CRISPRimmunity

Overview of predicted results

Overview of the results

Contig_ID	Contig_def	CRISPR array number	Contig Signature genes	Self targeting spacer number	Target MGE spacer number	Prophage number	Anti-CRISPR protein number
NC_015914	Cyclobacterium marinum DSM 745, complete sequence	2 crisprs	DEDDh,cas3,csa3,WYL,PD-DExK,RT,Cas9_archaeal,PrimPol	0	0	1	0

1. NC_015914

CRISPR-Cas detection and classification

Crispr_ID: NC_015914_1

• CRISPR_ID: NC_015914_1
• CRISPR_location: 679674-679768
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_015914_1

Consensus_repeat	Method
AAATAACGTGGGACATTTTGGGACA	CRISPRCasFinder

spacers of NC_015914_1

>1.1|679699|45|NC_015914|CRISPRCasFinder
CGTCCTGAAAACGTGAGACAATTTATACGTTTTTAGGACACGTTA

CRISPR arrays and Neighbor proteins around NC_015914_1

CRISPR arrays

The CRISPR arrays of NC_015914_1

>merge|NC_015914|1|679674-679768|CRISPRCasFinder
AAATAACGTGGGACATTTTGGGACACGTCCTGAAAACGTGAGACAATTTATACGTTTTTAGGACACGTTACAAAAACGTGGGACATTTTGGGACA

>NC_015914|1|1|679674-679768|CRISPRCasFinder
AAATAACGTGGGACATTTTGGGACA	CGTCCTGAAAACGTGAGACAATTTATACGTTTTTAGGACACGTTA
CAAAAACGTGGGACATTTTGGGACA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_015914.1|WP_014018671.1|672225_673776_-|SulP-family-inorganic-anion-transporter	unknown	unknown	gnl|CDD|223732
NC_015914.1|WP_014018668.1|666304_667546_+|metallophosphoesterase	unknown	unknown	gnl|CDD|277331
NC_015914.1|WP_157466890.1|694830_695208_+|hypothetical-protein	unknown	unknown	unknown
NC_015914.1|WP_014018667.1|665349_666207_+|transglutaminase-family-protein	unknown	unknown	gnl|CDD|224224
NC_015914.1|WP_014018675.1|678581_679673_+|Fic-family-protein	unknown	unknown	gnl|CDD|225718
NC_015914.1|WP_014018673.1|674849_676268_-|DASS-family-sodium-coupled-anion-symporter	unknown	unknown	gnl|CDD|273267
NC_015914.1|WP_014018681.1|686097_688242_-|right-handed-parallel-beta-helix-repeat-containing-protein	unknown	unknown	gnl|CDD|379079
NC_015914.1|WP_014018680.1|684228_685581_-|transposase	unknown	unknown	gnl|CDD|377531
NC_015914.1|WP_157466609.1|694173_694344_-|hypothetical-protein	unknown	unknown	unknown
NC_015914.1|WP_014018676.1|679782_680100_+|hypothetical-protein	unknown	unknown	unknown
NC_015914.1|WP_014018670.1|670636_671698_-|efflux-RND-transporter-periplasmic-adaptor-subunit	unknown	unknown	gnl|CDD|273776
NC_015914.1|WP_014018666.1|664562_665303_+|peptidase	unknown	unknown	gnl|CDD|239734
NC_015914.1|WP_014018672.1|673951_674836_-|serine-hydrolase	unknown	unknown	gnl|CDD|379138
NC_015914.1|WP_014018669.1|667579_670633_-|efflux-RND-transporter-permease-subunit	unknown	unknown	gnl|CDD|223911
NC_015914.1|WP_014018686.1|693319_694159_-|hypothetical-protein	unknown	unknown	unknown
NC_015914.1|WP_014018682.1|690355_690814_-|gamma-glutamylcyclotransferase	unknown	unknown	gnl|CDD|119400
NC_015914.1|WP_014018665.1|663585_664566_+|alpha-E-domain-containing-protein	unknown	unknown	gnl|CDD|377234
NC_015914.1|WP_014018683.1|690810_691626_-|hypothetical-protein	unknown	unknown	unknown
NC_015914.1|WP_014018679.1|683444_683795_+|hypothetical-protein	unknown	unknown	gnl|CDD|238127
NC_015914.1|WP_014018685.1|692035_693031_-|ChbG/HpnK-family-deacetylase	unknown	unknown	gnl|CDD|212113

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_015914.1|WP_014018671.1|672225_673776_-|SulP-family-inorganic-anion-transporter	gnl|CDD|223732	COG0659, SUL1, Sulfate permease and related transporters (MFS superfamily) [Inorganic ion transport and metabolism].	1.08878e-127
NC_015914.1|WP_014018668.1|666304_667546_+|metallophosphoesterase	gnl|CDD|277331	cd07385, MPP_YkuE_C, Bacillus subtilis YkuE and related proteins, C-terminal metallophosphatase domain. YkuE is an uncharacterized Bacillus subtilis protein with a C-terminal metallophosphatase domain and an N-terminal twin-arginine (RR) motif. An RR-signal peptide derived from the Bacillus subtilis YkuE protein can direct Tat-dependent secretion of agarase in Streptomyces lividans. This is an indication that YkuE is transported by the Bacillus subtilis Tat (Twin-arginine translocation) pathway machinery. YkuE belongs to the metallophosphatase (MPP) superfamily. MPPs are functionally diverse, but all share a conserved domain with an active site consisting of two metal ions (usually manganese, iron, or zinc) coordinated with octahedral geometry by a cage of histidine, aspartate, and asparagine residues. The MPP superfamily includes: Mre11/SbcD-like exonucleases, Dbr1-like RNA lariat debranching enzymes, YfcE-like phosphodiesterases, purple acid phosphatases (PAPs), YbbF-like UDP-2,3-diacylglucosamine hydrolases, and acid sphingomyelinases (ASMases). The conserved domain is a double beta-sheet sandwich with a di-metal active site made up of residues located at the C-terminal side of the sheets. This domain is thought to allow for productive metal coordination.	8.06917e-51
NC_015914.1|WP_014018667.1|665349_666207_+|transglutaminase-family-protein	gnl|CDD|224224	COG1305, COG1305, Transglutaminase-like enzymes, putative cysteine proteases [Amino acid transport and metabolism].	2.20341e-21
NC_015914.1|WP_014018675.1|678581_679673_+|Fic-family-protein	gnl|CDD|225718	COG3177, COG3177, Fic family protein [Function unknown].	2.59481e-38
NC_015914.1|WP_014018673.1|674849_676268_-|DASS-family-sodium-coupled-anion-symporter	gnl|CDD|273267	TIGR00785, Uncharacterized_transporter_HI_0020, anion transporter. The Divalent Anion:Na+ Symporter (DASS) Family (TC 2.A.47) Functionally characterized proteins of the DASS family transport (1) organic di- and tricarboxylates of the Krebs Cycle as well as dicarboxylate amino acid, (2) inorganic sulfate and (3) phosphate. The animal NaDC-1 cotransport 3 Na+ with each dicarboxylate. Protonated tricarboxylates are also cotransported with 3Na+. [Transport and binding proteins, Anions, Transport and binding proteins, Cations and iron carrying compounds].	2.73829e-48
NC_015914.1|WP_014018681.1|686097_688242_-|right-handed-parallel-beta-helix-repeat-containing-protein	gnl|CDD|379079	pfam13229, Beta_helix, Right handed beta helix region. This region contains a parallel beta helix region that shares some similarity with Pectate lyases.	8.293e-14
NC_015914.1|WP_014018680.1|684228_685581_-|transposase	gnl|CDD|377531	pfam05598, DUF772, Transposase domain (DUF772). This presumed domain is found at the N-terminus of many proteins found in transposons.	1.77293e-06
NC_015914.1|WP_014018670.1|670636_671698_-|efflux-RND-transporter-periplasmic-adaptor-subunit	gnl|CDD|273776	TIGR01730, COG0845:_Membrane-fusion_protein, RND family efflux transporter, MFP subunit. This model represents the MFP (membrane fusion protein) component of the RND family of transporters. RND refers to Resistance, Nodulation, and cell Division. It is, in part, a subfamily of pfam00529 (Pfam release 7.5) but hits substantial numbers of proteins missed by that model. The related HlyD secretion protein, for which pfam00529 is named, is outside the scope of this model. Attributed functions imply outward transport. These functions include nodulation, acriflavin resistance, heavy metal efflux, and multidrug resistance proteins. Most members of this family are found in Gram-negative bacteria. The proposed function of MFP proteins is to bring the inner and outer membranes together and enable transport to the outside of the outer membrane. Note, however, that a few members of this family are found in Gram-positive bacteria, where there is no outer membrane. [Transport and binding proteins, Unknown substrate].	6.28585e-43
NC_015914.1|WP_014018666.1|664562_665303_+|peptidase	gnl|CDD|239734	cd03765, proteasome_beta_bacterial, Bacterial proteasome, beta subunit. The 20S proteasome, multisubunit proteolytic complex, is the central enzyme of nonlysosomal protein degradation in both the cytosol and nucleus. It is composed of 28 subunits arranged as four homoheptameric rings that stack on top of one another forming an elongated alpha-beta-beta-alpha cylinder with a central cavity. The proteasome alpha and beta subunits are members of the N-terminal nucleophile (Ntn)-hydrolase superfamily. Their N-terminal threonine residues are exposed as a nucleophile in peptide bond hydrolysis. Mammals have 7 alpha and 7 beta proteasome subunits while archaea have one of each.	4.24391e-38
NC_015914.1|WP_014018672.1|673951_674836_-|serine-hydrolase	gnl|CDD|379138	pfam13354, Beta-lactamase2, Beta-lactamase enzyme family. This family is closely related to Beta-lactamase, pfam00144, the serine beta-lactamase-like superfamily, which contains the distantly related pfam00905 and PF00768 D-alanyl-D-alanine carboxypeptidase.	2.24169e-55
NC_015914.1|WP_014018669.1|667579_670633_-|efflux-RND-transporter-permease-subunit	gnl|CDD|223911	COG0841, AcrB, Cation/multidrug efflux pump [Defense mechanisms].	4.37071e-175
NC_015914.1|WP_014018682.1|690355_690814_-|gamma-glutamylcyclotransferase	gnl|CDD|119400	cd06661, GGCT_like, GGCT-like domains, also called AIG2-like family. Gamma-glutamyl cyclotransferase (GGCT) catalyzes the formation of pyroglutamic acid (5-oxoproline) from dipeptides containing gamma-glutamyl, and is a dimeric protein. In Homo sapiens, the protein is encoded by the gene C7orf24, and the enzyme participates in the gamma-glutamyl cycle. Hereditary defects in the gamma-glutamyl cycle have been described for some of the genes involved, but not for C7orf24. The synthesis and metabolism of glutathione (L-gamma-glutamyl-L-cysteinylglycine) ties the gamma-glutamyl cycle to numerous cellular processes; glutathione acts as a ubiquitous reducing agent in reductive mechanisms involved in protein and DNA synthesis, transport processes, enzyme activity, and metabolism. AIG2 (avrRpt2-induced gene) is an Arabidopsis protein that exhibits RPS2- and avrRpt2-dependent induction early after infection with Pseudomonas syringae pv maculicola strain ES4326 carrying avrRpt2. avrRpt2 is an avirulence gene that can convert virulent strains of P. syringae to avirulence on Arabidopsis thaliana, soybean, and bean. The family also includes bacterial tellurite-resistance proteins (trgB); tellurium (Te) compounds are used in industrial processes and had been used as antimicrobial agents in the past. Some members have been described proteins involved in cation transport (chaC).	3.49034e-21
NC_015914.1|WP_014018665.1|663585_664566_+|alpha-E-domain-containing-protein	gnl|CDD|377234	pfam04168, Alpha-E, A predicted alpha-helical domain with a conserved ER motif. An uncharacterized alpha helical domain containing a highly conserved ER motif and typically found as a tandem duplication. Contextual analysis suggests that it functions in a distinct peptide synthesis/modification system comprising of a transglutaminase, a peptidase of the NTN-hydrolase superfamily, an active and inactive circularly permuted ATP-grasp domains and a transglutaminase fused N-terminal to a circularly permuted COOH-NH2 ligase domain.	2.39593e-133
NC_015914.1|WP_014018679.1|683444_683795_+|hypothetical-protein	gnl|CDD|238127	cd00209, DHFR, Dihydrofolate reductase (DHFR). Reduces 7,8-dihydrofolate to 5,6,7,8-tetrahydrofolate with NADPH as a cofactor. This is an essential step in the biosynthesis of deoxythymidine phosphate since 5,6,7,8-tetrahydrofolate is required to regenerate 5,10-methylenetetrahydrofolate which is then utilized by thymidylate synthase. Inhibition of DHFR interrupts thymidilate synthesis and DNA replication, inhibitors of DHFR (such as Methotrexate) are used in cancer chemotherapy. 5,6,7,8-tetrahydrofolate also is involved in glycine, serine, and threonine metabolism and aminoacyl-tRNA biosynthesis.	0.00705989
NC_015914.1|WP_014018685.1|692035_693031_-|ChbG/HpnK-family-deacetylase	gnl|CDD|212113	cd10802, YdjC_TTHB029_like, Thermus thermophiles TTHB029 and similar proteins. This subfamily is represented by an YdjC-family protein TTHB029 from Thermus thermophilus HB8; it is similar to Escherichia coli YdjC, a hypothetical protein encoded by the celG gene. TTHB029 functions as a homodimer. Each of monomer consists of (beta/alpha)-barrel fold. The molecular function of TTHB029 is unclear.	2.36295e-113

