAAAAAGGTGAAAGCTAATACTAAACCTAGTATTGGCTTAATAGGAAACTTCACTATGGCTAATCCACAGATATTCTTGTATCCGTATAATCCTAGTTGGTACAGTTTAGGGACTATTGGAGTACAGGTATCATTTCCTATTTCTAATTTATATCAGAATGTACACAAGGTTCGCAGTCGTGCTTTAGAACATGAGAAAGAGGAGTTACAACATCAATATGTACAAGATCAAATAAAAGAAGAGGTACAACAGGCATATTTAAGATATCAAGAATCATTGGTACAGATAGAGGTGTGTACAAAGAATAAAGAATATGCGGCAGAGAATGCACGTATTACTAAGAGTACTTATTTTAATAAAATTTCTTTGCTTACAGATTTATTAGATGCTGATGTACAACATTTACAAACACAATTTGAACTAGAAGCTGCCAAGTTAGACAGCATTTATAAATACTATACTCTTCAATTCGCTAAAGGCTTATTATAATGGATATTAAAACTCGTATTAAAATTACAGATCGCCTAATCACACGTATTACGCGCTATCTAGCTTCTATTATTATTTTGATAGGAAGTCTTTGGGGAATTCACACACTATGGATGTATTGGAAATATGAACAAACCAATGATGCTCAAGTACAAGAGTATATTAATCCTGTTATTTCTAGAGTAGGAGGATTCTTAACAGAAGTGCGCTTTGAGGAGAATCAAATAGTGAATAAAGGAGATACACTATTAGTGGTAGATAATCGAGAGTACACTTATGATCAAGCGACTACTTCTGCTGAGATAGCGAAACAGTATGCATTGATAAAGGAATTAGATGCGCGACAATATACATTGTCTCAAACTGCTGCTGCTGCAAAGAGCCAAATCCAAGGGAGAGAATCTAAATATCATCAACAGGAGTTGGATTATCAGCGATATAAGAAACTCTATGAAGAAGATGCAGCTACTGCACAAATGCTAGAGGAGAAGCAGGCACAATTAAATATAGGACAGAGTGATTATAATACTAGTGTAGAGCACGCTCGAGCTGCTACAGCTAGTATAGCAGATATTGAAGCACAGAAACAAGTTTTATTAAAAGAGATTACTCGATTACAAGAACTTGAGAAGTATAAGAATCTGACTGTAGGTTATACCGTTATCACCGCACCTTATAGAGGGAGAATGGGGAAGAGGAGCATAGACTTAGGTCAGATGATTTCTGTAGGGCAGGTGCTTACCTATATCGTTAATGACGAAACACCGAAGTGGATTATTGCTAATTTTAAAGAAACACAAATACGCAATATACAGATAGGGCATCAGGTAGAGGTAGTCGCAGATGCCTATCCTGATAGGCAGTTTATAGGAAAGGTTATTTCTATAGCCCCAGCTACAGGTTCTAGTTTTTCTTTATTACCACCAGATAATGCCACAGGTAACTTTGTAAAGATTGTACAGCGTATTCCTGTACGTATAGAAATAATATCACCTGCTGATTCGGAAGAATTATTAAAAGCGGGGATGAATGTCAATGTTTTTATAGCTAAAAAACAATCTAATGCAAAATAACGAAGCGTCTCAGTTATTCGTTGATTGGATTCCAGAGTGGATGATACACGTCATTCTTTTTGTACTTTTAATGCCGAGTATTGTCTTGTTTTTTCTGCCAGCTGCTAATGCTACAGCAGCTGCAGGATACTTTGGATGTGATCCACGAGACATTCAGTTTTCTGTATCTCTATTGTATGCAGGTTTTGTCTCTTTTTATAGTTTAGAACGACGTTTCTTTACGTATTTAGCGACTAAAGAATACTTTATTCTATTTAATGTATTACAGATAGTAGGCTGTATAGTACTGTATAATGTACAAGCGCTATGCATTGTTTTTCCTGTTCGCTTTTTACAAGGAATGTTATTTGCTAGTACAGTTAATCTATCTATTTCTACATTATATGTCCGTTTAGATAGTTCTAAAGCTAGGGAGATTAGCTTCTCGTGCTTCTACGGTATTTTGATTTGTGCAACACCCTTTAATCAATTAATTACTTCAGATTTAGTTGATCAGTACGATTATTCCTTTTTGTATAAGATAGCTTCTTTTTCTTTTATACCAGGGTTAATATTAATTATGCTGACTATGCGCTTTGTACGTCTCCAGCGTAAGTTGCCATTGTATAGCTTAGATTGGGAGAGCTTTGTGTTATTTGCTGTAGTGGTAGTACTGTTCGGATATCTTACTATTTATGGGCAACAGTATTATTGGTTTGCTGATCGCGATATTCGTTTAATAGGATTGACGATCTTGATTACCTTATTCTTCTTTGTATGGAGACAAAAGCATCTGAAGAGACCTTATATTAATTGGCATGTATGGAAGTACCGCAACTTTAAGATAGGGTTATTCTTATTGTTTATTCTTTATATCTGTCGTTTTGCATCAGGGATTACAAATACACATTTTATTAACTCACTTCATTTAGACCCGAGACACCTTTCTTATCTAAATAGCTTTAATCTAATAGGACTTGTGACAGGAGTGATACTTGCATGTGTTTGGTTGATTAATCGTCGCCCTATGCGCTTTATATGGAGTCTAGGATTTATTGCGCTGTTTTTGTTTCACGTGGGGATGTATATGCAGTTTGCCCCTAGTGCTAATCCAGATGATTATTATCTTCTTTTGTTTTGTCAAGGTTTAGGAGTAGGAGTGTTAATGGTGCCTATTATAGTTTATTGTGTTACTTCAGTACCTGTATCACTTAGTGCTTCTGCAGCAGCTGTATGTTTAGGTGTACGCTACTTTGGTTATACATGTAGTATAGCGATTATGAATTATTATAGTTTGTACAGTTCTAATCGTCATTTAAGTCGTTTCTCAGATTATTTAAATATAGCTAATCCTATACTAGAGACTAAGCTTACTCAGAATACTATGAAGTTAAAAAGTAGAGGTATGCCCAGTTCTATAGCTGAGAAAGCAAGTGAAAAGATAATGTTATCTGATCTTAGCAAACAAATAGAGTTGAGGTATGCAATGGATTATTTCGAGATACTTAGTTTACTTTTATTAGTGATTATAATCTTAGTACTCTTCACGCCTTATTTAAGTAAAACATGGGTTTACTTAAAATCAAAAAGTGTTTCACCCTTTTAGTTTTATATTTTTTTTCAAAAAAGTAGGAGAGTCGTCTAGTACTCTTCTGCTTTTTAGTTATGGTCAAAAAAAAAATCCTAAGCGTTAACTTAGGATTTTTTTGTACTCGAGGCGGGACTTGAACCCGCACGGGCATTACTACCCACTGGATTTTAAGTCCAGCGTGTCTACCACTTCCACCACTCGAGCGTCTTCTGTAGACTGCAATACTACTTCTGTATTGCGAGTGCAAATGTAGAATATTATTTTTTACTATACAACTAATAAAAGATGTTTTTATAAATAAAAAAGATTAAAATATTCTTATTTGTTGATTAATAGATGGTTATTAAGTGTTCTTTTTGAAAATAATTTAATAAACAGAAATTGAATTCTAATCATGATTACTGATGTATTGGAATTAGTAAGGCGAAAGAGTGTTCGCTCTATGAAATCAATACTATTGTAGTATTGCGTTTTCTATCGGATGTCGATATTGAGATCAGGGTATATAAAATAAAAAATCCCAAGCGTTAGCTTGGGATTCTCTGTACTCGAGGCGGGACTTGAACCCGCACGGGCATTACTACCCACTGGATTTTAAGTCCAGCGTGTCTACCACTTCCACCACTCGAGCGTCTTCTGTAGACTGCGATACTATTTCTGTATTGCGAGTGCAAAAATAGAGTATTGTTTTTTAGTGTGCAAGAAAAATAGAGTGTTTTTTACTGAAAATTATTCTACTTTGTTTTTCCATTCTTCTAACTCATTTACTGTAAGTTTAATGAGTTTTTAATATATGTATTTTGCTAATGCCTTTTCGCAACTTGAATGACTAGTTTGATTTGAAATGATGTCTACAATTTTTTCTTTTTCATTAAAAATATTACTTGGGCTATATTTCACATAAGCAGAGTAACAACTTTTAGATTGATGCTAGTAGAAGGGAGGTTATAAGATGATCTAGGGATCAACGTTAAAAGTTGGGGAGGAAAGTGTAAAATAATATCTTTGTGCTATGATGGATAGCCAAGAAATACTAAAACTAATCTTACCTACTTACTTAGTAGAACACTTCAATATTACCAAAATAGAAGAATTAGAGACCAAACTACATATCTACTTTGAAGAGAAGAATGATTACGGAAATCAATGTGCTGAAAGACAGCTTATTTCTAAAGGTTTCCATAGTATGATTACTATTGAAGACTTCCCGTTACGAGGTAAATCAGTTAAACTACACGTACAACGTCGTCGTTGGACAGATAAACAAACAGGAGAAATTATATCACGTGATTGGAATATCATCGCAGAAGGAACACGAATGACTACAGAGTTCTCGGAGTTCTTAAAAAAAATTGGCCGATACTAAAGTACTTAGCTGTAAGGCTATTGGTGAATTATTTGGAGTTAAAGGTGAAAAGTTTCAACGCCAATACAAACATAAAACTAGTGGTTTCAAACAATGGGATCAACAAGAACATGCACAAGACTGGCTACTCTACCCAGAAAATATAACTGAACAACTCTCCATAGATGAAGTATGTTTATCTATGGGAGAATTGTACACTATACTGACTTCTAAAGCAGGTAAAGGTCAGAAAAAGACCATTGTAGCGATAGTTAAAGGAACAAAATCAGATACTGTAATAAAGCATCTATCTAAACTACCTAAAAAACTTAGAGATAAAGTTACCGAGATTACTTTAGATATGGCAGGGGCTATGAAACAGATAGCTAAGAAGTGCTTCCCTAAAGCTGTGCAAGTAATTGATCGTTTTCATGTACAAAAGCTTGTAAGTGAAGCTGTACAAGATATTAGAATAAAATATAGATGGGCTGAGCTTGACGCTGAGAACACTGCTGTTTTAAAGGCTAAGGAAGAAGGCATTATATATAATCCTGAAATACTTAGTAATGGAGATACTAAGAAGCAACTTTTAGTTCGCTCACGTTCTCTACTTTATAAAAACCAAATTAATTGGACATCTGACCAACAAGAAAGAGCTAAGATACTATTTGAATTATACCCAGAGATTAAACAAGCCTATCTACTTGCTAATAACCTTAGACAGATATATAATCTACAAATAGATAAAGAAATAGCTATGACTAAGCTAGCTCATTGGTTTAATGATATTGAAAAAGCTTCACTCAAACACTTTAGTACTGTTTTAAAGACGTTTAATGTACACTATAACGAAATCATCAATTACTTTATTAATAGAAGTACAAATGCTTCTGCGGAATCATTTAATGCCAAAATTAAATACTTCCGTATGATGTATAGAGGTGTTAGAGATAAGAAGTTTTTCCTTTTTAGATTAACTAGACTTTTTGGAATCAACGTTAAAAGTTGGGGAGGAAAGTGTAAAATAATATCTTTGTGCTATGATGGATAGCCAAGAAATACTAAAACTAATCTTACCTACTTACTTAGTAGAACACTTCAATATTACCAAAATAGAAGAATTAGAAACAAAACTACATATCTACTTTGAAGAGAAGAATGATTACGCAAATCAATGTACTGAAAGACAGCTTATTTCTAAAGGTTTCCATAGTATGATTACTATTGAAGACTTCCCATTACGAGGTAAATCAGTTAAACTACACGTACAACGTCGTCGTTGGACAGATAAACAAACAGGAGAAATTATATCACGTGATTGGAATATCATCGCAGAAGGAACACGAATGACTACAGAGTTTTCGGAGTTCTTAAAAAAAATTGGCCGATACTAAAGTACTTAGCTGTAAGGCTATTGGTGAATTATTTGGGGTTAAAGGAGAGAAGTTTCAACGCCAATACAAACATAAAACTAGTGGTTTCAAACAATGGGATCAACAAGAACATGCACAAGACTGGCTACTCTACCCAGAAAATATAACTGAACAACTGTCCATAGATGAAGTATGTTTATCTATGGGAGAATTGTACACTATACTGACTTCTAAAGCAGGTAAAGGTCAGAAAAAGACCATTGTAGCGATAGTTAAAGGAACAAAATCAGATACTGTAATAAAGCATCTATCTAAACTACCTAAAAAACTTAGAGATAAAGTTACCGAGATTACTTTAGATATGGCAGGGGCTATGAAACAGATAGCTAAGAAGTGCTTCCCTAAAGCTGTGCAAGTAATTGATCGTTTTCATGTACAAAAGCTTGTAAGTGAAGCTGTACAAGATATTAGAATAAAATATAGATGGGCTGAGCTTGACGCTGAGAACACTGCTGTTTTAAAGGCTAAGGAACAAGGCACTATATATAATCCTGAAATACTTAGTAATGGAGATACTAAGAAGCAACTTTTAGTTCGCTCACGTTCTCTACTTTATAAAAACCAAATTAATTGGACATCTGACCAACAAGAAAGAGCTAAGATACTATTTGAATTATACCCAGAGATTAAACAAGCCTATCTACTTGCTAATAACCTTAGACAGATATATAATCTACAAATAGATAAAGAAATAGCTATGACTAAGCTTGCTCATTGGTTTAATGATATTGAAAAAGCTTCACTCAAACACTTTAGTATTGTTTTAAAGACTTTTAATGTACACTATAACGAAATCATCAATTACTTTATTAATAGAAGTACAAATGCTTCTGCGGAATCATTTAATGCCAAAATTAAATACTTCCGTATGATGTATAGAGGTGTTAGGGATAAGAAGTTTTTTCTTTTTAGATTAACTAGACTTTTTGCCTAGTCCCCAACTTTTGTCACTGATCCACTTTTTGCCTAGTCCCCAACTTTTGTCACTGATCCTGATCTAGTTGATAAATATAACTTTAATAACAAAAAAAATCCCAAGCGTTAACTTGGGATTCTCTGTACTCGAGGCGGGACTTGAACCCGCACGGGCATTACTACCCACTGGATTTTAAGTCCAGCGTGTCTACCACTTCCACCACTCGAGCTCAATTGGCATTGACTGCACACGTTTTTTCGTGATTGCGATGGCAAATATAGAATGTTTTTCCATTAAATAAAAAGACTTTTTTAGTTTTTTTAAAACTATTCTATGGAGTCTTGTAAATCAGTTTTTTATAATAACTAGATTATACTTACTCTGCGTCAAATATATCTTCTGAAGGAAAATTTCCAAAGATATCTAGAGATAAATCTAGTATTTCAGCGTTAGCAAAGTTTGACTTAATCTCCTCCATTGCCTTTTCGAATCTTAGTTCGGTATTAAATCTTCTACTGTTGGCATAGATCTTTTTGTCTATTGCGAGTCTGAAGTAAGACTTACCTGATGGGGTTTTAAACTTAATGAAGTTTAGAGAATCATAGTTGGTTCTAAGGAACGATATAGTAGAATGAATAGCTTCTACACTAGGATACTCTACACTTGTCATTAATGTTTTACCTCTTCTGTGTTCAAAAGTGTACTTATACTTTCCGTTATCTTTTAAACTAATTACGAATGCACTCATATCAATTAAGAAACAAAATTAAAGAAATTTACTTTTTGTAGAAATATCTAAGGGGATGACATTTCTAAAGGGGCAAAAAAAAATCCCAAGCGTTAACTTGGGATTATGTACTCGAGGCGGGACTTGAACCCGCACGGGCATTACTACCCACTGGATTTTAAGTCCAGCGTGTCTACCACTTCCACCACTCGAGCGTGATATAGAGCGAAAAACGGGGTTCGAACCCGCGACCTCAACCTTGGCAAGGTTGCGCTCTACCAACTGAGCTATTTTCGCATAATGTTTTTTAAGAACTTCGCTTTACTTCTGTATTGCGAGTGCAAATATAGAACGTTTTTTTGTTTATCCAAATAAAAAGTAGCTAAAAAACAAAGATATTTTTTAACTCCTTGATTTACAAAGTCTGTGTTCATGCCTTTTTACAAAGGTTTTTACCAAAAAAGAGAAAGGAAGCTCATTCGAGCTTCCTTCTTTATATTATTTTAGTTTTTTCTTTAATTCATTTATCTTCATAATCGCTTCTATTGGCGTGATATTATTGACATCTATAGCAAGGATATCTTCTTTTAATTCTTCTAATAGAGGATCATCTAGATTAAAGAAACTTAGCTGTAGATCATTTTCTACTGCTTTCAGTGGTTGTTGATCTTTAGCATGTCCTTTTTCTAGTTGTTTTAGCATCTTTTCAGCGCGTTTTAGAACTGTAGTAGGCATACCTGCCATCTTCGCCACATGAATACCGAAACTGTGTGCACTACCACCAGGAACTAGTTTTCTCAAAAATAGCACATTGTCTTTAAGTTCTTTGACAGAGACGTTATAGTTCTTTATTCCGTCGAAGTTCTGAGACATATCATTGAGCTCGTGATAGTGAGTAGCGAATAATGTCTTAGGCTTACCTGGATGCTGATGTAGGTACTCTGCGATAGCCCAGGCTATAGAGATACCATCGTAGGTACTCGTACCTCGTCCGATCTCGTCTAATAGGACTAAGCTTCTATCAGAGATATTATTTAAGATAGAGGCTGTCTCGTTCATCTCCACCATGAAAGTTGATTCTCCCATAGAGATGTTATCTGATGCTCCCACACGTGTGAATATCTTATCTACTGGCCCCATACGTACTTCTCTAGCTGGAACGAAACTTCCCATCTGAGCTAACAATACAATAAGTGCTGTCTGTCTAAGAATAGCAGACTTACCAGACATATTAGGTCCAGTGATCATGATGATTTGTTGTTCCTTATTGTTTAGATAGACATCATTCGTGATATAAGGTGTGTCATACGCTAGTTGTTTCTCGATTACAGGGTGACGACCATCTTTTATATCTAGTTCATAAGAGTCATCTATCAGTGGTCTTACATAGTTATTCTCAAGAGCCTGTTGAGCGAAAGAGCTCAGACAGTCTAGCTGTGCGATAAGATTAGCATTTAGCTGTACAGGTTTGATATATTGAGCACACCAAGCTACGAACTGTTCAAACAATTCGTTCTCTAGCTTATAGATTTTCTCTTCTGCACCTAGTATCTTGGTTTCGTATTCTTTTAACTCCTCCGTGATATAACGTTCTGCATTCACTAGCGTCTGCTTTCTAATCCACTCTGCAGGCACTTTGTTTTTATGCGTATTACGAACCTCTATATAGTACCCGAATACGTTGTTAAACGATATTTTAAGCGATGGAATACCTATCTTCTCACTCTCTCTGATCTCCATAGCCTCTAGCAGTTCTTTACCAGAAGTAGAGATCTTGCGCAGTTCGTCTAACTCTGGGTGTACACCCTCTGCTATTGCATTTCCTTTTGCTATCGCTACAGGAGCATCCTCACTGATGGTACCTCTGATCTTTTCTCTAAGTAGCTCGCATCCATGTAGCTTATTTCCCATTTGTTTTAGAGAATCATTACTACTTTTTTGGGCAGTCTCCTTGATCGGAATAATAGCATCTAGAGAATCGTTCAGATAGATTAGCTCTCTAGGAGATACCTTACCAGTAGCGATCTTAGAGATTAATCGTTCTAAGTCAGATATCTTCTTTATTTGGGTTTGGAAGAGTGTTAGGAGTTCACTGTTCTCTTTTAGTATCTCTACGATATTATGTCTATCCGTAATCTTCTTGGTATCCTTAAGTGGTAACGCTAGCCAACGCTTCAGTAGACGACCTCCCATAGGAGATAAGGTCTTATCTATCACGTCTAATAGCGTTATCGCATTCAGGTTAGCACTGTTGTATAGCTCTAAGTTTCTGATCGTAAAACGATCCATCCACACATACGCATCTTCAGCGATACGCTGTATATTAGAGATATGCTCTAGTCTAGTGTGCTGTGTCTCTGATAGGTAATATAGTATCGCTCCACAGGCTATCGTCCCTTCTACTAAATCTTCTACCCCAAAACCTTTTAGGGAATTAGTTTTAAAATGAGTAGTCAAAGACTCAAATGCAAAGTCAGTCTTGAATACCCAGTCATCTAGTAAGAATAGATTATAAGTAGTCCCGTAGTTCTGTAAGAAGTGTGTCTTATTACTCTTCTGTACTAGAATCTCACTAGGGGCAAAGTTCTGTAGTAGTTTATCTATATAATCTTGATCTCCTTCAGTGGTCAAAAACTCTCCTGTAGAAACATCTAAGAATGATATACCGATTGTCTTTTTAGCAAAGTGTATTGCACATAAGAAGTTGTTAGATTTAGAATGTAACACTTCATCGTTTAAGGCAACACCAGGTGTTACTAACTCAGTAACGCCTCTTTTGACAATAGTTTTAGTTGTTTTAGGGTCTTCTAGCTGGTCACAGATAGCTACTCTTAGTCCAGCTTTGACTAACTTAGGTAGGTAAACATTAATCGAGTGATGAGGAAAACCTGCTAATTCTGTTTCACTAGCTGTACCTGCACTTCGTTTGGTTAATGTAATGCCCAATATTTTAGATGCTCTGACAGCGTCTTCACCGAATGTCTCGTAAAAATCTCCTACGCGAAATAATAGACAAGCATCAGGATACTTGGCTTTTATATCGTTGTATTGTTTCATTAATGGAGTTTCCTTAGGTGCTTTCGCTTTAGCAGTCATAATGTAGTTTTGTGTTTCAAATTACAAATATAACAGATACATTTTACAAACGCTATTTGCTTAATGAACTTCTAAGAGAGTGGTATTCCATAATACCTTTTTAGTCTGCGTATGATCATAGAGGTAAGTACTGTTATCGTCAGACCTATCACACACCCTAAGGTCACTGCTAAGCATCTAAACAGCGGAGTAGCCTCTACTGAGCTAGCAGTATGCGGCTGTACAAGGATAATGATAAGAGCTACTAAGGCTACGCGAGCCATATTTAATATCTTGAATAGATAACAGGTCATGATCGTTAGAAATACACCTAATAAACTAATGTAGAAATCAGGGCTAGGATGAATCTCTAAACAAACTAAACCAACAGCAGACCCCACTAGATTTGACTTAAATCGTTCTACAGATAGCTTTTTAGAATTCTGACCTTCTGGTGAGATAACTAGCATAATCGAGATTAAAGTCCACAGGATTTCATAGTTCGGATATTTTAAGAATAGTAGGTATCCGATGTAAAACCCGATAAAGCATCTGGTTGTATAGATAATGACTGGGGATGTTATAATTCTAGTTATGAGAGTTCTTACCATAGATTTTTTTTGAGTATGCAAAGGTAGGAACTCTCATTTGATATTGCAATAATATCTTATTTCTGTTTTTTATATAGCTAAAAAGAATGAAATAGTGTTAAAAAATAGTAAAAAAACAGGTAAAGAAGACGTATGTCGTTTTAGGTCTATATCAAGCTGAAAATTATGGAATACTAGCAAATGCAAAAAATATAACAGAGATAAAGGATAGAGCAATAGCTAATATTGGGAATTTTTGAACACTGATTTGTTTAGATTCTAATAACGTACAGATAATCGTAGGGAAGATAATGAGTCCTGTTAGACATAGTATCCATGCCAATTCGACCAAATGTATGTATTGAGGGCTCTGAGCAAAGTCAGCAATAAGGGACCCTTGATATATCACCACAAAGACAATATTGTTTAGTATGGTGAGCAGAGCCAGCTGATTGAGTAGTTTTTTAGTCATGGTGGTGTGGCTTTGTTGGTTTATAACAAAGTTAGCTATTGTATAGGAAGAAAGGGAGCACTACTTGGTGCAATCTTTGTTTTAAAAGTGTAATATCGAGTGTGTTATATTTGAATACTATTGCTTTTTTATTGTGTGTAATAATATTGCTTTTTTATTGTGTGTAATAATATTGCTTTTTTATTGTGTGTAATAATATTGATTAAGGTATAATTAGTTAAAAATAAAACCTAGATGAGAGTAATCCATTTGATAAATAGTATTTTTGCTAAAATTTTTAAGTCATGCGTAAATTAGCCAATAGCGAATTGGATCGTAAAAATGTAGAAGAGTTTAAAGCTTCTGAGAAAACACCTATTATTGTAGTTTTAGATGATGTAAGAAGTTTACATAATATTGGGTCTGTATTCAGAACGTGCGATGCTTTTTTAGTTGAGAAAGTATATCTATGTGGTATCACCGCTACCCCTCCAAATAAAGAAATACACAAAACAGCTCTAGGGGCTACCGAAACTGTAGAGTGGGAATATGCTAAGGATGTAGTAGAAGTAGTGAAGTCATTAAAAGAGAGTGGTGTATCTGTACAGTCTGTAGAGCAAGTAGAGAATAGCGTGATGCTAAATGACTTTAAGGTGACAGAAGGAGCGAAATACGCATTAGTATTCGGTAATGAGGTAAAAGGAGTTAATCAAGAGGTGGTAAACTTAAGTGATGGAGTGATCGAGATTCCACAGCTAGGTACGAAGCATTCTTTAAATATCTCTGTAAGTGCAGGAATCGTAATCTGGGACTTGTTCCAACAGATGTAATATCTTATCAATATTTATATATCAAGGAGCTACTTCTATACGAAGTAGCTTTTTTTATGTCTATGCAATAGAAATTATTGACCTATAATGCCCTCTAGTGGAGATAATGAATGATCATGGAGTTATTGCCCTTGTATGGAGAATATGATTTGTGTTAATTGGTTGATATATAGTTGTTTGTTTTGGTTTTTACTAGAATCGTTCGGGTAGTATTTGGGTAAAGCATTGGTTTTGCTCGGAAAAACACCTTTTTACCGAAGGATAGCAAAACTGTATCCGAATAACATTTGTATAAATATTGAATTTCATTGACTTAAGAATGGTAATAAGCTAGATAAAGCATGGTCATAAGTAACCAAAATAACCAAATGAGGGCAAGGTAATATGTATAATTTAATGATATTATCACGTTATAGTAATGGACTAAATAATATCTTTGAGATAAATAAAAGAGAAATAATGAAGGTATTCGAAATAGGAAGTGGACAGACCATTATAAAAGGGCCGAGTCATTATTATAGTTGTAATGATGGGGATAGTACTGTGATACTATACAGAGGCGAGCATGATGACGAGCCTCTGATTAGATTTAGTGTTATCTCTTTTACGAGAGCTGAGGGAGTGACACAGAAAGCCCTATTACAAGATTTTAAGGATAAAGCTCATCAGAGGAATACAGAGGCAGTGACGTATAAAGGAAAAAGTTATTTCTCTTATGATAATGAAGATCAGGAGGAGCTGTATATGCACATATTCGAGGTGATGTATGGTGATGATATTGTCATAGCATCATTGATTATAAATAAGGAGGATAGAGGGAGTGATGAGGTAGCTGTCTATCTAGAAGAGATAGAGGAGATGATCAGAAGTATAGATAGTCTATCTTCTCTACAGTTTCCATTACTAGAACCTAAGTATGATGACCTAGTACATCTAGAGACAGCGTCGGCTAAAGTATTAGGGATAGCGTCAGAAGACCTTCAGGCTTATCACGAGAGTGGTGACGCTATAACGAAGTTACAGGAGATACTGAATCTAAGAGAGTATGCCGTGAATGATTATGAATATCATCAGGCACTAGGTATCTTGTTCGGAGCTTGTTTTCAGTATCAGTACAGTGATTTTCATTGGATAGTAGTACATGATCAGTATGGTAGAGAGTTGGCGTTACAGTATCAAGACTACGCCTTGCAATGTTTTCCGATTTCGATGATTACTAAGCGAATTGAAGATGAGGTAGAGATCAATGTTATAGCCTTAATGGAGGAAGTGGTACAGCATATAGAGATTGGTATAGAGCGTGATAAAGGGTACACCCGACTAGAGTATAATTATTAATAAGAATAGTCATCAAGAGATTGACTTTCTTTTGACTTATATATAACTGTAACAGTCGTAGTGTGATAGCTACTAATTAATGATAATACATTAAAACGATTAGGATGAACACCAAGATACTATTATTTGTGATGATGTTATCTTCTGTTGTATTTGGACAAGAAATACAAGGATATAAGTTAGATCATTATTTAAACGAATTGTCTAAGAATAATACAGAAGCAGGCAGTCTCTCTATTTTTAAAAAGGGAGTAGAAGTCTATCATAAAAACTTTGGACAAGAGAATTTACCCGATACCTCGTCTGATGAGAATAAGATGTATCAGCTAGGATCGGTGACTAAGCTTTATACTGCTGTGATTATATTTAAGTTAATCGAAGAGGGCAAATTAGAGTTGACCACTAAGTTATCTGACTTCTATCCAGATATGCCCAATGCTGATCGTATCACGATTAAGAATCTGCTAGATCACAGTAGTGGACTAGGGAGCTATGTAGTCAAAAATGGAGAAGTGTGGGTGACAGAGAAAGTGACAGAACAGGAGATATTAAACTTGATTAAAGAACAAGGAGTGAAGTTCACTCCTGATACAGATCGAGCATATTCTAATTCGGCTTATTATCTATTGACTAAAATAATAGAAGAGGTGACTGATAAACCTTATCATTTATTAGTCAATCAGTATATCGTGAATCCATTGAGGTTAGAAAGTACATATTCTGCTAAATTGATGCCTATCTATGTACATAAACCATATCAATTCAAACACGGACAATGGGCAGAAATGATAGACATCAACCCGATGAATATTATAGGGGTGGGAGATTTGACCACGACGACTAAAGAGTTGAATATCTTTATTTATAATTTATTTCATGGTAAAGTAATTACATCAGCCTCGTTAGAATCAATGTTGCCCCAAAAGATAGAAGGTAAATTTGGTAGAGGTATAATGCATTTAGTTTATGATAATGTAAGTTTTTACGGGCATGGTGGAGACACACTAGGGACGCATACGATGCTAGTATATAATCCCGATGATGAAGTATCTATCGCTTATAGCAGTAATGCTCAGCAGGTACCTGATCAGGTGTTTAAGGGGATAGTGAATATGCTGTACCCTAACGGCTATAAAATACTGAAAGAAGAAGACTAAAATAGACAAGCTAACGTAATGGTTAGCTTTTTTTATAAGATGATAATATAACTTTTGTGACTACAATAAAAAAGGTATATTTATCTAAGGATAATAAGTAAAGCGTATGCAATATATAGATTTAGGAGTAGAGAAGTTAGTATTGGTAATACCTGATGAGTATGATGTAGAGTTAGCAGATTATGGAGGATTTATCTTGACTAAAGACGGAGTGAGCTATCTACCTTATATCTCTGTGTATGATATAAGGACAGTAGGAGGAGAGGACTTTGACTTCGAGCAGGTGTTAGAAGACTTTACTACTGAAGCGAGTCATATAGAAGAGGAGGTAAAGGAAGTAGGAGATAAGTTCTATTATATGACAGAGCTAGAGCTAGAAGATCTACATATCTATGAGTATTCTGTATTGTATAACAATGTACGCTTTGAGCTACAGTTATTCATCAGTCAGTCAGATGTAAATTCTGAGTTAGCAAGAGACTATCTAGAAGAGGCAGTACAGATGATAGAATATGTAGGAATAGTCCTTAACGAAGATCATAGTAGTCAAGCCTTGACTCCTGAAGAGCTCGAGTTTATAGAGTCTAGTGTAAGTACGCTCTTAGGAGCCAATCAATATGAGTTAAAATCCGTATTTGATTCTGGTAAGGCGTTGGACATACTTCAGTGGTTATTCGATGAGCAGTGCTTTGATCTAAAGGATAAAGAATATCTAGGTAAGTTAGGATTGTTATTCGGGGCGTTACTTCGTTATTATTATATCGATTTTGAATGGGTAGGTGTAGAAGGTGACCTAGGTTATGAGTACGCCTTACAGTATAAGGATACAGAGGTCGTTATTTTTCCGATTAGCTTAGTAGTCTCTCGTCTAGAAGCAGGAGAACATATCCAAATCCCTCGATTATTAGATAAAATATTTCAATCTGTAGAAGATCAGTTCGAGGAAGAATAAATGTAGTTATATACGTTCTTAATTTAGGTTAAGTGTATGAGGGTGTATATGGTTATACATTTGTCTCATACAAAACGCTACTGATAAGACAGTGGTTATAACCTTAAAAAATAGAATTATTATGACAAATACAGTTTGGAATATCGACCCTACACATTCTGAAATAGGATTTAAAGTAAAACACATGATGTTTACGAATGTATCAGGTAAGTTTAATGACTTCACATCAACAATTAAGAATGTAGATGCAACATTCGAAACTTCAGAAATATCATTTACAGCTAAGGTAGCTTCTATAGATACAAATAATGCAGATAGAGATACTCACCTAAAAAGTGCAGATTTCTTCGAAACAGAACTTTATCAAGATATCGTGTTTACTTCTACTTCTATTCAGAAGAAAACAGATAACTACTATGTAGTGACTGGTATGCTAACGATAAAAGGAGAGACAAAAGAGGTGGCATTTAATGCGGAATATAGTGGAGTACTAGTAGACCCATGGGGAAATACTAAGATAGGACTGTCTTTAGAATCTAAGATTAACCGTAAAGAGTTTGGACTGACTTGGAATGCTGGTTTAGAAACAGGTGGAGTGTTAGTAGGTGAGGATATTAAGTTATTCGCTGAAGTACAGTTCGCTAAAGTTTAATGATGTCTTCATAGATGTAAATTTTTAATATACAAGTGCAAAAGCCTTCAAAAGAGATCTCTTTGAAGGCTTTTTTTGTATTTGAGAATTAAGTGATTTTATTATATTTGTTTCCTTAGTCACTATGTAGTGACTATATAAAATAACTGAACTTAATATACAGAAAATCATGAGTTGTAAAACGTCTCATACAGATTTATCAACAGGATATTGTCCTGATTGTGGAGAATCAATTAAGCTAAAGAGAATAGATAGTCACTATGTTTTGCATGAGATAAGCCACGTTTTACACGTTGAGAAGGGTATATTCTATACTATAAAAGAACTATTGCTAAAACCAGGTATTACAGTTCAGAAGTATATTACTGAGGATAGAAGTAAATTAGTAAAGCCTATTATATTCATTATTATAGCTTCTCTTATTTATTCCCTTATTGCTCATTATTTTCACATAGAGAGTTTTGTTTCTTACCATCATTCAGGAGGTGGAGGAGTGGCAGATAGTATATTTCTATGGGGAGACACTCATTCAGGGTATATGAATATAATTATAGGAGTGTTTATAGCGGTATGGGCTAAGGTGTTATTTAAAAAACACTCTTTTAATTTATTTGAGATATTAATTTTATTGTGCTTTGTGACAGGAATGTCTATGTTGATATTTTCTGTATTTGCTATAATACAAGGGATAGTAAAGGTTAATTTAATGGCTATTGCAGGAGTGGTAGGAGTGCTCTATTGTACTTGGGGAATAGGTCAGTTCTTTGAAGTGAAACGTATAAAGAGTTATTTGAAAGCTTTCTTTGCTTATGTTCTAGGGATGCTCACATTCTCAGTATTAGTGATTATAATAGGAGAGCTACTTGATTATGTCATACTCCAAAGTAAGTAAATAAAGAACGTCCCATGATATACTATCATGGGACGTTCTTTATAGTTAGAAACTGCTTAGCTTCATATACCCTAGTTCTATGTGATCATCTGTTAGAGGTTCTATAGAAGGAGTTATTTTGATAGCGTATTGCTGTTTTAAATTTTCATTTAAGATTTCGTCCATCTCATAGATATCATCTACATCTAGACCATACTTATTATCTACGTGACTATATCCTCTCGGAGGCAGGTTATACTCTTCATAGAAGGCTGTACTCTTTACATACTGGATAGCTTCTTTCTGACTATTAGCGACTACTAGACACGTCTGGTGAAACTCGTCAAAAATACCTGGTTTATAACCGCCTAGATTGATAAAGAATAACTTTAGATCATTAGGTAGGTATGCTTCTCTAGAGACTACTTCTATGTGATGACCTTGTACAGACGTTACTTCTCTCCATGCATCTACGTGTAGTTTAGGTCCTGCTTCTGGCCAAAAGTCAACTATCTGTGGGATGAGGTCTTTCATCTGTGTGCCTATACCGAAGTAGATATCATGCTGTTCTATATGACGTCCTGGAGGAGTGACTCCTAGCATGGTCATAAATAGTTTATTCGTCATGCTTCACTAGTTTATGTTGAATCTTATCTAAGATGTAGATATAATCTTCTTGATTAGCTACGAAGTCTAAGTCTGATATATCGATGATCAACACTTTGTCTGCAGGCATTGTCTTGATATAGTTAAAATAACCTTGGTTCACTTGATCTAAGTAAGTACCTGGGATTTCACTTTCGTAAGAACGACCACGTTTCTGTATATTCTCTAATAAGCGATCTGTGTTCTGATATAGGTAGACATATAGATCAGGCTTAGGAGTTTCTTTATACATAATCTCAAATATCTGCTGATACAGCTTGAACTCGTCTTCTTCTAAAGTGATTTGAGCAAAGATGATAGACTTGTAGATATAATAATCAGCAATGATAAACTCTTTAAAAAGGTCAAACTGTGCTAAATCATCAGATAACTGTGAGTATCTGTCTGCTAAGAATGACATCTCTAATGGAAATGCGTATCTCGTAGCATCTTTGTAAAACTTAGGCAAGAAAGGGTTGTCCGCAAAACCTTCTAGGATATTCTTTGCATTAAAGTCCTCTGATATACGATTGGTTAAAGTTGTCTTACCAGCACCTATATTTCCTTCTATGGCGATAAAGTTTACATGAGTAAAGCCATATTGAAGAATTGGACTTTTTATCTCTCCTACTATCTTAAAAGATGTTTTATCTTTACAGCTATTCAGTAATTCTTTGAAACTTTGCTTTAGTATAGGGTGTGCCCATTCTAAGTTTAGATCTGCGCATGGCTGTAGTACGAACTGTCTGTCTTGCATCAAGGGGTGAGGTACAGATAGGTTATCAGTATTATACACTTCTTGGTTAAAAGAGATAATATCGATATCTATCAGTCTAGCACTATACCCCACTGTATGCTGTGGACGTATTCTACCTAGTACTTGTTCTATTTCGAGTACCTTTAGAATAACCGTTTCAGCTTTTAGCGTACTGTGTAATAATACAGCACAATTAAAGAAAGGATCGCTCTCAAAACCCCAAGCAGGAAATTCGTAAATAGGTGATATTTTTATGACTGTACCAATATGCTTGTTAATCAGTTCGATAGATTTCTCTATGTTAGATAATTTATCTCCTTGATTAGAACCTATTGATAATACTATTTGATTTTGCGTAAACATGGGGCAAAGTAAATAAAAGAAAATTGAATAATCGTTACTTTTGTATCAGTTAATAATGCAAATTTACGGGTATAATCTGTAACTTTTTTTATAATTTGAATACTAATAAGATAAATTGTTTTTAATATGAGGTTTTTAAGAAATGTTTTAGCTACGATAGTAGGTCTGTTTATATTCTTCGGAATATTATTTTTTGGACTGATGATCATCGGTGTAGCTATGGGAAGTAGTTCTGATACTGTTACAGTAAAAGATAGTTCAGTTATTAATTTAGATTTATCTGGTGTGAAATATGATTATGCAGGTAAATATAATATGAAGGAATTCGGCTTTAGAGAAGCTGGAAAAGATGGTGTGTCTGACGTACTAGCAGCTATAGAGTATGCGAAGACAGATGATCGTATTAAAGGGATCTCTATTCTGAATAATAACTCTATGCTAGGAGTAGTACAGAAACGCGAGATTAGAAATAAACTAGAAGAGTTTAAAGCAACAGGTAAGTTCGTATTGGCGTATGCTAATGTGTATTCACAAGGAGAATATTATTTAAACTCTATTGCAGATACTATTTATATTAATCCAGTAGGTGGGTTAGACTTTAAGGGATTGTCTACAGAGATTCTTTACTTAAAAGGATTACAAGATAAAACGGGAGTACAAATGGAAGTAATGAGACACGGTAAATATAAAAGTGCTGTAGAACCATTCTTACAAGAAAACATGAGCGAGGCGAATAGAGAGCAGACAACAGTGTTCTTAAAGTCTATTTGGGAAACATTAGTTAACGATATCTCTAAGAGCAGAAAGATATCTGTAGATAGCTTAAACGGTATAGCAAATAATCTAGGAGCTAGAACACCTAAATTAGCTTTAAAAACGGGATTAGTGGATAAAGTAGCTTATGAGGACGAGTACCATGCAGCGATTAAACATGAATTAGGAGTAGAAGGAGATAAAGATTATAATAGCGTAGATATCTTAGATTACGTTAAAGATGTGATTGTGAAAAATAGTGCAAAAACAGCTAAAGATCGTATTGCAGTAATCTATGCACAAGGGGAGATTAGAGATGGTGAAGGTAGCGTAAGCTATATCGGTGAAGGATCTATCAACCGTGCTCTAAAAGCAGCAAGAAAGGATGATAAGATAAAAGCTATCGTACTTAGAGTAAATAGCCCTGGAGGTAGTGCTCTGACTTCTGAGTTAATCTGGAGAGAGATAGAGTTGACTAAAAAAGTGAAACCAGTGATTGTTTCTATGGGAGATGTAGCTGCATCTGGAGGGTATTATATCTCTAGTAATGCAGATAGAATCTTCGCAGATCCAGGTACGATTACAGGTTCTATAGGGGTATTCGGTATGGTTCCGAACTTTAAAGCATTAGCTACAAAGTATGGAGTAAATGCAGAGCAAGTGAAGACACATGATAATGCGGCTAACTATAGTCCGTTTAGAGATGTTGATCCAGGCTTTAGAATGATGGTGACAGAAGGCATAGAGGATGTATATACGACATTCGTTCAGAGAGTAGCTGATGGAAGAAAGATGACAGTAGAACAAGTAAACGAATTAGCGCAAGGTAGAGTGTGGACTGGAAAAGATGCACTAGAAAATAAATTAGTAGATGAACTAGGAGGATTAGATACAGCTATCGCTTATGCTGCTAAAAAGGTAGAGATAGACGATTATAAAGTAGTAAACTACCCAGAGTATAAAATGAAGTTCGAAGATATGCTTAGAGGGTATCTAGGTGCTTCTGTATTTAAATCAGAAGAAGAGCTAATCAAAGAAAAGATAGGTGAAGCTAACTATGAAATGATAGAGAGACTTAACTATTTCAACAATATGAGAGGTGTACAAGCAATATTGCCTTTTGAAGTAAAAATAGAGTAGTAATAAGATAATGTTATAGTCAAATTTATGCTTTCGTTAAAGAAGACATAAATTGATTAATATCGAATAAAGAGTTATCCTTTTAGACTAGGGATAACTCTTTTTTTTTGTTATTTTGTAATAAAATGAAAAGTTATGAATAAAAAGGTTTTAAAATGGACAGGAGGTATAGTGTTGGGATTGTTTATCTTACTAATGCTAACACCTATTTTGTTTAAGGGAAAAATACAAGATTTAGTACTTAAAACTATTAATGACAACTTAAATGCGAAGGTGACATTTGAAAAAGTAGACCTGAGCTTTATACGTAACTTTCCTAAGGCAACAGTAGTGATTAAGGATTTGGCTGTTGTGAATAAGGCGCCATTCGATGGAGATACGTTAGTGTCTGCCAAAATGATAGGGCTAAAGATGTCTATTATGGAGTTATTCAATGGGGCGGATAAGCCTATGAGTATAGAAGATATCTTAGTAGAAAATGCTAAGGTTAACGTGATAGTGAATGAACAAGGGGTAGCTAACTATGATATAGCATTAAAAAAAGAGGATGAAGAGGATGAAGACTCTTCTGATAAGGATCCATTCTCTTTAGCTTTAAATCATTATAAGATAGACAATCTAAACTTAACGTATAAAGATTTAGGGAGTAAGATGATGTTTACTATTAACGAGTTTTATCACCAAGGGACAGGTAATCTATCAGATGATATACTGGATTTAGATACAGAGTCTAAAGCAAAAGTTTCGTTTGTAATGGAGGATACTAAGTTTCTGAATGAGGTAAACTTATCGCTGAAAGCTTTAATCGGAATGGATATGACGAATCAATTGTATTCATTTAAAGAGAATAAAGCATTGATTAATCAGTTGCCATTAGCATTTGATGGTTCAGTGCAGTTATTAGAAGACGGACAGCAGTTTGATTTGAGTTTTGCTACTCCTGACTCAGACTTTAAAAACTTCTTAGGATTAATACCAGAAGCTTATGCGGGTAATCTAAAAGGGGTGACTACATCAGGTGATTTTAAAGTAGAAGGAAAAGTAAAAGGTAAAATGACAGAAACGACTATTCCTACACTAGCTATTCATATGAATGCAAAGAATGCTTCCTTTAAGTATCCAGATCTTCCTAAAGCAGTTCAGAATATTCTATTAGATATTAATGTGATGAATGAGACGGGGATAATGAAAGATCTATATGTAGATATTAACCAATTGTCATTTAAGATAGATCAAGATATATTCAATGCGAAAGCAAAGATTAAGAACATTAGCGAGAATGCATTAGTAGATGCGAATTTTGATGGAGTTATTAATTTGGCAAATGTATCTAAAGCATATCCTGTGAAACTAGATACACCACTGACAGGGATATTAAAAGCGAAAGTAGCTACTAATTTTGATATGAACTCTGTAGAGAAAGAACAATATCAAAATATAAAAAACAGTGGTAGTGTATCTTTGACAGGCTTTAATTTTAGTACAGATGCGATGGCTAAGCCAATGCAGATACAAGAGGCAGCTCTTACTTTTAATACAAGTAATGTTACGCTAAATAAACTTGCTATAAAAACAGGTACTTCAGATCTAAATGCAGACGGAAGGTTAGATAATCTATATGGGTTCTTATTTAAGAAGCAGACCTTAAAAGGAAACTTTAATTTAAACTCTAATAATTTTGTATTAGCTGATTTATTAAAAGAAGATACTGCGAAAGTAGAAGAGAAGAAAGAGAAAACAACTGCTGCAAAAGCGTCAGATCCATTAAAGATTTCAGGTTTCTTAGATTGTACGATTAATGCAAATGCAAAGACAGTAGTATACGATGATCTAACACTTAAGAATGTAAAAGGAACATTAGTGATCAAAGATGAAGCAGCACGTCTTCAAAATATGTCAACAGATCTTTTTGGTGGGAAAATAGCATTCGGAGGGAATGTATCTACAAAAGAAGCTATACCTACATTTGATATGAACTTAGGACTACAAAGTTTAGATATCAAACAGACTTTTACTGATTTAGGGTTTTTAAAAGCTGTAGCACCTATTGCTAATGTGATGTCAGGGAAGGTAAATGCAGCTGTAGTGATGAAAGGAAAGTTAAATGCAGCAGATTTATCACCAGACTTAAATACAATGTCAGGTGATATAAAAGGTGATTTAGCGAATGCTAGTATTACTGCTCAGAATTCTAAACTATTATCTTCATTAGATGGAGCGTTGAACTTCATTGATTTGAAGAATCTAGATTTGAGTAATAAAAAGATGCACATTGTCTTTAATAATGGACGTGTACAGTTCAAGCCTTTTGATATAAAAACAAAAGACTTAGCGGTGACTGTATCAGGAGAACATGGCTTTGATCAAAGCCTTAATTATGCTTTGGACTTTAAAGTACCAGCTAAATTATTAGGTAATGATGTTGCTAATGCACTGACTGCTCTTGGACCTAAATCTAGTAATAAGTTTGATGCAATACCTGTGAAAGTAGGTGTGACAGGAGACTTTACCAACCCAAAGGTGTCTGCTAATATGGCTGATGTAGTAAAGAATATTACAAATGAAATCTTAGAAGAACAGAAGAATCAATTAGTAGGAAAAGGTAAAGATGCACTACTAGATATCTTAGGTGGTAAAAAGGAAAACAATACTTCAAATGAGGAGGATGTGACAAAGAAAAATGAAACTGAAGAAACAGTCAACAAAATTGGCGAAGGCTTAAAAGGGCTGTTCGGTAAAAAGAAAAAGACAGAAGAAACAGAATAGTATAAAAAAAAACGAGCTCCAATTAAAGGAGCTCGTTTTTTTATATATGTTATTAGATCACTTCGATATTAACCATATATCCTTCATAAGTACGGATATTAAATACAGTACCATCTTCGAATAGTAGATATTGTCCTTTGACACCTTTTAACTTACCTTCATAAGAAGGAGTCTTGTCAAGGTTAAGGCTTTTTATCTTTGTTGGGAATTGTATGACAGGGTAATCTAGATTAAAGATAGAAGAGTCAGTTTGGTCAAAGTAAGGTCTTACTTCTTCTGGTAGTTTCTCTTTTAGAGAATTTCTTATTTCTTCTAAGTTTGTTTCTAGTACTTCATTCTGTAGCATCTTTCTCCAATTCGTTTTGTCTGTAAACATATCTTTTAGAGCTACCTCAGTGATTCCTGCTAAGTATCTATTAGGTACTTCTACTATCTCTATTGCTTTAGAAGCCCCCTGATCTATCCATCTGGTAGGTACTTGTGTTTTTCTAGTTACCCCTACTTTTACATCACTAGCTACAGCTAGATATACGATATGAGGCTGTATCTGTACCTTTGTTTCATACTCTAAGTCTCTATCTTCTATCCCTAGGTGCGCTGTACTTAACTCAGGTCTCATGATCCAATCACCTACTTGTGCACTAGAGTAAAAACACTCATAACAAAAGCCTTGTCTAAATATTTTTTTGTGCTGTCCACAGTTTAAACATTCATATCCTGTAAACTCAATCTTTATGTTTCTGTCAAGAATCTGATTTATATTGATGAAGTTGCTTTTAAATACTAAATAGTATTCAATAGGGGTGTTAAATTCCGTCTGCATTTTGTTTAAAACTCCTTCGTATTGCATAGATAAAATTGTTATTTTTGGGTAAGTCGTAAAAGTACGAAAAAACATTTACCACTGTAATTACTAACTTTTCATAATGAAAAGATTAGATACTTGACTAATTAATAAGATATGGCATTCACAATTATTAATTCTATCGCTTCTTGGATATTGAAGAAGAGAATTCACCAGATAGATCTATTTAGAAAATATCCAAATGAAGTACAAAATGACTTGTTTTTGAATTTAATGAAGACAAATGAGAAGACAATCTTAGGAAAGCAGTTTGGCTACGATAGTATAAAGAGCTATGGAGACTTCGCAGAGAGAGTGCCTTTATTTAAATACGAAGAGTTTGAGCCTTATATAGAGCGTGCTCGTCAAGGAGAGAATAATATCTTTTGGCCAGAGCCTATCCGTTGGTTTGCTAAGTCAAGTGGAACTACTAATGCAAAAAGTAAGTTTATACCTGTGAGTAATGAAGCATTAGAGAACTGTCATTATAAAGCAGCAAAAGACTTACTGTGTTTATACTTAAATAACAATGAAGATTCACAGTTATTTACAGGGAAGAGCTTAAGGCTAGGAGGAAGTAAACAACTTTATGAAGACAAGAATACTTTCTTTGGAGATTTATCGGCTATCTTAATTGATAATATGCCTTTTTGGGCAGAGTTAAGCAGTACTCCTAGTAACAAGACATCACTGATGTCTGAGTGGGAGAGTAAGATGAATGCAATTATTAAGGAAGTAAGGAATGAGAATGTAACTAGTTTTGCAGGAGTACCTTCGTGGATGTTGGTGTTATTAAACCGCATTATACAAGAGACAGGTAGGGGAGATTTATTAGAACTATGGCCTAATGCTGAGGTTTATTTCCATGGAGGAGTTAGTTTTGAGCCTTATAAGGATCAATATAAAAAGCTACTACCTAGTGATCGATTTAGATATTATGAGATCTATAATGCTTCTGAAGGTTTCTTTGCTATCCAAGATCAGAATGACTGTAATGAACTGTTGTTAATGTTAGATTACGGAATATTCTATGAGTTTATTCCTATGGATACTTTCGGAACTTCTAATCAAAAGATAATTCCATTATCAGAAGTGGAGATAGGTAAGAATTATGCGCTAGTGATCACTACTAATGCTGGATTAGTAAGATACTTAATCGGAGATACTGTGCGCTTTACTAGTCTATTACCTTATCGTATTAAAATAACAGGCCGTACTAAACATTTTATCAATGTATTCGGTGAAGAGCTGATGATAGAGAATACAGACAGAGCACTAGCAAAGACCTGTATTGAATTGAATGCTGAGGTAGCTGAGTACACGGTAGCACCTATATTTATGGAAGGAAAAGAGAAAGGTGCTCACGAATGGGTAGTAGAGTTCAGTAAAGCTCCAGACAATCTACAATTGTTCAGTGAAGTACTAGATAAGAATCTACAAGCTCTCAACTCAGATTATGAGGCGAAGCGTACGAATAATATGACTTTAAATCCATTAGTATTCCACAGTGCTCGTAAGAATCTATTCTATGATTGGCTAAAGAATAACAATAAACTTGGAGGACAGCATAAGATACCACGCTTATCTAATGAGCGTACACTACTAGAAGAACTATTATCAATGCAACGTATATTAGTATAATATTGTGTAGTTATTATAATTCATCAAAGCATTCATTTTAATGGATGCTTTTTTTATATCTAATAGCTAAACTAATGAAGTAAGAAGGATAGTAATTGTAGGTGATACAGTGATGTATGATATATGGGATAGATGGTAACTTAGAAAAGTATAGATATAAAAAAACCCTGCCTAGCAGGGTCTTTTTTATGAACAGTTTTGCTAAAATTATTTAGCAGCTTCTTCTGTAGCTGGAGCTTCCTCAGTAGCTGGAGCTTCTTCAGTAGTAGCCTCTTCTGTAGCTTCTGGAGCAACTTCTTCAGTAGCTGGAGCTTCCTCAGTTACTACTTCTTCAGTTGTTGTTTCTTCTACAGCTGGTTCTTTTGCAGTTTCTTTACAAGAAACGAAAGATACTCCCATCATTGCTACTAAAGCGATGCTTAATGCGATTTTTTTCATCTTACTAAATTATAAAAGTTAATTATTAATTCGTGACAAATATATGAATTTTTTGGTTCGCAAAACTTTTTTTGAATATTTTTTTTTAATCAATAAGTTGTTGTAAGCCAGTGTTTTAATTACTTGTTTTTCTTAGGTTCTACTAATTTCATCTCCTCAATTAGATGTTTTGCATCTGCAAACTTATCTATAATGAATAAAATGTATCTAGCATCTACCATAATGTTACGACAAATAGATGGATCATAGTATATATCACTCATCGTTCCTTCCCAAACACGGTCAAAGTTTAACCCTATTAGATTACCCTCTGCATCGATAGCTGGACTTCCAGAGTTTCCTCCAGTTGTATGGTTAGTAGCGATGAAGTTCACAGGTAATTTACCATTATCTGCATACTGTCCGTAGTCTTTCTTATTATATAGATCTACTAATTTTGCAGGTACGTCGAATTCATAGTCACCAGGTACATATTTCTCCATAATACCTTCTAAGTGAGTTACAGGTTCGTAGTACGTAGCGTCTTTAGGGAAGTACCCATCTACTTTACCATAAGTAACACGTAGTGTACTATTAGCATCAGGGAATATTCTAGCATCAGGATATAAGTCTAACTGAGCTTTCATAAATGTACGTTGTAAAGCAGCTATTTCTCTTTCTAATTCTTCGTATTTAGGTAATACATTCTGAATATAGTTTTCGATTAGTGCTTTAGCAAAAGCGTATCCTTTATCGTTGTTGATATTTTTCACTACTTGATCAGCATTACCTTTTAATAATTCTTGTAGTCCTGCGTAAGTAGTTAATTTACTATTCGCATAGATATCTTTAGTGATAGCTGAGATGTTAGCTCCGTTTAATTCTTTAGGTAAGAATTGTTTAGGCGCATCTTTTGCATACATTTCTACGATAGCCTCGAATACTTTTTCGTCAACTGCCTTGCTATAGTTTTTGTAGAATTTGTCTTGACCTTTGATTAAGTTCTCACGTCTGCTGTTGAATGCTTGTTCATTAGACGCATAAGTCTCTAAAGCATATACTCTCCAAGCCGCAGCTAGAAGTTCAGCATTGCGTTGTACTACTTCAGCGAAGTAATCTTTGCTAATAGCATAAGGTTTAATATCTCCATAAAGTTTTTCGAACTTAGCAGGGATATCAGCATAAGCTTTAGTGTTTTTATTTTTCTTAGCTCTTGCGATGAAGTCTTTTTCGAAATCTTGTTTAGCTTGTACAGCGTTCGTCTTTTTTAAACCTTGGCTTTCTCCGATCCATTTTTTCCAATAGTTAGCTGTGCTAGCATATTTAGATGCATATTGGATCTTGATTGCTTGGTCTGCACGCATAAACTCGTCAGTGATCTTAAGTGCTTTATCACGGATACCGATTCTTACAGGGTTTAGATCGTTTACGATTTGTTCTACTGCATAAGATGGTAAGTACTCTTGTGTTCTACCTGGGTAACCAAATACCATAGTGAAGTCACCTTCTTCTACACCACTAAGTGAGATAGGGAAGAAGTGCTTAGGACGGTAAGGTACATTATCTTTTGAGTATGCTGCTGGTTTATTGTCTTTGTCAGCGTATATTCTGAATAGAGAGAAGTCACCTGTGTGACGTGGCCATACCCAGTTATCTGTATCAGAACCAAACTTACCAATAGATGATGGTGGTGCACCTACTAGACGTACATCTTTAAAAGTCTCTGTTACGAATAAGATGTATTGGTTTCCTTCATAAAAAGATTTAATCTTATTGTCTTGCCATTTTTCTTTAGGAAATTTAGCTACAGTTGTAGTAATGTTTTTTTGGATCTTAGCTTGTTTTTCTATTTCAGAATCTTTAGCTACTACACCAGCCATTACTTCTTTAGTCACGTCCTCTATGCGAACGATGAAAGTAACTTCTAAGTTTTCGTTAGGTAGCTCTTCAGCCATAGATTTAGCCCAGAACCCGTTAGCTAAGTAATCATTCTCTACAGAAGAGTGTGCTTGGATCTGTCCATACCCACAGTGGTGATTAGTTAGTAAAAGACCTTGTGAAGAGATAACTTCAGAAGTACACCCACCATTGAAGTGAGGGACAGCATCTTTCATACTAGATTGGTTCACATCGTAGATATCTTCGATAGACATCTTCATTCCAAGGCTTTTCATTTCTGTTTCATTCATTCCCTTTAGCAGAGAAGGAATCCACATCCCACCTTGTTGTGCATAGATAGGTAAAGCTACCAATACTACAAGTGCCTTAAATAGATTTTTAATCTTTTTATTCATAAAAGTGTTAGTTAGAATTGAATTCGCTGGCAAGATACAATATTACATGGGAACGCTAAAATCGAAATATGTTAATACGCGATAGTACTGTTGGAGTATAGTGGTTCGTAATATTAGTATACTAAGAAAGTAATCTGTCTGTATTGACTCCGTTAAAACGGTCAAAAAAACGGACTCACTACGGACTCATAACGGACTCACTACGGACTCATTTCTATTGAAACTCATTATAAGTACCTATGTGATAGAATGTAAGTAAGGAGTGGAGTTACCTTATCTTATAGATAGAGAGGTGTGTTTAGAGGGAGAAATAAGATAACTATACTACTGTGTATATATAAGGAGTAGAATTTGTAGTGATGTATCTAAGTGTTGCTGGAATTATGTCTATATAGCACCATTTTGGTATGAGACTGTACCCTGTCTTGTGTGAGGTGTTATCTTTTCAAAAAAGTAGTTTCTAATGCGAAAAAAAGGTGTGTGAGAACACAAAAAAGAGAATTAGTGTGTTGAAAAAATCATAATTAGTGATTGTGGTGTTGCAGTAATCAATATTTTGTCTTATATTGGTACATCGGGATTAAAATCCGATCGAGTAGACTTTTAATATAAAAGTTCACGACTAGTATAATTATTAATTCATATAAAAAAGGTAAGTAACCACTTTGATTACTTACCTTTTTACTTTTAGTGTATATGCTTCATTATTTTTTCTGTAGCATTCTTATTTTTAAGGATAAAATGATTGCTTGTTTTACCTAATTCGATTCTTTTAGCGTCATTGTATAATAATTCATCAAAGATTTGGTCTAATTCTGATTGTGAATTTACTACTATACAGCTACCTAATGTTATCAAATCCTTAGCTTCTTGGAACTTTTTATAATTTGGACCAATAATAACAGGCACTCCATAGGTCGCGGCTTCTAGGATATTGTGAATACCTGCTCCAAAACCTCCTCCTATATAGGCAATATCTGCATAACTATAAGCTTTAGTCAATATAGAGTAGGCATCTATTATATAGACAGAGTACTGGCTAAGATCTTTCTCTTGATGTTGGCTATGCAGTACAGTTGGTTTCTTTATGTTTTGAACGAGATTATCTATCTGATCCTTTTTGATATTATGTGGCGCAAAGATAAACTTGATAGAATTATCTTGTGTATTGTTGATATAATTGGCTAGAATCTTTTCATCTTCTGGCCATGAACTACCGATGACGATAGTCTTCGCCATTTTATTTAAGGTAAAGGCTTCTAGAAATGCCAATTCATTGTGCTGTTCTAATATCTGAGATACTCTATCGAATCTCGTATCACCTACTATCTCTACATTGTTATATTGCAATTGATTTAGAAGTATCTTAGATACTTCATTCTGAACAAAGAAGTATGTAAATGCCTTTAATGCTGTTCTGTAGAATCCTCCATACCATTTAAAGAATACTTGATCTGGTCTTAGTATCCCTGATACTAAATAGGTAGGGATATTCTGTTGACGCAATTGATTTAAATAATTAGGCCAATATTCATATTTCACAAAGAATACTTGTTCTGGATGACACAAGGCTAAGAACTTTTTAGCATTCGCTAGTGTGTCCATAGGTAAGTATAATGTGGCATCAGCGATAGTATTGTTTTTCTTCACTTCATATCCAGAAGGAGAGAAGAAGGTAAGCACTATCTTATGCGTAGGGTACTTCTGTTTTAGTTGCTCCATGACAGGAAGCCCCTGTTCATATTCGCCTAACGAAGCTACATGTATCCAGAACACTTTATCAGTAGAAAGTATATTGTCTTTTAAGATTTGAAAAGATTGTTTTCTCCCTGCAACGAATAAGCCTAACTTTTTGTTGAACAGCGCGATAATACGGATGAAGAATATAGAAATATAGGTCAGTATATTATATAGGAAAAACATAGGTAAATCTTTATTGAGCGAAATTACGTTTCTTTTGATAAAGTTTGAGCTTTGGCGCAAAGAATTTATTATTTTTGTAGTGATAACTAATATCGAAATTAAGTGCTATTTATATAGGTAACTTGTTGGTAATTATATGAATAGTTCAAAAGATATAAAAGACAATTAGAATGAAAAAAATTCAAATGGTTGACTTGAAAGGTCAATATGAAGGAATTAAAGAAGAAGTGAATCAATCGATTCAAGAAATATTAGAATCTTCTGCTTTTATCAACGGACCACAAGTACACGCATTTCAGGCAAACTTAGAGCAATATTTAGGAGTTAAACACGTGATACCATGTGCTAATGGAACTGATGCTCTTCAGATCGCTATGATGGGATTAGGTTTAAAACCAGGTGATGAAGTAATCACGGCTGACTTTACTTTTGCAGCTACTGTAGAGGTAATCGCTTTATTACAATTAACTCCTGTATTAGTAGATGTATGTCCTGATACATTCAATATTTCGATAGAAGCAATCGAAAAAGCGATTACTCCTAAAACTAAAGCTATCGTACCAGTACACTTATTCGGACAGTCTGCTGATATGGACGCTATCATGAAGTTAGCTGAGAAACATAACTTATATGTGATCGAAGATAACGCACAAGGTATCGGAGCAGATTATACTTATCCTGATGGAAAAGTGGTAAAAACAGGTGCTATCGGACATGTAGCTGCTACTTCATTCTTCCCATCTAAAAACTTAGGATGTTATGGTGATGGTGGAGCTATCTTCACTAACGATGATGCATTAGCACATACGTTAAGAGGAATAGTGAATCACGGTATGTATGAGCGTTACCACCACGATGTAGTAGGAGTGAACTCTCGTCTAGATAGTATCCAAGCTGCTGTGTTAAATGCTAAGTTACCTAATCTAGATGCTTATAATGTAGCTAGACGTACTGCTGCTCAGATGTATTCTGCTGCTTTAGCTAATCATCCTAATATCGTTACTCCAGTAGTAGTAGGAGATGAGAATAGCCACGTGTTCCACCAGTATACATTGCGTATCGTGAATGCTGATAGAAATGCATTATTAGCACACTTACAAGGTAAAGGTATCCCATGTGCTATCTATTACCCAATACCATTACACAATCAGAAAGCATATTTAGATCCTCGTTATAATGAGGCTGATTTCCCAGTGACTAATCAGTTGGTACAAGAGGTTCTTTCTTTACCTATGCATACTGAGTTAGACGAAGAGCAAATCAAGTTTATCACAGATGAGATTAAGGCATTCTTAGGATAGTCTTATAGTACTATAAAACGAAAGCAGACCCGATAAGGTCTGCTTTTTTTATGTATTGATGTTATTCTTTTGTCGTAGATATTAATGTGAACGAAACGAGTGCACATGCTACTAATGAGAGCGCTACGATGCTCATAGAGCCATTATTCAAACTATTTAATAAGATAGAGGTCATGAAGGTAAAGGCTAGTTGAGAAGCTCCGAAAAGAGCTGACGCTATACCTGACTCTGCTTTATAGGGTGCTAATGCTAAAGTAGTCGTAGTAGGGAATAGTAGTCCTAATGGCATCACAAAGAAGAAAAGAGGTACTAACTGTATATATATGCTCAAATCTAACTGTATGAATAACCATAATAGTGAAGCAGCTATAAACTGTGTACTCGCTCCTAGCTTAATAATATTTTTAGGAGATAGTCTTTTTCTCAAAATAGAAGAGGTTAAGAACGATCCTAACATTAGACCACATGAGTTAGCCATGAATACAAAGCTAAAGTGTGTACTCGATAGTCCTCCTACTTCCATTACTAGAACAGGAGAGTTAGAGATATAGATCATTAGACAGCTATAGGCTATACTTCCGATAATAGTATATCTTATAAACAGTTTGTTCTTAAAGAGCTTAAAATAATTCGTTAGTATACCTCCTACATTTAAAGTTGGTATTCTATTAGTATAGTCTTCTTTTAGACAGAATACTGTCATACCAATACTCAGTGTAGCAAACAAGGCCATCGTAGTAAATACATGAGTCCAATCTAGATACTTTAAGACTATATTACCTAATATAGGAGCGATGATGGGAGCTATTCCTCCGATCACGGCTAGTATACTAAATATCTTAAGTGTCTGATCTTTATCAAACCTTTTATTGACAATGGCTCTTGCGATAACTACTCCACCACTACTACCGAAGGCCTGTAAAAAACGATATAGCCACATGACTTCAATGTTCTTTACAAATACTACAGCTAGAGATGAAAGTATAAAAATAGACAGACACAGTATGATTGGTTTTTTACTACCATACTTATCTGATATAGGTCCCCAAAAGAGTTGCCCGATTGCTAATCCTCCTAAGAATGTAGAAAGTGATATCTGAACTCTATTAATCTCAGTATTTAGATCGTGTGCTATCTTCGGGAATGCAGGAAGGTACATATCTATAGCTAAAGGGCCTAATGCAGTAAGGCTCACTAGAGTGAAGATAAGGATCCATTCTTGTGCTGAAAGTTTATCCACTATATAGGTTTTAAAAAAAAATCCTTGGAAGTGTACAACCAAGGATTTTTGTTATTATATAATTGTTGTATGTTTTACCAATTTGTTATGCAGAGTGAGTTTCTGCTTCTTTATTGATTTTTTTGATTAGTCCAACTAATACTTTACCTGGTCCAACTTCTGTAAATAAAGAAGCTCCATCTGCGATCATTTGTTCTACAGACTGAGTCCATTTTACAGGAGCAGTTAACTGTAGGATAAGGTTCTTCTTAATCTCTTCAGGATTGCTCACTGCACTAGCAGTTACGTTTTGATACACTGGACAGATAGGAGTGTTAAAAGTAGTTGCTTCGATAGCAGCAGCTAGTTCTTCTCTAGCAGGTTCCATCATAGGAGAGTGGAATGCTCCACCTACAGGAAGTAATAAGGCTCTCTTCGCTCCAGCTTCTTTTAGTGCTTCACACGCTTTCTCTACAGCTGTAGTTTCACCAGAGATTACTAATTGTCCAGGGCAGTTATAGTTAGCAGCTACTACTACACCATCTATACCAGCACATACTTGTTCTACGATGCTATCTTCTAAACCTAGTACAGCAGCCATAGTAGAAGGTGTGATTTCACATGCTTTTTGCATAGCCATCGCTCTTTGAGAAACTAGTTTAAGTGCATCTTCAAAAGCTAAAGTACCATTAGCTACTAATGCTGAAAATTCTCCTAGTGAGTGTCCAGCTACCATCTCAGGTGTAAAGTTTTCTAATGTTTTAGCTAATACAACTGAATGTAAGAATACCGCTGGTTGAGTTACTTTAGTTTCTTTTAGTTCTTCAGCAGTACCTTCGAACATGATATCTGTAATTCTAAATCCAAGGATTTCATTTGCTTTCTCGAACATCTCTTTAGCTATAGGTGAGTTTTCGTATAAGTCTTTCCCCATTCCTGTGAATTGAGCTCCTTGACCTGGAAATACGTATGCTTTCATAAGTTTAGTTTTAAATTTTGTAAGGCAAAAATAAGGTATTTTTATTAGTAAACCATATAGACATAAAAAAAGCCATCTGATATACAGATGGCTTCGTTATGATATGTTTTTGTATTATTGGATAACACCTACACGATTATCTTTAATCTTAGCATTGTCTTTTAATACTTTCAGTACTTGCATTTGTGCCATACCTCTAACGCTGTTTTCTACTCTAGCTTTATAACTAGCGTAACCAGCAGTTAATTCAGGTGCTTTAGTTACATTTTTAGTTTGGATCATATACACACCTTGTAAACCGTCGATTAACTTAGAATCTTTGTTTACTGCAGTTGCGAAAGCTGTTCCTACTACTAATGGCTCATTACCAATATTAGTGATCAGTGGAGCTCCTGTAGTTACATCAGTTATAGATGCGATAGAAGCTTTAGAACTGTTAGATACTTCTTGAATAGTATTTCCAGTCATTTTCTTTCTGATTACAACTGCTTTTTTCTCGTTCATTAAGATTGGCTCAACGATTGATTTCACTTCTTCTACTGGTGCAAGACCTGTATCATTTTTAGAAGTTACTTTAACGATGATGTGTCCGTCAGCATTGTCAAATCTCTTAATAGCACTCTCTTTAGTCTCTTTATTGAAAGCCCAAGAGATAATACTTCTTTGGTTACCTACTCCAGGTAAGAACTCTTCGAATGGACGAATAGTTACTTCTTTCTGAGCATTGAAACCTAATCCTTCAGCAGTAGCGATAAAGTCTTTAGCTGTAGGAGCGTCTTGTTCTAATTGAGTAGCTTTAGTGAATAAGTCATCAGCAGTTACGTCTGATACTTCTATTTTACGAGCTACAGTTGCTAATTTAGCACCTTCTTTCTTTTCGTTTACTTGGATAATGTGGTATCCAAAGTCAGTTTCTACTAAACCGATAGTTCCAGCAGCATTGTTAAAGATAAAGTTGTCAAAAGGTTTAACCATTTGTCCTCTTGGGATATCTTCGTATTTACCACCGTTGTTTTTAGAACCTGGGTCTTCTGTTTGCGTCATTGCTTCCATGGCGAATGAAGAAGGATTAGCTTTTACTTTAGCTAAGATTTCTTCTGCTTTTGCTTTTGCTTCTTCCTTGGTTCTTGTTGCTCCAGGAGCTGCAGAACCTGCAAAACCGATTAAGATATGAGAAGCATCAACTCTCTGACCTGCTTTTTTATCAATCATTCTAGAGATACAATAGTAGTCACCCATAATGTATGGACCAAAAGTTTGACCAGGTTGTAAGTTGAATAATTCTTCTTGGTATTCTAAAGGAAGGTCTTTCTTCGCGTAGTATAAACTGTCAAATTTGATATCTGAATTTGTGTTTACAAATGTTTCGATATCTTTTACAGTTTTAAAACCAGGGATAGTATCGTTCTTTTTAGTTGTAGCATTGTATTGTACAGTTGGCTTTAAGTAACCTTCTATAACTTCTTTTACAGCTTCTTTATCAGCAGCAGATGGCTGACTAGGAAGGAAAGCATATTGTAATACACGAGTAGGCTCAGATTTAAATCTGTTAGCATGTTTTTTCATGTAATCTAATATCTCTGTATTAGAAACAGCAGCTTCTTCGTTATTCACAGTAGAATAAGGAACAGTAACATAGTCAAAAGAAACTTTGTCATTCTCATTAGAGTATGCTGCTTTAGCATCAACATTAGTAGTATAAATACCACCTTGAACTAATGAAAAATACATTTGCTCTAAACCAACTTTCTCTAATTCTTTTTCATAAGCTAACCATTGGTTCCATTGCTCTTGACCAGCACCTTTCATCATAGCAACAAATTGGTTGAATTTGTTGATGTCGAATTGCCCAACAGCGTTTTGGAATTCTGGATTGTTAGCGAATGTAGGGTTGTTTTTAACAACGTTTACTAATTGGTCTTTACCAAGTCTTAAACCTAACTTTTCAAATTCGTTAGTAAGTAAAATATTATTTACTTCGCTGTTCCACACCATTACTCCTGCTTGAGTATTGCTCATCTGTCCTTGCTTTTCGGCTTGAGCTACTTTATGTAGGAATTCTTGGGTATTAATTTCTTCACCATCTACACTACCAATGTTTCTTGATAGTCCACCTCCCGTGCTTCTTACTACGTCGCCAATAACGAATGCTAATAATGCAATACCAATTACGGCAATTAACAGAGCGGATTTTTGTCTAATTTTTGATAAAACTGCCATGCTTTTTTATTATGTGTAATTTTTTTCAGTGAGCGAAAATACAATTATCTATTTAATAATAAAAGGGGTAGTGCTATTATTTTAGTGCTTTCGTTAAGTTTTTATTTAGATTTCAGAATAATTAATTTGTTTTTTTATAATTAATGTTGAAATAGAGTAGATAAGAGAGGATTGTTATCGTGGTTTTATTAAAAAAATAAAGGCGAGATATTTAGTATCTCGCCTCTAGTAGTGTATTATTTTTTGTTATACCCGTCCATCTTTTTTAAGAATTTTCTTCGGAAGAAGAACATGAATATCGCTACTGCTGCTATCAAGAAACTCAACCAAGATCCTGTGTCACCAGCTACTATTTTAGATACACCGTCGTATATAAATAGTACTGCGATAAATAAGTAGAAGAAAGGTATTATGCGTAATGCTTTCATTTTATTCGTTGTTTTTTACGCTTTCGGCGTAACTGTTAGTTGCTTTTACCTTGCTCATTTTACTGTCAAAGTCTATTCCTATTCCTCTAGTGAAGTTTTCGCTATCAGTAGAGGCTCTGTATTTGCCTTCTGTAAAGAACCATTCGTTTTTTTGATCATAGTAAAGTTGATCAGAAACAAGCTTCTTACCATCATGTGTTGTTATCACCACATTTCCTTGTAGGTCTATTAGGTCTGTCTTAGTATAGCGAATAGCGTAATCGGCTATTACAGTATTTTTATTTTTATCCTTGTCATATATTGTTAAGTGAATTCCAACTGGAAATTCGGTAAAGGGATATTTGACATTGCTGTAATCTAGCATTTTTGGACTTACTAAAATAGCTTTGACTCTTCCAGAATCTATGTATTGACCACGCATATTTTCTACTTCACTGGCTGGAAAGAAACTTACTTTGTTGAAGTTTTGTATTTCTTTAAAGTTACTTTCACAAGAAAATAAACTTACAGCAATCGTGAAAAAGAATAGTATGCTTAAGAATTTAGAAAGTAATTTCATTTGTTAGCTTACTACAAATTAATCAAAACGACGTTTTTGGAACCAAAGGTCATTTAATGAGAATCCTACATAAACACTGAAATAGTTCTCTTTAACTAATCCGTTGTTTTTAGTTCCTCTGCTACCGTATTCAAAACCAATATTTAGGTTAGTGAATTTACGACGCTCTCCTATAGGTAAACCTACACCAAGATTAACAGCCATATCGTTGATAGCTTTGTCATGTAAGATAAGTCCAGTATTTTCATATCTGAAACCAGCTCTATAGACAACGCGATCTAGATAACTGCTAAATGAGTTGTACTTCGGAATATAGAATCCTCCAAGAGAAAAACGATTAGAGTTTTCAAAGTTAGAAATATTCGTTTTATTCCAAGAGTCAGTTAATTTACTTGTTTGTGTAAATGTATATTGACCACCAATGAACCATTTAAATTCTTTACCAAAGCCTAGCCCCATAGAAAGAGCTTGTGGATTAGTAATTTTTCTAGAATCATCAATCACAGTTTTTTGATCTGCGATTTGATTTCCTTTTAAAACTTGCAGTTTCGTAAGGTTGTCGTTTGTCCATTTTGTTTCAGGACTATAAGTTACATTAGCTTGCCAATCGTACCCTTTAAACTTACCTGTATATTGTGCTGAGAAATTAAAAGAGAATCCTTTGTAGTCTAATCTTCTCAATTCTCTAGTAATATTCTGAAGTGATGTTCCGTCTCCGATATCTGTGATGTTCTCATACAGATCATTGTTGGTATGACCAAAGTGGTATCCAGCATCAACTCCAACAGCAAAGTTTTTGTTGATTTCATATCCAGTACCTAAAAATACTCTGTTCACTCCACCATCACCTTCATATCTAGAGTTTATCTTTTGTCCTTGAGGATTTGTTCTTTCTCCATTGATTTTATAACCAACATTAGAGTAAGGTAACAACCCAAACACAACACCAAACTTCTTTGCAATAGGTAACCCTACAGCAACATAGTCTATCGTTTGTCTATTTGCATTTTCTGAACCAGCATCAGTCTTAAAATTATAAGAAGTACCTGTAGCTCCTAATGAAAAAGTAGTAAGCTTAAGCTTACCAAATGAAGCTGGGTTTTTTAAATTTATATGAATACTATCTGCGTAAACATTTGTTCCCCCCATAGCTTTGTATTCATTCGTACCGTTGTAATTAATATTACCTACGCCATAATAAGAGTAAGGAGACGCATTGCCTTGTTGAGCTAGAGCAGCTGTACCGCATAGTAAACTCAGGCTAAAGAAGATTTTTTTTATCATTTTCAATTGTGTATTGATATAAATTGTTCAGACTCTCTAGTAGAAAGTTTGAATTAGCAAATATGACATTTTTTAATCTTTTGACCAAAAAAAGTGTATCTCCACCAGTCAAAATTATTTTTAAATCAGGATACAAGGATTTGTATTGGTTAATGATGCCATCTATTTCAAGGGTTATTCCATTAATTACGCCAGAGTGAATGGACTGATTTGTTTGATTTCCGATTAAATAATCTATATCAGTTGGTTCTAATAATGGAAGCTTTGCGGTATAATGATTTAAAGCCTTATAGCGCATACTTAAACCTGGAGAAATAGCTCCGCCTAGATATTCATCCTTGTCATTAATAAATTCGTAGGTTATACAAGTACCTGTATCAATAACTAAACGATTAGAATTTGGATATAGTATAGTAGCTCCTGCAGCTAGAACCATTCTATCTATGCCAAGAGTAGCTGGAGTTGCATACTTATTCATAAAAGGGAAAGCACTTTTATGACTAATTTCGATTACTTCTGTGTTTTCTAGTAACCAATTGTAAGTTGTAGATTCTAATTTTCCTACCGAAGAGAGTATAACTTTAGGCTTTACGTCATTTATTTTTAAAATATTTTTAATTTTTTTTTCTAATAAATTTATTTCAAAAAAATGAGTTTCTAAAAGCGTATCTTTTTCAAAGATAGCTAATTTGGTTCTTGTGTTGCCTATATCAATTGCTAGAATCATAGTGTGTTTCTTGTGTTAGGCAAAGGTAGTAAATGATTTTTTTTCTAAAAAGTTTTGGAAGAACGAAAATCTGTTCTATATTTGCAACCGCTTAACAGAACAAGATTGTTCAATACTAAAAGCCAATTGGTGCCTTAGCTCAGTTGGTAGAGCAATGGACTGAAAATCCATGTGTCCCTGGTTCGATTCCTGGAGGCACCACTAATTTAGCTTTTAGTTGTTATAGTTTAAAAAAAGGTGCCTTAGCTCAGTTGGTAGAGCAATGGACTGAAAATCCATGTGTCCCTGGTTCGATTCCTGGAGGCACCACTAATTTAAACTTAAGCGAAACATAAGGTGCCTTAGCTCAGTTGGTAGAGCAATGGACTGAAAATCCATGTGTCCCTGGTTCGATTCCTGGAGGCACCACAAAAAACCACTACTCATCAGTAGTGGTTTTTTTTATTTTGCGCCCTGATGTAAAAGAAATGGATCAGTGACAAAAGTTGGGATCAGTGACAAAAGTTGGGGACTAGGCAAAAAGTCGGATCAGTGACAAAAGTTGGGGACTAGGCAAAAAGTCTAGTTAATCTAAAAAGGAAAAACTTCTTATCCCTAACACCTCTATACATCATACGGAAGTATTTAATTTTGGCATTAAATGATTCCGCAGAAGCATTTGTACTTCTATTAATAAAGTAATTGATGATTTCGTTATAGTGTACATTAAAAGTCTTTAAAACAGTACTAAAGTGTTTGAGTGAAGCTTTTTCAATATCATTAAACCAATGAGCTAGCTTAGTCATAGCTATTTCTTTATCTATTTGTAGATTATATATCTGTCTAAGGTTATTAGCAAGTAGATAGGCTTGTTTGATCTCTGGGTATAATTCAAATAGTACCTTAGCTCTTTCTTGTTGGTCAGATGTCCAATTAATTTGGTTTTTATAAAGTAGAGAACGTGAGCGAACTAAAAGTTGTTTCTTAGTATCTCCATTACTAAGTATTTCAGGATTATATATAATGCCTTCTTCCTTAGCCTTTAAAACAGCAGTGTTCTCAGCGTCAAGCTCAGCCCATCTATATTTTATTCTAATATCTTGTACAGCTTCACTTACAAGCTTTTGTACATGAAAACGATCAATTACTTGCACAGCTTTAGGGAAGCACTTCTTAGCTATCTGTTTCATAGCCCCTGCCATATCTAAAGTAATCTCGGTAACTTTATCTCTAAGTTTTTTAGGTAGTTTAGATAGATGCTTTATTACAGTATCTGATTTTGTTCCTTTAACTATCGCTACAATGGTCTTTTTCTGACCTTTACCTGCTTTAGAAGTCAGTATAGTGTACAATTCTCCCATAGATAAACATACTTCGTCTATGGACAACTGATTAGTTATATTTTCTGGGTAGAGTAGCCAGTCTTGTGCATGTTCTTGTTGATCCCATTGTTTGAAACCACTAGTTTTATGTTTGTATTGGCGTTGAAACTTCTCTCCTTTAACCCCAAATAATTCACCAATAGCCTTACAGCTAAGTACTTTAGTATCGGCCAA

Protein sequences of DBSCAN-SWA_4

>CP037427|1762192:1814294|1785004_1785529_+|QBK76310.1|DBSCAN-SWA
MRKLANSELDRKNVEEFKASEKTPIIVVLDDVRSLHNIGSVFRTCDAFLVEKVYLCGITATPPNKEIHKTALGATETVEWEYAKDVVEVVKSLKESGVSVQSVEQVENSVMLNDFKVTEGAKYALVFGNEVKGVNQEVVNLSDGVIEIPQLGTKHSLNISVSAGIVIWDLFQQM
>CP037427|1762192:1814294|1792390_1794157_+|QBK76318.1|DBSCAN-SWA
MRFLRNVLATIVGLFIFFGILFFGLMIIGVAMGSSSDTVTVKDSSVINLDLSGVKYDYAGKYNMKEFGFREAGKDGVSDVLAAIEYAKTDDRIKGISILNNNSMLGVVQKREIRNKLEEFKATGKFVLAYANVYSQGEYYLNSIADTIYINPVGGLDFKGLSTEILYLKGLQDKTGVQMEVMRHGKYKSAVEPFLQENMSEANREQTTVFLKSIWETLVNDISKSRKISVDSLNGIANNLGARTPKLALKTGLVDKVAYEDEYHAAIKHELGVEGDKDYNSVDILDYVKDVIVKNSAKTAKDRIAVIYAQGEIRDGEGSVSYIGEGSINRALKAARKDDKIKAIVLRVNSPGGSALTSELIWREIELTKKVKPVIVSMGDVAASGGYYISSNADRIFADPGTITGSIGVFGMVPNFKALATKYGVNAEQVKTHDNAANYSPFRDVDPGFRMMVTEGIEDVYTTFVQRVADGRKMTVEQVNELAQGRVWTGKDALENKLVDELGGLDTAIAYAAKKVEIDDYKVVNYPEYKMKFEDMLRGYLGASVFKSEEELIKEKIGEANYEMIERLNYFNNMRGVQAILPFEVKIE
>CP037427|1762192:1814294|1812009_1812759_-|QBK76332.1|DBSCAN-SWA
MILAIDIGNTRTKLAIFEKDTLLETHFFEINLLEKKIKNILKINDVKPKVILSSVGKLESTTYNWLLENTEVIEISHKSAFPFMNKYATPATLGIDRMVLAAGATILYPNSNRLVIDTGTCITYEFINDKDEYLGGAISPGLSMRYKALNHYTAKLPLLEPTDIDYLIGNQTNQSIHSGVINGITLEIDGIINQYKSLYPDLKIILTGGDTLFLVKRLKNVIFANSNFLLESLNNLYQYTIENDKKNLL
>CP037427|1762192:1814294|1781081_1783679_-|QBK76307.1|DBSCAN-SWA
MTAKAKAPKETPLMKQYNDIKAKYPDACLLFRVGDFYETFGEDAVRASKILGITLTKRSAGTASETELAGFPHHSINVYLPKLVKAGLRVAICDQLEDPKTTKTIVKRGVTELVTPGVALNDEVLHSKSNNFLCAIHFAKKTIGISFLDVSTGEFLTTEGDQDYIDKLLQNFAPSEILVQKSNKTHFLQNYGTTYNLFLLDDWVFKTDFAFESLTTHFKTNSLKGFGVEDLVEGTIACGAILYYLSETQHTRLEHISNIQRIAEDAYVWMDRFTIRNLELYNSANLNAITLLDVIDKTLSPMGGRLLKRWLALPLKDTKKITDRHNIVEILKENSELLTLFQTQIKKISDLERLISKIATGKVSPRELIYLNDSLDAIIPIKETAQKSSNDSLKQMGNKLHGCELLREKIRGTISEDAPVAIAKGNAIAEGVHPELDELRKISTSGKELLEAMEIRESEKIGIPSLKISFNNVFGYYIEVRNTHKNKVPAEWIRKQTLVNAERYITEELKEYETKILGAEEKIYKLENELFEQFVAWCAQYIKPVQLNANLIAQLDCLSSFAQQALENNYVRPLIDDSYELDIKDGRHPVIEKQLAYDTPYITNDVYLNNKEQQIIMITGPNMSGKSAILRQTALIVLLAQMGSFVPAREVRMGPVDKIFTRVGASDNISMGESTFMVEMNETASILNNISDRSLVLLDEIGRGTSTYDGISIAWAIAEYLHQHPGKPKTLFATHYHELNDMSQNFDGIKNYNVSVKELKDNVLFLRKLVPGGSAHSFGIHVAKMAGMPTTVLKRAEKMLKQLEKGHAKDQQPLKAVENDLQLSFFNLDDPLLEELKEDILAIDVNNITPIEAIMKINELKKKLK
>CP037427|1762192:1814294|1813307_1814294_-|QBK76333.1|transposase|DBSCAN-SWA
MADTKVLSCKAIGELFGVKGEKFQRQYKHKTSGFKQWDQQEHAQDWLLYPENITNQLSIDEVCLSMGELYTILTSKAGKGQKKTIVAIVKGTKSDTVIKHLSKLPKKLRDKVTEITLDMAGAMKQIAKKCFPKAVQVIDRFHVQKLVSEAVQDIRIKYRWAELDAENTAVLKAKEEGIIYNPEILSNGDTKKQLLVRSRSLLYKNQINWTSDQQERAKVLFELYPEIKQAYLLANNLRQIYNLQIDKEIAMTKLAHWFNDIEKASLKHFSTVLKTFNVHYNEIINYFINRSTNASAESFNAKIKYFRMMYRGVRDKKFFLFRLTRLFA
>CP037427|1762192:1814294|1773518_1774592_+|QBK76301.1|DBSCAN-SWA
MDIKTRIKITDRLITRITRYLASIIILIGSLWGIHTLWMYWKYEQTNDAQVQEYINPVISRVGGFLTEVRFEENQIVNKGDTLLVVDNREYTYDQATTSAEIAKQYALIKELDARQYTLSQTAAAAKSQIQGRESKYHQQELDYQRYKKLYEEDAATAQMLEEKQAQLNIGQSDYNTSVEHARAATASIADIEAQKQVLLKEITRLQELEKYKNLTVGYTVITAPYRGRMGKRSIDLGQMISVGQVLTYIVNDETPKWIIANFKETQIRNIQIGHQVEVVADAYPDRQFIGKVISIAPATGSSFSLLPPDNATGNFVKIVQRIPVRIEIISPADSEELLKAGMNVNVFIAKKQSNAK
>CP037427|1762192:1814294|1774581_1776177_+|QBK76302.1|DBSCAN-SWA
MQNNEASQLFVDWIPEWMIHVILFVLLMPSIVLFFLPAANATAAAGYFGCDPRDIQFSVSLLYAGFVSFYSLERRFFTYLATKEYFILFNVLQIVGCIVLYNVQALCIVFPVRFLQGMLFASTVNLSISTLYVRLDSSKAREISFSCFYGILICATPFNQLITSDLVDQYDYSFLYKIASFSFIPGLILIMLTMRFVRLQRKLPLYSLDWESFVLFAVVVVLFGYLTIYGQQYYWFADRDIRLIGLTILITLFFFVWRQKHLKRPYINWHVWKYRNFKIGLFLLFILYICRFASGITNTHFINSLHLDPRHLSYLNSFNLIGLVTGVILACVWLINRRPMRFIWSLGFIALFLFHVGMYMQFAPSANPDDYYLLLFCQGLGVGVLMVPIIVYCVTSVPVSLSASAAAVCLGVRYFGYTCSIAIMNYYSLYSSNRHLSRFSDYLNIANPILETKLTQNTMKLKSRGMPSSIAEKASEKIMLSDLSKQIELRYAMDYFEILSLLLLVIIILVLFTPYLSKTWVYLKSKSVSPF
>CP037427|1762192:1814294|1807655_1809761_-|QBK76328.1|DBSCAN-SWA
MAVLSKIRQKSALLIAVIGIALLAFVIGDVVRSTGGGLSRNIGSVDGEEINTQEFLHKVAQAEKQGQMSNTQAGVMVWNSEVNNILLTNEFEKLGLRLGKDQLVNVVKNNPTFANNPEFQNAVGQFDINKFNQFVAMMKGAGQEQWNQWLAYEKELEKVGLEQMYFSLVQGGIYTTNVDAKAAYSNENDKVSFDYVTVPYSTVNNEEAAVSNTEILDYMKKHANRFKSEPTRVLQYAFLPSQPSAADKEAVKEVIEGYLKPTVQYNATTKKNDTIPGFKTVKDIETFVNTNSDIKFDSLYYAKKDLPLEYQEELFNLQPGQTFGPYIMGDYYCISRMIDKKAGQRVDASHILIGFAGSAAPGATRTKEEAKAKAEEILAKVKANPSSFAMEAMTQTEDPGSKNNGGKYEDIPRGQMVKPFDNFIFNNAAGTIGLVETDFGYHIIQVNEKKEGAKLATVARKIEVSDVTADDLFTKATQLEQDAPTAKDFIATAEGLGFNAQKEVTIRPFEEFLPGVGNQRSIISWAFNKETKESAIKRFDNADGHIIVKVTSKNDTGLAPVEEVKSIVEPILMNEKKAVVIRKKMTGNTIQEVSNSSKASIASITDVTTGAPLITNIGNEPLVVGTAFATAVNKDSKLIDGLQGVYMIQTKNVTKAPELTAGYASYKARVENSVRGMAQMQVLKVLKDNAKIKDNRVGVIQ
>CP037427|1762192:1814294|1772181_1773519_+|QBK76300.1|DBSCAN-SWA
MKLGDFHLLAVLTSCVTMGYCQSTTLSISNKDTIQLSIQEIWEQTDLGSKRSLIQAKELQIRKENTDDARISRYPVFNAFGKAEKASNIPVYTNGIFNKPEQHDVIHTLYNTGVSMYLNLYSGNRQNLEIEERKTLEAKANIEADMTKSEVRLEAIKSYLALAKLTRFKKVITQDIAEHKEQLIEIEHLYKNGVVLKSDVLRATMEISKREMTLVQLQNDLSIENQKLVILTGRKDTDFIKPQDSFNEELFLESYDEALDIALEHGFKHLLSEESLVLSEIEQKKVKANTKPSIGLIGNFTMANPQIFLYPYNPSWYSLGTIGVQVSFPISNLYQNVHKVRSRALEHEKEELQHQYVQDQIKEEVQQAYLRYQESLVQIEVCTKNKEYAAENARITKSTYFNKISLLTDLLDADVQHLQTQFELEAAKLDSIYKYYTLQFAKGLL
>CP037427|1762192:1814294|1810190_1810748_-|QBK76330.1|DBSCAN-SWA
MKLLSKFLSILFFFTIAVSLFSCESNFKEIQNFNKVSFFPASEVENMRGQYIDSGRVKAILVSPKMLDYSNVKYPFTEFPVGIHLTIYDKDKNKNTVIADYAIRYTKTDLIDLQGNVVITTHDGKKLVSDQLYYDQKNEWFFTEGKYRASTDSENFTRGIGIDFDSKMSKVKATNSYAESVKNNE
>CP037427|1762192:1814294|1764062_1764722_+|QBK76292.1|DBSCAN-SWA
MDFGKEFQKFATKHQGINSMYYDKIVSSMTPYIIEERQMNVASMDVFSRLMMDRIIFMGTAIDDYVANIIQAQLLFLESVDNEKDISIYVNSPGGGVYAGLGIYDTMQLIKPDVATICTGMAASMGAVLLCAGAAGKRSALPHSRVMIHQPLGGAQGQASDIEITAREILKLKDELYEIISKHSGQSMEKVHHDSDRDYWMIAQEAKEYGMIDEVLIRK
>CP037427|1762192:1814294|1762192_1762549_+|QBK76290.1|holin|DBSCAN-SWA
MGFIIRLLITTGLVVLLANILPGVFVESFTTGLWVAVALGILNMFLRPILVFMTLPATIVTMGLFLLVINAVIIQLAAYFVNGFTVSGFWTALLFSVVLTFCQSVVNGFLQKDEPRRG
>CP037427|1762192:1814294|1791115_1792264_-|QBK76317.1|DBSCAN-SWA
MFTQNQIVLSIGSNQGDKLSNIEKSIELINKHIGTVIKISPIYEFPAWGFESDPFFNCAVLLHSTLKAETVILKVLEIEQVLGRIRPQHTVGYSARLIDIDIISFNQEVYNTDNLSVPHPLMQDRQFVLQPCADLNLEWAHPILKQSFKELLNSCKDKTSFKIVGEIKSPILQYGFTHVNFIAIEGNIGAGKTTLTNRISEDFNAKNILEGFADNPFLPKFYKDATRYAFPLEMSFLADRYSQLSDDLAQFDLFKEFIIADYYIYKSIIFAQITLEEDEFKLYQQIFEIMYKETPKPDLYVYLYQNTDRLLENIQKRGRSYESEIPGTYLDQVNQGYFNYIKTMPADKVLIIDISDLDFVANQEDYIYILDKIQHKLVKHDE
>CP037427|1762192:1814294|1804212_1805343_+|QBK76325.1|DBSCAN-SWA
MKKIQMVDLKGQYEGIKEEVNQSIQEILESSAFINGPQVHAFQANLEQYLGVKHVIPCANGTDALQIAMMGLGLKPGDEVITADFTFAATVEVIALLQLTPVLVDVCPDTFNISIEAIEKAITPKTKAIVPVHLFGQSADMDAIMKLAEKHNLYVIEDNAQGIGADYTYPDGKVVKTGAIGHVAATSFFPSKNLGCYGDGGAIFTNDDALAHTLRGIVNHGMYERYHHDVVGVNSRLDSIQAAVLNAKLPNLDAYNVARRTAAQMYSAALANHPNIVTPVVVGDENSHVFHQYTLRIVNADRNALLAHLQGKGIPCAIYYPIPLHNQKAYLDPRYNEADFPVTNQLVQEVLSLPMHTELDEEQIKFITDEIKAFLG
>CP037427|1762192:1814294|1778547_1778901_+|QBK76304.1|transposase|DBSCAN-SWA
MMDSQEILKLILPTYLVEHFNITKIEELETKLHIYFEEKNDYANQCTERQLISKGFHSMITIEDFPLRGKSVKLHVQRRRWTDKQTGEIISRDWNIIAEGTRMTTEFSEFLKKIGRY
>CP037427|1762192:1814294|1785925_1786867_+|QBK76311.1|DBSCAN-SWA
MILSRYSNGLNNIFEINKREIMKVFEIGSGQTIIKGPSHYYSCNDGDSTVILYRGEHDDEPLIRFSVISFTRAEGVTQKALLQDFKDKAHQRNTEAVTYKGKSYFSYDNEDQEELYMHIFEVMYGDDIVIASLIINKEDRGSDEVAVYLEEIEEMIRSIDSLSSLQFPLLEPKYDDLVHLETASAKVLGIASEDLQAYHESGDAITKLQEILNLREYAVNDYEYHQALGILFGACFQYQYSDFHWIVVHDQYGRELALQYQDYALQCFPISMITKRIEDEVEINVIALMEEVVQHIEIGIERDKGYTRLEYNY
>CP037427|1762192:1814294|1764725_1765967_+|QBK76293.1|protease|DBSCAN-SWA
MAKEEMSCSFCGRAKSDTNILIAGIDAHICDRCVEQAYGIVLEEQQSKHLSDLSSDLLLKKPMEIRAFLDEYVIGQDQTKKVMSVAVYNHYKRLLQEMNGDDQDIEIEKSNILMVGQTGTGKTLVAKTIARMLNVPLAIVDATVLTEAGYVGEDVEGILTKLLQAADYDVEKAERGIIFIDEIDKIARKSDNPSITRDVSGEGVQQALLKLLEGSIVNVPPKGGRKHPDQKFIEVNTKNILFVAGGAFDGIERLISKRLNMQAVGYKSTVEGDQVDRTNLMQYIIPKDIKDYGLIPEIIGRLPVLTHMDPLDKTTLRAILTEPKNALIKQYEKLFEMDGIKFSITDEALDYIVDKALEYKLGARGLRSLCEAILTDAMYELPSQDGVKELNVDKDYTAQALNKNLLQRLEVAS
>CP037427|1762192:1814294|1784432_1784720_-|QBK76309.1|DBSCAN-SWA
MTKKLLNQLALLTILNNIVFVVIYQGSLIADFAQSPQYIHLVELAWILCLTGLIIFPTIICTLLESKQISVQKFPILAIALSFISVIFFAFASIP
>CP037427|1762192:1814294|1788130_1788976_+|QBK76313.1|DBSCAN-SWA
MQYIDLGVEKLVLVIPDEYDVELADYGGFILTKDGVSYLPYISVYDIRTVGGEDFDFEQVLEDFTTEASHIEEEVKEVGDKFYYMTELELEDLHIYEYSVLYNNVRFELQLFISQSDVNSELARDYLEEAVQMIEYVGIVLNEDHSSQALTPEELEFIESSVSTLLGANQYELKSVFDSGKALDILQWLFDEQCFDLKDKEYLGKLGLLFGALLRYYYIDFEWVGVEGDLGYEYALQYKDTEVVIFPISLVVSRLEAGEHIQIPRLLDKIFQSVEDQFEEE
>CP037427|1762192:1814294|1796975_1797773_-|QBK76320.1|DBSCAN-SWA
MQYEGVLNKMQTEFNTPIEYYLVFKSNFININQILDRNIKIEFTGYECLNCGQHKKIFRQGFCYECFYSSAQVGDWIMRPELSTAHLGIEDRDLEYETKVQIQPHIVYLAVASDVKVGVTRKTQVPTRWIDQGASKAIEIVEVPNRYLAGITEVALKDMFTDKTNWRKMLQNEVLETNLEEIRNSLKEKLPEEVRPYFDQTDSSIFNLDYPVIQFPTKIKSLNLDKTPSYEGKLKGVKGQYLLFEDGTVFNIRTYEGYMVNIEVI
>CP037427|1762192:1814294|1806668_1807541_-|QBK76327.1|DBSCAN-SWA
MKAYVFPGQGAQFTGMGKDLYENSPIAKEMFEKANEILGFRITDIMFEGTAEELKETKVTQPAVFLHSVVLAKTLENFTPEMVAGHSLGEFSALVANGTLAFEDALKLVSQRAMAMQKACEITPSTMAAVLGLEDSIVEQVCAGIDGVVVAANYNCPGQLVISGETTAVEKACEALKEAGAKRALLLPVGGAFHSPMMEPAREELAAAIEATTFNTPICPVYQNVTASAVSNPEEIKKNLILQLTAPVKWTQSVEQMIADGASLFTEVGPGKVLVGLIKKINKEAETHSA
>CP037427|1762192:1814294|1783750_1784269_-|QBK76308.1|DBSCAN-SWA
MVRTLITRIITSPVIIYTTRCFIGFYIGYLLFLKYPNYEILWTLISIMLVISPEGQNSKKLSVERFKSNLVGSAVGLVCLEIHPSPDFYISLLGVFLTIMTCYLFKILNMARVALVALIIILVQPHTASSVEATPLFRCLAVTLGCVIGLTITVLTSMIIRRLKRYYGIPLS
>CP037427|1762192:1814294|1765999_1766338_-|QBK76294.1|DBSCAN-SWA
MQKYVYLLVISFFLLFSGCNEGRYTVMEPTEEDKAYQVEIDSILTIYSQHASIYSEIYPKALYGNKEALKRYSDLMLDINVLDNKLNLLINQNRITSNQLKKYMKLRKQFTQ
>CP037427|1762192:1814294|1771262_1772051_-|QBK76299.1|DBSCAN-SWA
MKIIDSLEFIDSIEEGVFINHEKSTKRYPLHQHQKGQLTYVEGGITYVTVDNVTYVVPAKYFFWIPEGVPHILRLSNSATVLHSLYFYISDDDKDPFYTTLGIYAASDLLIEMIAYTVCWHDKMVNQDTPNFVFLQALKNILPTFINKNIQLQLPFSDNPRITKITDYLDSSFGLPLTLTDISNKFNMSERSVSRLFQAELQISFLQYLKALRIVKAIELLMKTEHSVSEIANTVGYVTLGAFSNAFCEFTGTRPLEMRKNK
>CP037427|1762192:1814294|1799615_1799846_-|QBK76322.1|DBSCAN-SWA
MKKIALSIALVAMMGVSFVSCKETAKEPAVEETTTEEVVTEEAPATEEVAPEATEEATTEEAPATEEAPATEEAAK
>CP037427|1762192:1814294|1778887_1779874_+|QBK76305.1|transposase|DBSCAN-SWA
MADTKVLSCKAIGELFGVKGEKFQRQYKHKTSGFKQWDQQEHAQDWLLYPENITEQLSIDEVCLSMGELYTILTSKAGKGQKKTIVAIVKGTKSDTVIKHLSKLPKKLRDKVTEITLDMAGAMKQIAKKCFPKAVQVIDRFHVQKLVSEAVQDIRIKYRWAELDAENTAVLKAKEQGTIYNPEILSNGDTKKQLLVRSRSLLYKNQINWTSDQQERAKILFELYPEIKQAYLLANNLRQIYNLQIDKEIAMTKLAHWFNDIEKASLKHFSIVLKTFNVHYNEIINYFINRSTNASAESFNAKIKYFRMMYRGVRDKKFFLFRLTRLFA
>CP037427|1762192:1814294|1777174_1777528_+|QBK76303.1|transposase|DBSCAN-SWA
MMDSQEILKLILPTYLVEHFNITKIEELETKLHIYFEEKNDYGNQCAERQLISKGFHSMITIEDFPLRGKSVKLHVQRRRWTDKQTGEIISRDWNIIAEGTRMTTEFSEFLKKIGRY
>CP037427|1762192:1814294|1802806_1804102_-|QBK76324.1|DBSCAN-SWA
MRQSSNFIKRNVISLNKDLPMFFLYNILTYISIFFIRIIALFNKKLGLFVAGRKQSFQILKDNILSTDKVFWIHVASLGEYEQGLPVMEQLKQKYPTHKIVLTFFSPSGYEVKKNNTIADATLYLPMDTLANAKKFLALCHPEQVFFVKYEYWPNYLNQLRQQNIPTYLVSGILRPDQVFFKWYGGFYRTALKAFTYFFVQNEVSKILLNQLQYNNVEIVGDTRFDRVSQILEQHNELAFLEAFTLNKMAKTIVIGSSWPEDEKILANYINNTQDNSIKFIFAPHNIKKDQIDNLVQNIKKPTVLHSQHQEKDLSQYSVYIIDAYSILTKAYSYADIAYIGGGFGAGIHNILEAATYGVPVIIGPNYKKFQEAKDLITLGSCIVVNSQSELDQIFDELLYNDAKRIELGKTSNHFILKNKNATEKIMKHIH
>CP037427|1762192:1814294|1790565_1791126_-|QBK76316.1|DBSCAN-SWA
MTNKLFMTMLGVTPPGRHIEQHDIYFGIGTQMKDLIPQIVDFWPEAGPKLHVDAWREVTSVQGHHIEVVSREAYLPNDLKLFFINLGGYKPGIFDEFHQTCLVVANSQKEAIQYVKSTAFYEEYNLPPRGYSHVDNKYGLDVDDIYEMDEILNENLKQQYAIKITPSIEPLTDDHIELGYMKLSSF
>CP037427|1762192:1814294|1780232_1780604_-|QBK76306.1|DBSCAN-SWA
MSAFVISLKDNGKYKYTFEHRRGKTLMTSVEYPSVEAIHSTISFLRTNYDSLNFIKFKTPSGKSYFRLAIDKKIYANSRRFNTELRFEKAMEEIKSNFANAEILDLSLDIFGNFPSEDIFDAE
>CP037427|1762192:1814294|1789097_1789628_+|QBK76314.1|DBSCAN-SWA
MTNTVWNIDPTHSEIGFKVKHMMFTNVSGKFNDFTSTIKNVDATFETSEISFTAKVASIDTNNADRDTHLKSADFFETELYQDIVFTSTSIQKKTDNYYVVTGMLTIKGETKEVAFNAEYSGVLVDPWGNTKIGLSLESKINRKEFGLTWNAGLETGGVLVGEDIKLFAEVQFAKV
>CP037427|1762192:1814294|1762646_1763969_+|QBK76291.1|DBSCAN-SWA
MNITRNNVDALNAIVTIELAKEDYQGNVDNVLSNYKKNANVPGFRKGAVPMSLIVKQYGKAVLFEEVNKILQEKLSNYLVEEKLDILGNPLPVANDINWDADVLKFDFELGLAPEFSLDLEGKNKIKKFKVVADDAMLDEQVEFIQKQYGKMISKEVVEETSEMVGTFANEEEGINNEVKIAVSDIRTKTNQKKFIGKKVGDQVTVSTKGLFEDDHKLMEVLAVDHDKVHGLEIDVVFTINEINETEKAELNQELFDKLFGEGVVTSVEQLKEKIKEDAEKQFASQADQKFLNDVYEHLLENTSFELPAAFLTKWLMDAGETPMTAEEAAAEYTKSEKGLRYQLVEGKVMSQYDLQLNFEEIKEYTTKLIKDQMAQFGQMDPEAKVVEDIVARVMTNQDEVRRISEQVMNEKVLALFNDKVKAEVKEVSYKDFVKEMYGE
>CP037427|1762192:1814294|1809997_1810189_-|QBK76329.1|DBSCAN-SWA
MKALRIIPFFYLFIAVLFIYDGVSKIVAGDTGSWLSFLIAAVAIFMFFFRRKFLKKMDGYNKK
>CP037427|1762192:1814294|1799965_1802119_-|QBK76323.1|DBSCAN-SWA
MNKKIKNLFKALVVLVALPIYAQQGGMWIPSLLKGMNETEMKSLGMKMSIEDIYDVNQSSMKDAVPHFNGGCTSEVISSQGLLLTNHHCGYGQIQAHSSVENDYLANGFWAKSMAEELPNENLEVTFIVRIEDVTKEVMAGVVAKDSEIEKQAKIQKNITTTVAKFPKEKWQDNKIKSFYEGNQYILFVTETFKDVRLVGAPPSSIGKFGSDTDNWVWPRHTGDFSLFRIYADKDNKPAAYSKDNVPYRPKHFFPISLSGVEEGDFTMVFGYPGRTQEYLPSYAVEQIVNDLNPVRIGIRDKALKITDEFMRADQAIKIQYASKYASTANYWKKWIGESQGLKKTNAVQAKQDFEKDFIARAKKNKNTKAYADIPAKFEKLYGDIKPYAISKDYFAEVVQRNAELLAAAWRVYALETYASNEQAFNSRRENLIKGQDKFYKNYSKAVDEKVFEAIVEMYAKDAPKQFLPKELNGANISAITKDIYANSKLTTYAGLQELLKGNADQVVKNINNDKGYAFAKALIENYIQNVLPKYEELEREIAALQRTFMKAQLDLYPDARIFPDANSTLRVTYGKVDGYFPKDATYYEPVTHLEGIMEKYVPGDYEFDVPAKLVDLYNKKDYGQYADNGKLPVNFIATNHTTGGNSGSPAIDAEGNLIGLNFDRVWEGTMSDIYYDPSICRNIMVDARYILFIIDKFADAKHLIEEMKLVEPKKNK
>CP037427|1762192:1814294|1810766_1812032_-|QBK76331.1|DBSCAN-SWA
MIKKIFFSLSLLCGTAALAQQGNASPYSYYGVGNINYNGTNEYKAMGGTNVYADSIHINLKNPASFGKLKLTTFSLGATGTSYNFKTDAGSENANRQTIDYVAVGLPIAKKFGVVFGLLPYSNVGYKINGERTNPQGQKINSRYEGDGGVNRVFLGTGYEINKNFAVGVDAGYHFGHTNNDLYENITDIGDGTSLQNITRELRRLDYKGFSFNFSAQYTGKFKGYDWQANVTYSPETKWTNDNLTKLQVLKGNQIADQKTVIDDSRKITNPQALSMGLGFGKEFKWFIGGQYTFTQTSKLTDSWNKTNISNFENSNRFSLGGFYIPKYNSFSSYLDRVVYRAGFRYENTGLILHDKAINDMAVNLGVGLPIGERRKFTNLNIGFEYGSRGTKNNGLVKENYFSVYVGFSLNDLWFQKRRFD
>CP037427|1762192:1814294|1794292_1796923_+|QBK76319.1|DBSCAN-SWA
MNKKVLKWTGGIVLGLFILLMLTPILFKGKIQDLVLKTINDNLNAKVTFEKVDLSFIRNFPKATVVIKDLAVVNKAPFDGDTLVSAKMIGLKMSIMELFNGADKPMSIEDILVENAKVNVIVNEQGVANYDIALKKEDEEDEDSSDKDPFSLALNHYKIDNLNLTYKDLGSKMMFTINEFYHQGTGNLSDDILDLDTESKAKVSFVMEDTKFLNEVNLSLKALIGMDMTNQLYSFKENKALINQLPLAFDGSVQLLEDGQQFDLSFATPDSDFKNFLGLIPEAYAGNLKGVTTSGDFKVEGKVKGKMTETTIPTLAIHMNAKNASFKYPDLPKAVQNILLDINVMNETGIMKDLYVDINQLSFKIDQDIFNAKAKIKNISENALVDANFDGVINLANVSKAYPVKLDTPLTGILKAKVATNFDMNSVEKEQYQNIKNSGSVSLTGFNFSTDAMAKPMQIQEAALTFNTSNVTLNKLAIKTGTSDLNADGRLDNLYGFLFKKQTLKGNFNLNSNNFVLADLLKEDTAKVEEKKEKTTAAKASDPLKISGFLDCTINANAKTVVYDDLTLKNVKGTLVIKDEAARLQNMSTDLFGGKIAFGGNVSTKEAIPTFDMNLGLQSLDIKQTFTDLGFLKAVAPIANVMSGKVNAAVVMKGKLNAADLSPDLNTMSGDIKGDLANASITAQNSKLLSSLDGALNFIDLKNLDLSNKKMHIVFNNGRVQFKPFDIKTKDLAVTVSGEHGFDQSLNYALDFKVPAKLLGNDVANALTALGPKSSNKFDAIPVKVGVTGDFTNPKVSANMADVVKNITNEILEEQKNQLVGKGKDALLDILGGKKENNTSNEEDVTKKNETEETVNKIGEGLKGLFGKKKKTEETE
>CP037427|1762192:1814294|1797884_1799408_+|QBK76321.1|DBSCAN-SWA
MAFTIINSIASWILKKRIHQIDLFRKYPNEVQNDLFLNLMKTNEKTILGKQFGYDSIKSYGDFAERVPLFKYEEFEPYIERARQGENNIFWPEPIRWFAKSSGTTNAKSKFIPVSNEALENCHYKAAKDLLCLYLNNNEDSQLFTGKSLRLGGSKQLYEDKNTFFGDLSAILIDNMPFWAELSSTPSNKTSLMSEWESKMNAIIKEVRNENVTSFAGVPSWMLVLLNRIIQETGRGDLLELWPNAEVYFHGGVSFEPYKDQYKKLLPSDRFRYYEIYNASEGFFAIQDQNDCNELLLMLDYGIFYEFIPMDTFGTSNQKIIPLSEVEIGKNYALVITTNAGLVRYLIGDTVRFTSLLPYRIKITGRTKHFINVFGEELMIENTDRALAKTCIELNAEVAEYTVAPIFMEGKEKGAHEWVVEFSKAPDNLQLFSEVLDKNLQALNSDYEAKRTNNMTLNPLVFHSARKNLFYDWLKNNNKLGGQHKIPRLSNERTLLEELLSMQRILV
>CP037427|1762192:1814294|1767149_1768895_-|QBK76296.1|DBSCAN-SWA
MKRTLLTSYSSNFLWIIILSFLVCSCNKSDDTKVIDLKKLDSAYHYQQKADSLYHLNQLDSAFNNYLKSNQLFKHLAKTESITYNNLRISTIYLIAGDPNSAQEILVNEISQTNNISPTFKNYIYSILATCYSELIDYDLSNKYAYKSLRISNISVEAKAIINNNIASNYISLKEYTKAIDILQDILSSNVFKEMPLEQARCLNNLGKALYLQDKSQGLKELEEALAIRLNDINQNDIYRSYINLAEYYTLNKDYHSAHDYALKAYEITTTNKNKKDKLQALEYLIKSSTDSPSKYYADYIDLSKEIATETQQAKNQFAKIRYDFEQHEQENIKLKLDLQHSELVSARSKNALYVSLLCLLAGGVITSFIYRRIKHRHRLDKIQQSYLTETKIAKKIHDELANDVFNALTYTQNFNLQTPETKNHLLSDLESIYKKARNISLQHSSIATDETFVTHLTNLFNEYTTANCQIIISGLDNFDFSLLDKNQKITIYRVIQELLVNMKKHSMATIVVFKFSEDKKHFKIFYSDNGVGIIQEDIKSKNGLSNVENRITNIGGTFIFDSTNKLGVKYNIQLPKKNYV
>CP037427|1762192:1814294|1766485_1767157_-|QBK76295.1|DBSCAN-SWA
MFKKILVVEDYDSINIGIVQALSDNIPQVEVYSTKYCDDAWLKIQGAKNNNSPFDLIISDLSFQEDYRETKLKGGADLIKLIREQDDNLKIIVYSIENRFIEVSELIDDLKVNAYISKGRNSIKELLAAITYIQQEEKPYLSPDIKDVKDNPVTLVLQEEDLTILRLLAEGYSQSEMSHKFKEDNLSIASTSSIEKRISRLRVSFNAKNTTHLIGIVKDMGII
>CP037427|1762192:1814294|1805404_1806625_-|QBK76326.1|DBSCAN-SWA
MVVHFQGFFFKTYIVDKLSAQEWILIFTLVSLTALGPLAIDMYLPAFPKIAHDLNTEINRVQISLSTFLGGLAIGQLFWGPISDKYGSKKPIILCLSIFILSSLAVVFVKNIEVMWLYRFLQAFGSSGGVVIARAIVNKRFDKDQTLKIFSILAVIGGIAPIIAPILGNIVLKYLDWTHVFTTMALFATLSIGMTVFCLKEDYTNRIPTLNVGGILTNYFKLFKNKLFIRYTIIGSIAYSCLMIYISNSPVLVMEVGGLSSTHFSFVFMANSCGLMLGSFLTSSILRKRLSPKNIIKLGASTQFIAASLLWLFIQLDLSIYIQLVPLFFFVMPLGLLFPTTTTLALAPYKAESGIASALFGASQLAFTFMTSILLNSLNNGSMSIVALSLVACALVSFTLISTTKE
>CP037427|1762192:1814294|1786971_1788024_+|QBK76312.1|DBSCAN-SWA
MNTKILLFVMMLSSVVFGQEIQGYKLDHYLNELSKNNTEAGSLSIFKKGVEVYHKNFGQENLPDTSSDENKMYQLGSVTKLYTAVIIFKLIEEGKLELTTKLSDFYPDMPNADRITIKNLLDHSSGLGSYVVKNGEVWVTEKVTEQEILNLIKEQGVKFTPDTDRAYSNSAYYLLTKIIEEVTDKPYHLLVNQYIVNPLRLESTYSAKLMPIYVHKPYQFKHGQWAEMIDINPMNIIGVGDLTTTTKELNIFIYNLFHGKVITSASLESMLPQKIEGKFGRGIMHLVYDNVSFYGHGGDTLGTHTMLVYNPDDEVSIAYSSNAQQVPDQVFKGIVNMLYPNGYKILKEED
>CP037427|1762192:1814294|1769242_1769578_-|QBK76297.1|DBSCAN-SWA
MKKTVKVAMLLGVITLSMVSCDKDDNQLQMKKEVKVNGMDQEMEKDDWGVPPIKPPVRKIMNNINDQEIEKDDWGVPPIKPPVRKTMNNINDQEIEKDDWGVPPIKPPVRK
>CP037427|1762192:1814294|1789797_1790520_+|QBK76315.1|DBSCAN-SWA
MSCKTSHTDLSTGYCPDCGESIKLKRIDSHYVLHEISHVLHVEKGIFYTIKELLLKPGITVQKYITEDRSKLVKPIIFIIIASLIYSLIAHYFHIESFVSYHHSGGGGVADSIFLWGDTHSGYMNIIIGVFIAVWAKVLFKKHSFNLFEILILLCFVTGMSMLIFSVFAIIQGIVKVNLMAIAGVVGVLYCTWGIGQFFEVKRIKSYLKAFFAYVLGMLTFSVLVIIIGELLDYVILQSK
>CP037427|1762192:1814294|1769839_1770772_+|QBK76298.1|DBSCAN-SWA
MTLLTINDYTDSLKKHINKVQDLPQYTVLLSPSPAQLRNYCIGLCREDLSPDDKIILKDFFRGDSTELNDIVNSINRFELGWFKPIQSFLGKKTDTSKNHAVLEMVALMYDYEPRPYGKFRKSSVEIEEGSVADNQADSIIVEEKREAVEEKTIEDNIPPVQSFAESLPTTTPKNKFKRNLVIFTVIIIGLLGVGSLVSSMLSNDQCMKWEGDRYVAYDCGEATIKSFAGVSNEPVPYDKSILKNFKQISVDCDTEFFRKGKPKVWFVKTGEGKHDYFNNPGTGVHPISGKSLRPITQYHLNKYIYSKCK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
QBK76290.1|1762192_1762549_+|holin	phage holin family protein	NA	NA	NA	NA
QBK76291.1|1762646_1763969_+	trigger factor	NA	NA	NA	NA
QBK76292.1|1764062_1764722_+	ATP-dependent Clp endopeptidase proteolytic subunit ClpP	A0A223W000	Agrobacterium_phage	6.0e-44	48.7
QBK76293.1|1764725_1765967_+|protease	ATP-dependent Clp protease ATP-binding subunit ClpX	G3M9Z9	Bacillus_virus	4.7e-114	50.4
QBK76294.1|1765999_1766338_-	hypothetical protein	NA	NA	NA	NA
QBK76295.1|1766485_1767157_-	response regulator transcription factor	NA	NA	NA	NA
QBK76296.1|1767149_1768895_-	tetratricopeptide repeat-containing sensor histidine kinase	NA	NA	NA	NA
QBK76297.1|1769242_1769578_-	hypothetical protein	NA	NA	NA	NA
QBK76298.1|1769839_1770772_+	hypothetical protein	NA	NA	NA	NA
QBK76299.1|1771262_1772051_-	AraC family transcriptional regulator	NA	NA	NA	NA
QBK76300.1|1772181_1773519_+	TolC family protein	NA	NA	NA	NA
QBK76301.1|1773518_1774592_+	HlyD family secretion protein	NA	NA	NA	NA
QBK76302.1|1774581_1776177_+	beta-carotene 15,15'-monooxygenase	NA	NA	NA	NA
QBK76303.1|1777174_1777528_+|transposase	transposase	NA	NA	NA	NA
QBK76304.1|1778547_1778901_+|transposase	transposase	NA	NA	NA	NA
QBK76305.1|1778887_1779874_+|transposase	DDE transposase	NA	NA	NA	NA
QBK76306.1|1780232_1780604_-	hypothetical protein	NA	NA	NA	NA
QBK76307.1|1781081_1783679_-	DNA mismatch repair protein MutS	A0A1V0SJ67	Klosneuvirus	9.6e-45	29.0
QBK76308.1|1783750_1784269_-	FUSC family protein	NA	NA	NA	NA
QBK76309.1|1784432_1784720_-	hypothetical protein	NA	NA	NA	NA
QBK76310.1|1785004_1785529_+	TrmH family RNA methyltransferase	NA	NA	NA	NA
QBK76311.1|1785925_1786867_+	DUF3806 domain-containing protein	NA	NA	NA	NA
QBK76312.1|1786971_1788024_+	class A beta-lactamase-related serine hydrolase	A0A2H4JAN9	uncultured_Caudovirales_phage	1.9e-20	26.2
QBK76313.1|1788130_1788976_+	DUF3806 domain-containing protein	NA	NA	NA	NA
QBK76314.1|1789097_1789628_+	polyisoprenoid-binding protein	NA	NA	NA	NA
QBK76315.1|1789797_1790520_+	DUF3667 domain-containing protein	NA	NA	NA	NA
QBK76316.1|1790565_1791126_-	DUF1543 domain-containing protein	NA	NA	NA	NA
QBK76317.1|1791115_1792264_-	2-amino-4-hydroxy-6- hydroxymethyldihydropteridine diphosphokinase	Q06VC9	Trichoplusia_ni_ascovirus	2.3e-06	26.0
QBK76318.1|1792390_1794157_+	signal peptide peptidase SppA	A0A2I6UGK8	Salinibacter_virus	3.4e-17	29.0
QBK76319.1|1794292_1796923_+	AsmA family protein	NA	NA	NA	NA
QBK76320.1|1796975_1797773_-	DUF2797 domain-containing protein	NA	NA	NA	NA
QBK76321.1|1797884_1799408_+	GH3 auxin-responsive promoter family protein	NA	NA	NA	NA
QBK76322.1|1799615_1799846_-	hypothetical protein	NA	NA	NA	NA
QBK76323.1|1799965_1802119_-	S46 family peptidase	NA	NA	NA	NA
QBK76324.1|1802806_1804102_-	3-deoxy-D-manno-octulosonic acid transferase	NA	NA	NA	NA
QBK76325.1|1804212_1805343_+	DegT/DnrJ/EryC1/StrS family aminotransferase	A0A2K9L0G1	Tupanvirus	3.5e-36	30.3
QBK76326.1|1805404_1806625_-	Bcr/CflA family efflux MFS transporter	NA	NA	NA	NA
QBK76327.1|1806668_1807541_-	[acyl-carrier-protein] S-malonyltransferase	NA	NA	NA	NA
QBK76328.1|1807655_1809761_-	peptidylprolyl isomerase	NA	NA	NA	NA
QBK76329.1|1809997_1810189_-	hypothetical protein	NA	NA	NA	NA
QBK76330.1|1810190_1810748_-	LPS export ABC transporter periplasmic protein LptC	NA	NA	NA	NA
QBK76331.1|1810766_1812032_-	hypothetical protein	NA	NA	NA	NA
QBK76332.1|1812009_1812759_-	type III pantothenate kinase	NA	NA	NA	NA
QBK76333.1|1813307_1814294_-|transposase	DDE transposase	NA	NA	NA	NA