Protein sequences

>NC_015914.1|WP_014018675.1|678581_679673_+|Fic-family-protein
MATKSHKAFNDLPLLPPKQSLVETIAILKQESKSAVALAELKGLTSTLLNPNILINAVILKEAQASSGIENVITTQDKLYQALYAKSAKPDVATKEVLRYREALLMGTLLIKEKRFLNTNGIITIQKELEENNAGLRKLPGTALINDLTNEVIYTPPDNFDSISGLMKNLEEYINIDEDDVSPLIKLAMQHYQFESIHPFYDGNGRTGRIINVLYLILKGLLNEPVLYLSSYIIHNKGDYYRLLQEVRTKNNWEDWILFILKGIEQTALSTIEQINKINQLFNETQKLVQEKLPRIYSKDLIEQLFVHPYCKIEFLVKNLNLERKAASRHLNNLKEIDVLKSLSKGKEVIYVNEKLYNLLKNG
>NC_015914.1|WP_014018673.1|674849_676268_-|DASS-family-sodium-coupled-anion-symporter
MFEADSRSGARNLYRKLKLNWIFSTSTFVGNFLIALIISYFFSKIGYEAPVNFVFFISILAIGLWISEALPPFAVGIFIIATLLLGFSTDFFFDKTMPPELYVSTWTSNVIWLLLGGFFLAKAMSLVELDRQLFQFTVSKFGHKPEGLLLGMMMTTAIASMVMSNTATTAMMISSILPLVRIIGKDSAYGKALLTAIPAAASVGGVGTIIGSTPNAIAVGALQEKGINITFIDWMVVGFPTGLILVWLFWKFLCKTRDFSGVTLDLSLLPKAKGEVRPFEKNAVIFTLMFTVLMWLTEPLHGIPVAATSAIPIVFLTMTQVIHSEHVRSLPWDTLMLVAGGLALGIALVEVGLAEIVMVKINALPLPKVFIAIIFCLVAVLLSNVMSNTAAASILVPLSLALPGIYGIAGPVMVAISCSCSLLLPVSTPANAIAFATGMVEQKDFRPGGVFFIFLGPILAFLAVMAWVLVLL
>NC_015914.1|WP_014018672.1|673951_674836_-|serine-hydrolase
MKIHLLFPLILLIACSQAKEKQRLTQLEEEIRKLMNETEGDFALAFRSVDGEESELFFNEKETFHAASTMKTPVMVALFEQEAAGKFSLQDSILIRNSFKSILDGSTYQMDLGVDSQEALYKRIGENATLYELMYEMIVRSSNLATNILIEKVGAKNVTQLMRELGAEDIQVLRGVEDLKAYEAGLSNTTTALDMMLIMEAIAKHKVAGSKKMIDILSDQHFNDLIPKYLPKEVKIAHKTGAITGVQHDAAIVELPDGNRYVLVILSKNLTDEKAGKECIAKISQMIYNNIENL
>NC_015914.1|WP_014018671.1|672225_673776_-|SulP-family-inorganic-anion-transporter
MTQAFYNLFRPKEANIKDEVLSGLTVALALVPEAVAFSLIAGVSPLIGLYTAFIIGLITSILGGRPGMISGATGAIAVVVVALVIDHGVEYLFAAVVLMGLIQILVGVLKLGKLIRLVPHPVMFGFVNGLAIIIFTAQFAQFKTVNAQGVTEWMSGTPLFLMLALVLVTMLIIKYLPMLTKVIPSALAAILVVTLIVIFGGLDTRTVGDMASISGGLPQFHIPMVSLSMETFWIILPYSAIMAGVGLIESLLTLTLVDEITETRGSGNKECIAQGVANVTTGFFGGMGGCAMIGQSLINVNAGGRNRLSGIVAALGLLTFILFFSSYIEMVPMAALVGLMFMVAIGTFEWASLRVFRKVPKSDVLVMILVTLVTVFLHNLALAVLIGVIIAALVFAWKNSKMIRARKRMDENGIKHYEIFGPLFFASVTAFGEKFDPINDPDEIIIDFEESRIVDHSGLEAVHKVTERYSKVGKTVYVRHLDSSSKALLHKASSIIHVNYKEDDPNFIHADEKVLK
>NC_015914.1|WP_014018670.1|670636_671698_-|efflux-RND-transporter-periplasmic-adaptor-subunit
MNKTLLFCSLIFFFSCGEETQEKEEIPMETFRDEVQATSVKVGLSEKKSFDYLINATGKIEAENQVMSIVERTGYLIDLRVEEGQLVKEGQVIALLDKTDSQLEWEKAQVNLRSSQAEYESRKITASVETTFSEDLDKEARDEYWRASSGLLAAEIAVREAEINLDKTEVKAPISGAIADLKLKKGSLVNAGDEICLVLSTSLLEMKVKVLESDISFVKKGQKAEIYPVSGLGDSITGTVTSINPKVDENGLVQVTLKLSKGGSLLPGMNARAVIRAPQNNNLVVPKEAVVYRSGRPVVFTIDNNEAIWNYVEVGKDNGREVEVLDGLEADRTVIVSNNVQLAHQAPVQVSTE
>NC_015914.1|WP_014018669.1|667579_670633_-|efflux-RND-transporter-permease-subunit
MVKFLLSRPIAVGMTFLALLIFSVIMFRTLPISLLPPIDVPQIIIKVNYPNTSPESIERNVLKPIREGMVTLNGLQDIESKAGSEVGNVRLTFDFQTKMELAYIEVNEKIDRLTNSLPDDMPRPQVVRINSNDIPIVRLQIIPKEGVDYAEVSLLTENVIKKRLEQLDGVALVNINGRQERVIAVTPNKPVMSGLGFMESDLVQAIQDGNRELPGISVEDGQFRYYLRLASKLETAEDVGNLPVRGPEGNTVLLSKIAKVNHTLSKPTGYHLFKGKESLVVTVHKQTAAKMNETMPLIYEAVELFKEDYPQVDFELTQDQSSLLNAGINNLQTSLFFGGLFAFAILFVFMGNYRMPIIIGISLPASLVISFMVFYFFNISINVISLSGLALGLGMLIDNAIIVLDNINRKREEGFSLFEACVVGVNEVQSALISSVLTTLAVFVPLVFLSGVAGALFYDQAVSVAAILSVSLLVAFILLPLLYFLLFKNKDKQSVKEDSRLFRGMLKGYKLLFKRFFTRPGLSLMVLFLLIPLLLASIQFLKVEGLPPVEKFDVLISLDWNEPINASQNKNRIQHLLEQLEGKFTVAESDIGLRQFILYEGENAIQQADLYLMFANQTDKENVSRQLQQFFIKQFPQASIEIKDAPNAFDQLFSSNRPNFEVRFKNTETKRSVGPNQMNALMENFPVKDWSKGPGLQEGASVIFKTDLEKLALYGLEVNQLITSIERLFGDYLITDIRQFGEIIPIRLRNDQLDFQSLLKRNFIHGEEGVAYALDEFITANYDTHYKFVTADRSGIFQSVNLNITEPTSYEDEIRSWAVNENLTVNFAGQYFEDQETIKQLIGILMVSILLLYFILAAQFESFLQPLIVIFTLPLGVGGAFLVLWLTGTSLNVMSAIGLVVMLGIMVNDAILKIDTINRLRVNYRANGIVGKEALTKALYRAGEIRLKPIVMTSITTILALVPVVFSAGLGADLQRPLVFSVIGGLTIGTFTALYFVPLAYYFLSGESGSVKFGDER
>NC_015914.1|WP_014018668.1|666304_667546_+|metallophosphoesterase
MKKVGGTIFILILLSLIFFLDWYVFQGIKTILPSGYLAQGKTIYWVLTATIALWFGYTFYTIMQEGKISPTSQQSLNWFLVILVTQLTIVLFLFGEDLIRGLGSVYRYITNSSQDGALLSSRRKFVSQLAFAVAVIPMTGFIYGIVKGKYAFRTIRKTLYFKDLPEAFDGFTITQLSDIHAGSFKDFEAVKKGAEMAAAQQSDLFVFTGDLVNHKANEIDPMLDIFSKIKAPYGQFSILGNHDYGDYTSWPSPEAKIQNLESLKNKHHLMGFDLLLDESRTIEKDGQKISLLGVENWGVGFQSKGDLEKSLQNVPEKDFKILLSHDPTHWDEQVKNHPKNIHLTLSGHTHGMQMGIETPFIRWSPAQYRYANWAGIAEQAGKYLYVNRGFGFHAFAGRVGIWPEITVIELKKG
>NC_015914.1|WP_014018667.1|665349_666207_+|transglutaminase-family-protein
MRLKIQHNTTYNYQKLISLNPHHFYLKPLQRNYLEVETYSLKIVPEPEGMNERYSIEGNPYFQAWFKGETENMIIQVEFQVQTRHFNPFLFLIDQWFLQQFNPEADIPFSYEPNDRPILQPYLNHTGNNLLKSYSLGKLNTNDPIQFLTQLNAAIHADWHHIIREEENLWSAAKTFAAGKGSCRDLSFMLMEMLRHVGLAARFVSGYAFNPELEKGHELHAWVETYLPGAGWVGLDPSLGLMADKHYIPLAASFLPENTLPVHGTYGGENLKPSTLQTSVSIHQI
>NC_015914.1|WP_014018666.1|664562_665303_+|peptidase
MTFCIGIKTKHGILGLSDTRITSGNDTTTSKKVYTVNRRNHSFFIMTSGLRSVRDKAITYFGELIEKNDSTYDKLYKAVNGFADQVKRVAGEDKDSLEKSGFYFNLFSIIGGQLEEDKEPKLYLLYPQGNWIEIRQGTPFVIIGNTGFGNPVLRRSLKYDEPLLLALKSAFLAFDATRISSNDVDYPVDTVVLENNSYNIVENRFEQHELNHISEFWNDSLKKVIHDLPADILKKAFSAENKKEYD
>NC_015914.1|WP_014018665.1|663585_664566_+|alpha-E-domain-containing-protein
MLSRVANSIYWLGRYTERAENYARFINVNFNLMLDSPPDLKEQWEPLIMATGDHELYKTRNQSFDMHEVIYFLAFDHSNPNSIISSISKARENARMIRENLTKETWEKLNETYHFVNKASEGKVWKKADPRNFFEEVKAQILLLYGLADNTVARTEGWHFRQLGQYLERADKTSRILDVKYHILLPSPEEVGSPLDFLHWMALLKSVTAFNTYRRLYGNISPSGVVEFLVLNKYFPRSVFFCLKEAETCLYKISNSNGEGYSNSAEKAMGELRSKLEFDDVNDIISNGLHEYIEQLQIKINNISNKINDNYFQIKDNFASQTMVQE
>NC_015914.1|WP_014018676.1|679782_680100_+|hypothetical-protein
MDTDDLSIPTYKGIILEAEKFNHELTLQFGVLASSCKDDDDYLNQAEALIKDWLQMNDFEDIIDGIFFGQKVNENAFRKTLNITLSNIAEIRKTPMKQREFEDWE
>NC_015914.1|WP_014018679.1|683444_683795_+|hypothetical-protein
MKIYKVKPLLFFLLLIFSCENNVGPNREGTAEVAISVASRGGYQFLIEFDGDLYFPENLPEEFRVVSQEPIPVNIKFQILDKKEDIFQPAPNDVPIFLMSVPVINILSIEKIKSIS
>NC_015914.1|WP_014018680.1|684228_685581_-|transposase
MKDTAQLQIFKDFDGYSPKYHFFKNSLFGQIKDSIPWDELAGCLPAENTGPGAPRWFDAKGMFGMMFLKAYLNVSDRQLIERFNTDYSLQLFCGKLLAEDKQIRDYTLMTGIRAYIEDHCEWEQVQSVLLNHWKKDVNNSHVLLMDATCYESYIRFPTDVKLLWECCEWVFEKQLFRLCKILKTKRPRSKYREQKIKQLVYFRKRRNTHKETLRRRKSLVYLLEKGIEQLQQIMDMFRGECMRPEDFACLRTIKKILVQQTFLLTHKPSELKDRIVSLHKPYVRPIVRGKENKPVEFGMKVHMLQVDGLSFIDKMSFRNFNECKRLKISVVKHKTVFKGTTQLGADRIYATNENRRYCTGNSIFTCFPKKGPKNHSKAEKILSSEISKQRATVTEGIFGTHKDHYGLRKIKVRGEKREKLMVLFATMAANAVKIAKKRNQEEPAPREKAA
>NC_015914.1|WP_014018681.1|686097_688242_-|right-handed-parallel-beta-helix-repeat-containing-protein
MNTTKLYATVGLLLIFLLHFSPLVFAISNQVKENGLTIYVAPNGDDKNPGTIDQPLSSLTAARNWIRKQKKGNPNTDPVTVLIRGGAYSMSSPLELYPEDGGSAEAPVVYKAFKDEKPVFSGGKKLSGFKVNDKGIWELDLLESRLYKWRFDQLYVNGKRATLARTPNEDFMYIGAVKQNDWIKGSGRVVEKAQQILTFDEDNFSHLMGIQAEELGNVRFRAYHKWDFTMRHIDNLDKDSARVYTSGKGMKPWNPLKEGGRIVFENFAAALDEPGEWYLNPKGTLFYMPRPGERPEDAGVVAPVLENLIVVKGDPSNGKPVEHVRFEGLSFMHCHYAVPPTGSEPNQAAALINAAVMLEGVNHVDFVDCEISKTGQHALWYGKACHNSTVENSYLHDLGGGGIYLGDFKSREGLDHTSHIKLHNNIIQSGGLEYPSAVGVWVGHSSDNEVSNNDIGNFYYTGVSVGWVWGYAESTAKRNRIVNNHIHHIGWTLLSDMAAIYTLGKSEGTVISNNIVHHVHAYSYGGWGLYTDEGSSDIVMENNLVYSTKTGGFHQHYGANNIIRNNIFAFAKMYQAQCTRVEDHRSFDFTNNIILFDEGVVLKGAWEKIDIAMDNNMYWNTGGEEYDFNGKSFAEWQKFGHDQHSLILDSRFKDAENFNFEFKNKRAIKRINFEVFDLDNIGVYGEDSWKQKAKLPSSILEAFDAQVAKNMEKE
>NC_015914.1|WP_014018682.1|690355_690814_-|gamma-glutamylcyclotransferase
MKNNYVLYFAFGSNMLETRMLKRCPSALLIDSIAKLEDYQLVFNRQGDYEDGGVASIEQKAGAVVYGLLYAMIVPDIENLDKIESPNDDAYNREVVTVSTLSNQNVDCFTYIASPKGSFLPTKKYLDWIIEGATIAGLPASYIKKLRNIKSI
>NC_015914.1|WP_014018683.1|690810_691626_-|hypothetical-protein
MSSLRNKKAKIRLNVAVYAILFVLATSLFLASWIEGMDSTWIGLLNGLSVELLGAVVLFIIAQYFFIWNEDLEVRNERLDQFLTRNEQDSYSSVFVIDKDSKSNDKFYDYLNDRISRAKYDIYVSGEGFDSVGSEPLAEDYTQATKAALKNKVSIVRLQTSSEISVYWARHLRELLKDECFTLYLTDSSWSRGSLCSIDYVDQINNITEYMLSVSRSSGMNESNIAGLAVFVRNNHDLATDVMQMIKTRCKDENLSKCITLENFDKYLKVK
>NC_015914.1|WP_014018685.1|692035_693031_-|ChbG/HpnK-family-deacetylase
MHIKIFSGLFLASLIIISSCGQKSTSAEVQETETKTPANWAERLGYPEGKKVIMLHADDIGMSPEANTAAKEMLMAGDIQSAAAMPPCPNFEEIIAWAIEHPEIDLGLHLALTSEWKTWRWPSVAPAEEVPGLIDDEGMLWRSVEEVVAHASAEEVATEVRAQIEKSLALGYRPDHIDTHMGTLYGDPKYAILYLKMAMEYGIPANAIDLSNPEVVEIFRQGGYPITDEVVDFMATYTLPKLDFFTSAPKADTYEEKKEAFKELIRSLKPGLTEIIFHPSADTEQLKTITGSWQQRIWEADMFADPDLKQFFEDEGIIFTDWKEIMKRFKS
>NC_015914.1|WP_014018686.1|693319_694159_-|hypothetical-protein
MLEKQKQQIGNNSTGIQVQRDLVLGPNYTDIRAIFLDLFQLNFPKVQEIASKTADERVEKLLEELEYSFRKHKDVIDAEKFTDPSLQYEMQSIAINVARRGEKSNIKLLTELLCTVASRDCPELIELISSESLKIIPMLSKKHIDYLSLMVLSSNASMGNNSAVQINLILRSTLIHISDSETVIFGDVQYVACKGAIESRGISHKGLIPSILKEAPEFEGKKLDEIKTYSSDNNLESILKLIVLIEKCYVEHFKLMAIGKLIGWLNLSKFSNVDIKKLF
>NC_015914.1|WP_157466609.1|694173_694344_-|hypothetical-protein
MIEFFSTNYEWMFSGVFSGFIFWFLGQRNGFKKAIKQKQKIGKNSKGIQVGGDYSS
>NC_015914.1|WP_157466890.1|694830_695208_+|hypothetical-protein
MIAITPSERQAVPKMSDGTIPFVEKAMDYAREDAQFLPPYTDLDEVHKDWNAVKHLVPMLRDIQQLESNLNDTVMVAGSEAYLGALSYYNSVKYASKLNVADAKIIYEDLKQRFQKSRTSGEAEG