Sequences of DBSCAN-SWA_5

Nucleotide sequences of DBSCAN-SWA_5

>CP037427|2207139:2259556|DBSCAN-SWA
TATGGCTAATAAAAAGATCGACATGTTACAATTAAAACAATTACTACGTCTGTATACTCAAGGAGTAAGTAAACTTCAAATAAGTTCACAATTAGGTCTTTCACGTAATACTGTTAAGAAATATATTACTCTATTTACTACTTCAAAATTCACTTATGAAGAGATAAAAGAATTAAATGATGCAGATATAGAAGATTTATTTGACACTAAAGAATTGGATTCTGATGAAAAAGAAGCAATCTTGTATAAATATTTCCCTTACTTTACTAAAGAACTGCTTAAAACAGGAGTAACAAGACATATCTTGTGGGAAGAGTATCTTTTAAAACACCCTGAGGGTTATCGTTATTCTCAATTTTGCTATCATTTGCGAACCTGGCAGAAAAAAACATCTCCTTCTTTACATATGCAGCATAAGGCTGGAGATAAGATGTTTGTTGATTATACAGGAAAAAAGTTGTCTATTATTGATAAATCTACGGGGGAAATAACTTCTGTAGAAGTATTTATTGCCATTCTTGGTTCAAGTAGAATGACTTATGTAGAAGCCAGTCTAACTCAAAATACAGAAGATTTTATATCAAGCCTGACCAATTCCTTACATTTCTATCAAGGAGTTCCACTTGCTATTGTGCCTGATAATTTAAAAGCAGCTGTAACTAAAAGTGATAAATACGAGCCTAAAATAGCTCATAACCTCCAAGACTTTGCTCTGCATTACAACACAACTATTTTACCTGCAAGAAGCTACAAACCAAAAGATAAGGCCTTAGTAGAGAATGCAGTAAAAACAATTTATACTCGTGTATTTGCTCCACTTAGAAATAGGGAGTTTTTTAGTTTACAAGAACTAAATCAGGCAATAGCAGAATTGTTAGAACAACATAATGAGAAGCTACTTTCAAGAGAAAGAGTTTCAAGGAAAACGTTGTTTGAAGAAATAGAACAACCTGTTTTACAATCACTACCGAGACACAGGTATGAATTGAAATATGCGATAAAAGCAACTGTTCAAAAAATCAGTCACATCTACCTAAATAAAGACAAACACTACTATAGTGTTCCTTTCCATTACATTGGTAAAAAAGTAAATATTCTTTATAGCAAGGATATTGTTGATATATATCACAATCAAAGACTTATTGCTTCACACAATAGAGAATTAGGAAAGTATAGGTATACTACTGTAAAGGAACATATGCCTTCATCTCACCAATATATCACAGATTGGAATCCTACACAGTTTTTGAAATGGGGACAAGAAATAGGAGAATCTACACAAAAATATTTAGCAATGATATTAGATAAGCGACAACACCCTGAACAATCATATAAGTCATGTGCAGGAATTTTAAGCTTAGGTAAACGCTTTACTAATATTCGGTTAGAAAAGGCCTGCACACGTGGTTTAGAATACGAAAGATATAGTTATAAAATGATCAAAAGCATTTTAGAAAAGGGATTAGATGCTATTGAAGAACAACCATTAAACAAAGAAAGAGAAGTTCCTACTCATCAGAATATCAGAGGAGCAGCTTATTATCAATAGAACAATAATATTAAATTTTAGAAACATGAATCAAACAACTTTAGAAAAATTAAAGTATTTAAAACTTTATGGAATGCATAGAGCATTCGCGTCAACGCTACAACTTCCTACTTCGGATTATACAAATGATCAACTTATTGCTTATTTAACTGATAGTGAATATGATGATAGGGAGAACAGAAGAATAGAAAGGCTAATAAATACCGCTAAATTCAGATACAAAGCTTATATACAAGATATTAATATAGATTCATCCAGAAATATTGATAGGAATATGATTGATCGATTAGCTGCTTGTGAATTTATAAAACAGCAACAAAATATATTAATTACTGGTAGTACAGGGGTAGGGAAAAGTTATATTGCTTCTGCAATTGGTTATCAGGCTTGTATGTTAGGATATAAAGTTATGTACTTTAGTATCAATAAACTATTTTCTAAATTAAAGATGGCTAAAGGAGATGGCTCTTTTTCCAAGGAAATAGATCGAATTGAAAAACAAGACCTAATTATATTAGATGATTTTGGATTACAACCATTAGACAATCTTAAAAGACAAGATTTTATGGAAATTATTGAAGATCGCCATGGTAAGAGATCGACAATTATAGCTTCACAACTCCCTATTGAAACATGGCATGATATAATTGGAGAACAAACTATAGCTGACGCTATTTTAGATAGAATGGTACATAATTCTATTAGAATTGAACTTCATGGAGAGTCTCTAAGAAGTAAAAATACATTATTAAAAATTCAACAAAACTCTATTAAATAACTATACTTATTTTTTGTATTTTTAGCTGAAATATAAAACATGTTTTGGACTTGATTTTAGGTGGTCACTTTCCACCGGAATGACATGGTCACTTTCTCCGGAATCTACAGTTAAAGAATTGTGGGAAGAAGAAACAAAAGAAGAAGGTTTTAAATCATATTATTTGAAAGACAAACCTGGGTTTTTCAAGTAAACTATTTTATGGATAAGTTGAACTAATTATATCTACATTAATCAATGCATGATACAAGAGTTCTTGACGGGGTAAGCGCGGTTGGTGTAGATTGAATATAAAACCTTATGGTTTAACTAGTCGTGAAGTTTTTAATTAAATATTGCAAATAATAAAACTTATGGATGCTAAGCATGATTCTATGGTCGCTATTAAGAATTTTAAAGGTAAAAACTTTTTAATTAACAAGTATCAAAGGGGATATCGTTGGGGTAAAAGAGAAATATATGCCCTACTAAAAGATATTTTATCTTTTGATATTACCAGAGACGGTTTTTACTGTTTGCAACCGCTGGTTATGCTATATAAGGACGAGAATAATTTCGAATTAATTGATGGACAGCAAAGAGCTACTACTATTTTGTTGATTATAAAGTATTTACTAAAGGAAAATTATTTCCATATTCATTATGAAACAAGGAATTCAATAGATGATGGATCTAATGATTTTTTAACACGTTTGCATACTTTAGATTTCTCAGCAGTTTTACAATCTGAGTCAAAAGATATTGAAAATCATATATGGACTGTTTGGAAAGAATCCTTTTGCTATGAAAATAACATCGAAGATACGGTAGACAATTTTTATTTCTTTAAAGCGTACTGCTTAATTCAATTATGGTTTATTAAGAATGGCAATGGAGACTTTATTAAACATAATCTTTTAGAGTATACTAAGGTGATTTGGTATACTGAAGAAGTAGATGATAAAGATGTTGCTTTTACTTTTATTAATTTCAATGATGGTAAAATTCAATTGGATCAAGCAGAATTAGTGAAAGGTTTATTTGTGTTGGATATGAACAAGATAAGTGATTTTACGCGAAAGTCTTATGAGCTAAATCAATTTGCTGATGAATGGAATGCAATCGAACAACATTTACAAAGACCTGATTTTTGGAATTTTATTCAAAATAATCGATCAAATAAAGAATTAGCAAATAAAATTACCATCTTATTAGAAATTGAGAAAGGAAAGGGTGCCAAGGAAGAAGATTTGTATTACACTTTTCGACAGTATGAAAAAGCTTTTGAACGTGAAGAAAAACCAGAGTGGAGAAGCTTAGCAACTTTATACAATTTATTAGATGAATGGTACCATGATAGAGAAACATATCATTTAATGGGTGCTGTGGTGCATTTAACTACCAAAACTATACATACAGTTTTGGAAGAATATAGATCTTCAAGTAAGAAAAATCAATTAAAAAATTATTTAAAACAGATTTTAAAAGATGAGTTTTTTGAAGATAAAAAACAAAAGTTTAAGAGTAAATACGATATCAATGAGATTAAATATGGTAAAACGGGAGTTTTTCCAATTTTATTGCTATACAATATTGCAGTAGCACAATTACAAGATAAAAAATATTTGTTTCCATTTGATTTGTTTAATTTGACACGAGCCTGGAATATAGAACATATCTATGCTAAAAACTCAATGGGTTTTGAAAAGAATGAAGATTTGCAAGAATGGATGAAAGAGATAGAAGAACTATTTGCTGAAAATGCACAATTAAAACAGAATGAAGAATTAGAAGCTAAATTTAAACAGATAAAAGTAGATGATTTAGAAAGTGCTAATTTAAAGGTTAAGGACATTGAAACGCTTCTGGGAGATATTATAGATAAAGATCATTTATCTAATCTTTGTTTGTTGGATGATAAAACGAATATTCAAGTAGGAAAAAAAGTATTTAGAAAAAAGAGAAATATGATTCTTGAAGTGGATTCGTGTTTGGATCCAGAGGCTTATGTACCAGTTGCCACAAAACAAGTTTTCCAAAAGGCACTGACGCCATCAAGTGAGTTAACACTGAACTATTGGAATACAAGAGATAGAGATGCATATATGAGTGATATCTTGAATAAAATAACTGCTTTTTTAAATTAAAGTTATGATTATAAAATATACATTTCATCAATTATTAGCCAACCATATTATTGAGGTTCCTATTATCCAAAGGGATTATGCGCAAGGACGTCTTTCTGATAATGTAAATTACATTAGAGAACGATTTGTAAAATCATTAGTAAATAATATTGTTCAAAAGGAAGACTTACATCTTGGTTTTATTTATGGTAAGATTGAAGGGAAAGAGCGCCAAAGACAAGCAAAGCTTCATCAGGATTCAGTAAAAACCTTATTGCACACTGTAACACAATATGCGCATCAATTTAATATAGATGTAGAGACAAAAATTAATATTAATGAAATTGATGAAACGAGTAGTTTAATTTTTATACCACTTGATGGGCAACAGCGTTTAACCACTTTGTTTTTGTTGTATTGGTATATTTCCATGAGAAAAGGAGTGGTCTCTAAAGAGTTATTAAATTTTAGATATAATAATAGAAAACTAGCTTTGGCATTTTTCGAGGAGTTAACTACTAAAGGTAATATCGAAGTTATTCATAAAGAGCTAAGCGAAGAACTGGACAAACAAATCACAAAATATACGTGGTATTTAGATAAATGGAAATATGATGCCACTGTAAGTGGAGCTTTGGTAATGCTTCAAACTATACATAAAGAGTTTTCTACTCATAAAGAATTCGATTTTATGTCAATTAATCTCAAGGATTTACCATTTAAGTTTGATTTTTTAGACCTAGATGATTTAAGACAGTCTGATGAATTATATATAAAAATGAACGAAAGAGGTAAACAATTGACCGATTTTGAGCATTTTAAAGCATGGCTTCAAGATTGTATGAATAAAAAACAACTTTCAGTTGATGATAAGGCCTTTTTGGAAAGATTTTGGAAAAAGATTGATACAGATTGGTTGAATTTCTTTTGGAAAAAAATAGATGCTGATTTTAGATCACTAGATGATTTCTATTTTAATTATTTAAAGACATTGGCAATAAATTTTCATTTATCTACTTCTAAGAATACGGCTTTACCTAATCATTTAAAGGAATTATTACAAAAGATTAGAAATAGTGATACTTACGACAAACAATCTGTAAAATATATTCCCCTAAGTCAATTTATAATTGAATTAAAGAATGACAGTGGTATATTGGAAATTTTTGAGCTGTTTTCTATTGATTGTTTAAGATATATTGATAGTATAATGTCAACCTTAATTGGAGTTGAGGAAGATATTAAATATAAAATAAATTCGATTGTCAAGGAACCGTTTGTTTCGAAGGGAAAGAATATTTTATCACTTTATCTCAAAAATAATGCTTTCACTCCAAACTATTGGGACCAAGTTTATTATTACTTTATTTTAGAACTTCTAAAGTCTAATAAAATAAATATTGATTTTTGGATACGTAGTATGAGGAATATTATTTACAATACCTACATACAAAGTCCAGATAATGTATTCGATGCACTTAAAAGCATAGGTACATTACTGTCTTCAGACATACTAGATTTAGAAGAAGCTTTGAAGTCAGAAAAATTTAGTTTATCATTTTTCGATAAAAGTCAAATTACCGAAGAAAGATATAAATGTACGTTGGATCCTACAGTATGGGATTTTAATAAAATTCACAAGCTTGAAGATCATGAATATTTTATGGGACAAATTCAATTTGCGTTTGACTTAGCCACTGGTGATAAAGATCTATTTACAAAATACTCTGATTTACTTTCAGAGCTGTTTTCAACAAGAAATAATGAAATTTATTTGCAGCAAGCATTACTAACAAAAGGGGACTACCTTGTTAAAAGAACAAATCATTCATTTTGCCGTATATCTTATGATTCTTTAAGGAGTCGTAATGACAATTGGAGACAAATATTTGATGATGAAAAAAGAAGAAATCTATTAAGGAGTTTGTTGGATAACTTATTAGATCTTTCAGATCTTGATCTTGTAAATAAATTAAAGACAATAATTAAAAACCATAAATTTACTAAAGAAGATTGGGAATATTACTTTGTGGAAAACGGAGGAGCTATAAAAGAGTGTAAATACAATGAGATTAGATGGTTTTCGGCAAATGATGTTCGACTTTTACATTCCACAGCTATAACAGGATATCATTTAGAATTGAGAACTATGTGGCTATTTCAAGAATTAGAAAATCTTAAATTTGATATAAATCCGTTTGAAACTAAGGAATATCTGTGGGATAAAAATACAGGTGGATCTCCTGGAATTAAATTATCTTCTTTTAAATTAGGAGAAAAAGTCTATGACCTAGACATCAGATTTGCAAAAGATGGGGCAGGATATGAATGTTGCTTTTTCCATAAGGCAGCCACAATTAATGATAGATCTGCTGATGAAATAGTGATTAAATCGCTGGGTGATTTTATTTATGATGATGAATATAAGCATTATTTTAAAAAAGTCGATAAAGAGAAAATGATAGAATATTTATCTATATTAACGAGTAAATTGTCAACACTATGATCAACCCAATAGAACGCATCACTCAAAATCGTATCATTCAATTGTTTCAAGAACAATTGGGATATAGCTATTATGGCAATTGGGAAAAACGAGAACACAATAGCAACGTAGAGCAAGAGATCTTAAAGAGAAATCTACTCAAGCGTGGTTATTCAGAAACCTTAGCGAATAAAGCAGTAAAGGAAGTGTACGATTTGGCAAATACCAATGCAGGTGGATTGTATCAGCGCAATAAAGAAGTGTATTCGCTATTGCGTTATGGTGTGAAAGCTCGTCCTGAATTGGGAGAGAACTTTGAAACCATTTTTCCGATTGATTGGCAGAATTGGCAAAACAACGAATTTGGTATAGCGGAAGAAGTTACTTTAGCCAAAGGGCAAAATGTACGCCGCCCAGATATCGTGTTATATGTCAATGGAATTGCGTTGGGGGTTTTAGAATTAAAACGTGGAACAATTGATATTTCGGAAAGTATTCGACAATCTATTTCCAATCAAAAAGAATTGTTTAATGAGTGGTTTTATAGTACAGTTCAATTCCTTTTTGCAGGAAATAATACACAAGGTTTACGATATGGAACTATTGAGACGCCAGATAAATATTTTTTATCTTGGAAAGAAGATGAACAAGAAAACGAAGATTATAAATTAGACAAATACCTCAAAAAACTTTGCGACAAACAACGTTTATTGGATATTATCTATAATGGTGTTGTGTTTGATGCAGGTGTGAAAAAACTACCTCGTCCACATCAATATTTCGCCTTGCAAGAAGCCCAGCCATTTATCAAGCGCAGAGAAGGCGGAATCATTTGGCATACCCAAGGTTCGGGTAAATCCTTGATGATGGTGATGTTGGGCAAGTGGATTTTGGAAAATGTTGCCAATTCACGTATTGTTATTTTAACAGATAGAACCGAATTAGATGACCAGATAGAACGAGTATTCAATGATGTAGGTGAAACTGATATTGCTAAAACCAAATCAGGAAAAGAATTGATGGACTTCTTAACTTCACCACGCCCTCGATTAGTATGTTCGTTGATTCATAAATTCGGCAATAAAACAGAAACTGATTTTGATGCATTCATTAAAGAATTGCAAGATAATCCTGTAAAAACGCAAGGCGAAATCTTTGTATTTATCGACGAATGTCACCGTACGCAAAGCGGTAAGTTAAACCAAGTAATGAAGGCAGTATTACAAAATGCAGTTTTCATCGGTTTTACAGGTACACCTTTGTTGAAAGAAGATAAGAAAACTACTATGGATGTTTTTGGAAGATACATTCATACCTATAAATTCAACGAGGCAGTAGAAGATGGAGTGGTAAAAGATTTGATGTATGAAGGGAGAAATATTGAACAAAACCTGACTTCACAAGCTAAAATCGATCAATGGTTTGAATCAAAAACGGCTGGTCTGAATGATTTCCAACGAAATGAACTGAAGAAAAAATGGGGAACCATGCAAAATGTCTTGAGTTCTAAAAGTCGCATGGAAAAGATTGTAGCTGATATTATTTTTGATTTTCAAACCAAAACACGTCTGCGTTCGCAAATGGGAAATGCTATTTTGGTGGCATCGAGTATATATGAAGCTTGCAAGTATTACAATTTGTTCCTGCAAAGTGAATTAAAGAATAAATGTGCGATTATTACCTCATATAATCCCAATATGCGTGATGTATCAACTGAAGATACGGGTGCTGATACAGAAACGGATAAAGAATATATTTTTAATACATATACAGAGCTATTAAAAGAAGTTCAGTCCAGTGGTAATAAATCGAAGACAGAAACTTACGAATCTGAAAGTAAAGAACGTTTCAGAAAGGAACCAGCCAAAATGAAATTACTTATCGTAGTTTCTAAATTATTGACCGGTTTTGATGCGCCACCTTGTTCGTATATCTATATCGACAAAAAGATGCAGGATCATACCTTATTTCAAGCCATTTGTCGTGTGAATCGTTTGGATACCGATGATAAAGACTATGGTTACATCGTCGATTATATGGAGTTATTTGGCAATGTAACCGATGCCATTAATGTTTATACGTCCGAATTGGATAGTGAAGGATTCACAAAAGAAGAGGTTGAGATTAATCTAAAGGATCGATTAAAGATTGCTGTAGATCGTTTGTTAACAGCGTTGGAAACGGTAGAGTTCATTTGTGAATCAGTAGAATTTCCAAAAGCCGATATTGATTTTATTCGTTATTTCTGTGGAAATACAGAAAATCCAGAAGATTTAAAATCAAATGAATATAAACGCATGGCTCTATATAAAGCTATTGTAGAATATATTAGAGCTTATGCGAATCTGAAAGCTGATTTTGTCAATACTACTTTTACAGAAGCAGAAGTGAAGCGTTTTCATCAAAAGATGGAAGACTATTTGAATTTACGAGAGATCATTCGTAAAGCTTCAGGTGAAACTATTGATTTGAAAGCCTATGAAGCAGATATGCGTTTCTTAATTGACACCTATATCAAAGCAGAAGAGTCTGAAAAAGTGTCTCCCTTTGATGATATTTCCTTATTAGATTTGATGGAGACTGATATGGAGAAGGCTATTGATTCTTTGCCAAAAGGAATTAAGGGGAATAAGGAAGCCGTTGCAGAAACCATTGAAAATAATGTACGAAGCAAGATTGTAGAAGAGCATTTATTAGATCCAAAATATTTTGACCAAATGTCCGTTTTGTTACAAGAATTAATAGAACGCAGAAAACAAGAAACGGTTTCTTATCAAGAATACTTGGTAAAGATGGCAGAGCTAATCCGACAAGTTAATCGAGGTAAAAAGGATGATATACCAGTTTCATTAAACACAAAAGGCAAAGTAGCCTTGTACCATACTTTAGGCGATGAAGAAATGGCTTTGGCTTGTGAAGAAGCAGTCCAATATGTCAAACAGGAAGGATTTAGAGAAAACTTAGCCCGCCAGCGTATGGTGAAGAAAGCTATTTTTGATGTAGTAAAAGATATTGATAAAGTAGAAGAAGTTTATAAAATCATCGAAGCTCATAAAGACGAATATTAAAAATGACAGAACGTATAGAGATAGGGGAAGTAGAGATAGAGGTGACGTTCAAAGATATTAAGAACTTGCATCTGAGTGTGCATCCACCTTATGGACAAGTAACAATATCTTCTCCATTGTTTTATGATTTAGAAAAAGTGAAGATTTACGCTGCTACTAAATTAGGATGGATTAAAAAAGAGCAGCGTAAATTTTTAGAACAACTGCGAGAAGAGCCGAGAGTATTTAAAAATCAAGAGAGTCACTTTTTCTTTGGAGATCGTTATTTATTGAAGTTAGAAGAGAGTACGAGAAATAAAGTTGAAATCGCTGGTAAAAAGATTGTTTTAAAATCTTCAGATTTGAACAATGTTAAACAACTGCAAGCTACTCTGTATGCTTTTTACCGTAAAGAATTACGAAAGTATTTAGAGGCTAGGATTGTTTATTTTGCAGCGTTGATGAATATTGAATCACCTAGCTTCAAAATTCGAACTATGAAAACCAAATGGGGGAGTTGTGCTACAGATCAGCAACGAATATGGTTTAATATCGAATTGGCTAAAAAGCCTTTAGACTGTATTGATTACATTGTTGTTCATGAACTAATTCACTTGATAGAACGTCATCACAATAAACGATTTGTATTGTTAATGAATCAATATTATCCATCCTGGTGCACCCAGAAAAAGAAATTAAATGAGTTGCCTTTGTAATAAAACTATGTTTACATTATTACAAAGATCAAACACTTATATTACGTGATGTATGGAATAATTAGAGAGACTCGTAGGCTTTTTAATTAAATTGTTTTAAAATGAGTTTTTTATATATTAATGAATTAAGTATAGTTGTATAGATTTTTTTAGTATATTTAGTATTAAATTAATACACTAAAAATCATCGATTTAAAAGCTCAGCTATTTCATGGCACAAAAAGTTACAAAAGCCTGAAGGTAGCTATTTATAAGACATATGGAGTAGGGGGTAAATCCCTCTTTTACCAATAAAATAAAAACACCCCAACTACCACACAATAGTTGGGGTGTTTTACTTCATTCACTCTCCATCATCTTTAAAATATCCTCATACCTATAAAACATCAATCCACCAATCTTTTTAAATGGTATGGTACCATTTATTCTCATATTTTGTAAGGTACCAGGAGAAATACCAAGAAGCTTTCTTACCTCATAGCTTTTAATCCATTGTTTTATTTCTTGATCTTTCTTTCTATTAAAAGGGCTATACCTTCTTATCTCAGTAATAATCTCTTGTTTAAAAATCTCAAGGTCTTCTTTTGTAATAAATTCTACTTTCATAATAATAGTATTTAGGGTTAGTTTTGATTTGTTTTAAGCTGCTATAAGCTTAGTTCTAACCCTAAATAACAATTTGTATGTGTTGGTTTAGTTCTGTTGTCTTTGGGAGGTTTAATTTGACTTTTCAAAGTTGTACTTGTGATTTTCCTGAATAAGTCTTCTTTCTCTTAGGTTATCCATATCTTCACCCAGTTTATGTTCTAATACCTTCGCATAGATTTGAGTTGTTTTAATAGCCGTATGCCCAAGCATCTTACTCACGGACTCAATTGGCACACCATTATTTAGTGTAATGGTTGTGGCAAAGGTATGTCTGGCTAAGTGAAAAGATAAGTTCTTATCTATTTCACAGATAATAGCAATCTCTTTTAAGTAACCATTCATTCGTTGGTTACTAATAACTGGGAACAGTTTGCCTTTGGCAAAAGCAATAGGATGGTCTTTGTATTTTTCAATTAGTTCTAAAGCTTCAGGTAATAGCGGAACCCTTACAGGTATTTTAGTTTTCTCTCTGCTTGATATAATCCAATCTTTCCCATCGCTTCCTTTGGCTATATTTTGTGGTGCTAAGTGAAAGATGTCTATATAAGCTAAACCAGTATAACAACTAAATAAAAACATATCAAGAACGGATTGTAATCTTTCAATAGCAAAATTTTTGTTTACAAGGATTTCAAGTTCAGATTTAGTTAAGTGTCCTCTTTCTGTCTTCTCAAATTGAAGTTTATATTTGGTAAAGGGATCTTTCTCCATCCATTCCATGGTGATAGCTAAGTTGATTAACTTTTTAAACCTTTCAATATGTTTCATAATACCATTGTTATTTAAGGGTTGATGTTTGTGAATAGGTTTGCAGTTTCTCAGGAAGTTTTCAAAGTCAAAGATAAATTTGTAGTTAATCTCGCTTAAATAGACGTCAGTTCGATTGTGTACTTTACGCAAATAGCTTTTAAGGTACTTTTCCGTAGAGAAGTAGTTCTTTAGTGTACCATAAGCTAATTTACTTGTAGCAATCTCTCTGTGATAGTCTATAAGCTTTAAAAGAGATGATTCAGTATCATCATGTCCAAGAAAGATGTTTTTAACAGCTCCAATAGAGACAACTCTTTTTTGTTGGACTAATTGATGATAGGCATCTGTAATGAGAGAACGTACTCGCTCAATATGTGCATTGATTCGAACCGTATCCTCACTTTTTCCTTTTGCTTTTCCTTTAATGTTATCCCAAGAAGTAGGGGATATTTTTAGTTTTAAAGAAATTTCTGTTCGTTGTCCGTTTACTGTAACCCTAGCGTATATAAGGGATGGGACTGTTTTGTTTGAATTAGAAATACGTATAATGAAGTGTATTCCAAATGTGTTTTTTGTTTTCATATCAATCTATTTTAATGTTAACCGAACTGTTTTGATATGGTTTTAAAAAACTACTCACCAGAATAGTACTCAAACAAGACCAAAAAGCACTGAATTAAACTAAAATAAATTGTATTTAATTTATTGAAATACAATTAGTTAAACTCGATTCGGTGAGCTAATTTACCTTTTAAAAATAGCTCACCTAATAGCTCACATTTAGATTGATTTACAATGGATTATTATGATATATTTAAAAATAAAAAAATCCGTAAGTAATTGATACTTACGGATTTAGGCACATTCTGATACCGAAAAAGTCGGGGTGGCAGGATTCGAACCTGCGACCTCCTGCTCCCAAAGCAGGCGCGATGACCGGGCTACGCTACACCCCGCTAGACTTAATCTGTCATTGCGAGTGCAAAGGTAATATAATTTTTTTTGTGTGCAAGAAAAAAAAGGAATAAATAAAAATTATTTGACTATTTGTTTTTTCTCTTGTTTGTTGTTTTGAAACGAGGATAAAAAAACTATTTTTGTTATACTAACAATAAAACAAATCATTATGTCTGATATAGAAAGAGTAAAGTGTTTAATTATAGGTTCTGGGCCTGCTGGTTATACAGCAGCAATATATGCGGCACGTGCTAATATGGCACCTGTACTTTATCAAGGAATGCAACCAGGAGGACAATTAACTACAACAAATGAAGTAGAGAACTTCCCTGGATATCCAGAAGGAGTTACAGGACCTGAAATGATGATGCAATTACAGGCACAAGCACAACGCTTCGGTGCTGATATCCGTGATGGATGGGTAACGAAGGCTGAACTTAAAGGAGATGTAAAGAAAGTATGGGTAAATGAAACCACTGAGATTCACGCTGATACTGTTATTATCTCTACTGGTGCTACAGCGATGTACTTAGGATTACCATCAGAGCAACACTATTTATCATTAGGAGGAGGAGTATCGGCATGTGCAGTTTGTGATGGATTCTTCTATAGAAATCAAGAAGTAGTAATCGTGGGAGCTGGAGATTCAGCTTGTGAGGAGGCTCATTACTTATCTAAATTATGTAAAAAGGTTACTATGCTAGTGCGTAGTGATAAGTTCCGTTCATCTCGTATTATGGAGGAACGTGTGCGTAATACTGAAAACATCGAAATCTTGATGAATACGTCTACTGTAGATGTATTAGGTGATGGTAATGTAGTAACAGGTGTTCGTGTGAAAAATAATATCACTGGTGAAGAGAAAGACATTGAAGCTACAGGTTTCTTCGTAGCTATTGGTCATAAGCCTAATACAGATATCTTTAAAGAAGAGTTAGAGATGGACGAGACAGGATACTTAATCACTCAAGGGAAGACTAGTAAAACGAATGTTGAAGGAGTTTTTGCTTGTGGAGATGTACAAGATAAAGATTACAGACAAGCTATTACAGCTGCAGGTTCAGGATGTATTGCAGCATTAGATGCTGAGCGTTATTTAGCTGCTAAGTAATATGTATTGAATACAGTATATAAGGGAACCCAATAGTGGTTCCCTTTTTTATTATTAAAAGTTAATATTATATAGTGCTTAAAGGGATATTATTATATTTGTTTTTCATAAAAAATAGAAATGCTTTTACTTAAAAATATATCATTTAGTTACTTAGAAGAAAAAACAGTTATTAATAACCTTAGCTTGGTTGTCGAAAAAGGACAGCATGTTGCTCTGTTGGGAGAAAGTGGATGTGGCAAGAGTACTTTATTAAAATTGATTTATGGTTTACAGGATCTAGATCAAGGAGAGATTCACTGGAATAATAAGCAAGTTTTAGGACCTGCATATCATTTGGTTCCTGGAATAGATGAAATGAGATACCTAGCTCAAGATTTCGATTTAATGCCTTTTACTTCTGTAAAAGAAAATATAGGTAAGTATCTTTCTAACTTTTATATGGAAGAGAAAGAGCATCGTATAAAAGAACTTTTGACATTAGTAGATTTAGATGAATATGCAGATGTAAAAGTAAAACACCTAAGTGGTGGACAACAACAACGTGTTGCTATAGCTCGTGTACTTGCATTAGAGCCAGAGATTCTATTATTAGATGAACCATTTAGTCATATTGATTATTCGAGAAGAAGTCTGCTTAGACGTAATCTATTTGCTTATTTAAAAGAAAAAGGAATTACGTGTATAGTGGCTACTCATGATAGTATTGATGCATTGAGTTTTGCTGATGAGACAATTGTACTAAAAGATGGCGAGTTAGTGGATATGGGGGAAACCAAAGATGTATATGAGTTTCCATTGAATAAATATGTAGCATCTTTATTTGGAGAAGTTAATGAGTTATATATTTCAGACTTTACAAATTCTTTTGAAGAAGACGAATTATTGCTAATTTATCCTCATCAATTAATGCTCTCAAAACAAAAGGGCCAAATAGAGGTAGAGGTGCTTGATGCTTATTTTAAGGGAGATGGTTATATGATAAAAACTTTCTTTAATGAGGATAGAGTAGTATTCTTTGACCATCCTTTTAATATCGAAAAAGGGACTAAGATTAAACTAGCATTGAAGAAATTTCAATAATAAAAAACGCCACTTTAATTAAGCGGCGTTTTTTTGTTGTATATATAAACGAAAAAAGCTCAGCAATTGCTGAGCTTTTAAAATATACTATTTTTTGTTTTTTACATTTTTTTCTAAGAATTGATCTTGTTCCCATAATAGGTGGAAGATATTTTCTTTAGCAGCATATCCATGACTTTCTTTAGGAAGGATAACCATTCTAACTGGCGCACCTAATCCTTTTAAAGCTTGGAAGTAACGCTCTGTTTGTAATGTAAATGTTCCAGGGTTATTATCAGCTTCACCATGTACTAATAACATTGGAGTCTTCATTTTACTAGCATTCATAAATGGAGACATTGTATTGTATACTTCAGGAACTTCCCAATAGTTTCTTTGTTCTGTTTGGAAACCAAATGGAGTTAATGTTCTGTTGTAAGCTCCACTACGTGCAATACCTGCTGCAAATAAGTCTGAATGAGTAAGTAAGTTAGCTGTCATAAACGCTCCGTAAGAGTGTCCTCCTACAGCTACTCTCTTTCTATCGATATATCCTAATGCATCTACAGCATCAATAGCTGCTTTACCATTTGCCACTAATTGTTCTACATAAGTATCATTTGGCTCTTCTTTACCTTCTCCTACGATAGGGAATGCGGCGTCATCTAATACCGCGTATCCTTTCGTCACCCAGTAGATAAATGATCCATAAGAAGGGAATGTAAACTCATTAGGGTTATGTGTTACTTGCGCAGCACTATTTTTGTCTTTGTACTCAGCAGGGTAAGCCCAGATTAATAGAGGTAATTTCTCTTTCTTAGCTTTGATATCATATCCAGCAGGTAAATACAAAGTACCTGATAATTCTAAACCATCTTCTCTCTTATATTTAATTACCTCTTTGTGTACTCCGTTTAAAGAGCTAAAAGGGTTTTTAAATGAAGTGATTGCTTTTAAGTCATTCTTCTTATTGATATTTCTGAAGTAGTAGTTAGGATATTCAGTAGCTGATTGAATAGATACTAATACTAATCCTTTCTTAACATCTTCTATAGATTGAATAGTCTCTTTTTTATCTGTGTAATTAGACTGGTACAATCTTTTTGTTTTTAATGTTTTTAAATCGAACTCATCGATGAAAGGGAATTGTCCTTTAGCTGTATAACCTTGTCCGATTAAGAAAAGTTTATTATTTTCTTTAGCTAATACATAACGGTCAAATTCATTTCTTTTTAATTCGAATGTACCTGGATCACTGTATACGTCTTGTGAGTTTCTGTCTTCTATTTTTACAGGAGCGTCATTAAATTTAGATGGATCAATAATGAATGTTCTAGTATTTCTAGTATCATACCACTGATCGCCTACTAAAGCTAAGTTATCATCTCCCCAAGTGATTCCACCATAACGTTGAGATAATTTAACAATAGATTTAGGTGGGTTATTAAATGGGGCATCCCAAGTAAACACTTCATCTCTGAAAGGTACATCTTTCGCAGGATCACCACCATCTAAAGCTTCTACATAATAAAGAGTAGCGGCTTTATCAGCTCTCCATCCCATATTTCTCTTTCCTTCACGAGTTGCCATAAATCCTTTAGGCATGATTTCATTTAAGGGAATATCATTTACTTCTTTTACTAAGTTACCTGCTTTGTCATAAACTACAGTTTTCATAGGAAAACGGTTTAGTGATACTAAGTAAGAGAATGGTTTCTGTAATGTAGTAACCATTAAGTATTCTCCATCAGGAGAGAAACTAGAACCGACAAATAAATCTCCTTTTTTGAAAAGTGTTTTATTCCCTTTAAGGTCTATTTTATACAATTCAGATGTTACTAAAGTTTCGAAGTTAGCTTCATCAGTTTTATTCTTTAATAAATCTTGGTATGTTCTGTTTTGAGAAACAACACCTTCACTCACAGATACAATAGGACCTGTTGGTAAATTTTTAGAAGTATCGATTAATGCAGGTCTATTAGCAGGGATCTGATTAATCAATAAAGATTGACTATCCTTAAACCAAGTAATAGGGTTGCCGATATTCGCATTTAAATTTGCTTCAGTTAGCTTAGTTGCTTGAGCAGTCTTTACGTCTAAGATCCAAAGCTCTACACCGTTTTCAGCAGTGTTTGTGAATGCTAATTTTGATTGATCAGGAGACCAAGTAATATTCGTAATTCTAGGATTAGCTGGTAATCCTTTTACTTGTATTTCTTGAGTATCTTTTATTTTTCTAACTTTTAGGTTAGTAATATAAGTTACTGTGCTTGAGATATTTGTGTTTACATCGATACGTAAACCAGCAAGTCTCATTTCGTTTACATTCAAATCCATTAATGTCTTATATGTACTTCTATAGCTTAGAAGCATATATTCCATTTTGTTGTCCATAGATATAGCAGGAGCTCTTTCGAAGTCAGCTAATTCTAGAATTTCTTGTGATGGTTTTTGATATGTAACATTTTCTTGTGCGTACATAGAACTAATCAAAAATAGGGATAATAAGGTTGTTTTGATGATTCTCATTATGGTTAGTTTTAACGTTAGGTCGGCTAATATAAACGAAATTATTGAGTGTTCTGTGAGTGTATAGCCTTTTTATGGCAAAAATGTTTAAGTTTTTAGTTATTAGTGTATTTTTGTAGCTCGTAAACCAATTTTTTTTTAAAATGTTTAGATCAAAAATAAGCGGATTAGGTTATTACGTTCCTGAGAATGTAGTGACCAATGACGACCTGGCGAAGATAATGGATACTAACCATGAATGGATTGTAGAGAGAACAGGTATACATGAAAGAAGACATAAAGCATTAGAAGAAGATACAACTTCTGGAATGGGAGTAAAGGCTGCTCGTATAGCGATGCAGAGAGCAGGAGTAGAAGCAAAGGATATTGACTTTGTCGTATTTGCTACTTTGAGCCCTGATTATTATTTTCCAGGACCAGGAGTAATGTTACAACGTGAATTAGGATTAAATACCGTTGCGGCATTAGATATTCGTGCACAGTGTTCAGGTTTTATCTATGCTTTATCTATAGCAGATCAGTATATTAAAACTGGAATGTATAAAAACGTACTTGTGGTAGGGTCTGAAGTGCACTCTACAGGTTTAGATATGACTACTAGAGGTAGAGGAGTATCTGTTATTTTTGGAGATGGAGCTGGGGCAGCAGTATTGACTCGCTCTGAGAATGAAGAACAAGGTTTGTTATCTACACATATCCACTCACAAGGAGAACATGCAGAAGAATTAGCCTTATTAGCACCAGGAATGGGAGGTAGATGGGTAACAGATATTTTAAAGGATAACGATCCTGATGACGTTAGTTATACTCCTCATATGAATGGACAGTTTGTGTTTAAAAATGCAGTAGTTCGTTTTAGTGAGGTGATTAATGAAGGATTAGAAGCAAATGGTCTACAAGTATCAGATATTAATATGCTAATCCCTCATCAAGCCAACTTGAGAATATCTCAATTTATTCAGCAGAAGTTTGGTTTATCAGATGACCAAGTATTTAATAATATCCAAAAATACGGAAACACAACTGCTGCTTCTGTGCCAATTGCTCTAACAGAAGCTTGGGAAGCAGGTAAGATTAAAGAAGGTGATTTAGTTGTATTAGCAGCTTTTGGAAGTGGATTTACTTGGGGGAGTGTTATTATTAAGTGGTAAAAAATAATTATATTAGCTTTAATTAAGTTAATGTAGTTATGAAATTTGATAAAATCCACAATAAGGGTCAGGCTAGATTATTTAAGAATCCTTATTTAGAAATGCTTACTAAGGGACATCCTGCAGTTATTTGGGGGATGTATATACCTGTATTATCGTATATAGTATATTTAGGATATACAGATTACAATTTATCAGTCCAGAATCTTATTCTTCTATTCTTTGGAGGAATGATATTCTGGACTTTTTTTGAATATTTAGCTCATCGTTATATCTTTCATTTAATAAGTGATAAGCCAAATGCACAGAGATTTGCTTATATTATGCACGGCAATCATCATCATTATCCTCGTGATAGACAGCGATTATTTATGCCTCCTGTGCCTAGTATTATATTAGCTTCTGTACTTTTTGGATTGCATTATCTGATCATGGGAAGATATACATTTGGTTTTTATCCAGGTTTTATAATAGGATATTTATTATATGCATCAATGCACTATGCTATTCATGCATTTGCACCACCTTTTAAGTTTATGAAACCACTGTGGCGAAACCATCATTTGCATCACTATAAAGATGAAGAAATGGGCTTCGGTGTAAGTAATACCTTTTGGGATCGAGTATTTGGAACAATGTTCGACTTAGATAAAGAGAAAGAAGATAAAGAGAAGGTAAAAGAACTTATGTTTGAAAAGAAGAAATAAACGAAAAACGACTATCAAGCTATGATAGTCGTTTTTTTATGATATTATTTCCATGTGTTTTCTGCTATATAGATAGGCATACCCCATATGACATTAGCTAAGCTTGGGTTATCTATAAAAGGATTTCTATTTCCTTGAGCATAACGAAATTCAGGGTTTTGAGGATTGCCATGATATTCGTTTCTTCTTCTTTCTATTTCATCTACAGGATCTTCGGCATTCCACTTTAGGAATAAGTCAATCATACTATCTGTAAGAGGAGCTCTAGAGTTGATAGGTATACCTACTTTACTAGCATTCGTATATCTATCAAAATCAGGTTCGTTTTTGTTACTTTCGTAGCGAATATGCATATATAGCATCATACGTGCCACGTCACCTTTCCAATCATCTCCTGGATACCAATTATAAGAACCAACTGGTCCAGAATTACCATGCCCATCAGCAAATTTCTTATTGCCTCTTGTATTATTCCATGTTCCATTTATAGATCGTAGGTTATGAACATCTGTTCCAGCAATTTCAGGAATAGATGTCCCAATATAGTTAGATTTAACATTCGCAATTAAAGCAGTTTGTTTAGTGTTTTTTACAACAGCAAGAGATTTTGCAAAAACGTGTTCACGTTCCCAACTATAATCTCTATTACTTCCATTGCCACTACTTTTACTAGTTTTATGCATAGATCTTTTATGTATAACATTTTTAGCATCCTTATCTGGCCATCCATAAATAAGGAGAACATTGTTAGGATTGTCAGGATCTTGATCTGTGTATTCTATTGCTTCCCATACACCTGGTGTATAGGGTATTGGATGATGTGTTTGTGTAATTAACTTCGCTAGTTCTTTTTTAAGTTCCATTCCCTTTTTAGACCAATCGATGCTTTTATAGTAATCACTATATTCTGAAGGGATTTTGAAAGTTTTAGGATCAGGTATGTCTTTATCATTGCCAATAGGAGGAACTACAACTGGAGGTGTAGGATCTACTGGTGAAGTAGGTTTGTCTATTATAGTATTATCTTCTTTTGAGCAAGAAAAAGATAATATAGCAAGACATAGTATTATACTAAATCTTTTAATCATTGGTAATTATGTTTTATTGTTTCTGTTATGACAAAATTAGGATCAACGTTAAAAGTTGGGGAGGAAAGTGTAAAATAATATCTTTGTGCTATGATGGATAGCCAAGAAATACTAAAACTAATCTTACCTACTTACTTAGTAGAACACTTCAATATTACTAAAGTAGAAGAATTAGAGACCAAACTACATATCTACTTTGAAGAGAAGAATGATTACGGAAATCAATGTGCTGAAAGACAGCTTATTTCTAAAGGTTTCCATAGTATGATTACTATTGAAGACTTCCCGTTACGAGGTAAATCAGTTAAACTACACGTACAACGTCGTCGTTGGACAGATAAACAAACAGGAGAAATTATATCACGTGATTGGAATATCATCGCAGAAGGAACACGAATGACTACAGAGTTCTCGGAGTTCTTAAAAAAAATTGGCCGATACTAAAGTACTTAGCTGTAAGGCTATTGGTGAATTATTTGGAGTTAAAGGTGAAAAGTTTCAACGCCAATACAAACATAAAACTAGTGGTTTCAAACAATGGGATCAACAAGAACATGCACAAGACTGGCTACTCTACCCAGAAAATATAACTGAACAACTCTCCATAGATGAAGTATGTTTATCTATGGGAGAATTGTACACTATACTGACTTCTAAAGCAGGTAAAGGTCAGAAAAAGACCATTGTAGCGATAGTTAAAGGAACAAAATCAGATACTGTAATAAAGCATCTATCTAAACTACCTAAAAAACTTAGAGATAAAGTTACCGAGATTACTTTAGATATGGCAGGGGCTATGAAACAGATAGCTAAGAAGTGCTTCCCTAAAGCTGTGCAAGTAATTGATCGTTTTCATGTACAAAAGCTTGTAAGTGAAGCTGTACAAGATATTAGAATAAAATATAGATGGGCTGAGCTTGACGCTGAGAACACTGCTGTTTTAAAGGCTAAGGAAGAAGGCATTATATATAATCCTGAAATACTTAGTAATGGAGATACTAAGAAGCAACTTTTAGTTCGCTCACGTTCTCTACTTTATAAAAACCAAATTAATTGGACATCTGACCAACAAGAAAGAGCTAAGGTACTATTTGAATTATACCCAGAGATCAAACAAGCCTATCTACTTGCTAATAACCTTAGACAGATATATAATCTACAAATAGATAAAGAAATAGCTATGACTAAGCTAGCTCATTGGTTTAATGATATTGAAAAAGCTTCACTCAAACACTTTAGTACTGTTTTAAAGACTTTTAATGTACACTATAACGAAATCATCAATTACTTTATTAATAGAAGTACAAATGCTTCTGCGGAATCATTTAATGCCAAAATTAAATACTTCCGTATGATGTATAGAGGTGTTAGGGATAAGAAGTTTTTCCTTTTTAGATTAACTAGACTTTTTGCCTAGTCCCCAACTTTTGTCACTGATCCCAAAATTACTTAATTAAAATGATAATGACGGAAAGTGTCCAAAATAAACCAAATAAAAAAGGACATCTTAATTAAGATGTCCTTTTGCCTTGTAGCGAAGACGGGAGTTGAACCCGTGACCTCAGGGTTATGAATCCTGCGCTCTAACCGACTGAGCTACCTCGCCATTTTTGGTCTGCTTTACTTCCGTATTGCGAGTGCAAATATAGTAGTATTTATGGGTTCTCCAAACTGTTTTGAATAGATATTTTTAAAATAAATGACACGATTAGTTTAACCTGTTTAGAATGAAAAGTTTACTGTAGAAATATTTTTTCATTTTTTTGAAATATTTTTATTCTCACCAGTCTCCTGTTATAAAGTACTTTTTATAGAGGATAGAATAAGGGTAAATAAAGTTTCTTGCACTATTTTTTGTATTTTAAATAAAGTATAAGGCTATGTTTTTGTGTGGTTTCTCAAAAAGATACACATTGTTATAATTTTGTGAAATTTCTTTTAGAAATTGTTTTGATATATATCTTTGAGGGTATGGAACTATTAGATTATCTTTTTCACATTGATAAGTATTTGCACATCTTTATAGAGCAATACGGAACGTGGTTATACGTTATTTTATTTTTAATTATTTTTGTTGAGACTGGATTAGTGGTCATGCCATTTTTACCTGGTGATTCACTTCTCTTTGCAACAGGAATGTTAGTAGCTCAGTCAGATGAACTGAATATAGTATTAACCATTGCAATTCTTTTAGTAGCAGCCATTACTGGAGACTCTTTAAACTATTATCTCGGACGAAAAGTAGGAATGCGTCTGACAGAATTTAAGTTGTTTGGTAAGCAAGTAGTGAAACAAGAGCATCTAGATAAGACACAGTCTTTTTATGAGAAGTATGGAGAGCGCACCATCGTTATTGCTCGATTTGTCCCTATAGTTCGTACATTAGCCCCTTTTGTAGCAGGTATTGGAAAGATGAGATATGGAATATTTATGACTTATAATGTAGTAGGAGGGATAGTATGGGTAGTCGGACTTACTCTAGCAGGATATTTCTTGGGTAATATACCTCTTGTAAAAGATAATTTCTCTAAAATTGTACTTCTGATTATCGTAGTGTCTGTATTGCCTATTGTGTATGAGTTTATAAAGGCTAAAGTACAAAGCAAAAAAGCAATTGAATAGAATATTAATTTAAATAATAAATGATAGAACCAATGTGATAAGCATTGGTTTTTTTATGGCTTTATTCAAAAATATGTGATAGTGATGTATAAAAGAAACAATACAAGATAGTCTCTATTCAAGATTGAGCTTATTATTGTCTAGTTGTAGAATTAATCTAAGACTGTGAAGTAGAATTGAATTAATAGGGGAGTGCAGATACTAGATATAATAAAAAAAAGCTAGAAATCATCTACTGACTTCCAGCTTTTATTTATAATAGGGTTTTGTTATTTACTCCATTTGTTTTCTGCCTTAGGACCACCCCAGATGCGATTAGCTAATTCAGGGTTGTCAATGAATGGGTTACGGTTACCTTGAGAATATCTATAGTTAGGATTATTTGGGTTACCATGGTATTCATTACGTCTTCTCTCTATTTCATCGACAGGGTCTTCTGCATTCCATTTTAAGAATAAGTCAATCATTTCATCGCTTAATACACCAGCTTTAGCATCTCTAGGCATTCCTACTTTAGTAGCTTTAGTATATCCTCCTCCATTTTCGTTTTCATAGCGGATATGCATATACATCATCATACGAGCTACATCTCCTTTCCATTCATCACCAGGGAAATAGTATTCTTTACCTACTTTTTTTGAATTTCCACTACCATCTACAAATTTGTTATTACTTCTAGATGAGTTCGTAGATCTATTGATTGCACGTAAATGGTGTGCATCATGTCCTGCTATTTCTTCTGATGTAGTAGGAATACGATCAGAACCATCAGAATTTTTACCGAATACAGTTATTAAGGCTTTTTGATTTTTAGTTTTATCTGTCGCTAATGCTTTAGCGAATACATGTTCTCTTTCCCAAAGAGAGGTAAGGGGTAAATTTGTTGATTTATCGTTTTTATGTTCTTTTGGGACAGATCTCTTTTTAGTGATATCATTCTTAGCATCTTTATCAGGCCAACTGTATATTTGAAGAACATTATTTTTATTCTCTGGATCTTCATCAGTGAATTCTGTAGCTTCCCACATCCCTGGTGTATAAGTTTGTGGGATATGTGTATCTTTCACTAGTTTTGCTAACTGTTGTTTTAGTAGTGTTCCTTCTTTAGTGAAGTCTAGCTTGCTGTAATACTGTTGGTATTGAGCAGGGATGATGTAGTCTCCAGGATTAGGAGTGATATTTCCTCCTTCATCAGGTTTTTCTCCTCCACCGTTACCTGGTTTTTCTGTAGGTTCGGTAATAATAGGGTCTTTTGTACAAGAAGTAGCGAAGACGGCTAATCCTGCTAATACAAGTAATGTTTTTTTCATGTTTGGTAAGTGATTTATTATTCTGTTTTTTTTACAATAGAATGAATAATTATTGCGCTATTCTATTAGTTTGCAAGTTAACTTATTCTCTTCTCTAAGTTTAGTTGATACAGATAGTTTATGAATATTCATGTATATACGCAAAAAGAGGAAGTATGATATTGTTATTTATTGTCAGTATGAGAAGAACTCTATTTTTTTAGGTTTTTTAGTATTAATTAGTGAGGCATTTTTAGGGGGATAAGGCAGATAGAAGGCCAAAAAAAAGGACAATCCGTCAGATTGTCCTTATAATGTATCTAAAATTGTAAAGTTACTTTTTTGCCCAATGATTTTTTGCTTCTGGGCCACCCCAGATTTGAGTGGCTAGATACGGATTGTCTATAAAAGGGTTTCTATTTCCCTGAGCATATTTATTATTTGTGTTAGCATGATACTCATTTCTATATTTCTCGATTTCAGAGACAGGATCTTCAGCATTCCATTCTAGCAATAGATTAATCATATTTGGATCTATTTTATTAGAAGTACCTACTACTACACCAGCATTTCTTCCATTATTTCCTTTAGGAGTATACTTAGGGATACATCTATTCTCATAACGGATATACATATACATCATCATACGTGCCACATCTCCTTTCCATTCATCGCCAGGATACCAGTAATCTCCTATTAGCTTAGAAGGGCCACTACCTTGTGCAAATGGTTTATTTCCTCTAATACTATTCCATTTCACATCTGCAGCTCTTAGATGATGTGCATCTGCTCCTGGGCCAGCTTCGTTTAGATTAGGGGTACCTAGTGATTTAGCATAAGTGTGTTCTCTGTTCCATTGTCCTTGTCCACCACCATTACTCTGTTTACCTCTAGTATATGCTGTGGTTCCTGATCGCACTCCTTTATGACCATATAATAGATATACTTCATTACCTTCAGGTGTTAGGTCAGTTGCTTTGGTAGCTTCCCATATTTCTTTATAGCTTAATTCTCTTACGTGTTGACGAGTGCTTAGTTCTGTTAGCTCTTGTTTTAGCGCTAGACCTGTTTTAGTGAAATCTACTCCTTGGTAATAGTCTTGTTCAGACTCAGGAATAGAGAGAATACCAGTGGTAGTAGCCTTACTTTTTTCAGTGGCTTTAATATCAGTAGTAAGGACTTCTCCTGTTGAGTAAATAGGGGTAAAGTCTGTATTACTCTTTTTATCACATGCACCTAGCGTAAGTACTAAAAGAGATATTGAGGCTATAAGGAAGTTGGTTTTCATACGTCAGAAATATCAAAAGGAGTATATAAGTAAAAAGCCTGTTTTAAGGTAAAACAGGCTTTTGTTATCGATAGGTTTATTTTTTCTCTAATAAAGCCATATAGAATCCGTCAAAACCAGACTCACTAGATAGAATTTTATGATCTTCGATCAGTTTAAAGTCTTTACCAGTATCTGATTTTAAGAACTTTTCTATCTGTAGTTCATTTTCAGAAGGAAGAATAGAGCAGGTAGCATATACCATCTTACCACCAGCTTTAAGTATCTTAGAATAATCTTGTAATACTTGCTCCTGTACTTGCTTAATTTCTTCTACGAACTCAGGTCTAAGCTTCCACTTGCTATCAGGGTTTCTTTTTAATACTCCTAATCCACTACATGGTGCATCTATTAATAGACGATCAGCCTTGTCATGTAGTTTTTTAATCGTTTTAGTACCTTCTATGATTCTGTACTCTATATTAAAAGCTCCGTTTCGTTTAGCTCTGATCTTTAGTTGCTTTTGTTTGCTCTCATAGATATCCATTGCTATGATTTGTCCTTTGTTCTCCATAAGAGAAGCTAAGTGTAGTGTCTTACCACCTGCACCAGCACATGTATCTACTACACGCATTCCAGGTTTTACATCTAACAATCTAGCTACTAACTGTGAAGAAGCATCTTGTACCTCAAACAATCCTTCTTTAAAAGCATCCGTCATAAATACATTCGCTCTTTCCTTAAGAATTAATGCATCAGGATATTCTTCTGGTAAGATAGTCTCTATATCTAGATCCATCAGAATACCATATAGTTTTTGTCTAGTTGTTTTTAAGGTATTCACACGTAAGATCACGCTAGCTTGTTTATTCTGAGCAGCAAGTTCTTTTGTCCATTTTTCTTCACCTAATTCTTTCACACCTAGTTCATCCATCCAGTCAGGAATAGACTCTCTGAACTTACGTGTTTTATTTAATTCGTCGAATCTACCTTTAATACGTCTTGCAGGTGTGTTTTCGAAGTATTTCCAGTCCGGCAATGTATAACCTCTAAGTACAGCCCAAACAGCGAATATTCTCCAAGCGTCATCTCTGTTTATAGGGTCTTTTACTTCTGCTATTTCAGCATATAGTCTTCTCCATCTTACGATTTCATAGATAGTCTCAGCTACGAATTTTCTATCAGCGCTTCCCCAGCGTTTATCTTTTTTCAAGGCTCTAGCTACCATTTTATCTGCATACTCACCATCGTTGAATATAGCTAAAATAGAGTCTATAACTGTAAATACAAGGTTTCTGTGTAATCTCATTATTATATTATATATAAAATAGCCCACAAATATACGTTGATTTGTGGGCTTTATAGGTATGGATTAGTATTATTTTAAGTTAAAGAGAATTACTTCTTGTCTTTATACTTTTTTAAGAGTTGACGGTTAAAGTCGTCTTCTGCTTTTTTTAGAACAAGAATTTTCTTTTCACCTATGATCTTTTTAGTATCTTCTACAAACTTGATTCGAGCAGAAGAATAAGACTCTTCGAAGTCTATTAACTCCTGTACTTTCTTAATCGCTTCTTTATCACTTAGTTTGTTTAAGTCTTGTATATCTGCGTTTTTGATGTATTTAAATACATTAGTATGTCGTAGTTCTGACATCTTCTTATCATAAGCGATGTAGATAGGTAAGAACTTTTCAGCTTGTTCGCTGCTCAAATTTAATTCAGCTGTAATATGAGCAACTTTTAATGATCTAATCTGATCATGTTTGTCTTGTGCATAAGTAGTTACACTAAACATAAGCACCATTAAAATACTTAATAATTGTTTCATTGTATTATTCATTTAAGTAATACTCGATGTCAATATGTGATAACACATAATGATCTATTTGGGATTGTTTTATTTCTATATTGTCTTTTAGGTCATTGAAGTCCTCTTCATCTAATGCATTGATAATATCATTGTTTAAAGAAAAACTTTGATTGTATTCTAAGTAATTCTCTATACTATCCTTATTTAAGGAATTAGAATCTGGAGAAAAGAAGAACTTTATACCAAATAGCAATGCAATAGCCGCTGCTGCGGTGGTCCAAATATAACGGTTTTTATACAGAGGTACTATTTTAGGAGTAGGGGTGATAGAAGAGTCAATATTAGCTAATACTCTACTCTCTAGATTAGCAAAGTAGTCTTCAGGTACTTTAAAAGTATCTTTAGGATCTTTCGTATTTAAATATTTATTGTCCATATTCTTCTCCTTTATTAGTTAGACGATTAAAAAGTACAAAGGTTTAATTTGACTTTATAAAAAGTTCTATTTTCTTTACTGCGTGATGATAAGAAGCTTTTAGTGCTCCTACACTAGTCTCTAAAATTTCTGATATAGTCTGGTAGTCTAGATCTTCATAGTATTTCATTTTGAAGACGAGTTGCTGTTTTTGTGGTAATGATGCTATTGCCTTTTGTAAAATGAGCTCTGCTTCATCACCATCGAATAGGCTGTCTGCCTCCAGCTGATTGACTAGATACTCATTTAGCTCATCATCTTCTAGTTGCATTTTTCTACTTTTTGACTTTAGAAAATCTAGTGCTTGATTAGTCGCTATTCTATACATCCATGAGAACAATTGACTATTACCTTTAAAGGTATCTATGTTTTGGTAGATTTTTATAAAAACTTCTTGTAGCACATCGTCAGTATCATCGTGATTTAATACTATAGTACGGATATGCATATACAAGCGCTGCTGATAGAGGCTTAGTAATTCACGAAATGCTTCATGCTTTGTGTCGTTATTTTGTAATCGATGTAAGAGTGAAATTTCGTCTGACAAGAGTTTTGATATTTTATAGTTTGTTTTTGGATGTGAGAAGTAAATGTAGATAAATAAAGTCAGTATATTGATATAAAGGATTATTTTTGTCAGAAAAAAAATGATCAAGACGGTTATATTTGATATGGACGGGGTGATTGTAGATACTGAGCCGGTACACCGTTACGCATATCACAGTCACTTTAAAGAATTGGGAATAGAAGTTTCAGAGCACGTATATAATTCCTTTACAGGGCACTCTACTAAGAATACGTATGAGCGCATAAAAGAAATATATGGTGTAGAAGGTAATATTCCGGATATGGTATTGAGAAAAAGAGCGTTGTTTAACGAATCTTTTGATACTAAGCCTGATCTAGAATTAATAGATGGTGTACGCGACTTGATAGAAGGGTTACATGCTAGAGGGATAGAACTTATCGTAGGATCATCAGCATCTAAGAGTACGATAGATAGAGTGTTCACTCGTTTTGGGCTGTATCCGTTCTTTACACATATCGTAAGTGGAGAAGATCTGCCTAAGTCTAAGCCAGACCCAGCTATATTCTTAAAGGCAGCATCACTAGCGAAGTACAGTGATAAGGATAACTGTATCGTGATAGAAGATAGTACTAATGGTATCAAGGCAGCTAATGCAGCAGGTATTAAGGTAATAGGATATAAGAGTGCTAACTCTAAACAGCAAGACTACACAGGGGCTAACTATATCGTACACGATTTTACGACGATAGATGCGGACTATATCATCCAGCTCTAAGCTAGAGTAGATAAAAAGTAGTTAAGAAAAAATATAATGATTTAGGAATGTAAAGGCGTTTAATTTGACTTTCTTTTATTTTTATAATGGATAGAAATTATTAACTTTGCGTTCTTTATAATAAAAGCTTATTAAGTAGATGTTTCATAGATATATTAAATTAGGTATCGCTGCGGTATTACTCGCAGTATCAGTTTGGCAATTCGTAGAAGGTAATATTGGTAACGGTATTTTCTTATTGTTCCTTATTTCATTAGTAATATTACTTTACTATAAAAATGAGTTTATCTTATTAGCTTTCTTAAAATTGAGAAAACAAGATTTTGACGGTGCCCAAAAATGGTTGAATAAAATCAAGAATCCTGAGACAGCATTAGTGCGTAAGCAGAATGGATATTATAACTACTTAATGGGAATCATGACTTCTCAGACTAACTTAAATGCTTCAGAGAAGTATATGAAGAAGGCTGTAGAGCTTGGACTAAACATGGATCAAGATTTAGCAATGGCTAAACTTCAGCTAGCAGGTATCGCAATGACGAAGAGACGTAAGCTAGAAGCTACTAAACTTCTAAGTGAAGCACAGAAGCTTGATAAACAAGGGATGTTAAAAGACCAAATCAAAATGATGAAAGAACAAATGAAGAGATTCTAATCTTAGATTTTGTTAAAGATATAGAAAGCTACACTTAGGTGTGGCTTTTTTTGTATCTCAGTCGACTTGAGTCCGTAGTGAGTCCGTTATGAGTCTGTAGTGACTCCGTTTTATAGACAGTTTTATCGGAGTGACTATATACTTAGACTAGATAGAGTGTGTATTTGTTCCGATGGAGAGTGAGAGAGAGGTGAATGGTGGTAGAAGTGATGGATATTAGTTTATACGTATGTATATAAATCCGAAGTGTTAAAAAGATGAGTAGCTAGTGTATGAAAGATATCAGATAGTCAGAACATAGTTTTTAGTATTCAGATGCTTACCTCTTGTTTTGACTTTCTAAATAAAGATAGAACTATAAAAAAAATCGCTTAAGATTATCTCTTAAGCGATTTTATATTTTATAGTATATTGACTATTTAATCTCTTCTGATGTGAATGCTAGTTTCACAGTAGGGAATTTACTTTGTGTCATTTGGATAGAGAATTCACTATCTGCTAAGAACACTAGTTGTCCTGATTTATCAAAAGCTAGGAACTTCTGCTTAATACGTTTGAATTCTTTGAACTCTTCGTTTTTAGGATCTTCTGGACGTACCCAACATGCTTTATAAGCAGGGAAGTTCTCATACGTACATTTAGCTCCGTATTCGTGCTCTAAACGGTATTGGATAACCTCGTACTGAAGGGCTCCTACAGTACCGATTACTTTACGACCATTCATCTCTAGAGTGAATAACTGTGCTACCCCTTCGTCCATTAACTGATCGATACCTTTCTCTAATTGTTTAGACTTAAGTGGATCAGCGTTGTTGATATAACGGAAGTGCTCAGGTGAGAAACTTGGTATACCTGTGAACTGCATGATTTCTCCTTCAGTAAGTGTGTCTCCGATCTTAAAGTTACCAGTATCGTGTAACCCTACGATATCTCCAGCATACGATACATCTACGATTTCTTTTTTCTCAGCGAAGAAAGCATTCGGGCTAGAGAACTTAAGCTTCTTCCCTTGTCTTACGTGTAAGTAAGGAGTATTTCTCTCAAATGTACCAGATACAATCTTGATAAATGCTAGACGGTCTCTGTGTTTAGGGTCCATGTTAGCATGGATCTTAAATACAAATCCTGAGAACGTATTTTCTTTTGGCTCTACTACTCTTGTACTAGATTCTTTAGCACGAGGAGAAGGAGCGATTTGGATAAAACAATCTAATAGCTCACGTACCCCAAAGTTGTTTAACGCAGAACCAAAGAATACAGGTTGTAGGTTACCACTGATATATTCTTCTCTGTCAAATTCTGGATAAATACCTTCTATGATTTCTAGTTCATCACGTAGGTTATTAGCAGATTTTTCACCTACTAATTTGTCTAATTCAGGAGAAGCTAAGTCAGAGATATTGATTGTTTCTTCAATGTTCTTACGGCTATCTTCACTGAATAAGTTGATATTCTTTTCCCAGATATTGTAGATACCTTTAAAGTCATACCCCATACCGATAGGGAAACTTAAAGGAGTAACTTTTAGTTGAAGTTTTTGTTCTACTTCATCCATTAGTTCAAAAGCATCACGTCCTTCACGGTCAAGTTTGTTAATGAATACGATCATTGGGATGTTACGCATTCTACATACTTCTACAAGCTTCTCAGTCTGTTCCTCAACCCCTTTAGCTACGTCGATTACTACGATAACACTGTCTACTGCAGTCAGTGTTCTGAATGTATCTTCTGCGAAGTCCTTGTGACCAGGTGTATCTAGAATATTAATCTTTTTGTCTTTATAATTAAATGCAAGAACCGAAGTTGCAACAGAAATACCACGTTGGCGTTCAATCTCCATAAAATCGGAAGTAGCTCCTTTTTTAATCTTGTTGTTTTTTACTGCACCAGCTTCTTGAATAGCTCCACCAAAAAGTAGTAACTTTTCAGTTAATGTTGTCTTACCAGCATCAGGGTGAGCAATTACACCAAATGTACGTCTACGATCTATTTCCTTTAAAAAACTCATTATTAAAAAATTTAAGGTACAAAAGTACTTATATTTTGCGGAATTAAAAGTTGTTTTTTGGAGAATGATGTATACATTTAGTTGGTATCTAATCCTTAGATGAGCTAGTAGTGATGGGGTATGCGTAAATAGTGCAATGAATAAAGAGAGTCGAGCTACTGTGAAATACAATATTTAGATAGGAAAGGAGTTATCCTTTATGTAAAATAATTACATAATTATTATCAATACTTCGTTAACTAGTGTATGTACTTTAGTAAAGATTTGTATTATTGTGTGTTGGAATTTAAAAGGAGTGGAGGCAGAATTATAAAGTAACTTATCTAAGGTTATAAAACTTTATTTTAAAATAAGTATTTTTGGGAATTAGTTTCATAAATAGAAATAGTATATGAATAAATATCGCTTAGTAGGAACCTTGTTTTTGAGTATGTTATGTGGTGCTATGGTGGTATCTTGTGATAAGATTGGTAGTAGTGGTACTAAAGAGAATGCTGTAGCAAGGGTAAATGATACTTATTTAGATAGAGATGAGGTGCATGGCATCGTACCATCTAGTGCTGATAAGCAGGATAGCTTGGCCATTGTTACTCGATTTATAGATAAGTGGGCTACTAAAAAGTTATTGATAGATGCAGCAGAATTTAACCTCTCTAGTGATAAGAAAGAAGAAATAGATAAATTAGTCGATCAATTTAAAAGTGATTTGCTGATCAAGGATTATCTAGAAAAATTAGTACAGAAGAGTATAGATACCATCATTCAAGAGAAAGATTTGAAGGTGTATTATGATAAGTATAAGAGTAATTTCCTTGTAGAAGATATGTTGGTAAAAATGTCTTATGCTAATGTCTTAAAGGATAATAGTAATTATAATACTATCAGGAAGTATTTTAGCTCGTCTCGAAAAGAGGATCATGAAAAATTAGAAGGTATGTCTCTACATATGAAATCATATGCTCTAAATGACTCTATATGGGTGGATGTGAAGCAGATATATGAGAAACTCCCTTTCTTAAATAATAATAACAAAGATAATTACTTAAAAAACAATACCTTTTTTGAGGTAGAAGAAGAAAATAGTACTTATTTTGTAAAAGTGAATACAGTATTATCTAGAGGAAGTGTAATTCCTTTTAGTTATTTAAAGAAATCACTAAAGATGATGGTCATTAATGATCGTAAAATGGAATTACTAAAACAATACGAAGAAGATATATTAAAGGATGCTAAAAAAAATAAAAAGTATGAAGTTTTTTAATAAGAAGGTAATGGTAGCTCTAGGGCTAGCTCTTTCTTTTGTAGGATTTGCGCAAGGGCAGACTAAGCAAGGTAGAAAAATAGATGGAGTAGTAGGAGTAGTAGGTGATTACATTATCTTAGAATCAGAAATTGATAAAACGTTGATAGAGCTTAAGGCACAACGTATTCCTACAGGTGATTTATCAAGATGTGATTTATTTGAAAAACTATTAGAGGATAAACTATTTGCTCATCAGGCTGTACAAGACAGTTTAGAGGTGACGGATGCTGAGGTGACTAGCTTTATGAACGAACAGATCAACCGTATGGTGGAGGATGTGGGGTCTATAGATAAGATTATTCAGTTCTATAATAAAAAGAACGAAGAAGAGCTACGCGAGGCATTATTCGAAATCGTAAAGCAAAATAAACTGACACAGAATATGCAACAGCATATCGTGGAGAAGGTAACTATCACTCCAGAAGAAGTACGTCAGTTCTTTAACGAGATTCCTAAAGATCAGTTGCCAACTGTAGGGGATGAGGTAGAGATAGCTGAGATTGTGATTAAACCAGAGATTTCTAAAGAGCAAAAGCAAAAAGTAATCGATCGTCTGAATGAGATGAAGAAAGACGTGTTAGAGAATGGAGCTAGTTTCTTTAGTAAAGCGGTATTATTCACAGATGATAGAGGGTCAGCTAGTAATGGAGGATTCTATTCTATCACTAAAAAGTCTCCTTTCGTAAAAGAGTTTAAAGAGGTAGCATTTAATATGGCAGAGGGAGAGATCTCAGAGCCATTTGAGTCAGAGTATGGTTATCATATCATATACTTAGAGAAGATACGCGGACAGCACTTAGATCTAAGACATATCTTATTAAAGCCAAAACCGACTGATGCAGCATTAGAAGAAGCTAAAAAAAGAGCAGAGAATATTCGTACGAAGATTGCGAATAAAGAAATCACATTCGCAGCTGCTGCAGCTAGTGAGTCAGATGATAAGGATACAAAACAAAATGGTGGTATTATGAAAGATCCTAGATCATTAGATCCACGTTTTGAATTGAATAATATGGAAGATAGAGAACTATACTTCTTAGTGTCTAATCTAAAAGAAGGCGAAGTATCTCAAGTGGCATTAAAGAATGATATGCAAAAGCAAGAGAAATACTATCGCATAGTAACAATCAATAAGAAATATGCTGAGCATAAAATTGATTTTGCTGAGGATTATACGAAGGTTAGAAATATGGCCTTAAATAAAAAGCAAGGTGAAGAAGTAAATAAATGGGTATCTCGTAAGGTAAATGATGCTTATATTAACATTCAAGGAGAATTTCGCAATTGTAAATTCCGTAATAATTGGCTTAAAAAATAAGAATATAATAATCTGAAAGAATGAAAACGACATTTTAGCAATTGGCTAGAATGTCGTTTTTTTTATGTTTAAGGGATAAATATCGTAATATGATATATTAAGCATTAAAAATTAATTAATTTCAGAAAAAGAGGTTCTGTTTATTAAAACTATTGAATTTAATTCAGTAAAGAAGAATGTTTGTAAATAATATTTTTTGTATTTGTAGGATTCATTAAAAACTTTTGAAAATAAATTAGTTTGCTTAAATTTGTACTGACAAAAATCGAAGTGATAAACTAAACATAATTATCTAAACTAAGAAGGATGAGTGTGTGAGGATTAAGCTTAGAAAAGAACTAATACTAAATAACATGTATAGGTTGATACAGGGTTCTATCCTCAACCTTTTATTAAATAGACATAACTATGAGTCTTTACAAGGATTACATCAACGAGATCGAAGAAAGAAAAACTCAAGGGCTTAACCCTAAGCCAATTGACGGTGCTGAACTATTAAGTGAAGTTATAGCACAAGTAAAAGATGCTGAGAACGAATACCATGAGGATTCTCTTAAGCTTTTTATTTATAATGTTTTACCTGGTACTACTAGTGCTGCTGGTGTTAAAGCAAAGTTTCTAAAAGAAATTATCTTAGGTGAGGTTGTAGTAAAAGAAATTACTCCAGCTTTTGCTTTTGAATTATTATCTCATATGAAGGGAGGTCCTTCTATCGAGGTTCTTTTAGATTTAGCATTAGGTAATGATGAAGCTATCGCTTTAGAAGCTGCTAAAGTACTTAAGACACAAGTGTTCTTATACGATGCAGATACATTACGTCTAAAAGAGGCTTTCTTAGCTGGTAATGCTATTGCTAAGGATATCTTAGAGAGCTATGCTAAAGCAGAGTTCTTTACTAAACTTCCTGAAGTGGCTGAGAAAATAGATGTAGTGACTTTCATCGCTGGTGAAGGGGATATCTCTACAGACTTATTATCTCCAGGTAACCAAGCTCACTCTCGTTCTGACCGTGAACTTCATGGACAGTGTATGATCACTCCTCAGGCTCAACAAGAGATTAAAGCGCTACAAGCAGCTCATCCTGGTAAAAGCGTGATGTTAATTGCGGAAAAAGGAACAATGGGAGTAGGGTCTTCTAGAATGTCAGGTGTGAATAACGTAGCATTATGGACAGGTAAACAAGCAAGTCCTTATGTACCTTTCGTTAATATTGCTCCAATTGTAGCAGGTACAAATGGAATTTCTCCTATTTTCTTAACGACTGTGGATGTAACAGGAGGTATTGGAATTGACCTTAAGAACTGGGTAAAGAAAACAGACGCAAATGGAAAAGTTGTCCTTAACGAAAAAGGAGAGCCTATCTTAGAGGAAGTTTACTCTGTAGCAACAGGAACTGTATTGACAATTAATACAAAGACAAAAAAACTTTATAACGGAGAAAAAGAGCTTATCGATATTTCTAAAGCTTTAACTCCACAAAAAATGGAGTTTATCAAAGCAGGTGGTTCTTATGCTATCGTGTTTGGTAAAAAAATTCAAACTTTCGCAGCAAAAGTATTGGGTATAACAGCTCCAACAGTATTTGCTCCTTCAAAAGAAGTTTCTGTGGAAGGACAAGGACTTACAGCTGTAGAGAAAATCTTCAATAGAAATGCAGTAGGAGTAGCTCCAGGAAAAGTATTACACGCTGGATCTGATGTACGTGTAGAAGTTAATATCGTTGGTTCTCAAGATACAACTGGTCTTATGACTGCTCAAGAGTTAGAGGCAATGGCTGCTACAGTTATTTCTCCTATCGTAGATGGAGCTTACCAATCTGGATGTCACACTGCTTCTGTATGGGACAAAAAAGCGCAGGCTAATATCCCTAAATTGATGAAGTTTATGAACGACTTCGGTTTAATTACAGCACGTGACCCTAAAGGTGAATACCATTCTATGACTGACGTTATTCACAAAGTATTGAATGATATCACAATTGACGATTGGGCTATTATTATCGGTGGTGACTCACATACGAGAATGTCTAAGGGAGTTGCTTTCGGTGCGGATTCAGGAACAGTTGCTTTAGCTCTAGCTACAGGTGAGGCTTCAATGCCAATTCCAGAGTCAGTTAAAGTTACTTTCAAAGGAACTATGAAACCACATATGGATTTCCGTGACGTGGTGCATGCTACACAATCTCAAATGTTGAAACAATTCGCAGGAGAGAACGTATTCCAAGGAAGAATTATCGAAGTACATATCGGAACTCTTCTTGCTGACCAAGCCTTTACATTTACAGACTGGACTGCAGAGATGAAAGCTAAAGCATCTATCTGTATTTCTCAAGACGATACTTTAATTGAATCATTAGAAATCGCAAAAAGCCGTATCCAAATCATGATTGAGAAAGGTATGGATAATAAAAATCAAGTGCTTCAAGGCTTGATTGACAAGGCTAATAAGCGTATCGAAGAGATTAGATCAGGTGAAAAACCAGCTTTAACTCCAGATGCTAATGCTAAGTATTATGCTGAGGTAGTGATTGACTTAGATATTATCGAGGAGCCAATGATTGCTGACCCAGATGTAAATAACGAAGATGTTTCTAAACGCTATACACACGATACAATTAGAGAGCTTTCTTACTATGGAGACAACAAAAAAGTTGACTTAGGTTTCGTAGGTTCTTGTATGGTACATAAAGACGACTTGAAGATCGTTTCTCAAATGCTTAAAAACATTGAAAAACAAAGTGGTGAAGTTAAGTTTAATGCTCCATTAGTAGTGGCTGCTCCGACTTACAACATCATCGACGAGTTGAAAGCTGAAGGAGATTGGGAATACTTACAAAAATATTCAGGATTTGAGTTCAGTGACTTGTTGCCAAAAAGCAATGCTCGTACAGAGTATGAAAACATTATGTACTTAGAGCGCCCTGGTTGTAACTTATGTATGGGTAACCAAGAGAAAGCAGCTAAAGGTGATACTGTAATGGCTACATCTACTCGTTTATTCCAAGGACGTGTAGTAGAAGATTCAGAACGCAAAAAAGGAGAATCTTTATTAGCTTCTACACCAGTAGTAGTATTATCTGCTATCTTAGGAAGAATACCAACTATCGAAGAATATAAAGCTTCAGTAGAAGGAATTAACTTAACTAAGTTTAAGCCAATCCCTACTAAGTAATTAGAATAGTATTTATATATACCAAGCGAGGTAGTCCATACAGACTACCTCGCTTTTTTTATGGTTTACTTGATTTTAATAAGATGCTTATTTTAACTGAAACATTGTGCATGATGCTCTATTTCAAAATTGCAAGAATTAGCAATAAAGCAAAGTTTATTGGCTTGGGTATGCAGTTGTAGTGCTAATTCTTTTTGCGATTCATCTTTGATGCGTATTATCGGATTTAAAACTACTTTGATTATACGTCCACTGCCATCATCATTTAGTACCAATGTAGCTTGTGAATTATCTTCGTAAGTAAGCACCTCTATATTGTGTTGTTGGCATACGTACAGATAAGACATCATGTGGCAAGAGGTAAGGGCACTCAGCAATAAATCTTCTGGATTTAGCAAGATAGGATCTCCTTTAAAGGCTTTGGCTGCTGAAATAGCTAAAATATCTTTTCCCTCTATTTTTACGGTATGACTTTTAGCATACACCTTTTTGTTTGACTCTTTTTGCTTGTCGGGCGCTATCCAATTTAGTGCTGCTTTAAAAAGATGTTTGTACATAGTATTGGCTTATCTAAATGTTTTGTTTTGTGTATTTAGATAGTAGTGGAGTTAGAGTAACTCTTACTATCAATGATTTATTCAAATTTAAACAAAATACACATCTATTCCCTTGTTATCATGTCATCTTTATACTTTGCATTTGGGTATTCCTTGCAAATCTACTTTGTTTAAGTAGAATCATTTTAAATATATTGTTTTAACATTTATATAGAATTTATTAGAGGTAAAAAACTGTAAATTGTCTTAATAATTTAAATTGTAAAAAAAAGAAATTTATTATGGCTTTTGATATTGAAATGATTAAAAAAGTGTATGATAAGATGCCTGACCGAGTAGCGAAAGCTCGTGAAGTAGTGGGGCGTCCATTAACACTTTCAGAAAAGATTTTATATACTCACTTATGGGATGGAACACCATCACAATCATTTGAAAGAGGTAAAGACTATGTAGACTTTGCACCGGACCGTGTAGCGTGTCAAGATGCAACAGCTCAGATGGCTTTATTGCAATTTATGCATGCTGGAAAAGAAAAGGTAGCAGTGCCAACTACAGTACACTGTGACCACTTAATCCAAGCAAAAGTAGGTGCGGCTACAGATCTTCAAACAGCACAGAACCAATCATCAGAGGTGTTTAACTTTTTATCTTCTGTATCTAATAAATATGGAATAGGATTTTGGAAGCCAGGAGCAGGTATTATTCACCAAATTGTGCTAGAGAACTATGCTTTCCCAGGCGGATTAATGATAGGTACAGATTCACATACAGTTAATGCTGGTGGTCTTGGTATGTTAGCTATCGGTGTAGGTGGAGCTGATGCAGTAGATGTAATGTCTGGTATGGCTTGGGAATTGAAGTTTCCTAAATTAATAGGAGTAAAATTAACTGGAAAGTTAAATGGCTGGACAGCACCTAAAGACGTTATCCTTAAAGTAGCTGACATTCTAACTGTAAAAGGTGGAACTGGAGCTATCGTAGAGTATTTCGGTGAAGGGGCTACTTCTATGTCATGTACTGGTAAAGGTACTATCTGTAATATGGGGGCTGAGATAGGCGCGACTACTTCTACATTTGGATACGATGATTCAATGAGAAGATATTTAGCTGCTACAGGTCGTCAAGATGTAGTCGATGCAGCTGATAAGGTAGCTGAGCACTTAACAGCAGATGCTGAAGTATATGCTCACCCAGAAAAATACTTTGATGAGTTAATAGAAATAAACTTATCTGAATTAGAACCACATATTAATGGACCTTTTACACCAGATAGAGGAACTCCTGTCTCAAAAATGAGAGCAGAAGCAGAAGCTAACGGATGGCCATTAAAAGTAGAGTGGGGATTAATAGGTTCTTGTACTAACTCTTCTTATGAAGACATGTCTAGAGCGGCTTCTATTGTAGAACAAGCAGTAGCTCAAGGAATCACTCCTAAGGCTGAGTTTGGTATTAACCCAGGTTCTGAACAAATACGTTATACGATCGAAAGAGATGGTATCATAGAGACTTTTGAGAAGATGGGAACTAAAGTGTTTACAAATGCTTGCGGGCCATGTATTGGTCAATGGGATCGTGAAGGAGCAGATAAGCAAGAGAAAAACACTATTGTTCACTCGTTTAACCGTAACTTCTCTAAACGTGCAGATGGTAACCCAAATACGCATGCTTTCGTAACTTCACCAGAAATGGTAGCAGCCCTAGCTATAGCAGGTGATTTAGGTTTTAATCCTATCACGGATACGCTAATCAATGACAACGGAGAGGAAGTAAAATTAGTTCCTCCTACAGGTGATGAATTACCAACTAAAGGTTTTGCAGTAGAGGATCCAGGTTATCAAGCACCAGCTGCTGATGGTTCAAATGTAGTAGTAGATGTGAATCCTACTTCTAGTCGTTTACAATTGTTAGAGCCGTTTACTCCATGGGATGGAAAGAATATTACTGGAGCTAAATTGTTGATCAAAGCTTTTGGAAAATGTACTACGGATCATATCTCTATGGCAGGTCCTTGGTTGCGTTTCCGTGGCCACTTAGATAATATTTCTGACAATATGTTGATCGGGGCTGAGAATGCATTCAATCATGAAACAAATAAAGTTAAGAATCAACTCACAGGAGAGTATGGAGCTGTTCCTGCTGTGCAGCGAGCTTATAAAGCGGCAGGTATTCCGACAATCGTAGTAGGAGATCAAAATTATGGTGAGGGATCATCACGTGAGCACGCAGCTATGGAGCCTCGTCACTTAGGCGTTAAAGCGGTTTTAGTGAAGTCTTTTGCACGTATTCATGAAACAAACTTAAAGAAACAAGGTATGTTAGCTTTAACGTTTGCTAATGAAGCAGATTATGATAAAATTCAAGAGGATGACACTATCAACTTCTTAGACTTAACTGAGTTCGCTCCAGGTAAGCAATTGTCATTAGAGTTTGTACACGCAGATGGTTCTAAAGACGTGATTAAAGCTAATCACACATATAATGCAAGTCAAATAGAATGGTTTAAAGCAGGTTCTGCATTAAACTTAATTGCAGCAGGTAAATAGATAGTCATTTATCACCTCTTATAAGAAGAAAGGGTATCCGTTTAAGATGGATACCCTTTTATTTAGATTAAAATTGACTGTTAAAATCTCTTTTTGCTATAGTTAAACATTCTTTTAGGGAATTCTGTAAAATTTCATAGTTTTCATTTTGCCATTTTCCTTTTAACTTTCCAGTAGTTAATTTATCATAGCGCTGAATGATACTGTTCATATCGATTACTATGATAAAAGCAAATCATTATTAATATATTTTACACCTTATTTTTGAGAATAACTCAATAAAACAAGGCATATCTAACCTGAGGATTATATCCGTATTATCCTCTATTTTTGTTTCTAATTCAATGTATGATGTTTATGCTACTTGTCGTACCTCATAAGCTTTTTTATTCCTAACACAAGAACATATACGCTGTACAAGCTTGTTTCTAACATTGTTTAAAACAAGCATCTTATGCTTACCTTCTCCAACTTTCCTCTCGTAATAAGCCCTTATCTCTGGGTCCCATCTAACAGCTGATAAAGCACAGAGATGTAAAAGTTTTTTAAGCTTTTTATTAGCCATAAAGTGTACTTTAGCTTTGCCTCTTACACTTTTACCTGAAGTATATTCAAAAGGGACAACACCACAATAAGATGCTAATTGTCGAGAGTCTTCAAATGATGTAAACGCATTGGTATAACATATTAAAAACATCGCTGTAATATCTCCAACACCTCTTACAGAAATCACACAATCAAATATCTCAGATACCTCTTGATTTTCTCTAATAAGAGTATTTAACTGTTCTTCAATCACCTTTATAGCGTTCTCTAAAGCCTTGATAATAGCCTTATCATTTTTAGACAAAACCTTGTACAGTTCATCATTAAACCCCTTAAATTCGTTGGTTCTTACTTCTATAGCTGTCTTATGAGCTATACTCATCTCTCGCTGTCCCAATAGAGCCTGAATCTTATTCAATACAGCCTTTGATGCTTTAAAGAGCTTCGCTTCTTCTTGATTTTTCTTAGCATACAATGCTATCCTTTTAGAATCTATCTTGTCATTCTTTCCTCTTTGTATTCCACTACTTCTTATAATTCTATAAGCCATTTCTACCCATAGATTACAATTCTTTGAAAGCAAAATATCTACTAAAATATTTTTATAAATACCTGTATGCTCCATACATATCAATGTTTCCTCTACACAACATCCTTCGCTTTTCATCCACTTCATAAATTGATCAACTCCCGTTTTAGTGTTTTCAAACTGATTGTGTTTACAAGAATTAGCATCTACATAAATAGCTACATCAAAATAATCTTTGGAAATATCTATTCCGATAAATTGTGTAAATTTGTCCATATGATAATTATTTAAGGCAACCTGTTACTAAAATATCATCTAAACCTTAATACTAGACCTCGACGTCTTAATTACTAGTCTGATACTCTTTAGTAAAATCAACAAAGTCCTACTCGAATTTTAGGGCGTTATCCTTGTAATTCGTCTGGTTCACTTTGTTGATTAGGTTGTTTTATTTATTCTCTACAATATTATCATATTCTCAGTTAGCAAATCTAAAGGATATTCGTAATCGTTGAAGTAATATTGACAAATGATTTTTTCTCTATTTCTATAAAACCATGATACGTGATTGCTATTCCATATTGAAGAGTTATTTCTTGTATTTCGTCTACTTCATATGTTTCCTTGATATAGTTGTAATCTAATACTTCTTTCTTGTTTTGTATTATAGTAGGTAAATTCTCTGAATCATCTATAATAAGATAATTCTTTTTTGTATAATCGTATATCTTTTTGACTTCGTTAATTAAGGCAGTATGAATTTTTGGGCTATAAATACTGTCTATTTCATTTAGTGCTTTTAAATACTTTTTTTGTGGTGTTACAGCTATATCTAGTAGACCTTGACTTCCAAGTCTCATGGTTTTAAGTTCAGTTTTATTTATGATTACTGCTACTTTTTTTTCACTGTGATAGCTCTGTTTGTTAAGTGCAATTTGTTTAGCCCCACAAGAAGTTAATAGGATGCCTACTGTAAGTAAGAAGAAAAGTTTAAATCCTTTCATATGTTATTGTGTTTTAAATGTTGTTGTAAATGTATGTAATAAAATATGACATTGTTTAACCATTTTTAAGTAATATTTTGTTAACTACTTTATTTTATAGTTATTTTGTAATTTAAATACACAACAGCACAAGATGGGTGATATAGAAGATAAGAAAATAGTATTGGCAGTAGATGAGAAGCCTAAAGTAGGACAGTGGATTCTATTGAGTGTCCAACATTTATTTGCGATGTTTGGAGCAACAGTTTTAGTTCCAACCTTGACAGGCATGAACCCTACTATTGCATTAATATCGAGTGGTATTGGTACATTGGTTTTTATTTTTATCACTAGAGGAAAAGTACCTTCTTATTTAGGTTCTTCTTTTGCTTTTATAAACCCTATTATTGCAATGAAAGCTTTAGAGGCAGACTCCTCATCTGGCATGCCAGTGGGTAGTTTTTTGGTAGGAAGCTTTCTTGTCGGAGTTGTTTATTCTTTAGTGGCACTACTAATTGCTAAGGCAGGAACTAACTGGTTAATGAAATTATTACCGCCTATTGTAGTTGGGCCAGTTATTATGGTTATTGGTTTAGGACTAGCTAGTACAGCGATAGGAATGGTAACTAATAATCCTCAAGGAGAATATGACCTAACTTATGTTATGATTGGTTTAGTAACATTAGCTATAACGATTATTACAGCAATATTTACACGTGGTTTTCTTAGTGTTATTCCTGTACTAGTAGGTATTGTAGGAGGTTATTGTTTTTCTGCTATAATGGGAGTTGTGCATTTCGATAAAGTAATTGATGCTAATTGGTTTGAAGTGCCTAGCTTTATGGTGCCTTTTGTACATTATGAGCCTACTGTGTCGTGGTATGTTATTTTATTGATGTTACCTGTAGCTATTGTTCCTATTGCAGAGCATATAGGACACCAGTTGGTGTTGAGTAAAGTTATTGATAAAGATTTAATAAAAGATCCAGGACTGCATAAGAGTATGTTAGGTGATGGAGTAGCCACTATGTTAGCTTCATTAATAGGAGGACCACCTAATACTACTTATGGTGAAAATATTGGAGTATTAGCTATTACAAGAGCTTTTAGCATTTATATTTTTATGGGAGCAGCATGTTTTGCTATTCTATTAGGTTTTTGTGGTAAGATATCAGCTTTGTTAAGTACGATACCAGCACCTGTAATGGGAGGTGTTTCTATTCTTTTATTTGGTATTATAGCATCAAGTGGATTGCGTATGTTAGTTGAGAATGATGTAGATTTTAAGATAAAGAGAAACCTGATTATTTCATCAGTTATATTGATTATCGGTATCGGAGGAGCAGCTATTCATATAGGAGAATTATTCTCATTAGAAGGAATGGCATTGGCATCTATTATAGGGATAGTATTAAATATCGTATTACCAGGAAGAGTAGATGTAGACTTTGACGATATGTTTAGAAAATCTTAGTGCAGTTTTAGAGAAGTACATTTTTTGTTGTGGCGAGTTCTTTATATATTTAACTCAGAATACATTATAAAAAGATAAACGAAAAGTGATTGTACAATAATTATAACGTAGAATAGGTTTGTAGTACTTGTATAATGTGTATTCTAGATTTAAATATTGAATAAAGTAAGAGTATGAGTGAGAAGAATATCAAAAAGAAAGGATGGATATCTAATGCTATATTTATTATTGTATTAGGAGTTTTTTTATTTACTCCTTTAGGGGATAGTGTAAAGGTGTGGTTGAATAGGCTTGTGGCTATGAGTCCTAGCTTAGAGAAAGTCGAAAATCAACAAACAGTGAATTATGAGTCATGGCATTTAATTGATGAACATGGCCAAACTTTTGACTTAGACCAAACTAAAGGAAAAGTAGTCATCATTAACTTTTGGGCTACGTGGTGTCCTCCATGTTTAGCAGAGAAACCTAGTTTTCAAGAGCTTTATAACGATTATAGGGACAAAGTAGTTTTTCTTTTTGTCACGTCAGAATCTCCTGATAAAGTAAAGGCATTTAAAGAGAAACATCAGTATACTTTACCTATTTATTTTGAGCAGAATGCAGCTCCTGCTGTTTTGTTTTCAGAATCTATACCAGCTTCTTATGTAATAGATAAAAAAGGAAATATAGTAGTGCGAAAGTTCAGAGCAGCTGATTGGAATAGTTCTAAGTTTAGAGTCATGTTAGATGACTTGTTGAAATAAAAATGAAATACAAAGAGATATAAAAAAAGTCCAGCTATTGCTGGACTTTTTCGTATATTAAGTTTACTATCTATTAATAGTAAGTATAACGTCTAACTTGAGCGATGTACTTCGCTAAGCGGATAACTTGGTGGCTATAACCATATTCGTTATCATACCATACATACATTACTACATTTTTACCATCTGCAGAAACGATAGTTGCTTTACTATCAAAGATAGATGGAGCAGATGTTCCTACGATATCAGATGATACTAATTCGTTATTGATAGAATATTTAATTTGCTCTACTAAGTCTCCGTTAAGAGCAGCTTTGCGCATTACTTCATTTAAATCTTCAACAGAAGTTTCTTTTTCAACTTCTAAGTTTAATACTACTAGTGATCCATTAGGAACTGGTACACGGATAGCATTAGAAGTAAGTTTACCAGCTAATGATGGTAATGCCTTAGCTACAGCACTTCCAGCACCTGTCTCAGTGATAACCATGTTTAATGCAGCAGCTCTACCACGACGGTATTTCTTGTGCATATTATCTACTAAGTTTTGGTCATTTGTGTATGCGTGGATAGTCTCTAAGTGTCCTTTTACTACACCGAAGTTATCTTCCATTACTTTTAAGATAGGAGTAATAGCATTCGTAGTACAAGAAGCAGCAGACCAGATATCTACTTGGTTTGGATCATACTCAGTGTGGTTAACACCGTGAACGATGTTTGGTACACCTTTTCCAGGAGCTGTCAATAATACTTTAGAAGCACCTTTAGAAGTTAAGTGACGTTTTAAATCTTCATCAGTTTTAAAAGCACCTGTATTATCGATGATTAAAGCATTCTCAATGTCATATTGAGTATAGTCAATGTCTTCTGGAGCATTAGCAGAAATCATGTGTACTGTAGTACCATTGATGATTAAAGCATTGTTCTCAGGATCAGCGATTACTGAACCTTCGAAGTCTCCGTGTACTGAGTCATATTTAAGTAAAGAAGCACGTTTTTCTAAAAGAACTGCATCGTTTTTATCACGAGTTACAATAGCTCTTAAACGCATCTGTTGTCCTTTACCGATTTTGTTCATTAACTCTCTAGCTAATAAACGTCCGATACGTCCAAATCCGTAAAGTACTACGTCTTTAGGTACTAATTCTTCTGTTTCTTTAGCATCTTTTAATTTAGAAATAACAAAGTCTAAAGCATTGCTGTGCTTGTTGTCTTCTAAGTGATATTCATAAGTTAAACGACCGATATCGATTCTAGAAGGTGGTAAGTCAGCTCGTTGAATCGCTTCAGCTATTTCTACAGAATCAAAAATATTGATTGGTTTACCAACAAATTTTGCAGCATACTCGTGTAAGTTAATGATATCGCTAACGCTGCGGTCGATAAGTTGGTTACGGAACATTAATAGTTCAATAGACTTGTCATACCATAGGTCACTGATAATCTTAATAAACTCTACGCATGCTTTTCTACGATCTGCTTGAAAAGCTAATTCTTTCTCGTAAAGACTAGTATTTTTCATATATTAAATTGTGTTGTGATAAATTACTGCAAAAGTCTGTTTTTTTAATGAATTAATCAAGTTGTAAAGTTTAAAATACTCTTTTTAGTGTATTTATTGGGTGAACCTTACGATTATATTAGTAAACGAAGATATTCTCCATTTTTATTCATTAAAGTGAGCTTTATTTTTTGATTTTGATTAATCTGAGAATTGATATTTTTAATTTGATTGATGTTAGAAACTTTGAAATCATTGATAGAAAGGAGAATACTGCCAATCAAATCATCTTCATATTTAGCAAATTCCTTGTCTAATACCTTGGTTATTTTAAACCCATAGTTGATGTTTAATTCTTCTTTTTCTGCTGAATCTAATTCTTGTATTTCTAGCCCTCTGAATTCTATTTTTCGCGGTTCATTTTTACCTAGTTTTACAGATGTACTGTGTTTATCATTCCCCCTTAAGTATTCTATTGCTACTGTATCCTTAGGGCGTTTAGTATTAATGATCGAGCGGAGATCTACAAAGGTCTTAATATCCTTATTATTAATCTTCGTGATAATGTCTCCAGTCTTTAATCCAGCCTGAGCTGCACCAGAGTTCGCTATAATATCTTGTATATAAAAACCAAATGTGGTAGTACTAATGTTTAGCTCTTTAACGATTTGAGGAGTTAATTCATATCCAGATACTCCTAGAGTAGCATTCTGTACATTTCCATATTCTAATAAATCCTCAACTATCTTACGCGCTACATTAGAGGGCACAGCAAAGGCGTAGCCTACATAAGCACCTGTATTAGACGAGATCATGGTGTTAATACCGATTAACTCTCCCTTAGTATTCACTAAAGCACCTCCACTGTTACCAGGATTGATAGCGGCATCTGTTTGTATAAAGGATTGAATACTTGTCTTAGACAGATTACGAGCTTTAGCTGATACGATACCAGCTGTAACTGTAGAAGTTAAGTTATAAGGATTACCTACAGCGATAACCCATTCCCCTAGTTGAATATTGTCAGAATCTCCAAATACAATATAGGATAATTTTTCTTTTGGCTCTATTTTTAATAGCGCGATATCCATTTCTTTATCCGTACCGATTAGTCTTGCTTTATACGTTTCATTATTAGAGAGTGTCACTTCTAGTTCAGAGGCATTAGCAATCACGTGGTTGTTCGTGACGATATAGCCATCCTCTGTAATGATAACACCTGACCCTGTACCTATCTGAGGTTTTGGTGAAGGCTTATACCCATAGAATAGTTCCATAATAGGGTTAGAACGAGAAGATACATAACTTAGATTTTTGACGTGAACTACTGTATTTACTGTGTTTTCAGCAGCTTTAACGAAATCAATAGACGAATTAGGAATAATAGAAGACTTAGTAGTAGACAGTGCAGACGGTATCTCCTCTAATTTAGTTAGCTCTGCATCATTTTGATTTTCAAAAAAATACTTATAACCAGCCAGTGTCATACTACCACTTAATAAACAAATTAAAAAAATACCTAAGATCTTTTTCATATATAAATCTATTAATTAAATAAAACTAAAATTACTAAATAAAAATTTGAACAAAATGATGTTTAACCATCACTTAACACCGTGTTTTAACATACATTATTTGTATTTTTACCACTTTAAGTAAGATTAGCTATATGTTGAGATTTTATAAGTATCAAGGAACTGGTAACGACTTCGTAATGATAGATAACCGCACTGGCTTTTTTCCAAAAGAAGATACAGATTTAGTGGCACATTTATGTCATAGACGCTTTGGAATAGGTGGAGACGGTTTGATTTTGTTAGAAGAAGCAGAAGGATATGATTTTAGAATGGTCTATTATAATGCCGATGGAAGTGAGAGTACCATGTGTGGTAATGGAGGTAGATGTCTAGTGGCCTTTGCAAAACAATTAAAAATAATTAATGACAATTGCCGTTTTATAGCTATAGATGGAGAACATACAGCTACGATCAGTAGTGATGGAGTAGTATCTCTACAAATGATCAATGTGTCAGGGATAGAGATAGAGAAGTCATACAGCTTTTTAAATACGGGATCACCTCATCATGTACAGGTAGTGAGAGATCTGGGGAACTATGATGTATTCGGTATAGGGCAAGAGATAAGAGAAAGCGAATTATATGCACCCGGAGGTACTAATGTAAACTTCGTAGAGCAGGAAGGTCCTAATCATTTCAGAATACGTACATTCGAGAGAGGGGTAGAAGATGAGACGTTATCTTGTGGTACAGGTGCTACAGCAGTAGCGATATCGATGTATGCTCAAGGGAAGTGTGATCATAATGAAGTGAAGATAGATGTAGAGGGAGGTAGTCTGACGATTAGTTTTGATACAGATGATCGTATTAGTTATAGAAATGTAGTATTAAGCGGACCAGCCAAACTAGTGTTTGAAGGGACAATAGAAATATAAAAAAGATGTTACATATTCGTGGGAATGCTATATTTTTACGTGCTTTAGAGCCAGAAGATTTAGAGTTTATCTATCAGATAGAGAATGACATTGATCTATGGGAAGTTAGTAATACGGTGACACCTTATAGCCGCTTCTTGATTAGACAGTATTTAGAGAATGCTCATCTTGATATCTATGAAGTAAAGCAGTTGAGATTAGTTATCTGTGATATAGATACAGAACAGGCATTAGGATTGATCGATTTATTTGAATTTGACCCTAAGAACAATAGAGCTGGTGTAGGTATTGTAATCCAGCATCCAGAAGATAGAGGAAAAGGAGCAGGAGCAGAAGCATTAGAATTAGTTATTAATTATGGCAAAGAAGTATTAGGTTTGCACCAGCTGTATGCTAATATTTCGGTAGATAATTATCCTAGCCAACAACTGTTTTTAAAGTACGGTTTTAAGCTAGTAGGTATAAAAAAAGATTGGGAAAGAGTTGGCGGAGTTTATAAAGACGAAGCGTTGTATCAATTATTATTTTAAATAAAATTATGAAATTAAAAAACATCTTAGTTATTCTAGTTGTTCTTGGGGGATTTGGACTATTAGGATATTTGTATATATGGTATGGGAAGGCATTTTCGCCTAATTTAAAAGGATGGGATGAAGAACAGTTTATCTACATTAAGCAAGAAGACAACTTTCATTCTGTACTGAAGATATTAGAGCCTTACCTAAATGATAAGGATGGTTTTGTAGAAATAGCAGAACAGCGCAGTTATCCGTCTAATGTATTCAGTGGTCGTTTTAAACTTAGAAATGGGATGAATACCTATGACATCATCGAGGCACTTAGAAAGAATGTACCTGTGCGTCTAACGTATAATAATCTTGAGCGTATAGAAGATTTTGCAGGAAGGTTAGGTTCTATGTTTGAGACGGATAGTATAGGATTCTTAGAGACGTTCTACGAACCTAGTTTCTTAGAAGAAAACGGATTTACTAAAGAGAGTGTATTAGTATGTTTCTTACCTGAGACGTATGAATTCTATTGGAATGTAAGCCCTTTGAAGATTCGCAATAAGATGCATAAAGAGTATATCCGCTTCTGGAACGCTGAACGTCAAGAGAAAGCAAAAGCTCTAGGGCTAACACCTGTAGAGGTATCTATCTTAGCGTCTATTGTTCAGAAAGAAACGAGTAAAGCAGACGAGAAAGAAAGAGTAGCAGGAGTGTATCTAAACAGAATTAAGTTAGGAATGCCACTACAAGCAGATCCTACAGTAGTATATGCTAAGAAATTATATACTAATGATTTTAAACAAGTGATCAAAAGAGTGTACCTAAAGGATACTCAGATACCATCACCCTATAATACGTATCAGAATACAGGATTACCTCCTGGGCCTATCTTTATGTCAGATCAGTCTAGTATAGATGCGGTATTGAATGCAGAGAAGCACGATTATGTATATTTTTGTGCGAGTGTAGATAGATTAGGATATCACGAGTTTGCGGTGACGTTAGCTCAGCATAATGCTAATAGTAGAAAGTATAGTGCATGGCTAAACCAAGCAGGTATAAATTAAAAAAATAAAAGAAGTAAGCTGTCTAATTTTAGACAGCTTTTTTTAACTTTATAAATTATTAGCATGGTATATTTATAATTTGTGGAGATTCATTGAGCTAGTAGTTAACTCTTACTGTTGGTGCTGTTGACCCGTCCTAAAAAAACTGTACAGTTTTTAAAACATAAAAAGATGGGAAGAGAACCAAAAATCAAAGAGCGTTATCATTTAAAATTCATAGAACAAATAGTTCAAGAAATAGAGAATGGGGCAAGTCAAAATTCGGTAATTCGCAAGTATAACCTAAATAGATCTACTGTAAATCGTTGGGCTAAGAAATATGCAAGTCCTGAGTATCATGCTACACGTAAAAATAAAGTTTATTCAGAAAGTCTTAAACGTCAAGTAGTTCATAGTATTACAGAACACCATATGACAGCACAAGAAGCCTGTATAGTGTATGATATAGAAAGTACAAGTACAATAAACAACTGGTTGTTAGTTAATTATAATAAAAATATAGATATTTGTAATGAAATTGTTATTCCGTCACTTATGGAAGAAAAAACATCCAATACAGAATCTTTAGAAATTAAAGCTTTAAAAAAGGCTTTATCAGAGGCACAATTTAAGATAGTAGCTTTAAATACATTGATAGATGTAGCAGAGAAAAGTTTGGATATTGATATCAGAAAAAAGTCTGGTTCCAAGCAGTTGAAGAAGTAAAACTCTTATACCCTAATAAGGGAATAAAAAAAATATGTCAACTGTTTGGTAAAACTCGAAGTGCTTATTATCAGTCAATAGACAGATATACAAGTCAATCTATTAAAGATGAGATTATTCTTCAAGAAGTTTTAAATATTAGAGCTACTCTACCAAGAGTAGGTACTCGAAAACTTCAACATATGTTACAAGAACGCTTAGGTTCACACAATATAAGCGTAGGAAGAGATTATCTGTTTGATTTATTAGACAGTCATAAAATGTTGGTTAGACAACGAAAGCGCAAAGCATATACAACAGACTCCAGAGCTTGGAGAGGACAGTATTTAGACTTGTATAATGGAGTAAAAGTTACCAGGCCAGAACAATTTTGGGTAAGTGATATCACCTATATCAGGTTAAATAATACTTGGGGCTATTTAAGTTTAGTCACAGATGCTTATTCTCATAAAATAATGGGTTATAGTTTTAGTTTAGATTTAACTACTAATGGATGCTTACAAGCCTTGAAAATGGCATTAAAGAACAGGATTTATACAGAGAAACTTATTCATCATTCAGATCGAGGATGTCAATACTGCAGCAGTGTTTATACTAAATTACTGATAGAGAACAACATATCTATTAGCACAACACAAAGTGGTGAACCAAGAGATAATGCCATAGCAGAGCGAGTAAATGGTATAATTAAAGGTGAATTTGATTTAAACTATTCAAGTTTAGGTTATCAGAAAACGATTGATAAAATTAAGAATAGTATAGAAGCTTATAACCAAATTAGACCTCATGATAGTTGTGATAGGTTAACTCCAAATCAAGCTCATTTAAAGACAGGTGTTCTTGCTAAGAGATGGAAGAATTATTACAAGACTAATAAACAAAAAAAACAACCTGTACAGTAA

Protein sequences of DBSCAN-SWA_5

>CP037427|2207139:2259556|2245883_2248145_+|QBK76699.1|DBSCAN-SWA
MAFDIEMIKKVYDKMPDRVAKAREVVGRPLTLSEKILYTHLWDGTPSQSFERGKDYVDFAPDRVACQDATAQMALLQFMHAGKEKVAVPTTVHCDHLIQAKVGAATDLQTAQNQSSEVFNFLSSVSNKYGIGFWKPGAGIIHQIVLENYAFPGGLMIGTDSHTVNAGGLGMLAIGVGGADAVDVMSGMAWELKFPKLIGVKLTGKLNGWTAPKDVILKVADILTVKGGTGAIVEYFGEGATSMSCTGKGTICNMGAEIGATTSTFGYDDSMRRYLAATGRQDVVDAADKVAEHLTADAEVYAHPEKYFDELIEINLSELEPHINGPFTPDRGTPVSKMRAEAEANGWPLKVEWGLIGSCTNSSYEDMSRAASIVEQAVAQGITPKAEFGINPGSEQIRYTIERDGIIETFEKMGTKVFTNACGPCIGQWDREGADKQEKNTIVHSFNRNFSKRADGNPNTHAFVTSPEMVAALAIAGDLGFNPITDTLINDNGEEVKLVPPTGDELPTKGFAVEDPGYQAPAADGSNVVVDVNPTSSRLQLLEPFTPWDGKNITGAKLLIKAFGKCTTDHISMAGPWLRFRGHLDNISDNMLIGAENAFNHETNKVKNQLTGEYGAVPAVQRAYKAAGIPTIVVGDQNYGEGSSREHAAMEPRHLGVKAVLVKSFARIHETNLKKQGMLALTFANEADYDKIQEDDTINFLDLTEFAPGKQLSLEFVHADGSKDVIKANHTYNASQIEWFKAGSALNLIAAGK
>CP037427|2207139:2259556|2207139_2208687_+|QBK76669.1|transposase|DBSCAN-SWA
MANKKIDMLQLKQLLRLYTQGVSKLQISSQLGLSRNTVKKYITLFTTSKFTYEEIKELNDADIEDLFDTKELDSDEKEAILYKYFPYFTKELLKTGVTRHILWEEYLLKHPEGYRYSQFCYHLRTWQKKTSPSLHMQHKAGDKMFVDYTGKKLSIIDKSTGEITSVEVFIAILGSSRMTYVEASLTQNTEDFISSLTNSLHFYQGVPLAIVPDNLKAAVTKSDKYEPKIAHNLQDFALHYNTTILPARSYKPKDKALVENAVKTIYTRVFAPLRNREFFSLQELNQAIAELLEQHNEKLLSRERVSRKTLFEEIEQPVLQSLPRHRYELKYAIKATVQKISHIYLNKDKHYYSVPFHYIGKKVNILYSKDIVDIYHNQRLIASHNRELGKYRYTTVKEHMPSSHQYITDWNPTQFLKWGQEIGESTQKYLAMILDKRQHPEQSYKSCAGILSLGKRFTNIRLEKACTRGLEYERYSYKMIKSILEKGLDAIEEQPLNKEREVPTHQNIRGAAYYQ
>CP037427|2207139:2259556|2234833_2235247_-|QBK76690.1|DBSCAN-SWA
MDNKYLNTKDPKDTFKVPEDYFANLESRVLANIDSSITPTPKIVPLYKNRYIWTTAAAAIALLFGIKFFFSPDSNSLNKDSIENYLEYNQSFSLNNDIINALDEEDFNDLKDNIEIKQSQIDHYVLSHIDIEYYLNE
>CP037427|2207139:2259556|2220342_2221284_+|QBK76677.1|DBSCAN-SWA
MSDIERVKCLIIGSGPAGYTAAIYAARANMAPVLYQGMQPGGQLTTTNEVENFPGYPEGVTGPEMMMQLQAQAQRFGADIRDGWVTKAELKGDVKKVWVNETTEIHADTVIISTGATAMYLGLPSEQHYLSLGGGVSACAVCDGFFYRNQEVVIVGAGDSACEEAHYLSKLCKKVTMLVRSDKFRSSRIMEERVRNTENIEILMNTSTVDVLGDGNVVTGVRVKNNITGEEKDIEATGFFVAIGHKPNTDIFKEELEMDETGYLITQGKTSKTNVEGVFACGDVQDKDYRQAITAAGSGCIAALDAERYLAAK
>CP037427|2207139:2259556|2234397_2234829_-|QBK76689.1|DBSCAN-SWA
MKQLLSILMVLMFSVTTYAQDKHDQIRSLKVAHITAELNLSSEQAEKFLPIYIAYDKKMSELRHTNVFKYIKNADIQDLNKLSDKEAIKKVQELIDFEESYSSARIKFVEDTKKIIGEKKILVLKKAEDDFNRQLLKKYKDKK
>CP037427|2207139:2259556|2208712_2209465_+|QBK76670.1|DBSCAN-SWA
MNQTTLEKLKYLKLYGMHRAFASTLQLPTSDYTNDQLIAYLTDSEYDDRENRRIERLINTAKFRYKAYIQDINIDSSRNIDRNMIDRLAACEFIKQQQNILITGSTGVGKSYIASAIGYQACMLGYKVMYFSINKLFSKLKMAKGDGSFSKEIDRIEKQDLIILDDFGLQPLDNLKRQDFMEIIEDRHGKRSTIIASQLPIETWHDIIGEQTIADAILDRMVHNSIRIELHGESLRSKNTLLKIQQNSIK
>CP037427|2207139:2259556|2240500_2241874_+|QBK76696.1|DBSCAN-SWA
MKFFNKKVMVALGLALSFVGFAQGQTKQGRKIDGVVGVVGDYIILESEIDKTLIELKAQRIPTGDLSRCDLFEKLLEDKLFAHQAVQDSLEVTDAEVTSFMNEQINRMVEDVGSIDKIIQFYNKKNEEELREALFEIVKQNKLTQNMQQHIVEKVTITPEEVRQFFNEIPKDQLPTVGDEVEIAEIVIKPEISKEQKQKVIDRLNEMKKDVLENGASFFSKAVLFTDDRGSASNGGFYSITKKSPFVKEFKEVAFNMAEGEISEPFESEYGYHIIYLEKIRGQHLDLRHILLKPKPTDAALEEAKKRAENIRTKIANKEITFAAAAASESDDKDTKQNGGIMKDPRSLDPRFELNNMEDRELYFLVSNLKEGEVSQVALKNDMQKQEKYYRIVTINKKYAEHKIDFAEDYTKVRNMALNKKQGEEVNKWVSRKVNDAYINIQGEFRNCKFRNNWLKK
>CP037427|2207139:2259556|2258677_2259556_+|QBK76710.1|transposase|DBSCAN-SWA
MKKICQLFGKTRSAYYQSIDRYTSQSIKDEIILQEVLNIRATLPRVGTRKLQHMLQERLGSHNISVGRDYLFDLLDSHKMLVRQRKRKAYTTDSRAWRGQYLDLYNGVKVTRPEQFWVSDITYIRLNNTWGYLSLVTDAYSHKIMGYSFSLDLTTNGCLQALKMALKNRIYTEKLIHHSDRGCQYCSSVYTKLLIENNISISTTQSGEPRDNAIAERVNGIIKGEFDLNYSSLGYQKTIDKIKNSIEAYNQIRPHDSCDRLTPNQAHLKTGVLAKRWKNYYKTNKQKKQPVQ
>CP037427|2207139:2259556|2218157_2218424_-|QBK76675.1|DBSCAN-SWA
MKVEFITKEDLEIFKQEIITEIRRYSPFNRKKDQEIKQWIKSYEVRKLLGISPGTLQNMRINGTIPFKKIGGLMFYRYEDILKMMESE
>CP037427|2207139:2259556|2236729_2237245_+|QBK76693.1|DBSCAN-SWA
MFHRYIKLGIAAVLLAVSVWQFVEGNIGNGIFLLFLISLVILLYYKNEFILLAFLKLRKQDFDGAQKWLNKIKNPETALVRKQNGYYNYLMGIMTSQTNLNASEKYMKKAVELGLNMDQDLAMAKLQLAGIAMTKRRKLEATKLLSEAQKLDKQGMLKDQIKMMKEQMKRF
>CP037427|2207139:2259556|2256911_2257949_+|QBK76708.1|DBSCAN-SWA
MKLKNILVILVVLGGFGLLGYLYIWYGKAFSPNLKGWDEEQFIYIKQEDNFHSVLKILEPYLNDKDGFVEIAEQRSYPSNVFSGRFKLRNGMNTYDIIEALRKNVPVRLTYNNLERIEDFAGRLGSMFETDSIGFLETFYEPSFLEENGFTKESVLVCFLPETYEFYWNVSPLKIRNKMHKEYIRFWNAERQEKAKALGLTPVEVSILASIVQKETSKADEKERVAGVYLNRIKLGMPLQADPTVVYAKKLYTNDFKQVIKRVYLKDTQIPSPYNTYQNTGLPPGPIFMSDQSSIDAVLNAEKHDYVYFCASVDRLGYHEFAVTLAQHNANSRKYSAWLNQAGIN
>CP037427|2207139:2259556|2218535_2219798_-|QBK76676.1|integrase|DBSCAN-SWA
MKTKNTFGIHFIIRISNSNKTVPSLIYARVTVNGQRTEISLKLKISPTSWDNIKGKAKGKSEDTVRINAHIERVRSLITDAYHQLVQQKRVVSIGAVKNIFLGHDDTESSLLKLIDYHREIATSKLAYGTLKNYFSTEKYLKSYLRKVHNRTDVYLSEINYKFIFDFENFLRNCKPIHKHQPLNNNGIMKHIERFKKLINLAITMEWMEKDPFTKYKLQFEKTERGHLTKSELEILVNKNFAIERLQSVLDMFLFSCYTGLAYIDIFHLAPQNIAKGSDGKDWIISSREKTKIPVRVPLLPEALELIEKYKDHPIAFAKGKLFPVISNQRMNGYLKEIAIICEIDKNLSFHLARHTFATTITLNNGVPIESVSKMLGHTAIKTTQIYAKVLEHKLGEDMDNLRERRLIQENHKYNFEKSN
>CP037427|2207139:2259556|2227911_2228265_+|QBK76683.1|transposase|DBSCAN-SWA
MMDSQEILKLILPTYLVEHFNITKVEELETKLHIYFEEKNDYGNQCAERQLISKGFHSMITIEDFPLRGKSVKLHVQRRRWTDKQTGEIISRDWNIIAEGTRMTTEFSEFLKKIGRY
>CP037427|2207139:2259556|2250357_2251677_+|QBK76702.1|DBSCAN-SWA
MGDIEDKKIVLAVDEKPKVGQWILLSVQHLFAMFGATVLVPTLTGMNPTIALISSGIGTLVFIFITRGKVPSYLGSSFAFINPIIAMKALEADSSSGMPVGSFLVGSFLVGVVYSLVALLIAKAGTNWLMKLLPPIVVGPVIMVIGLGLASTAIGMVTNNPQGEYDLTYVMIGLVTLAITIITAIFTRGFLSVIPVLVGIVGGYCFSAIMGVVHFDKVIDANWFEVPSFMVPFVHYEPTVSWYVILLMLPVAIVPIAEHIGHQLVLSKVIDKDLIKDPGLHKSMLGDGVATMLASLIGGPPNTTYGENIGVLAITRAFSIYIFMGAACFAILLGFCGKISALLSTIPAPVMGGVSILLFGIIASSGLRMLVENDVDFKIKRNLIISSVILIIGIGGAAIHIGELFSLEGMALASIIGIVLNIVLPGRVDVDFDDMFRKS
>CP037427|2207139:2259556|2228251_2229238_+|QBK76684.1|transposase|DBSCAN-SWA
MADTKVLSCKAIGELFGVKGEKFQRQYKHKTSGFKQWDQQEHAQDWLLYPENITEQLSIDEVCLSMGELYTILTSKAGKGQKKTIVAIVKGTKSDTVIKHLSKLPKKLRDKVTEITLDMAGAMKQIAKKCFPKAVQVIDRFHVQKLVSEAVQDIRIKYRWAELDAENTAVLKAKEEGIIYNPEILSNGDTKKQLLVRSRSLLYKNQINWTSDQQERAKVLFELYPEIKQAYLLANNLRQIYNLQIDKEIAMTKLAHWFNDIEKASLKHFSTVLKTFNVHYNEIINYFINRSTNASAESFNAKIKYFRMMYRGVRDKKFFLFRLTRLFA
>CP037427|2207139:2259556|2226064_2226733_+|QBK76681.1|DBSCAN-SWA
MKFDKIHNKGQARLFKNPYLEMLTKGHPAVIWGMYIPVLSYIVYLGYTDYNLSVQNLILLFFGGMIFWTFFEYLAHRYIFHLISDKPNAQRFAYIMHGNHHHYPRDRQRLFMPPVPSIILASVLFGLHYLIMGRYTFGFYPGFIIGYLLYASMHYAIHAFAPPFKFMKPLWRNHHLHHYKDEEMGFGVSNTFWDRVFGTMFDLDKEKEDKEKVKELMFEKKK
>CP037427|2207139:2259556|2254055_2255456_-|QBK76705.1|DBSCAN-SWA
MKKILGIFLICLLSGSMTLAGYKYFFENQNDAELTKLEEIPSALSTTKSSIIPNSSIDFVKAAENTVNTVVHVKNLSYVSSRSNPIMELFYGYKPSPKPQIGTGSGVIITEDGYIVTNNHVIANASELEVTLSNNETYKARLIGTDKEMDIALLKIEPKEKLSYIVFGDSDNIQLGEWVIAVGNPYNLTSTVTAGIVSAKARNLSKTSIQSFIQTDAAINPGNSGGALVNTKGELIGINTMISSNTGAYVGYAFAVPSNVARKIVEDLLEYGNVQNATLGVSGYELTPQIVKELNISTTTFGFYIQDIIANSGAAQAGLKTGDIITKINNKDIKTFVDLRSIINTKRPKDTVAIEYLRGNDKHSTSVKLGKNEPRKIEFRGLEIQELDSAEKEELNINYGFKITKVLDKEFAKYEDDLIGSILLSINDFKVSNINQIKNINSQINQNQKIKLTLMNKNGEYLRLLI
>CP037427|2207139:2259556|2233096_2234308_-|QBK76688.1|DBSCAN-SWA
MRLHRNLVFTVIDSILAIFNDGEYADKMVARALKKDKRWGSADRKFVAETIYEIVRWRRLYAEIAEVKDPINRDDAWRIFAVWAVLRGYTLPDWKYFENTPARRIKGRFDELNKTRKFRESIPDWMDELGVKELGEEKWTKELAAQNKQASVILRVNTLKTTRQKLYGILMDLDIETILPEEYPDALILKERANVFMTDAFKEGLFEVQDASSQLVARLLDVKPGMRVVDTCAGAGGKTLHLASLMENKGQIIAMDIYESKQKQLKIRAKRNGAFNIEYRIIEGTKTIKKLHDKADRLLIDAPCSGLGVLKRNPDSKWKLRPEFVEEIKQVQEQVLQDYSKILKAGGKMVYATCSILPSENELQIEKFLKSDTGKDFKLIEDHKILSSESGFDGFYMALLEKK
>CP037427|2207139:2259556|2245137_2245602_-|QBK76698.1|DBSCAN-SWA
MYKHLFKAALNWIAPDKQKESNKKVYAKSHTVKIEGKDILAISAAKAFKGDPILLNPEDLLLSALTSCHMMSYLYVCQQHNIEVLTYEDNSQATLVLNDDGSGRIIKVVLNPIIRIKDESQKELALQLHTQANKLCFIANSCNFEIEHHAQCFS
>CP037427|2207139:2259556|2239644_2240514_+|QBK76695.1|DBSCAN-SWA
MNKYRLVGTLFLSMLCGAMVVSCDKIGSSGTKENAVARVNDTYLDRDEVHGIVPSSADKQDSLAIVTRFIDKWATKKLLIDAAEFNLSSDKKEEIDKLVDQFKSDLLIKDYLEKLVQKSIDTIIQEKDLKVYYDKYKSNFLVEDMLVKMSYANVLKDNSNYNTIRKYFSSSRKEDHEKLEGMSLHMKSYALNDSIWVDVKQIYEKLPFLNNNNKDNYLKNNTFFEVEEENSTYFVKVNTVLSRGSVIPFSYLKKSLKMMVINDRKMELLKQYEEDILKDAKKNKKYEVF
>CP037427|2207139:2259556|2226777_2227821_-|QBK76682.1|DBSCAN-SWA
MIKRFSIILCLAILSFSCSKEDNTIIDKPTSPVDPTPPVVVPPIGNDKDIPDPKTFKIPSEYSDYYKSIDWSKKGMELKKELAKLITQTHHPIPYTPGVWEAIEYTDQDPDNPNNVLLIYGWPDKDAKNVIHKRSMHKTSKSSGNGSNRDYSWEREHVFAKSLAVVKNTKQTALIANVKSNYIGTSIPEIAGTDVHNLRSINGTWNNTRGNKKFADGHGNSGPVGSYNWYPGDDWKGDVARMMLYMHIRYESNKNEPDFDRYTNASKVGIPINSRAPLTDSMIDLFLKWNAEDPVDEIERRRNEYHGNPQNPEFRYAQGNRNPFIDNPSLANVIWGMPIYIAENTWK
>CP037427|2207139:2259556|2255590_2256373_+|QBK76706.1|DBSCAN-SWA
MLRFYKYQGTGNDFVMIDNRTGFFPKEDTDLVAHLCHRRFGIGGDGLILLEEAEGYDFRMVYYNADGSESTMCGNGGRCLVAFAKQLKIINDNCRFIAIDGEHTATISSDGVVSLQMINVSGIEIEKSYSFLNTGSPHHVQVVRDLGNYDVFGIGQEIRESELYAPGGTNVNFVEQEGPNHFRIRTFERGVEDETLSCGTGATAVAISMYAQGKCDHNEVKIDVEGGSLTISFDTDDRISYRNVVLSGPAKLVFEGTIEI
>CP037427|2207139:2259556|2252493_2253942_-|QBK76704.1|DBSCAN-SWA
MKNTSLYEKELAFQADRRKACVEFIKIISDLWYDKSIELLMFRNQLIDRSVSDIINLHEYAAKFVGKPINIFDSVEIAEAIQRADLPPSRIDIGRLTYEYHLEDNKHSNALDFVISKLKDAKETEELVPKDVVLYGFGRIGRLLARELMNKIGKGQQMRLRAIVTRDKNDAVLLEKRASLLKYDSVHGDFEGSVIADPENNALIINGTTVHMISANAPEDIDYTQYDIENALIIDNTGAFKTDEDLKRHLTSKGASKVLLTAPGKGVPNIVHGVNHTEYDPNQVDIWSAASCTTNAITPILKVMEDNFGVVKGHLETIHAYTNDQNLVDNMHKKYRRGRAAALNMVITETGAGSAVAKALPSLAGKLTSNAIRVPVPNGSLVVLNLEVEKETSVEDLNEVMRKAALNGDLVEQIKYSINNELVSSDIVGTSAPSIFDSKATIVSADGKNVVMYVWYDNEYGYSHQVIRLAKYIAQVRRYTYY
>CP037427|2207139:2259556|2230712_2231753_-|QBK76686.1|DBSCAN-SWA
MKKTLLVLAGLAVFATSCTKDPIITEPTEKPGNGGGEKPDEGGNITPNPGDYIIPAQYQQYYSKLDFTKEGTLLKQQLAKLVKDTHIPQTYTPGMWEATEFTDEDPENKNNVLQIYSWPDKDAKNDITKKRSVPKEHKNDKSTNLPLTSLWEREHVFAKALATDKTKNQKALITVFGKNSDGSDRIPTTSEEIAGHDAHHLRAINRSTNSSRSNNKFVDGSGNSKKVGKEYYFPGDEWKGDVARMMMYMHIRYENENGGGYTKATKVGMPRDAKAGVLSDEMIDLFLKWNAEDPVDEIERRRNEYHGNPNNPNYRYSQGNRNPFIDNPELANRIWGGPKAENKWSK
>CP037427|2207139:2259556|2209818_2211591_+|QBK76671.1|DBSCAN-SWA
MDAKHDSMVAIKNFKGKNFLINKYQRGYRWGKREIYALLKDILSFDITRDGFYCLQPLVMLYKDENNFELIDGQQRATTILLIIKYLLKENYFHIHYETRNSIDDGSNDFLTRLHTLDFSAVLQSESKDIENHIWTVWKESFCYENNIEDTVDNFYFFKAYCLIQLWFIKNGNGDFIKHNLLEYTKVIWYTEEVDDKDVAFTFINFNDGKIQLDQAELVKGLFVLDMNKISDFTRKSYELNQFADEWNAIEQHLQRPDFWNFIQNNRSNKELANKITILLEIEKGKGAKEEDLYYTFRQYEKAFEREEKPEWRSLATLYNLLDEWYHDRETYHLMGAVVHLTTKTIHTVLEEYRSSSKKNQLKNYLKQILKDEFFEDKKQKFKSKYDINEIKYGKTGVFPILLLYNIAVAQLQDKKYLFPFDLFNLTRAWNIEHIYAKNSMGFEKNEDLQEWMKEIEELFAENAQLKQNEELEAKFKQIKVDDLESANLKVKDIETLLGDIIDKDHLSNLCLLDDKTNIQVGKKVFRKKRNMILEVDSCLDPEAYVPVATKQVFQKALTPSSELTLNYWNTRDRDAYMSDILNKITAFLN
>CP037427|2207139:2259556|2211595_2214076_+|QBK76672.1|DBSCAN-SWA
MIIKYTFHQLLANHIIEVPIIQRDYAQGRLSDNVNYIRERFVKSLVNNIVQKEDLHLGFIYGKIEGKERQRQAKLHQDSVKTLLHTVTQYAHQFNIDVETKININEIDETSSLIFIPLDGQQRLTTLFLLYWYISMRKGVVSKELLNFRYNNRKLALAFFEELTTKGNIEVIHKELSEELDKQITKYTWYLDKWKYDATVSGALVMLQTIHKEFSTHKEFDFMSINLKDLPFKFDFLDLDDLRQSDELYIKMNERGKQLTDFEHFKAWLQDCMNKKQLSVDDKAFLERFWKKIDTDWLNFFWKKIDADFRSLDDFYFNYLKTLAINFHLSTSKNTALPNHLKELLQKIRNSDTYDKQSVKYIPLSQFIIELKNDSGILEIFELFSIDCLRYIDSIMSTLIGVEEDIKYKINSIVKEPFVSKGKNILSLYLKNNAFTPNYWDQVYYYFILELLKSNKINIDFWIRSMRNIIYNTYIQSPDNVFDALKSIGTLLSSDILDLEEALKSEKFSLSFFDKSQITEERYKCTLDPTVWDFNKIHKLEDHEYFMGQIQFAFDLATGDKDLFTKYSDLLSELFSTRNNEIYLQQALLTKGDYLVKRTNHSFCRISYDSLRSRNDNWRQIFDDEKRRNLLRSLLDNLLDLSDLDLVNKLKTIIKNHKFTKEDWEYYFVENGGAIKECKYNEIRWFSANDVRLLHSTAITGYHLELRTMWLFQELENLKFDINPFETKEYLWDKNTGGSPGIKLSSFKLGEKVYDLDIRFAKDGAGYECCFFHKAATINDRSADEIVIKSLGDFIYDDEYKHYFKKVDKEKMIEYLSILTSKLSTL
>CP037427|2207139:2259556|2242282_2245045_+|QBK76697.1|DBSCAN-SWA
MSLYKDYINEIEERKTQGLNPKPIDGAELLSEVIAQVKDAENEYHEDSLKLFIYNVLPGTTSAAGVKAKFLKEIILGEVVVKEITPAFAFELLSHMKGGPSIEVLLDLALGNDEAIALEAAKVLKTQVFLYDADTLRLKEAFLAGNAIAKDILESYAKAEFFTKLPEVAEKIDVVTFIAGEGDISTDLLSPGNQAHSRSDRELHGQCMITPQAQQEIKALQAAHPGKSVMLIAEKGTMGVGSSRMSGVNNVALWTGKQASPYVPFVNIAPIVAGTNGISPIFLTTVDVTGGIGIDLKNWVKKTDANGKVVLNEKGEPILEEVYSVATGTVLTINTKTKKLYNGEKELIDISKALTPQKMEFIKAGGSYAIVFGKKIQTFAAKVLGITAPTVFAPSKEVSVEGQGLTAVEKIFNRNAVGVAPGKVLHAGSDVRVEVNIVGSQDTTGLMTAQELEAMAATVISPIVDGAYQSGCHTASVWDKKAQANIPKLMKFMNDFGLITARDPKGEYHSMTDVIHKVLNDITIDDWAIIIGGDSHTRMSKGVAFGADSGTVALALATGEASMPIPESVKVTFKGTMKPHMDFRDVVHATQSQMLKQFAGENVFQGRIIEVHIGTLLADQAFTFTDWTAEMKAKASICISQDDTLIESLEIAKSRIQIMIEKGMDNKNQVLQGLIDKANKRIEEIRSGEKPALTPDANAKYYAEVVIDLDIIEEPMIADPDVNNEDVSKRYTHDTIRELSYYGDNKKVDLGFVGSCMVHKDDLKIVSQMLKNIEKQSGEVKFNAPLVVAAPTYNIIDELKAEGDWEYLQKYSGFEFSDLLPKSNARTEYENIMYLERPGCNLCMGNQEKAAKGDTVMATSTRLFQGRVVEDSERKKGESLLASTPVVVLSAILGRIPTIEEYKASVEGINLTKFKPIPTK
>CP037427|2207139:2259556|2235290_2235833_-|QBK76691.1|DBSCAN-SWA
MSDEISLLHRLQNNDTKHEAFRELLSLYQQRLYMHIRTIVLNHDDTDDVLQEVFIKIYQNIDTFKGNSQLFSWMYRIATNQALDFLKSKSRKMQLEDDELNEYLVNQLEADSLFDGDEAELILQKAIASLPQKQQLVFKMKYYEDLDYQTISEILETSVGALKASYHHAVKKIELFIKSN
>CP037427|2207139:2259556|2225018_2226026_+|QBK76680.1|DBSCAN-SWA
MFRSKISGLGYYVPENVVTNDDLAKIMDTNHEWIVERTGIHERRHKALEEDTTSGMGVKAARIAMQRAGVEAKDIDFVVFATLSPDYYFPGPGVMLQRELGLNTVAALDIRAQCSGFIYALSIADQYIKTGMYKNVLVVGSEVHSTGLDMTTRGRGVSVIFGDGAGAAVLTRSENEEQGLLSTHIHSQGEHAEELALLAPGMGGRWVTDILKDNDPDDVSYTPHMNGQFVFKNAVVRFSEVINEGLEANGLQVSDINMLIPHQANLRISQFIQQKFGLSDDQVFNNIQKYGNTTAASVPIALTEAWEAGKIKEGDLVVLAAFGSGFTWGSVIIKW
>CP037427|2207139:2259556|2229792_2230443_+|QBK76685.1|DBSCAN-SWA
MELLDYLFHIDKYLHIFIEQYGTWLYVILFLIIFVETGLVVMPFLPGDSLLFATGMLVAQSDELNIVLTIAILLVAAITGDSLNYYLGRKVGMRLTEFKLFGKQVVKQEHLDKTQSFYEKYGERTIVIARFVPIVRTLAPFVAGIGKMRYGIFMTYNVVGGIVWVVGLTLAGYFLGNIPLVKDNFSKIVLLIIVVSVLPIVYEFIKAKVQSKKAIE
>CP037427|2207139:2259556|2237660_2239253_-|QBK76694.1|DBSCAN-SWA
MSFLKEIDRRRTFGVIAHPDAGKTTLTEKLLLFGGAIQEAGAVKNNKIKKGATSDFMEIERQRGISVATSVLAFNYKDKKINILDTPGHKDFAEDTFRTLTAVDSVIVVIDVAKGVEEQTEKLVEVCRMRNIPMIVFINKLDREGRDAFELMDEVEQKLQLKVTPLSFPIGMGYDFKGIYNIWEKNINLFSEDSRKNIEETINISDLASPELDKLVGEKSANNLRDELEIIEGIYPEFDREEYISGNLQPVFFGSALNNFGVRELLDCFIQIAPSPRAKESSTRVVEPKENTFSGFVFKIHANMDPKHRDRLAFIKIVSGTFERNTPYLHVRQGKKLKFSSPNAFFAEKKEIVDVSYAGDIVGLHDTGNFKIGDTLTEGEIMQFTGIPSFSPEHFRYINNADPLKSKQLEKGIDQLMDEGVAQLFTLEMNGRKVIGTVGALQYEVIQYRLEHEYGAKCTYENFPAYKACWVRPEDPKNEEFKEFKRIKQKFLAFDKSGQLVFLADSEFSIQMTQSKFPTVKLAFTSEEIK
>CP037427|2207139:2259556|2235933_2236590_+|QBK76692.1|DBSCAN-SWA
MIKTVIFDMDGVIVDTEPVHRYAYHSHFKELGIEVSEHVYNSFTGHSTKNTYERIKEIYGVEGNIPDMVLRKRALFNESFDTKPDLELIDGVRDLIEGLHARGIELIVGSSASKSTIDRVFTRFGLYPFFTHIVSGEDLPKSKPDPAIFLKAASLAKYSDKDNCIVIEDSTNGIKAANAAGIKVIGYKSANSKQQDYTGANYIVHDFTTIDADYIIQL
>CP037427|2207139:2259556|2249711_2250224_-|QBK76701.1|DBSCAN-SWA
MKGFKLFFLLTVGILLTSCGAKQIALNKQSYHSEKKVAVIINKTELKTMRLGSQGLLDIAVTPQKKYLKALNEIDSIYSPKIHTALINEVKKIYDYTKKNYLIIDDSENLPTIIQNKKEVLDYNYIKETYEVDEIQEITLQYGIAITYHGFIEIEKKSFVNITSTITNIL
>CP037427|2207139:2259556|2248500_2249496_-|QBK76700.1|transposase|DBSCAN-SWA
MDKFTQFIGIDISKDYFDVAIYVDANSCKHNQFENTKTGVDQFMKWMKSEGCCVEETLICMEHTGIYKNILVDILLSKNCNLWVEMAYRIIRSSGIQRGKNDKIDSKRIALYAKKNQEEAKLFKASKAVLNKIQALLGQREMSIAHKTAIEVRTNEFKGFNDELYKVLSKNDKAIIKALENAIKVIEEQLNTLIRENQEVSEIFDCVISVRGVGDITAMFLICYTNAFTSFEDSRQLASYCGVVPFEYTSGKSVRGKAKVHFMANKKLKKLLHLCALSAVRWDPEIRAYYERKVGEGKHKMLVLNNVRNKLVQRICSCVRNKKAYEVRQVA
>CP037427|2207139:2259556|2221404_2222367_+|QBK76678.1|DBSCAN-SWA
MLLLKNISFSYLEEKTVINNLSLVVEKGQHVALLGESGCGKSTLLKLIYGLQDLDQGEIHWNNKQVLGPAYHLVPGIDEMRYLAQDFDLMPFTSVKENIGKYLSNFYMEEKEHRIKELLTLVDLDEYADVKVKHLSGGQQQRVAIARVLALEPEILLLDEPFSHIDYSRRSLLRRNLFAYLKEKGITCIVATHDSIDALSFADETIVLKDGELVDMGETKDVYEFPLNKYVASLFGEVNELYISDFTNSFEEDELLLIYPHQLMLSKQKGQIEVEVLDAYFKGDGYMIKTFFNEDRVVFFDHPFNIEKGTKIKLALKKFQ
>CP037427|2207139:2259556|2251850_2252420_+|QBK76703.1|DBSCAN-SWA
MSEKNIKKKGWISNAIFIIVLGVFLFTPLGDSVKVWLNRLVAMSPSLEKVENQQTVNYESWHLIDEHGQTFDLDQTKGKVVIINFWATWCPPCLAEKPSFQELYNDYRDKVVFLFVTSESPDKVKAFKEKHQYTLPIYFEQNAAPAVLFSESIPASYVIDKKGNIVVRKFRAADWNSSKFRVMLDDLLK
>CP037427|2207139:2259556|2222454_2224875_-|QBK76679.1|DBSCAN-SWA
MRIIKTTLLSLFLISSMYAQENVTYQKPSQEILELADFERAPAISMDNKMEYMLLSYRSTYKTLMDLNVNEMRLAGLRIDVNTNISSTVTYITNLKVRKIKDTQEIQVKGLPANPRITNITWSPDQSKLAFTNTAENGVELWILDVKTAQATKLTEANLNANIGNPITWFKDSQSLLINQIPANRPALIDTSKNLPTGPIVSVSEGVVSQNRTYQDLLKNKTDEANFETLVTSELYKIDLKGNKTLFKKGDLFVGSSFSPDGEYLMVTTLQKPFSYLVSLNRFPMKTVVYDKAGNLVKEVNDIPLNEIMPKGFMATREGKRNMGWRADKAATLYYVEALDGGDPAKDVPFRDEVFTWDAPFNNPPKSIVKLSQRYGGITWGDDNLALVGDQWYDTRNTRTFIIDPSKFNDAPVKIEDRNSQDVYSDPGTFELKRNEFDRYVLAKENNKLFLIGQGYTAKGQFPFIDEFDLKTLKTKRLYQSNYTDKKETIQSIEDVKKGLVLVSIQSATEYPNYYFRNINKKNDLKAITSFKNPFSSLNGVHKEVIKYKREDGLELSGTLYLPAGYDIKAKKEKLPLLIWAYPAEYKDKNSAAQVTHNPNEFTFPSYGSFIYWVTKGYAVLDDAAFPIVGEGKEEPNDTYVEQLVANGKAAIDAVDALGYIDRKRVAVGGHSYGAFMTANLLTHSDLFAAGIARSGAYNRTLTPFGFQTEQRNYWEVPEVYNTMSPFMNASKMKTPMLLVHGEADNNPGTFTLQTERYFQALKGLGAPVRMVILPKESHGYAAKENIFHLLWEQDQFLEKNVKNKK
>CP037427|2207139:2259556|2232066_2233020_-|QBK76687.1|DBSCAN-SWA
MKTNFLIASISLLVLTLGACDKKSNTDFTPIYSTGEVLTTDIKATEKSKATTTGILSIPESEQDYYQGVDFTKTGLALKQELTELSTRQHVRELSYKEIWEATKATDLTPEGNEVYLLYGHKGVRSGTTAYTRGKQSNGGGQGQWNREHTYAKSLGTPNLNEAGPGADAHHLRAADVKWNSIRGNKPFAQGSGPSKLIGDYWYPGDEWKGDVARMMMYMYIRYENRCIPKYTPKGNNGRNAGVVVGTSNKIDPNMINLLLEWNAEDPVSEIEKYRNEYHANTNNKYAQGNRNPFIDNPYLATQIWGGPEAKNHWAKK
>CP037427|2207139:2259556|2214072_2217123_+|QBK76673.1|DBSCAN-SWA
MINPIERITQNRIIQLFQEQLGYSYYGNWEKREHNSNVEQEILKRNLLKRGYSETLANKAVKEVYDLANTNAGGLYQRNKEVYSLLRYGVKARPELGENFETIFPIDWQNWQNNEFGIAEEVTLAKGQNVRRPDIVLYVNGIALGVLELKRGTIDISESIRQSISNQKELFNEWFYSTVQFLFAGNNTQGLRYGTIETPDKYFLSWKEDEQENEDYKLDKYLKKLCDKQRLLDIIYNGVVFDAGVKKLPRPHQYFALQEAQPFIKRREGGIIWHTQGSGKSLMMVMLGKWILENVANSRIVILTDRTELDDQIERVFNDVGETDIAKTKSGKELMDFLTSPRPRLVCSLIHKFGNKTETDFDAFIKELQDNPVKTQGEIFVFIDECHRTQSGKLNQVMKAVLQNAVFIGFTGTPLLKEDKKTTMDVFGRYIHTYKFNEAVEDGVVKDLMYEGRNIEQNLTSQAKIDQWFESKTAGLNDFQRNELKKKWGTMQNVLSSKSRMEKIVADIIFDFQTKTRLRSQMGNAILVASSIYEACKYYNLFLQSELKNKCAIITSYNPNMRDVSTEDTGADTETDKEYIFNTYTELLKEVQSSGNKSKTETYESESKERFRKEPAKMKLLIVVSKLLTGFDAPPCSYIYIDKKMQDHTLFQAICRVNRLDTDDKDYGYIVDYMELFGNVTDAINVYTSELDSEGFTKEEVEINLKDRLKIAVDRLLTALETVEFICESVEFPKADIDFIRYFCGNTENPEDLKSNEYKRMALYKAIVEYIRAYANLKADFVNTTFTEAEVKRFHQKMEDYLNLREIIRKASGETIDLKAYEADMRFLIDTYIKAEESEKVSPFDDISLLDLMETDMEKAIDSLPKGIKGNKEAVAETIENNVRSKIVEEHLLDPKYFDQMSVLLQELIERRKQETVSYQEYLVKMAELIRQVNRGKKDDIPVSLNTKGKVALYHTLGDEEMALACEEAVQYVKQEGFRENLARQRMVKKAIFDVVKDIDKVEEVYKIIEAHKDEY
>CP037427|2207139:2259556|2256378_2256903_+|QBK76707.1|DBSCAN-SWA
MLHIRGNAIFLRALEPEDLEFIYQIENDIDLWEVSNTVTPYSRFLIRQYLENAHLDIYEVKQLRLVICDIDTEQALGLIDLFEFDPKNNRAGVGIVIQHPEDRGKGAGAEALELVINYGKEVLGLHQLYANISVDNYPSQQLFLKYGFKLVGIKKDWERVGGVYKDEALYQLLF
>CP037427|2207139:2259556|2258120_2258654_+|QBK76709.1|DBSCAN-SWA
MGREPKIKERYHLKFIEQIVQEIENGASQNSVIRKYNLNRSTVNRWAKKYASPEYHATRKNKVYSESLKRQVVHSITEHHMTAQEACIVYDIESTSTINNWLLVNYNKNIDICNEIVIPSLMEEKTSNTESLEIKALKKALSEAQFKIVALNTLIDVAEKSLDIDIRKKSGSKQLKK
>CP037427|2207139:2259556|2217125_2217818_+|QBK76674.1|DBSCAN-SWA
MTERIEIGEVEIEVTFKDIKNLHLSVHPPYGQVTISSPLFYDLEKVKIYAATKLGWIKKEQRKFLEQLREEPRVFKNQESHFFFGDRYLLKLEESTRNKVEIAGKKIVLKSSDLNNVKQLQATLYAFYRKELRKYLEARIVYFAALMNIESPSFKIRTMKTKWGSCATDQQRIWFNIELAKKPLDCIDYIVVHELIHLIERHHNKRFVLLMNQYYPSWCTQKKKLNELPL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
QBK76669.1|2207139_2208687_+|transposase	IS21 family transposase	K4I413	Acidithiobacillus_phage	1.2e-82	34.8
QBK76670.1|2208712_2209465_+	ATP-binding protein	A0A2L1IVB6	Escherichia_phage	5.5e-17	25.8
2208913:2208929	attL	NA	NA	NA	NA
QBK76671.1|2209818_2211591_+	DUF262 domain-containing protein	NA	NA	NA	NA
QBK76672.1|2211595_2214076_+	DUF262 domain-containing protein	NA	NA	NA	NA
QBK76673.1|2214072_2217123_+	HsdR family type I site-specific deoxyribonuclease	A0A220A398	Liberibacter_phage	2.5e-60	27.9
QBK76674.1|2217125_2217818_+	M48 family peptidase	NA	NA	NA	NA
QBK76675.1|2218157_2218424_-	DNA-binding protein	NA	NA	NA	NA
QBK76676.1|2218535_2219798_-|integrase	site-specific integrase	H7BUI8	unidentified_phage	6.5e-31	40.5
QBK76677.1|2220342_2221284_+	thioredoxin-disulfide reductase	A0A2I2L5E1	Orpheovirus	9.7e-64	43.3
QBK76678.1|2221404_2222367_+	ABC transporter ATP-binding protein	G3M9Y6	Bacillus_virus	3.2e-22	33.2
QBK76679.1|2222454_2224875_-	S9 family peptidase	NA	NA	NA	NA
QBK76680.1|2225018_2226026_+	ketoacyl-ACP synthase III	NA	NA	NA	NA
QBK76681.1|2226064_2226733_+	fatty acid hydroxylase	NA	NA	NA	NA
QBK76682.1|2226777_2227821_-	endonuclease	A0A2P0VMP9	Tetraselmis_virus	3.8e-16	31.2
QBK76683.1|2227911_2228265_+|transposase	transposase	NA	NA	NA	NA
QBK76684.1|2228251_2229238_+|transposase	DDE transposase	NA	NA	NA	NA
QBK76685.1|2229792_2230443_+	DedA family protein	NA	NA	NA	NA
QBK76686.1|2230712_2231753_-	endonuclease	A0A2P0VMP9	Tetraselmis_virus	1.3e-08	27.3
QBK76687.1|2232066_2233020_-	endonuclease	A0A2P0VMP9	Tetraselmis_virus	4.5e-16	30.0
QBK76688.1|2233096_2234308_-	RsmB/NOP family class I SAM-dependent RNA methyltransferase	NA	NA	NA	NA
QBK76689.1|2234397_2234829_-	hypothetical protein	NA	NA	NA	NA
QBK76690.1|2234833_2235247_-	hypothetical protein	NA	NA	NA	NA
QBK76691.1|2235290_2235833_-	RNA polymerase sigma factor	NA	NA	NA	NA
QBK76692.1|2235933_2236590_+	HAD family hydrolase	A0A1D8KNV9	Synechococcus_phage	9.6e-10	28.5
QBK76693.1|2236729_2237245_+	DUF2892 domain-containing protein	NA	NA	NA	NA
QBK76694.1|2237660_2239253_-	peptide chain release factor 3	A0A2K5B2A5	Erysipelothrix_phage	5.0e-36	28.3
QBK76695.1|2239644_2240514_+	hypothetical protein	NA	NA	NA	NA
QBK76696.1|2240500_2241874_+	peptidylprolyl isomerase	NA	NA	NA	NA
QBK76697.1|2242282_2245045_+	bifunctional aconitate hydratase 2/2-methylisocitrate dehydratase	NA	NA	NA	NA
QBK76698.1|2245137_2245602_-	osmotically inducible protein OsmC	NA	NA	NA	NA
QBK76699.1|2245883_2248145_+	aconitate hydratase	NA	NA	NA	NA
QBK76700.1|2248500_2249496_-|transposase	IS110 family transposase	NA	NA	NA	NA
QBK76701.1|2249711_2250224_-	hypothetical protein	NA	NA	NA	NA
QBK76702.1|2250357_2251677_+	uracil permease	Q9KX94	Enterobacteria_phage	1.4e-68	39.2
QBK76703.1|2251850_2252420_+	TlpA family protein disulfide reductase	NA	NA	NA	NA
QBK76704.1|2252493_2253942_-	glyceraldehyde-3-phosphate dehydrogenase	NA	NA	NA	NA
QBK76705.1|2254055_2255456_-	PDZ domain-containing protein	A0A1B1IT49	uncultured_Mediterranean_phage	6.6e-24	30.2
2254532:2254548	attR	NA	NA	NA	NA
QBK76706.1|2255590_2256373_+	diaminopimelate epimerase	NA	NA	NA	NA
QBK76707.1|2256378_2256903_+	N-acetyltransferase	NA	NA	NA	NA
QBK76708.1|2256911_2257949_+	endolytic transglycosylase MltG	NA	NA	NA	NA
QBK76709.1|2258120_2258654_+	hypothetical protein	NA	NA	NA	NA
QBK76710.1|2258677_2259556_+|transposase	IS3 family transposase	A0A0P0I4A4	Acinetobacter_phage	1.6e-20	37.8