Crispr_ID: NC_015914_2

• CRISPR_ID: NC_015914_2
• CRISPR_location: 2240594-2240701
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_015914_2

Consensus_repeat	Method
CCGACTATTGTCGGGAGGGTCAGC	CRISPRCasFinder

spacers of NC_015914_2

>2.1|2240618|60|NC_015914|CRISPRCasFinder
AAGATCGAAGTTCCCACGCAGAAAACCATTTGGGGGATTAGCTCAGCTGGCTAGAGCATC

CRISPR arrays and Neighbor proteins around NC_015914_2

CRISPR arrays

The CRISPR arrays of NC_015914_2

>merge|NC_015914|2|2240594-2240701|CRISPRCasFinder
CCGACTATTGTCGGGAGGGTCAGCAAGATCGAAGTTCCCACGCAGAAAACCATTTGGGGGATTAGCTCAGCTGGCTAGAGCATCCCGACTAGTGTCGGGAGGGTCAGC

>NC_015914|2|2|2240594-2240701|CRISPRCasFinder
CCGACTATTGTCGGGAGGGTCAGC	AAGATCGAAGTTCCCACGCAGAAAACCATTTGGGGGATTAGCTCAGCTGGCTAGAGCATC
CCGACTAGTGTCGGGAGGGTCAGC