Sequences of DBSCAN-SWA_6

Nucleotide sequences of DBSCAN-SWA_6

>CP037427|3027551:3093973|DBSCAN-SWA
TATGAAATACAAGAAATGGAGCTTATCTGAGAAGCTATCAATTTTACAAGAAGCAGAAGAAAATGGGGCAATAGAAACTTGTCGTAAATACAGTTTAAGTACAGGTACTTTCTACTCATGGAAGAAGAAATTCGATTCTCAAGGAGAATCAGGATTAAGACCTGCTGTTTCTGACAAATCAAAAGAACTTAAAAAAGCAGAAGAAGAGAATAAGATTCTTCGTAAACTACTAAGTGATAAAGAAATAGAATTAGAAGTTCAACGTGAACTGCTAAAAAAAAAGTTTGGGACATCCGATCCAAAAAAGATCTGGTAGATTACTTTTATAGTAAATATCAAAAAAGTAAAGCTAAACTAATACATTGGATTGGCTTAAGTGAAAGCACGTACTACTTCAAGGGTTCTGGCAAGTCAAAAGGTAATAAAGCTACTTTATTAACCTATCATAAAACCCAAGGTTGGGTTAACGAACAAACTGTTGTAGAGTCAATTAAAGAGCTTTTAAAGGGTGATTTTATGGATTGTGGTTACCGTATGATGAGCGAGTATCTTAAACGCGAAGGGTACACCATTAACCATAAAAAAGTATTTCGTATCATGAAAAGCGCCAAACTTTTACAAACTCGTATAACTAGAGATCATTCGAATAAGAAGTACGTTAAGCATCGTAAAGTAAAGACTACAAGACCCTTAGAGTGTATTGAAATGGATATTAAGATGGTATGGATACCACAAAAAGGTAAAAATGCTTATTTACTTTCTATAATTGATGTACACAGTCGTAGAATATTAAAAGACTACTTCAGCTTTAATATTAAGCAGAAGCAGGTAATAGAATTATTGTCAGGGCTTTTTGAAGAGTTAGATTACCCTAAAAATGTGGTTATTAGATCGGATAATGGTAGTCAATTTATTGCCAAGAATGTAAGAGAATATCTTTCCTTAGTAGGTGTATCACAAGAATTTACACACGTAGCAACACCAGAGGAAAATGCTCACATAGAAGCCTATCACGGTACTTTAAAAAGAGAGGTTTTTACTAAATTTGAATACTTTACTTTTGGACAAATAGAACAAATATTAAAGAAGTACGTAGTATTTTATAATAACAAAAGACTACATGGTTTGCTTGGAAAAATCACTCCAATGGAGAAATGGGAAAAGGACAAACACTTGATTTGTAGTAGAGAAAAAGTAGCCTAAAACATTATACTTTAAAATTTAAAAATACTCTAGGTTTATAGGGGTCAAAACACCTATTTATATATAAAATAGACTCTTACCTTACGTTTTTTTGATATAATCTATAATGAATTTATAAAGGGTTTAAGTTTAGATTTTAATAACTTAGTAAGTTCATTAACACTGTTCTGAGCTTTGATTACCTGAGGTCTATTTTTATAAATAGCTTGTGTGAAGGTACCAGGTATAGCCTCTATATCTTTAATAGCTGTTGTAATTGCAGCTTTCACTTCATTATCTAAAGCTTTATTTTTTTCTGCTACTAGAGTTGATAATCCTTTTACTTGTTTATTATACTTTCCTAAGTAAACATTTTCAATTCCTTTAATATTATCAATAAAATCTTGTTTAGAATTATTACTGAAGCGAGATTCTTCTTTTTCAGGGAAAGGAGAACTTCCTTCAGGGTTTAAGGGGTCTTCTATTTTACCAGTTGCTACTTCATCTGATATAGTGATTAGTCCTTCTACTATTTCTTCTAATGCTGCTATTCTTGACGGGTATTTTTTAGATCCCATTCCTGCAGTATTAAAGACAGCGGCATAGTTTCCACCATCTGATTTCCATTCATTATATAGAAACTTAGTATTGTTCTGTAAATCTTCAGAGGCAGCTTTAAGATATTCTTTTTGTCTAGCTGTAATTTGTTCAGCTTTTTTAGCACCATCTTCTCCCCATAATAAAAACTCTATTAGGTGAAAACCTCTTGCTTCATTATTAGAACTAATCAAAGATGGAGTTATTTTTTGATTACTTTTTAGAATATTATTCATCGCTTCTACATCTACAGGCCAAGTATCCATAGCAGGATCAATACCATTAGTTTCAACAGGTCCATAAAGAAAACCTTCAGATAATTCCCATGGTATACGAGTGTCTACCCATGCTTTTTTTGCAAGTTCTAAGTTTTGTTGAGTTGATGTTGTGTTAAAGGTACTAATTGCTTTATCTAACGCTATAGCTTTATTATTTAACTCTTTATATGTCTCGATAATTATATTACCCGTAAGGTCAGTAATGACAGCTGTATGTAATTTATCTTTGCTATCATCTATAGTGGGACTATCATCATTGTTACTACAGTTAGTCATCATAAATGACATCGTGATAAGTCCTAATGTTAAAATTTTGTGTTTCATTTTCATTGTGTTATTTGAGTTAATTAAATTAAAAAGTAAATCCTATTCCAGCAGTAAAGGTGTTTTCTCGCTGTTTTTCACCTGTGTTTAATGAAGTAATAGGGTCAAAGTGATCAGAACCTAATCTTCTAGAAGAGTAATGCGCTTTTAGAACTACCTGAGGGTGTACAAACCAGTTGATACCACCAGTTATAACACTTCTTTCCCATCTAGGTTTACGTACTACTGCACCTTCTGTTTTATACATTGTATCGTAGTACTCATAGCGCATAAAAGGATATAATTGTTGCTTTGTTTTGAAGTTTAGGAAGTGTAAAACTTCATATCCAATATCACCAGAGAAACCAATCATTGACTTCCCGACAGGGGTTCTTTTAACACCTAGATTATTAGATAGATTAGCATTTTTTCTACTTACAATATTTGAGTTTTCAATATTTCCATATAAGAATACAGAACTAAACTTTATGTAGTTTTCATCATAACTCACATGCCCTTCAAAAATGGTCACATAAGCAGAAACATCCATATCTTTTTTAGGTCTATTAGCCGCGGCATCATTGACATAAGCAGCAACTCCAGCAAAGGTATTTTTGTTTTTTCCAAATTTATAGTCTAGACGAGCTGTATAAGCTAAACTATTACCCACAGCCATTTCAAAACGAGTTTGATGTCCTCTTTTTACCCAGTTACGAGAACTAAATCCTGTAGCGTCTAGTCCATTTGTAATTGATACTTCATAACGAAGGCGATCCTTGAGAAAAGTACCATAGAACTGAATACCATTTTCATACCAACCTAATGGCAGTATTTCGTTTTCCATTTCTTGGCGATGAGCTGTAAAGTAGTTAGTGGGTCTGTCTAGATTCTGAGCTAAGTTGAAGTGAAGTTTCATTCGACCTACACGAACATTAAAATAGGGGCGAACTTTAAAGTCTATAAATATTTGTTCTAACTTAACTTCTCCACCTGACTCAATTTCTTTTTCATATTCTCCAAATTCTTCTTGAGTATCTAGTTCAATAGTAGAACCTGTACCACCATGTTCAAATTCAATTTCTGTCTTTAAGCTAATCCAATCATTAAAATGATAACCTAAAAACAGATTTAATCTTTCAGCATCAAATTTGTTTTTAATTTGAGGATCTGTATCATATTTACCGTAGTTATAATAGTTAATAGCACCATAGCCACTAAGTGTAAAATTATCCCAACTTAGCAATCTTTTTTTATCTTCTTTTAATTCTTTAATAATCTCTTTTTTTAATTCATCCTTTAAGATTTGCCTCTGGATAGAATCATTTTCTTGAGCGTAGGTAAGGGAGCTAGTAAATAGCAGGCAAGCAAGTAGTTTTGTCTTCATTTTATATCTTATAAAGTGAATATTCGTGTTTATTTTTCTTCAAATATATACTTATTTAGATTTATTAAATATTATATATTAATATTTGTTAACGTAATTTTAAAAGTTTTTAGTAATAATTATCTATTTTATCCTATTAATGGTATTAATCAATTATTAAAGTAATAATGTCTTAAATAATTAACCACACTATTTTGAATTATTCTTTTTACTTCTAAAAAAAGAAAGGTACTTATGGAAGAGAATTGAATAAAAAAAGCCTCATAGTGAATAAACACTATGAGGCTTTTTCCTAATTAAGGTATTTAAGAAGGATTACTTTATCTTCTCTATAAATTGATTGACCATATTCTCATCTGTAGCCCATGAAGTGATTAGTCTAATAGCAGCATATTCTTGATCTATTGCTTTCCATATATAGAAATCATAATCTTTGTTCAACTCTTCTATCAGTGCTAAAGGAAGAATAGGGAATAACTGATTCGTAGTAGAATCTCCTAAGAAATGATATCCTTTTGCTTTAAATGCTTCTGTTAGTTTGGTAGCCATTCTATTAGCGTGGCTGGCTAAGTCAAAATATAGATTATCTGTAAATAAAGTTTCAAATTGTAACCCTAATAATCTTCCCTTCGCCAGTAAGGCTCCTTTTTGTTTTAGATTATAATCAAAATAAGTAGCTAATTCAGTATTATTAAACACAATAGCCTCACCTAATAATCCGCCATTTTTAGTTGCTCCTATATAGAATACATCAGTTAGATCAGCGATATCTTTTAAGGTAAGGTCGTTATTATCAGCTGTCAATGCGTGTCCTAATCTAGCTCCATCTATAAAAAGGTATAACCCTAATTGTTTACAAATAGAAGAGATGGCAGTTAGTTCTTCCTTAGTATAGATAGTCCCCAGCTCTGTAGAATTAGAAATATACACCATCTTAGGTTCTACCACATGAGGTCTTAATCCATATTCACCTACTGTACGTTCTATATCTTGAGCCGTTAGCTTACCATTAGTAGCCACTACTGGGATTACTTTATGTCCTGTAGCTTCTATAGCTCCTGTCTCATTCGCAAAGATATGCCCTGTTTGAGGCGCTATAACTGCTTGGTGTGTACGTAGGATAGAAGAAATAACTAATAAGTTAGCTTGAGTTCCTCCAGACACGAAGTAGATCTGTGCTTGAGGGTTCTGTATTTTAGCTTGGATTAATTCTTTTGCTCTTAAAGTATAGTCATCATCACCATATCCTGCTTGTTGGATTAGATTAGTCTCTATTATTCTATTTAGTATATTAGGATGCATGCCTTCTGCATAATCATTTTTAAAACTGTACATAATCACTTAGTATTAATTGATACACAAAAATACAGTAGAAATAAATAAAAAAATAGAATGTTCTAAACCTAATAGAATACACTTAACCTCTGTGTTGATTTTTAAACACAGCAGGAGTCACACCATATTTTAATTTAAAGATGCGTATAAAATGACTCTCATCAGAGAAGCCACATTGATAAGCTACTTCAGCTTGACTAATAGGGTGGTATAACAATAAATCGATTGCTTTCTTTAGTTTTTGCTCTCTTACGTATTCTCCAAAACTCATTTTAAAATAAACAGGAAACTTCCTCGATAAATAAACAGGATGCAATTGTAATTCGGTAGCAAGGTAATTTAAGCTTAATACTTCCCAACGCTCTTCATTGACTAGTTCTATCAATTTATTAACCCATAGCGGTTTATGAGTATCTAGGTCCTGAGCTTGAAGACGTGTTATCTGCCCAAAAGTCTGTAATAATAAGCCATCTATAGCAAGATTAGTAGCCTGATCAGCTAATTGAGATTCTATATGTATTTTATGAAATAACGTCTGTAAACTAGGATCTTTTAAGAGTAAGTCTCCTTCTATAAGGCTAGGAGACAAATCGTATTTTAAAAACCAAGCTGAAGGTAATTCTACATGTAAGAAATCAAACTCTTTCTGGATATCTTTATTGTAATGAGGTTCTTGGCTATGGTGGTATAAGAGTGTATTAGGCAGTAGTTCTAAAGTTCCTTTTTTAGTTACCTCATTTAAATAGCCATTTATATTGTATAAGAAATAAGCATGTTTGTGATAATGCCATGGAATATGATCAGTAGGAGAGGCATTTGCCTTGCTTAGAATAACATCTTTCACAACGAGTTGTTGTTTCTTTTCTCCAAAGTGTTCTCCTTCTTTTAAATAGTCCATATTTATCTACTTAAGATCTTAAACAAAGATAATAATACTTCTTAAACCTAGTTTATATCATAGGCATATAAACGAAAAGTAATTAAGTATCACTAATCATGACATTCCATCATCAAAAGATTCCCATTTAGATAATCGATTGTTACTAGTCCATCTTCAGCTACTGTATTGCTACTTCCTGTGCGCTCACCTAGTACGAGAGATTCGTTTTGAAGAGGGTAGAGGAGATTCGTTGTTGTAATATTACTTACTTCACCTACTGGGATAAGAGAAATAATTGTATCCTTTTCGTACCACTTTTTGAAGTGATTAGGTAGAGGGTATATACGTGAGTAGTCATCATACATCGTTATCTTCAGTCTATCTTTATATTTACAGATATTCGTAATATTTGTGATAGTATGATCAGCTCGTTTACCAGTAGCCCAGATTACATTGGCAGCTGGTATACCACGTTTTATAAGGTAGTCAAATGCCTTTTCTAAGTCAGTTGAGTTCTGATCAGCGATATGTACGATCTCTATAGGATACTGTTTTTCTCTATACGCATCTGCATCAAAGTCTCTATCAAAATCACCAAGTAAAACATCCACTTTCACACCTAAATTAATTACTCTCTCGATAGCTGAGTCTAGTACAACAACTAGGGGAGACCATTCAAGTAATTGTCCCATAAGTTCTTGGCTGCAGGCAGCACCATTAGCAATGATTAAAGCAGGCTCTTGGTCATCTCTGACGATATGATGTGAAGACATATTAGTGAGTTTTAGTAAGGCAAATTAAGGTATAATGTAGGATATAGACTCAATTTATTTTAAATTTTTCAAGAAAAGATTGTAGATTTATTTTAACGAATTGTATTCAAAGGCATTCTAATTAAAATAAGTTCATTACTGAATACATAAAAGAGTATCGTTTTATCAAAGTAATAGGATAGGATAAAAATCAAAACTAGATTACAATTCTTTTGATTAACCTAGAGATAATTTTAAAGTTTAAAACCTTCTTTTCTCTTCTTCTATACCTGTATTTCTTATATCATCATCTACTTCTTTTCCCTTTGAGAAATTATAAGAAACGGATACAGAGAATGACCTTGAATTAAATTTATTATAATTGTAATTATATATACCGTTAAAATCATATTCAGTACTAGATCTAAGAGAATTAAATACATCATTAACTCCTGCATGTAAATTAAATGAACGAGATATAGGATAAGATATATTTAGATTTAAAGAATTAATATTCTTATTTTTAGTGTATAGCATTCTGTAAGCCGATGTATAAGAGTAATAAGCGTTTAATTCTATATCTAAAGGTAAATAAAAAGTATTGTTTATACTAAAATCAGCATATAGTGAACTAAACTTTTGAGTTGGTAGCTTGAGCTCTAAGTAAGCACCTGTCAATTTTGTATTGGTTTCCCACCAATCACTGATTTTATAAGGGAAAGAAACAAAGGTATATAGGTCATTTCTATACCCTATATTAGTAGGGCTAGTAATTAAGATTCCATTGGTATTTCGAGGAATTGTCAAAATATTATTTTCTAAATAACGATATCTTAAATCTAATCGTAAATTATTCTTTAAACTATATCCTGTTTGTAAACTGTATATATCTATGGGTTTTAAGTTCTCATTCCCCATATAGGCACTTAAGGGACTACTTTTAATATAAGTGGGATTAAATAGTGAGTAACTCGGTCTTGATACTCGTTGTGAAGCTGAAATATAAAGTTTATTATCCCATACTTTAGTAGAGTAGGAGATATTAGGCAATAGCCTTAAGTTATGATTATTTCCTTCTACAGAGCCATTTGTATAATCATTATAGTTATATTCAGCTCTTAGACCTAAAGATAGTTTAGATTTCTCTTTTATAGGCATAGAGAAAATAGAATAGACAGATAGAATGTACTCCTTTAGAAAAAAATCATTTGAAAAATCTGTATTGGTTATCCATTGTTCATTTTTTAAATCTAAAAAGTGAAAGCCATCCTTATTATCTACTAAAGAAGCTCTGGCTCCTAATGAAAATTCTTTATTATCTTGATACTTCTTCTTCCTTGAAATATTAAAAGCATATATGTCATTATTGGATTTAGAGTTTTGTTGATTTTCTTCTTTTATCAGATTATAATCATTTTGAAAAGAATTCAATTGATAAAAAGGGTTAGTATAATATTTTTTGGCAATATCAATACTTGTATTGAATTTAGAACCTAAACTATCTAAAACATTAGTAAATGATAATGAGAAAGAATGCATTTTATTTATTTGATTAAAATAGGCTTTGGACAGGACTAGAGAGTCAGACTCTATAAGATGTCCAGTAATTTGAGAAGATACTTCACGTTGGTGGTCATGGTCTTGGTCATCTTCAAAGAGATAGAGAAAACTTATACTGCTATTATCGTTGAAATCATAGTCAGCCCCCAATGTAACATAGTCACTTTTTCTATTTAATTTACTATTTTCTGTATTTGTATAATAAAGTTGACTATTACTTCTTATCTGAGATTCATGTCCTTTTGAACTTGTTTTGTGTCTTGAGTGATAGTAATTTCCAAATACCCTAAGTTGTTCTCTTTTATAGAATAAACTTGCATCAGTAGAATAGCCACCTTTGTCATTATATAGAAGACCTTGTCTTATATTGCCGCTCCAGCCCTCTTTTTGGATAGTCGTAATCTTGATGAGGCTTGTTTTATTGCTTTGAACGCTTCCATCTACTCGATCTATAACTTCGATATTCTCGATTGTTTTAGGATTTATTGTTTCTAAAAAAGTGGAGATTCTACTTTTATCTATTTGAATATCTTTTCCATCTAATTGTATCAGAATATTATCATCTCCCAATACTTTAAGACCATTATTCGTTGATATAGTAGGAGCGTAATTTAAAATTGATATCAAATCAGGCTGATTTTGTAATCGTGTGCCTGACACATTAAGAATAACTCCTGTATCAGTTTGTTTAACAGGTTTTCTTTGACTTGTAATAATAAGTTCATCTAACTCTAGAGCTTTTTCAGAAAGAAAGATTACACCTAAAGAAATATCACTAATAATATTGATAGATGATTGATAATCATTATAATAAACAGAGGTTAACTCTAGACTATATAATCCTTCTTGAATATTCTCAATTGTAAATTTGCCATTTTCATCAGAAAGTACACTTTTGATAATTGTATCTTGTTTTTTCAATTTAATAGCACAATTGAAGATAACTTCATTATTGTTATCTTTTAATTGCCCTGTAATGCGATACTGTGCTTTACAGGTAAATGTAAAAAGCAGAAAAAGGATAAATAAACTATACTTCATACAAAAATAATTAATTATCAATAGTGATATGCTGCACAATATCTAAGATAACCTAAGCGCTTATAGACTTTAGATTAGAGATGAATGTTTATATTAAACAAAATATTTTATTAATTTAACAAAAATAAATTATATAATTGTTAATATCAATAACTTGGGCTTCTAGAAATTCTTTTTATAAATAGGAAAGCCCATCCTGATAAGAGTAAGAAATACCTCAAGAATTTCAAGTTATAGTTCAAGGTCAAATCAATTTATTTTAAAAAAATTTCATTTGAAATAGAATAACTTTATATTTGACCCAATTACTAAAAGAACAAACAATGACAAATTTATCACAAGAACAATGGTGGGAAAAAGCGCAAGCTGATTCTAATGCTATTATACTAGACGTACGTACAGAAGAAGAAGTAGAAGAGAAGGCTATCCCAGGTTCTATCAATATAGATATCTATAAAGGACAAGGTTTTTTAGATGAAATAGCTAATCTAGACAAAACTAAAGCTTACTATATCTATTGTAAATCAGGTGGAAGAAGTAGCCAAGCATGTCATGTAATGGAGTCTTTAGGTTTCGAAGAGACACATAACCTTTTAGGAGGGATTACAGAATGGGAAGGTCCTATTAAATAAAGTATATTAAAGCCAATTCATTAGAGTTGGCTTTTTTGCATCTATACGGTTATTTTATCTTATCTCTAATCTATTTATAGATGAATATACTTGCACTATGCTAGGGGTATTCTTGCACATTCCTTGGAGAAAGAGGTGCTCTGGGCAAGGAAACTGCAAGAAAACCGCAAGCAATCCCCTAGAATCAGCAAGCGAGACGTTATATCTATGATGTACAGTATGCCTATAAAAAGATACGCTAACCTAAATTTTAAGGATATCATAAGTATTATGCGATATCATTATTAGAATAGCTTTGTATATTTGTATTCACATAGCGTACATACTGTACGAGCTATGATATATTTCAAATCTTATTATGAAAAAAATCTTTTTTATCGTTAATCCAATTTCTGGAAAAGGAAAGCACAATATTACTGCAGATTATATTAAAACATTCTTTGATGAAAAAGCATTTGATATACACGTACTATATTCTACTTATAAGAGACATGCTATCGAATTAACACAGCAGGCACTATCAGCAGGTGCAGATGTTATCGTAGCTTGTGGAGGGGATGGGACCATTCATGAAGTAGCTACACAAGTAGTGGGTAAGGATGTTGTATTTGGTGTAGTACCTGTAGGTTCAGGTAATGGATTAGCTTCTAATCTATCTATTCCTAAAGATATAGAGCAGGCGATAATACGTGTACGCGATGGAAAAGTAATGAATATGGATGTCGGTAGTATTAATGGAGAATATTTCTTTAGTAATATGGGATTCGGTATAGATGCTACTATTATAGATAACTATGAAAAATCAGGTAAGCGCAAATTAGGTGCTTATATCAAAGCAGCATTAAACTCTGCTCAACAGTATAAAGCGAAGAGAATGCTCGTTACGTATAAAGGGCAAACCAAAGAAGTAAATCCGCTACTATTATTTATCTCTAACTCTAATGAGATGGGATATAATATGTCTCTAACTCCGAAAGCAAGTCTGACAGATGGACTATTAGATTATCTAATGGTGCCAAAAATCAATTTATTAAAACAATTGACTTTTGGACTCTATGTGATCTTAAAGAAAACAGAGAAATTCAGAAAGACAGATTATGTTCAGTCTGATTATATTACAGTAGAGATCATAGGGCAAGAAAGAAATGGTTTTCAGATGGATGGAGAATATTATGAGTACGATACTAATCAGTTTGAGATCCGAGTTATTAAAGGAGGACTAAGAGTATTGTGCTAGTAGTGATTATTATTGATAAAATTAAGAAACTTTAAAGTTCTCTTTTTAGACTAAATTATATAAAAAGTGTAACTTTGTAAGATATATAAAAACAACAAATAAGATAATATATTATGAATTCATTTGACGTAGTTGTAATTGGTTCAGGACCTGGAGGATATGTAGCAGCAATTCGTTGTGCTCAATTAGGATTTAAAACTGCTATAGTAGAGAAATACTCTAACTTAGGAGGAACTTGTCTTAATGTAGGGTGTATTCCTTCTAAGGCATTGTTAGCATCATCTCATCACATGGAAGAGATTGCTCATTTTGCTGATCACGGAATAGAAATCACTGGAGAAGTAAAGTTCGATTTATCAAAAATGATCGAAAGAAAACAAGCAGTAGTTGATCAAACATCTTCAGGTGTTAAATATCTAATGGACAAGAACAAGATTACTGTTTTTGAAGGAGTTGGATCATTTGAGAACGCAACTACTATCAATGTAACTAAAGCAGACGGAAGTGTAGAAACATTCGAAGCTAAACATAGTATTATTGCTACAGGATCTAAACCATCTACTTTACCATTCATTACTTTAGATAAAGAAAGAGTAATTACTTCAACAGAAGCTTTAAAACTTCCTGAAGTACCTAAACACTTAATCGTAATCGGTGGTGGTGTTATCGGTCTTGAATTAGGTCAAGTATACATGAGATTAGGATCTAAAGTATCTGTAGTAGAGTATGCTGATAGAGTATTACCTACAATGGATAGTGCTGTATCTAAAGAATTAACTAAAGTGCTTAAAAAAGCAGGTATGAAGTTCTATACTTCTCACAAAGTACAAGGAGTAGTGCGTGAAGGAGATGTAGTAACAGTAACTGCAGAAGATAAAAAAGGAGAATTAGTAACTCTAGAAGGAGATTACACTTTAGTAGCTGTAGGTCGTCGTCCATATACTGATGGATTAAACGCTGACAAAGCTGGAGTTAAATTAACAGAAAGAGGACAAGTAGAGGTAAATAATCATTTACAAACTTCTGCTTCTAATATCTACGCTATCGGTGACGTAGTACGTGGTGCTATGTTAGCTCATAAAGCTGAAGAAGAAGGAGTAATGGTAGCTGAGTTCTTAGCAGGCCAAAGACCTCATATAGATTATAACTTAATCCCTGGTGTAGTTTACACTTGGCCAGAAGTTGCAGCTGTTGGAAAAACAGAAGAGCAATTAAAAGCTGAAGGAATTGAGTACAAAGCTGGTAGCTTCCCATTCAAAGCTTTAGGACGTGCAAGAGCAAGTGCTGAAACAGATGGATTAGTTAAAATATTAGCTGATAAAAATACTGACGAAGTATTAGGAATACACATGGTAGGAGCTCGTGCTGCAGACTTAATCGCTGAAGCAGTAGTAGCTATGGAGTACAGAGCATCTGCAGAGGATATCTCTAGAATGTCTCACGCTCACCCTACTTTCGCAGAAGCTATTAAAGAAGCTGCGTTAGCTGCAACTGATAACAGAGCATTACACGTATAAGCTGATTATACTGAAATACATAGAAAAGCCTAGATATATTCTAGGCTTTTTTTATTTATAATTACCAGCTTAAGACCATAGAATAATATTTGTTTCTATTGTTAATTTAATTATGTTTGCATTAACTATACGTTAACAATTAAACATGAAAAAATACTTAATTCTTTGTTTTGCTGCATTAGCTTTATCTTGTAGTAAAAGTGATGATAATACTCCTAAAGGAGATCCTATATTTGATGCCCCTTATAGTGGCTTAAAAAGTCTAGACGAATTGCCTGTAGGTACTTTAAAATATGCAGGTAATAAGATAGGAAGTCAACCAGTAGGATTAATAGGAAAAGATAATAAAACCTGTAAACAATCTGATTATCTGCTTCTAGACATGAAAAGAGAAGTATTGACGTATCACTTATTCGAAAAGAAAGTAGGAAATATTTGCGCTTTATTTTGGGATTTCCCAGAAGAGATTATTCTTAGTGAGTTAAAAGAAACAGGAAAATTACCCGTTCAGATTTATACCAAAATAAAAAGGGCTCCTACTAAAGAAGAATTAGAAATAAATCCAGATAAAACTTATTATATTGAAACAAAACTAAAATATAATGGTGAATTAGAAGTTGGTTTTCAAGCAGGATATTTAAGAATAGAAGATAAGCTATCTAATGTTTCTGAAGGGAGTCTAAATAAAGGAAAAAGCTATTTGTATTTCCATATTAAATAATAGTATAAGGGGGATTAAGTTCGTTTAATACCCCTTTATTATTATCTGTAATACTAACATTATATTAGCTTTTAGATTTATTTTTTATTAGTAGATTTGTTACTATAAATACTTGAAATAAATGATCAAATTCAATAAAGAAACTAAAAAGCTCGAAATAACAGATAATCAAAAAGGACGATTAACATCTTCTAGGATTATGTCTTCTGCTATCCTAATCTTAGGAGCGGCTAGGCTCTATACTGCTAACTGGCAACAACCTAAAGAGATGGACTATGTATTCTGTATTATTGTAGCTACCTTCTTATATATTACAGTAAAGAACTTCTTAATACAAACTGCTGTTGACTCTATAGACAAATATGATATTAAGTATGTGAAGATGCCAAAAGCATTAGGTACTAAAGCGGTGATAAAACTGAATAATAGAAAGACTAGAGATGTGTTTGGACTTAAAACTCCTGATGCTAAGAATGCATTCAGAAAGGTCTTAAACGATGCTAAAATAAAAGTGATTAATTAATGGCTGTTGTTAAAAAGCATTATTGTGATTTCTGTAATGAGCTACCTTTAGATTCTGACAATCCTAATAAGTACTATCACGATTATGAATATGGCTTCGAATTAACGGATGACAATGCGCTGTTTGAACGATTTGTTTTAGAAATAAACCAAGCAGGGCTGAGCTGGAATACTATTCTTCAAAAAAGGAAAAGCTTCCAAAAAGCTTATGTAGGGTTTGATATAGACAAGGTGGCTAATTTTACGCAGGTTGATATTGATCGATTATTACAAGATAGCGGGATTATTCGCAATAAACTAAAGGTTAATGCTGCCATCTATAATGCTAATCAAATCATCGTGTTACAAAAAGAATTCGGAAGCTTTAAGAATTGGTTAGACCTACATAAAGAGCATACACTAGAAGAATGGCTAAAGTTGTTTAAAAAACACTTTAAGTTCGTAGGAGGAGAGATCGTAAATGAGTTTTTAATGAGTACAGCTTATTTGCCAGGATCACATCGAGTAGACTGTCCTATCCATAAAAATACAAGATTTTACTTAGACAAGTAAAATAGAGATACAATCACTGGAATGCAGTAGTTTAAAATTTAACTCTCAAAGTAAGTTACTTTGGGGGTTTTTTGGTTAATATTGCATGATCATTTCATTATAAAATAGCCAAATGGAGAATCAATTGGGGTTAAGAACAGTTACTGTTACTAGGTATATTATGCCACTGCGAGAAGGAGGTTCACTTCCTGCACTTGCAGATGCTGATGACGACTTTAAATATGTATTAAAATTTAGAGGAGCTGGTCATGGTATCAAAGCATTAATTGCTGAATTATTAGGTGGTTTAATCGCTAAGAAATTAGGATTGAATGTACCTGAATTAGTCTTTGCTGAGCTAGATGAGGCTTTTGGTAGAACAGAAGCAGATGAAGAAATACAAGATCTACTACAGTTTAGTAAAGGTTTAAATCTAGGTCTTCACTTCTTATCTGGAGCTTTGACTTACGACCCTTCTGCTTTAGAGATAGAAAGTAAATTAGCTTCTCAAATCGTGTGGCTAGATGCTTTTATCACCAATGTAGACCGCACATTTAGAAATACGAATATGCTAATCTGGCATAAAGAGTTGTGGTTAATAGATCATGGCGCTTCTTTTTACTTCCATCATTCCTTTACGAATTGGGAAAAAAGTGCGTTGACTCCTTTCTCATTTATAAAGGATCACGTATTACTACCTGTGGCAAAAGAGCTAGATATAGTGGATAAAGAGTTTAAAGCATTACTTCAAGAAGAAGATCTTAAATGTATTACAGATCAGATACCTACTGATTGGTTAGAATGGGAAGAGAGCGATTTGACTCCTGAAGAGATAAGAAGTGTTTATTTCTCTTTTTTAAAGAACAGATTAGCGAATTCTGATCTATTTGTTAACGAAGCAAAAAAACATCAAGATGCAGGTATATGAGTATGCAATAATAAGGTACACTCCTAAAGTAGAACGAGAAGAGTTTATCAATATTGGGGTATTAGTATTCTGTAAGGCTAAGCGAATGTTGATCTCTTCATTTCATTTAGACAAGAAGAAGATTGAATGCTTCGAAAGCGAGTTAGACTTTGACACTTTAAAAGACCACGTAGATGCTTTTGAGCGCATTGCAAAGGGACAGTGTAAAATATCACCTATAGGAACTTTAGATGCGGCAGAACGCTTTAGATGGCTAACCGCTGTAAAGAGCTCTTGTATACAATCTTCTCGTCCACATCCTGGTATGTCTGAAGATATGGAGGAAGTGTTAACTAGACTTTTTAAAGAATTAGTATTATAAGATGCCACTGTACTACCTTAAAGATAAAATAATAAAGCAAACTACGTTCATCCTTAAAAGATTGCCTTTTTGGGTTAGTTTCATAGCGTTGTTTTTAATGATATACGATTTAGGTTTTAATACACTTAACGATTATCATTACCACTTAAATGTTTTTTACAATATTTGTTTGAGCATCGGGATGCTTGCTATCGTTAGACGTTATTTTAATAAAGATAACCACGAGACTTTAGGAGTGAAGATATTTGACTGTTTTAGTATTGTATTGTTTTTAATCTTGATTATAGCCAGATGGCAGCCTGAGCATACTATAAGGTTCTTTGACAGCAATGCTGTTATTTCGTTTGGTTTATTCCTAATGTTAGTAAGGGAGTTTTCTGTCTTACAGTTAAACTTAAAACAGACTAGAATGAACCCTGCTCAGCTATTTGTTGTCAGTTTTCTATTAATCATTTTTATAGGAGCATTCATGCTTTCTTTCCCTAAAGCTACGAATACACCAGGTAGTATGCGTTATATAGATGCTCTATTTACGGCTACGAGCGCTGTGTGTGTAACGGGTTTATCTACAGTAGATATCGGTGCGCAGTTCACTATATTTGGAAAGACTGTGATGATCTTTTTAATGGAATGTGGAGGACTTGGAATCATGACCTTAGCGAGCTACTTTAGTTTTTTCTTTAGAGGAAAAGCCTCTTATGGAAATCAATTAGTACTTAAGGATATGTCTTATATCGATAAACTAGGAGACGTATTCGCTACGCTGAAACGAATTATTATTATATCTGGTATTATACAGTTTATAGGGATGATCGCGATATTTATCAGTATACGTCATCAGCATTTTGAATCTTTGTTTGACAGAGTGTTTTTCTCTATTTTTCATGCTGTATCAGCCTTCTGTAATGCTGGATTCTCTACTTTACCTGAGAACCTATACACTTTTGAATACCGCTTTAATTACCCATTGCATTTAATTATAGCAGGGTTATTCATTATGGGAGGATTAGGGTTCCCGATTGTATTCAATGTATATAAGTATGTAAAGCACTTGATTATCAATAAGCTTCTTCCTTTTAGCATGAAGGAAGCGAAGATTCATATTCCTCGTGTTATTAATTTAAGTACTCGTATTATCTTAATCACTACAGCTGTATTAATCGTAGGAGGTACTGCAGTAGTCTATATCTCAGAATATAATAATACGCTAGCAGAGCACAGTGGCTTCGGAAAGTTAGTCACAGCATTCTTTACAGCTACTTCACCACGTACTGCGGGTTTTGCGACAGTAGATAATAATCTATTTACTACTTCTACATTCTTAGTCGTGATTCTCTTAATGTGGATCGGGGCATCACCAGTATCAACAGGAGGGGGTATTAAAACAAGTACTTTTGCTATTGCTGTCTTAAATATCTGGGCGTTAATGAAAGGTAGATCTAGAATAGAAGTATACAGAAGAGAGGTGGATCAACTGTCTGTACAACGTGCTTTTGCGATTATATTCTTATCTTTATTTGTGATAGGAATAGCTATTTTTGCGCTCTCGTTTTTTGAGCCCAAGACAGATTTATTAAGATTAGCATATGAGGCATTCTCTGCTTATAGTACATCAGGATTAAGTACAGGGATTACAGCTCAGCTGACAGACCCTAGTAAAGTAACTCTGATTATGCTTATGTTTATTGGACGAGTGAGTATGCTTACCATTCTAATAGCAATAAGCAAAAAAGAAAAATTAACGAATTATAGATATCCAACAGAAGAGATTCTGATTAACTAATATAGGACATGAAATATATTATTATTGGTTTAGGAAATTTTGGTGCATCATTAGCACAAAAACTTACAGAACAAGGAAATGAAGTAATAGGTGTAGACAAAAGTATGGCTAGGGTAGATGCTTATAAGGATATGATATCTCATACTATCTGTCTAGACTCTACTGATCAATATATGATGTCTGGACTACCTCTAGCGAATACAGATATCGTTATCGTAGCAATAGGTGAAGATCAAGGAGCTAATATTATGACTACTGCTGTTCTAAAAAACCTAAATGTAAAAAGGCTTATCAGTAGAGCTATTAGTCCTGTGCATGAGAATGTCTTACAAGCCATAGGAGTAGATGAAATCGTACATCCTGAAGAAGAAACAGCAGAGAGATGGGCGAAGAAATTATGTATAAAAGGGGTAGTAGATTCTTATGAGATTAACGGACGATACAGTATCGTAGAAATCACTGTGTCTGACCGTTTTGCAGGTAGAACATTAGGAGAGATCGGTTTTAGAACTAATTATAACTTAGTCGTTCTTACAACACTGAAGATAAAAGAAGAAAAGAGCTTTATCGGGATGCATAAGAAAATACACGAAGTACAAGGTATTGCCTCTTATGAAACAGTATTGAATAAAGGGGATATCATGGTTATCTATGGTGATAACAGAGATATTAAAAAAATATTAGCAGAATAATCTAAAACTATAAAGAAATGGGAGAGCAAGTTTTAAACGATCTGTTTTGGTTAAAAGATAGAGCAGAGGAGATGCCTGTACTATTTGTGGGGCATGGCTCTCCTATGAATGCTATAAAGGACAATGAGTTCTCTCAATATTGGAAGAACTTAGGGAGACAACTGCCTAAGCCAGAAGCCATCTTAGTAGTCTCTGCCCATTGGTTAACAAAGGGAACACTAGTTACTGCGAACTCTACCTTAGAAACAATTCACGATTTTAGAGGTTTTCCAAAAGTGTTATTTGATGTTGAATACAATGTAAAAGGAAATCCTATTCTGGCAAATGAGATAACTCTTCTAAGCGAACATCAAGATATACACGAAGATTTAACTTGGGGATTAGATCATGGGGCATGGTCTATACTGTGTCATTTATTTCCTGAGGCAAATATTCCTGTATTGCAATTAAGCATAGATTATTACAAAGGTCCTGAATATCATCTAGAAATAGGAAAACAATTAAAAGCCCTTAGAAAAAAAGGAGTATTAATAATAGGTAGTGGAAATATCGTACACAATCTATCTGCTCTAGACTGGCATAATATGAATAAAGACAATTATGCATTTGATTGGGCAATAGAGAGTAATGAATTAGTAAAACAGGCAATCCTCGATAGATCTTTTACAGACCTATTAGATTATAAAAATAAAGGTGTAAGTATGCAATATGCAGTACCTACACCTGATCATTATTATCCGTTATTATATATTCTAGGTCTGACAAATAGTAGTGATAACATCCACATCTTTAATGATAAATATGTAGGTGGATCCTTAAGTATGACTTCTTACTTGTTTGGGTAAGTTTAGTATAAGTACATTTCCATTTCTACTTGTTCTAGATAAGGTTCTCCACCTATAGATTTAAAGAAAGAATGAATACCAAAGTTTTGACCATCTATATTCGTGATATAGAAGTTTCTATCATTGCCAATTAATTCTTTGATAAGATATGACGCGATTCCTTTACGTCTATATCCTTCTTTTACCCAAATTTGAAGGATTTTATTACTGCGTTGGTCATATATTAAATATCCTAATGTGGTAGTGCCATTAAGTGTTGCTTTGCGCATCGTGAGGCTAGTCTCAAAGTTATTCACACAGAACTCATTATTCTCCCATGTAGGGATAATATCTTTTTCTGCAAAATAGATAAGGTACTCATAATATGGCAAATTATTAATTTGCAAACCTTCTATTTCTTCAAACTTAGCACTTTTTACATTCGTTACCCCTTTAACTGAATTAACCACTCTCCACTTCTTAAAGCCTATTTTACGATAGGACTTACAAGCAGTTTCGTTAGAACTGATTACTTCTAAGTTAATTTTACGCATATTAAAACTCTTAAATAAAGGGATAGCATAATCATACATCTTAGTAGTAAGATTATTACCTCTAAAAGAAGGCAATACTCCTGTACCAGCATTATATAGATAGTCATTATTCTTACCGTGAAGAATAAATCCTACTAATTCTTTATTACAAAAAGCCCCTACAGAAATTGTTAAATCGATTCCCTCAGCTTTAATTTTGTCTTTTAATTGTTCCAATGTTAATCTCATAGGGACAGTATAATCTGAAAAAGACTTGTTAAAAACAGATAAAAGCTCCTCTAAGTTTATATTCTTTAAAAAACGATATTGAAAACTATAAGTCATACACTTCCTTAATCAATTTATTTATAATATTTGATGATGAGTCTCTTCTGGCATAATGGGAATTAGTTCCGCACCAAAGAGAATTAAAATTATGAAATTTTTTTTGTTTTGCAAAACTTCTTAATTTTTGTGTTAAAATATTTTGAATAGGATACAAAGGTATGTTTTTATTATTAAAATCTATCATTTTCACAAATTTATTAAGAATACCTCTAGCAAATTTACCAGAAAAAGACTTGGTCAAAACAGTTTCAACTGCCTCTCCTTTGTGTAAAAGATCTTTTTGATAATCCATAGCAGTGCTTTCATCCGCTGTAATAAATAAAGAACCGTAACATACCATAGCGGCACCTTTATCTAGATAATCACGGCCTATAGTACCATTGTATAAGCCGCCTGCCACAAACAAAGGTTTCTGTACGATAGGTAATACGCTATTAAACAATTCTTCTAATGGGAGGTTATCTTCTAAAGAATCTTTCAGAAAAGTACCTCTATGACCTCCTGCTTCGATACCTTGAAGAATAATAGCATCGATACCCTTGTTATCTAAATAAATAGCTTCTTCTACTGTAGTGGCTGTACCTATTAAATATATATCTAGGTCGTGTAGTTCTTTTATCTCTTGATCTGTAAAACAGCCAAAAGTAAAAGCAAGATAGGGAAGGCCTAGTTCTTTTACTACTTCTAGATTACCTTGATACGTCTCTTGATCAAAGTCGGTAATTGTAGTATGAGAATATCCTATTTCCTTGCCTATCTCACTTAATGTATGTTGCATATCATCAATCTCTCTTTGATCAATATCAACTATAGGATTAAGAAACATATTAACGATAAAAGGCTTGTCTGTTAAAGACTGCGTTTTTTTGATTAACTCTCTGCTTAAGCCAGGAGGGAAGCCACCTAATGGAAGTGTACCTATACAACCTGAGTTACTTACTGCTGCTACCATCTCTGGCGTAGCTACTCCTAACATAGGAGCTTGGCAAATAGCATAATCTGTACCGAAAATAATGTTCGCTTTTTTCATAATCTATATTTTTAGAGTTCCATATCTCCTACGGGGTAATCTCCAAAATGATGAGATAAATGAATAGTCTTATAGGTCAATGTAGAATATTTATTAGAGAACAAGATGATACATACATTATCTTTAGCTAGTCTTATATATGAAGAAGTATTTCCTCTCCACCAGCCATTGTGATACGTATACATATCGCCATTGTCCATCTCTAATAATCTTATTCCTAACCCATAATTTCTATTTCCTTTTTTCTCAAAGCTATATCCTTTAAACATTTCTTGTTTAAGATCAGCACTTAGGAAATTATCAGAATATAAAGCAGTATCAAACTTCAGAAAATCTCTAGGAGTGGTATAGATGTTTTTATCTCCATAAGTTCCATCCATATAGTCCCATCTCATTAGTTTTTTCCCTCCAGAGAAAGATTGTGTTACTTCATTTTTTCTCGTTAGATCATCAAATACAAAACTGTGGTTCATCTCTAACGGATCAAAGATTAACTCTCTTACAGCTTCTCTAAATGTCTTCTGAGTGATTCTCTCTACAATAGACGCTAATAATACATAGTTAGTATTACTATACGTAAATCGAGTATTAGGAGTGAAGTCTAGTGATACTCTCTTTTTATTAATTACTTTTATTACATCTTCATTTGTAACAGTGGTTTTATTATCCCAGATATTCTTATAATATCCATAATACCCCAAACCACTTCTGTGACTTAACAAGGTTCTTACCGTTATCTCAGGATAAGGAAATCCTTCTATAATCTCAGATACGCTCTGGTTAAGGTCTAATCTACCACTGTCTACTAATCTTAGAATAGTAACGGCTGTGATAACCTTACCAACAGAAGCAACATGCATAGAGGTCTCGCTTCCTATAGAGTCGTTACCACTTCTATCTGATACTCCAGAATAGTTCTCATAAATAACCTGACCATTCTTAGCCACTAGGAAACTACCTGTATATCCGTTTTTATTAATATTATCGTTATAAAAATTCTCTATAATATGAGCCTTCTCTAAAATATAATCTGTAGTAACTTCTGGAAACTCCACTTTATAAGGGTTATCCACACGTACATTATGTTCTTTTATGATAGGAATATTTGTAGCTAATTCTTTATTCTCTTGGCATGCATATAGAGATAATGCCGCCATTATTGTTATTGCAAAATATCTTTTATTAATCATTCGTTCTTCTAAGTAAAAGACCAGTTAGAGTGATTTTATAACTGGTCTTATTTTAATATCTTATAACTACTGTATTCTCAATTGTTCTTTCGTTTTTTTAAGTAATCCATCTTTGTGTAAAAGCACTGAAATAGACTTTAATTTCATGTATGGAATACTCATGTAAATATAACCATCATTTCCTACACGATCACTATTTGGCCCCCATGAATTTTTTACTTTATAGTAAATATTTCCTTTTTGATCCTTTACTTTACCTACGATGTGCATGAGGTGATCATCTTGGGTATTAAAGTTATAAAACTCTTGTAATCTGTAATCAGCAGTAATGTCTTTCTCTTTAATAATCTCCGTTAAACCTTTTTCTGTATCAGCATTGTCATTGGGAATAAAAGCAATTCCATATTTACCAGAAAAAGTCTTCTCAGATACATCACAATCTAAAGAAAGTGTATAACCATTATCTAAAGCGTAATCAATATTAGCAATATACTCATCTAGTGGAAGATTATACATACTACCATTAGAGAAATTATCTGGAATATTAAGAATAAACGAAGAATAATTCTTTTTATTTTGGAAAGAAGAAATTGTTACATAATCATCAGGATTAAGGGTAGTCATTTTCAAGAAACTCTCAGGAGTATATTTTTTGCCTTGATAAGTAAACTCTTTAATATTACTTCCCATATACATATCTAATACGTGCTCAGTTAGTTCTTTCCAATTACTAGAAATAGGAGCGTCACTCTTAGCAAAAGCATCTATTAGACTCTTTAATACCTTAAACAGTTCTTTATGATCATAGGTTTCTTGTCCTACTAGCCCAGAATACGCTTCTACAGGAACTAATCCATAATCTCTCATACTGTTAATCACATCGTGAGCTAAACCACCTTCACCGAATTGAGTTTTACCTTGTCTTAGAATGTAGTTTTCTATTTTTTTAGGGTATGTATTTCTAACGTTATACATCTCAGAAAGATCAATGTGTTTGTTCGTTTTTCTAATTATTTCAGATTCTAAGAATGAAGAAGTACTAAAGCTCCAGCAAGTTCCTGTTTTTCCTTGACTGATAACAGGTGTACCTTGAATATCTACAATGTTTTGAAAATCATACTTTTGGGCATGTACTCCTAATCCTAAAAATAGGACAGATAGGGATAATAGTGTTTTTTTCATGGATTATAATGTTTTGGAATGGCAATATAATGCAAAAAATAGGTTATTTTTACCCTAAATTAAAAAACATTATGAGTAAGATTCAATGGGAAACAGCTATCGAGTTTGAGGATATTACATACAAAAAGTGTGATGGAGTAGCTCGTATTGCTTTTAATAGACCGGAGGTTCGCAATGCTTTTAGACCAAAAACAACTAGTGAACTATATCGTGCATTCTATGATGCACAAGAAGATACATCTATCGGAGTAGTATTATTATCTGCAGAAGGGCCATCACCTAAAGATGGAGTTTATTCGTTCTGTAGTGGAGGAGATCAAAAGGCTAGAGGGCATCAAGGATATGTAGGAGATGATGGTATGCATCGTCTAAATATCTTAGAAGTACAACGTCTTATCAGATTTATGCCTAAGGTAGTAATCGCTGTAGTTCCAGGATGGGCTGTAGGAGGAGGGCATAGCTTACATGTAGTATGTGATATGACTCTAGCGAGTAAAGAACACGCTATCTTTAAACAAACTGATGCTGATGTAACAAGTTTTGATGGTGGATATGGTTCTGCATATTTAGCTAAAATGGTGGGTCAGAAAAAAGCAAGAGAGATCTTCTTCTTAGGTAGAAACTATTCTGCTCAAGAAGCTTTCGAAATGGGAATGGTAAATGCTGTCATTCCTCATGCAGAATTAGAAGATACTGCTTATGAATGGGCACAAGAGGTATTGGCTAAATCACCTACTTCTATCAAGATGCTTAAGTTCGCGATGAACTTAACAGACGATGGAATGGTAGGTCAACAGGTATTCGCAGGTGAGGCAACTCGTCTAGCTTATATGACTGATGAAGCTATAGAAGGAAGAAATGCATTCTTAGAAAAGAGAAAGCCTAACTTCCCTAAAAAATGGATTCCATAGTAGTTTATATCTAATAAACTCTAGAGATATAGAAGCCATCCAAATATTGGATGGCTTTTTTATACCATATAACTTAAGAGAAACGTATACTAAAATTTAAACAAGGATGAAGTCTAGATGGAATATTTTAGCATTTTTTTCCTAAAAAGTCCAAAAACTTCCACTTTTTTCCTAAAAAGGACATTTTAAAAAATACAACTAATTGATTTTTAGTAATATAATGTATTTCAATATCCTCTTTGTTCGGAAGGTATTCGGTAAAGTTCAGTGTTTGTTCGGAACAGAGGCCTTTTTTCCGAAGAACATCCAAAGAGTGCCCAATGACTCTCCGAAGAAACTGTTCTACACATATCATTAAATAGATGTCTATAAGTATTAATTTACTTATCAAAAACCTATTTCTTTTTTCTAAAGAACCTCATTCTTATTAAAAAAAAGAAGTGTTTATCAGCTAATTCTACTCTCTTATCTTATTCAAATCCTCTATATTAGCAATCCTATAAACTAGATTCAAGGCTTCATATTTACTTAAATTATTACTTTACATAATATGTAATATGTGCTGAAAATAAATAAGTTACAAATACTAATAAATACTTATAACTTATTGTTATAGGGTCAAATATAAGAATTTAAAAGAAAATAAATAGGGTAGAACACTACTCTAAAAAGTTTTTAAATAACTTCTGACTTTATACCCTTAATTCTTGAATAACTTTTTAACTTTACTACAAACCAGGAGACAGTAGAAAATGGCAAAATTAATATTAAGAAGAAAAAAAGCATTTGTAGAGCGATTTAGAAATTATACTATTTTCTTAGATGGAGAGAAAATAGGGTCTATAGCTAATGGAACAGAAATGACTTTTGATATCTCAGAAGGAAAACATATTCTTAGTACCAAAATAGACTGGAATACATCTAATGCTATTATTTTTGAAATAGCAGAAGATCAAACTTTGACTTTCTCTGTAAAAGGAGCTAATCCACTTTATGCTTTATATTATACCTTCGCCAAACCACATAAATATCTCAAGCTAAAACTTATTGGTTAAGCTATCGTATAAATATTAGTAGATAGACTCATAGAAACGTTATCGTATCTCATAAATTCTATTTAATTTTGGCTTCTAATACCTTTCTAAATGCAATAAGCTTTTAGTATTACTTAAATATATAGATGATAAAAATTAAAGCATGGGTAGGTGCTGCAAGATTGCGTACTTTACCTCTCTCTGTTTCTGGAATAATCGTTGGTAGTGCATGTGCATATCCTTATTTTTCTACAAATACTTCTTTTCTAAGTATCTTTTCTTTTGCAATATTGACTACTTTGTTACTTCAGATTCTTTCAAATTTTGCAAATGATTATGGAGATGGAGTAAAAGGGACAGATAATGAAACTCGTATAGGTCCACAGAGAGCTTTACAGAGTGGTTTAATTACTCCTAAGGAAATGAAGCAAGGAGTAATCATTACTTCGTTATTATCGCTCATTTCTGCTTTGGTTCTAATTTATATTTCCTTTGGTAAGGATAATTTTTTCACTTCTATATTCTTCTTTGTTTTAGGAGTAGCCTGTGTAGCAGCAGCTATTAAATATACAGTAGGATCAGGAGCATACGGATATAAAGGATTAGGAGATTTATTTGTGTTTATCTTCTTTGGTTTAGTGAGTGTGTTGGGATCTTTCTATCTATACGGCCAAGTATTTGATTATTGGGTAATCTTACCAGCTATAGCAGTAGGAAATCTAAGTATCGCGGTATTAAATATTAATAATATGCGAGATTTAGAGTCTGACAAATTAGTTGGTAAAAACACATTAGCTGTAAAACTTGGTAGAGAAGGCGCTAAACAGTATCATTATTTTATTGTTCTATTTGCTTTAATAGCTTTCATCGTTTATGGAATACATGCTAATTTTTCAATAGTAAAATATTTCTTTGTAATCGCTTATATTCCTTTATTAAAACACTTGATTTTTGTAAAGAAAAACAGAGAACCTAGAGAATTAGATTCACAAATGAAAATAGTAGCATTAAGTACTTTTTTACTTTCTGTATTATTTTCAATAGCTTTAATACTTTAAAAATTAGAATTATGGAAATTACGTATTATGGACATGCCTGTTTAGGTATTAAAATAGAAGATATTAATATCATAGTGGATCCTTTTATATCAGGAAACCCACTACCTGCCGCTAAAGGAATAGATGTAGATGCTATAAAAGTAGACTATATTCTTATCACTCATGCTCATGGAGATCATATAGCTGATGTAGAGCGTATAGCTAAGAATAATCCAGAGGCAGTTATAGTATCTAATGCAGAAATAGCAGGACATTATGAAGCAAAAGGTTTTCAGGCTCACCCTATGAACCATGGTGGGTCATGGATGTTTGACTTTGGAAAATTAAAATATACTCCAGCTATCCACTCAAGTTCTTTTCCTGATGGAAGTTATGGAGGACAACCTGGTGGGTTCGTAATAGAAAGTAAAAATAAGAATATCTATATAGCTGGTGATACATCTCTTACTATGGATATGAAGTTAATACCTATGTTTACGAATCTAGACTTGGCTATTTTGCCAATAGGAAGTAACTTCACTATGGATATAGATGAGGCTGTTATCGCTTCAGACTTTGTTAAATGTGATAAAGTCTTAGGATATCACTTTGATACATTTGGTTATATAGAGATAGATCATGAAGAAGCTAAACGTAAGTTCTTTGAGAAAGGAAAAGACCTAATGCTTTTAAATATTGGAGAAAGCTTGACTTTATAGTTATGATTGCTAGATATAAAAGACATAATTTAATATTCAAGAGACCTTCTGGTACCTCTAGAGGAATTCTTACAGAGAAAGAAACTTGGTATATTATATTAGAAGATAATAATAAGATAGGAATAGGAGAGTGCGGTATACTGCGCTCTCTTAGTTTTGATGATAGACCTGATTATGAAGAAAAGCTACAGTGGACAGTAAAAAACATTCACTTAGGTAAGGAGAAACTTTGGGAAGAACTAAGAGACTGGCCGTCTATACAGTTTGGTGTAGAACAAGCTTTTCTTTCTTTAGAAAGTAAGAATCCTTTTATCTTATTTCCTTCTGATTTTACAGAGCATAAAGATGCTATAGCCATTAATGGTTTAGTATGGATGGGAGAGGAGGCCTTCATGAAAGAACAGATAGATGAAAAACTAAAAGAAGGCTTTAATTGTGTTAAGTTAAAGATTGGCGCTATTGATTTTGATAAAGAGCTTGGTTTACTTCAGTATATAAGAAAACATTTCTCTGCAGAACAAATAGAGTTAAGAGTAGATGCTAATGGAGGCTTTCATCCTGAAGAGGCTCTATTTAAACTAGAACAGTTAAGTACATTAAATCTTCACAGTATAGAGCAACCTATAAAACAACATCAACAATATCAAATGGCTGAATTATGTAAAATAACACCTTTGCCAATTGCTTTAGATGAAGAATTAATAGGTGTTACTAACTATACTGATAAGGCAGCTCTTTTAGATAAAATTATACCTCAATATATTATCTTAAAGCCAAGTCTAGTAGGAGGATTTAAAGGCAGTCTTGAATGGATAAAATTAGCTAAAGAAAGAAATATTGGTTGGTGGATAACTTCTGCATTGGAAAGTAATATCGGTCTTAATGCTATAGCTCAATGGACTTATACACTTGAGTCAAATATGCCTCAAGGACTAGGAACAGGATCACTTTATATAAATAATATAAACGCTCCACTAGTAGTTAAAAATGGGGCATTATGGTATGATGATCAAATTCAATGGGATCATTCAATCTTAGATAATTAAAAAACAAAAAAATAGCAACAAATATATTTGTTGCTATTTTTTTGTTCATTTTTAAGCTATTATGATTTTCTATATTCATCAGGTGATACTCCTACATATTTTTTGAAAAATCTTGAGAAATAGGAATTGTCTTTAAAACTTAGTTTATATGCTATTTCTCCAGCAGATAGGTTAGTATTAACTAATAGTCTTTTACTTTCTAATAAAATACGACTTCTTATAATTTCGCCTGCAGACTGCCCTTTAATCTTTTGACATATCGCATTTAGATAGTTAGGAGTAACGTATAATAGCTTAGCATATTCTTTAGGGAACCTGAGTTCATAGAAGTTTTTCTCAACTAAGTGTTCAAATTGTTTTATAAGGTTAGTAGGCTGTAACTGTGTATATGAAAAATTGTATTCTTCGTTTACTTGCTTCTTTATTAGAAGCAATAATTCAAGGATGTATATGCGAATTAGATTAAGATCTATACTTTCTTTTATTTGAAATTCAAAAGTTATTTTGTCAAATATGTTAACTATAGTTGAGTATTGTTTTAAGATATTAAGCTTAGTATGCTCAGAGTTATACTCAAAAAAAGGTAATAACTGAATAAAGTCTTTATTTAATAGAAAGGATGAAAAGAAGTCTGCTGTAAAATTAATAATAAACCCTTGAGTTGTTTCATTAAAATCCCATCTGTGAACTTGCCCTGGAGCCAAAAAGAAAATATCACCTTTAGTTACAGAATAAGTTCGATTATCTATATGATGAATTCCTGTACCATTGGTTATAAGTAGTATTTGATAAAAAGCATGTTGGTGTGCAATTGAAACAACATTATTCCTCATTTGAATAATTCGATGCAAGTCAAAAATCACACAATCTTTTAAAACATTATTTTGGTCTAATAGATCACAACTATTATATCTAGGTATCTTTTTCATATTACTTATAAAAGTTATCAAAACTTAAAATATTAAATATACTATAATATTTTGTACAAAATTAATAAATTTTAAACAATATAAGAACAATTAAATATACTTAGCTATTAGTTATATCTATATTAGATACTGTATTTGTATAATACATATTATGTAAAATAGATTATTTTAATGTTAATTCTACTTCCTATTCTAAGTTATTATAAAGTATATTTGTATCAATTATAAATTACATCTAATGCTCTATCTTATACTTAGTATTTTAAGTAGTATTTCTGTTGGAGTTCTGTTTAAGCTTTTAAAAAAAGAAAAAACTAATATATTTCAGATAATTATCTTAAACTATATTACTACAGTACTTCTATCATTCTTCATTTTTAAACCTTCAGCTGTATCTATTACAGATTTTCCATTATTTCTAATTATTGGTTTAGGTCTTTTATTACCTAGTATATTTTTAATTCAATACCTAAGTATTAAAAATACAGGAATTATAAAAACTGATATAGCTCAAAGAATGTCTTTGTTTATTCCAATATTAGCATCAGTCTTTATTTTTAAAGAAAATATTTCTAATTTAAAATATCTTGCCTTGTTAATAGGTTTTGTCTCTATAGGTTTGATCTTAAATAAAAACGATAATAATGAAGTAAAGAGCAAAAACAATTATTTGTATTTACTTTTTGTTTTTATTGGTTTTGGAGTAATTGACGTATGTTTTAAGCAAGTAGCGTTACATAGTTCAATCCCCTACACTTCTACTCTATTTTACATATTTTCTTGTTCTCTAATTCTTTCTTTAATTTCTTATAGTGCTTACTTACTTATTAAAAGAATTAATTTTAAAGTTAATACAAAGACTTTAGTCTTCGGAGGTTTAGTTGGTTTATTAAACTTTATGAATATCTACTTCTATTTAAATGCGCATAAAGCTTTTTCTGATAATCCTACAGTAGTTTTTGCAGGAATGAATTATGGAGTTATTCTTTTAGGTACGCTTATAGGATATTTTGCTTTTAAAGAAAAGTTATCTAAGCTTAATATTATTGGGCTATCATTAGCTGTTGTTTCAATAGCATTACTGATTTATAGTCAGCTCAACTAAAAAAGGAGGAAAACAGTTAACTGTTTTCCTCCTTTTTTATAACCATTCAATAAGGGAAATCCCTAATCCTATATTGGTTTGTTTCCAATTATAATCTATCATTGTTTCTCCATATCCTCTATTAACAACTAAAAAGGCTTTTAGATTATTCTTTATTGGATATGCCCAAGTAAACTCAGCAAAGCTCTTATAATGATTATTAAACTTTAAATTATTTCTAAGCATTAAAGTAAAAAGCTGTCCATTCTTTTCTCTATAACCTATAGTGAACTCAGCTCTTCCTATATAATCAGATATTCTTGGATTATCATCTGATTTTCTTTTTTCTGGTAATCTAATCCATGGTTTAGCAAGAAAGGTCCAATTCTTATATTCAGCAGCTACATGCATCGTGATTCTATTCCAACTTCTAGAATAAGGCAAACTCTTACCATTAGATTGATGATTAAACCCTACACCTACCATTTTAAACTTAAACTCGTTAATAGCGTAATTTAAAGGATAGTTAAATATAATCTCAGGTTCGTAATTTAACTCTCTAAAAGGTCTCGATTCTTTATCATTATAAGCTTGCCAATTAGCTGTTTGGGTAAAACCTAACCAAATATCTCCCTTTCCTAAAATTAAACCAGTAGCGATTTTGGTCTTAAAGCTGATCTGAAATCTTATCTCTGTTTTGTTATAATCTATTGGCTCTGTAGCTGAATTATTACTATTAAAACTAGTAGGCATTTCATTAGGACGACTAGACCATCTAGCAGGTAATAAATACATCTGCTTATAAGGAGTGATGGTAAATGTTTTATTTTTAGTCTCGGGATCTAACTCCCATCTCTCACTAATCCCTTTAACTCTTCTATCTTTTTCAAATAAAAGATCATCTCCTTCTTGAGCAAACCCTATCTGTAAGAAGCATAAACTAGCAATAATAACTTTATAATTCATAAGAAAATTATTTAAAAAAGTAATGTTTGTTGTCCATCATCATCTACTTCAGTATTTGGACCTTCTCCCAAAATAATTTCCTCTTCCTCCTCCTCTTCTTCCTCCTCTTCAATATAAGGTAAAGACTCTAGAATATTAACTTGTTTTATTTTATCTATAGAAACTTGATTACCTAAAGCTTTAATTCCTTTAATAGTTATAAATTGCTCTACATCAATTGTTTGGTTTTCTTTTTGTATTCCTTTTATTTTAGAGAATACAACTTCAAACACAGGTCTAAAATCAGTTGATATTATTTCTAATCTTGAATTAGGGTGTTCTGTAATAAATAACTCTTCTCTATTTTCGTTTTCAATAATAAAGCGTTTTAAGTAGTAACGAGCTTTTTCCCCATCAAAATATAAAGCAGAAATAGGTTTGTTTTCTTTCCATTTTTCAAGAACTATCATATCTTCCTCAAAGTGAGTTGTTAGTTCAGGAACAATAGTTTTCACTTTACCACTCTGATTTATAATCAATAAACGGTCTTCAGGCTTAAATTCACCTAGTAACTCTCCTCTGCCATCTACATTTAATCTTTTAACAGTTTCATCAAACCATATTTTGCGAGGACGTAACGTAGAAATACCTTTTTCTTTTAATTCTATCTTTTTAATTGCATATTTAGTAACCACGTTACCTTTTGCAGCTCTTCCTTTAATTAATAATTCTGCGAAGTCCAAGTCAAACTTCAGTTTCTTAACATTAGTCAACTGTCTTAATAAGATAGTAACTACTTCTGCTTCTCCATTGGGATTTGCAGAGAAATAAAGTACTTGTGAACCAGGTTTATCTTGTGTCAGAGGATACATCTTGTCACGAGTTACTCCTGTTACATTAAAACGTTTGATATAAGAAGATCCTGACTTACCATCTCTATAAATCAAATTATAGATAGTACGCTTATCGTTTTTATCCCAAACAGCAATGTGTATAATATCCTTTCCGACGAATTTCTTCTCGTCTACGCGAGATACCATCATAGATCCATCTCTTAAGAATACAATAACATCATCTATATCAGAACAGTCACATACATACTCATCTTTTCGAAGACCAGTACCAAAGAAACCTTCCTCTCTATTTACATAAAGTTTAGTATTTCTAAGAACTACCTTAGTTGCCTCAATGGTATCAAAGCTTCTTAATTCTGTAAGACGCTCTTTACCTTTACCATATTTCTCTTTAAGAGTAGTAAAGTATTTTATAGCGAAATCTATTAAGTGTTCTAAATTGTATTTTACAGCTTCTATTTCACCTTCAAGAGCTTCGATATTTTGATTTGCTTTATCAATATCAAAACGAGAAATACGCTTAATACGTATCTCTGTTAATCTAATGATATCTTCTTGAGTGATAGCACGTTTTAGGTTAACAACAAAAGGCTTTAATCCTTCATCAATAGCTGTTAATACTCCTTCCCAAGTTTCTTCTTCCTCAATCGCACGGTAAATACGATTCTCAATAAAGATTCTTTCAAGAGAAAGGAAGTGCCACTTCTCTTCTAATTCATTAAGCTCTATTTCTAATTCTCTTCTTAATAATTCTACTGTCTGGTGAGTAGAATTCTTAAGCATCTCCGAAACTCCTGTAAACAGAGGTTTATTATTCTGGATAACACAACCTAATGGTGCTATAGATGTCTCACATGCTGTAAAAGCATATAATGCATCTATTGTTTTATCTGGAGAAGTTCCTGCAGGTAAGTGAATTAATATTTCAACTTGTGCTGCAGTATTATCTTCTATTTTCTTAATCTTAATTTTACCCTTCTCATTCGCTTTTAAAATACTATCTATTAAGCTGGTAGTAGTAGTAGAAAAAGGAATCTCCGTAATAATTAAAGTATTCTTATCTAGTGGAGCAATTTTTGCACGTACACGAACACGCCCTCCACGAGCCCCATCATTATAATTAGACACATCAGCAATTCCTTCTGTTGGGAAGTCTGGGTAAATAGTAAAAGGTTTTCCTTTTAAGATTTTAATAGATGCATCTATTAACTCATTAAAGTTGTGTGGTAATATTTTTGTAGATAGACCTACTGCAATACCTTCACCTCCTTGAGCCAATAATAAAGGGAATTTTACAGGTAGATTAATAGGTTCATTCTTTCTACCATCATATGATGCCTGCCAGCTTGTTATTTTAGGAGAATATAATACTTCTAAAGCGAACTTGCTCAAACGTGCCTCAATATAACGAGAAGCTGCCGCACCATCCCCTGTTAGGATATTACCCCAGTTACCTTGCATATCAATAAGAAGATCCTTCTGTCCTATTTGAACCAAAGCATCACCAATACTTGCGTCACCGTGAGGGTGATACTGCATAGTATGTCCTACGATATTAGCAACCTTGTTATAACGACCATCATCCAACTCTTTCATAGAGTGCATAATACGTCGCTGAACAGGTTTAAAACCGTCTTCTATAGCAGGTACAGCACGTTCTAAGATAACATAAGAAGCATAGTCAAGGAACCAGTCCTTGTACATACCAGTTACCTTAGTGATAGTCTCCGTTACTTCTTCTTGAACATCAGAAAAATCTTCTATAGGATGTTCATTATTTATATTGTTTAACTCTTGATCTAAATTCTCTTCTTGGCTCATAATATTATTCTACAACATCAAGTTCTACTTTAAGATTATCTATGATAAATTCTTGTCTATCTGGAGTATTTTTACCCATATAGAACTCTAACATTTTATCTATAGACATTGACTTATCTAACATTACAGGATCTAATCGTATATCTTCCCCTATAAAATACTGGAATTCATCAGGAGAAATCTCTCCTAACCCTTTGAATCGAGTAATCTCTGGTTTAGGTTTTAATTTCTCAATAGCGTTTATACGTTCTTCTTCACTATAACAGTAAATAGTTTCTTTCTTATTTCTCACCCTAAATAAAGGTGTCTGCAAGATGTATAAATGCCCTTCTTTAATTAATTCTGGGAAGAACTGTAAAAAGAAAGTAATTAATAACAATCGAATATGCATACCATCCACATCGGCATCAGTAGCTATCACGATATTGTTATATCTTAAGTTCTCAAAGTCATCTTCTATATCTAATGCTGCCTGTAGTAAGTTAAACTCTTCATTCTCATACACGATTTTCTTCGTCATTCCATAAGAGTTCAGAGGCTTACCTCTTAAACTAAATACAGCCTGTGTATTAACATTTCTTGATTTGGTAATAGAACCAGAAGCAGAGTCTCCCTCTGTAATAAACAAAGTACTGTCTAAATACAATGGATTCTTTATATCTGTTAAGTGAACTCTACAGTCTCTTAGTTTTCTATTGTGTAAACTAGCTTTTTTAGCGCGCTCTTTAGCTATCTTTCTAATTCCAGATAACTCTTTGCGCTCTTTTTCTGCTTGTAGTATTTTCTTTAATAGTGCATCTGCTATCTCTGGATTTTTGTGTAAATAGTTGTCTAACTGTGTTTTTACAAAATCATTGACAAAAGTACGTACCGTAGGTAGATCTGGTCCCATATCAGTAGATCCTAGCTTTGTCTTCGTTTGAGATTCAAATACTGGCTCTTCTACTTTTACAGCTACTGCAGCTACGATAGACTTTCTAATATCAGAAGCATCGAAGTTTTTATTATAAAACTCTTTAAGTGTTCTTACTAACGCCTCTCTAAATGCAGCTAAGTGAGTACCTCCTTGAGTAGTATTCTGCCCGTTTACGAAAGAGTAATATTCCTCAGAATATTGACTTCTACTATGTGTTAATGCTACCTCGATATCATCACCTGATAAGTGAATAATCGGATATACTTGATCTTCTTCAGTAATATTTTCTAAAAGAAGGTCTTTAAGCCCATTTTCAGAAAAGAATTTTTCGCCATTAAACATTACTGTCAATCCTTTATTAAGATAACAGTAGTTCTTTAGCATACGCTCTATGTACTCTTTACGGTATTTATAGTTCTTAAAGATGGCTTCATCAGCTATGAAAGAAACTTTAGTTCCTTTACGTCTCGTAGTTTCTACTAATTCCTCTTCTGTTACTAAATCTCCAGCAGAGAATTCAGCCCCTTTTAATTGTCCATCACGTACAGACTCTACGCGGAAGTAGTTAGATAAAGCATTTACTGCTTTGGTACCCACCCCGTTTAGACCTACTGATTTCTTGAATGCCTTAGAATCGTATTTACCCCCAGTGTTCATTTTAGATACTACATCTACTACTTTACCTAAGGGAATACCACGTCCGTAATCACGTACAGTGACAAGCTTATCTTTGAGTGTAACCTCAATAGTCTTACCTGTCCCCATCACGAATTCATCTATACTGTTGTCTATAACCTCTTTAATTAGAATGTAGATACCATCGTCAGGAGAAGAACCATCTCCTAATTTTCCGATATACATACCAGGACGCATACGAATATGTTCCTTCCAGTCTAACGAACGAATATTATCTTCGGTATATTGATTTTGATCTTGCATAAAAACGTAGGAATTTGCGCTAATTTACTACTAATTAGCTTAAAATAAAAATTGTGAAATAACAGTTTTTTAGGATTTAATCCTCTGATGACTTTTTGATAACATTCTTCTCTATCTCAATGGAATAAGGCCCTGGTACTATTTTTCTGCCATATAAGATAGCATAATTTTTTGTAAACTCAGCACCGAAATAGAGGATCATCGCCGAATAGTATACCCATATCAACATAACTGTCACAGAACCAGCTGCTCCATAAAGTGATGATGAGGCCGTATTACCTAAATACCAACCTATTCCGAACTTCCCTATCATAAATAATACAGCTGTAAAACCTGCTCCTATAAAGGCATCTTTCCATCTCAACTTACCATTAGGTAAAGTCATGAAGATAAGCACAAATAGAATAGTTATTATTAAAAAGACCACCGCATTATTAAGTAATTTTACTAAACTAAGTGTCTCTTCGCCAAAGAAATTACCTAAATAACTATACAGAAGACTTACAATTGAATTGATCATTAGACTCACTAATAAGACAAATCCAACAGATCCTATCATAGCGAAAGAAAGCAACCTGTTTTTAACCAATCTAGCGATATTTTTGTCAGGTTTGGCTGCTAAGCCCCAGATATAGTTTATAGAGCTCTGTATCTCTGCAAAAACCCCTGAAGCACTAAATAATAAAATACCTACACCAATAATAGTAGTGATATAACCACTTTTTCTATTTAGCTGAACATTACTCATTGCATTCTGTATCTCAGTTGTTGTATTGGGACCTACTAGATCTCTTAATTGATCATAAAAGAAGTTAGCTACCTCTTGTTCCTCAAAAATAAATCCACTAGCAGATATAATCAATAACATTAAGGGAGGTAAAGCAAAAATGGTATAATAAGACAATGCTGCACTAAACTTCATAGCATTATCATCTAAGAAGTCAAATACGGATTGTTTAAACAATAAGATTACTTTTTTAAAACCACTATTCTGCATAGTTAGACTATTATTAATAGATTAAGATACTAATATTTTTTAAACTTAAAGACTATTTAACTTCTAAACCACTGATTTTAAAGTCAAATGTAACAATAAGACTAATTACCTTATTGCTACTACAAAATTCTATAAAATTTTAACAATTCCTAATTTACTTTTACTAAAAATAGTAGCAAAAAAAAGAGAAGCTAATTAGCTTCTCTTTTTTCTTTCCTATTTGATAGATTACACGTTAAAACGGAAGTGCATTACATCACCATCTTTTACGATATATTCTTTTCCTTCTACTCTTAGTTTTCCAGCTTCTTTTACTTTAGCCTCAGAACCATAAGTTACATAATCATCGTATCCTATTACTTCTGCACGGATAAATCCTTTTTCGAAGTCACTGTGGATTACTCCAGCTGCTTTAGGAGCAGTATCTCCAACTTTAATAGTCCAAGCTCTTACTTCTTTTACTCCAGCTGTGAAGTATGTTTGTAAGTTTAATAATTTATATGCTGAACGAATTAATTTAGATACACCTGGCTCGTCTAATCCTAAGTCTTCTAAGAACATTTGTCTTTCTTCGAAAGTCTCTAGTTCCATAATGTCAGCCTCAGTTCCTACAGCTAATACGATTACTTCAGCATTTTCGTCTTTTACTAGCTCTTTTACTTTTACCACATAATCATTTCCTGATACAGCAGCTCCCTCATCTACGTTACACACGTATAATACAGGTTTTGTAGTGATTAATTGGAAGTCTTCTAATAACTCTTCCTCATCTGCATTTTTAGGCTCTACTACACGAGCAGATTTACCTTCTAATAGCGTTACTCTAATTCTTTCTAATAAATCAGCTTCTACTTGAGCTTCTTTATTTCCAGTCTTAGCTGCTTTTTTTACTTTCTCTAATCTCTTCTCTACAGTCTCAAGGTCTTTTAACTGTAATTCGATATCGATAGTTTCTTTATCTCTGATAGGATTTACATTCCCATCTACGTGAATGATATTATCATTGTCAAAACAACGTAAAACGTGAATAATAGCATTACACTCTCTAATATTTCCTAAGAATTGGTTTCCTAAACCTTCTCCTTTACTTGCTCCTTTTACTAACCCAGCAATATCTACAATCTCAACAGTAGCAGGTAATACACGTTCTGGTACTACTAACTCTTCTAATTTAGACAACCTTGGATCTGGTACATTCACAACCCCAATATTCGGTTCTATTGTACAAAATGGGAAGTTAGCACTCTGCGCCTTTGCATTAGATAAACAATTGAATAATGTTGATTTACCTACATTTGGCAATCCTACTATACCTGCTTTCATATTTTAAAATATATTGTGAATTTTTAATCGTTTGCAAAGATATTGAAAATTATAGAAGTTCATAGTCTTTAGGGAAGTTTACATAAAATTAAAACCCAAATACAACATATTTAGAATAATAAAAGTTATAAGAATAGAAAGCTTTAGATAATCATAAACAAAAACATCTTTTAGATCATAGATTATTGATGTTTTTAAACTAAATTGAAAAGTGGATATAGTACAATAAAAAAGCCACTCGCTAGGAGTGGCTTTTCTATATTTAGATTATTTTGTTAATCTTCATCGTCAGCAATTTCTAAGTCTTTTAGTGCATCTAATGAATCTTCTGGAGCTTCTACGAAATCCTCTTCATCCTCATCGAAGTTTTCAATTCTATCTGCTAACTTAGTACTTACTTTTACCAGGTATATAGTATCCTCAGTTCTAACTTCCACTGCTTCTACAGTTTCGTTCTTTACGTTTTTAAAACGTATAATGTCTGCATCATCATACCCGTCAGGAAATTTTTCAACCAATAATGTCAAAATTTCGTTCGTTAACTTTGCGTAATCAACAATTACTCTTTTCATTCTTTGTTCTTGCTTTATTTCAGTTTCAAATGTAATAGCTAAATTGTAAACTACAAATAAAATATCACATTTATTTACTGCGAAAAATTAAAAATTAATTACCAAGAATATATGCAAAAATTAATGGCGCAACAATCGTAGCATCTGACTCAACAATGAACTTAGGTGTGTCGATATCTAATTTACCCCATGTAATTTTTTCGTTAGGAACTGCTCCTGAATATGATCCGTAAGATGTAGTAGAATCAGAGATTTGGCAGAAGTATGACCAGAAAGGTACATCTTCCCACTCTAAGTCTTGGTACATCATTGGAACTACACAGATAGGGAAATCTCCAGAGATACCTCCTCCGATTTGGAAGAATCCTACTCCGTGTCCTCCTGAGTTAGCTCTATACCACTCTGTTAAGTAGATCATGTACTCGATACCTGTTTTTACAGTGTGTACATTTAATTTTCCTTTGATTACGTTTGAAGTAAAGATGTTACCACAAGTTGAATCTTCCCATCCTGGACATACGATTGGAATATTCTTCTCTGCTGCTGCAACAATCCAAGAATCTTTAGGATCAATCTCGTAGTATTGCTCTAATACACCTGAGTTAACGATTTGGTATAAGAATTCGTGTGGGAAATAACGTTTTCCTTCAGCTTCAGCTGCATGCCATACGTCTTCTAAGTGTTTTTGTAGACGACGGAATGCTTCCTCTTCTGGAATACAAGTGTCAGTTACACGGTTATAGTGGTTATCTAATAACTCTCTCTCTTGCTCTGGAGTCAAATCTCTATAATTTGGTACTCTTTTGTAGTGAGAGTGAGCAACCAAGTTCATCACGTCCTCTTCTAAGTTAGCTCCTGTACAAGAAATGATTTGTACTTTATCTTGACGAATCATCTCTGCTAAAGAAATTCCTAACTCAGCAGTACTCATCGCACCACCCATAGAGATTAACATTTTTCCTCCAGCGTCTAAGTGTGCTTCATATCCTTTTGCAGCATCCACTAACGCAGCAGCGTTAAAGTGTCTATAGTTATGCTCAATAAACTGACTAATTGGTCCTTTACTCATTTTATTTTTACTTTTTATATTAATAATTTCTTTTAATTCTTATTTGTTATATCCTAAGATATCTAATACTTGCTCTGCAGTCTGTTGTTCAGAGAATAACTCTGTAGCAATAATTCCATTCTCATCCTTATCGATTAAGATATGTTTTGGTTGTGGAATTAAGCAGTGGTGAATACCTCCAAATCCTCCGATCTGATCTTGATAAGCACCTGTATTAAAGAACCCAATATACAAAGGTTTTTCTTTATTAAACTTAGGCAAATAGATTGCGTTTAAGTTTTGCTCTGAGTTATAGTAATCATCACTATCACAAGTCAATCCCCCTAACAATATACGCTCATAAGTATCATTCCATCTATTGATAGGCAACATGATAAAACGTTTATTGATAGCCCAAGAATCTGGTAGAGTAGTAATGAATGATGAGTCGATCATATTCCATTTCTCTCTATCATTTTGTTGCTTTTGGTATAAGATTTCATAGATAGCTCCTCCACTCTCACCTACAGTATATGAACCGAATTCTGTAAAGATATTAGGTACATCCACTTCAGCTTCCTCACATACTATCTTGATTTGATTGATGATTTCGTCTACCATATATTGGTAATCAAATTCAAAAGCTAATGAATCTTTAATAGGGAATCCTCCTCCGATATTTAAACTATCTAATGTAGGACATTCTTTCTTTAAAGTGATATAAACTTTCAAACATTTTACTAATTCATTCCAGTAATACGCAGTATCTCTAATACCTGTATTGATGAAAAAGTGAAGCATCTTAAGTTCTACCTTAGGATTTTCAGCAATTTGTTTTCTGTAGAATGGTAAGATACTCTTGTACCCTATTCCTAAACGTGAAGTATAGAATTCAAACTTTGGAGATTCTTCAGAAGCAATACGAATACCGATTTTAAACTTCTTGTTGATTTGTTCTTGTAATAGATCAAGCTCCTCATAGTTATCAATAATAGGAATAGTATTCTCGTGTTTATTATTGATTAGATTTGCGATATTATCAATGTATTGCGCACGTTTAAATCCGTTACATAATACGAATGTATCTTTGTTGATCTTACCAGTCTCTAATAAATTCTCTACAATGTTTACGTCAAAAGCAGAAGATGTCTCTACGTGGATATCATTCTTGAATGCTTCATTAAGTACATAAGAGAAGTGAGAACTTTTAGTACAGTAGCAGTAGTAATAGTTTGCTTTGTACTTATTCTTTTCCATCGCTTTTCTAAAGATAGTCTTTACATTGCTAATGTTCTCAGAGATTTTAGGTAAGTAAGTGAATTTTAATGGTGTTCCGTATTTTTCAACTAACCCCATTAAATCAATATTGTGAAATTGAAGATTATCTTTGTTTAATTTGAATTCTTCTTGAGGAAAATAAAAAGTTTGGTTGATTAAGTCAACATATTTTGTGTTCATGTCTTTTTCTTTTAATAATGGTTAAAAAAATTCTTTCTCAATTAACTTGATTGTCTTGCATCTAAATTAGTCAATTATTATCGGACTAGATAGTTATGCCTTCATAAAAACAATCAAAATTAAACTACATTGATTTTCAAACTCGAATATTGGCAAATACTATTGGCAACTTATCTCTGAATCTAAACGAATTAAGAGCCTCCTTAGAATACTTGATAATGCCATATACATAATTGGCCTTTTGTCTGATGACAAAACGCCTTACTTTGTGTCTTGCAGACACACAGAATCTAATATATAAAACATCTATTTTCACGACCGCAAATGTAACAAAATATTGGAATGAAAAAGGAAAAAGTAATTGTTTTTGAACCTTAATTCAAATAAGCCTCTAACCCCTTTACTACTAACTCTTTGCTCACTTCTATATCATAGATAGCAGAGCCTATTTTATCTAATAATACACAACGTATATTACCACCGTAGTTCTTTTTATCAAACTTCAACCACTCTAACGAGTTTTCGATGTCTTCACTTGACAGTTCTACAACGCCATATATAGTGTGTGTAGTTTCTTTTATATCTAAATATTCTACCTCTGTTAAATAGCCCAATTCTTTAGAAATATAAGCCTCCGCTACCATACCTAGTGCAACAGCTTCTCCATGAAGTAACGTCTCTTTATCTTCATTCATTAAGTAATAACTCTCTACGGCATGACCTACCGTATGTCCAAAGTTTAAAATCTTGCGAAGACCATGTTCCTTTGGATCCTGTGTCACCACAGTATTCTTAATGGTTACTGAATGATGAATAAGCGTTTCTAAATCATTAAAATCAACATTCGCAATATCCTTAAGATACGCATAATATTTGGCATCAAATATCAAGCCGTGCTTTAACATTTCAGCATATCCAGCCTTAATTTGTCTAGCCTCTAAAGTTTCTAAGTAATTTACATCGATGATCAGCATCTTAGGCATAGCGAATGCACCTATACAGTTCTTGATACCATTTAAGTCCACTCCAGTCTTTCCTCCCACAGAAGCATCTACCATGGCTAATAATGAAGTAGGAATGTTGATAAAGTCTATTCCACGCATAAATATAGAAGCGATAAAACCTCCCATATCTGTAATCACCCCACCTCCTACAGTGATAATGATACTCTTGCGATCTCCTCCTAGTTCTAACATAGTCTGGATCACACCAGCACAAGTATCTAATACTTTATTCTCCTCACCTGCTTCTACCTCTATTATTTCGAAGGGCACATCTGTAGGCAAGTTACTTAAAAAATAAGGCAAACAGTGTTCATAACAATTAGAATCCGTCAAGATAAAAAGCTTACTATAGCCATTGTTATTTAAATATGAACCTAAATGTTCGTATCCTTCTTGTCCGAATAAAATATCGTAATGCTCTGTTGTTATGTTTTCCATTTTATATTATTTATGCTATACAAAATAAAGTATAAATATTTGAAATATGAGTGCTAATATGTTTTTTTAACGATTTAATAGTAGAGCAAGAAAATGCTTGTGTTTTAAAGCTATTATAAATACTATTTTTTTTTAAATCACTTAAAATGTATAGTATTTATTTCTAGATATTAATAAGGATAGAGGCAAATGATAAATTAGTTTTTTTACAGCCAAATTTGTAATTTTGTCTGTATATTTAATATTATAAATTTGATTTTTTACTATAAAAATAGTTGAGTCAAAATTAAAGATCCGTTAGTGACTTTTCTTCTTAAAAGAATTCACATAAATAACTAATAGTATAATTTTTAAAACATTAAGCCATGATAACTAATGATGTATATATCGTAGAGCCTTCTACACCTGAAGAAGCTAAAGCTCTTAAGGCTTTTGCTAAGGCTTTAAAAATAAAAATTACAAAACAAAATACTGAGGACACAGATTCAAAAGAAGATATTAAAACAAATTTAAAACAAGCTGTAACAGAACTTAATTTAATAAAAGAGGGAAAACTTAAAGGGATCTCTGCCAAAGATTTATTGGATGAGTTATAATATTATAGCAACTCCTAAGTTTCTAAAAGAAGCTAAAAAGCTTGGAAAGAAATACCATTCATTGAAAGAAGATCTTTCTCTTTTAATTGAAGAATTACAACAAAATCCCATGCTCGGAACTGCAATAGCTAATAATTGTTATAAAGTACGCATAGCTATAAAGTCTAAAGGTAAAGGTAAAAGTGGCGGAGCTAGAGTTATTACACATCTTGTAATCGAAAATGATAATATCTATTTGCTTTCTATTTATGACAAAAGTGAATACGACTCAATAAGTGATAGTGAGATTAAAGAGTTACTTAAACTAATAAAATAACAGCCCCCCTTTCTTAAAGAAACGTTTCTATAATATCTCTTACATTCTCAATAAACTCATTAGTATAAACACCTAAAGGATCTAAGTCTGGATCAAGTATCGCGATCTCCAATCCCACACATCTTTTATCCTGAACCAAAGGTTTAAGTATTTCTTTTAACTCCCTATAGCTCAACCCGTCTTCTTGTATACAGTCTACCACAGGCATTATCTTATCGTTTAGGACATCCACATCTAAATGAATAAAGTACCCGTCTAAATCATACTCTTCAGCGCGCATCAAAAAATCTGACACAACTCTCTTTATACCATAATTTCTTAATTTAGACAAAGGATAATAAACAACCTTAGACTCTTTTATAGGCTTTTCATATTCTTCGTCATACTCTCTATTCCCAACACAAAACACGTATTTTTCTTCAATATAAGGCTTGTTGTTTTGAATATTAGTAAGACGTTCATGACCAGTATAATACCAATTCTACCTCCTACACCCTCTTTTGTCCTATCTGTTTTTTTACTACCTTTGCCTACAGTAAAGGCTTTGACTCAATGGCTATTATTGAGAATATTCTTCTATTCAAAGTCTGGTACATCTCACTAAAAAGAAAGCACAAATCACAGCTTTCAAAATCTCAACTTTAAAATTTTAACAAGTTTTTTAACATCGTAAATTCACTGCGAATCGAGTATTCATGCGGTCTCCGTTGTGGTTTGTTCGGAAGGTGTTCGGAAAACACCCCCTCTTTCCGAACACTTTGCAAAGAACTTCCGAACAACGTCCAAACAACCTTCCCGAAAGCCTTGCTGTCACTAGCTTTACCACGTGCTTAGATACGCTAAAAAAAGCTTAAATGTTAATATTTTTAACAACTGTGATTTGTCCTGTTTTTAGAATTTATAGTGGTTGCAATATTCTCACAATGAGATAATTATGGCCTATTAATTTTACTAGGCATACCTAATTAAAACTAATATGTAGGCTTCCTTGGATCTTTATTGATAAATATGTTTGATTTTTTAGAGATTCTCTTCACAGATATACTAACAAAAACATGTTCTATTTCATGTCCTAAAGTTTATTTCCTAATTCTTTAGATGTATATTATTTTTCCTTAATCATTATAACCATAATATACACTTGATGTATTTTAATTTTTTGATAATAGTTTATTAAATAAAAAAGCTCCCTTCACAGGGAGCTTCTTAGGCTAATACTGTTGTTTTAGATCCAACAGTGGGGATCGGTCGAAAAAAAAAATTGATTTGTTGTTTTATTAAACTACGTATTCAAAAATTGATATTTTAAAAAGTCTAGAGTTCGATAATTATAAACTCGCTACGTCTATTTAACTGATGTTCCTCTACAGAACATGGCACTCCATTGCTACACTTATTCTGTAGCTGTGTCTCTCCATATCCTTCTCCTGTAATTCTACTTCTCTCAATGCCTTGATTCACCATCCACTCTACTGTAGACTTAGCTCTGCGATCTGATAACTTAAGGTTGTAGTCATCATTTCCTCTACTGTCAGTATGTGAGCGAACATCTATCTTCATCGTTGGGTATTCTTTTAATACCTCTACTACTTTGATTAGCTCTGCCGCTGCATCTGGGCGAATATTAGATTTGTCAAAGTCGAAGTAAATAGGATTTAGCTTAAGCTTCTTAAATAAGTCATCGTTTACTGTCACTGGTTCTAAAGTCTTCTCTAGTCCGATATCTACTCGTTTTACTCCTTGTTGACGTTCTACGATAAATACAACTTCAACTGTATTATACTCCTCTTTCTCAGCTTTAATACGGTATTTCCCTCCACAATCTAATAAATTAGACAGATAATATCCTTTTGCATCTGTGATTATCGTATCTGTCTGCTGATAAAGAGCATCTGATAAAATCACTCTAGCATTAACTAATGGCTCTTTAGTCACCTTGTCATACACTATTCCTTCAAGGGCTTGCTTACAAGGTTTTTCTTTAAAGAAATAGATATCATCTCCTCCACTAGCCCCTGGTCTATTAGAACTTATAAATCCCTTGTGAGATTTGCTGTCTATATACAAACCGAAATCGTCAGATGGACTGTTAATTGGCGTTCCCATATTAGCAACTTGACCAATGCTTCCATCTACATTAATCTTAGCTACAAACATATCTAATCCTCCTAATCCAGGATGACCATCTGATGCAAAAAACAAGAAGTAGTCTTCTGATATAAATGGAAAAGTTTCTCTACCTGCTGTATTTACTTTAGCACCGATATTCTCTACATTGCCATACTCCCCTGTAGGATAAATAGCTACTCTAAAGATATCTGATTGCCCCAATGTTCCTTTTCTGTCTGAAGAAAAATAAAGCCACTTACCATCCGGTGTCAAACTAGGATGGGCTGTATTGAAATAATCCGAGTTAAACGGAAGTTCCAATACTTGTCCCCACAAGCCATCCGCGCCTTTAGTGGCTTTATATATTTTTAATAAAGATGATTTGTCCTTATTGTTTCTTCTCTTTCCCTTTTCACTAGAGTTATTTCTAGTAAAGTACATCGTATTACCATCCTTTGTAAAGACAGCTGTTGCATCATTTACTCTAGAACTTATCTCTTTAGCGAACTGCTTAGGCTCTGAGAAAGTCCCATCAACGTTAATCGTACTACTGTACAAGGCTGTAAAACTCTCATTAGTCCACTCATGAATAGCCTTATCTACTTCTTGATTACGAGCTGATGTAAAAATTAATTCATTGCCTAATATAGCAGCTCCATAATCCGAAAACTCTGTATTAATACTCAAAGCCTTTATATTATACAAATCTTGTTTGTCTTCTATCTTTTGCAAGTAATCCTTATTCTCTTGAAAAAGTTGTGCTCTAGAATCGTTTGCCTCTAATTTAGAGAATTCCTCCATTTTTTGCTTAGACTTGTCATAACTCTCAACAGATTTAAGCGTCTGTGCATAACGATAGTAATATTCTGATGGAATTGGCTCTTTTCCTTTATCGCCATACTCTCCATCAAATAGTGTTTCATACCACTTATTAGCCTCAGGTAACTTTCCATTAAAATAATAAGCATCGGCTAACTTCTTTAGCATATCTGCATTAGTATATCCCTTGTTTGCGATGCGCTCATAAATCTTAATTGCATCTACATAAGCCTGAGTTTGATATTCCTTATTCGCTTTCTTCTCTGCTACTTTCTGTCCATAAGTACTAATACCTACGAAAAGCAACATTGTCAATAAGCTTATTTTTAATAGCTGTTTTTTCATAGTTTCTCTTTCTTTATAGCTAATTTTCCTTAGAAGAATCGCGGTGCATTAATTGTACTACGACGATTAAATAGTTCAAATCTTAAGAAGATTTCGTGTGATCCTGAGTTATAACGTTGAAGAGCAGTAGTCTCAAAGTCATAAGAATATCCTACAAATAGATTTTCATTGACTTGGAATCCTGCCAAGGCGCTCACTGAAGCATCCCAACGATAAGCTCCTCCTAAAGTAAATTTATCATAGAATAAAAAGTTAGCTGTTAAATCAACCTGTAATGGTGCTCCACTTACTGCCTTAACTAAAGCTGCTGGCTTAATTAACAAGTTCTCACTCACATCGAATACATATCCTCCCATTAAGTAGAAGTGCATCTTCTGACGCATCGTCGTGATGTCGTTATCATCATAGCGATCCGTAGTTAAGAAGTTCGGAACTGATAACCCTACATAAGCTTTATCAGAGTATAAATAAACCCCTGCTCCAATATTAGGATTAAACTTATTATTAATATTCTCTTGACTTACAGGATCAGTAGGATTATGTATGTTAAGCTTTGTATAATCAACACTTAATAGATTAGCAGTCGCTTTTAACCCGAATGCTAATTTATAATCAGCGTTTAAGTCAATAGCATAAGCTAAATCTACAGAGATATTATTCTCATCCATCGCTCCTAGACGATCATTGGTAAAGTTCACTCCTAGTCCTAATCCACTTTCTCCAAGAGGTGTAGACACAGACACATTTGCTGTCTTAGGTGCTCCATCTAGCCCTACCCACTGTGTTCTATACATCCCAAACACGTTTAATGTCCCACGACTTCCTGCATAAGCTGGGTTGATCATATTAGTATTATACATATATTGGGTATACTGTGGATCTTGCTGAGCTTGCATAGTTTGGAAGCAGCCTATTAGCAATAGACTGATTCCAAATTTCTTTATATTTTGTTGAATACTCATAACTCTTTTTACTTATTACTTTCTAAATGTAGATAACCCGATTTCTTAATCATACGAGAGCCACTAGCGTCTTTATACTCATAACTTACGATGTAGAAATAAGTACCTGTAGGTAATTTCTCCCCTTTATTTACAGTAACACGTCCATCAGAGTATCCTCTAAACACATTACCTGCACTGTCATAACTCTTCGTATCATATACCTTAACTCCCCAACGGTTGTAAATCTCTACTGTATTATTAGGGAATCTGTTAATATTATCTATAATAAAGTAATCATTCTTACCGTCTCCATCAGGAGAAACAAGGTTATAAATAACGATATCTCCGTCTAAGATTAGATCTGTATTCACAGTAGCTAATGTAAAGAATCCGTACCCTTTAACACTAGTAGGTGTAGTGATCTCTTTTTTCTCTAGATCCACTACTCCTCCTTCGTCTACCCAAAGCTGTTGCTTAGCATCCCATCGTACGATGTGTAATTCTTTCTCTGGGTTCACTAATAACTCTTTTGGTGTAGTACGCTCATCCCAACTTAACGTCAGCATGATATCTCCTTTGCTGTTATCACTTCCTTTATCTACTGTCCAGTACTCGCGCTCATCTAATAAATTAATCACTCCTGACTTTGCACTACGCGCTCTAAAGAAGTTCTTATCGTCTAAATTATACTTCCCTTCATACGCATCCTTTACATGCTCAGGAGCAGTGATTCTAGCATAACGGTATAGTCCTTTATCTCCTTTAGGGTATTGGAATTCCTCATTACCTATCTTCTCTACATAGCCTTCTGCATGGCTTTTATCTGTTGGATGAAGTGCTTTTGCTCCTTGGTGGAAGGTTAGCATCCCTGCTAGTGAATCTACCTTAATAATACCATCTTTAAAGTCTACACTACCTCTTACGTTAGCCTCGTTCTTTAGGTCAAAGGCCATGTCTTTAGTTGAATTGTCTAGTACTACATTAAAGAAATTAGAAGGTTGGCTTCCTGTGATATGTTGAGCTCCTTTTGCTTCTTCAAAAGGAGTGAACACAGCTTTAGAACCTTTGGCGTTAGTGCTGTGATCATATATATTGTCATTGTTAAAGTTGCTGTAGTAATAAACCGTTCCATCATTCTTTACATACCCTTCTTTTGTATTGTCAAAATCATAGATAGTAGACATGACTCCTCCTTCGGCTATCGAAATCTTTCCTTGGTTTACCATTACTTGGTCTTTCTTAGCTTGCTGGGCTACTACTGTAGCTGGCAATGCTAAACCTAATAAAGCAACTGATTTATATAATTTTCTTGATTTCATAGTTTTTATTTTATAATTAATTAGCTACTGCTTGATTTAACAACATCGGATTAGTAACAGCAGAACAATCATTTACTTTGATCTCAAACTCATTTGATGTGTCTGAACATTGATTGTTAGTTACATTTAATCGAATGCGTAAACCATTTAATTCTTTACTAGCATGACTAACTTTAATTGTTTTTCCCTCAAGAATAATTCTATTTGAAAAAGTAGTATTATCTAATTCTTTCCAATTTGTTGTTCCAGTTGTAGTGTATTCCCATTTATAATTTGAAACATTTGTAGTTATAGATACTTTAGCAGAGTCAAAGTTTTCACAAATCACAATATTGTCAATATCCTTACTTACCTCTGGCAAGGCATTAATCACAATAGTAAATTCTTTTTTAGGACCTATACATCCATCTTTTCCCTCTGCTACAAAATATTTATAAGTACCTACAGCAGTTGGACTAGGAACATCTGATAATTCAACTTGATTACTATCAAAATAAACCAATTCATAACCTTTATCTTTTCCTGTAGCAGATAACTCATTTTCTAATACTAAAGGCTCTCCAAAACATAACTCTGTATTCTTAGCAATAGGTGAAGTAGTTACTTTTTCAATACTGATTTCTAACCTAGCATAACAACCATCCTCCATATCTGGTACCATCACATAATACATTTTTCTACTGCCATCACTGTTAACTGAAAAATCTCCAGTTACTAAACCATCATTAGATGTATAACTTGTCGGTACTTTACTATAAAACTTAGCTCCAGGAGGATATATATTTATAATTTCACTTCTATCAAATCCTGTTGTTGGTACAGAACAAAAAGCCTTAAATTGCATAATTCCATCTTCTACAGGAGGGTTACAGTTTTGCAAGAAGTCTGTTGTAACACTTATCTTAGAAATAAAATCATCATAAACAGGACCTGCACAAACTCCGTTTCCATAATCTCTCACTAAGTCTGAGTTTACCTTTGATTTTGATGTAGCTCCTTCTCCTGATATTTTACCATTGATCTTTACATCTAATCCACACACATTGGTAGATAACAATACACAATTATCAGATACTCTAAATCTATATTTTAATTGCGCTAACAGCTTTTCTTTTGTTGTATCTAAAGGTAAATTTCCAATATCCCAAACAATTTTACCCCCTGCTGTAACACTTGGATCATTTGTACCTCCAGTAGGGGGTACCCAAGTAACACTTCCTGATGCATCTAGATCTGGCACTATCTCCGCATCTAAGAAATGTAGATTAAAAGGTACAGGTATTTCAATTTTAGAATTATTAACTGCTTCTGTTCCTTTGTTATAAACATCTAGCTCAAATTCAAACTCTTGCCCAGGAGTGATTGTTCCATTATTTAATGGTTTTACACCTCCATAATTAGTTGCTTTATTCTCTCCTACTACATCAGGAACATAAGCATCTACAGCAAACACTATATTAAATATGATGTATGTATCTTGATTTGATCCATATGAAAATGAAGTTGATGACTGATTATTTCCTATGATTTGATTACTAGTATTATTTAACTCAAACATAGAAATATCCATTCCTGTATTATTGATTAAGTTTGGATTTCTTGGGTTTCCTCCTGTATGAATTGAAGAATTAAAAAAGTTATTAGTAGAGTTACCTCCATGGCTTAAGTCTTGATAGCTATTAGAATTTCTTTTTTGAATCTTAAAATAGTCCCCAGAGATATCCTCATCTCCTTCACCCGCCATCATTCCAATTTTTACATTTACATCTCCATTTTGGGTAGCTCTAAAACCACTCACTGGTAAAATAGCTGCACCTGTTCTTTTAACCATATAACCATAACCATCAAAAACAGTAATATCTCTCCACTTCATCGAAGTGTTTTTATAAATAACAACCATTCCCCATCCTCCATAGAATCCAGTTCCTCCTCCTTTCCCTTCTTTTAAGGCAATGTCAGCCACAAAATAATTTGAAGCCCCATGTTCACGAACATAATCAGTTACATCAGCATAAGCCGCATACATAGCTCCTTCTGATGTAGAGGGGTAATATATATCAGTATCTTTTGCTGTTATTTGTATATATGATTGGTTTTTAGCTTTTAACTTAACTTTACGTTTATCCAATCCGTCGAAAGTCAATGGACTATTTGTATTCCTAACATCTATATCATGAGCACGTCCCGTCCAATATAAGCCTGCATATACAATTTCAGTACATTCACCACCTGGTAGAATTAGTTCTGCAGAAGATGAATTTATCGTATTTCGATCATTGTCAATGTCTACATAGATCATCTCATTATTATTTCCCCCTTGCTTTCCACTATTTGCATAATTTTTTAAAGTAAGGTTAGTATTACCAATCATGGTAAAATCTCCTTGCAGATTATAATTCTTTACATTAGTATAAGGCATTGGAGCCTTCGGTGACTCACGTGGTTTAAAATCTTTTACAACTTGTGCATACCCCAAGTTACTTCCTAGTACTAAAAAACTTAATAATAAGAGAGTTGATAGATAAGCACTTATTTTTTTTGAATATTTTTTCATAGCTTTTCCATTAACTTGGTTGATCCATTGTTGAATACAGAATTTCAACATCTTGTTTTTCGTTTAACTTTTGTAATAAATCAATAAACTCTGTTTTAATTAACTCTTTATCTAATTCTCGATATGATCTAATGTAGATGTATTTAAGACTTTCTAATTGAATAATTAAATCTTTGGGAACAACAATTTGCTGCTTTCCATCCCATTTAATATTTATTAAAATAACCTCTTTTAATTTATCTTTATAAACATTGCTTAAACCAATAAAGTCACTAGTGTCTTCAATAGACATTTCAACTATCTCTTTAGAGTTTCCTTGGTGAATTTTAGCTTGCTTATCAAATGCTATAAACATAGAGGTTGGTGCACCATTAGCTAGGTAATTAAGATCATTAGCTTGTGAATCAGTTAATTTAATAAGTTTCTGATTGTATTCGAAAATAGCACTTTGTGCTTGTGCTTTGATTCCAAAGCACAAGCCAAAAGCTATTATTATATATAAAATATTATTTTTCATAATTAATTATCTTCATTAACAGAGAATACAATGTTTATAAAGCTTCCTATATTTACATTAGCGGTATCATTTACTTTATATGTCATTAATCCTTCTGCATTAATACTTACAATAGTAAATACTCCTTCTGTTGCATAAGTCACATGAAAACCTAGCTCTGATGCAGGTAAAACTGGTAAAGCTGATGCTCCAGTACTACTCATTACAGGGCTTCCAAATTGTTTCTTATAAATAGCATACATATCTATTGTACCTGTACGAGTTGTATTATTATATGTAACGCCTTCTTGTTGGGCTTGACTCTCTGCTGTAGGAACCATTACTGAAGGCATATAGAAGAACTTAGGCATCGCTGCTTTTAAAGCTTTTATAACGTCTCCGTTTTTATCTACTGCTAATAAATGCTGAGTAACCCCTTCACTTTCATTAACTGCTTGCGTTTTTTTCTTATCAAGCCCCGTTAAAGCAAGCGTATTATCAGTAGTAGTATTAATAGCTGTTTTTTTAGTTAATAAACCTCCTAATTGGATATTAGTATCTGCTTTAGTAAGTCCATTATTAGCTGTAACTATCTCCCCTACATCAGTCTGGTTTTTCCAAGTAGGAACTCCTGTATTATCTGTAACCAATACTTGATTATTACCTGCATTAGCTATGTCTTCTGGTTTTATCGTTCCGTTTTGGATATGATCTGTTGTAATTTTATTATTAGCAATATTTAGTTTGACATCAGTTAATAATGATTTAGTAGCTGTTGTTGCTATTGCATTACTATCAGTACCTATAACAATTACACCATCTGTTGTTAATGTTTTAGCATCAACTACCTTATCAACTGTTACATCTGGTGTGCCTGGAATCCAAGCTTGTGTTGTTTGGTCATAAATTAAGGTTTGTGCATTAGAAGGTTTAGTATCACTAACTGGCGTACCTTGGATAGCTTGTACTACTGTTTTACCTTCTTTTAGTACAGCATCTCCTTCTAAAATTAACTCTGCCTCTTCTCCATTAACAGAACTTACTATAGCTGTTTCCCTAGTTACAAGGGTATTAGAAGTAGCAGACTTTTTATTAACCCACTTAGTTGTAGCTGTATCTCCTGTTCCTTCTGTTACTAAAATTTGTCCATCTGTTCCTGGTTTAATTTTGTCAGTCGTAATTCCTTTATCTGCAATTTGGATACCGGCATCAGCTAATAACTTATCAGTTCCATTTGCTCCTGTTACAAACTCAAGTCCTCCTGCTAACGATAAATCACCTTTTGTATTATCTACTGTAGTTTTTAACTCTTCTAATGCCTCTTGTACATTTGTTGATGTAAAACCGTTATTACTGTTATCAAAGACAATAGCCTTAGCATTGGTATCAATACTTGTGATTGTATCTCCTTTAGCATTTTTAAAAGTATACACTCCGTCTAATACTTCTACTTTTGTTGTATTAGCATCAATGATAACAACATCTCCTGCTACTGTAGTATGGGTATAGGTACCGTCGTTATTATTTACTAATGTATCACTTGTTCCGTCTAACTTAGTTTTTAACTCTTCTAATGCCTCTTGTACATTTGTTGATGTAAAACCATTAGCGCTGTTGTCAAAAGCAATAGCTTTTGCATTAGTATCAATACTTGTGATTGTATCTCCTTTAGCATTTTTAAAAGTATACACTCCGTCTAATACTTCTACTTTTGTTGTATTAGCATCAATGACAACAACATCTCCTGCTACTGTAGTATGCGTATAGGTACCGTCGTTATTGTTTACTAATGTATCACTTGTCCCGTCTAACTTAGTTTTTAACTCTTCTAATGCCTCTTGTACATTTGTTGATGTAAAACCATTAGTGCTGTTATCAAAGGCAATAGCCTTAGCATTGGTGTCAAACGTTACTGGTGTGCCATCGCCATTGTCATAAGTATAAGTACCATCGTTATTATTGGTTAAGCTTCCTTTAGAAACTGTTCCTAATACTGTATTGTCATCCGATTTTAAAGTAATAGTTCCATCATTATTATCAACTAATGTTACACCTGCACCTGATCCTACTTTACTTAATAACTTATCAATTGCATCTTGTACATTATCTGCTCCTAACTTAGATTTACTATCATCAAAGGCAATAGCTTTTGCATTGGTATCAATAGAAGTGATTGTATCTCCTTTTCCATCTTTGAAAGTATACACTCCGTCTAATACTTCTACTTTTGTTGTATTAGCATCAATGATAACAACATCTCCTGCTACTGTAGTATGGGTATAGGTACCGTCGTTATTATTTACTAATGTATCACTTGTTCCGTCTAACTTAGTTTTTAACTCTTCTAATGCTTCTTGTACATTTGTTGATGTAAAACCGTTATTACTGTTATCAAAGACAATAGCCTTAGCATTGGTGTCAATACTTGTGATTGTATCGCCTTTAGCATTTTTAAAAGTATATACTCCGTCTAATACTTCTACTTTTGTTGTATTAGCATCAATGACAACAACATCTCCCGCTACTGTAGTATGCGTATAGGTTCCGTCGTTATTGTTTACTAATGTATCACTTGTCCCGTCTAACTTAGTTTTTAACTCTTCTAATGCCTCTTGTACATTTGTTGATGTAAAACCGTTAGTACTGTTATCAAAAGCAATAGCCTTAGCATTGGTGTCAAACGTTACTGGTGTGCCATCGCCATTGTCATAAGTATAAGTACCATCGTTATTATTGGTTAAGCTTCCTTTAGAAACTGTTCCTAATACTGTATTGTCATCTGATTTTAAGGTAATAGTTCCATCATTATTATCAACTAATGTTACACCTGCACCTGATCCTACTTTACTTAATAGATTATCAATTGCATCTTGTACATTATCTGCTCCTAACTTAGATTTACTATCGTCAAAAGCAATTGCTTTTGCATTGGTATCAATAGAAGTGATTGTATCTCCTTTTCCATTTTTAAAAGTATACACTCCGTCTAATACTTCTACTTTTGTTGTATTAGCATCAATGATAACAACATCTCCTGCTACTGTAGTATGGGTATAGGTACCGTCGTTATTGTTTACTAATGTATCACTTGTCCCGTCTAACTTAGTTTTTAACTCTTCTAATGCCTCTTGTACATTTGTTGATGTAAAACCATTAGTACTGTTATCAAAGGCAATAGCCTTAGCATTGGTGTCAAACGTTACTGGTGTACCATCGCCATTGTCATAAGTATAAGTACCATCGTTATTATTGGTCAAACTTCCTTTAGAAACAGTTCCTAATACTGTATTGTCATCTGATTTTAAGGTAATAGTTCCATCATTATTATCAACTAATGTTACACCTGCACCTGATCCTACTTTACTTAATAGATTATCAATTGCATCTTGTACATTATCTGCTCCTAACTTAGATTTACTATCGTCAAAAGCAATAGCTTTTGCATTGGTATCAATAGAAGTGATTGTATCTCCTTTTCCATTTTTAAAAGTATACACTCCGTCTAATACTTCTACTTTTGTTGTATTAGCATCAATGATAACAACATCTCCTGCTACTGTAGTATGGGTATAGGTACCGTCGTTATTGTTTACTAATGTATCACTTGTCCCGTCTAACTTAGTTTTTAACTCTTCTAATGCCTCTTGTACATTTGTTGATGTAAAACCATTAGTACTGTTATCAAAGGCAATAGCCTTAGCATTGGTGTCAAACGTTACTGGTGTACCATCGCCATTGTCATAAGTATAAGTACCATCGTTATTATTGGTCAAACTTCCTTTAGAAACAGTTCCTAATACTGTATTGTCATCTGATTTTAAGGTAATAGTTCCATCATTATTATCAACTAATGTTACACCTGCACCTGATCCTACTTTACTTAATAGATTATCAATTGCATCTTGTACATTATCTGCTCCTAACTTAGATTTACTATCGTCAAAAGCAATAGCTTTTGCATTGGTATCAATAGAAGTGATTGTATCTCCTTTTCCATTTTTAAAAGTATACACTCCGTCTAATACTTCTACTTTTGTTGTATTAGCATCAATGATAACAACATCTCCTGCTACTGTAGTATGGGTATAGGTACCGTCGTTATTGTTTACTAATGTATCACTTGTCCCGTCTAACTTAGTTTTTAACTCTTCTAATGCCTCTTGTACATTTGTTGATGTAAAACCATTAGTACTGTTATCAAAGGCAATAGCCTTAGCATTGGTGTCAAACGTTACTGGTGTACCATCGCCATTGTCATAAGTATAAGTACCATCGTTATTATTGGTCAAACTTCCTTTAGAAACAGTTCCTAATACTGTATTGTCATCTGATTTTAAGGTAATAGTTCCATCATTATTATCAACTAATGTTACACCTGCACCTGATCCTACTTTACTTAATAGATTATCAATTGCATCTTGTACATTATCTGCTCCTAACTTAGATTTACTATCGTCAAAAGCAATTGCTTTTGCATTGGTATCAATACTTGTGATTGTATCTCCTTTAGCATTTTTAAAAGTATACACTCCGTCTAATACTTCTACTTTTGTTGTATTAGCATCAATGACAACAACATCTCCCGCTACTGTAGTATGCGTATAGGTACCATCGTTATTGTTTACTAATGTATCACTTGTCCCGTCTAACTTAGTTTTTAACTCTTCTAATGCCTCTTGTACATTTGTTGATGTAAAACCGTTATTACTGTTGTCAAAAGCAATAGCCTTAGCATTGGTGTCAAACGTTACTGGTGTACCATCGCCATTGTCATAAGTATAAGTACCATCGTTATTATTGGTTAAGCTTCCTTTAGAAACTGTTCCTAATACTGTATTGTCATCTGATTTTAAGGTAATAGTTCCATCATTATTATCAACTAATGTTACACCTGCACCTGATCCTACTTTACTTAATAGATTATCAATTGCATCTTGTACATTATCTGCTCCTAACTTAGATTTACTATCGTCAAAAGCAATTGCTTTTGCATTGGTATCAATACTTGTGATTGTATCTCCTTTAGCATTTTTAAAAGTATACACTCCGTCTAATACTTCTACTTTTGTTGTATTAGCATCAATGACAACAACATCTCCTGCTACTGTAGTATGCGTATAGGTACCGTCGTTATTGTTTACTAATGTATCACTTGTCCCGTCTAACTTAGTTTTTAACTCTTCTAATGCCTCTTGTACATTTGTTGATGTAAAACCATTAGTGCTGTTATCAAAGGCAATAGCCTTAGCATTGGTGTCAATTTCTCCTATGACATCTCCTTGTGAGTTTTTAAACTCATATTTATTTGTAGTTGTATTTAAAGATACAGATACTTCTTTTGGATCAATTGTTACTCCTGTCTCTCCTAATTTTGGTTGACCATCAGCACCGATTTGACTCTCATTATAATAAGTAAAGGTCCCATTCGTATTTGGAATCAATAGAGTTACAGTCTCATTACCTTTTACTACTTCATCTAATGTTTTATAAATAACATTCCCTTGATCATCTGCTACACCTACACGATTATTTTCTCCTGTACCTGCATTTAATTTATCTGATGTAACTGCTTTATTACCTAATTTTTCATTAGTTATTCCTTCGTCTGCTACTTGAATAGTAACATCAGCTAATAATGCCTTAATCCCAGTGGTTTTAGCCAAAAATTCTAAACCACCAGACACTACCAAATCTCCTGTGGTACCAGCTACTTCTGTAATTTTATCTAATAATTTCTCTATAGCTTCTTGAACATTTGTTACTCCAAGATTTGTAGTATTATCATTATAAACAATTGCATTTGCATTTGCATCAATCTCTCCTATAACATCTCCTTGTGAGTTTTTAAACTCATATTTATTTGTAGTTGTATTTAAGGATACAGATACTTCTTTTGGATCAATTGTTACTCCTGTCTCTCCTAATTTTGGTTGACCATCAGCACCGATTTGACTCTCGTTATAATAAGTAAAGGTTCCATTGGTATTTGGAACTAATAAAGTTATAGTCTCATTCCCCTTAACAATAGTACTGAACTTTGAATTATCAACATTCTCAAACTTCTGAGTTACTTTATTCCACTCTTGGAAAATAACATCACCTGTTGTTTGGTCATAAACAATCTTAGTAAACCCTCCTTTACTCTCTGTGACATACTTGATATAATCATTGATTGTATTAAAGGTACGACCATCTACTTCTACTGGTTGTTTTACAATTGTTTCAAATTGATTTACAACACTTGATGGAATATCTACAAGTGTAGTGGTTCCGTCTTCACTTGTGTAGGTGTAAGTTCCATCTTGATTGTCCACTAAAGTAGTTATAGTCTCATTCCCCTTAACAATAGTACTGAACTTTGAATTATCAACATTCTCAAACTTCTGAGTTACTTCATTCCACTCTTGGAAAATAACATCACCTGTTGTTTGGTCATAAACAATCTTAGTAAACCCTCCTTTACTCTCTGTGACATACTTGATATAATCATTGATTGTATTAAAGGTACGACCATCTACTTCTACTGGTTGTTTTACAATTGTTTCAAATTGATTTACAACACTTGATGGAATATCTACAAGTGTAGTGGTTCCGTCTTCACTTGTGTAGGTGTAAGTTCCATCTTGATTGTCCACTAAAGTAGTTATAGTCTCATTTCCCTTAACAATAGTGCTGAACTTTGAATTATCAACATTCTCAAACTTCTGAGTTACTTCATTCCACTCTTGGAAAATAACATCACCTGTTGTTTGATCATAAACAATCTTAGTAAACCCTCCTTTACTCTCTGTGACATACTTGATATAATCATTGATTGTATTAAAGGTACGACCATCTACTTCTACTGGTTGTTTTACAATTGTTTCAAATTGATTTACAACACTTGATGGAATATCTACAAGTGTAGTGGTTCCGTCTTCACTTGTGTAGGTGTAAGTTCCATCTTGATTGTCCACTAAAGTAGTTATAGTCTCATTTCCCTTAACAATAGTGCTGAACTTTGAATTATCAACATTCTCAAACTTCTGAGTTACTTCATTCCACTCTTGGAAAATAACATCACCTGTTGTTTGATCATAAACAATCTTAGTAAACCCTCCTTTACTCTCTGTGATATACTTGATATAATCATTGATTGTATTAAAGGTACGACCATCTACTGTAATAGGTCCTTTAGTAATTATCTCTTCAAAATTATTAATTACGCCCCCAACAACATCAATAGCATAAATTCCTTTAGATAAATTTAAAGGATCAACATTAGAAGGAATAATATCATTATTAGCAATCAAGTATTCTTCTGAAACATAATACTGCTTATTAGCTACAGTAATAATCGCAGTTTTACTCTCATTTGCAGTAATTACTTCTTTAATAGAAACTTCTTTCCTTTCTCCTTCTTTAGTTATATATGTAAGTTTATCACCATCATAATAAACATTTCCTCCTACGTATCCACCCGACCAAGCCCATATTTCATAAGCTAACGTAAGGTAGTAAGTTTGCTTGAAATAATAAAGAGATGAGCAAACAAGAAATAATGTACTCTCATGTAGAGGATTGGAAAACAAGTGGATTAACGCAATCAAGATACTGTGAAAGTGTCGGAATTAAATTAGCAACCTTTAGTTATTGGGTGGTTAAGTATAAGGCAAAGTCAGAGTCAACGCAATTAGACAATAATTTTATAACTGTAACAAAAGGTCAAGTCATCAATACTCAGGAATATGAGATAGTATATCCCAATGGTGTAAAGTTACGTCTACAAACGGATAATCTTAGTGAACTATATTCATTAGTAAACTTAGTGTAATGTTTAGTTTGAGTAGTTCTAATCAATTTCATTTGTATAGACAAGCTTGTGATATGCGCAAGAGTTTTGATAGCCTTTGTGGACTTGTCCAGAATGAACTTAATCAAGTAGCTCATAGTGGAAGTGTCTATATATTTATCAATAGACGCTGTAATCAAATGAAGCTCTTGCATTGGGAAGCAGGAGGCTTTGTACTATACCACAAGCGCTTAGAACAAGGAACTTTTGCTTTTCCCACGCATAGTAAAGCTCAAATAAGTTGGACTGATTTAGTACTGATGATAGAGGGAATCCAGGTTATCAAAAGTAACCAAAAAAGGCGTTTTTTATTGAAGTAAAACAGGTTAAAACCTTGTATATTCTGGGCTTTTGACGTATTTTTACTTCATGGAAATAGACTTAGAAAACTTATCGAAAGAACAACTTTTGGCGCTTATAAAAAAGCAGTCTAAGACTATTTCCAAACAAGACAAAATAAATACTAAGTTAGAGCAAAAGACATCTAAGTTAGAGCAAAAGACATCTCAGCTAGAACAAGAAAAGCAAGAACTCCAACGCTTAGTAGATCTTTTACGACGCATGCAATTTGGACAAAAACGCGAGCGTTTCGAAGACCCTAATCAAACACAGTTACCTTTAGAGGTTCAGCAAGCAGTCCTGGAAGAACAAGAAGAAGTAATCAAACAAGAGATCACTTATTCTCGTCAGAAGAAAAAACATCCAGGAAGAGCTAAACTACCCGATCATTTACCTGTAGAAGAAATAGAAATCTACCCAGAGGGAGATTTATCTGATAAGATTTGCATTGGTAAAGAAACTACAGATGTCTTAGATTATGTTCCAGGTTACTTTAAAATAAAACGTTACATCCGATATAAATACGCCACGAAAGACAAAGACAATACGCAAATCAGTATTGCACTGCTTCCAGAGCGAATTATAGATAAAGGAATACCTTCTGAAGGATTATTATCTACAATACTTGTTGACAAATACGTAGATCACCTTCCGCTATATAGACAGAAGCAACGCTTTTCAAGAGAAAATATCGATATAGCTTCTTCTACTATAGATGGCTGGGCAGCTCAATGTATGGATGCTTTAAAACCACTATATGAAAAGCTTCTGCTGGACATCAAAAATGAAGGATATCTTCAAGTTGATGAAACCACCATCAAAGTCTTAGATGAGAAAAAGAAAGATAAATCTCATCTTGGGTATTATTGGGTGTATCACGCACCTATATCCAAACTCGTAATGTTCAATTACAGTCCCACACGTAGTGGTAGCGCTGCACTACCTGTATTAGAAAACTTCAAAGGATATCTGCAAACCGATGGTTATAGCGGATACAAAGCCTATGGAGCTAAGTCTGGTGTAGTTCATCTGGGCTGTTGGGCACACGCTCGTCGTGAGTTTGAAAGAGCTCTTGACAATGATAAGACAAAAGCACAGCATGTACTTGTAGAAATACAAAAACTATATGCTGTAGAAAGAAAAGCAAAAGAACAAAACTTAACCCCAGAGCAAATTAAAGAACTTCGATTAGAACAAAGCTTACCAATCATCAATGAACTGGGTAAATATATGTTTGTTCAAATGAAACTCGTACTTCCTAAAAGTCAAATAGGTAAAGCTTTTGCTTACTCACAAACTAGATGGGATAATCTTAGTGCGTACTTATATGATGGAAACTTACAGATAGACAATAATCTCATTGAAAATGTAATTAGACCAGTAGCTATTGGACGTAAAAACTATCTCTTTGCAGGATCACACGATGCAGCTCAAAGGGCGGCTATGGCGTATACGTTTTTTGCTAACTGCAAAAAGCACGATATTAATCCATACCAATGGCTTAAATATGTTCTAGAAAATATTCAATCTATCAACCACAAGAACATTACAGATTTATATCCTCATAACTATAAAACATTAAACTCAAACGTTGTAGAAGAATAATTATATCTCACAAGATGTACTTGCTCGGGTGCATACGAAGTCTGCACAAGAAGATAGTAACATACTAAAACATATAAAACTCCAAGAATAACACTAACAATAGCACTGTAATAATTAAATATCTTTATCTGTTCTATCTCTTCACTTATATAATAGAAATAGCCAATAATATAGATAAATGATAATAAGCTGACAATGTATTGTAAATAAAACAAGTACTTTGATCGATCAAATAGTACATAGAAAAAAATAGGTCCATTAAATAAATTTAATAAAATGGATATACAAAAGAATTCAGCTGTAGAAAGATAATTGTAAAGTAGCCCAACCAAAAAGTTAATAGACAATAAAATGCTAACTTCTACTAATCTTTTTTCATATTGGACAAAGAGTTTAATTCTCTTTATCAAAACAATATAAACAACAGCTATAACAAGGAATATAAAATAAAACATATAATAAATTATTGTAACTAATCTTATTTTTTAATAGATAACCTACATTAAAATACTCTTGTTGAATTATTTTCTTTTTTATACGAAATAAAATAGATTAAAATGCTAATAATAAATACTGTAAAAGCTATAATCTCAATTAAAATTGATGATTTAGCAGCAAATACTTCTAAGTCTTCAATATAATATTTAAGTATAAAGACTTGAGAAACTAAAAAAATTACTTTAAGAGTAAACAAGAAGAAAACAACATTTAATAACTCTCTAAAACCAATAAAAAGATTGAGAATATTAGCTTTATTAATCAAAACAAATAAACTAAAGATTACTGTATAAAATATAAAAACAGTAAATTCTAACCATGGTTGAAAGTTTAAAAAAAAAGTAAAACAAACAAGTGCATTTAATATTAAGAGCATTTTAACTTCATGTCCAAACACATTCTTATTTTTCTTAGCATAAACATTTAGTATAATGAAAAGAGAAATAAAAGGTAAGAAACTAAACTTGCTGTCTTGTTTTATAAGTTTAAATAAACCAATAGATAAAGCAGCTAGTGAATAAACTAAATTTATAAAAATCAAACTAAATCTAGTCTTAAAAAATATAAGTTCGTTTTTCATAAAATCTCTTTTTAATAGCACTACAAAGTATGTGAATTTTACACAAAAAACATTAAGAATAATCGCATTTAATGAATTAAATATTTTATATACACATATTTTTCCTTATAAATATCTTAAAAAAGTAGATTAAAAAAACATTATATATTTAATAGAATAAATCCTTAAAATAAAACCACATTGAAATAAGGAAAAAACTATAAAAGTGTAAATAATGTTAATTTAATTTTTTAACATATCTCTATCTACTTGTAACTACACAATCAGATGATCCTAATAAATTGAAACGTTATAGAATGTACTAAAAGTGACTATATACAACATCTATTAACTAAAAATAATCCATATCAGAAAAAGATCATGTATCAAGTATGATAGTTGTAAAAAATATAATTCATAATAATGATACAAACTTAACTTGAACATTAAATCATACATACTTTTTAATGAGCTTAAATTATACTAACTCTGTAAGAAAAAATAAGTTCAATCTAATTTCTGATCTTATAAAATAGTATTGTATAATCTTTAGGTACTAGTTTAAACAATTCATCATTCTATATCCGAAACTCTTTAAGTTTATAAGTAATTCAAATATGATATCTTTTAATAAAATTGGTTAAACATTTAAAATAAATCTAATATCTAAAATGGATCAACGTTAAAAGTTGGGGAGGAAAGTGTAAAATAATATCTTTGTGCTATGATGGATAGCCAAGAAATACTAAAACTAATCTTACCTACTTACTTAGTAGAACACTTCAATATTACTAAAGTAGAAGAATTAGAGACCAAACTACATATCTACTTTGAAGAGAAGAATGATTACGGAAATCAATGTGCTGAAAGACAGCTTATTTCTAAAGGTTTCCATAGTATGATTACTATTGAAGACTTCCCGTTACGAGGTAAATCAGTTAAACTACACGTACAACGTCGTCGTTGGACAGATAAACAAACAGGAGAAATTATATCACGTGATTGGAATATCATCGCAGAAGGAACACGAATGACTACAGAGTTTTCGGAGTTCTTAAAAAAAATTGGCCGATACTAAAGTACTTAGCTGTAAGGCTATTGGTGAATTATTTGGGGTTAAAGGAGAGAAGTTTCAACGCCAATACAAACATAAAACTAGTGGTTTCAAACAATGGGATCAACAAGAACATGCACAAGACTGGCTACTCTACCCAGAAAATATAACTAATCAGTTGTCCATAGACGAAGTATGTTTATCTATGGGAGAATTGTACACTATACTGACTTCTAAAGCAGGTAAAGGTCAGAAAAAGACCATTGTAGCGATAGTTAAAGGAACAAAATCAGATACTGTAATAAAGCATCTATCTAAACTACCTAAAAAACTTAGAGATAAAGTTACCGAGATTACTTTAGATATGGCAGGGGCTATGAAACAGATAGCTAAGAAGTGCTTCCCTAAAGCTGTGCAAGTAATTGATCGTTTTCATGTACAAAAGCTTGTAAGTGAAGCTGTACAAGATATTAGAATAAAATATAGATGGGCTGAGCTTGACGCTGAGAACACTGCTGTTTTAAAGGCTAAGGAAGAAGGCGTTATATATAATCCTGAAATACTTAGTAATGGAGATACTAAGAAACAACTTTTAGTTCGCTCACGTTCTCTACTTTATAAAAACCAAATTAATTGGACATCTGACCAACAAGAAAGAGCTAAGGTACTATTTGAATTATACCCAGAGATCAAACAAGCCTATCTACTTGCTAATAACCTTAGACAGATATATAATCTACAAATAGATAAAGAAATAGCTATGACTAAGCTAGCTCATTGGTTTAATGATATTGAAAAAGCTTCACTCAAACACTTTAGTACTGTTTTAAAGACTTTTAATGTACACTATAACGAAATCATCAATTACTTTATTAATAGAAGTACAAATGCTTCTGCGGAATCATTTAATGCCAAAATTAAATACTTCCGTATGATGTATAGAGGTGTTAGGGATAAGAAGTTTTTCCTTTTTAGATTAACTAGACTTTTTGCCTAGTCCCCAACTTTTGTCACTGATCCTCTAAAATACAGTTTTTAGTATCTATTGAATACAAAAAAAGCCTAACTATTTAAAAGTAAATAGTTAGGCTTTTTTCTGTGGAGTCGCCGAGAGTATTGCTAATGAAATTGTTTGAAATTATTTTAAACTAACTAAAACATAATTCTGTTATTAATCAGTATGTTACAAGTATAAATGTTTTTTAAAGTTACATTTTGTTTTAACTGATTTAATTTTTGTGTGCAAGTTGTGTGCAAATTTATTAAATTTGAGTTTATACATTCAAAAATATTTAATAATGTCTGCTGTAACATTCTCTTATCGTTCTACAAAAGAAAAAGCACCTTTAGAAGTTCGTTTATCATTTCGGATTGATGGAAGTAAAAACCCTTACTCTTTTTATTGTCGTTCTAAAATTATTGTTGAAAAAGTTTATTGGAAAAATTTACATACTAAAACTGATTTTCCTAACTACAGAGATATTGACAAACAAAATGAAGTAAAAGAAATAAAAAACAAGCAGTTTGCTATAAATGAAGAAATTGAAAATATCAGAACTCATATATTAACGGCTTTTGATTTAGTACCAAGCGATGAGGTTTTAAAAGTAGTAAATAAAAAATGGTTAGAATACCAAATTGATATTTATTACAACCCTCCTAAAACTGAGGAAGAAGAAGAACAGGCTAAAATTCCAACAGACTTAATCAGTTATATTGATTATTATTTAGACTATCGTAAACACGAAATTTCTGAATCATTACGTAAAAAAAACAATGTTGTTAAAAACAAATTGATTCGTTTTCAAAAGGAACGAAAAAAAACAATTTTGATTAAAGATGTCAACGATAAATTCAAACAAGAGTTTGTATCATATCAAAAAAATAATGGGTACTCTCAAAATACAATACAAAGAGAGTTAGTATTTATAAAGACCTTTTGCAGACACGCTTCATTTCAAGGCTTACAAACTCATCAACAAATGGAAGGTTTACGAATAGATAGAGAAAAAGTAACTCCTATTTATTTAACTTTTGAAGAGATAGAACAAATAAAAGAAACTAATAATTTACCTGAGTATTTAGATAATGCCCGAGATTGGTTAATAATTAGTTGTTATATGGGGCAAAGAGTATCGGATTTTATGCGATTTAAAAAAGATATGATTCGTATTGAAAGTAATGAGATGTTTTTAGAGTTTACTCAAGTAAAAACTAAAAAACCTATGACAGTACCAATACACCCAAAAGTTATTGAAATACTTGAAAAGAGAAACGGAGATTTTCCAAGACAAATATCAGATGTGAATTACAACTTATATATAAAAGAAGTTTGCCAACGAGCTGGACTTACACAAATTATAAGTGGAAGTAAAAAAGTAGAAACAGCACCAAAGAGTAAACAATATAGAAAAGTATCAGGAGAATTTCCTAAATATGAACTTATAACCTCCCATATTGGAAGGCGTTCTTTTGCAACTAATTTTTATGGAAAAATACCTACTACCTATTTAATTTATACCACAGGACACAGTAGCGAAGCAATGTTCTTAGCATATATCGGAAAATCTAATAAAGATTTAGCAAAAGAAACAAATAACTATTTTAAAAATTTAGGTTAA

Protein sequences of DBSCAN-SWA_6

>CP037427|3027551:3093973|3058630_3061273_-|QBK77354.1|DBSCAN-SWA
MSQEENLDQELNNINNEHPIEDFSDVQEEVTETITKVTGMYKDWFLDYASYVILERAVPAIEDGFKPVQRRIMHSMKELDDGRYNKVANIVGHTMQYHPHGDASIGDALVQIGQKDLLIDMQGNWGNILTGDGAAASRYIEARLSKFALEVLYSPKITSWQASYDGRKNEPINLPVKFPLLLAQGGEGIAVGLSTKILPHNFNELIDASIKILKGKPFTIYPDFPTEGIADVSNYNDGARGGRVRVRAKIAPLDKNTLIITEIPFSTTTTSLIDSILKANEKGKIKIKKIEDNTAAQVEILIHLPAGTSPDKTIDALYAFTACETSIAPLGCVIQNNKPLFTGVSEMLKNSTHQTVELLRRELEIELNELEEKWHFLSLERIFIENRIYRAIEEEETWEGVLTAIDEGLKPFVVNLKRAITQEDIIRLTEIRIKRISRFDIDKANQNIEALEGEIEAVKYNLEHLIDFAIKYFTTLKEKYGKGKERLTELRSFDTIEATKVVLRNTKLYVNREEGFFGTGLRKDEYVCDCSDIDDVIVFLRDGSMMVSRVDEKKFVGKDIIHIAVWDKNDKRTIYNLIYRDGKSGSSYIKRFNVTGVTRDKMYPLTQDKPGSQVLYFSANPNGEAEVVTILLRQLTNVKKLKFDLDFAELLIKGRAAKGNVVTKYAIKKIELKEKGISTLRPRKIWFDETVKRLNVDGRGELLGEFKPEDRLLIINQSGKVKTIVPELTTHFEEDMIVLEKWKENKPISALYFDGEKARYYLKRFIIENENREELFITEHPNSRLEIISTDFRPVFEVVFSKIKGIQKENQTIDVEQFITIKGIKALGNQVSIDKIKQVNILESLPYIEEEEEEEEEEEIILGEGPNTEVDDDGQQTLLF
>CP037427|3027551:3093973|3045803_3046631_+|QBK77342.1|DBSCAN-SWA
MGEQVLNDLFWLKDRAEEMPVLFVGHGSPMNAIKDNEFSQYWKNLGRQLPKPEAILVVSAHWLTKGTLVTANSTLETIHDFRGFPKVLFDVEYNVKGNPILANEITLLSEHQDIHEDLTWGLDHGAWSILCHLFPEANIPVLQLSIDYYKGPEYHLEIGKQLKALRKKGVLIIGSGNIVHNLSALDWHNMNKDNYAFDWAIESNELVKQAILDRSFTDLLDYKNKGVSMQYAVPTPDHYYPLLYILGLTNSSDNIHIFNDKYVGGSLSMTSYLFG
>CP037427|3027551:3093973|3063204_3064125_-|QBK77356.1|DBSCAN-SWA
MQNSGFKKVILLFKQSVFDFLDDNAMKFSAALSYYTIFALPPLMLLIISASGFIFEEQEVANFFYDQLRDLVGPNTTTEIQNAMSNVQLNRKSGYITTIIGVGILLFSASGVFAEIQSSINYIWGLAAKPDKNIARLVKNRLLSFAMIGSVGFVLLVSLMINSIVSLLYSYLGNFFGEETLSLVKLLNNAVVFLIITILFVLIFMTLPNGKLRWKDAFIGAGFTAVLFMIGKFGIGWYLGNTASSSLYGAAGSVTVMLIWVYYSAMILYFGAEFTKNYAILYGRKIVPGPYSIEIEKNVIKKSSED
>CP037427|3027551:3093973|3079489_3087037_-|QBK77370.1|DBSCAN-SWA
MFSNPLHESTLFLVCSSLYYFKQTYYLTLAYEIWAWSGGYVGGNVYYDGDKLTYITKEGERKEVSIKEVITANESKTAIITVANKQYYVSEEYLIANNDIIPSNVDPLNLSKGIYAIDVVGGVINNFEEIITKGPITVDGRTFNTINDYIKYITESKGGFTKIVYDQTTGDVIFQEWNEVTQKFENVDNSKFSTIVKGNETITTLVDNQDGTYTYTSEDGTTTLVDIPSSVVNQFETIVKQPVEVDGRTFNTINDYIKYVTESKGGFTKIVYDQTTGDVIFQEWNEVTQKFENVDNSKFSTIVKGNETITTLVDNQDGTYTYTSEDGTTTLVDIPSSVVNQFETIVKQPVEVDGRTFNTINDYIKYVTESKGGFTKIVYDQTTGDVIFQEWNEVTQKFENVDNSKFSTIVKGNETITTLVDNQDGTYTYTSEDGTTTLVDIPSSVVNQFETIVKQPVEVDGRTFNTINDYIKYVTESKGGFTKIVYDQTTGDVIFQEWNKVTQKFENVDNSKFSTIVKGNETITLLVPNTNGTFTYYNESQIGADGQPKLGETGVTIDPKEVSVSLNTTTNKYEFKNSQGDVIGEIDANANAIVYNDNTTNLGVTNVQEAIEKLLDKITEVAGTTGDLVVSGGLEFLAKTTGIKALLADVTIQVADEGITNEKLGNKAVTSDKLNAGTGENNRVGVADDQGNVIYKTLDEVVKGNETVTLLIPNTNGTFTYYNESQIGADGQPKLGETGVTIDPKEVSVSLNTTTNKYEFKNSQGDVIGEIDTNAKAIAFDNSTNGFTSTNVQEALEELKTKLDGTSDTLVNNNDGTYTHTTVAGDVVVIDANTTKVEVLDGVYTFKNAKGDTITSIDTNAKAIAFDDSKSKLGADNVQDAIDNLLSKVGSGAGVTLVDNNDGTITLKSDDNTVLGTVSKGSLTNNNDGTYTYDNGDGTPVTFDTNAKAIAFDNSNNGFTSTNVQEALEELKTKLDGTSDTLVNNNDGTYTHTTVAGDVVVIDANTTKVEVLDGVYTFKNAKGDTITSIDTNAKAIAFDDSKSKLGADNVQDAIDNLLSKVGSGAGVTLVDNNDGTITLKSDDNTVLGTVSKGSLTNNNDGTYTYDNGDGTPVTFDTNAKAIAFDNSTNGFTSTNVQEALEELKTKLDGTSDTLVNNNDGTYTHTTVAGDVVIIDANTTKVEVLDGVYTFKNGKGDTITSIDTNAKAIAFDDSKSKLGADNVQDAIDNLLSKVGSGAGVTLVDNNDGTITLKSDDNTVLGTVSKGSLTNNNDGTYTYDNGDGTPVTFDTNAKAIAFDNSTNGFTSTNVQEALEELKTKLDGTSDTLVNNNDGTYTHTTVAGDVVIIDANTTKVEVLDGVYTFKNGKGDTITSIDTNAKAIAFDDSKSKLGADNVQDAIDNLLSKVGSGAGVTLVDNNDGTITLKSDDNTVLGTVSKGSLTNNNDGTYTYDNGDGTPVTFDTNAKAIAFDNSTNGFTSTNVQEALEELKTKLDGTSDTLVNNNDGTYTHTTVAGDVVIIDANTTKVEVLDGVYTFKNGKGDTITSIDTNAKAIAFDDSKSKLGADNVQDAIDNLLSKVGSGAGVTLVDNNDGTITLKSDDNTVLGTVSKGSLTNNNDGTYTYDNGDGTPVTFDTNAKAIAFDNSTNGFTSTNVQEALEELKTKLDGTSDTLVNNNDGTYTHTTVAGDVVVIDANTTKVEVLDGVYTFKNAKGDTITSIDTNAKAIVFDNSNNGFTSTNVQEALEELKTKLDGTSDTLVNNNDGTYTHTTVAGDVVIIDANTTKVEVLDGVYTFKDGKGDTITSIDTNAKAIAFDDSKSKLGADNVQDAIDKLLSKVGSGAGVTLVDNNDGTITLKSDDNTVLGTVSKGSLTNNNDGTYTYDNGDGTPVTFDTNAKAIAFDNSTNGFTSTNVQEALEELKTKLDGTSDTLVNNNDGTYTHTTVAGDVVVIDANTTKVEVLDGVYTFKNAKGDTITSIDTNAKAIAFDNSANGFTSTNVQEALEELKTKLDGTSDTLVNNNDGTYTHTTVAGDVVIIDANTTKVEVLDGVYTFKNAKGDTITSIDTNAKAIVFDNSNNGFTSTNVQEALEELKTTVDNTKGDLSLAGGLEFVTGANGTDKLLADAGIQIADKGITTDKIKPGTDGQILVTEGTGDTATTKWVNKKSATSNTLVTRETAIVSSVNGEEAELILEGDAVLKEGKTVVQAIQGTPVSDTKPSNAQTLIYDQTTQAWIPGTPDVTVDKVVDAKTLTTDGVIVIGTDSNAIATTATKSLLTDVKLNIANNKITTDHIQNGTIKPEDIANAGNNQVLVTDNTGVPTWKNQTDVGEIVTANNGLTKADTNIQLGGLLTKKTAINTTTDNTLALTGLDKKKTQAVNESEGVTQHLLAVDKNGDVIKALKAAMPKFFYMPSVMVPTAESQAQQEGVTYNNTTRTGTIDMYAIYKKQFGSPVMSSTGASALPVLPASELGFHVTYATEGVFTIVSINAEGLMTYKVNDTANVNIGSFINIVFSVNEDN
>CP037427|3027551:3093973|3032711_3033527_-|QBK77329.1|DBSCAN-SWA
MDYLKEGEHFGEKKQQLVVKDVILSKANASPTDHIPWHYHKHAYFLYNINGYLNEVTKKGTLELLPNTLLYHHSQEPHYNKDIQKEFDFLHVELPSAWFLKYDLSPSLIEGDLLLKDPSLQTLFHKIHIESQLADQATNLAIDGLLLQTFGQITRLQAQDLDTHKPLWVNKLIELVNEERWEVLSLNYLATELQLHPVYLSRKFPVYFKMSFGEYVREQKLKKAIDLLLYHPISQAEVAYQCGFSDESHFIRIFKLKYGVTPAVFKNQHRG
>CP037427|3027551:3093973|3078980_3079487_-|QBK77369.1|DBSCAN-SWA
MKNNILYIIIAFGLCFGIKAQAQSAIFEYNQKLIKLTDSQANDLNYLANGAPTSMFIAFDKQAKIHQGNSKEIVEMSIEDTSDFIGLSNVYKDKLKEVILINIKWDGKQQIVVPKDLIIQLESLKYIYIRSYRELDKELIKTEFIDLLQKLNEKQDVEILYSTMDQPS
>CP037427|3027551:3093973|3040393_3040969_+|QBK77335.1|DBSCAN-SWA
MKKYLILCFAALALSCSKSDDNTPKGDPIFDAPYSGLKSLDELPVGTLKYAGNKIGSQPVGLIGKDNKTCKQSDYLLLDMKREVLTYHLFEKKVGNICALFWDFPEEIILSELKETGKLPVQIYTKIKRAPTKEELEINPDKTYYIETKLKYNGELEVGFQAGYLRIEDKLSNVSEGSLNKGKSYLYFHIK
>CP037427|3027551:3093973|3087278_3087617_+|QBK77372.1|DBSCAN-SWA
MFSLSSSNQFHLYRQACDMRKSFDSLCGLVQNELNQVAHSGSVYIFINRRCNQMKLLHWEAGGFVLYHKRLEQGTFAFPTHSKAQISWTDLVLMIEGIQVIKSNQKRRFLLK
>CP037427|3027551:3093973|3050964_3051804_+|QBK77346.1|DBSCAN-SWA
MSKIQWETAIEFEDITYKKCDGVARIAFNRPEVRNAFRPKTTSELYRAFYDAQEDTSIGVVLLSAEGPSPKDGVYSFCSGGDQKARGHQGYVGDDGMHRLNILEVQRLIRFMPKVVIAVVPGWAVGGGHSLHVVCDMTLASKEHAIFKQTDADVTSFDGGYGSAYLAKMVGQKKAREIFFLGRNYSAQEAFEMGMVNAVIPHAELEDTAYEWAQEVLAKSPTSIKMLKFAMNLTDDGMVGQQVFAGEATRLAYMTDEAIEGRNAFLEKRKPNFPKKWIP
>CP037427|3027551:3093973|3037852_3038731_+|QBK77333.1|DBSCAN-SWA
MKKIFFIVNPISGKGKHNITADYIKTFFDEKAFDIHVLYSTYKRHAIELTQQALSAGADVIVACGGDGTIHEVATQVVGKDVVFGVVPVGSGNGLASNLSIPKDIEQAIIRVRDGKVMNMDVGSINGEYFFSNMGFGIDATIIDNYEKSGKRKLGAYIKAALNSAQQYKAKRMLVTYKGQTKEVNPLLLFISNSNEMGYNMSLTPKASLTDGLLDYLMVPKINLLKQLTFGLYVILKKTEKFRKTDYVQSDYITVEIIGQERNGFQMDGEYYEYDTNQFEIRVIKGGLRVLC
>CP037427|3027551:3093973|3054596_3055640_+|QBK77350.1|DBSCAN-SWA
MIARYKRHNLIFKRPSGTSRGILTEKETWYIILEDNNKIGIGECGILRSLSFDDRPDYEEKLQWTVKNIHLGKEKLWEELRDWPSIQFGVEQAFLSLESKNPFILFPSDFTEHKDAIAINGLVWMGEEAFMKEQIDEKLKEGFNCVKLKIGAIDFDKELGLLQYIRKHFSAEQIELRVDANGGFHPEEALFKLEQLSTLNLHSIEQPIKQHQQYQMAELCKITPLPIALDEELIGVTNYTDKAALLDKIIPQYIILKPSLVGGFKGSLEWIKLAKERNIGWWITSALESNIGLNAIAQWTYTLESNMPQGLGTGSLYINNINAPLVVKNGALWYDDQIQWDHSILDN
>CP037427|3027551:3093973|3033619_3034282_-|QBK77330.1|DBSCAN-SWA
MSSHHIVRDDQEPALIIANGAACSQELMGQLLEWSPLVVVLDSAIERVINLGVKVDVLLGDFDRDFDADAYREKQYPIEIVHIADQNSTDLEKAFDYLIKRGIPAANVIWATGKRADHTITNITNICKYKDRLKITMYDDYSRIYPLPNHFKKWYEKDTIISLIPVGEVSNITTTNLLYPLQNESLVLGERTGSSNTVAEDGLVTIDYLNGNLLMMECHD
>CP037427|3027551:3093973|3052556_3052859_+|QBK77347.1|DBSCAN-SWA
MAKLILRRKKAFVERFRNYTIFLDGEKIGSIANGTEMTFDISEGKHILSTKIDWNTSNAIIFEIAEDQTLTFSVKGANPLYALYYTFAKPHKYLKLKLIG
>CP037427|3027551:3093973|3027859_3028753_+|QBK77325.1|transposase|DBSCAN-SWA
MVDYFYSKYQKSKAKLIHWIGLSESTYYFKGSGKSKGNKATLLTYHKTQGWVNEQTVVESIKELLKGDFMDCGYRMMSEYLKREGYTINHKKVFRIMKSAKLLQTRITRDHSNKKYVKHRKVKTTRPLECIEMDIKMVWIPQKGKNAYLLSIIDVHSRRILKDYFSFNIKQKQVIELLSGLFEELDYPKNVVIRSDNGSQFIAKNVREYLSLVGVSQEFTHVATPEENAHIEAYHGTLKREVFTKFEYFTFGQIEQILKKYVVFYNNKRLHGLLGKITPMEKWEKDKHLICSREKVA
>CP037427|3027551:3093973|3075123_3076416_-|QBK77367.1|DBSCAN-SWA
MKSRKLYKSVALLGLALPATVVAQQAKKDQVMVNQGKISIAEGGVMSTIYDFDNTKEGYVKNDGTVYYYSNFNNDNIYDHSTNAKGSKAVFTPFEEAKGAQHITGSQPSNFFNVVLDNSTKDMAFDLKNEANVRGSVDFKDGIIKVDSLAGMLTFHQGAKALHPTDKSHAEGYVEKIGNEEFQYPKGDKGLYRYARITAPEHVKDAYEGKYNLDDKNFFRARSAKSGVINLLDEREYWTVDKGSDNSKGDIMLTLSWDERTTPKELLVNPEKELHIVRWDAKQQLWVDEGGVVDLEKKEITTPTSVKGYGFFTLATVNTDLILDGDIVIYNLVSPDGDGKNDYFIIDNINRFPNNTVEIYNRWGVKVYDTKSYDSAGNVFRGYSDGRVTVNKGEKLPTGTYFYIVSYEYKDASGSRMIKKSGYLHLESNK
>CP037427|3027551:3093973|3041090_3041492_+|QBK77336.1|DBSCAN-SWA
MIKFNKETKKLEITDNQKGRLTSSRIMSSAILILGAARLYTANWQQPKEMDYVFCIIVATFLYITVKNFLIQTAVDSIDKYDIKYVKMPKALGTKAVIKLNNRKTRDVFGLKTPDAKNAFRKVLNDAKIKVIN
>CP037427|3027551:3093973|3091022_3091376_+|QBK77375.1|transposase|DBSCAN-SWA
MMDSQEILKLILPTYLVEHFNITKVEELETKLHIYFEEKNDYGNQCAERQLISKGFHSMITIEDFPLRGKSVKLHVQRRRWTDKQTGEIISRDWNIIAEGTRMTTEFSEFLKKIGRY
>CP037427|3027551:3093973|3029959_3031294_-|QBK77327.1|DBSCAN-SWA
MKTKLLACLLFTSSLTYAQENDSIQRQILKDELKKEIIKELKEDKKRLLSWDNFTLSGYGAINYYNYGKYDTDPQIKNKFDAERLNLFLGYHFNDWISLKTEIEFEHGGTGSTIELDTQEEFGEYEKEIESGGEVKLEQIFIDFKVRPYFNVRVGRMKLHFNLAQNLDRPTNYFTAHRQEMENEILPLGWYENGIQFYGTFLKDRLRYEVSITNGLDATGFSSRNWVKRGHQTRFEMAVGNSLAYTARLDYKFGKNKNTFAGVAAYVNDAAANRPKKDMDVSAYVTIFEGHVSYDENYIKFSSVFLYGNIENSNIVSRKNANLSNNLGVKRTPVGKSMIGFSGDIGYEVLHFLNFKTKQQLYPFMRYEYYDTMYKTEGAVVRKPRWERSVITGGINWFVHPQVVLKAHYSSRRLGSDHFDPITSLNTGEKQRENTFTAGIGFTF
>CP037427|3027551:3093973|3048532_3049678_-|QBK78129.1|DBSCAN-SWA
MAALSLYACQENKELATNIPIIKEHNVRVDNPYKVEFPEVTTDYILEKAHIIENFYNDNINKNGYTGSFLVAKNGQVIYENYSGVSDRSGNDSIGSETSMHVASVGKVITAVTILRLVDSGRLDLNQSVSEIIEGFPYPEITVRTLLSHRSGLGYYGYYKNIWDNKTTVTNEDVIKVINKKRVSLDFTPNTRFTYSNTNYVLLASIVERITQKTFREAVRELIFDPLEMNHSFVFDDLTRKNEVTQSFSGGKKLMRWDYMDGTYGDKNIYTTPRDFLKFDTALYSDNFLSADLKQEMFKGYSFEKKGNRNYGLGIRLLEMDNGDMYTYHNGWWRGNTSSYIRLAKDNVCIILFSNKYSTLTYKTIHLSHHFGDYPVGDMEL
>CP037427|3027551:3093973|3042936_3043311_+|QBK77339.1|DBSCAN-SWA
MQVYEYAIIRYTPKVEREEFINIGVLVFCKAKRMLISSFHLDKKKIECFESELDFDTLKDHVDAFERIAKGQCKISPIGTLDAAERFRWLTAVKSSCIQSSRPHPGMSEDMEEVLTRLFKELVL
>CP037427|3027551:3093973|3043312_3045094_+|QBK77340.1|DBSCAN-SWA
MPLYYLKDKIIKQTTFILKRLPFWVSFIALFLMIYDLGFNTLNDYHYHLNVFYNICLSIGMLAIVRRYFNKDNHETLGVKIFDCFSIVLFLILIIARWQPEHTIRFFDSNAVISFGLFLMLVREFSVLQLNLKQTRMNPAQLFVVSFLLIIFIGAFMLSFPKATNTPGSMRYIDALFTATSAVCVTGLSTVDIGAQFTIFGKTVMIFLMECGGLGIMTLASYFSFFFRGKASYGNQLVLKDMSYIDKLGDVFATLKRIIIISGIIQFIGMIAIFISIRHQHFESLFDRVFFSIFHAVSAFCNAGFSTLPENLYTFEYRFNYPLHLIIAGLFIMGGLGFPIVFNVYKYVKHLIINKLLPFSMKEAKIHIPRVINLSTRIILITTAVLIVGGTAVVYISEYNNTLAEHSGFGKLVTAFFTATSPRTAGFATVDNNLFTTSTFLVVILLMWIGASPVSTGGGIKTSTFAIAVLNIWALMKGRSRIEVYRREVDQLSVQRAFAIIFLSLFVIGIAIFALSFFEPKTDLLRLAYEAFSAYSTSGLSTGITAQLTDPSKVTLIMLMFIGRVSMLTILIAISKKEKLTNYRYPTEEILIN
>CP037427|3027551:3093973|3064353_3065448_-|QBK77357.1|DBSCAN-SWA
MKAGIVGLPNVGKSTLFNCLSNAKAQSANFPFCTIEPNIGVVNVPDPRLSKLEELVVPERVLPATVEIVDIAGLVKGASKGEGLGNQFLGNIRECNAIIHVLRCFDNDNIIHVDGNVNPIRDKETIDIELQLKDLETVEKRLEKVKKAAKTGNKEAQVEADLLERIRVTLLEGKSARVVEPKNADEEELLEDFQLITTKPVLYVCNVDEGAAVSGNDYVVKVKELVKDENAEVIVLAVGTEADIMELETFEERQMFLEDLGLDEPGVSKLIRSAYKLLNLQTYFTAGVKEVRAWTIKVGDTAPKAAGVIHSDFEKGFIRAEVIGYDDYVTYGSEAKVKEAGKLRVEGKEYIVKDGDVMHFRFNV
>CP037427|3027551:3093973|3028854_3029937_-|QBK77326.1|DBSCAN-SWA
MKMKHKILTLGLITMSFMMTNCSNNDDSPTIDDSKDKLHTAVITDLTGNIIIETYKELNNKAIALDKAISTFNTTSTQQNLELAKKAWVDTRIPWELSEGFLYGPVETNGIDPAMDTWPVDVEAMNNILKSNQKITPSLISSNNEARGFHLIEFLLWGEDGAKKAEQITARQKEYLKAASEDLQNNTKFLYNEWKSDGGNYAAVFNTAGMGSKKYPSRIAALEEIVEGLITISDEVATGKIEDPLNPEGSSPFPEKEESRFSNNSKQDFIDNIKGIENVYLGKYNKQVKGLSTLVAEKNKALDNEVKAAITTAIKDIEAIPGTFTQAIYKNRPQVIKAQNSVNELTKLLKSKLKPFINSL
>CP037427|3027551:3093973|3057710_3058619_-|QBK77353.1|DBSCAN-SWA
MNYKVIIASLCFLQIGFAQEGDDLLFEKDRRVKGISERWELDPETKNKTFTITPYKQMYLLPARWSSRPNEMPTSFNSNNSATEPIDYNKTEIRFQISFKTKIATGLILGKGDIWLGFTQTANWQAYNDKESRPFRELNYEPEIIFNYPLNYAINEFKFKMVGVGFNHQSNGKSLPYSRSWNRITMHVAAEYKNWTFLAKPWIRLPEKRKSDDNPRISDYIGRAEFTIGYREKNGQLFTLMLRNNLKFNNHYKSFAEFTWAYPIKNNLKAFLVVNRGYGETMIDYNWKQTNIGLGISLIEWL
>CP037427|3027551:3093973|3027551_3027866_+|QBK77324.1|transposase|DBSCAN-SWA
MKYKKWSLSEKLSILQEAEENGAIETCRKYSLSTGTFYSWKKKFDSQGESGLRPAVSDKSKELKKAEEENKILRKLLSDKEIELEVQRELLKKKFGTSDPKKIW
>CP037427|3027551:3093973|3089743_3090319_-|QBK77374.1|DBSCAN-SWA
MKNELIFFKTRFSLIFINLVYSLAALSIGLFKLIKQDSKFSFLPFISLFIILNVYAKKNKNVFGHEVKMLLILNALVCFTFFLNFQPWLEFTVFIFYTVIFSLFVLINKANILNLFIGFRELLNVVFFLFTLKVIFLVSQVFILKYYIEDLEVFAAKSSILIEIIAFTVFIISILIYFISYKKENNSTRVF
>CP037427|3027551:3093973|3070333_3070564_+|QBK77362.1|DBSCAN-SWA
MITNDVYIVEPSTPEEAKALKAFAKALKIKITKQNTEDTDSKEDIKTNLKQAVTELNLIKEGKLKGISAKDLLDEL
>CP037427|3027551:3093973|3066114_3067089_-|QBK77359.1|DBSCAN-SWA
MSKGPISQFIEHNYRHFNAAALVDAAKGYEAHLDAGGKMLISMGGAMSTAELGISLAEMIRQDKVQIISCTGANLEEDVMNLVAHSHYKRVPNYRDLTPEQERELLDNHYNRVTDTCIPEEEAFRRLQKHLEDVWHAAEAEGKRYFPHEFLYQIVNSGVLEQYYEIDPKDSWIVAAAEKNIPIVCPGWEDSTCGNIFTSNVIKGKLNVHTVKTGIEYMIYLTEWYRANSGGHGVGFFQIGGGISGDFPICVVPMMYQDLEWEDVPFWSYFCQISDSTTSYGSYSGAVPNEKITWGKLDIDTPKFIVESDATIVAPLIFAYILGN
>CP037427|3027551:3093973|3049777_3050893_-|QBK77345.1|DBSCAN-SWA
MKKTLLSLSVLFLGLGVHAQKYDFQNIVDIQGTPVISQGKTGTCWSFSTSSFLESEIIRKTNKHIDLSEMYNVRNTYPKKIENYILRQGKTQFGEGGLAHDVINSMRDYGLVPVEAYSGLVGQETYDHKELFKVLKSLIDAFAKSDAPISSNWKELTEHVLDMYMGSNIKEFTYQGKKYTPESFLKMTTLNPDDYVTISSFQNKKNYSSFILNIPDNFSNGSMYNLPLDEYIANIDYALDNGYTLSLDCDVSEKTFSGKYGIAFIPNDNADTEKGLTEIIKEKDITADYRLQEFYNFNTQDDHLMHIVGKVKDQKGNIYYKVKNSWGPNSDRVGNDGYIYMSIPYMKLKSISVLLHKDGLLKKTKEQLRIQ
>CP037427|3027551:3093973|3086988_3087279_+|QBK77371.1|DBSCAN-SWA
MSKQEIMYSHVEDWKTSGLTQSRYCESVGIKLATFSYWVVKYKAKSESTQLDNNFITVTKGQVINTQEYEIVYPNGVKLRLQTDNLSELYSLVNLV
>CP037427|3027551:3093973|3045102_3045786_+|QBK77341.1|DBSCAN-SWA
MKYIIIGLGNFGASLAQKLTEQGNEVIGVDKSMARVDAYKDMISHTICLDSTDQYMMSGLPLANTDIVIVAIGEDQGANIMTTAVLKNLNVKRLISRAISPVHENVLQAIGVDEIVHPEEETAERWAKKLCIKGVVDSYEINGRYSIVEITVSDRFAGRTLGEIGFRTNYNLVVLTTLKIKEEKSFIGMHKKIHEVQGIASYETVLNKGDIMVIYGDNRDIKKILAE
>CP037427|3027551:3093973|3070893_3071304_-|QBK77364.1|DBSCAN-SWA
MEEKYVFCVGNREYDEEYEKPIKESKVVYYPLSKLRNYGIKRVVSDFLMRAEEYDLDGYFIHLDVDVLNDKIMPVVDCIQEDGLSYRELKEILKPLVQDKRCVGLEIAILDPDLDPLGVYTNEFIENVRDIIETFL
>CP037427|3027551:3093973|3055699_3056569_-|QBK77351.1|DBSCAN-SWA
MKKIPRYNSCDLLDQNNVLKDCVIFDLHRIIQMRNNVVSIAHQHAFYQILLITNGTGIHHIDNRTYSVTKGDIFFLAPGQVHRWDFNETTQGFIINFTADFFSSFLLNKDFIQLLPFFEYNSEHTKLNILKQYSTIVNIFDKITFEFQIKESIDLNLIRIYILELLLLIKKQVNEEYNFSYTQLQPTNLIKQFEHLVEKNFYELRFPKEYAKLLYVTPNYLNAICQKIKGQSAGEIIRSRILLESKRLLVNTNLSAGEIAYKLSFKDNSYFSRFFKKYVGVSPDEYRKS
>CP037427|3027551:3093973|3031609_3032629_-|QBK77328.1|DBSCAN-SWA
MYSFKNDYAEGMHPNILNRIIETNLIQQAGYGDDDYTLRAKELIQAKIQNPQAQIYFVSGGTQANLLVISSILRTHQAVIAPQTGHIFANETGAIEATGHKVIPVVATNGKLTAQDIERTVGEYGLRPHVVEPKMVYISNSTELGTIYTKEELTAISSICKQLGLYLFIDGARLGHALTADNNDLTLKDIADLTDVFYIGATKNGGLLGEAIVFNNTELATYFDYNLKQKGALLAKGRLLGLQFETLFTDNLYFDLASHANRMATKLTEAFKAKGYHFLGDSTTNQLFPILPLALIEELNKDYDFYIWKAIDQEYAAIRLITSWATDENMVNQFIEKIK
>CP037427|3027551:3093973|3042155_3042950_+|QBK77338.1|DBSCAN-SWA
MENQLGLRTVTVTRYIMPLREGGSLPALADADDDFKYVLKFRGAGHGIKALIAELLGGLIAKKLGLNVPELVFAELDEAFGRTEADEEIQDLLQFSKGLNLGLHFLSGALTYDPSALEIESKLASQIVWLDAFITNVDRTFRNTNMLIWHKELWLIDHGASFYFHHSFTNWEKSALTPFSFIKDHVLLPVAKELDIVDKEFKALLQEEDLKCITDQIPTDWLEWEESDLTPEEIRSVYFSFLKNRLANSDLFVNEAKKHQDAGI
>CP037427|3027551:3093973|3061277_3063128_-|QBK77355.1|DBSCAN-SWA
MQDQNQYTEDNIRSLDWKEHIRMRPGMYIGKLGDGSSPDDGIYILIKEVIDNSIDEFVMGTGKTIEVTLKDKLVTVRDYGRGIPLGKVVDVVSKMNTGGKYDSKAFKKSVGLNGVGTKAVNALSNYFRVESVRDGQLKGAEFSAGDLVTEEELVETTRRKGTKVSFIADEAIFKNYKYRKEYIERMLKNYCYLNKGLTVMFNGEKFFSENGLKDLLLENITEEDQVYPIIHLSGDDIEVALTHSRSQYSEEYYSFVNGQNTTQGGTHLAAFREALVRTLKEFYNKNFDASDIRKSIVAAVAVKVEEPVFESQTKTKLGSTDMGPDLPTVRTFVNDFVKTQLDNYLHKNPEIADALLKKILQAEKERKELSGIRKIAKERAKKASLHNRKLRDCRVHLTDIKNPLYLDSTLFITEGDSASGSITKSRNVNTQAVFSLRGKPLNSYGMTKKIVYENEEFNLLQAALDIEDDFENLRYNNIVIATDADVDGMHIRLLLITFFLQFFPELIKEGHLYILQTPLFRVRNKKETIYCYSEEERINAIEKLKPKPEITRFKGLGEISPDEFQYFIGEDIRLDPVMLDKSMSIDKMLEFYMGKNTPDRQEFIIDNLKVELDVVE
>CP037427|3027551:3093973|3091362_3092349_+|QBK77376.1|transposase|DBSCAN-SWA
MADTKVLSCKAIGELFGVKGEKFQRQYKHKTSGFKQWDQQEHAQDWLLYPENITNQLSIDEVCLSMGELYTILTSKAGKGQKKTIVAIVKGTKSDTVIKHLSKLPKKLRDKVTEITLDMAGAMKQIAKKCFPKAVQVIDRFHVQKLVSEAVQDIRIKYRWAELDAENTAVLKAKEEGVIYNPEILSNGDTKKQLLVRSRSLLYKNQINWTSDQQERAKVLFELYPEIKQAYLLANNLRQIYNLQIDKEIAMTKLAHWFNDIEKASLKHFSTVLKTFNVHYNEIINYFINRSTNASAESFNAKIKYFRMMYRGVRDKKFFLFRLTRLFA
>CP037427|3027551:3093973|3038844_3040248_+|QBK77334.1|DBSCAN-SWA
MNSFDVVVIGSGPGGYVAAIRCAQLGFKTAIVEKYSNLGGTCLNVGCIPSKALLASSHHMEEIAHFADHGIEITGEVKFDLSKMIERKQAVVDQTSSGVKYLMDKNKITVFEGVGSFENATTINVTKADGSVETFEAKHSIIATGSKPSTLPFITLDKERVITSTEALKLPEVPKHLIVIGGGVIGLELGQVYMRLGSKVSVVEYADRVLPTMDSAVSKELTKVLKKAGMKFYTSHKVQGVVREGDVVTVTAEDKKGELVTLEGDYTLVAVGRRPYTDGLNADKAGVKLTERGQVEVNNHLQTSASNIYAIGDVVRGAMLAHKAEEEGVMVAEFLAGQRPHIDYNLIPGVVYTWPEVAAVGKTEEQLKAEGIEYKAGSFPFKALGRARASAETDGLVKILADKNTDEVLGIHMVGARAADLIAEAVVAMEYRASAEDISRMSHAHPTFAEAIKEAALAATDNRALHV
>CP037427|3027551:3093973|3092650_3093973_+|QBK77377.1|integrase|DBSCAN-SWA
MSAVTFSYRSTKEKAPLEVRLSFRIDGSKNPYSFYCRSKIIVEKVYWKNLHTKTDFPNYRDIDKQNEVKEIKNKQFAINEEIENIRTHILTAFDLVPSDEVLKVVNKKWLEYQIDIYYNPPKTEEEEEQAKIPTDLISYIDYYLDYRKHEISESLRKKNNVVKNKLIRFQKERKKTILIKDVNDKFKQEFVSYQKNNGYSQNTIQRELVFIKTFCRHASFQGLQTHQQMEGLRIDREKVTPIYLTFEEIEQIKETNNLPEYLDNARDWLIISCYMGQRVSDFMRFKKDMIRIESNEMFLEFTQVKTKKPMTVPIHPKVIEILEKRNGDFPRQISDVNYNLYIKEVCQRAGLTQIISGSKKVETAPKSKQYRKVSGEFPKYELITSHIGRRSFATNFYGKIPTTYLIYTTGHSSEAMFLAYIGKSNKDLAKETNNYFKNLG
>CP037427|3027551:3093973|3041491_3042043_+|QBK77337.1|DBSCAN-SWA
MAVVKKHYCDFCNELPLDSDNPNKYYHDYEYGFELTDDNALFERFVLEINQAGLSWNTILQKRKSFQKAYVGFDIDKVANFTQVDIDRLLQDSGIIRNKLKVNAAIYNANQIIVLQKEFGSFKNWLDLHKEHTLEEWLKLFKKHFKFVGGEIVNEFLMSTAYLPGSHRVDCPIHKNTRFYLDK
>CP037427|3027551:3093973|3074182_3075115_-|QBK77366.1|DBSCAN-SWA
MSIQQNIKKFGISLLLIGCFQTMQAQQDPQYTQYMYNTNMINPAYAGSRGTLNVFGMYRTQWVGLDGAPKTANVSVSTPLGESGLGLGVNFTNDRLGAMDENNISVDLAYAIDLNADYKLAFGLKATANLLSVDYTKLNIHNPTDPVSQENINNKFNPNIGAGVYLYSDKAYVGLSVPNFLTTDRYDDNDITTMRQKMHFYLMGGYVFDVSENLLIKPAALVKAVSGAPLQVDLTANFLFYDKFTLGGAYRWDASVSALAGFQVNENLFVGYSYDFETTALQRYNSGSHEIFLRFELFNRRSTINAPRFF
>CP037427|3027551:3093973|3070553_3070880_+|QBK77363.1|DBSCAN-SWA
MSYNIIATPKFLKEAKKLGKKYHSLKEDLSLLIEELQQNPMLGTAIANNCYKVRIAIKSKGKGKSGGARVITHLVIENDNIYLLSIYDKSEYDSISDSEIKELLKLIK
>CP037427|3027551:3093973|3076432_3079021_-|QBK77368.1|DBSCAN-SWA
MLKFCIQQWINQVNGKAMKKYSKKISAYLSTLLLLSFLVLGSNLGYAQVVKDFKPRESPKAPMPYTNVKNYNLQGDFTMIGNTNLTLKNYANSGKQGGNNNEMIYVDIDNDRNTINSSSAELILPGGECTEIVYAGLYWTGRAHDIDVRNTNSPLTFDGLDKRKVKLKAKNQSYIQITAKDTDIYYPSTSEGAMYAAYADVTDYVREHGASNYFVADIALKEGKGGGTGFYGGWGMVVIYKNTSMKWRDITVFDGYGYMVKRTGAAILPVSGFRATQNGDVNVKIGMMAGEGDEDISGDYFKIQKRNSNSYQDLSHGGNSTNNFFNSSIHTGGNPRNPNLINNTGMDISMFELNNTSNQIIGNNQSSTSFSYGSNQDTYIIFNIVFAVDAYVPDVVGENKATNYGGVKPLNNGTITPGQEFEFELDVYNKGTEAVNNSKIEIPVPFNLHFLDAEIVPDLDASGSVTWVPPTGGTNDPSVTAGGKIVWDIGNLPLDTTKEKLLAQLKYRFRVSDNCVLLSTNVCGLDVKINGKISGEGATSKSKVNSDLVRDYGNGVCAGPVYDDFISKISVTTDFLQNCNPPVEDGIMQFKAFCSVPTTGFDRSEIINIYPPGAKFYSKVPTSYTSNDGLVTGDFSVNSDGSRKMYYVMVPDMEDGCYARLEISIEKVTTSPIAKNTELCFGEPLVLENELSATGKDKGYELVYFDSNQVELSDVPSPTAVGTYKYFVAEGKDGCIGPKKEFTIVINALPEVSKDIDNIVICENFDSAKVSITTNVSNYKWEYTTTGTTNWKELDNTTFSNRIILEGKTIKVSHASKELNGLRIRLNVTNNQCSDTSNEFEIKVNDCSAVTNPMLLNQAVAN
>CP037427|3027551:3093973|3056807_3057674_+|QBK77352.1|DBSCAN-SWA
MLYLILSILSSISVGVLFKLLKKEKTNIFQIIILNYITTVLLSFFIFKPSAVSITDFPLFLIIGLGLLLPSIFLIQYLSIKNTGIIKTDIAQRMSLFIPILASVFIFKENISNLKYLALLIGFVSIGLILNKNDNNEVKSKNNYLYLLFVFIGFGVIDVCFKQVALHSSIPYTSTLFYIFSCSLILSLISYSAYLLIKRINFKVNTKTLVFGGLVGLLNFMNIYFYLNAHKAFSDNPTVVFAGMNYGVILLGTLIGYFAFKEKLSKLNIIGLSLAVVSIALLIYSQLN
>CP037427|3027551:3093973|3034522_3036862_-|QBK77331.1|DBSCAN-SWA
MKYSLFILFLLFTFTCKAQYRITGQLKDNNNEVIFNCAIKLKKQDTIIKSVLSDENGKFTIENIQEGLYSLELTSVYYNDYQSSINIISDISLGVIFLSEKALELDELIITSQRKPVKQTDTGVILNVSGTRLQNQPDLISILNYAPTISTNNGLKVLGDDNILIQLDGKDIQIDKSRISTFLETINPKTIENIEVIDRVDGSVQSNKTSLIKITTIQKEGWSGNIRQGLLYNDKGGYSTDASLFYKREQLRVFGNYYHSRHKTSSKGHESQIRSNSQLYYTNTENSKLNRKSDYVTLGADYDFNDNSSISFLYLFEDDQDHDHQREVSSQITGHLIESDSLVLSKAYFNQINKMHSFSLSFTNVLDSLGSKFNTSIDIAKKYYTNPFYQLNSFQNDYNLIKEENQQNSKSNNDIYAFNISRKKKYQDNKEFSLGARASLVDNKDGFHFLDLKNEQWITNTDFSNDFFLKEYILSVYSIFSMPIKEKSKLSLGLRAEYNYNDYTNGSVEGNNHNLRLLPNISYSTKVWDNKLYISASQRVSRPSYSLFNPTYIKSSPLSAYMGNENLKPIDIYSLQTGYSLKNNLRLDLRYRYLENNILTIPRNTNGILITSPTNIGYRNDLYTFVSFPYKISDWWETNTKLTGAYLELKLPTQKFSSLYADFSINNTFYLPLDIELNAYYSYTSAYRMLYTKNKNINSLNLNISYPISRSFNLHAGVNDVFNSLRSSTEYDFNGIYNYNYNKFNSRSFSVSVSYNFSKGKEVDDDIRNTGIEEEKRRF
>CP037427|3027551:3093973|3067128_3068526_-|QBK77360.1|DBSCAN-SWA
MNTKYVDLINQTFYFPQEEFKLNKDNLQFHNIDLMGLVEKYGTPLKFTYLPKISENISNVKTIFRKAMEKNKYKANYYYCYCTKSSHFSYVLNEAFKNDIHVETSSAFDVNIVENLLETGKINKDTFVLCNGFKRAQYIDNIANLINNKHENTIPIIDNYEELDLLQEQINKKFKIGIRIASEESPKFEFYTSRLGIGYKSILPFYRKQIAENPKVELKMLHFFINTGIRDTAYYWNELVKCLKVYITLKKECPTLDSLNIGGGFPIKDSLAFEFDYQYMVDEIINQIKIVCEEAEVDVPNIFTEFGSYTVGESGGAIYEILYQKQQNDREKWNMIDSSFITTLPDSWAINKRFIMLPINRWNDTYERILLGGLTCDSDDYYNSEQNLNAIYLPKFNKEKPLYIGFFNTGAYQDQIGGFGGIHHCLIPQPKHILIDKDENGIIATELFSEQQTAEQVLDILGYNK
>CP037427|3027551:3093973|3047477_3048521_-|QBK77344.1|DBSCAN-SWA
MKKANIIFGTDYAICQAPMLGVATPEMVAAVSNSGCIGTLPLGGFPPGLSRELIKKTQSLTDKPFIVNMFLNPIVDIDQREIDDMQHTLSEIGKEIGYSHTTITDFDQETYQGNLEVVKELGLPYLAFTFGCFTDQEIKELHDLDIYLIGTATTVEEAIYLDNKGIDAIILQGIEAGGHRGTFLKDSLEDNLPLEELFNSVLPIVQKPLFVAGGLYNGTIGRDYLDKGAAMVCYGSLFITADESTAMDYQKDLLHKGEAVETVLTKSFSGKFARGILNKFVKMIDFNNKNIPLYPIQNILTQKLRSFAKQKKFHNFNSLWCGTNSHYARRDSSSNIINKLIKEVYDL
>CP037427|3027551:3093973|3046633_3047488_-|QBK77343.1|DBSCAN-SWA
MTYSFQYRFLKNINLEELLSVFNKSFSDYTVPMRLTLEQLKDKIKAEGIDLTISVGAFCNKELVGFILHGKNNDYLYNAGTGVLPSFRGNNLTTKMYDYAIPLFKSFNMRKINLEVISSNETACKSYRKIGFKKWRVVNSVKGVTNVKSAKFEEIEGLQINNLPYYEYLIYFAEKDIIPTWENNEFCVNNFETSLTMRKATLNGTTTLGYLIYDQRSNKILQIWVKEGYRRKGIASYLIKELIGNDRNFYITNIDGQNFGIHSFFKSIGGEPYLEQVEMEMYLY
>CP037427|3027551:3093973|3065723_3066020_-|QBK77358.1|DBSCAN-SWA
MKRVIVDYAKLTNEILTLLVEKFPDGYDDADIIRFKNVKNETVEAVEVRTEDTIYLVKVSTKLADRIENFDEDEEDFVEAPEDSLDALKDLEIADDED
>CP037427|3027551:3093973|3037185_3037494_+|QBK77332.1|DBSCAN-SWA
MTNLSQEQWWEKAQADSNAIILDVRTEEEVEEKAIPGSINIDIYKGQGFLDEIANLDKTKAYYIYCKSGGRSSQACHVMESLGFEETHNLLGGITEWEGPIK
>CP037427|3027551:3093973|3052984_3053896_+|QBK77348.1|DBSCAN-SWA
MIKIKAWVGAARLRTLPLSVSGIIVGSACAYPYFSTNTSFLSIFSFAILTTLLLQILSNFANDYGDGVKGTDNETRIGPQRALQSGLITPKEMKQGVIITSLLSLISALVLIYISFGKDNFFTSIFFFVLGVACVAAAIKYTVGSGAYGYKGLGDLFVFIFFGLVSVLGSFYLYGQVFDYWVILPAIAVGNLSIAVLNINNMRDLESDKLVGKNTLAVKLGREGAKQYHYFIVLFALIAFIVYGIHANFSIVKYFFVIAYIPLLKHLIFVKKNREPRELDSQMKIVALSTFLLSVLFSIALIL
>CP037427|3027551:3093973|3072194_3074153_-|QBK77365.1|DBSCAN-SWA
MKKQLLKISLLTMLLFVGISTYGQKVAEKKANKEYQTQAYVDAIKIYERIANKGYTNADMLKKLADAYYFNGKLPEANKWYETLFDGEYGDKGKEPIPSEYYYRYAQTLKSVESYDKSKQKMEEFSKLEANDSRAQLFQENKDYLQKIEDKQDLYNIKALSINTEFSDYGAAILGNELIFTSARNQEVDKAIHEWTNESFTALYSSTINVDGTFSEPKQFAKEISSRVNDATAVFTKDGNTMYFTRNNSSEKGKRRNNKDKSSLLKIYKATKGADGLWGQVLELPFNSDYFNTAHPSLTPDGKWLYFSSDRKGTLGQSDIFRVAIYPTGEYGNVENIGAKVNTAGRETFPFISEDYFLFFASDGHPGLGGLDMFVAKINVDGSIGQVANMGTPINSPSDDFGLYIDSKSHKGFISSNRPGASGGDDIYFFKEKPCKQALEGIVYDKVTKEPLVNARVILSDALYQQTDTIITDAKGYYLSNLLDCGGKYRIKAEKEEYNTVEVVFIVERQQGVKRVDIGLEKTLEPVTVNDDLFKKLKLNPIYFDFDKSNIRPDAAAELIKVVEVLKEYPTMKIDVRSHTDSRGNDDYNLKLSDRRAKSTVEWMVNQGIERSRITGEGYGETQLQNKCSNGVPCSVEEHQLNRRSEFIIIEL
>CP037427|3027551:3093973|3087666_3089241_+|QBK77373.1|transposase|DBSCAN-SWA
MEIDLENLSKEQLLALIKKQSKTISKQDKINTKLEQKTSKLEQKTSQLEQEKQELQRLVDLLRRMQFGQKRERFEDPNQTQLPLEVQQAVLEEQEEVIKQEITYSRQKKKHPGRAKLPDHLPVEEIEIYPEGDLSDKICIGKETTDVLDYVPGYFKIKRYIRYKYATKDKDNTQISIALLPERIIDKGIPSEGLLSTILVDKYVDHLPLYRQKQRFSRENIDIASSTIDGWAAQCMDALKPLYEKLLLDIKNEGYLQVDETTIKVLDEKKKDKSHLGYYWVYHAPISKLVMFNYSPTRSGSAALPVLENFKGYLQTDGYSGYKAYGAKSGVVHLGCWAHARREFERALDNDKTKAQHVLVEIQKLYAVERKAKEQNLTPEQIKELRLEQSLPIINELGKYMFVQMKLVLPKSQIGKAFAYSQTRWDNLSAYLYDGNLQIDNNLIENVIRPVAIGRKNYLFAGSHDAAQRAAMAYTFFANCKKHDINPYQWLKYVLENIQSINHKNITDLYPHNYKTLNSNVVEE
>CP037427|3027551:3093973|3068900_3069968_-|QBK77361.1|DBSCAN-SWA
MENITTEHYDILFGQEGYEHLGSYLNNNGYSKLFILTDSNCYEHCLPYFLSNLPTDVPFEIIEVEAGEENKVLDTCAGVIQTMLELGGDRKSIIITVGGGVITDMGGFIASIFMRGIDFINIPTSLLAMVDASVGGKTGVDLNGIKNCIGAFAMPKMLIIDVNYLETLEARQIKAGYAEMLKHGLIFDAKYYAYLKDIANVDFNDLETLIHHSVTIKNTVVTQDPKEHGLRKILNFGHTVGHAVESYYLMNEDKETLLHGEAVALGMVAEAYISKELGYLTEVEYLDIKETTHTIYGVVELSSEDIENSLEWLKFDKKNYGGNIRCVLLDKIGSAIYDIEVSKELVVKGLEAYLN
>CP037427|3027551:3093973|3053907_3054594_+|QBK77349.1|DBSCAN-SWA
MEITYYGHACLGIKIEDINIIVDPFISGNPLPAAKGIDVDAIKVDYILITHAHGDHIADVERIAKNNPEAVIVSNAEIAGHYEAKGFQAHPMNHGGSWMFDFGKLKYTPAIHSSSFPDGSYGGQPGGFVIESKNKNIYIAGDTSLTMDMKLIPMFTNLDLAILPIGSNFTMDIDEAVIASDFVKCDKVLGYHFDTFGYIEIDHEEAKRKFFEKGKDLMLLNIGESLTL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
QBK77324.1|3027551_3027866_+|transposase	transposase	NA	NA	NA	NA
QBK77325.1|3027859_3028753_+|transposase	IS3 family transposase	NA	NA	NA	NA
QBK77326.1|3028854_3029937_-	imelysin	NA	NA	NA	NA
QBK77327.1|3029959_3031294_-	autotransporter outer membrane beta-barrel domain-containing protein	NA	NA	NA	NA
QBK77328.1|3031609_3032629_-	aminotransferase class I/II-fold pyridoxal phosphate-dependent enzyme	NA	NA	NA	NA
QBK77329.1|3032711_3033527_-	AraC family transcriptional regulator	NA	NA	NA	NA
QBK77330.1|3033619_3034282_-	thiamine diphosphokinase	NA	NA	NA	NA
QBK77331.1|3034522_3036862_-	hypothetical protein	NA	NA	NA	NA
QBK77332.1|3037185_3037494_+	rhodanese-like domain-containing protein	NA	NA	NA	NA
QBK77333.1|3037852_3038731_+	diacylglycerol kinase family lipid kinase	A0A1V0SBJ0	Catovirus	1.6e-15	28.5
QBK77334.1|3038844_3040248_+	dihydrolipoyl dehydrogenase	A0A2K5B2C5	Erysipelothrix_phage	2.8e-46	29.3
QBK77335.1|3040393_3040969_+	hypothetical protein	NA	NA	NA	NA
QBK77336.1|3041090_3041492_+	hypothetical protein	NA	NA	NA	NA
QBK77337.1|3041491_3042043_+	DNA-3-methyladenine glycosylase I	NA	NA	NA	NA
QBK77338.1|3042155_3042950_+	aminotransferase class I and II	NA	NA	NA	NA
QBK77339.1|3042936_3043311_+	DUF3037 domain-containing protein	NA	NA	NA	NA
QBK77340.1|3043312_3045094_+	ATPase	NA	NA	NA	NA
QBK77341.1|3045102_3045786_+	TrkA family potassium uptake protein	NA	NA	NA	NA
QBK77342.1|3045803_3046631_+	4,5-DOPA dioxygenase extradiol	NA	NA	NA	NA
QBK77343.1|3046633_3047488_-	GNAT family N-acetyltransferase	NA	NA	NA	NA
QBK77344.1|3047477_3048521_-	nitronate monooxygenase	NA	NA	NA	NA
QBK78129.1|3048532_3049678_-	class A beta-lactamase-related serine hydrolase	G1FGA1	Mycobacterium_phage	1.1e-05	24.8
QBK77345.1|3049777_3050893_-	aminopeptidase	NA	NA	NA	NA
QBK77346.1|3050964_3051804_+	1,4-dihydroxy-2-naphthoyl-CoA synthase	NA	NA	NA	NA
QBK77347.1|3052556_3052859_+	hypothetical protein	NA	NA	NA	NA
QBK77348.1|3052984_3053896_+	1,4-dihydroxy-2-naphthoate octaprenyltransferase	NA	NA	NA	NA
QBK77349.1|3053907_3054594_+	metal-dependent hydrolase	NA	NA	NA	NA
QBK77350.1|3054596_3055640_+	o-succinylbenzoate synthase	NA	NA	NA	NA
QBK77351.1|3055699_3056569_-	helix-turn-helix domain-containing protein	NA	NA	NA	NA
QBK77352.1|3056807_3057674_+	EamA/RhaT family transporter	NA	NA	NA	NA
QBK77353.1|3057710_3058619_-	phospholipase	NA	NA	NA	NA
QBK77354.1|3058630_3061273_-	DNA gyrase/topoisomerase IV subunit A	A0A172JHV7	Bacillus_phage	3.8e-41	30.8
QBK77355.1|3061277_3063128_-	type IIA DNA topoisomerase subunit B	A0A172JHT4	Bacillus_phage	2.1e-70	31.4
QBK77356.1|3063204_3064125_-	YihY/virulence factor BrkB family protein	NA	NA	NA	NA
QBK77357.1|3064353_3065448_-	redox-regulated ATPase YchF	NA	NA	NA	NA
QBK77358.1|3065723_3066020_-	hypothetical protein	NA	NA	NA	NA
QBK77359.1|3066114_3067089_-	deoxyhypusine synthase	NA	NA	NA	NA
QBK77360.1|3067128_3068526_-	arginine decarboxylase	NA	NA	NA	NA
QBK77361.1|3068900_3069968_-	3-dehydroquinate synthase	NA	NA	NA	NA
QBK77362.1|3070333_3070564_+	hypothetical protein	NA	NA	NA	NA
QBK77363.1|3070553_3070880_+	hypothetical protein	NA	NA	NA	NA
QBK77364.1|3070893_3071304_-	arginase	NA	NA	NA	NA
QBK77365.1|3072194_3074153_-	flagellar motor protein MotB	NA	NA	NA	NA
QBK77366.1|3074182_3075115_-	type IX secretion system membrane protein PorP/SprF	NA	NA	NA	NA
QBK77367.1|3075123_3076416_-	gliding motility-associated C-terminal domain-containing protein	NA	NA	NA	NA
QBK77368.1|3076432_3079021_-	hypothetical protein	NA	NA	NA	NA
QBK77369.1|3078980_3079487_-	hypothetical protein	NA	NA	NA	NA
3079073:3079090	attL	NA	NA	NA	NA
QBK77370.1|3079489_3087037_-	hypothetical protein	NA	NA	NA	NA
QBK77371.1|3086988_3087279_+	IS66 family insertion sequence hypothetical protein	NA	NA	NA	NA
QBK77372.1|3087278_3087617_+	IS66 family insertion sequence hypothetical protein	NA	NA	NA	NA
QBK77373.1|3087666_3089241_+|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	1.1e-67	36.5
QBK77374.1|3089743_3090319_-	hypothetical protein	NA	NA	NA	NA
QBK77375.1|3091022_3091376_+|transposase	transposase	NA	NA	NA	NA
QBK77376.1|3091362_3092349_+|transposase	DDE transposase	NA	NA	NA	NA
QBK77377.1|3092650_3093973_+|integrase	integrase	S0A3I4	Cellulophaga_phage	2.5e-33	29.5
3107810:3107827	attR	NA	NA	NA	NA