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_015914.1|WP_014019975.1|2250310_2250460_-|twin-arginine-translocation-signal-domain-containing-protein	unknown	unknown	unknown
NC_015914.1|WP_014019961.1|2228111_2228558_+|DUF2383-domain-containing-protein	unknown	unknown	gnl|CDD|378201
NC_015914.1|WP_157466666.1|2250111_2250285_-|hypothetical-protein	unknown	unknown	unknown
NC_015914.1|WP_014019967.1|2235258_2236920_+|S41-family-peptidase	unknown	unknown	gnl|CDD|223864
NC_015914.1|WP_041934626.1|2232141_2232858_+|hypothetical-protein	unknown	unknown	unknown
NC_015914.1|WP_014019973.1|2249007_2249412_-|hypothetical-protein	unknown	unknown	unknown
NC_015914.1|WP_041935061.1|2250489_2251515_-|amidohydrolase-family-protein	unknown	unknown	unknown
NC_015914.1|WP_014019974.1|2249748_2249901_-|hypothetical-protein	unknown	unknown	unknown
NC_015914.1|WP_014019969.1|2237816_2238329_+|DUF2480-family-protein	unknown	unknown	gnl|CDD|313799
NC_015914.1|WP_014019966.1|2234887_2235262_+|ribonuclease-P-protein-component	unknown	unknown	gnl|CDD|234989
NC_015914.1|WP_014019962.1|2228721_2230056_+|insulinase-family-protein	unknown	unknown	gnl|CDD|223685
NC_015914.1|WP_014019979.1|2253337_2253799_-|TRAP-transporter-small-permease	unknown	unknown	gnl|CDD|225632
NC_015914.1|WP_157466664.1|2244991_2245807_-|hypothetical-protein	unknown	unknown	unknown
NC_015914.1|WP_014019965.1|2234684_2234843_+|50S-ribosomal-protein-L34	unknown	unknown	gnl|CDD|179004
NC_015914.1|WP_041934627.1|2237130_2237820_+|tRNA-(adenosine(37)-N6)-threonylcarbamoyltransferase-complex-dimerization-subunit-type-1-TsaB	unknown	unknown	gnl|CDD|274750
NC_015914.1|WP_014019963.1|2230075_2232124_+|insulinase-family-protein	unknown	unknown	gnl|CDD|223685
NC_015914.1|WP_014019971.1|2246896_2247910_+|amidohydrolase	unknown	unknown	gnl|CDD|368185
NC_015914.1|WP_014019964.1|2232923_2234567_-|peptidase-M61	unknown	unknown	gnl|CDD|226483
NC_015914.1|WP_014019978.1|2252066_2253341_-|TRAP-transporter-large-permease	unknown	unknown	gnl|CDD|224509
NC_015914.1|WP_014019972.1|2248195_2248651_-|Hsp20-family-protein	unknown	unknown	gnl|CDD|107228

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_015914.1|WP_014019961.1|2228111_2228558_+|DUF2383-domain-containing-protein	gnl|CDD|378201	pfam09537, DUF2383, Domain of unknown function (DUF2383). Members of this protein family are found mostly in the Proteobacteria, although one member is found in the the marine planctomycete Pirellula sp. strain 1. The function is unknown.	2.02308e-15
NC_015914.1|WP_014019967.1|2235258_2236920_+|S41-family-peptidase	gnl|CDD|223864	COG0793, Prc, Periplasmic protease [Cell envelope biogenesis, outer membrane].	4.31234e-83
NC_015914.1|WP_014019969.1|2237816_2238329_+|DUF2480-family-protein	gnl|CDD|313799	pfam10652, DUF2480, Protein of unknown function (DUF2480). All the members of this family are uncharacterized proteins, but the environment in which they are found on the bacterial genome suggests a function as a glucose-6-phosphate isomerase (EC 5.3.1.9). This could not, however, be confirmed.	1.33254e-100
NC_015914.1|WP_014019966.1|2234887_2235262_+|ribonuclease-P-protein-component	gnl|CDD|234989	PRK01903, rnpA, ribonuclease P protein component.	1.02808e-19
NC_015914.1|WP_014019962.1|2228721_2230056_+|insulinase-family-protein	gnl|CDD|223685	COG0612, PqqL, Predicted Zn-dependent peptidases [General function prediction only].	6.72062e-71
NC_015914.1|WP_014019979.1|2253337_2253799_-|TRAP-transporter-small-permease	gnl|CDD|225632	COG3090, DctM, TRAP-type C4-dicarboxylate transport system, small permease component [Carbohydrate transport and metabolism].	8.54302e-24
NC_015914.1|WP_014019965.1|2234684_2234843_+|50S-ribosomal-protein-L34	gnl|CDD|179004	PRK00399, rpmH, 50S ribosomal protein L34; Reviewed.	1.49744e-09
NC_015914.1|WP_041934627.1|2237130_2237820_+|tRNA-(adenosine(37)-N6)-threonylcarbamoyltransferase-complex-dimerization-subunit-type-1-TsaB	gnl|CDD|274750	TIGR03725, T6A_YeaZ, tRNA threonylcarbamoyl adenosine modification protein YeaZ. This family describes a protein family, YeaZ, now associated with the threonylcarbamoyl adenosine (t6A) tRNA modification. Members of this family may occur as fusions with ygjD (previously gcp) or the ribosomal protein N-acetyltransferase rimI, and is frequently encoded next to rimI. [Protein synthesis, tRNA and rRNA base modification].	1.26333e-54
NC_015914.1|WP_014019963.1|2230075_2232124_+|insulinase-family-protein	gnl|CDD|223685	COG0612, PqqL, Predicted Zn-dependent peptidases [General function prediction only].	1.551e-87
NC_015914.1|WP_014019971.1|2246896_2247910_+|amidohydrolase	gnl|CDD|368185	pfam04909, Amidohydro_2, Amidohydrolase. These proteins are amidohydrolases that are related to pfam01979.	1.02784e-20
NC_015914.1|WP_014019964.1|2232923_2234567_-|peptidase-M61	gnl|CDD|226483	COG3975, COG3975, Predicted protease with the C-terminal PDZ domain [General function prediction only].	2.22012e-58
NC_015914.1|WP_014019978.1|2252066_2253341_-|TRAP-transporter-large-permease	gnl|CDD|224509	COG1593, DctQ, TRAP-type C4-dicarboxylate transport system, large permease component [Carbohydrate transport and metabolism].	1.38961e-130
NC_015914.1|WP_014019972.1|2248195_2248651_-|Hsp20-family-protein	gnl|CDD|107228	cd06471, ACD_LpsHSP_like, Group of bacterial proteins containing an alpha crystallin domain (ACD) similar to Lactobacillus plantarum (Lp) small heat shock proteins (sHsp) HSP 18.5, HSP 18.55 and HSP 19.3. sHsps are molecular chaperones that suppress protein aggregation and protect against cell stress, and are generally active as large oligomers consisting of multiple subunits. Transcription of the genes encoding Lp HSP 18.5, 18.55 and 19.3 is regulated by a variety of stresses including heat, cold and ethanol. Early growing L. plantarum cells contain elevated levels of these mRNAs which rapidly fall of as the cells enter stationary phase. Also belonging to this group is Bifidobacterium breve (Bb) HSP20 and Oenococcus oenis (syn. Leuconostoc oenos) (Oo) HSP18. Transcription of the gene encoding BbHSP20 is strongly induced following heat or osmotic shock, and that of the gene encoding OoHSP18 following heat, ethanol or acid shock. OoHSP18 is peripherally associated with the cytoplasmic membrane.	4.83589e-28