Sequences of DBSCAN-SWA_7

Nucleotide sequences of DBSCAN-SWA_7

>CP037427|3126911:3180679|DBSCAN-SWA
GTCATCTTGACTTTTTAGTTTTCTGAAATTTCTTTAGTCCTATAACAATAAAAGCCATAAAATTCCACGCCATCCAACTAGAAAGTGTGGTGTCAAATCTATTGAGTAAAGAACGAAAACTATCTATCCAAGCATTTGTTCTTTCAATCGCATATCTTTCTTTGTATAGTTGTTCATCAAAATAATCATCTTCATTATTTTGTCCATTTCGTTTATTAGGACAGATGTTAGCTATTATTTCTTTATCACTCATTATTTTTCTAAGTTTCTGTGAATCAAACCCAGCATCAGCATTAATAAACAATCCCGATAGAGGTATTTCTGCTTTAGTTAATTGATCGGTTATATCTTCAAAATAGATTTCTATATCAAATAAATCATTGTGATTTCCAGCTATCGGTTCTGACATAGCTAAAGGTAAGCCTTGACGATCTGTAAAATATAAGGAGTTTGTCGTCTTACGTTTTTTCCTACCTTGATAAGCTACTTGTTCACCTCCTCTTAAAGCTGTGGTATGGCTTCCATCTAAATCTCCACTTGATAAATCAATAAGAGATTTATTCTTTTTTAATAATTCAGTCCAACAAGATTGCCATACACCAGCTTTACACCAATTACGAAAATGACCAAATACTGTTTTATGACTTAATATTTGAGTGCTAAATAAAGCTTGAACTGGCAAATAACTCCACTGGATACCTGTTTTTAGTTTATACAATATAGCATTAACTATCTCATAAAGTGGAGCTTTTGATTTAAATCCTCTTTTTGGAAGTGGTAAGTGAGGTACTATATCTAATTCTATACTATCTTTGTGGAGTACTTGGTACACGGGGTTGTAGTTTTTGTTTGTTTAGCGACACAAATTTCTATAACCCTTCTTTATTTTACAAAAGTCAAGACGACTTCATTTAAAAGTATCTAAAAACTAATTACGTAGTATTTTTTTCTCTTTTTACGCAGAAGATAATCGTATTGATATTTAACATAAGGCTTTATTTTATAACCTTCTTCTATTAATCGACTCTGAACAGTATCAGAAAGATTATCTATCAGCAATGATTTCTGACCTTTACTAGCGCTATGGTGCAATTTCTCAATAATATCATTGTATTGTTCTAATGTAACATTAAAAGCAATTTCTTTTAGTGTTTCTGGGGTAATTGGTTTATTCATATTTTAAATTGTGAGGATAAGGTGAAATGAGATAAGAGATTTTTTTATAAATCTCTTATATTATAGACTAAATGAATATCTTAACTTAATACCGATATAATAGTCTTTTAAGTTTATGTCTTTATACTTTTCTTGTGTCCATATACTGTGATATTCTAGTGGATTATCATAATTGCTTACATGGCTAATTGGTGTATCTATTCTCTTATTATCTTTAACTAAATTAGTTAATCCTAAATCTAGAAAGACACCTACATATAAGTTTTGTTTATTTCCTAGTTCTTGCTTCACTCCTGTTTCTAACAGCCACGAATACCTTGTAGAAAGGTCTAAATTTCTCTTTTGAGTCTGATTCCCAAATGCTCCAAACCCCATATAATGTGGTCCGTGAAGTTCTGCATCCCAATCTTTATAATACCCTGATGTATGCAAATCATTCATTGTTATTTTACTCTTACTATCCCCTGTTATAATACCTATACTTACTCCAGAACGTATATACCACTTCACTATCCCTTTAGTTTCATATTGTATGGTTAATGGGATTTGAAAGGTATTAAAAGACACGCTTTCTTTTCTATATTTACTATTGTATCTAAATTCATAATCATGATTTTCTATATCTATAACAGACCAATTCTCTTTAACGTTTCGCTGTATAAAATCAAGTTTACTATACTTATAGTTTATTTCTGCTCCCAAGCTCCACTGTGAATTTAAATAATAGCGATACCCTACTCCTATTTGATACCCTAATGATGTATTTGTATCATAATCGTTGTCTGTTTTTAAACTATTTGTAAAGTATCCTCCTATAGAAAAGTCTACCTCTTGTGCAAAGCTTGTTGTACAACTTAGTACAACAAGCATAAATCCATATATATTTTTTCTTTTCACTTTACTTTTAATTAAGGTTTAACCATAAATCTGAATACTTTATTCTGTCCTTCTATCTTAATAATCATAAGATAAACACCTTCTACCAAAGTATTTGGTAATATCACTTCTGAAATCTTATTTTCAAGTGATACTTTGAATAAAAACTGTCCTGTCAAACTATATACAGAACCTATAATATTTTTCAAACTTGACTCTGGATAATCTAGTGCTATTTCCATTACCCCATTTTTCACTACAGGGTTTGGATAGAGTTTAATACTATTAGTATGTGTGTATTTTATCATAGCTGGACAGCTGTGTATTATCTCTCCCTTATCAGTAGTCAACTCTAGACTGTATAAAGCATCTATATCTAATAAATCATCTCTATGATTTCCTACTGAGTACACTTGTTCTGTACCTATCAACTTGCCATTTTTAAACCATTTATACCCCATAAAACGATACCCACCATTAGTCAATGGATTGTTGTTTACTAATAAAGTATTATCGAATTTCTGTATAACTATATCCTCAAAATTAAAAGGTCTTTCTATAGATAAAATGTATCTATTCGTTATTGTTCCACTATGAGACTTTACAACTATCTCTCTGTTATAAATACCTGCTTTAGGGGTATCAATAAAGAAATGATTTCCGATATTCACTGAAGCGCCCTCACTAGTAACCAACTCTACTTCTACTTGTTTATCTATCTCGTCACAATGAAGCATAAATAATTTATTAGAAGATAATTCACCTATTTCTCTACCGTTAATAATCAAGCTATTTATCTCAGCTTTATCACTTTTAATTATTAAGATTTGGCTCACACTCTGAGCAGGTTCATAATTATTATTCCCATCTTGATGAGCAGTTATAACAACGCTACCTGGATGCAATACTTTGACTAAACCAGTGGAAGTCACTGTCGCTACTACAGTAGTTCCAACATTCATATAGGTATAATTTATTGGCAAGTCTACACTACTGTTTGCTATCAATTGAAGCTGTAATAAATTATCATATAACACAGGTGATAAAGCATTAAACTCTATATGTTGGGGAGCCTTATTGATAATTAGTTTTGTTTTTAGAAGTAATGGTATATAATTATCACCTTCTATTAAAGCAGTTACTTCGTATTCACCTGCCTCTGTTTGCTTATTATTCTTATAGGTTACTTTCGTCCCAATAGGTAGCGTACTACTAAGTAAAACTGATTTCTCTTTAGTGTCATAAACATAAGTACCTCCTTTTAATACCATTCCTATGATAGGTGCTTTTTCAATAGTCAAATTAGCTCCTATAAAATCAACTGTATAATTACCATTCGCTTTTAAATCACCTTGAGCTATAGCATAAGTACCAACATCTTCTCCTACTGCACGAGATAAACTGCCTGATAATACAGCAGTCTCTTTATCATTATTTACTAATCCTGATACGGTATAACTTAGACTAGGATCAACTGCTCCATATACCTTAGACTGAGGATTAACTGTTACTGTCAAGACAACAGGAATAATATTCAAATCAGCCCCTGTAAAACTTAAAGCATAATTACCATTCGCTTTTAAATCACCTTGAGTAATAGCATAAGTACCAACATCTTCTCCTACTGCACGAGATAAACTGCCTGATAATACAGCAGTCTCTTTATCATTATTTACTAATCCTGATACGGTATAACTTAGACTAGGATCAACTGCTCCATATACCTTAGACTGAGGATTAACTGTTACTGTCAAGACAACAGGAATAATATTCAAATCAGCCCCTGTAAAACTTAAAGAGTAATTACTATTAGCTATTAGCGTTCCTTGAGTAATAGCATAAGTACCAACATCTTCTCCTACTGCGCGAGATATACTACCTGATAAGACATCAATCTCTTTATCGTTATTTACTAATCCTGATACTGTATAATCAAGCGCAGGATCAACATCTCCATATACTTTAGACTGAGCAGTAGCACTTACAGTTAATAGTGCTGGAGTAATAACCAAATCAGCCCCTGTAAAACTTAAAACATAATTACTATTAGCTATTAACGTTCCTTGAGTTATAGCATAAGTGCCAACATCCTCTCCTGCTATACGATTTAAGCTACCAGATAATACAGCAGTCTCTTTATCTATAAACTGTAATCCTGATACCGCATAATCAAGTTTAGGATCAACTGCTCCATATATCTTAGACTGAGCAGTAGCACTTACAATTAATACAGCTGGAGTAATAACCAAATCAGCTCCTGTAAAACTTAAAGCGTAATTACCATTCGCTTTTAAATCACCTTGAGCTATAGCATAAGTACCAACATCTTCTCCTACTGCACGAGATAAACTACCTGATAATACAGCAGTCTCTTTATCTATAAACTGTAATCCTGATACTGTATAATCAAACTTAGGATCAACTGAACCATATACTTTAGACTGAGGATTAGCTGTTACTGTTAATGGGGCTTTTCCAATTGTCAAATCAGCTCCTTTAAAGACTAATGTATAATTACCATTCGCTTTTAAGTCACCCTGAGTTATAGCATAATTACCAACGTTCTCTCCTACCTCACGAGATAAACTACCTGATAATACATCAGTCTCTTTATCATTATTTACTAATCCTGATATTGTGTAATCAAGCTTAGGATCAACTGCTCCATATACTTTAGACTGAGGAGTAGCTGTTACTGTTAAGACAGCAGGAGTAATTGTTAAAGTTGCAGTATGAAGTACACTTTGATCACATTCACTAATTGCACGTACTGTATAAATACCAGCATTGATAGCATCAGATACTACATTATTTGAAGAATCTACTATTTCATAAGTACCTCTAAAACTATGAGGTAACTCTAATTCTAGTTTATGTGCCTTCCCATCATACACTACACTTTTATCTTTTAAAATATATTCACTACCTAATTTAATATCTCCATTTATCTTCCATCCTTTTTCTTTTATTAACTTATCTCGTTCAGTATTCGCTGTACAGTATTTTAATCCAGTAGCTCCTAAAATCATATTACTATTTATTGTAGATAAATTAGCCCATCCTTTTAATGTAGCATCATAATTATATACAGACATGCCTGAATATTCCAACATACTCAACATACCATACGGACCTATAACCCTAGAAACGTTCCATTTACTCAAATCCCTATTAAAGGAACTCGCTCCTAAAAACATCGACTGCATATCTGTCACATTAGAGACATTCCATCTACTCAAATCTCTATTAAAACTCATTGCGTAAGCAAATACTTGAATCATATTAGTAGCACTAGATACATTCCACTGACTCAAATCACCATCAAAAGCAACTGCGGCATGAAACATACTCTGCATATTTTTTAAACTAGATACATTCCATTTGCTTAGATCACCATTAAAAGAACTTGCTCCGGAAAATATATACTGCATGTCAGTCACCTTCGATACATCCCATTTACTCAAATCTCCATTAAAAGAGATTGCAAAATCAAACATCCTTGACATATCTGTCACCTGAGTAAGATTAGGAATATCTTTACCTATATGAATAAGATTAGAAGCAGACTGAAAAGTTTTATGCATACTTTTCCAAAGTTGCGTCCCCCATTGCTCTACAGTAAGTAACTGCTTTGCATTTGGATCTTCGAAATCCTTAGCTACGTTAAAATATGGAAAATCACCTGTTATCATTACCCTATATTTCCCTTTAGGTAGATTAGATATGACACAATCACCTTTGAAGTTAGGTAGAGGTTTACTTTTCTTATCGGAGTCATCTATATTCTCCCAACTCACATTATAATTATACTTATACTTATTAGTATCTGTATAGAGTTTAATACTACCGTTATCATTAGGCACTTCCCAAGTAGTGATAAATGATTGAGAGTCTGTAGTAACTATATTAGAATCCTTCACCCACGTAAATGCATCAAGGCCTAGATAGTAATAATTACCTCCTAAAGTTAGTTGTAACTCATCAATGACTATATTACTATAGTTCTGACCATTCAGATTAGTCAAATCTATTAATGTATAGCCATTAGTACTTCCTAATGAAGTAACAAAATTATTGGTCTTAGTTTGAGTAAATTTAGTTGCACCACTTAACTTACCAGTGATAGTCAATGATCCTGTTGCATTTAGATTAGTAAACTTATCCGCTACATATACCCAAAAGCGATTTACTTTAAATAAATTAGATGTGGTCTTTATAGAAAAAGAAGGGCTACTAGGACCTACACTATTTGAATTGTCTATGTACTGATTATCATTAACTGTTCCACTCCAGCCTGTCGCCGGATAGTTAACTATATTAAAAGTACTAGTATGTGAAATAATATTAAAAGTTACCCCATTATCAGTAAAACTAGTGGAACCAGCTGACTCTGTTTCAAAAGCTTCGGTACTCGTCTGCGCGAAGAGCATCGGGCTAAAAATTAGAAAGAATAAGAGTAGAAATTTCTTCATAATGTGGTGTGTTAGAATTATACGATATTCCAACCACACTTAGCAATAACAAATTGAAGACAAATACAATTTATTAAGGCGACTAGAGAAATTAAAATCTCTACAATATGCTATTCGTTGAGTGTGGTGAAATTCAGAAATTAGCTTCAGTAGGTAAAAGTATTATAAGTAGGTAAATTCTAGTGTTTAAAGGGGGTGGACAATAGGGTGGACAAAAAATAACCATCCTTAAAATGAAGCCTTTAACACATAAAAAAAAAGCATTACCTATACAGATAATGCTTTTAAAAATTGTATTTTATTTACTTCGGTTAGACTACTCTTTACTAAATAAAGCAGAGTAATCATCTTCATATTTTTTCTTTAATCGCTGTTTTGCTTTTTTAACTGCATCAATAGTTACACCTAAAATATTTGCAGTTTCTTGATTAGTCAATTCCATTTTTTGCAACAACACAATGCGTAGATTAGACTCGGTCAAGTCAGGAAACTGAGTAATAATTTCATTAAAATAGACTGCTTGTTCTTCTCTAAAGGTTTCTTTAAATAAAACCCAATTCTCCTCTGTCATCAGATGAGAACGAAGTAATTCTTCTATAGCAGGACGCTTTTCCTTGAAGATCTCCTTAGAAGAGTGAGAAGCCTTATTTAACTCATGTTCTAATTTTGCTATTTGTGCGGTTTTTTCACTTAGATATACTTGATAAGATGCTAATGATGATTTCGTCTCTTTTAACTTATTCTCTGAATTTATTTTAGATAACTGAAAATCCAATAGCTTCCCTTCATAAGCATATTTTTGAAGCTTTAGAATTCGTTTAGAAAAGAAGTACACCATACACAAGATAAGCGTCAGAAGAACAGTAGTACTCAGCAAGAGTAGTCGTTGATATCTCACTCTTTCTGAGAAGCTTTTTTCCGCCTCTAGCTCCCAGTTTACTCTCTCAAGATTAGTATTCCAATTAATTTTATTAATGACCTCTTCACCTTCCCTAGCTTCTATCACACTGTCTATTTGATCTAACTCCCTTCTATAAAAGAGCTCTTCTGTGTCTATCCTACGAGCCTTAGCGATATCGAGTAAATAAGATATAATTTCTCTTTCAAAGCCTGCTAAGTAGCTTTTAGTTTTAGTAATCTCATAAGAGTTTTTTAAAACTTCTTCTGCAAGATCATATTGCTTGCGATCTATGTATAATTTCCCCAATTGTATCTGACTATACATTAGATTCCTCTCCTCACCTAATTGTTGGCTAATTGCTATATCCTCTTTCAGGTATAACTCTGCTTTCTCTATATCTCCTTGTTTTTGATAAACTGATGCTATACCTCCTAAACTTTTGGCGTATCTAAGGGTGTCCTTATACGATAAGGACGTTTCTTTTGCCAATTCATAGTAATGCATGGATTGCTCTAGACTATCTACTTTAGCATATACTGCTCCTAAGCCCCATAAAATAGCACTGTTATTTAGCTGCTCCTTTTCCCCTTCTTCCAAAGCTTTTCTGTAATAAATGATAGCGCTCTCATTCATATTCATGGTCTCAAAGAAATAAGCTGTACGCAACAAAATATTTTTTGCTTGTACATCTAATACAACACCTTTATTCTCTAAAGTTTTAGCAATCTTGATAAAATAGGGAGAAGCTTCGTAATAATAGTTATAAGAATAATAATAGAACCCAACCTCACTATACACCCATTCCTTCAATGCTACATTAGAAGACTTTTCTACCATAGATACACTTTCTAAAAAAAGTGAAGTAGTAATATCATTAATACTATCAGTTACCTCTAAATGGGATAATCCCTTAAGAATATTTCCAATCACCTTGCGCTCTGCAATATTTCCAATATCGTCTACCTCAACAGTACCTGTCTTATAGTACTCATTGATTAAAATGTCGTATTGCTGATTATCTAAATGCTTAGTGTCTGTACAAGCAACTATAAATAGAAATAGAAAGAAAGTAAATAGTTTGGTGGTCATTACATCTCATTTTGTACAAAAATAATCCTATTTATCACAATACAAATCAATTCATTAAGATATAGTGCAAACAAATACTTTATTAATTCAAATATTTTCATTTCCTTTGTATCGTAAATTCTCGATATATAGAAATGACTGAACTATTTAAAGCTTTATCAAACGAACACAGAGTACAAATCCTAAAATGGCTTAAGACTCCACACGATTTCTTTGAACTAGAAGACATCGAACCTGAAGTACACGAGTTTGGGGTATGCATGAGTGTTATCCAAAAAAAAGCAGGTCTTTCTCAATCTACCACCTCAGCTTATTTAACGAATATGGTAAATATTGGACTACTTACTTCTACTAGAAATGGACAATGGACTTACTATAAACGCAATGAAGATAAAATTGCTGAGTTAGCCAATTATATTCAAAACACTCTATAACAATACTATACAATTCAATCATTAAAGTATTATATTACAACATATCTATAATTCTAGATATCTAAATACCTATAACAATGAATAATATTTTTAAAAACCACAAGACTTTCAATAAGGTCTTCACACCAGGAAAACTATCCTTGGGTATATTTTTACCTTTACAGGTATATAATAATAATATCGCCATTTTTAATCAACACCTAAAGTATATACAGCAGATAGACACTAGCGGTTTCGCAGCTTTATGGGTTAGAGACATACCTGTGTATGACCCCAGTTTTAGAGATGTAGGACAAGTATATGATCCTCTTTCTTATCTAGCATATATAGCAGGTCAGACTACAAATATTGCCCTTGGTACAGCGAGTATAGTATTGCCCTTACACCACCCTATTTCATTGGCAAAGACGACAGCATCTATAGATCAGTTTTCTAATGGTCGCTTATTGCTAGGTGTTGGATCTGGTGATCGCTATGCTGAGTTTCCTGCTTTTAATAAATCTTTTGAAAGAAGAGGAGAATTATTCCGAGAAGTTCTTCAGGATATGCAAACCTTACATACTACAGACTCTCCTAAAATAAACTCTAGTATTACGCAAATGCAAAACCTAGACTTAGTCCCTAAACCTCTGCATAAGCATATTCCTACATTAGTAACAGGTGCTAGTCAACAGTCATTAGATTGGATTGCTACTCATGCTGATGGTTGGATTACTTATCCAGGACCTACTACTACGAATGAGGATACCTTACACTTAGAACAAAAAATAAAAGCTTTTAGAGATTTAATTCCTAATGGAACATTTAAACCGCATATGACAAATGAATGGATAGAGTTAGATGAAGATCCTCACTATCCTAGAACCCCATTAAGAGGAGGTTTTGTTCTTAAAACAGGTAGATTAGGACTTATAGAGCTTTTACATAAATGGCAAGAAATAGGTGTAAATCATGCTGCTATAGGTATACAGTTTGGAAAACGAGATATAGGAGAAACTCTTGATGAATTGGCTAAGGAAGTACTACCTTATTTTAACTACTAGTATCGTAATTAACACCATTTACCTTTTATAATGTGTACTAAGCATAGAAATTATAAAGTAGCTACCTTCTCGTAACTACTTTATAATTCGATCTATTTCATAAATAATAAGATCGTTTTATATAAATTATTTATCTTCTTCTAGCCTATTTACTATAACCATTTCTTTCAATAAATTACTTTAACGAATCGGTTTGAGTCCGTAGTGAGTCCGTTATGAGTCCGTAGTGAGTCCGTTTTTTTGCACAAAATAACGGACTGATTATGAACTTACCCTTTAGTAAACAAACATTCATCTGCAATGAGTAGTAAAGTATTTTCAAAATTTGATAGATACTAACTAATATAGCATACAAGCTTTATAAGAAGCCACACCTATATCATCATAGCAAAAAAAGAAGTACCCTTACACTCTAAAAGCACTTCACTTTTAACCCAAATTCCGCGATAGACATATAGACGAAAAGTAATTATACAAAATAGCTCTGAATTAGTGAGTAAAGCATACTACAGTATGGTTTTAGAACTAATGAAAGAGATGTGAAGTAGAATTGCTTTGTAGTATTTGGCTAATGCGGAATCTGGGTTTAACATATCAACTACTTTTTTTTATCAAATGATAAATTATTAAATTTATAGAGATGGTAATTTTGACCTGTTAAAAAACGAGATTGATTATGACACAAGACAATGTAAACAAAGGGTTATCCTTTGCGAGTATTTTTCCAACGAAAACAAGAATTCGATTAGCTGTGGTATGGTTGATTGTCATCTTATTTATGTTATTCGGAAGTTCTATTACTGGAGATAGTCTATCCCCTCTATTAGCTACTAGTATTTTCTTGATCTTACTATTTACGATAGTAGGAGCTGCTTTTGGTGTAGTAAAAGAAGCGGATGAACTCGCTCATAAATTAGGTGAACCTTTCGGAACATTGATTCTTACTCTTTCGATTGTATCAATAGAGGTAATTTTAATTTCTGCCGTAATGTTAGGCCCTGGAGAAAACCCAACTATTGGAAAGGATTCGATCTTCTCTGTAATGATGATCATTATGAATCTAGTAATAGGGCTGTGTATTCTATTAGGTGGACTAAAGTATGGTGAACAAGAATATAATGCACAGGGAACAATGTCTTACTTAGCAATGATCATTATGCTAGGAGGTATCGGGTTAATGTTACCTAACTTCATTCAAGGTGCTGGTGGAGGGATGTTTAGTGATACACAGGCTATTGTCTTGGCTGTATTTATTATTATTCTCTATGCTGTATTCTTGTTCTTTCAGATGAAAGGATATAGACATCTCTATGTACAACCTCAAAAAGGGTCAATGGAAATTCCATATAAAGATAGAGGCATTGCAGATATTCAATCTACAGATGAGCACCAAACTTCTGCAGGGAATAAAGGAGAGATATGGATACGTTCTATTATCCTAATCGGGATGATATTACCTATCGTGCTTCTTTCTCATAATATGGCTGTAGTAGTAGACTACGGGATTAAAGCCGCTAACCTCCCTACTCTATTAGGAGGTGTGTTAGTTGCCATCATCGTGTTCACCCCAGAGTCAATGACGGCAGTAAAAGCAGCATTAAACAATGAGTTTCAACGCGCTATCAACCTGTGCCATGGTGCCTTCGTTTCTACAGTAGGATTAACTGTGCCTTCTGTACTAATCATTGGGTTAATTACAGGCAAAACAGTATTGTTTGGGATGAATAGTACAGAAACTATTCTATTCGTGATCACCCTATTATTAAGCCTAATGACTTTCTTAGGCAAACGTACTACTCCTATCATGGGTATTATGCACTTAGTATTATTTGCTGTATTTACACTGCTTATTTTCTATCCATAATAACGTATTTCTTGTCAAAAATCATTGGTGGAAAGACTAATCTAGATCCTACAGTAGCTTACTCTACAAGGAGATTCTATATAATCACTTCTGCATTAGTTCACAGACAATACTCTAGTATGTTTTTATCACTAATTCAGACCTATTGTGTATACTTACTTTTTGCTGATAAGTTTACTTACAGATTCTGGACTAAATTAAGGAAGCTAAGCTAATTGGTTCGAGCAAAGTTATTACTTATTTAAGCAACCTTAATTTAATAAAAAAACACTCCTTATGCTTATAAGGAGTGTTTTTGTTTGTGACTATACTAAAGTACTTTATAAGGTAATATCACTAATCATTAAATTATGATCTGATAATGCATTCATCTGATAAGTATCTTGACGAATGATTTTTATTGTACTATTAATTGATCTAATCATAAAATCTATTTTCTTATCGCTTTTATAAGCTGGAATAGTCATCTGATTCATAAATCGGGTCTCTAAATCAAAAGTCGTTTTAAGTTGTTCTACTGATTTAGAATTTATTTCTGCATTAAGATCCCCTGTCAGAAAATCAAAAGCAGACTCTCTTTGTAATTCTGCTATGCGTTTCGTTTGTAATACACGACTTTGTTCATTAGAGCTAGACAGATGAGTTGTTCCTATATTTATCATTTGTGCCTCACCTACATCTATTTTACATACTAATAAACTTCGTTTTTCTTCCTTGTTATCCACAAAAGGTAACTTATAGAAATGTTGTTCTACAATAGGAAATTTAGACAGGATAGCAATGCCGTAATCGCCCCCTTCATAATCTATTGTCTTACCAAAAGCATAAAACATTCCTGTTTTTTCTGCTAAAACTTTTACTTGATTTAAATATTGACCTGAGCGCATAGTATGTACATCTACTTCTTGTAAAGTAACGATATCTACTTCGTCTCTTAAGATTACAGCAGCTAATGAATTAAGATCTATCTTATGATAGCTATCATAAGCTGCTGCAAAATGATGTACATTGTAATTAAGAACTCTTACTTCACTTTTTTTTTTGATGCTTTGGTAGTTGATTCTACCCATCTAAACTCTGTGAAGACTGGATAATGGTCAGAGGCAAATAAAGGTCCTCGCTGAATATCTAGCTCTCTATACTTAATAGGAGCTAAGTCAAACCCTCTCAAGAAAATATAATCAATTCTACTTGATTTAGGAGCTTCTATTTTCCAAGCATTATGCGTATAACCTAATTCTGAACGATACATTGCTGCATCTCTAGTATCGACAAACTTTGATTCTATTATCTTCTGATAAGGTAAGTCTGTTGGAGGTAAATTAAAATCACCTGTGAATACCACTGTTTCTCCTTTAGTGATTTTAGCTAATTCCTGATTAATAACTTCAACACTTCGTTGACGAGCCTCTTTACCCCTATGATCAAAATGGGTGTTTAGATGGATAAATGTTTTTCCTGACTTTTTATCTTCAAAACGAGCCCATGTAGCTATACGAGGTAAAGAAGAATCCCAAGACTTAACTCCCTTTTCATAAGGTGTTTCTGATAACCAAAATGTTCCACTTTCTAAAACTTTAAACCTATCCTTTAGGTAAAAGATAGGACTGTACTCTCCTTTCGTTTCCCCTTCTCTTCCTTCTCCTACATAGTCATATTGTGGAAGTAAATTTTCTAAATCGACTAACTGGTTATGAAGTACTTCTTGCATACCAACAATATCCACATCATTAAAAAAGACAACTTCTGCAACCCATTCTTTTCGATTGCTCCATTGATTTATACCATCATTAGGAGTATCCATCCTAATGTTAAAAGTCATTGCCTTTAAAGTCTGAGGCTCTTTCTCTTGAGCAAAAATACTAGTCCCTATAAATAGGACGCTTAGTAATATAGATCTTACCATCCTGGATTTTGTTTTAAATTCGTATTTAACTGAAGTTCTTGTATAGGTAGAGGGTATAAATAGTCTTTATTCTCATTCCATGTTCTATTCTTATTATTAGGAAATGGATCTATACTATTATTTTGATTTAAATGAATATCAGATCCTAGTTTAGCATAATAGACTCCTTGTACGTTTTCTGTTGGTCTAGAGCCTTCGTATAGGTAAATATCTGTCTTACCATTGTTGTCCAAATCATATTTACCTGGGCCATTAAAATACATTCCTTCAATATTCTGAACTAACTTTTGTCCTTCTTTCCAACGTACAATATCATCCCATCTATGATCTTCCATAAATAACTCTATACGTCTCTCTCGTCTTAATTCTAATAGTAATCCTTTATTAGCTCCGTTTACATTTACATATTGTTTAGCTAAATAAGCATCCGGTTTTGCATTTGCTTCTGCCATTACCATATCAGGCATTCCGACACGCTTTCTAAGCATATTTATAGATAGATCTAAATCACTCTGATCAATAATTCCTAATTCTGCTTTTGCTTCCGCATATACTAATAAAACCTCTGCAAATCTAAATAGTGGCAAATCAACAATAGATGCATTATTCGTATCGTACTGTGCTTCTGCGACATATTTAATTAACTGATAACCTGTAGTAGCTGCAGAAAAATCAGGTGTTAGCTGAATAGTGCTTCCAATTCTGGTATAACCAGGAGTACGTATAGTCTGACTCAATCTCAAGTCTCTATCTTTTACTTCTTCTTGGAATAACATCTTATTATAATCTGAACGATCTGTAAAACGGCTACCATCTTTCATTAAGTAACTATTGATCAAATCTTTTGGCATAGATGGTCTACCATACGAAGCTGCTACTGTATAGTAATTCACATTATGACGAACATTCAGTTCTGTAGAAAACTCTCTAGCAAGAATAATCTCATCACCAATAGCCTTATGAGAAGCAAATAAATTCTGATAATCTTTATCTGGATTTCCTGTAGAGAAAACTTTATAACCAGATTCTTTTATTAATACTTCTGCTGCTTGATAAGCTTGTTCTAAATAAGTCTCATATCCAGGTAAGCCTCTATACTTCATATAGGTTCCTTCATATAAGCCTATACGCGCTTTTAAGGCAAGAGCAGTCCATTTAGATACTCTATACACATCTTTAGTAGAACGCATATTCTCGATTGCGTAATCTAAATCTTTTAACATATTATCTACTACTAGCTTACGTGGATCACGTGGCTTTTGTAAAGCGGCCTCATCCTCTGCCGTTAATAAATAATCATACCATGGCACATCTCCAAAACGCGTTACTTTTTCGAAGTAAAAATAAGCTCTAAAGAATCTCGCTACTCCTCCATAATGTTTAATAAGAGCCTCGTCTCCTACCTTTTCAAAATTGACTAGGAAATAGTTAATATCTCTCAAATTATTCCATGACCATCCGCCTCCAGATGGAGGTACGACTCTCCCTCCTCTCATTTCATCAGATAAAATATTTTGAATAATATTATCGGTTCTATAATCACCATTATATATAGAGGTAGTTGGAAACATTCTGTAAAAAGAATTAGTAAAAAGAATTAAGTCACTTTCTTTTTTAAAGAAGTTCTCACTTGTCACAGACGATATCGGATCTCTCTCTAAGAAATCTTCACTACAAGAACCCAAAAATCCTGCTGCCAAGAGTATGGCAAGTATTTTATATCTTTTCATATTAATTGTTTAGAAATTAAGTTGTACCCCAAAAGAGATAATTTTGGAGAATGGAAAACTTTGTGCATTAGTGCGCTTACGAGCAGAGTTTGGACTATTAAAGTCAAAAGAATTACTAGCTGCTTCAGGATCGATATAATCCGTTAAATTAGTAAATGTAAACAGGTTCTCTCCACTCACATAAATTCTTACTTTATCCATCTTTACTCTCTTCACTAGATCCTGTGGAAGAGAATATCCTAATGTAATATTCTTTAGACGTAAATAAGAAATATCTTGTAAGTAACGATCATTCTGTACACCTAACTGTCTATTACTTCCTAATGATGTATATCCTACTAGACGTGGAAAATAGGCATCTGTATTCTCTGGAGTCCAAATATCATTCGCTAAATCTTGACGAATAAATGAATTATAAGGTCTGTTATAAGGTCCCCAGAACATTCTACTATCCGTATCAGGATACCAATCTTGTTTTCCTACTCCTTGGAAGAATGCAGAAAAATCAATTCCTTTCCAATCAAATGCTAAACGGAAATTATACTGATACCTAGGAGCTGTATTTCCGATCTTACGCATATCTCCATGATTTTCTAAAGTATTTGCTCCTTCACTTACTATACCATCTCCATTTAAATCCTTAAACATAACATCTCCAGGTTGTAGCCCTCCATTGGCTATGATATGAGCAGATACACGAGATTGATCTGCATGATTAGCGATTTGTTCTGGACTAGAGAACAATCCTTCTACTGAATATCCCCAAATCTCTCCTAATTCCATACCTACATAATAATCTGTCAGTAACCCTGTAGGGTTATCAAAGCGCGTAATCTTGGTCTTAGAATCAGATAAACCTGCTGATACAGAATAATTAAAATCACTACCTGCTAATTTAAACGAATCATTATATCCCAAAGAGACTTCAAATCCTTTAGTTCTTAGATCAGCGGCATTTTCGCGTGGAGATTCTGTTCCTAATACTCCTGGTAGTGTTCTTCCTTTAGTTAACATCCCATCTATGTCCTTTTGAAAATAATCAAAACTAACATTCAGTTTATTTTGGAAAAAACCTAGATCAAAACCGATATCAGAAGTAGCTACTGTCTCCCAAGTAATGTCTCTTGGGTTTAAAGAAGGTGCTTGCATATACTCTAACAATGCCCCATCTAATGCATACCCCTTATCAATAGCTTTATTCAATGTTGGAATATAAGCATAAGCACCTATAGCTTGGTTACCTAACTCTCCATAAGAAGCGCGTATCTTAAATTGGTTCCAAAAACCGAAAGTGCGTTTAAAGAAAGGTTCATTCGCTACATTCCATCCCAAAGAAACAGAAGGAAAGAATTGCCATCTCTGTTCACTAGGGAATTTAGATGTCGCATCATATCGACCATTAAGCTCTAAAAGATACTTCCCTGCATAATCATAAGAGAATCGATAAAAATACCCTCTTAAAGCCCATTCATAAGCACTACCTACTACAGTAGGGTTAGAAGATCCTAAACCTAGATTATCTAAATCATCAGAGATTAGGTTCTGAATACTCATGATTCTATTATCAATTTTAAAATATTCTTGGTTATATCCTGCCATAAAATCAAAATTATGATCTCCAAAGTCTAAACGATATTGTCCATAAATATTTAAAGCATTGTAATCCTCTATGGTCTCATTTACATTCAATTTATTCTCTCCAAAGTATTGAATCTGATTCGGAAGAATAGAATATGGAATTAAAGTAGAACGTTCGTTAATATCTCTAGTATTTTTCTTGTAAGCATAACTAGCGTGAACGTCTAAGTTTTTGAGTGGTTTAAAATGAAATGCATTAATCGTCGAAAACTCATCTCTTACAGCAGTTCTATTTGATTTACCATGTAGTAAAGACGCAAAATATCCATCTCCGATAGTGTAATTATTTAACTCAGTACGCCATAGCGCTCCTCCATCAGGATTCACTGGAACATAAGAAGGTAAAGCGTGTACCAACATTTCACTTGTCCATGGATCTCTCCATCCATACTGTGTTCCACCATGTACTAAGTCAGAAGATTTAAAATACTGATTGTTCGTACTAAAACTAATCCAATCATTAATTTTAATATCAAATTTAGCTCTTAAGTTATTTTTCTTATACTTATCATCCTGTACTTTCAATAATCCATCCGCAGAATAGTTTCTATACGAAAAATAACCTTTGACCTTTTCGCTTCCTCCAGAAATACTGATATCATTGATATAAGAATATCTCGTATCCTTCCAGAAGTAATTCCACCAATCTGTACTACCATAATGTACATATTGATCACGACCATTTCTATTTTGGATTTCAACACGAGCTAATGCAGGATTCTCTGAGACTGCTTTTAATTGTTCATAATCGTATTCGTTATACCCTGTATAACTTCGCCCACTACCTGTAATAAAAGCTTGGTCAACAATCTTAGCCGCTAAATAAGGATCAGTTACAAAGTCCGTATTTTGCGTTTGAGAAAGTATATTCATCGTAGAGTTAACACTTACCTTTATTTCTCCTACACCTGGGTTCTTTGTTTTAACAAGCACTACCCCAAAGGCACCTCTAGCACCATATACTGCAGCGGCACCAGCATCCTTTAATACACTTATGCTTTCGATATCATCTGGATTAATATTAGAAAGGCTTCCTTCTACTCCATCAATTAATACTAACGGTCCACCTCCATTAACAGAGTTAAATCCCCTAATATTAATATTCGCTTCAGCATCTTCTTTACCACTTGAATTGGTAATGTTTAAACCTGGAGTAGTTCCTTGTAAAGCAGACACAGCGTTAGAAAGAGGCCTGTTTTTTAAAGCTCTAGTATCTACTTCTGTTACAGAGGTAGTAATATTCTGCTTCTTTTTGTCTCCATAACCAATAGCCACAAGAGTGATGTCTTCTAAATGTGTGTTGAATTGGTCATTCTTTACTGTAATTACCCCATTGGCATAATTCACTGTATACCCCGTCTGCATAGCGATTACTTCTAGTATATCCTGAAGTCTAGCAGCCTTGCCTTCATAGGCGATTAAAGGAGTCTCTTTTAAAGTAGAATCCTCAATGTTCACCTTAGCAGCAACTTTGCTCGCTAATTCTGTTACTACTTTTCCTAAAGTCTCATCCTGTTCTATGACAATAGAAATAAGAGGAGAACTTACTGGTGGTTTACTTTCTTGAGCGACAAGAAAACCTGAATAAAATAGGAATGCTATGTAGCAACAGACCTTAAATTTCTTCATAATTACAAATGTTTAGTTTTTATGTTCTAAACGTACTGCCAATCATTCTTTAGCTTGCATTGTAAAGAATTAAATAAACATTAAGTAATTACTACAAAACAACAATCCCTTAATCTATTTAAAACAATAAGATAACAATAGTAAAATGCCTATAAACTTAAATAAATCAAATATCACCTTAGGATTATTTCTTTTAAACTCTTTAAAAACATAACATTCAAATAGAGCATTATACTTTAACAAATAGTTATATTTTCACTAATTAAATCAGTGTATTTATAAAGTAAATTATTGTGTTAAAGATGGTTCTCATTTTAAGTAAATAGATAAACCTTATGTCATGAAAGAGAATTAGAACTTTACTTCTATTTTATTGAAGATGCTTTCTTAAGTAATAGTGTAGGATTTGTAAAGGAATAAAGTGGGATTCTATTTACCTATGTTTAACCTTCCTTAAATATTAACCTTATAGTAACATTAAAAAGTTTAATCAATACTGCAATTTCATTGCGCAAAATGAGAAAGTCCCTAAAAAATTATTAACTTTCAATATTTACCCCTATCATTAATAAGAGATAACTGATTTTTTGTCACATCTGTTATATTATTAATAAATAACCCTCCTTAACCCTTTGATAACATACCAGTAACCTATAGGTCACAATCACAGAGGTACTTTGTCTCAATGAAAAAACACTATTTATCTATGAGAAAAAGTCTAGTTATTTTTTCTTCTTTATTATTACTTTCCTGTGGAGACAAGGATCATTCTATCAAGATGAAAGGTTCTGACACAGAGGTAAATTTAGCAGTAAACCTAGCAGAGAAATACACTCTAATAGATTCTGACTTTAGTATTGCTATTTCTGGTGGTGGTTCAGGTATTGGTATTACCTCTTTACTAAATGGTCAAGCTGACATCGCTAATTCTTCTCGCCCTTTATCAGACAAAGAGATTGCACAGTTCGAAAACAAGAATATAAAGCTTCGTACTGTCATATTTGCTGAAGATGCTACTGCCTTTGTAGTACATAAGGATCTACCTATAGAAGAAATAGATCTTGAAACTTTAGCTAAAATAATGAAAGGAGAAATCACCAATTGGAAAGAACTTACTTCTGTAGACTTACCTATTAATATCTATGGACGTCAGAGTAGCTCAGGTACACACTCCTTTATTAAGAAGAAGCTAAAGATAGAGTTTTCTAATGCAGCTAAAGAAATGACAGGAAATGCTCAAATCTTAGAAGGTATAAAAACGGACAAATCTGGGATAGGCTATGTAGGTGCAGGTTATATCTCTCACGAGACAGCTACTAATCCTACTGTAAAGATATTGAGTATTAAAGAAACTCCTACTTCACAAGCTTATTCTCCTATAGACTCCAATGCAATCAATAACAGTCTATACTTCTTCCAGAGACCACTGTATCAGTTCATCTTAGAAGATTCGTGGGAAAAGGTAAAACCATTCATTGACTTTGAAAACGGTGAGATCGGAAAACAACTGATCAAAGAACACGGTTATTATATAATAGAACGACCATAATATGAAATATAACGTTAGAATAGGATTAGATGTTACTTTTAAATACATCTTTAAAGCGACTGGTCTTTTAGTGCTTTGTTTATTAGGAGGAATATTAGCCATGTTAATATACAATTCTATTTCCTTCTTTATGGATGTAAAACCCCTTGATTTTATCACAGGGATGGAATGGAATCCTACAGCAAAGAACCCTGTATATGGAATGCTCCCTCTTATACTAAGTACTACCATAGTAACCTTAGGAGCGATGCTTATCGCTATTCCTCTAGGAATAGGTACAGCTGCATTTATATCTGAATACGCTGGTACACGACTAAAGAATATTTTAAAACCAGCTATAGAAATGTTAGCTGCAGTTCCTTCAGTAGTTATTGGTTTCTTAGGAATCGTAGTGGTAAGCCCTGGCTTAGCTGATATGGCAGGCTTACCTAATGGTCTTAATGCCTTAAATGGAGCTATCTTACTAGCGATAATGGCACTACCTACTATTATTACGATTGCAGAAGATGCTATACATGCAGTACCAAAAACATATAAAGAAGCAAGCTATGGTGTAGGCGCTACTAAATGGCAGACTCTTCGCAAAGTAATCCTTCCCGCAGCAGCTCCAGGTATTATCTCTGCAGTCATGTTAGGAGTAGGTAGAGCCATCGGAGAGACCATGACTGTACTTATGGCAACAGGTAATGCAGCGTTAATCCCTACTGGATTCTTTGATTCTGTAAAAACAATGACAGCGACTATCGCTATCGAAATGGGGGAAGTTCCTTATCAAACTACACACTACTATGGGTTATACGCTCTAGCGACAGTTTTGTTCTTCATGACACTTATCGCAAACCTAGTAGGAGAATATTTTATAAATAGATTAAGAAAATACCATGCAGCATAATAAACTAAAACTATCCTCTATCGTAGAATGGGGAACATTAGTAGGAACCACTCTTATCGTGTGCTTTTTCCTTGTTGTAATCATCCTAGAGATTGTGACAAAGGGAATGGGAAGTTTATCTTGGGAGTTTATCTCTACTATTCCTAAAGAAGGAATGACTAAGGGAGGTATTCTTACACCGATTATAGGTACAGTGCTTATTACCCTTATCACGGCTTTATTCAGTATTCCATTCGGTGTATTCTGTGCGATCTACTTAAATGAATATGCAGAAAACAACTGGTTGACTAGAACGATTAGAGCAGCTATACGTAATTTATCAGGTGTTCCTTCTATTATCTATGGACTATTCGGATTAGCCTTATTTGTTCAGACATTATCTCTAGGAACTTCTTTACTAGCTGCAGGATTAACATTAGGACTATTATCACTTCCTTATATTATCACAACTACAGAAGAGGCATTAATGCAAATACCAAATAGTACGAGAGAAGCAGCACTAGCAGTAGGAGCTACTAAATTTGAGACTATTAAAGATGTGGTGATTCCTTCTGCAGTACCAGGTATTCTAACAGGTGTAGTATTAACCCTATCAAGAGCAGCAGGTGAAACAGCCCCCATCTTATTCACAGGGGCTGCGTTTTATATCAGTGATACGAATGGATACCTAAACCAGGAGTTTATGGCTCTGCCTTATCACTTATATATGCTATCGACGCAACATCAGTCAATAGAAGAAGTAAGACCTATTGCTTATGGAACAGCATTAGTGTTGATTATCGTAGTGTTCCTATTAAACTTAAGCGCATTTTATATCCGTTATAAATTCAGAAAAAATGAAAACTAAATTATCTGCTGAGAACTTAAATATTAGCTTTGGAAGCAAACAAGTTTTAAAAAATGTAAGTGTAGAATTTGAAGAAAATAAAATAACTGCCCTTATCGGACCTTCTGGTTGTGGTAAGAGTACTTTACTAAGAAGCTTTAACCGTATGCACGACTTAGTTCCCTATGCTAAAATAAATGGGACTATCAAGTTAGAAGATATGGATATTTATTCTAAAACTATACCTGTAACGGAGATTAGAAAACGCATCGGGATGGTATTCCAAAAAGCGAATCCCTTTCCGAAAAGCATCTATGACAATATTGCTTATGGTCTAAAGATTAATAATCTACCTCATGATAAAAGTGTAATCGAAAAAGCATTAACGGAAGCCTTCTTATGGGATGAAGTAAAAGATGATTTAAAGATGCCAGCTTATCGCTTATCAGGAGGACAACAACAACGTCTGTGTATAGCAAGAGCTGTAGCACTTCGTCCGGAAGTAATCTTAATGGATGAACCGTGTTCTGCACTTGACCCTGTAAGTACAATTAAAATAGAGGAACTTATTCTTCATTTAAAAGAGAAATATACAATCGCTATTGTAACACATAATATGCAACAAGCACAGCGTATCGCTGATCAAACTTACTTTATGTATCTAGGTGAAGTAAAAGAAAGCGGTTTGACACAAGATATCTTTGAGAATCCTAAACACGAAATGACTAAGAATTATATCAACGGTGTTTTCGGATAAAAAATAAAAATGCCAAGTAGACCACTTACCTACTTCGTCATCAATAAGTCTGACTTATTAGAGTAAAAACGGATACCTTATAAGGTATTCGTTTTTTTATTATATATAACTAGACTCTTCCACATACCCTATATGAGGTGTGCATACAACATTATCAAAATGTAGTAACTCATAATTAGTATCATAGATAGGCTCTTGCTCATAGACATCTACTCCGACTAATAGCTTCTGCCTACTCTGAAGCACATTAAGCAATGCTCCGCGTTCGATTAATTCTGCTCCATTAGAATATCTTAACGTTGTTACTTATTCTACTTATTCCTATATTGTTACCTCTATTCTAACTGACTTAAGTATGCTATTTACTCCTATAACGACTTCTTTAAAGAACAATAAACAAGTAACTATTCGCCTTGCAAGCTCAAATGATGCTCATGCTCTACTAGATCTTATCAAACAATATCTAGATAACGCTGAGTATATTCCTATTACTAGTAATGATTTTAATAAGACTATAGCAGAAATAGAAGCTTGGATTGAGAAACTAAATAGTGCTGATAATTCTATAATGTTAGTGGCAGAACACAATGGGCAACTAATAGGGAATTTAGATCTAACAGGACAGCATAGAAAGACACTACAGCATACAGCTGTATTAGGAATGGGAATATTACTAGAATGGAGAAACACAGGATTAGGAACAGCATTATTAAGTAGTGCTGTAGAATGGGCTAAAAGAAATAATACACTTGAGATACTTACATTAGATGTCTATACAGAGAATATAGCAGGAATAGAATTATACCGTAAACAAGGGTTTAAAGAAATAAGCATTATACCTAACTTTATTAGGGACAATGATAGGTACTATGATAATATGAGTATGTGGATGGCGTTGAGGTAGATACTATAGACCTCCATTTTCAATATACTTAAGGTTATACTCTTCTTTCATTGGAGTATTACCTAGCTCTTCATATAAATCTGCTAGCTCTTTATAAATATAGCAAGAAGATACTCCTATCTCTTCGCTAATCTTAAAAGCTTTATAGCTTGATGAATACATTGTTCATCTCGATAAATATATCCTAAATCTTCAGCAATAGCTCCATAATGATTAGACTGTTGAAGCCCTTCTTCTAATACCTCTATTCCTATTTTCGGATTCGTATGCACATAATATAACTCATAATTTCCATAGGATTCACAAGCTACTAAAGGAAGAAACTGACTACTAAACATATTCTCTAATACTTCAATTTGTTCTAGAGTGTTTTTTATAAGCCCTATCTCACTTATTCGTTCAGGAAGTGTTATTCCTACATATACTTCAGATATACCAGTATTCGAAATCTCTAATCCTTTGACAAAAAAATTCCCTTCTTCATCTGGTAATACAGAATATTGAGTAGCTTCAACCTCCCACTCAAGCACATCTTCATTGTCTTTATTAACTACAACAAATACTTTTACTTCTGAATCAATATGTAACTCTCTTACTTTCATAATAAGTAGTTTTTATTCTATTATGGTCTATAAGGAATTTCATTAGGATTGTCTTTAAAGTATTCCATAATGATAAAAAACTGTTTATCTGTAAGTAATAAAGTCGCTAAGTCGTGTCCACCTGATATCAAGTAAAATCTCTCCTTTATAAAGTTATACTCTAGTATAGCATTTACTTCTTTAAAGAAATTCCTTACTGAAGAATCCCATATCAAGTCATTATCTAAATCATACTGTGTATATAAGTTAATTCTTTTATCGTTAATAATAATATCATGAGTATATTCATAATCATCTGCTACTTTTACCTCTAGTTCTAGAGCCCTTTTTCCAAGTATTGCATTTAATTGAGGAAGAAAGAAATCAAAGTTAAACTCTGCCATTTCCTCTGCATCAATATGAGCGAACTTATAGGTCTCATCATCGTGAATATAGAATGACTCGATAATATCTAACTCCAAGGAATCGATTAACTCAGGATTTGCATATTGAAGAAAACCATTCTCTATTAACTCGATTCCAAAGGGAGAAGGTTTAATGGATGGGGCTACTACCTTATTAGAGGTCCTACTTATCGTTCTAATCACGACACTTATAACCAACCATACTACTACACCATATAAAAGATAAGTATAATTCATTTTGAACCTATTTATTGTATAATATTTTATACGATTTGTCCATTCATCGTTAATTGATCATTAGTACTATATTGTCCAAAGCTATCTATACTACTAAATAATAGACAGAAAAATAAAAAACAAACTCTCATATTAAAAAACACTATACAATTCTTTCTTTTACATTACTTTACAGAAAAAACTATCTCTATCTTAGTAAAGATAATGAAAAACACTACTAACTAAACAATTATTATGAAGATACAGCATAAACTTATCTATCCGATTCTATTATATTTTTTATTATATACTGTTATTACAGCTACCTATCTGTCATTAAGCTTTATAGGTAATACAGAGTATCAATCAGTACTAGCCTCTGTGCCTTTAATTATTCTAAGTATCCTTTTAATCAAGAAACATACATTACCTATTCGCGTTTCTTTAAAACTAAACATAGACAGCAAGTCTAAGAAAAACCTAATCAAATACACTAGTCTGTTTGCTTTTATTTTTTTAGTAGTTAATAGTCTACAGATATTCTTATCAGATTCATCAGATATACATCATGAATACTTAGATCAGATTTGGTTCTTGATTTTAATATGTTTACCAATAAAGGCATTAGGAGAAGAAGTTTTATACAGAGGGTTAATCCAAAATTACATTGATAAATACATCAAACCTTCTACTAAAAGTATCAGTCCAGGTAATATAATCACGGCTGTACTAATGACTATTGCGCACTTAGGCTTCTTTTATATTATGCCGTTACCGAATGCCATACTAGCACTTGTACTAGTATTCTTTGCCTCGCTTTTCTTTGGGTATCTTTCTAAAATCACCAATCGTAACATCTTATACTGTACTGTAATTCACACTTTCTTTAACTATATCCGTGTAGTTGTACAGTGCTTTTATATCTCCTTTATTCTTTAACCTTACTACTCCACTTCTCAGATGCTGAAATAACACTAAACCTAAGAGTCGTAAATTCATAATGAAAGTCCTTTCGCTCTCTTTCTTTCATCGCGTCTATATGACGGTTAGGTTTATCTACTTTGCCATATCCCTTGACCATGTCTAACATATCTTTCTGTGTATTCCATAAGGAGAAAGTAGAGACTGTATGTGGAAAACCAATAGAAGCTTTAGCAAATAGTACTCCTGGGTGATCACGAACCAGCATCTCTACTGGTCTCCCCCATTTAATAAACCTTGGTATCTGTAAGAACTTCATCCTAGCCACTGTAACTGCTACAACTGAAGCGGATTGGTCTTCGCTAATACTCACTAGTTCCTCTGGTACAAACCCTGAGACATTTCCCCATTGTCTAATTAATTTTAACTTGAGATACTCTCCTTTTGCAAGTGTTCTACCAATCTTATTATGGATTAAAAAATAATCTAATACACGTTCATCTTCCCATTGGGCAAATATAACTACGTACCTAAGTTTTAATCTAGATAGGGAAAAAATAGGAGAACCTAACACCATGCTAGACATTACTTCTATGTGTAATAAACCCTTTTGTCTCTTTAATCTATGTGAATTAAATAGCAATTTTAGTCTCATCCATAAAGATACTTTCACTAAGTGATAACTATATATAGTCATAGATTTAAACGTTTTTATTACATTATCATTTGTATCCTACCTGTAATATAACGATTTACATTTATAAAAAACATATCCTACAGTAAATAAGGGTTAGATACTCACAACTGTGTTAATAATAAACGTAACTTACATATTCCTAAGCTATATCTATAAAGTCTCTTTAGAGAATACTCTTCTTATTATTTTAAATAGGGATTATTGTTCTTATCATGCTCTACCCATATAAGCTTGCTAGTATCATATCCAACTTCTTTAGCAATTTCTAAATACTTTACTTTCACATCTTCAGGCAAAGTTTTTTCTCTAGATAGAATCCATAAATAATCAAGATTCTTCCCTGCTATTAAAGCATATCGATAATCTTCATCTAAAGCAATGACATTATAACCAGAATAGAAAGGCCCAAAGAAACTAACTTTTAAAGCTGCTGTTCCTTTATCTTTTCTAAACTTTGCTACTCCTTTTGCTACAGACCACTCCTTCTCTACGTAATTATATCCACTATTAAGAACCTCTACATTCCCATCTTTATCTAGACTGTACTGAGCTGAAGTATTATTCAAATCTTTTTCAAATCGAAAGTCAAAACGCGCTATCTCATACCACGTTCCCAAATAACGGTCAACATCAAAATTAGTAACTGGCGTAGCTTTCTCTGGAATATCACTATTATTACACGATATTAAGAAGGTTGCACAAAAGAATAATAAACTGAAACGGATAAAGTAATTCATAATTAGTACATTTTGAGTTTTATCAAAAATAAAAAAAACTACTTTTAATACAACTATATTATTTAGAATTATTTTAAACAACATTTATTATTGAATAAAAAGGTCTATCTATATTAAGTTTTCATTCCTTTTTTGCAATTTAATATCCTATCTATCATTTTTTTACCGATTTTTGAATTGTCAAAAAACAACAATAATCGAATCAAAAGCTCAGATCATGAAAAAAAACACACTTTTATTAGCAATGGCATTAATCGTAATGTCTTGTAACCAAAAGAACAAAGAAGAAAATACCCCCGAAATAACAACTGAACAAACCTCAACAAATGTTGAAGAAATAGACGCACCTAAAGCTGGATTTAATATTGAAGATATAGCTTATAGCAAAGCGGATATAGGTACTTTCCCATTCTTTACCTTACCTAAAGGATTAAAAGAAATGAACAAACCATTTCAGAAAAACTTTGATGTATGTTACTTCCCTATTGATGGAGTAATGACTCCTATTGAAGGAAAACTGTATAAAACTAATGTAACTGCTGTAGCAGGAGAAGAGTTTTCTCAACGCTACTTTGAAAAAAGCTTAGAGGATTATTTAAATTCTATAGGAGCAGTGAAAGTCTTTGAAGGAGAAATCACAGGGGAAGAATATGAACGTTATAATAAGCAAGATCCTAATAAAGGAGATGAAGGAGATATCGGATATACTGGAGAATTAATTAAACTTTATATTATCCGTACACATAATCAAGGAAACGTTTATATCCAATACACGGCTAATAATGCAGGTGGTAAGCTTAATATCTTACAAGAAGAAGCCCTACAGCAGACAATTACTAAAATTACAGCAGACGAAATAGTAAAAGATCTAACAGAGAAAGGTAAATCTATCTTATATATCAACTTTGATATCGATAAATCTATACTTACTCAAGATGGAGAGAAAACAGTTGACGAAATAGCAATAGCTTTAAAGAAAGATCCTTCTTTAAAGATTTCAATTGAAGGACATACAGACAATACAGGAGAAGCATCTCACAACAAAAAACTATCTACCGATAGAGCTAATGCAGTGATGAATGCCCTAATAAAACAAGGCATCGCTAAAGAGATTCTATCTGCTAAAGGCTTGGGTGCAGATAACCCATTAGTTGCTAATGACTCTGATAGCAATAAGGCTAAGAACAGAAGAGTCGAACTAATTCGAGTAAAATAAGACTATATCAATAGTGCTCTCCTTTAAACATGCCCCAATAAGTATTTACCTTATTGGGGCATGTCTTAATGCACAGGCTGTAGGTGGTTTTTATATGAATATCATATTATATATTTGTATCATGTGGTATACACAGAACATAATATGCAATTACCTATTTCTAATACATTAAAATATTCCCTTAAACGTAGGAGGACTAAACTTAATTCGCTTTCCTTCCCATTCAGTTATATTACCAGAACTATCCATAAAGGCAAACTCTATTTCATAATCATTATCTCTTTTAAAACTAAAAGCCCCTGAACACATACCATGCCCTACACTAATAGTATCTTTATAAGCAACTAAATAATAAGTAGTTTCTTCTTTTGTCTTTACATTTTTCATTGTAGTCTTTACTAAGAACTCTGAATCATCTTTGGCAGGATTAGAAAATATCACATTAGAAGAAGGACCACATCCATACATAACGTTTTCTTTCTTTTCTATCTTAGGCTTAGAATCAACCACAGGTTTATCAGTATCTACAGTAGGCAATACCTTATACTTTATGGCTTCATATTCACCCGACTCTGTATTACGTCTTTCTAATTGTTCATGTTGAGGTAGACTATCAATTACTAAGGTATATTCAAGGCCTGCCTCTAACTCTGTCTCAGGCTTTAAGATAGCTTGTGTCAAATTAAAACTGCCTACGTAAGTCTCTGTCACAATTAAAGGCACTATCTTATCACCACTTTTAAGATATATGGGATATTCCTTATTAAGCGCTTTAATGATTAATTGACTGTCAGCATAGCCCTCTATCATAAAGATAGAGTTCTGATTAATGGTCGATCCATTAGGGAAAGCACTTAAGCCAAACGATCCACATTTTGCATAAACAGACATCATGCTAAACAAAGCGATAAGTAAGGTTAAAACTTGTTTCATATTATTACTCTTTATTAATACCTTATCTAAGATAATCTATTCTTATAAAAATTATAGCTAGTAAGCATAAAAAAGCCTATATCAATAGTAATTCCTTTGATATAGGCTTTATATTTTATGTCCAAATAACTACTTCTTATTAGCCATTTGGTTAACTATCTCTTTTAGAAGTGCTTTGCGTTTAACAGCTGCTTCCTGTTCTTTCTTCTTCTTTTTATCTATTTTATCCTTGACAGCCTTTCTATTCGCAGGTGTATTTCTTCCCATTGTTATCTGTATTAGTATATACTCTAGTGCAAAGTTATCATACTCCTATCAATCAGCATTACTTCCATCAGTAATAATTATGACTTAATTAAAAATCTTTTTCTATAGGATTACTACTTAAGATTAGTTTCTGTTTCATCCCTGCTGGATATTGATCTATATTTTTTGCATTTCCTGGATTTAACTCTATCAGTAAATCTACAGCTGTTTTATTATAAAAAACCTTATCTGCTTTCTTAGCTTGTTTTTTAGACACCTCTTCATAATTAGCTAATCCGTCTAAAGCATCCTTAGCTAATTTTATATTTTGGCTATTAGTAAACTCAAAAGTATACTCTCCTGCCGCATCCCATGCCTTAACTACAAAACCAGGTAGATTATTAAACTTATAAGGACCATTTAAGGCAGGAATGTCTGTTGTAAATAAAGCATACCACACACGTCCACCGTAGCTTGTTGTTGCCTCTTGTACCTTATATTCTTCCCATTGAGTTACTTCAGGAGCAGTTGTCCATTTGATACTATTTTTATCCTCTTTGTAATAATACTTTTGTCTACTTTGTTCAAGATAAAACTTATTTTCATCAGCATTACTATATACAGACCAAGCAAAACCAGATTTAAACTGCTTTAGTTTATTCATTATATCCATTCTAGACAATGATTTATCTGTCTTCGAGGTTGCCATAAACTCACTTCGCTGTAGGCTTCCATAATCAGTAAAGCGAGAATTACTTTGATTAATATCTAGAATAGCTACCCCTTCCGTTATCTGATTTGTTTTTTGAGGGTCCTTTACGATTTTTGTGCTATAAAAGAATCTACTGACAGCAATAGAATCATTAGATTCTTGTGCCAAAGTGTTGCCTACCAATGCTAAGGTTAAAATAAGACAAAGTTTTTTCATGATAAATATTTAGTTTTTTAAGTGTTTGTTACTAGACTAGTAAACATATAAAAAAACTTCTAATTACCTCCTGAATATTTAATATTGATTTTATTGCCTTGATAACAATCTAGCACTAATCTCCTTTTATCATTAAGAAATAGACTGTTAATAATCAATAAACTCCCCTAAAATACAAACGAGGATAAGCTTTACTTATCCTCGTTTTGAGTTATATTATTCTATCCCAAACTGTCCCTTAGAATAAACTCTTGCTTTACCAGCTACGATTACTCTTTCGGCTTTATTCTCACAGTATAACTCACCACCTCTTTCTGATATTTGCTTTGCAAAAAGTATATGCTTGCCTAATCGTGATGACCAGAATGGAATAAGAGAACAATGTGCTGATCCAGTTACAGGATCCTCAAGAATAGTAGACTGAGGTGTGAAATATCTAGAAACAAAATCACTCTCTACCCCTGTTGATGTTACTACCACTCCTCCTGGGTCTAGGTTGATTAAATCTAATACAGATTGATTCACTTTAATATTCTTTATCTCTTCCTCTGACTCATAGACTAAGATATAATCTCTAGATTTAAAAACTTCTTTAGGCTGTATATTAAGTGATTTAGCGATAACATCAGGTAATGCTGAAGCCTCTGGCATTCTTGAAGGAAAATCCATATAGTACATCCCATCCTTAACCTCTACGATTAGCTCACCACTCTTGGTATCAAATACAATTCTGTCCTTTGGATAGTTTAATATACTTGATAGACAGTGCGCTGTAGCCAATGTAGCATGACCACATAAGTCCATTTCTATCTCAGGAGTAAACCATCTCAAATGAATACTATCTCCGTTATCAATAAAGAATGCTGTCTCTGCAACCGCATTCTCTCTTGTTATTTTAAATAATACCTCGTCAGGTAACCAACTTTTTAAGGGTACAACACAAGCTGGGTTTCCATGAAAAATATGTTCTGTAAAGGCATCTATTTGATATAATTCTAATGTCATTATCTACTTTTTAAAATATTATATTGTTTCTATAAATTGTACGTAAGGAATTACACTGTTTTTGATGGTTTCTACTGAGCTATCCTGCTCTATACCATAGTATGCATAGAATCCTTGATAGTCAGCCTTAATGTAATTAAAGGTTACTTCAAAAGGGGCTAACAGTTGTTCTAAAGTATATTTATACTTTCCATCTGCACTATATTCCTTCTCATCAATCCCAGCTGTTATAGCTAATCCTATTTTCTTATTACTCATCTTATACCCACTCTGGCTACCATAAGCCCAGCCATAAGTCAGTACCTCATCTAACCACGTTTTAAACAAAGGAGGACAATTAAACCAGTAAAAGGGAAATTGAAATACAATATGGTCATAGGATTCTATCAATTCCTGTTCTTTTTGAATATCAAGTATTCCGTCAGGATATTCACTGTGTAAATTATGAATAAAGTATCGTTCAGGAGATTGTTCTAACTCCTTTAACCATAACTTATTTACAATAGATTCTCCAAAATTAGGATGGATTAAGATCACTAATGTACGCATCATTTCTTAGCATTAATCGTTATTACTACTGCAAAAATAGGGAGTTCAAACAGCTTTTTGTACCTTAGCGCCCAATTGTTAGATACTATCAAAAAAGTAAGTATGACCAAAATTAAGGAGACTTCTACTCACTTCGAAAACAAAAAAGCCCTTGAAAATGAATGTAATGAGGTATATGCCACAAGTATAATTGGAGGGCAATGGACGATGGCTATTTGTTGTTATTTACTTGAAGGGAAGATGCGTTTTGGAGAGATTAAAAAGGTATTACCAAATATTACAGAAAGAGTGCTTACTCTTCAACTACGCAAATTAGAAGAGAATAAGGTTATTATCCGCACTATATATCCAGAAGTTCCGCCACGAGTAGAATACGAACTTACACCTATAGGTCTAAAACTAGCTCCCATCATTAAAGCTCTAGGCAAATGGGGAGCTGAGCATAAAAACCTTGAAGAAGAAACTAAACAAGCGTAACAAAGTTATTTCTCTTGTCTAGATTCTATCTCTTTTCTAATATTTTTAGCAGTAGTGAATAAGTTTATCACAATTGGCAAAAGTGCAAAAGGAACAGCTATTAAAGCATTGAAGCCTTTTGTCAAAGCTCTATATCCCAAGAACACCAAGAGAACAAGAAGCATCCCTACCAATAAACCAGCTAATACTTTTGACTGTTTTTCTTTTTGTTTTAATTCTTCAATACTATAATTTGTATAATCTGCCTTATTCATCTTTTTTAGTATTTAATATCTTATCTAGCTAATAAGTAGTTCAATATAATAATTTGTTACACTCTTTTTTAAGTATTCAATTAAAATAACTATCTATAAAAGAATATTCCAACCAATAAAAAACACTAAATAAAAACTTTATATAACAATCTATAAAAAACTACAAGTCAATAACTAACATATTATTTACCGATAAACTTAGAATCACTTAAAGTAGACATAAAAGCAATTAAAGCTTCTTTCTCTTCTTCACTAAGTGCGATACGGTTGTTTGCCTCTTTGAAAATAGGGTCTAAGTTATCTGCATCTAATACTCCTGTATCAAAGTAATCCAACACCTCTTTTAAAGAGCTAAACTGCCCAAAGCTTCCATAAGGTGCAGTATATTCAATATTTCGAAGAGAAGGTACCCTAAAACTCATATAGTCTTTTAAATTACCCGTTACCCTAGCTCTCCCCGCTTCATTACTATCGAGATTGATAGGAAAACCAATATTTCTAAAACTTTGATCTGTAAAAAGTGCTCCACTATGGCAGCTACTGCACTTCTGAGTAAATACCCTATATCCATAAGCCTCTTGACTAGTAAATTCCTCTTGTCCTAGCTGAACACGATCGTACTTACTATCAGCAGAGATCAGCGTATACTCATACTGAGCGATACTTTTATATATTCTCTCTGGAGTCATAGACTCATCTCCATAAGCTTTTTTAAACAGCTTTTTATACTCTATATCAGTTCCTATTTTATCTAGTACTTCTACGATAGAAGAGTTCATTTCTTCATGTGTAATAATAGGCACGATAGGTTGATTCTCTAATTGAAGTTTACTACCATCCCAATTGTAATATTTCATAAAGAGTAAGTTCTGAATAGGAGGCGCATTGCGAAGCCCTACCCTTCCTTCTATACCTATCGCTTGAGCGTGATGATCTGCATAAGCAGATTCTTGTATATGACAGCTAGAACAGGAGATTGTATTATCCTTGCTCAACCTTGGATCTGTAAACAGTTTTTCTCCTAATTCAACTCCATACTTTGTAGGTTTATTTTTTAAAGCAGCGGAGTTCCACTCTGGAAAACTAGTAGGAATTCCTAACTCTATCTCTGGATTGTCAATCACAATATCTTCATACTCATCCTTATTACAAGAGATTAAGCACAGTAGAAGTAATAGTACACTTATTTTTGTTGTTGTTTTCATTTGTAATAGCAATTATATAAAACCCTTTAGAAGACAAAGAGCTGTTATGTAGATAACAGCTCTTCTATACTTGTACTTCTTATTTTACACTGATAATAGAGAACATTCCAGTAACATCACTCGTTCCATTTCCTCCTAAATTATCTACAAACTTCACCATCTGTACTGCTGTATGAATATTAGGTGTAGCATTATCATTTGGCCCTTTACCTGTACTTAATTTAATTGTATTCGATTTCCCTGTTAATAGTTTATCAAAGTCAGCTTTAATCTTAATCGTTGGCGCAGAACTTCCCACCACTGCATGCGTTGGTAAGTTTAAGACTACCTCTCTATACGCATCTACACCTTGTATTAGTTCACCATTATCTCCATCATCTAGAGTACTTCCTGTGTGTATAGACATCTGCTTTTTATCAGCATCATAGAATCCTTCTATCTTAGTAAAACGATATCCTGTTCCCCATTCCCACATCATCTCAGTATCATTAGCTCCAGCGTTAGCATAAAAAACAGGAAACTTAATTTGATCAAGAACATTTAGATCACTGCGTACACCTAGACCAAATTTGATTTGTTTATACTCTCCTCTAGGGATATTAGTTAATAAGTAATTTAATGTCTCTGTCTTCGCTTGGTTAACAACAGTTGCTCCTTTATCTAAATCATTCACATGATAAGGAATCTCTTTTCCATCATTTTTAATTAGACGAATATTACTAATCACATATTTTAATTCAGAAAATTGATGTTCTTGCCCCTCTGCAGATTTATTAACAGTAGCAGAAGAAGAACTAGCATCACCTAGAACAATTACTTTATCCTTGAATGTATTTGTAAACTCTAAAGTCACATTATTAGCAACAGCGTTACTATCATCATTAGAACAAGAAACAACAGCTAATGAAGCTGCAAATAGTAAAAAGCTCTTTGTTAAATTTTTCATTTGTCTTATTTATTAGGTTTTATTTTTAAAAGTTTATTTTTAGAGACGTGAATACATTACGTCCCATCCTAGGGATATTACCCCAATCTGCATAAGTACTATAGTACTCATTAAGTAAATTCTCTGCTCCTACTTGAAACACTGTTTTAAAGTTTTTGATATAAAAAGTGTAATCAACTGAAGCATTCCAAATCGTGTATGATGGAGTCAAACTCTCTCCGTATTCTGGACTAAAATCTCGTTGTTTCGCATCACCATTGATAGAAGTCTGTATACTAAAATCTCTGAATAGATAGTGTAAAGACGTCTGATAACTAAATGGTCTAATGAAAGGCAAGTTTCCCTTCTCGTTATCTTGACCTCTAGCATACGTCACACCACCTTTCCAATGCAAATCATCCATAATATGATAGTCTGCATTAAGAGCGAAGTTAAACAGCGTAGCATAGTCTAAAGAGGTATATCCTTTTACCCCAACTGATTGATAATTCATCGGACTACCTAAGCTCAATATTCTTCCGATAACATAATTCTTGATATAGAAGTAATTTACCTTAGCTTGTAGTGAGAACTTATCTCCTTTATACCCAACGCTTGCATTTAACTCATTAGAAATCTCATTTTTTAAATTAGGATTTCCGATGTAATCATAGCGATCATAACTATTGTAGATATAATATCCATAAGCTTCCGACACAGAAGGCGCTCTATGCCCATATCCTACACCAACAGAGAAATTAAATCGATTAATATCCATTTCATAACTAGTGTGTAGACTTGGTAAGAACCTTGTCTTCTCTTGTGGGCTTCCTGGATGAAAAATCCAGTTAAACTCTATATACTTTGAGTAATTATAGTTTATTCCTGCTGACCCTCCGAAATTCAGTCTATGATCATCAGAGAACTCTATCGTATTATTCAATGATACCCCTGCATAAGTCGTCGTTACCCATGGCCAACTATACGCAAACATTGTTTGTTTAGAGCGATCCTGTGGGTACATACGCATTTCTGCAATCGAGAGATTATTATAAGCGTTCAATTGTAATTCAGAAGAATACTTTCCACTTTTAAAGTTTGCTTTAGACAGTAACCCGTAAGTAGTACTCCAGCCTGGCATATCCATATGCACCAAATTCTCTGGACGTGTAGTATCATCCATATAATGCTCTATCGCATTAAAATAAGCCTTGGTATCCCAAACACGTATAAATTTGTCCTCAAATAGCTGTTTATAGGATACAGAAGTAATCAATGCACGAGAAAGCCATAAGTCCATTGGTAAAGCAGGGAAACCAACATCTTTAGCAACGTCAAAAATAACATCTGCTCGCAATGAAGATAAACCACCTGTCTTATAAGCCAATCCTAAAGCTGTATTAAATTTTTTGTACTGTGAGTGCTTTACTTCATCGTTATTTCCATCTTTATAATTACTAGCTTCCCGATAAGCAATACTAGCGTCACCAGCTAGTTTTTCACTTGAGAACGAGACATTACCTAGATTAAAGAACTGTTTATTATTAAACTCAAAACCACTTTGATAAGCACCTGTCCATACCTGTCCTATCCCAAAGGCTGTAGTTTTTCGTTTAAGATCAATACTCCCAGCCACAGTAGCTCCGTGCATTCCTCCTTCTTGACCAGATTTAATATCTATAGTAGATAGATTATTACTCTCTACATAAGAAGTAACAGGGTCCATCTTATCTGTACATGCACCAAAAATATGCATCCCATCAATAGTCAAGGTAGAGCGTTCTGTACTCATATTATTCAGCATAGGCTCCCATGCATAAGCCCCTCTTTTGATAAAACTTATTTGTTCTGAAGAAGCCAAAAACTCATCGACAGACACAGCCATTTTCATCTCTGTCTCTATTCTCTTCTTTGCTTGAACTAGCATAGAGATTTCGTCTAATACAGTAGGTATACTATCTTGTAGGCCTTTATTATCTTGTGCTACACTCGCTGTTGTAACCCCTAAGATTAATATGGTAATAAAAGGTTTCATAATAATTAAAATAAAGTATCTATATGTAGTTCACTTTTCTTGCCTTCTACACCTGGTGTAAAGTCACTAGGTACAGTAGTTCCCTTTAGAATACGACCATGTTGGTTTAGCATAATAAAGTTCAATGTCCAGTTACCTGTCATTGTATAGTTCACTACACCATAATAGAACTTATCCTCACGTTGTACTAGATCTTTATTATTAGGAGAAGAGTGATTTCCCATCGAAGGCTCAGGCATTCTAGGATCTAGTAATAAGGTATAATTATCAACTACCGTATAAGCATCTTTTAAACTACTGTTTTCAGCATTAAGTTTATATATCCCGGCTACAAGTTCATTTTCTGCTACCTTTGGTTTTATAGGTGCTACTAATGCTATAATATAATCCTCCTTGTCAATCCCTCTAAAAGAAGTCATATTCAGATTCTTATTGTTTTGCTTTTCAACGAAAACAAGCTGACTCGCTGTTACACTTTGATTCTTATCCTTAAATGTAATCTCCACTTTCCAGTCTCCTTGAGTATTCTCTTGCGTAAAAACAGAAAAACCTTTATAGACTTTCTCTCCTTTATCATACACCAGATCATATAGATTAGGGCATGACTCTATCTTCCCTTCTGCAGTAGTATAGATAGGTAAGAATGTTACTTTTGCATTCTCTACGACTTGCTTTGTAGTTACATCAGTGATTTTCAATCTTACTTCATTATACCCTTTGTACAGATGTCCATTAAGGGCTTCTAGGCTTATTGTATAGTTGTCTTTTTGGATTGAGACCACTTCCTTAAATTCATTATGCTCAGGATTCGTAATATTACTTTCTGATTCATAATCTGTTTTATCAATAGTACAAGCTGTAGTAAACAGAAACAGTACTACTATCCACGTTAAGATTCTCATTGTTACATAAAAGTGTGTACATGACTAGGCGAATCTGTATGATTCTCTTTTATAGATCGAATCATACACTTGATCTTTTAATCCAAAATCAGTGTACAGCATTAAGGACATCATCAAGTGTATTGACAATATCATCGGTTAAACTATTTTACTTATTTTACCCCAAAAGCATATAGTAGATGCTTGCCATCATAGAGATATAGACAGCGTATTTCTAAGTAGATATAGAAACTCTCCTATAAAATCACTTAGCACCATGCAGTACATACTACAAAAGATACAACTGATTATACTGGCGTATACAGATCAGTGTACTATACCAATATCTGATCCACTATACATGAAACGGGATATGATTACTTACTATCTAGACCAACAATCACGTTAGATATAGAAACAAATAATCTACTAAAAGTCAATAGTTTATTAGACAGGAGGTCTAAAAAGGAAATCGTTGAAAGTATAAGTATATACACTATCAAGGCTAAAGAACGCCTTAAACGTATAATTCTTAAATAAATGAATAGATGTGTTATTTACAATATCTTGAAAATAAACCAGCTGTATTTCTGCTGAAGCAAAATTGCTTTTGTTTTTATCTTTACCTGTATCAGAAGCATTAGCCATCTCTTTAGATAGATGACACATTCCATTACATTCTAACTCTGGCTTATCTCTGTTCACACAAAGTTCATCCTTGATATAATCATATAGCACCACATATTCAACAACCGGAAGTACTGGTTTGAATAACATGAATAGGGATAATATGACGATTGCAAATTTCACGAGTACAAAATTCAGACTATTTTTTCAATCTACAAAATCTAGGATTGTTTATGTAAATCAATAGCCTAAAAATGTAAATAGAAGTCCCCTATTTTCGGAGGAATAAGGTATGCTTCTATTTCACCTACTGCATAGATATCCAAAATATAAATGAACTGAATACCATCTCGATTCTAATTAAAACAGAATAAAATTAGATATATTTGAAGTTAAATAGATTCTTGTGATAATTTAGTCTACTATAGCTATAAGAGGTTAATAATCTATTTTCCTTGCACTTTCTAGGAGTTTGCTTGCAGTTTCCTTGGGGTTTCCTTGCCTAGAAGGCTGTTTTGTCGAAGAAACCTGCAAGAATACCCCTAGCAATCCTCAAGCAAAGCAATAGAAAACCTTTTAATATTAGTACTAACTTATCACTAAACTATATTACCTTATTTAATATATTATAAATATGATAGACACACCATTTAACATAAAAGTCTCTAACCTTCATTGGTTAAACAATATAGATGATGAGTCTGATCTATGTGCACATGGAGATGTATTCCTTAAGATTGGAGATGAAGTAATATCTAACGACCTTACCCAAGGGGTTACTGTCTCTGCTACTGCTCTTTATCTATTAAGAAGTCTAACCGAAGACCTAAATGAGTCTAATCATGATAGCCAGCTGATACCATGCTGTGGTTTTTTAATGTATTTTGATGAACAGGAACGCCTTGTTATAGGGGGATGTCCTACTGGAATAGATTGGACTATAGAACATCTACCACATCATAAAGTAAGGCATATATCTGAAAATGGAACGGAAGCTATAATAGATAAAAATGAATACCAAAAGATAGTCTATACTTTCGTAGATGAAATCGAAAACTTCTATAAAAACAGTAGTCCTAAAAAGCTTCCAACTAATAATCTAGAAAAAGATACTTACTTAGCATTATGGAAAGAATGGCGAAAATTAAGAGATAATATATAAAACCACATTACACTAAACAGACACCCCTCCATTGATAGAAATCTATGGAGGGGTGTCTATAATAACTTATGGAGGTATATATTGTCCCTTATTTCTTTTCTTTCTCTCCTTTATAATTATAAGTACCGTCACTTAAGCCCATCATTCTCTTACCAAAATTACTTGATGAAGAGTAACTTCTATTCACAAACTTAGATACTTTCTCATTTTTTAAATTAATTAAACCTAAAGCATCATTTAAGTATACAGGCGCTATTCCATAAGAAAAAGGTCCTTTAACATCATCATACATAAATGGAATAACAGTCTTATTATGTATATCTACAAAGCCCCACTTCTCATTCTGCTTGACAGCAAATAATAAATCACTTGGCAATAAATCAGTCATATCGTCAAAAGCATGTACATCATCATACTGAATAGGTATAACAATCTTTCCTTCTGTATTCATAAAACCAAATTTATTATTCTTCTCTACAACGAAATATCCTTTTTCAGCAGTGCTAACTTTATCTACGTTAGCGATTTTCTGTGGTGCTAGGGTGTTCTTATTTAGTAGATAATATGAAGCATTCGATTCGATTAAAGTAAAATTATACTTATTATTCATCTCATAGTTATCTACCTTCATGATCTTTTTATTCGTTGGATCTACTAATTCCCATGGAGATTCATCATCCTCTTTTATGGCTATAAAATTATTGACTAAGTTCTCCACTTTATAATAAGTAAGGGGTTGCATCTCTAATTTGTCATTCAAATAAAAGTATTGTCTGTTTGTTCTAAAATAACAATCATTAATAAAAGTATAAGTCCCTGAAAATTCTGTTACTAATTTTAGATCTTTATTGTATATCAATGTTTTATCATCTTTATAGACTATAAAGCGAGCACTAGGCATATTATTATTCAATGTCATGGTTATATCTCTTTGATAAGTTTCACTCCCCTTATAAAGAACTATTTTATCTATAGGCTCTCCAAACTCATAATATAGATAAGTAACCTGCTCTGATTTTTTATAATCAGTTGATAATTGCTTCTCTAATGCGTCCATTTTAGCTCCTATATCCTTTTTGAATTGAGAATGTTCCATATTGATATTCTCTTCAGAAAGTACTAGAATCTCTCCAATTTTCTTTATACATAGCTGTAAAAAAAGATCAAACTGATCTGGATGTATACCAGATCGTTGAAATCTATAGCTCTTTACACGTCTTTTATCTTTTAAGATTGCTTGAATATCATCAAACTCTAATTGATTAGAGGAAGTCTTAAGCAGTACACTTTTATCTGATACTTCCACTACCTCTATATCTACTCCATCATATTTCACTTTTTGATGAACTGCAGCAGGAAGTACGATACTATCTAGTTTTTTCATGGTAGAAAAAGGAATCCTAATATCTATCTTATCTACAGCCTTAGTAAGTCCTAGCTCAGTAGTGAAATGTGTATTCACATCCTTCTTCACCTCCATATTCTGTGTTGTACCATCGTGATAATACACCTTTTCTACATAGACAGGAGCCTTGATATCATCTAGAGACCTATAGATCGCAGGGTCTTTTATAAGTTGTATTGTAACAACGTCTTCTGCTATAAAATCTATAAACTGAATATTAGCCTGGATTAATAGATCGATATTAGCATCATACTCCTGTTGATTAAAAGCTAGTTTTAAGGGAGCGACTACAGTAGGTTTACTTGGTTTATCATTGCTTTTGCTAAATAATCTTACAAACCGATTAAGGTCTTCTAAATCACTTTTAAGTAAATCAATATACTCTTGATTAGTAGTAGTAGCGTTATACTTTTTTATATCAACTTGTGCTGTTGTTACCTGCGTAATCAAAAAAAGTATACATATATTTAGGTATGTTTTCATCGGATAATTTTTAATTCGTCTGTATTCTGATCTATGTAGAACATAAAGGATATATTCTCTATATAACTTAGACCAACTGCTTTTAAATACGAAGTTTTATCTAGCGCTTCTAAGTAAGCTAATTTTCCATCATTACTTATGTGCAGTTTGGTTTGTTGTGCGGTTACAACCTTAAAAGGCTTTTCTACTAGATGTTCTAAATCTTCATAGTCTTGATAGGATTTTTGTTCAGTACTATTATAGTTATACGTATATTTCTCTAAGAAAGAATCATATACTAGTTGGGTAATCTGATTAAGATTCTTATCTAATATCAGGGCTGCGTACGCTGCATAGAACTGTTTTATTCGTTCTTCTAAATTCTTTTCTTTACGAAGATCTTTTCCCTTAGACCACCCTGTTAGTTTATAATCAACAGGGGCTGTGAGTTGATGATTAAATCGAATGTCTTTCTTTGTATAGTCTTCTGTACCAAGATAATGAGAATACCTTGTTCCATCATCACTCACAATCGTATCTGTAACATAAGCTTCATTATTAAACACATCAACTGTTTTTATAATATCCCCCTTAGCATTTACATATTCAAGAACCATTTTAGCATAAGATTTTTTGGGAATCTTAGTCATGATATTACCTTTATCATCTATACCAGGCGTAATAATGAAAGACAAATCAATAGATGCCTCTGGATTGAGGATATATTTATTAAGAGTAACCGTTTCATAATGTGAATACCTATCTTTCTTATTTTTAGATAATATAGGAATACCATCTGCAAAAACAGCAGGAACAACATTATAACACTCTACTTGCAATAGACAAATAAGCCCTTCTTTATTTATCATTAATTCATCTGACAAATTAGCAATAGGATTATCAAATACTTTTGAGAAATTGATTTGTATTCTTCCTTTGGTATCCTCAGTTACTTCAGCTTTCGTTTTTGCTTTTACAGTAAACTCAATAGTAAAGCCACGAGTAGCAACCTCATAAATAAGCTCATTATAGCTTTCATCCACTGTTAAGTTATTTGGGTATGTTTTTTCTAAATAGTCGATTAATTTAGTAGTTGTATTTTTAACTGAAGTATCAATAGAACACATCAGATGATCTTCATAAAAATATACATCCTCTAGAGGTATATTATTCCACTGCCCTTTATCATTAGACTTAAAATACCTATTCTTATGATCAAAAAGTATTCGTTTCATACAGTTTCTTATAACTATCCAATGTTGTAATCTTATCTAGTATAACGGGTGACTGAGCCATTATAAAAGAAGGAAAAAGGAAGATGAATAGCAATAATATTGATTTAATAGAAGTATTGAAAATATTCATTTCTTTAATTTGTTAATGAAGACACTAATTTAAGAATAACATTAACATTACTACTATAATTATTAATACTTTCGCATCGATTATAGTACCTTATAATAGGTGCTTTATTAAATTAAATACTTAATGAAACAATTTCTTCAAAGAAAAGACATACAGATTTCAAGCAAGCGATACTTTATCGATGCTATGGGGGCTATGGCCTACGGGTTATTCGCTACTCTACTAGTAGGAACTATTCTAAAGACGATAGGAGAAGAATTTGGTATTTCGTTTTTAAAGGAGGTCGTTTGGCCATTTGCGAACCAGGCGACAGGCCCTGTAATCGCACTAGCCATTGCCTATAGCTTAAGAGCGCCACAACTAGTGTTATTCTCATCTGCAGTGGTAGGTGTAGCAGCGTATCAATTAGGAGGTCCATTAGGTGTGTTTATCGCAACTATTATTGCGGTAGAAATCGGGAAAGCCGTAGCAGGTGAAACAAGGATAGATATAGTGATAACACCAATAGTCACAGTTTTAGTAGGAGTAGCTTTAGCACAATGGATTGGCCCTAGTGTTAATCAGTTGATGCAATGGATTGGACAGGTTATCATCTTTTCTACAGAGGCTAATCCTCTAATCATGGGTATAGTTATCGCTGTGGTAGTGGGTATGGTTCTAACCTTACCGATATCTTCAGCAGCTTTATGCCTGATGTTACAACTAGATGGGCTGGCAGCAGGAGCAGCGACCATAGGTTGTTGTGCTCAAATGATAGGTTTTGCGACTATCAGTTATAAAGATAATGGGCTAAAGGGAGTACTAGCACAGGGTATCGGTACTAGTATGTTACAAGTCCCTAATATTTATAAGAATTGGAAGATATGGATTCCACCAACCTTAGCCTCTGCTATTTTAGGTCCAATAGCTATTTTGTTCTTTGATATGCAAAATACGGCATTAGAATCAGGTATGGGAAGCTGTGGATTAGTCGGTCAGATAGGAACCTTTAATGCGATGAAAGAAGCCTACTCTACTTCCTATATTATATTGGCTATACTAGGTTTACAGATTATATTACCTATGATTTTGTCATACCTAATCTACTATATCATGAAAAAGAAACAGTGGATAAAAGATGGTGATATGAAAATATTTTAATCTAAGAATAATGTACTATACACAAGGAGAATACCATCTACCTCTACTCTATTTTGTGTAGGAAAGTAAATATATAAAGAAGCTGCTTCAATAGATCTATTGAAGCAGCTTCTTTCGTATAAATATCATATTATCTCAAGTCTCAATATAAATTAATAAATACCTAGACTATCTTCTATTATTAATTTAATCGTTCATTTTGTTCTTTTGAAATTACATTCTTTATTCTCTTATTTCCTAATGTATATCTCATACTTATAAAATAGCTCTTAAAATATTCTTGCTTTTTATTAAAGCTATAAGCAGAATTACTAAACCTCATATTAGTATCTGGCTTCAATAAGTCATACGCTCCGATACTTACGTAAAAATCATTAAACGATCTTCCTAAATCAAGGTTAAGAGAGTGTTGAGCATTCACTTTACCGAATATATCCTCGAAGCCATTGTCATAACCGTAAGTTAAGGTTAAAACAGTGTTCTTTTTCTTGTCAAAAAACAGGTTGTTTTTAATGTTGAAATAAAAGTTTGTATTGTCAATTTTTACTGGAATATTATTATACTCTCCTCTAACTTTATACATCTCTAAAGACATACTAAACGAAAAACTCCAATGGTTCTTAAAGAGATTCTTATTAAAATAGAAATTACCTCCTATTTTAGCCCCTAAATAAGCTGGAGTGAAATTAGTAAATTAATTACATAACTTTGGACTTATGAAATACAAGAAATGGAGCTTATCTGAGAAGCTATCAATTTTACAAGAAGCAGAAGAAAATGGGGCAATAGAAACTTGTCGTAAACACAGTTTAAGTACAGGTACTTTCTACTCATGGAAGAAGAAATTCGATTCTCAAGGAGAATCAGGATTAAGACCTGCTGTTTCTGACAAATCAAAAGAACTTAAAAAAGCAGAGCAAGAGAATAAGATTCTTCGTAAACTACTAAGTGATAAAGAAATAGAATTAGAAGTTCAACGTGAACTGTTAAAAAAAAAGTTTGGGACATCCGATCCAAAAAAGATCTGGTAGATTACTTTTATAGTAAATATCAAAAAAGTAAAGCTAAACTAATACATTGGATTGGCTTAAGTGAAAGCACGTACTACTTCAAGGGTTCTGGCAAGTCAAAAGGTAATAAAGCTACTTTATTAACCTATCATAAAACCCAAGGTTGGGTTAACGAACAAACTGTTGTAGAGTCAATTAAAGAGCTTTTAAAGGGTGATTTTATGGATTGTGGTTACCGTATGATGAGCGAGTATCTTAAACGCGAAGGGTACACTATTAACCATAAAAAAGTATTTCGTATCATGAAAAGCGCCAAACTTTTACAAACTCGTATAACTAGAGATCATTCGAATAAGAAGTACGTTAAGCATCGTAAAGTAAAGACTACAAGACCCTTAGAGTGTATTGAAATGGACATTAAGATGGTATGGATACCACAAAAAGGTAAAAATGCTTATTTACTTTCTGTAATTGATGTACACAGTCGTAGAATATTAAAAGACTACTTCAGCTTTAATATTAAGCAGAAGCAGGTAATAGAATTATTGTCAGGGCTTTTTGAAGAGTTAGATTACCCTAAAAATGTGGTTATTAGATCGGATAATGGTAGTCAATTTATTGCCAAGAATGTAAGAGAATATCTTTCCTTAGTAGGTGTATCACAAGAATTTACACACGTAGCAACACCAGAGGAAAATGCCCACATAGAGTATGCACCCGAGCAAGTACATCTTGTGAGATATAATTATTCTTCTACAACGTTTGAGTTTAATGTTTTATAGTTATGAGGATATAAATCTGTAATGTTCTTGTGGTTGATAGATTGAATATTTTCTAGAACATATTTAAGCCATTGGTATGGATTAATATCGTGCTTTTTGCAGTTAGCAAAAAACGTATACGCCATAGCCGCCCTTTGAGCTGCATCGTGTGATCCTGCAAAGAGATAGTTTTTACGTCCAATAGCTACTGGTCTAATTACATTTTCAATGAGATTATTGTCTATCTGTAAGTTTCCATCATATAAGTACGCACTAAGATTATCCCATCTAGTTTGTGAGTAAGCAAAAGCTTTACCTATTTGACTTTTAGGAAGTACGAGTTTCATTTGAACAAACATATATTTACCCAGTTCATTGATGATTGGTAAGCTTTGTTCTAATCGAAGTTCTTTAATTTGCTCTGGGGTTAAGTTTTGTTCTTTTGCTTTTCTTTCTACAGCATATAGTTTTTGTATTTCTACAAGTACATGCTGTGCTTTTGTCTTATCATTGTCAAGAGCTCTTTCAAACTCACGACGAGCGTGTGCCCAACAGCCCAGATGAACTACACCAGACTTAGCTCCATAGGCTTTGTATCCGCTATAACCATCGGTTTGCAGATATCCTTTGAAGTTTTCTAATACAGGTAGTGCAGCGCTACCACTACGTGTGGGACTGTAATTGAACATTACGAGTTTGGATATAGGTGCGTGATACACCCAATAATACCCAAGATGAGATTTATCTTTCTTTTTCTCATCTAAGACTTTGATGGTGGTTTCATCAACTTGAAGATATCCTTCATTTTTGATGTCCAGCAGAAGCTTTTCATATAGTGGTTTTAAAGCATCCATACATTGAGCTGCCCAGCCATCTATAGTAGAAGAAGCTATATCGATATTTTCTCTTGAAAAGCGTTGCTTCTGTCTATATAGCGGAAGGTGATCTACGTATTTGTCAACAAGTATTGTAGATAATAATCCTTCAGAAGGTATTCCTTTATCTATAATTCGCTCTGGAAGCAGTGCAATACTGATTTGCGTATTGTCTTTGTCTTTCGTGGCGTATTTATATCGGATGTAACGTTTTATTTTAAAGTAACCTGGAACATAATCTAAGACATCTGTAGTTTCTTTACCAATGCAAATCTTATCAGATAAATCTCCCTCTGGGTAGATTTCTATTTCTTCTACAGGTAAATGATCGGGTAGTTTAGCTCTTCCTGGATGTTTTTTCTTCTGACGAGAATAAGTGATCTCTTGTTTGATTACTTCTTCTTGTTCTTCCAGGACTGCTTGCTGAACCTCTAAAGGTAACTGTGTTTGATTAGGGTCTTCGAAACGCTCGCGTTTTTGTCCAAATTGCATGCGTCGTAAAAGATCTACTAAGCGTTGGAGTTCTTGCTTTTCTTGTTCTAGCTGAGATGTCTTTTGCTCTAACTTAGATGTCTTTTGCTCTAACTTAGTATTTATTTTGTCTTGTTTGGAAATAGTCTTAGACTGCTTTTTTATAAGCGCCAAAAGTTGTTCTTTCGATAAGTTTTCTAAGTCTATTTCCATGAAGTAAAAATACGTCAAAAGCCCAGAATATACAAGGTTTTAACCTGTTTTACTTCAATAAAAAACGCCTTTTTTGGTTACTTTTGATAACCTGGATTCCCTCTATCATCAGTACTAAATCAGTCCAACTTATTTGAGCTTTACTATGCGTGGGAAAAGCAAAAGTTCCTTGTTCTAAGCGCTTGTGGTATAGTACAAAGCCTCCTGCTTCCCAATGCAAGAGCTTCATTTGATTACAGCGTCTATTGATAAATATATAGACACTTCCACTATGAGCTACTTGATTAAGTTCATTCTGGACAAGTCCACAAAGGCTATCAAAACTCTTGCGCATATCACAAGCTTGTCTATACAAATGAAATTGATTAGAACTACTCAAACTAAACATTACACTAAGTTTACTAATGAATATAGTTCACTAAGATTATCCGTTTGTAGACGTAACTTTACACCATTGGGATATACTATCTCATATTCCTGAGTATTGATGACTTGACCTTTTGTTACAGTTATAAAATTATTGTCTAATTGCGTTGACTCTGACTTTGCCTTATACTTAACCACCCAATAACTAAAGGTTGCTAATTTAATTCCGACACTTTCACAGTATCTTGATTGCGTTAATCCACTTGTTTTCCAATCCTCTACATGAGAGTACATTATTTCTTGTTTGCTCATCTCTTTATTATTTCAAGCAAACTTACTACCTTACGTTAGCTTATGAAATATGGGCTTGGTCGGGTGGATACCACATAGAAGCCTATCACGGTACTTTAAAAAGAGAGGTTTTTACTAAATTTGAATACTTTACTTTTGGACAAATAGAACAAATATTAAAGAAGTACGTAGTATTTTATAATAACAAAAGACTACATGGTTTGCTTGGAAAAATCACTCCAATGGAGAAATGGGAAAAGGACAAACACTTGATTTGTAGCAGAGAAAAAGTAGCCTAAAACATTATACTTTAAAAATTTAAAAATACTCTAGGTTTATAGGGGTCAAAACACCTCCATACCCGTCTCCGTTTCCAAAATTATCTATCGTATTCACAATGACATTATCAATTACAGCATCAAAATTATTAAATAGATTATGGGTCTTCGCATAACCTAATTCTAAATTATAATCATCAAAAAAGGTATAAGTCAAGCCTACAAATGATTTTTTAGTATTTTTAAGGTAAGGGTTATTCACCCTAATTGAATTCGGTGAGTTTATATATATAAACGGATTAAGATTGCTATAAGGAGTACGAGTTATAGAACTAGCAAAATTTAGAGTCAATTGGTGCTCGTCATTTATTCCATACAAAAGGGCTAAAGATGGAAACAAGTTTGAATTACTTATTTTTACAGTTTCAGAATCTGATTTTAAAGTACCTTTTGCTGATAAATATTCATAACGCAAACCAATAAGCAAACCAAAAGATTCTGAAAACAACTTACGGTAATTCGCGAATAAAGCAAAGTAGTCTTCTTTATATTTAAACACATTAGTTTGCCTATCATCAGATACATATTCAACACCATTGTAATTCCCAAAAAAATTGTCACTTTGAATATTACTCTTAGAATAATTAATCCCCGTAGTCAGCTTACTACTATCTTTGAAGTTTTTCTCATAATCTGTCTTAAACTCTATTAACTCAGTAGTATTGTCAGGATTTTGTAGAAACCTCTTTTCTATGTCATTCGCGTAAGAGAACGTATTAAACATATCTCTATTATTCCTAGAATTATAATAGTTAAAATCTGAACTTATATTACTATCTAAAGTATCTAATACAATCTTATGACTCAAATTATAATATACTACATGGTAATTACTTATTTTATCTTTATTTTTTGCAATATTCAAGGAATCTAATTGATTGTTTGTTACATTGTAATAAGAACTAACAATGTCTCTATTGGTTTCGTTATTACTGAACCTAGAGCTAAAACTCATACCTATAGTCTGATTTTTGCTAAGAGTGTAATCAATATTTACATAAGGAGTATAATTTGTTCCTTTTGTAATAGCATTATTTTCTATTTGAGTTTCGTCATTACTTTTAAAGTCAATATAAGAATCATATCTATATGCTTTATTTTTAGAATTTTCTAATTTGACTCCAGAAGTGACTGCCCATTTATTTTTAGAGAAAGCAAGGTATGCTGAACCGTCTTGTGTATTATAGAATGATTGTGTAGACTTAGCATTTAAAACTACTTTAAAAGGCTGTTCCTTTGTTTTGTTTACAATCACATTGATGATTCCATTATCACCAGCCCTATAACTACTCCCAGGATTCTCTATCACTTCAATTTTCTTTATATCTACTGCAGGGATAGACTGTAACATACTCAACGCAACATCATTCCCTCCTACATTTCGACCATTGATCAGAATCGATACGCTCTTGCTATTTTTAATTTTAACTGATTTACCATCTGGAGCAACATTTACAATAGGAACAGTATTTAGAAACTCTAATGTTGATTTATTTTTAGCTAATATTGAATTAGAAATATTGGTCACTTCATATTTATCGAAGTTCTTTTTCATTTTAAGCTTCGACTCTATCATTATTTCTTTCAATTCAGTTCCATAGTCGATTCTAATCACCCCTAAATCAACATTCTCTTTTAAGTTAATTTCTTTTTCAAAGAGTTCATTACCTAAATAGGCTATTTTAAATAGGTATTCCCCTTGTTCTTCCTCTATTTGAAAGAATCCATTCTCATCAGAAATATCAGATTTTAATAGCTTCCCCTCTTTAGTTAATAATAATACTGTTGCAAATTCAATAGAATTACTGTCTGTGGTAAGAACTTGTCCTTTTATTTTAGTTTGTGAAAACAAAAAGAAAGGTGATAAAAAAAGAAAGAACAATAATGTGTTTTTCAAAATCATTTTACGACCACTCATATCAGAGTAGATTTTTTGAACCATATTTACTTCTTCAATCCTATACCTATAGCATTCTGAAAAGTTTCTTTCTTGTCTAATATTTCGTTTTTCTCCTAAACCTAGCTTATTCATTAGTTCTTTTTTTCTAATCACACACTCTTTTTTATTACACCTATTTTTAAATACAAAATTCTTATAAAATAAGAAATAAACACACTTATTTAATCAAATAAATATAAAACATTTAAACATCAAATATATACAGCTTTTTTTATTAGCATAATTTTATCATTATTAAAATAACTATCCTCTCGTTATTATATTCTTGTATACAATCAAAAGAGATTTTATCTAACAAAAAGTAATTCTTCTCTCTTATATACTTAGGAATAGTTATCACTGAAATAATCCGAGGAATTTATCCAATAGTTATTACTACTGACCACTTAAATTATTCAACAAAAAGCACTTCAAAAAGTCTCCTTTTATGCTTTTTTTGTATATTCGACGAATGCAAAAGAATTGTCAAAAAGAATTTTCACCACTATACTCTAAAGATAATGTACTGCTTACCTGGGTCTTCAATATTTCTGGAGGTGCGCTGCTAGTGAGCTTATTTATCTTACTTGCTTTATTGCCCTTATTGGTATCAACACAGATCAAGACATTGGTCATTATAGGTCTATTCTACTACCCTATATGGGCTATAGTATTATATCGCTTTTATCGTTATATAAAAAGTAAAATGGCTGTAGCCATAAGAAATATAAAAATAGATGATCAAGGTATCCACTTTTCTAAAAAAGATGGAAGTACTGCTGAAATTCTTTATGATCAATTAGGGCATTCTTACCGTTCAGAGTACTATGACGTATACTTAGTACCTATAAATAAGACATGGAGGCTAGCTGTAGGAATAGACGGCGTTCAAACTGAAGTTGTATTTGACGGCGCAGATGTTGGGAGCGTATATCAAATCAAAAATGCAAGAGCGTTAAGAGCAAAGTTTATAGAAGGTATTGTCCGCTTTAGACCTGATTTAAAAATAGACCCTTCTGTATTTAAAGAGTTCAGTATTCATCCTCAAGACTTCACCTTTGATGGAAAAAGATATATGAAGCATATAGGACAAGGAGTACTTATCATAAGTGGTATCCTAGTAGTCAGTGTATTGCTTGGGCTGCTTATTATTAAATTGTCTTAGTTATTCGAAATAAAACAGATAAAAACTACAAATTTAATCTTAGAAAGCCTGAACTCTAGCGGATATACACAATGAAGAAAATAGTTTAGTTTATATTATAACACTTAATAACAAAGCCTAATTACGCATTTCTCGTAATTAGGCTTTGTTGTTTTACTCTATTTTTTTATACCATAGAGCAATATTCGCTTAAATGCATATAAAGCAGGTAACTGTTGAAAAGCATCAGCTATTTTTTCTTTAAATGCTTTGATAAATAAAACTTTCTCTTCTTCATCTAATCTTTCTAGATACGGAATCAAGGCTGAACCAGCAATAAATTCATATAAAGTATCGTAATCCTCTGCTATAATAGGATAAACACGTTGAGAGATGTGAAGCTCACTTAATCCTCCATCAAACATAATCTGTGCATACTGATCTAAAGTTAAAACAGGAGGTCTTCTGTTCCATCCTTTTAATTGCGCTTTATAGGGCTGTTGATCTGCCAAATCATAGAGCAGTTTATTTAGTATGTTTTCAGCCTGACAAGGCATTTGTACAGCAAACTGTCCTCCTGCATTTACCTTAGAAATAAGATGAGGAAATAACTCTTCATGATTATCTGACCACTGTAAAGCAGCATTGCTAAAAATCAAGTCCCAAAACTCATCTGCTGAGGTAAATTCTTCTATCGTCTGATGTTTAAATACTAATCTATCTGACTCTAATGGATGGGCTTTCTCTAGCATTTCTAAAGAGGAGTCAATCCCTGTAAACGTAACATGTTTAAACTTGTCTACTAATAAGGCTGTCTGCTCTCCTGTACCACATCCTAAATCAACTGCTTTCATCGATTTAGTTTCTTGAATCATAGTACTTAAATCAAAAAATGGTAAAAAACGAACGTCTTTAAACTTGTTGTATACTGTTGGATCCCAAGGCATATTCTATGTTTTTAAATTGAATATAAAGTTATGAACTCTACACAAAAATAACGGTTACAATATGCTAAAAACAAGGAGGACTTTTTGCGACATTTGTAAAAATAACAGCAATAAATAAGAAATTAATACTAACACAAACAAGGTGTTTCTTCATTCTTCTAATCTTTCAATATCAAAAGATCTCCTATAAAAACATATGCTATGCAATATCCTTTTGATAGTAATTCCATCCCATAAACACTTAGCTTTTATGTTTTTTAAAGCTAAAATAGATAAACACTGCACTGATAAACATCAATAGCGATGCTAATAAAAATGGAGCTCCCGAAAACTCAAAAGGTGCACTCTCGTGAGTGAAATAATAGAATAAGTTAGTCATAACAGGTGGGCCTATTATAGAAGTAACACTCACTAAACTTGTTAAGGCTCCTTGTAATTCACCTTGTTGATCAGAAGGTACACTTTTACTAATTAAGGCTTGAAGGGAAGGACCACAAATACCCCCTAAAGAATACGGTATTAAAAAGACTAACATCATCCATCCTTGATTTGCAAAAGCAAATAATAGAAGCCCTAATGCATAAAATAAAAGTCCTAAATAGATACTTTTTTGCTCTCCTAATTTAGGCGCACTCCATCGTATCCACCCGAGTAACGACATATTTCATAACCTAATGAAAGATAGTAAGTTTGTCTCAAATAATAAAGAGATGAGCAAACAAGAAATGATGTACTCTCATGTAGAGGATTACAAAGCAAGTGGATTAACCCAATCAAGATACTGTGAAAGCGTCGGAATTAAATTAGCAACATTTAGTTATTGGGTAATAAAGTATAAGAATGAAAATATTCAAAATTCATCGAGTAACTTTATCACTATAAATAAAGAGCATATTACTGAGAGCAAAGAATACGATATTATCTATCCTAATGGAGTGAAACTTCGTGTAGAAACGAAAGATTTAAATGAACTCTATTCATTAGTGAACCTTGTCTAATGTTTAGTCTGAGTAGTAGTCACCAATTCCATTTATATAAATCAGCTTGTGATATGCGTAAGAGTTTTGATAGTCTGTGTGGCATTGTTCAAAACGAGCTTAATCAAGTAGCTCACAATGGCAGTGTGTATGTTTTTATCAATCGTCGAGGTAATCAGATGAAACTTCTGCACTGGGAAACAGGAGGTTTTGTGTTATATCACAAGCGATTAGAACAAGGTACTTTTGCCTTTCCATCTCATAACAAGTCACAGATAAGTTGGAGTGATTTAGTACTTATGATAGAGGGAATTCAAGTGATAAAAAGTAGTCAAAAAAGACGATTTTCTATGAAGTAA

Protein sequences of DBSCAN-SWA_7

>CP037427|3126911:3180679|3157712_3158501_-|QBK77430.1|DBSCAN-SWA
MTLELYQIDAFTEHIFHGNPACVVPLKSWLPDEVLFKITRENAVAETAFFIDNGDSIHLRWFTPEIEMDLCGHATLATAHCLSSILNYPKDRIVFDTKSGELIVEVKDGMYYMDFPSRMPEASALPDVIAKSLNIQPKEVFKSRDYILVYESEEEIKNIKVNQSVLDLINLDPGGVVVTSTGVESDFVSRYFTPQSTILEDPVTGSAHCSLIPFWSSRLGKHILFAKQISERGGELYCENKAERVIVAGKARVYSKGQFGIE
>CP037427|3126911:3180679|3178575_3179343_-|QBK77448.1|DBSCAN-SWA
MPWDPTVYNKFKDVRFLPFFDLSTMIQETKSMKAVDLGCGTGEQTALLVDKFKHVTFTGIDSSLEMLEKAHPLESDRLVFKHQTIEEFTSADEFWDLIFSNAALQWSDNHEELFPHLISKVNAGGQFAVQMPCQAENILNKLLYDLADQQPYKAQLKGWNRRPPVLTLDQYAQIMFDGGLSELHISQRVYPIIAEDYDTLYEFIAGSALIPYLERLDEEEKVLFIKAFKEKIADAFQQLPALYAFKRILLYGIKK
>CP037427|3126911:3180679|3166088_3166616_+|QBK77438.1|DBSCAN-SWA
MIDTPFNIKVSNLHWLNNIDDESDLCAHGDVFLKIGDEVISNDLTQGVTVSATALYLLRSLTEDLNESNHDSQLIPCCGFLMYFDEQERLVIGGCPTGIDWTIEHLPHHKVRHISENGTEAIIDKNEYQKIVYTFVDEIENFYKNSSPKKLPTNNLEKDTYLALWKEWRKLRDNI
>CP037427|3126911:3180679|3165274_3165604_-|QBK77437.1|DBSCAN-SWA
MLFKPVLPVVEYVVLYDYIKDELCVNRDKPELECNGMCHLSKEMANASDTGKDKNKSNFASAEIQLVYFQDIVNNTSIHLFKNYTFKAFFSLDSVYTYTFNDFLFRPPV
>CP037427|3126911:3180679|3159532_3159781_-|QBK77432.1|DBSCAN-SWA
MNKADYTNYSIEELKQKEKQSKVLAGLLVGMLLVLLVFLGYRALTKGFNALIAVPFALLPIVINLFTTAKNIRKEIESRQEK
>CP037427|3126911:3180679|3151218_3151839_-|QBK77423.1|DBSCAN-SWA
MNYTYLLYGVVVWLVISVVIRTISRTSNKVVAPSIKPSPFGIELIENGFLQYANPELIDSLELDIIESFYIHDDETYKFAHIDAEEMAEFNFDFFLPQLNAILGKRALELEVKVADDYEYTHDIIINDKRINLYTQYDLDNDLIWDSSVRNFFKEVNAILEYNFIKERFYLISGGHDLATLLLTDKQFFIIMEYFKDNPNEIPYRP
>CP037427|3126911:3180679|3148945_3149692_+|QBK77420.1|DBSCAN-SWA
MKTKLSAENLNISFGSKQVLKNVSVEFEENKITALIGPSGCGKSTLLRSFNRMHDLVPYAKINGTIKLEDMDIYSKTIPVTEIRKRIGMVFQKANPFPKSIYDNIAYGLKINNLPHDKSVIEKALTEAFLWDEVKDDLKMPAYRLSGGQQQRLCIARAVALRPEVILMDEPCSALDPVSTIKIEELILHLKEKYTIAIVTHNMQQAQRIADQTYFMYLGEVKESGLTQDIFENPKHEMTKNYINGVFG
>CP037427|3126911:3180679|3159963_3160986_-|QBK77433.1|DBSCAN-SWA
MKTTTKISVLLLLLCLISCNKDEYEDIVIDNPEIELGIPTSFPEWNSAALKNKPTKYGVELGEKLFTDPRLSKDNTISCSSCHIQESAYADHHAQAIGIEGRVGLRNAPPIQNLLFMKYYNWDGSKLQLENQPIVPIITHEEMNSSIVEVLDKIGTDIEYKKLFKKAYGDESMTPERIYKSIAQYEYTLISADSKYDRVQLGQEEFTSQEAYGYRVFTQKCSSCHSGALFTDQSFRNIGFPINLDSNEAGRARVTGNLKDYMSFRVPSLRNIEYTAPYGSFGQFSSLKEVLDYFDTGVLDADNLDPIFKEANNRIALSEEEKEALIAFMSTLSDSKFIGK
>CP037427|3126911:3180679|3127831_3128086_-|QBK77406.1|DBSCAN-SWA
MNKPITPETLKEIAFNVTLEQYNDIIEKLHHSASKGQKSLLIDNLSDTVQSRLIEEGYKIKPYVKYQYDYLLRKKRKKYYVISF
>CP037427|3126911:3180679|3155557_3156322_-|QBK77428.1|DBSCAN-SWA
MKQVLTLLIALFSMMSVYAKCGSFGLSAFPNGSTINQNSIFMIEGYADSQLIIKALNKEYPIYLKSGDKIVPLIVTETYVGSFNLTQAILKPETELEAGLEYTLVIDSLPQHEQLERRNTESGEYEAIKYKVLPTVDTDKPVVDSKPKIEKKENVMYGCGPSSNVIFSNPAKDDSEFLVKTTMKNVKTKEETTYYLVAYKDTISVGHGMCSGAFSFKRDNDYEIEFAFMDSSGNITEWEGKRIKFSPPTFKGIF
>CP037427|3126911:3180679|3174367_3174706_-|QBK77445.1|DBSCAN-SWA
MFSLSSSNQFHLYRQACDMRKSFDSLCGLVQNELNQVAHSGSVYIFINRRCNQMKLLHWEAGGFVLYHKRLEQGTFAFPTHSKAQISWTDLVLMIEGIQVIKSNQKRRFLLK
>CP037427|3126911:3180679|3147218_3148109_+|QBK77418.1|DBSCAN-SWA
MKYNVRIGLDVTFKYIFKATGLLVLCLLGGILAMLIYNSISFFMDVKPLDFITGMEWNPTAKNPVYGMLPLILSTTIVTLGAMLIAIPLGIGTAAFISEYAGTRLKNILKPAIEMLAAVPSVVIGFLGIVVVSPGLADMAGLPNGLNALNGAILLAIMALPTIITIAEDAIHAVPKTYKEASYGVGATKWQTLRKVILPAAAPGIISAVMLGVGRAIGETMTVLMATGNAALIPTGFFDSVKTMTATIAIEMGEVPYQTTHYYGLYALATVLFFMTLIANLVGEYFINRLRKYHAA
>CP037427|3126911:3180679|3135558_3135858_+|QBK77410.1|DBSCAN-SWA
MTELFKALSNEHRVQILKWLKTPHDFFELEDIEPEVHEFGVCMSVIQKKAGLSQSTTSAYLTNMVNIGLLTSTRNGQWTYYKRNEDKIAELANYIQNTL
>CP037427|3126911:3180679|3161957_3163946_-|QBK77435.1|DBSCAN-SWA
MKPFITILILGVTTASVAQDNKGLQDSIPTVLDEISMLVQAKKRIETEMKMAVSVDEFLASSEQISFIKRGAYAWEPMLNNMSTERSTLTIDGMHIFGACTDKMDPVTSYVESNNLSTIDIKSGQEGGMHGATVAGSIDLKRKTTAFGIGQVWTGAYQSGFEFNNKQFFNLGNVSFSSEKLAGDASIAYREASNYKDGNNDEVKHSQYKKFNTALGLAYKTGGLSSLRADVIFDVAKDVGFPALPMDLWLSRALITSVSYKQLFEDKFIRVWDTKAYFNAIEHYMDDTTRPENLVHMDMPGWSTTYGLLSKANFKSGKYSSELQLNAYNNLSIAEMRMYPQDRSKQTMFAYSWPWVTTTYAGVSLNNTIEFSDDHRLNFGGSAGINYNYSKYIEFNWIFHPGSPQEKTRFLPSLHTSYEMDINRFNFSVGVGYGHRAPSVSEAYGYYIYNSYDRYDYIGNPNLKNEISNELNASVGYKGDKFSLQAKVNYFYIKNYVIGRILSLGSPMNYQSVGVKGYTSLDYATLFNFALNADYHIMDDLHWKGGVTYARGQDNEKGNLPFIRPFSYQTSLHYLFRDFSIQTSINGDAKQRDFSPEYGESLTPSYTIWNASVDYTFYIKNFKTVFQVGAENLLNEYYSTYADWGNIPRMGRNVFTSLKINF
>CP037427|3126911:3180679|3142410_3145668_-|QBK77416.1|DBSCAN-SWA
MKKFKVCCYIAFLFYSGFLVAQESKPPVSSPLISIVIEQDETLGKVVTELASKVAAKVNIEDSTLKETPLIAYEGKAARLQDILEVIAMQTGYTVNYANGVITVKNDQFNTHLEDITLVAIGYGDKKKQNITTSVTEVDTRALKNRPLSNAVSALQGTTPGLNITNSSGKEDAEANINIRGFNSVNGGGPLVLIDGVEGSLSNINPDDIESISVLKDAGAAAVYGARGAFGVVLVKTKNPGVGEIKVSVNSTMNILSQTQNTDFVTDPYLAAKIVDQAFITGSGRSYTGYNEYDYEQLKAVSENPALARVEIQNRNGRDQYVHYGSTDWWNYFWKDTRYSYINDISISGGSEKVKGYFSYRNYSADGLLKVQDDKYKKNNLRAKFDIKINDWISFSTNNQYFKSSDLVHGGTQYGWRDPWTSEMLVHALPSYVPVNPDGGALWRTELNNYTIGDGYFASLLHGKSNRTAVRDEFSTINAFHFKPLKNLDVHASYAYKKNTRDINERSTLIPYSILPNQIQYFGENKLNVNETIEDYNALNIYGQYRLDFGDHNFDFMAGYNQEYFKIDNRIMSIQNLISDDLDNLGLGSSNPTVVGSAYEWALRGYFYRFSYDYAGKYLLELNGRYDATSKFPSEQRWQFFPSVSLGWNVANEPFFKRTFGFWNQFKIRASYGELGNQAIGAYAYIPTLNKAIDKGYALDGALLEYMQAPSLNPRDITWETVATSDIGFDLGFFQNKLNVSFDYFQKDIDGMLTKGRTLPGVLGTESPRENAADLRTKGFEVSLGYNDSFKLAGSDFNYSVSAGLSDSKTKITRFDNPTGLLTDYYVGMELGEIWGYSVEGLFSSPEQIANHADQSRVSAHIIANGGLQPGDVMFKDLNGDGIVSEGANTLENHGDMRKIGNTAPRYQYNFRLAFDWKGIDFSAFFQGVGKQDWYPDTDSRMFWGPYNRPYNSFIRQDLANDIWTPENTDAYFPRLVGYTSLGSNRQLGVQNDRYLQDISYLRLKNITLGYSLPQDLVKRVKMDKVRIYVSGENLFTFTNLTDYIDPEAASNSFDFNSPNSARKRTNAQSFPFSKIISFGVQLNF
>CP037427|3126911:3180679|3146374_3147217_+|QBK77417.1|DBSCAN-SWA
MRKSLVIFSSLLLLSCGDKDHSIKMKGSDTEVNLAVNLAEKYTLIDSDFSIAISGGGSGIGITSLLNGQADIANSSRPLSDKEIAQFENKNIKLRTVIFAEDATAFVVHKDLPIEEIDLETLAKIMKGEITNWKELTSVDLPINIYGRQSSSGTHSFIKKKLKIEFSNAAKEMTGNAQILEGIKTDKSGIGYVGAGYISHETATNPTVKILSIKETPTSQAYSPIDSNAINNSLYFFQRPLYQFILEDSWEKVKPFIDFENGEIGKQLIKEHGYYIIERP
>CP037427|3126911:3180679|3166704_3168504_-|QBK77439.1|DBSCAN-SWA
MKTYLNICILFLITQVTTAQVDIKKYNATTTNQEYIDLLKSDLEDLNRFVRLFSKSNDKPSKPTVVAPLKLAFNQQEYDANIDLLIQANIQFIDFIAEDVVTIQLIKDPAIYRSLDDIKAPVYVEKVYYHDGTTQNMEVKKDVNTHFTTELGLTKAVDKIDIRIPFSTMKKLDSIVLPAAVHQKVKYDGVDIEVVEVSDKSVLLKTSSNQLEFDDIQAILKDKRRVKSYRFQRSGIHPDQFDLFLQLCIKKIGEILVLSEENINMEHSQFKKDIGAKMDALEKQLSTDYKKSEQVTYLYYEFGEPIDKIVLYKGSETYQRDITMTLNNNMPSARFIVYKDDKTLIYNKDLKLVTEFSGTYTFINDCYFRTNRQYFYLNDKLEMQPLTYYKVENLVNNFIAIKEDDESPWELVDPTNKKIMKVDNYEMNNKYNFTLIESNASYYLLNKNTLAPQKIANVDKVSTAEKGYFVVEKNNKFGFMNTEGKIVIPIQYDDVHAFDDMTDLLPSDLLFAVKQNEKWGFVDIHNKTVIPFMYDDVKGPFSYGIAPVYLNDALGLINLKNEKVSKFVNRSYSSSSNFGKRMMGLSDGTYNYKGEKEKK
>CP037427|3126911:3180679|3156677_3157496_-|QBK77429.1|DBSCAN-SWA
MKKLCLILTLALVGNTLAQESNDSIAVSRFFYSTKIVKDPQKTNQITEGVAILDINQSNSRFTDYGSLQRSEFMATSKTDKSLSRMDIMNKLKQFKSGFAWSVYSNADENKFYLEQSRQKYYYKEDKNSIKWTTAPEVTQWEEYKVQEATTSYGGRVWYALFTTDIPALNGPYKFNNLPGFVVKAWDAAGEYTFEFTNSQNIKLAKDALDGLANYEEVSKKQAKKADKVFYNKTAVDLLIELNPGNAKNIDQYPAGMKQKLILSSNPIEKDF
>CP037427|3126911:3180679|3174705_3174996_-|QBK77446.1|DBSCAN-SWA
MSKQEIMYSHVEDWKTSGLTQSRYCESVGIKLATFSYWVVKYKAKSESTQLDNNFITVTKGQVINTQEYEIVYPNGVKLRLQTDNLSELYSLVNLV
>CP037427|3126911:3180679|3161065_3161932_-|QBK77434.1|DBSCAN-SWA
MKNLTKSFLLFAASLAVVSCSNDDSNAVANNVTLEFTNTFKDKVIVLGDASSSSATVNKSAEGQEHQFSELKYVISNIRLIKNDGKEIPYHVNDLDKGATVVNQAKTETLNYLLTNIPRGEYKQIKFGLGVRSDLNVLDQIKFPVFYANAGANDTEMMWEWGTGYRFTKIEGFYDADKKQMSIHTGSTLDDGDNGELIQGVDAYREVVLNLPTHAVVGSSAPTIKIKADFDKLLTGKSNTIKLSTGKGPNDNATPNIHTAVQMVKFVDNLGGNGTSDVTGMFSIISVK
>CP037427|3126911:3180679|3139789_3140671_-|QBK77414.1|DBSCAN-SWA
MVRSILLSVLFIGTSIFAQEKEPQTLKAMTFNIRMDTPNDGINQWSNRKEWVAEVVFFNDVDIVGMQEVLHNQLVDLENLLPQYDYVGEGREGETKGEYSPIFYLKDRFKVLESGTFWLSETPYEKGVKSWDSSLPRIATWARFEDKKSGKTFIHLNTHFDHRGKEARQRSVEVINQELAKITKGETVVFTGDFNLPPTDLPYQKIIESKFVDTRDAAMYRSELGYTHNAWKIEAPKSSRIDYIFLRGFDLAPIKYRELDIQRGPLFASDHYPVFTEFRWVESTTKASKKKVK
>CP037427|3126911:3180679|3158519_3159050_-|QBK78131.1|DBSCAN-SWA
MRTLVILIHPNFGESIVNKLWLKELEQSPERYFIHNLHSEYPDGILDIQKEQELIESYDHIVFQFPFYWFNCPPLFKTWLDEVLTYGWAYGSQSGYKMSNKKIGLAITAGIDEKEYSADGKYKYTLEQLLAPFEVTFNYIKADYQGFYAYYGIEQDSSVETIKNSVIPYVQFIETI
>CP037427|3126911:3180679|3154390_3155389_+|QBK77427.1|DBSCAN-SWA
MKKNTLLLAMALIVMSCNQKNKEENTPEITTEQTSTNVEEIDAPKAGFNIEDIAYSKADIGTFPFFTLPKGLKEMNKPFQKNFDVCYFPIDGVMTPIEGKLYKTNVTAVAGEEFSQRYFEKSLEDYLNSIGAVKVFEGEITGEEYERYNKQDPNKGDEGDIGYTGELIKLYIIRTHNQGNVYIQYTANNAGGKLNILQEEALQQTITKITADEIVKDLTEKGKSILYINFDIDKSILTQDGEKTVDEIAIALKKDPSLKISIEGHTDNTGEASHNKKLSTDRANAVMNALIKQGIAKEILSAKGLGADNPLVANDSDSNKAKNRRVELIRVK
>CP037427|3126911:3180679|3139085_3139835_-|QBK77413.1|DBSCAN-SWA
MGRINYQSIKKKSEVRVLNYNVHHFAAAYDSYHKIDLNSLAAVILRDEVDIVTLQEVDVHTMRSGQYLNQVKVLAEKTGMFYAFGKTIDYEGGDYGIAILSKFPIVEQHFYKLPFVDNKEEKRSLLVCKIDVGEAQMINIGTTHLSSSNEQSRVLQTKRIAELQRESAFDFLTGDLNAEINSKSVEQLKTTFDLETRFMNQMTIPAYKSDKKIDFMIRSINSTIKIIRQDTYQMNALSDHNLMISDITL
>CP037427|3126911:3180679|3148098_3148956_+|QBK77419.1|DBSCAN-SWA
MQHNKLKLSSIVEWGTLVGTTLIVCFFLVVIILEIVTKGMGSLSWEFISTIPKEGMTKGGILTPIIGTVLITLITALFSIPFGVFCAIYLNEYAENNWLTRTIRAAIRNLSGVPSIIYGLFGLALFVQTLSLGTSLLAAGLTLGLLSLPYIITTTEEALMQIPNSTREAALAVGATKFETIKDVVIPSAVPGILTGVVLTLSRAAGETAPILFTGAAFYISDTNGYLNQEFMALPYHLYMLSTQHQSIEEVRPIAYGTALVLIIVVFLLNLSAFYIRYKFRKNEN
>CP037427|3126911:3180679|3126911_3127742_-|QBK77405.1|transposase|DBSCAN-SWA
MYQVLHKDSIELDIVPHLPLPKRGFKSKAPLYEIVNAILYKLKTGIQWSYLPVQALFSTQILSHKTVFGHFRNWCKAGVWQSCWTELLKKNKSLIDLSSGDLDGSHTTALRGGEQVAYQGRKKRKTTNSLYFTDRQGLPLAMSEPIAGNHNDLFDIEIYFEDITDQLTKAEIPLSGLFINADAGFDSQKLRKIMSDKEIIANICPNKRNGQNNEDDYFDEQLYKERYAIERTNAWIDSFRSLLNRFDTTLSSWMAWNFMAFIVIGLKKFQKTKKSR
>CP037427|3126911:3180679|3135935_3136901_+|QBK77411.1|DBSCAN-SWA
MNNIFKNHKTFNKVFTPGKLSLGIFLPLQVYNNNIAIFNQHLKYIQQIDTSGFAALWVRDIPVYDPSFRDVGQVYDPLSYLAYIAGQTTNIALGTASIVLPLHHPISLAKTTASIDQFSNGRLLLGVGSGDRYAEFPAFNKSFERRGELFREVLQDMQTLHTTDSPKINSSITQMQNLDLVPKPLHKHIPTLVTGASQQSLDWIATHADGWITYPGPTTTNEDTLHLEQKIKAFRDLIPNGTFKPHMTNEWIELDEDPHYPRTPLRGGFVLKTGRLGLIELLHKWQEIGVNHAAIGIQFGKRDIGETLDELAKEVLPYFNY
>CP037427|3126911:3180679|3168500_3169718_-|QBK77440.1|DBSCAN-SWA
MKRILFDHKNRYFKSNDKGQWNNIPLEDVYFYEDHLMCSIDTSVKNTTTKLIDYLEKTYPNNLTVDESYNELIYEVATRGFTIEFTVKAKTKAEVTEDTKGRIQINFSKVFDNPIANLSDELMINKEGLICLLQVECYNVVPAVFADGIPILSKNKKDRYSHYETVTLNKYILNPEASIDLSFIITPGIDDKGNIMTKIPKKSYAKMVLEYVNAKGDIIKTVDVFNNEAYVTDTIVSDDGTRYSHYLGTEDYTKKDIRFNHQLTAPVDYKLTGWSKGKDLRKEKNLEERIKQFYAAYAALILDKNLNQITQLVYDSFLEKYTYNYNSTEQKSYQDYEDLEHLVEKPFKVVTAQQTKLHISNDGKLAYLEALDKTSYLKAVGLSYIENISFMFYIDQNTDELKIIR
>CP037427|3126911:3180679|3171704_3172019_+|QBK77442.1|transposase|DBSCAN-SWA
MKYKKWSLSEKLSILQEAEENGAIETCRKHSLSTGTFYSWKKKFDSQGESGLRPAVSDKSKELKKAEQENKILRKLLSDKEIELEVQRELLKKKFGTSDPKKIW
>CP037427|3126911:3180679|3150047_3150596_+|QBK77421.1|DBSCAN-SWA
MLFTPITTSLKNNKQVTIRLASSNDAHALLDLIKQYLDNAEYIPITSNDFNKTIAEIEAWIEKLNSADNSIMLVAEHNGQLIGNLDLTGQHRKTLQHTAVLGMGILLEWRNTGLGTALLSSAVEWAKRNNTLEILTLDVYTENIAGIELYRKQGFKEISIIPNFIRDNDRYYDNMSMWMALR
>CP037427|3126911:3180679|3180340_3180679_+|QBK77450.1|transposase|DBSCAN-SWA
MFSLSSSHQFHLYKSACDMRKSFDSLCGIVQNELNQVAHNGSVYVFINRRGNQMKLLHWETGGFVLYHKRLEQGTFAFPSHNKSQISWSDLVLMIEGIQVIKSSQKRRFSMK
>CP037427|3126911:3180679|3153618_3154173_-|QBK77426.1|DBSCAN-SWA
MNYFIRFSLLFFCATFLISCNNSDIPEKATPVTNFDVDRYLGTWYEIARFDFRFEKDLNNTSAQYSLDKDGNVEVLNSGYNYVEKEWSVAKGVAKFRKDKGTAALKVSFFGPFYSGYNVIALDEDYRYALIAGKNLDYLWILSREKTLPEDVKVKYLEIAKEVGYDTSKLIWVEHDKNNNPYLK
>CP037427|3126911:3180679|3150712_3150934_-|QBK77422.1|DBSCAN-SWA
MFSSQFLPLVACESYGNYELYYVHTNPKIGIEVLEEGLQQSNHYGAIAEDLGYIYRDEQCIHQAIKLLRLAKR
>CP037427|3126911:3180679|3140664_3142401_-|QBK77415.1|DBSCAN-SWA
MKRYKILAILLAAGFLGSCSEDFLERDPISSVTSENFFKKESDLILFTNSFYRMFPTTSIYNGDYRTDNIIQNILSDEMRGGRVVPPSGGGWSWNNLRDINYFLVNFEKVGDEALIKHYGGVARFFRAYFYFEKVTRFGDVPWYDYLLTAEDEAALQKPRDPRKLVVDNMLKDLDYAIENMRSTKDVYRVSKWTALALKARIGLYEGTYMKYRGLPGYETYLEQAYQAAEVLIKESGYKVFSTGNPDKDYQNLFASHKAIGDEIILAREFSTELNVRHNVNYYTVAASYGRPSMPKDLINSYLMKDGSRFTDRSDYNKMLFQEEVKDRDLRLSQTIRTPGYTRIGSTIQLTPDFSAATTGYQLIKYVAEAQYDTNNASIVDLPLFRFAEVLLVYAEAKAELGIIDQSDLDLSINMLRKRVGMPDMVMAEANAKPDAYLAKQYVNVNGANKGLLLELRRERRIELFMEDHRWDDIVRWKEGQKLVQNIEGMYFNGPGKYDLDNNGKTDIYLYEGSRPTENVQGVYYAKLGSDIHLNQNNSIDPFPNNKNRTWNENKDYLYPLPIQELQLNTNLKQNPGW
>CP037427|3126911:3180679|3137577_3138765_+|QBK77412.1|DBSCAN-SWA
MTQDNVNKGLSFASIFPTKTRIRLAVVWLIVILFMLFGSSITGDSLSPLLATSIFLILLFTIVGAAFGVVKEADELAHKLGEPFGTLILTLSIVSIEVILISAVMLGPGENPTIGKDSIFSVMMIIMNLVIGLCILLGGLKYGEQEYNAQGTMSYLAMIIMLGGIGLMLPNFIQGAGGGMFSDTQAIVLAVFIIILYAVFLFFQMKGYRHLYVQPQKGSMEIPYKDRGIADIQSTDEHQTSAGNKGEIWIRSIILIGMILPIVLLSHNMAVVVDYGIKAANLPTLLGGVLVAIIVFTPESMTAVKAALNNEFQRAINLCHGAFVSTVGLTVPSVLIIGLITGKTVLFGMNSTETILFVITLLLSLMTFLGKRTTPIMGIMHLVLFAVFTLLIFYP
>CP037427|3126911:3180679|3133750_3135424_-|QBK77409.1|DBSCAN-SWA
MTTKLFTFFLFLFIVACTDTKHLDNQQYDILINEYYKTGTVEVDDIGNIAERKVIGNILKGLSHLEVTDSINDITTSLFLESVSMVEKSSNVALKEWVYSEVGFYYYSYNYYYEASPYFIKIAKTLENKGVVLDVQAKNILLRTAYFFETMNMNESAIIYYRKALEEGEKEQLNNSAILWGLGAVYAKVDSLEQSMHYYELAKETSLSYKDTLRYAKSLGGIASVYQKQGDIEKAELYLKEDIAISQQLGEERNLMYSQIQLGKLYIDRKQYDLAEEVLKNSYEITKTKSYLAGFEREIISYLLDIAKARRIDTEELFYRRELDQIDSVIEAREGEEVINKINWNTNLERVNWELEAEKSFSERVRYQRLLLLSTTVLLTLILCMVYFFSKRILKLQKYAYEGKLLDFQLSKINSENKLKETKSSLASYQVYLSEKTAQIAKLEHELNKASHSSKEIFKEKRPAIEELLRSHLMTEENWVLFKETFREEQAVYFNEIITQFPDLTESNLRIVLLQKMELTNQETANILGVTIDAVKKAKQRLKKKYEDDYSALFSKE
>CP037427|3126911:3180679|3159152_3159527_+|QBK77431.1|DBSCAN-SWA
MTKIKETSTHFENKKALENECNEVYATSIIGGQWTMAICCYLLEGKMRFGEIKKVLPNITERVLTLQLRKLEENKVIIRTIYPEVPPRVEYELTPIGLKLAPIIKALGKWGAEHKNLEEETKQA
>CP037427|3126911:3180679|3172219_3172780_+|QBK77443.1|transposase|DBSCAN-SWA
MDCGYRMMSEYLKREGYTINHKKVFRIMKSAKLLQTRITRDHSNKKYVKHRKVKTTRPLECIEMDIKMVWIPQKGKNAYLLSVIDVHSRRILKDYFSFNIKQKQVIELLSGLFEELDYPKNVVIRSDNGSQFIAKNVREYLSLVGVSQEFTHVATPEENAHIEYAPEQVHLVRYNYSSTTFEFNVL
>CP037427|3126911:3180679|3180053_3180341_+|QBK77449.1|DBSCAN-SWA
MSKQEMMYSHVEDYKASGLTQSRYCESVGIKLATFSYWVIKYKNENIQNSSSNFITINKEHITESKEYDIIYPNGVKLRVETKDLNELYSLVNLV
>CP037427|3126911:3180679|3163951_3164848_-|QBK77436.1|DBSCAN-SWA
MRILTWIVVLFLFTTACTIDKTDYESESNITNPEHNEFKEVVSIQKDNYTISLEALNGHLYKGYNEVRLKITDVTTKQVVENAKVTFLPIYTTAEGKIESCPNLYDLVYDKGEKVYKGFSVFTQENTQGDWKVEITFKDKNQSVTASQLVFVEKQNNKNLNMTSFRGIDKEDYIIALVAPIKPKVAENELVAGIYKLNAENSSLKDAYTVVDNYTLLLDPRMPEPSMGNHSSPNNKDLVQREDKFYYGVVNYTMTGNWTLNFIMLNQHGRILKGTTVPSDFTPGVEGKKSELHIDTLF
>CP037427|3126911:3180679|3152746_3153436_-|QBK77425.1|DBSCAN-SWA
MTIYSYHLVKVSLWMRLKLLFNSHRLKRQKGLLHIEVMSSMVLGSPIFSLSRLKLRYVVIFAQWEDERVLDYFLIHNKIGRTLAKGEYLKLKLIRQWGNVSGFVPEELVSISEDQSASVVAVTVARMKFLQIPRFIKWGRPVEMLVRDHPGVLFAKASIGFPHTVSTFSLWNTQKDMLDMVKGYGKVDKPNRHIDAMKERERKDFHYEFTTLRFSVISASEKWSSKVKE
>CP037427|3126911:3180679|3152073_3152757_+|QBK77424.1|protease|DBSCAN-SWA
MKIQHKLIYPILLYFLLYTVITATYLSLSFIGNTEYQSVLASVPLIILSILLIKKHTLPIRVSLKLNIDSKSKKNLIKYTSLFAFIFLVVNSLQIFLSDSSDIHHEYLDQIWFLILICLPIKALGEEVLYRGLIQNYIDKYIKPSTKSISPGNIITAVLMTIAHLGFFYIMPLPNAILALVLVFFASLFFGYLSKITNRNILYCTVIHTFFNYIRVVVQCFYISFIL
>CP037427|3126911:3180679|3177700_3178417_+|QBK77447.1|DBSCAN-SWA
MLFLYIRRMQKNCQKEFSPLYSKDNVLLTWVFNISGGALLVSLFILLALLPLLVSTQIKTLVIIGLFYYPIWAIVLYRFYRYIKSKMAVAIRNIKIDDQGIHFSKKDGSTAEILYDQLGHSYRSEYYDVYLVPINKTWRLAVGIDGVQTEVVFDGADVGSVYQIKNARALRAKFIEGIVRFRPDLKIDPSVFKEFSIHPQDFTFDGKRYMKHIGQGVLIISGILVVSVLLGLLIIKLS
>CP037427|3126911:3180679|3169971_3170988_+|QBK77441.1|DBSCAN-SWA
MKQFLQRKDIQISSKRYFIDAMGAMAYGLFATLLVGTILKTIGEEFGISFLKEVVWPFANQATGPVIALAIAYSLRAPQLVLFSSAVVGVAAYQLGGPLGVFIATIIAVEIGKAVAGETRIDIVITPIVTVLVGVALAQWIGPSVNQLMQWIGQVIIFSTEANPLIMGIVIAVVVGMVLTLPISSAALCLMLQLDGLAAGAATIGCCAQMIGFATISYKDNGLKGVLAQGIGTSMLQVPNIYKNWKIWIPPTLASAILGPIAILFFDMQNTALESGMGSCGLVGQIGTFNAMKEAYSTSYIILAILGLQIILPMILSYLIYYIMKKKQWIKDGDMKIF
>CP037427|3126911:3180679|3172743_3174318_-|QBK77444.1|transposase|DBSCAN-SWA
MEIDLENLSKEQLLALIKKQSKTISKQDKINTKLEQKTSKLEQKTSQLEQEKQELQRLVDLLRRMQFGQKRERFEDPNQTQLPLEVQQAVLEEQEEVIKQEITYSRQKKKHPGRAKLPDHLPVEEIEIYPEGDLSDKICIGKETTDVLDYVPGYFKIKRYIRYKYATKDKDNTQISIALLPERIIDKGIPSEGLLSTILVDKYVDHLPLYRQKQRFSRENIDIASSTIDGWAAQCMDALKPLYEKLLLDIKNEGYLQVDETTIKVLDEKKKDKSHLGYYWVYHAPISKLVMFNYSPTRSGSAALPVLENFKGYLQTDGYSGYKAYGAKSGVVHLGCWAHARREFERALDNDKTKAQHVLVEIQKLYAVERKAKEQNLTPEQIKELRLEQSLPIINELGKYMFVQMKLVLPKSQIGKAFAYSQTRWDNLSAYLYDGNLQIDNNLIENVIRPVAIGRKNYLFAGSHDAAQRAAMAYTFFANCKKHDINPYQWLKYVLENIQSINHKNITDLYPHNYKTLNSNVVEE
>CP037427|3126911:3180679|3128994_3133434_-|QBK77408.1|DBSCAN-SWA
MKKFLLLFFLIFSPMLFAQTSTEAFETESAGSTSFTDNGVTFNIISHTSTFNIVNYPATGWSGTVNDNQYIDNSNSVGPSSPSFSIKTTSNLFKVNRFWVYVADKFTNLNATGSLTITGKLSGATKFTQTKTNNFVTSLGSTNGYTLIDLTNLNGQNYSNIVIDELQLTLGGNYYYLGLDAFTWVKDSNIVTTDSQSFITTWEVPNDNGSIKLYTDTNKYKYNYNVSWENIDDSDKKSKPLPNFKGDCVISNLPKGKYRVMITGDFPYFNVAKDFEDPNAKQLLTVEQWGTQLWKSMHKTFQSASNLIHIGKDIPNLTQVTDMSRMFDFAISFNGDLSKWDVSKVTDMQYIFSGASSFNGDLSKWNVSSLKNMQSMFHAAVAFDGDLSQWNVSSATNMIQVFAYAMSFNRDLSRWNVSNVTDMQSMFLGASSFNRDLSKWNVSRVIGPYGMLSMLEYSGMSVYNYDATLKGWANLSTINSNMILGATGLKYCTANTERDKLIKEKGWKINGDIKLGSEYILKDKSVVYDGKAHKLELELPHSFRGTYEIVDSSNNVVSDAINAGIYTVRAISECDQSVLHTATLTITPAVLTVTATPQSKVYGAVDPKLDYTISGLVNNDKETDVLSGSLSREVGENVGNYAITQGDLKANGNYTLVFKGADLTIGKAPLTVTANPQSKVYGSVDPKFDYTVSGLQFIDKETAVLSGSLSRAVGEDVGTYAIAQGDLKANGNYALSFTGADLVITPAVLIVSATAQSKIYGAVDPKLDYAVSGLQFIDKETAVLSGSLNRIAGEDVGTYAITQGTLIANSNYVLSFTGADLVITPALLTVSATAQSKVYGDVDPALDYTVSGLVNNDKEIDVLSGSISRAVGEDVGTYAITQGTLIANSNYSLSFTGADLNIIPVVLTVTVNPQSKVYGAVDPSLSYTVSGLVNNDKETAVLSGSLSRAVGEDVGTYAITQGDLKANGNYALSFTGADLNIIPVVLTVTVNPQSKVYGAVDPSLSYTVSGLVNNDKETAVLSGSLSRAVGEDVGTYAIAQGDLKANGNYTVDFIGANLTIEKAPIIGMVLKGGTYVYDTKEKSVLLSSTLPIGTKVTYKNNKQTEAGEYEVTALIEGDNYIPLLLKTKLIINKAPQHIEFNALSPVLYDNLLQLQLIANSSVDLPINYTYMNVGTTVVATVTSTGLVKVLHPGSVVITAHQDGNNNYEPAQSVSQILIIKSDKAEINSLIINGREIGELSSNKLFMLHCDEIDKQVEVELVTSEGASVNIGNHFFIDTPKAGIYNREIVVKSHSGTITNRYILSIERPFNFEDIVIQKFDNTLLVNNNPLTNGGYRFMGYKWFKNGKLIGTEQVYSVGNHRDDLLDIDALYSLELTTDKGEIIHSCPAMIKYTHTNSIKLYPNPVVKNGVMEIALDYPESSLKNIIGSVYSLTGQFLFKVSLENKISEVILPNTLVEGVYLMIIKIEGQNKVFRFMVKP
>CP037427|3126911:3180679|3128146_3128956_-|QBK77407.1|DBSCAN-SWA
MLVVLSCTTSFAQEVDFSIGGYFTNSLKTDNDYDTNTSLGYQIGVGYRYYLNSQWSLGAEINYKYSKLDFIQRNVKENWSVIDIENHDYEFRYNSKYRKESVSFNTFQIPLTIQYETKGIVKWYIRSGVSIGIITGDSKSKITMNDLHTSGYYKDWDAELHGPHYMGFGAFGNQTQKRNLDLSTRYSWLLETGVKQELGNKQNLYVGVFLDLGLTNLVKDNKRIDTPISHVSNYDNPLEYHSIWTQEKYKDINLKDYYIGIKLRYSFSL

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
QBK77405.1|3126911_3127742_-|transposase	IS5 family transposase	NA	NA	NA	NA
QBK77406.1|3127831_3128086_-	hypothetical protein	NA	NA	NA	NA
QBK77407.1|3128146_3128956_-	PorT family protein	NA	NA	NA	NA
QBK77408.1|3128994_3133434_-	BspA family leucine-rich repeat surface protein	NA	NA	NA	NA
QBK77409.1|3133750_3135424_-	tetratricopeptide repeat protein	NA	NA	NA	NA
QBK77410.1|3135558_3135858_+	transcriptional regulator	NA	NA	NA	NA
QBK77411.1|3135935_3136901_+	LLM class oxidoreductase	NA	NA	NA	NA
QBK77412.1|3137577_3138765_+	calcium:proton antiporter	NA	NA	NA	NA
QBK77413.1|3139085_3139835_-	hypothetical protein	NA	NA	NA	NA
QBK77414.1|3139789_3140671_-	endonuclease/exonuclease/phosphatase family protein	NA	NA	NA	NA
QBK77415.1|3140664_3142401_-	RagB/SusD family nutrient uptake outer membrane protein	NA	NA	NA	NA
QBK77416.1|3142410_3145668_-	TonB-dependent receptor	Q2PGD7	Norovirus	1.4e-08	25.3
QBK77417.1|3146374_3147217_+	phosphate ABC transporter substrate-binding protein	NA	NA	NA	NA
QBK77418.1|3147218_3148109_+	phosphate ABC transporter permease subunit PstC	NA	NA	NA	NA
QBK77419.1|3148098_3148956_+	phosphate ABC transporter permease PstA	NA	NA	NA	NA
QBK77420.1|3148945_3149692_+	phosphate ABC transporter ATP-binding protein	G3M9Y6	Bacillus_virus	1.3e-18	31.9
QBK77421.1|3150047_3150596_+	GNAT family N-acetyltransferase	NA	NA	NA	NA
QBK77422.1|3150712_3150934_-	hypothetical protein	NA	NA	NA	NA
QBK77423.1|3151218_3151839_-	hypothetical protein	NA	NA	NA	NA
QBK77424.1|3152073_3152757_+|protease	CPBP family intramembrane metalloprotease	NA	NA	NA	NA
QBK77425.1|3152746_3153436_-	hypothetical protein	NA	NA	NA	NA
QBK77426.1|3153618_3154173_-	hypothetical protein	A0A1W6JNX6	Morganella_phage	6.4e-39	46.3
QBK77427.1|3154390_3155389_+	OmpA family protein	NA	NA	NA	NA
QBK77428.1|3155557_3156322_-	hypothetical protein	NA	NA	NA	NA
QBK77429.1|3156677_3157496_-	GLPGLI family protein	NA	NA	NA	NA
QBK77430.1|3157712_3158501_-	PhzF family phenazine biosynthesis protein	NA	NA	NA	NA
QBK78131.1|3158519_3159050_-	flavodoxin family protein	NA	NA	NA	NA
QBK77431.1|3159152_3159527_+	transcriptional regulator	NA	NA	NA	NA
QBK77432.1|3159532_3159781_-	hypothetical protein	NA	NA	NA	NA
QBK77433.1|3159963_3160986_-	c-type cytochrome	NA	NA	NA	NA
QBK77434.1|3161065_3161932_-	hypothetical protein	NA	NA	NA	NA
QBK77435.1|3161957_3163946_-	TonB-dependent receptor	NA	NA	NA	NA
QBK77436.1|3163951_3164848_-	hypothetical protein	NA	NA	NA	NA
QBK77437.1|3165274_3165604_-	hypothetical protein	NA	NA	NA	NA
QBK77438.1|3166088_3166616_+	hypothetical protein	NA	NA	NA	NA
QBK77439.1|3166704_3168504_-	WG repeat-containing protein	NA	NA	NA	NA
QBK77440.1|3168500_3169718_-	hypothetical protein	NA	NA	NA	NA
QBK77441.1|3169971_3170988_+	PTS sugar transporter subunit IIC	NA	NA	NA	NA
QBK77442.1|3171704_3172019_+|transposase	transposase	NA	NA	NA	NA
QBK77443.1|3172219_3172780_+|transposase	transposase	NA	NA	NA	NA
QBK77444.1|3172743_3174318_-|transposase	IS66 family transposase	S5VTD3	Leptospira_phage	1.1e-67	36.5
QBK77445.1|3174367_3174706_-	IS66 family insertion sequence hypothetical protein	NA	NA	NA	NA
QBK77446.1|3174705_3174996_-	IS66 family insertion sequence hypothetical protein	NA	NA	NA	NA
QBK77447.1|3177700_3178417_+	hypothetical protein	NA	NA	NA	NA
QBK77448.1|3178575_3179343_-	methyltransferase domain-containing protein	NA	NA	NA	NA
QBK77449.1|3180053_3180341_+	IS66 family insertion sequence hypothetical protein	NA	NA	NA	NA
QBK77450.1|3180340_3180679_+|transposase	transposase	NA	NA	NA	NA