Protein sequences

>NC_015914.1|WP_014019969.1|2237816_2238329_+|DUF2480-family-protein
MSEIINRVANSPIVTIDLETYYLEGERVVFDLEPFLYQGLVVKEKEFRQSFKNLDWTIYKDKLVAITCSTDAIIPKWAYMLAIVNLQAFAKEVIIGSIEDLERHLLNSAINKLDEKKFKDRPVVIKGCGKLSIPDYAYGEIVKKVMDVAKSVMFGEPCSTVPVYKRPMAK
>NC_015914.1|WP_041934627.1|2237130_2237820_+|tRNA-(adenosine(37)-N6)-threonylcarbamoyltransferase-complex-dimerization-subunit-type-1-TsaB
MSKILSIETSIAVCSVAIHENGELLALAELHQDNVHGSKLVPLIKSLLAEGGYSPKSLDAIAVAQGPGSYTGLRIGVSTAKGLAFAHDLPLIGLDSLDGLGARLVGQVENGSFIVPMIDARRMEVYAKVLDANGETLVPLKPVILEEGVFDELLNSGLVYFLGNANKKTEAFLNHANGRYIDKLNSAAGLGKLAYQKYVEKDFVDIAYFEPNYLKEFMVLKSKKNPLLT
>NC_015914.1|WP_014019967.1|2235258_2236920_+|S41-family-peptidase
MKNYFSHKWLFTSLAVVGIAGLLLSFYPKNDKLFELAKNLDIFASLVRELDTYYVDEIDPTELVTVGINAMLAELDPYTEYIPEEESDDFRVLTTGEYGGVGALIGNRLGKNMIMMPYKGFPAQVSGLKVADELLKVDTVDVIDKNTSEISKLLKGPANTEVNVVVKRGADTLSVKLTRKKIVISNVPYYGMVEEETGYIKLSDFTTNAAQDVALALQDLKAQGAKKLILDVRDNPGGILMEAVNVVNIFIPKNKEVVKTIGKLDKVLSEYKTKSSPIDKEIPLVVMINERSASASEIVAGALQDYDRAVLVGRTSFGKGLVQSTIPLSYNSQVKLTTAKYYIPSGRCIQAIDYSVKDEEGNGSYVPDSLRQEFQTKNGRTVYDGAGIEPDIALETRSFAPITYSLVTRSLVFSFVSEFALENEAIDSPRAFEVSDELYASFVDWLQDKEYDYITRVEKTIEDLEKYAEKEKYFDDIKEDLEKLKKSVSHSKEQDLITFKDEIKEALKDEIVSRYYYQKGVIEASLDQDPEIESALEVFADVEKYAAHLSPSK
>NC_015914.1|WP_014019966.1|2234887_2235262_+|ribonuclease-P-protein-component
MDCKFSKAERLHSKKLIKELFDKGSSFFLYPFKVLYLDDSRVINNQLLVSVSKRKLKNATDRNYIKRRVKEAYRLNKHLLPATQESKKLIALIYVSKDLMGFHDIQPKVIKILKKLPVAKPSQE
>NC_015914.1|WP_014019965.1|2234684_2234843_+|50S-ribosomal-protein-L34
MKRTFQPSRRKRRNKHGFRERMSTSNGRRVLKARRAKGRHKLSVSSEKTLKK
>NC_015914.1|WP_014019964.1|2232923_2234567_-|peptidase-M61
MKYTISTPIPASQILEIQLELSCQKEELIQLQLPSWRPGRYEIANYAQFIRKLEVSGPDGKVNAEKQTKDAWTFFSAKMGNYKISYSFHAAQLDAGGSWIDPEQVYINFINICFAIYGRTDEKIKVNLDLPPNYKIACALPLEGKNTLVAINYQELVDSPVLAAESLHHKTYQVKTTNFHVWVHGEVYFDWDSVLKEFNHFTEKQIEDFGDFPTKDYHFIIHMLPFAHYHGVEHQFSTVITLGPDRLFANKEGLDRLMGISSHELYHFWNVCRIRPKSIQPYDFSREAYLKEGLIAEGVTTFMGDFYLLKSGYYTTEKYFEVLEKLMERSFETLGWQNQSIVDSSWDLWLDGYKPGIPDKKVSIYTHGALLVLAMDILLMKNGKRMYQAMRKMWECYGKTGIGYELKDFEQTVLDFTADREEMTRFFEQYVYNTGNLFDLLQNLLPRIGLSLIKSANEAPLQSDYGIITDSNGQLLKIHPKAPAFSKLMINDKILSYELSKEGLKLKVRRWGKNLKINLPAENDLYYGNYKVDYIDDSSAFDMFIHL
>NC_015914.1|WP_041934626.1|2232141_2232858_+|hypothetical-protein
MRKPIFILLFVLFSVSQGTQAHTTFRTEPLPEKTPQEIINDYIDAIGGKQKIAAVKTIILVMEAEIQGMKIEIDTNRDMEGLRLMQQMVVDGNVMQKTVVKDNEGYMSMMGQVKTLSEDELATLKTNIYAFPEMHYGDMGFSVTRGENTTINGEEAYTLLVTNSAGLESKEYFSIASGLKLKMVAEVAGDIIFDDYEEVEGIMFPMKVTISNPMLPVPMETRVVSIQVNEPLDNSLFE
>NC_015914.1|WP_014019963.1|2230075_2232124_+|insulinase-family-protein
MKTLYIILFAAFITFGTQAQVDRSVLPPPGPAPKIEFTDPATFTLDNGLKVFVVPNNKLPRVAFYLILNRDPLFEGDNAGLTGFVGDMMMAGTSSRTKEELDEEIDFIGASLGAGSTSLSASSLKKHQGKVLELMTDVLYNPIFPQEELEKLKKQTLTSLASSKDDPDYLAGVISNALVYGKEHPYGETMTEETVENVNLEDIKEYYRTYFKPNIAYLAIVGDITDKEAKNLVNDYFSSWEKGKVPTFDYQKPELPAENKVALLDRSSAVQSVINIAFPVEMHLTNPDYMVTRVMNFILGEGFNSRLNGNLRETKGYTYGARSSFGSDKLIAKFSAGTSVRNEVTDSSVYEMIYEIRNLKENGITEEELTMAKANLSGRFGRSLENPNTIATFAINIDRYNLPEDFYSNYLQRLDALTVEDINQVAAKYLKPENMYITVVGNGAAIKEGLAQFGEISMYNYKGDEVQEIQLSDASKTATDIISDYLEAIGGVTAVEAIKTAKLEMTAEVQGTKLEMMAIHDMENQRLVQQVVVMGNVASKTLVKDGKATVSSMGKSQSLTDEQYEDVKMASLWLVPELYYETMGYSLSLDGAVDLDGESAYKVIVSNPTGGQVVNFYSIDSGLKLKSENQLSGDVSYQEYQEFEGVQVPVKMSIKSPMLPVPLETQVNNVELNLSVSDQDFN
>NC_015914.1|WP_014019962.1|2228721_2230056_+|insulinase-family-protein
MKKHLIWLVCVFVVQTAVYSQTKIDFREFTLDNGLEVIMHKDNKTPIVVTSVMYHVGSKNEDPERTGFAHFFEHLLFEGSENIDRGQYTDLVEGNGGALNAFTSNDITYYYELMPSNYLELSLYLESERMLHAKIDEVGLETQREVVKEEKRQRYDNQPYGTILPETLVRAYSEHPYQWAPIGSLDHLNAASLDEFMQFYKDFYVPNNAILTIAGDIDYEQTEEWVRKYFSEIPKGKNAIYRPEIVEPKKDKEIRDIIYDNIQIPAIIQAYNLPPKNHPDAYAMEMLSTYLTGGKSSLMTKELVDKQQKALVVAAIPLDLEDGGIFIMYGIANMGIEPEALENEIDVLIKQVQDEGISEKDFQKLQNIIENDLVSKNSSIEGIAQNLAEANLFYGDTDYINRELEVYRKVSRDDIQRVANKYLTLDGRVVLYYLPKPQETAQNE
>NC_015914.1|WP_014019961.1|2228111_2228558_+|DUF2383-domain-containing-protein
MANQTKLIKYLNLLLKNTYDGIKSYKDAARNVEEGSIKEFFIERAKEKLVLRDAIKEEIYLLEGIPVEEGSLMSLFSRSWNNFKTSLDHDNKKEIAKYCLEEEKKRVDEFGVLLRNPELVSETFYTSLEAHNEKTLDAIKALVEQVKS
>NC_015914.1|WP_157466664.1|2244991_2245807_-|hypothetical-protein
MTLTRNIMAIGLSVLTTFAVNLAFAQTEDKGMENFIELSDSKWEEVFYDSCTEDWKNNWSLDGKEAKITNQKNGMNFSAGPEAFNDAHHAVLWTKQDFQGDLKIEYEYTRTDKELRMVTILYIQATGSGKPGFDEDISLWADKRTVPSMKSYFNNMNTYHISYAAFGTDNTIPGKDYIRGRRYMASGLGGTALDNEYKNTGFFSPGVPHQITIIKRDREIYMHIKNEQKEMLCHFVNSKFPPITEGKIGLRHMYTRGARYKNFKVSQLSKK
>NC_015914.1|WP_014019971.1|2246896_2247910_+|amidohydrolase
MILKSFATNEHSTAIYFGRQHRHLKKDHEVNCINRRDCLGILGGSLASLALTSSSQPEKTNSDLPVVDTHLHCFAGPDNNKFPYHPNGPYRPDSAATVEDLLSCMDGAGIKYAIVVHPEPYQDDHRYLDHCLEVGGGRLKGTCLFFADQPDSLAAMPSFLKDREGSIIASRVHAYAPDRLPPFGKPELRKWWRSVADAGVAVQLHFEPRYASGFEGYIREFSDTTVIIDHLGRPFQGSPEEYARVLRWADFPNTVMKLASIPKAEQYPHQDIRPIIRQLTSAWGAERMIYGGGFNTDATPDSYRRYRQDLVGHLSHLSSLEQAAILGGNAAQLFGWS
>NC_015914.1|WP_014019972.1|2248195_2248651_-|Hsp20-family-protein
MTLIKSNGRKTQAPDFNNWLDQLFDVPSSFVLGSPENRFNGNRPAVNIKENDKEYLLEVAAPGMKKEDFNISIEKDYLTISASKKTETEEKDESHKVKRTEFHYESFERSFFIEEDKVDVDQINAQYQDGILKLLIPKKEELKRVKQITVS
>NC_015914.1|WP_014019973.1|2249007_2249412_-|hypothetical-protein
MKTTLLIVISFLVFSCNPYDKDLSLEGEYAIVDFTMTPQFAKDSIARRNIIPIITSSNNTFIFSTDNSIVKIDPKLGMKFFGDSIFQYELKDKFIALSNNDKTINIPYKNDNGIIRLLVDKKGIERFSIIPSKN
>NC_015914.1|WP_014019974.1|2249748_2249901_-|hypothetical-protein
MTIETEDFILLQNIGNFYDPHIKEERFNSTNIEIGIRLVNDSYFNACDTK
>NC_015914.1|WP_157466666.1|2250111_2250285_-|hypothetical-protein
MILALQENKQPDWDVYDSVTSAAIIPLTGASVADKSRPVDFPDFTKGKWGGRAKLYS
>NC_015914.1|WP_014019975.1|2250310_2250460_-|twin-arginine-translocation-signal-domain-containing-protein
MNYLDRRNFLKLSGLALGGLSAGLLSNPSMARGFKKNLSLGFVGIKVVA
>NC_015914.1|WP_041935061.1|2250489_2251515_-|amidohydrolase-family-protein
MEDFSSIKKFDTHVHLRSQLDTLFINQAIKDNFRFLTVSVYTSPERTPEEQENFSLKMVRDFPDIVAYATTFSLDGFNDDDWVSKTLDYLEKSIAHGAIAVKVWKNVGMELQNEKGDLVTINDKKFEPILKFLAEKDITLLGHLGEPKNTWLPLEEMTVQGDKDYFSENPKYHMYNFPDFPSYEDQIGARDKMLANNPDLRFVGAHLGSLEYDVNELAKRLDQFPNMAVDMAERISHLQYQAINNWQGVHDFFIKYQDRLIYGTDLRAGASDIQAKGLTDPDEIAAHAYEVWLRHWQFFTGDEEMNVPKVDGTFKGLKLPKSVVDKIYRYNAENWYPGLLR
>NC_015914.1|WP_014019978.1|2252066_2253341_-|TRAP-transporter-large-permease
MTALLFIVFLVLLAIGFPIAFALGISAFTYLLFSDIPLMVIPQKMYAGIDVFVLLSIPGFILAGNLMNASGITGRIINFCNALLGHIRGGLGLANVGASMLFGGISGTAIADTASIGSVMIPAMNKEGYDVPFSCAVTASSSTIGPVIPPSLPMIIAATLTGLSVGKLFVAGIVPGLLLGVGFMLITYLISVKRKYPKRPRKTFGFVFKSFFQAFWALMMTVIILFGIIGGVFTPTEASIVAVIYAIAIGLWVYKELKIKMIPAILLQSAKTTAALMVLVGFANLFAWIMTVEELPQLIANSLLELTSNKFMLLLLINLLLIFVGAFMETIAALLILFPVLLGVAVNVGVDPVQFAIIMVFNLVIGLTTPPVGVCLFVASSIGGISLEKIAVAGLPYLMVSILVLLMITYIPEVSLWLPGLFYE
>NC_015914.1|WP_014019979.1|2253337_2253799_-|TRAP-transporter-small-permease
MTKSPFPTLDKVLGFLINLSFILMIAVVLLQVIARYLLPWAPNWTEELARFCFIYLVSMGAALAVKDNGYVSVNFLLDRLSPKYKSLLENIIMVCIIGLMFTQFVVSLPLMEIVSIQKSPSMNLNMAFMYGAMAIMGLSVAFYSTLKLIQKNR

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	1631729 : 1683105	43	Vibrio_phage(20.0%)	transposase,tRNA,protease,integrase	attL 1640970:1641018|attR 1692885:1692933

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NC_015914|1631729:1683105|DBSCAN-SWA
CTTAATTATCTTTTCGTTCTATATTATTATCGTCATTCTCTTCGGAGTATTCTCCCTGCATTAAATCAGGCCTCCTTTCGCGAGTGCGACGTACCGATTGTTCAAACCTCCATGACTCTATCTTAGCAGCATGTCCCGAAAGCAATACCTCGGGTACTTTCCATCCTGCATAATCTGCAGGTCTGGTAAAAACCGGAGGTGCCAAAAGGCCATCCTGGAAAGAATCTGTCAAAGCAGAAGTTTCATCATTCAAAACACCTGGAAGTAACCTAATAATCGCATCAGCAATTAAGGCTGCAGGAAGTTCTCCCCCCGAAAGCACAAAATCACCTATACTGATTTCCTTGGTAATGAAATGTTCCCTTACCCTTTCATCTACGCCCTTATAATGGCCGCAAAGAATGATAAGGTTTTTTTTCAATGACAAGGTGTTGGCCATTCCTTGGTTAAACGTTTCTCCATCAGGCGTCATGTAGATAATTTCATCATAATCCCTTAATTTTTTTAAGGAATTGATACAATTGGCTATGGGCTCGATCATCATGACCATTCCGGCACCACCACCAAAGGCATAACCATCTACAGTCTTTTGCTTACCAATACCATAGGTTCTTAGATCATGAACTTCCACTTTTGCCAAACCTTTTTCTTCAGCCCTCTTCAAAATTGAATGAGAAAAGGGCCCTTCAAGAAGGCCGGGTAAAACGGTTATGATATCAATATGCATCAGCTATCAATCTTCCAGATAAATGTCAACCAAGCCCTCAGGCAAACGACAGAAAACTTTTTTCTCTGCCTTATCTACTTTTTGTATGATCTCATCCTTTAAAGGGATAAGTACTTCTCTGTCTTTGTATTCCATGCCAATCAAGTCTTGGGTTTCCATATCATAGATCACCTTAACTTTCCCTAACTCCCCGAGTTCTTCATCTACAACCAAAAAATCCACCAATTCGTGAAAATAATACTGGTCATCATCAAGTTCCGGGAGCGCGGTAACCGGCAAGTATAAAGCCGAACCAACCATGGGCTTAACTTTGTCTACATGATCAAATTCCTCAAACTTGGCTAAAAACCTATTGTTGGGCTGTGGCACCATGTGCTCCAAAATATAAGGAACCAACCTGTTACCATTTTCCACAAATACATGTCCTAAACCTTCATAGTCATCGGGATAATCAACATCTAGCACCAGTAAAACCTCTCCATGTAGCCCATGAACTTTGGCAATATGGCCCAATTGGTAACAATTGTCTTTGTTCATGGCTGTCGATCAGTTTATGCTTTGTCCTCTGATGCTTCTTCTCCGGCTGCAGGAGCTTCCCCTTCAGCTGGCGCTTCTTCTGCAGGAGCAGCAGCAGCTTCAGCGGCTTTGGCTTCAGCCTCAGCAGCAGCTTTGGCTGCATCTTCTCTTTCTTTGATCGCGTCAAGACGAGCTTGATTTTTAGCAGTTTCTGCTTCCAATGCTGCTTTTTTAACGCTCTCTTTTGCTGTTTGAATTTTCTCTACTTTGCTAGAAATGGCTTTCTCTTTGCCTTCTAACCAAGATTGGAATTTCTCATCCGCTTGCTCTTGCGTAATTGCACCTTTTACAACTCCAACTTGAAGGTGTTTCTTTAACATGACTCCACGATAAGAAAGCATTGCTTTCACAGTATCGGTTGGTTGCGCACCATTCATCAACCATTTCAACGCTCGGTCGTTGTTGATGTTAATGGATGCAGGGTCAGTATTTGGGTTGTAAGACCCGATTTTCTCGATAAAGCGTCCATCACGTGGAGCCCTAGCATCAGCAATTACTACATCATAGATGGCCATTTTCTTACGACCTCTACGTGCTAATCTGATTTTTACTGCCATATTATATTGACTTTTAGTTAATTGATGGAACCCGTCCATCGTTAATTTTTGGACTGCAAAGATAAGGTAATAATATCAAAAAGAATAATAAGACTAATTTTTATTTGCGTAATAGAAAAATAATGGTTTAAATTGCGGTGTTTTTAAGGGAAAAAGATCCCAAAGACCAGCCCTAAGCGGGTTAAATTCCTGCAAATCAATTGGTCTCCCTTTCTTAATCAATCTTTAGCCTCGTAGTTCAATGGATAGAATAGAAGTTTCCTAAACTTTAGATGCAAGTTCGATTCTTGCCGAGGCTACAAAAAACCCCATCTACTATTAGTATGTGGGGTTTTTGTTTTTCTATCTTTCAAAATACAAATTTTCTCAAATTGCTTAAGATAAATAGTCGTTTGCAACTGCCCTAACCCTGAAATTAATTTTAACTGACCTGCCAATTATTATTTTGCCTCCGAAGGAGAATCAACATCTTCCCCAACCTGCTCAAGTAAACACCAAGAAATAAAAATCAGCAATCCCCTGAATGGCAAAGTAATTGTGGGCTATGCAATGATGGAATTTTAGAATGATTCAGGACCCGCTATAATTGCACCAGGTAAGGGTCTTTAAAATTTAAACAGCTTCAAAATTCTATACCATTAACCGTATGCCTATCCGCCATTAGGAGGAACGTAGGTTTCATTAGTTTATCTCAACATGAGCACACACTTATAATGTAAGTGAAAATTTTTATTCATTCAAAGGAAACCAACTTTCCAGTATTTAAAACCCAAGGGTAATAAATAACACTATGCCAAAAGCATGTAAATACCTTATACTTTTATCCTATGTTCTTATGGGAAAAGCAACTTTAAATACCCTCCATGCACAGGAAGTTCCTGAATTAGCCATAGGCGGTGCATTGCGATTTAATTACAACCTGTCATCCTGGAAACCTGCCCAAAAAAGTAGAGGTGGGGATTTTGGATATGATTTATTTAGAATTAACACAAAAGCAGCCTATAAAGGCATTCACCTGAATACAGAGTACCGTTTGTATAGCAAGGCTTTTGGAGGTGGAATGCTTAAGCAAGGGTGGTTTGGGTACAAATTCAACAAAACCAATGAAATACAGCTGGGATTAACCCAGGTGCCTTTTGGAATCCAGCAATACAACTCTAACAATTGGTTTTTTAACTTGTCATATTATGTAGGCCTGGAAGATGACCATGATATGGGAATAAAATACCTTCACCTGGGAGATAAGATTGAATACCAATTGGCCTTTTTCAAAAATGCCGAAGAAACCCGCTTTGGAAACGACACTGAAATCACTCACAGCAGGTATGCTTATGATGTGGCAGGGAGAAACAAAGAGTTAAATCAACTGAATGGTAAATTCATTTACAAAATTGGCAGCCAGCTAAAACATAGACTTGGTGCCTCAGGTCAATACGGAGGCCTTTTTAATTTAGACACCAAAGAAACCGGCAATCATTATGGACTGGCAATTCACTATGAACTCACTTATAACGACTGGAACATCAAAGCAGAAGCCATGAACATTTCCAATAACCCTGCCAATGCACCGGGTATTTCACGGGAGGAAATCTCAATGGCTGCCTATGGAGCAGCTTACAAGGTGGCAGCAGACTTTACTATTTACACCTTTACTATTGCCCGTAAAGTACCCGTTGAATGGGAACCAATATCCGCATTAAAAATATACAACGATTTCGGATACATGCAGAAGAAAAAGGAGGATTTTGATGACTCAATAATGAATGTGACCGGAGTATTAATTACAGCGGGCAATATTTATGCCTATATTGATTATGCTGCCGGCTTGAATCATTCTTGGCTGGGAGGAAATTATATTGACGATTTTAGTAGCGGAACGCCGGGAGCAGATTGGGAGGCCAGGTTCAACGTCAATATTGGATACTATTTTTAGAATCAGAACACATTACTAGTAATAAACAAATACTGTATGGCTAAGAAGATATTAAGAAGCGATGAAAGAAAATCCATCATGGGATTGGATGTAAATGGACCGGTATTTTTTACCTCTACTATTTTCATTATTATCAGCATTACACTTACGCTTGTTTTTAAGGAGCAGGCGGAATATTATTTTAATGAAATCCAAAGCTTTATATCAAACACAGTAGGCTGGTTCTTTATCCTATGTGTTAATATATTTTTGATTTTCGTAATATATCTTGCCTTTAGTAAATATGGGGAAATAAGGATAGGTGGCAAAGAGGCAAGACCCGAATTCAAGACCCTCTCTTGGTTTGCCATGCTTTTCAGTGCCGGAATGGGCATAGGCTTGTTGTTTTGGAGTATTGCAGAGCCGGTCACTCATTTCATGTCTCCACCTCTCACCGAAGGAGGAACTCCTTATGCCGCCCAAGAATCCATGAATTATACATTTTTACATTGGGGGCTTCATGCCTGGGGAGTATATGCTTTAGTGGGACTATCACTTGCCTATTTCACCTATTCTCACGGGCTCCCCCTTACAATCCGATCAGTATTTTATCCTATAATGGGAAACAAAATCTACGGAAAATGGGGAGACCTTATAGACATCTTTGCAGTTCTTGCCACCCTCTTTGGGCTTGCCACCTCATTGGGTTTAGGTGTACAACAAATTGCCGCTGGATTGGCGCATGTTTTTGGAATCAGTAGTGGACTTGTGACCCAGATTTCTCTCATTGCCGGTATCACGCTTATCGCCACAGTTTCTGTGGTATTAGGAGTAGACAAGGGAGTGAAGTTTTTGAGCGAGTGGAACATGAGGATAGCAGTGATCCTCTTGGTACTGGTGGTCATATTAGGCCCTACCATATTTATTTTTCAGTCATTTGTTCAAAACACCGGAAATTACCTTTACAGCTTTCTACAAATTGCCACCTGGACAGAAAGCTATACCGGAAATGATTGGCAAAATGCCTGGACCGTCTTCTACTGGGGCTGGTGGATTGCCTGGTCCCCATTTGTAGGGATGTTTATAGCCAGAATTAGTAAGGGACGCACCGTCAAAGAATTTATCTTGGGAGTACTCTTTGTGCCCTCCCTCATTACCTTTTTCTGGATCACTGCATTTGGAAGCACATCCATCCAACAAGCACTATCAGGAGATCCCACCATTCTGAATGCAGTGGAAGATAATGTAGCCACTGCTTTGTTTGTATTTTTGGAAAATTACCCCTTCGCGGTAATCCTCAATGTGATTGGAGTTGTACTTATTGCCGGTTTTTTTATCACTTCCTCAGATTCAGGATCTTTGGTGGTAGATAGCCTTACTTCCGGAGGAAAAATTGATGCGCCTGTGGGGCAAAGAATCTTCTGGGCAGTTACTGAAGGTGCTGTAGCTGCTGTTCTTCTGATCGGGGGTGGCTTACAAGCCTTACAAACAGCATCTATAGCAACAGGCCTCCCATTTGCTTTTATTCTCCTATTTATGTGTTACTCACTCTATACAGCCCTAAAAGATGAAAACCAACAGACTGAAGAACGGAAAGCCCAAAAGGAATGGGAAAGCTACGAAGAAAGATTGGCAGACATCATTAAAAAGCGCAGTTCGGAAAAAACCAAACCCAACCAATAAAGAATAGGTTATGAAAAAGGATTATAAGAATATTCTCGTAGCTCTAGACCTCTCAGACTTAGATGAGGTATTGATCCAATACAGCTCTTTTCTTGCTGAAAAATTAAAGGCTGAAAAAGTGTATTTTGTCCATAATATTAAAAAATATGCCATTTCAGAACTTTTTGAAGAACAATTGAAGGAAGTAAATCTTGATGAGGTAATCGGAGATGAACTGAATGAAAAAGTTCAAGAACACTTTAAAGCAGACATTCCTTCCGAAGTATTAATTTCAGAGGACCCTTACAGCGAATCTTTAATCAAATATATTGTAGATAAATTTGGAATTCAACTTGTCATTGTTGGCAACAAAAAACATGAAAAAGGTACCGGATTAGTGAGCGGTAAACTGCTGAAACTACTAAGATGTGATGTTCTTGCAGTTCCTCGCCTTGCAAAACCTCAAATTGAAACCATTTGGGCCGGAACAGATTTCTCTCCCGAATCACGCAAAACCTTTCAGGTGATAGATGCATTGTTTCAAAAAAGCAAAACATCCCTCAAACTAGTACATGTTTACAGCGTACCCTTGCAGTTCTCCCCTTATGTCTCTGCGGAATTTATGGCTCCAAAGGTAGAAAAACACATCAAAGAAAAAATAGAAAAGTACATAAGAAAAATGGCTTATCCTGAACCTATGGAACCGCTAATTTTCCATGGTAGGGAATCCGGTACGGCTCAAAAAATTATTGCTAATATTAAAAAATCAAATGCTGATCTATTAGTGGTTGCAGACAAAGGCGGCAATACCTTCTCCCCTTTTGCCATCGGTAGTGTTACTGAGGAGCTTTTCAATACCAATTATGGAGTCCCCTTATGGGTGGTCAAATAAGTCAAAAAAAATACATCCTTGTATTTACCTAAAGAATCCAAACTCAGGAGGAGTGACATTAATGTAGCTGTGGGTGTCCGCCCTCGGAAAATAGGAATACCCACGTCTTGATTTTGGCGGTATTGTTGCTTTTTTTTTTGCAACAATCCTGACAAAATCAATTTCGCCCGTAGTTATCCTAATTTCTACCTGTTCATTTTTGGCCCTGAGTTGCTGTGCTTCAAGGCAGGCCCTGAGCGAGTTGCAAATCAGGGCAGACCCTGAGGGAGTTATAAATCAGGGCAGGCTTAATTCAAAAACGAACCAAAAAAATCAAGGCTGTATGTAAATCTTAACGCAAAATGAATCACTCCCTGGCTAAACAAAAAAAACTCGGCCGAAAAGGCCTCAAACAGTTTTTTGTTTTTAACGCCATTGAGCAATCCATTTTACTAATTTCCATAAGGCCGAAAAAAGTAAATGGAATTGAATAAGGTTACGCAGCTAAAGCCATATAGGCTAACTATTTAACCTAGCATAGACTCATTTTCGCCTGACATTACTCCCTATGGTAATACAACCGGCAAGTCTTAACCAACCCAAAAACACCGTAGGTGTGGCATTTTTGTAGACAAGGCTGTGAAGCCTTGGTCAAAGCATGAAGCAAAATCTGATTTTGGCAATATTGTTGCTTTTTTTTGCCACAATGCTGACAAAATCTTACCGAAAACAAAATTGAAAAAGTCATACCCCTACCCGAAACCCCTAACCCTGAAAGGGTGACACTATAATAGCCGAGGGTGCCAACCCTCGGAAAATAGGAATACGCACGCCCTGATTTTGGCGGTATTGTTGCTTTTTTTTTGCAACAATACTGACAAAATCACTTTCGCCCGTAGTTATCCTAATTTCTACCTGTTCATTTTTGGCTTGATCCAAAAACGAACCAAAAAAATCAAGGCTGTATGTAAATCTTAACGCAAAATGAATCACTCCCTGGCTAAACAAAAAAAACTCGGCCGAAAAAGGCCTCAAACAGTTTTTTGTTTTTAACGCCATTGAGCAATCCATTTTACTAATTTCCATAAGGCCGAAATAAAGTAAATGGAATTGAATAAGGTTACGCAGCCAAAGCCATATAGGCTAACTATTTAACCTAGCATAGACTCATTTTCGCTTAACATTACTCCCTATATTAATATTGACGGCAAAGCCTAACAATTCCCAAAAACCCCATAGGGGTGATATTTTTGTAGACAAGGCTGTGAAGCCTTGGTCAAAACAATCGCAACGATAAGATTTTGGCGGTATTGCTGCTTTTTTTGCAACAATGCTGACAAAATCACCTTGAGAACCGACAAACAAAAAAAGCTATGAAATAAAATCCCATAGCTTTAGTCAATTAACAATAAACCCAAAATAACCTGCTGTAGGAGAAGGAGTCGAACCTCCACGGAGCAGTTAGGAAAAATACGAGCTCGCTATTTTCTTTATCCTGTGATCTCCACCCCCGAGACAGGAGGGCATGTCTGCCAGTTTCATCATCCTACAGTATATATCAGTAATTAAACTTTCGTCCATTACCCAAAGACCTTTTGTCTTTGTTTGATATGTCAAAGGTAATAAAAAGATTATTAAATTAAAATTATGGCAACAAAAATTATATTTATTTACATTATTTTTAACATAATGGCATTTAAATTAACTATTTCATTTTCCAGCCACTTCTACAATCCCTTGGATTGAAATATTTGCAAAGGACTATAAGCAAAGCAGGAATCCTTACCATAACCAACAAATCCTTACCGAAAGCAAAGCGTTAATTCCGGAAACATCTTTAAATTAAAACATCAAAAAACCAATACAAAAAACACCGAACTCAAGCCTCCCAAACTCCGTAAGAGTGTCATTTTTGTAGCCGAGGGTACCAACCCTCGGAAAACAGGAATACGCACGCCCTGATTTTGGCGGTATTGTTGGTCCTTTTACAACAATCCTGTCAAGCCCCAACCGAAAACAAACTTCTAAAACAATACTATTATTCACAAATAAATCCTAACCCCTGTATTCTAAGATCTACCAGCGATGGGTGAAGCCCATCGTTAAAAAGCATGCGATTTTTCAAGGACAGGGCGATATAATTTCCTCTTTGCACAACGCAATGACTCGTCCTGAAAAAAGTTTACAGTTTTAAAATTTATTGCTTGTTAGTACTACCCCAAATTTACACTCCTCCTATATTCAATATTCCCGTAGGATCTGAAAAAATCAAAGTCATGGATGTATGTCAATGGTCAGAAAAAAGTAAGATACGATTTTGGCGTGGTGTTGCTTTTTTTTTGCAATAATGTTGACAGAATCGCTTTCGCCTATAGTTATCCTAATTTCTACCTGTTCATTTTTAGCTTGATCCAAAAACGAACCAAAAAAATCAAGGCTGTATGTAAATCTTAACGCAAAATGAATCACTCCCTGGCTAAACAAAAAAAAACTCGGCCGAAAAGGCCTCAAACAGTTTTTTGTTTTTAACGCCATTGAGCAATCCATTTTACTAATTTCCATAAGGCCGAAATAAAGTAAATGGAATTGAATAAGGTTACGCAGCTAAAGCCATATAGGCTAACTATTTAACCTAGCATAGACTCATTTTCGCTTAACATTACTCCCTATATTAATATTGACGGCAAAGCCTAACAATTCCCAAAAACCCCATAGGGGTGATATTTTTGTAGACAAGGCTGTGAAGCCTTGGTCAAAGCATGAAGCACAATCTGATTTTGGCGGTATTGTTGCTTTTTTTTGCAACAATGCTAACAAAATCTTACCGAAAATAAAATTGAAAAAGTCATATCCCTACCGAAACCCCTAACCCTGAAAGGGTGACACTATAATAGCCGAGGGTGCCAACCCTCGGAAAATAGGAATACGCACGCCCTGATTTTGGCGGTATTGTTGCTTTTTTTTTGCAACAATGCTGACAAAATCACCTTGAGAACCGAAAAACAAAAAAAAGCTATGAAATAAAATCCCATAGCTTTAGTCAATTAACAATAAACCCAAAATAACCTGCTGTAGGAGAAGGAGTCGAACCTCCACGGAGCAGTTAGGAAAAATACGAGCTCGCTATTTTCTTTATCCTGTGATCTCCACCCCCGAGACAGGAGGGCATGTCTGCCAGTTTCATCATCCTACAGTATATATCAGTAATTAAACTTCCGTTCATTACCCAAAGACCTTTTGTCTTTGTTTGATATGTCAAAGGTAATAAAAAGATTATTAAATTAAAATTATGGCAACAAAAATCACATTAATTTACATTATAATTAACATTATACTTATTTAATTTCACTTTCATTAATTCAAAATAGCTTAACTCCACTCTTATTGGAAGATTTGCAAAAAATAAATTGAGCAACCTCGATTCGATCAACGAAACGGTAATTTTTACTTACGAAACACATTTATCTCAAGAATGAAAATCAGGTGCATGGAAAATTCTCCAATCTGTATACAACCAAAATAAAGATAAAACACCTCCACAATCAACCACTTACCATCATAAATCGATACCTTAGAATATTGGTTAATCAAAATGAATCGCCTTATCTCGCCAAAAAAGGACAAACCATGAACAGCACTCTAAAAATCACAATTTTTTCTTTTTGGGTCATTAGCGGATGCTCTTTTCAGAGCAATAATATTGTGATTCAAAGTCTGTCAGGAAAACACCATCCCTTAAAAAATAAAATTTGGCTCTCACACGAACATATTTTGGTGGATTTTATCGGGGCAGATAGCATTGATTATAGTGAATGGAATCATAAACATGTTATTGATGAAATGACACCCTATTTAGAGGAATTGAAGCCTTACAATGTCAGCTATTTTGTGGATGCAACCCCTAACTACCTTGGGAGAGACGTCTTTTTATTGGAAAAAATAGCCAAAAAAACCGGATTAAAAATCCTTACCAATACCGGCTTGTACGGAGCAAGGAATAATCAATTTATTCCGGACTTTGCAAAAAGAATGACAGCCAAAGAATTGTCAGACATGTGGATAAAGGAGTTTACTGATGGCATAGCCGGAAGCTCCATACACCCCGGTTTTATTAAAATTGGAGTTGACAATTCGGATCCATTAAGCCCTATGCACAGCAAGCTGGTAAAAGCTGCTGCCCTAACTCACCTGGAAACAGGCTTGACCATTGCTTCCCATACCGGAGCAGCCAAAGGTTTGTGGCCACAATTGGCGATACTGAATGAACTTCAGATTTCTCCCGAAGCCTTTATCTGGGTACACGCACAATCAGAAACCAATACGGAAGCCTACCTTAAAGCAGCAGATAAGGGATGCTGGATTAGCCTTGACGGTTTGGGGTGGGACCTTGAAAGGCATGTAGAAAAAATAGTTTTTGCCAAAAAAAATGATTTTTTGGACCGTATTTTGATTTCCCATGATGCAGGATGGTACGATCCTCAAAAAGACCAGCAAAGCATAAAGGGCTATACCAATATTTTCAGCCAACTTATTCCTGCTTTGAAAGCGCAGGACTTTACGGAGGAGGACATTCAGCTTCTGTTAAGCACAAATCCTTCAAAGGCTTTCTCGATCAAAATCAGAAAAACAAAATGAAGGGTCTCACATGTGAAAAGGGCTGAATTTCTTTATTAGACATTAAAAATACGTGCAAGAAAATCCAAAACCACTAATCGCAATCAAATAACCTCATGGATATACCCAAACTTATTCCCCAACAACCGTTATATTCTACTATTGAAATCCGGTGGTTCTTCAGTTCTCCAATTGAGGAACTATTGAATTTCGTAAAAGAGCTTTCTTTGAATAAAAATGATCCGGAAAGCCGTACAGATACTTATTTCCCAATGGCAGACAGACCGGACTTAGGGCTTAAGGTTAGAAATAATATTTACGAGGTAAAACAAAGACGGGATTGGACACTCTCCTTACCGGAATCTCAGCCATTGCCCGGGAAGTTTGAAGCTTGGGACAAATGGTCTTTGGAAAAAATACCCGAGGCTGAGAATAAATTAACCGGATTATCAATATCAAAGAAACGCTGGCTAACATGCCTTGACCAAGCATTTAATGTCAGATCCAATTTCTCAAACCCTCCGCAGGAAATTCAAGTCGAATATACCGAAATCAAAATTGAAGCTACAAATTATTATACTTTTGCCTTGGAAATTTCAGGCCTCCATTCCCCAGAAAAGCTTCTTGAAATTGCCAGAAAAATACCAATCCACCCGAGAATGACCGCAGAAAACTGCTGCAGCTATCCTGCTTTTATTTTGGCAAATGTATTGAAAAAATAATCCCCAGTCATTAGAAAGTATCTAAGGACTGGGGATTACATTATCTTTTGTAGGGAAAATCTATTGTTCCTTTTCCCAATATTCTTTTGCTTGCAATTCCTTCTCCTTCTCCCATGCTTCAATTTTTTCTGCATAGGCCTTGGCCCAAGATTCCATCTTTGCGGCATTTTCGGCGGCCCAAACTTCCATTTTCTTTTCAAATTCTTTTATTTTAGGCTCGTTCTCTTTTTGCCAGGCTTCCATTTTTTGCTCAAACTCTTTCATTTTAGGCTGAAATTCTTTTTCCCAGGCTTTCATTTTTCCCTCGAATACCTTTTGGGATTTCTCCATTTTCTTTTGAAGCAACTCCATTTTCCGCTCAAGCTTTTTCTTTTGTTCTTGTGACAAGACGGAGGTATCCCCCTGCAGCATCACTATATTTCTTGCATATACTTGAATACTGTCTCCAAAACCACCCATAATGTTTTGGGTATAATGAATCAAGCTATCATTAAACACCGGAGGACTAAAATTAGCAACAGGAGCAGGACTTAGGTTCAACACAGGCGGTTGTTGGGGTAAGGGTAAACTATCCGAAACCACTGAACGAATACTCGTTGTTACATGATTATTCGAATGAATAACTACTTCTACATCTTCTGAAACTTCTTGATCAAGATCTATAGCCACATCTTTATTGATGACGATCACAGTGTCTTCTACTTCAATGGACTTTGGCAAAGTATCCATCAAAAAGTAAGTGTCGCCATCAAATTTTGATTCCAAGGCTGTGGAAACCCAGCGATCCTGAGTATTTTTAAACTCATTGGCATTGCCGATAAATAATATGGCACTAAATATTAGGGTAAGTATCATTGTCTTAGTGATTAACGGTGAATTGGAAAACCGGGCAGGTTCATTGCCCATCATCCTTTTGATTCTATTGAGTAAAGGAAAATTGGAGGAATGTGCCGCCATGGCCAATTCAGGGGATTCCTCCACGGCATCATTGGCAACAATTGCCAAGGCATTGGCTAAATCAATTGCTTTGACCCCCGCCTGAATTGCGATATCATCTGCAATATGCTCTCTCGCTTCTTTCACCAGTCCATTGACCCACCAAAATGCAGGATGGTAAAAAAACAAGATCTCTAACACAGACTGCATCAGGTTGACTGCAAAATCATGCCTGCGGATATGGGCCAACTCATGCGCAATTATGGCCTCCAATTGCACCGGAGACAATTGCATGATCAAACCCAACGGAAGCAAGACAATCGGCTTGAAAAAACCATAGGTGATAGGTACAGAAATTTCTGAACTTATCCTGAAATCCACCGGTAAACTTAGAGCCAATCGGGCTTTTATGGTTTCGATGGACTGAAGGATATTTTGCGGCACACTTTGGTGAGACCTGGCCTTTAATTGCTTCAAGGCAACAAAATTCCCCAGGTGCCTTACAAAATAAAATACAACACCAATTACCCAAAAATAAACCAGGTAAGGTAATACATAGGCTATTCTCCCTGATAAATAGGCCGGCCAATGCATTTCACTTGCAACAGGCTGAGCACTTGCCTGGATTTGACTGCTGATGAATACCAAGGCTTCATGGCCTTCATCTTGAAAAGAGTGAAATTCCATTATGAAGGTTCCTACAAACATGCAGCACATCACTCCCAAACCACCCAATCCAAGCATGTATTTTTTCTGTGGACTATTTAAGAATTTAAACCTAAAGAGCAACCACATCACTGCTGCTACGATGAGCAACTGCCAAAGTGAATGGGCCAAAGTCCAACCCAAAGCTTCAGGCAAACGCGACACAATCCATTCGGTATTCATTGTGTATCATTTTCTATTTTATCCAAAAACGCACGAATCTCTTTGATTTCCTCCTTGGAAGGCTCGCTCTGACCCAAGGCTTGCATGACCAACTTCTTTGCTGATCCACCAAATGCTTTCCCTATAAAATTTCTAACCAAAGATTGCTGGGTATCTTCTTGGGAGATCAAAGCACTATAAATATGACTTCTTTTCTCCTCGTCTCTTGCCAACAATCCCTTGGCATGCATGTTTTGCATGGTTTTTAATGTAGTCGTATAGCCGGTTTCCTTGGTCAAAGATAATTCTTCATGCACCTGACGTACACTTGCTTGCTCCTTTCCCCAAAGAATGGCCAATATCTCTAATTCTGCTGCTGTAGGCTTGTCCATAGTATTGTTATACGATTTATTTCGTATCAAATATATACGACAAAATTCGTAATTGCAAATTATATACGATTTTAATCGTAATTAAATATTGTTAAAAATAATTTTGAATGGTTTTCCCTTTCCGGGGGAGCTGATTAATTTTACACCATGTGCTTACTGACATTTAGCTGGAATCAGCATCCCGAATACAAACTTATAATGGTTGCCAACAGGGATGAATACTTTAATCGTCCGACCAAAGGCCTCCACCAATGGGACAATGGGATTTATGCCGGAAAGGATTTAAAGGGAGGAGGCACATGGTTGGGTTTCCATACCAATGGTAAATTTGCGGCCTTAACCAATTATAGAGATCCCCAAAATGACAAGCCATTAAGCAAAACCAGGGGTGAATTGGTAACCAACTTTTTAAATGGAAGCCAATCTCCCAAGGACTATTTGAAGCAAATAGAAGAAAAAAAGAAAGACTACAATGGTTTCAATCTCTTGGTGGCCGAAAAGAAAGAACTGTTGGTATTTTCCAACTATGGAGGGGGTGTCCAACAGGTGCCTCCGGGTATCCATGGGCTTTCCAATGCTTTTCTAAACACCCCCTGGCCAAAAGTAGAAGCCGCCAAAGCAGATCTTAAAAAATTACTGGAGCATAAATCCCCAAAGCTGGATGATTTGTTGACCTTATTACAATCAAAGGAAAAAGCCCCTATCGAATTACTTCCGGATACCGGTATTCCTATGGACTTGGAACAAACCATTTCTTCACAATTTATTCGGGTAGAAGATTACTATGGCACCGTCAATACTACAGCCCTGCGCTGGGGCCATGATGGCACCGTTTCCATCAAAGAAGTAAGGACCATACCGGAAAAAGAAGTCAATGAAAGTACTTTTGTGAGTTGGTAAACGGCAAAACCCTGCAAGAAAAATATAATAAATTATATCCGTTCAATTTGCCATTCTACACGGCAAGAAAGCCTTTCAAATTAATTGGGCTGGTCTTTAATCCGGATTGGGCTGCCCCCCTATATTGCTTCAATGGAAAGGAAGCTTCTAAACCACAGTGGGGTTACAACACTTATGAGGGTTCACGCGCGTAATAAAAGCACCAATTTCGGGTTAAACGAAGAAACAAGCCCCTATAGTGGGCAGGAAAAGAATTTTTAAAATCAATTTCAAACGGTTTTGGTAGTAGGAAAATTCTGAATTTTGTATCTTGGAGTAAATATTTTTTTCAACCCAATGTGGAAAACCATAATTTTGAAAAACGATAGGTTTCAAAAGCTGCCTATCATACGCTTGGAATTCCCTTATGATTTCGAATTAAAAGAGATTGTTAAAGGATTTCCGGAATGCAAATGGTACCTCAAAGAGCGGGTTTGGGCAGTTCCTTATACACCGACTCAAGTGTCTGAATTATTACAGTATTTTAAAGAGAAAAAGATTTGGTTGGATTACAGCCGGATACAGAAAGTAGATTTACCGGACAAACATCCTGAACTACCTCAATTGGATGCACCTTTACATTCAGAGATTCGGCGATTTAAGGATTGGCTTCGCAATAGGCGGTATTCCGAAGCAACGATCAAATCCTATTCTGAGGCAGTGGCGTTTTTTTTCAGGTTTTTGAATAACAAGCCACCCGGTTCTATTACCAATGAGGATTTGGAGATCTTTAACAGGGATTACATCATCAGAAGAAAGTATTCCGTTTCCTACCAATCTCAAGTAATCAATGGCGTAAAATTATTTTTCAATATATTGGAAGAGCGGGTGTTAGACCCAGAAATTATTAAACGTCCAAAGAAAGCAAAGAGTCTGCCTAATGTATTAAGTAAGCAAGAAGTGAAGGATATTTTACAGGCCTTATCCAATCTTAAGCACCGTTTTATGTTGGTGCTGCTTTATTCGTGTGGACTAAGAAGGAGCGAAATATTAAACCTACAGATTGAGCACATTCAATACGATAGGGGTATGATTTTGGTTAAAAATAGTAAAGGCAAAAAAGATAGGGTAGTCCGGTTTCCTGAGATATTACATGATTTGTATGGGGAGTATTTAAAAGCCTATCAGCCAAAGAAATACCTGATCGAGGGAAGAGGAGGAGGGCAATACAGTGCCAGGAGCCTGGCAGAAGTATTAAAAGCTGCGGTGGAAAAGGCAGGCATTAAAAAGCCGGTCACACCGCATTGGTTGAGACATTCTTATGCCACACATCTGCATGAAGGGGGTACGGATATACGGTATATCCAAGAGCTACTGGGCCACCAGAGCAGTAAAACCACAGAGATTTATACACATGTAAGTAATCGAGAAATGAGAGAGATCAGAAGTCCAATAGAGGATATGGACATAAAAATATAAAGTGAAATAAAACTATACAATTTCAACCAAATAAGGATATATTGTGCAATAAAACTGCGCATATAAACAAGTTGAACAAAACCTCCTACGTCGGTAGTTTTTCACTTTTCCTATATTAATTCTCTTATTTTCAGGCATATAGGTTATTTTTATTCCATGTTTAACTTTTAAACTTTACTTATCATGGAAAAAAAAGCCTACGTCAGCAGATGTATCAGGAGATGCAGATCAGAAACTACTCTCCCAGAAGTATCCAAAATTACATTTCCCAAGTATCACTAGTTTCCGGCCATTTTGAAAAAAGTCCCGACCAGATCAACCTATCCGAGCTAAAAGAGTATCTTTCTCACAAGATTGAGACAAAAAACCTGTCGGCCTCGAGCGTAAACCAGACTATCAGTGCGTTCAAAATTCTTTTTAGGGACGTTCTCGGCAGAGACTGGAACCCGGTAAAGATCAAACGGCCCAGACGTCCTAAACCTCTTCCGGTCGTCTTTTCAAAAGAGGAGATATCCCATATCCTCGACGGTATTATAAACAGAAAACACTATTGCCTGGTTGCTCTCACCTATGGCTCCGGCCTGAGGCTTGGTGAGGTGATTGGCCTTAAGTTTGGCGATATCGACAGCGACAGGATGCAGTTGAGAGTCCGCGGAGGCAAGGGAAACAAGGATAGGTATACTCTCCTTTCCATGGAACTGTTGGAAAAGCTACGAGAGTATTACAAGTACTACCGTCCCAAAACCTATCTTTTCGAAGGTCGTACGGCAGGTAAGGCATACAGCAAAAGGAGTGTCCAGGACCTGTTCAAAAAGATCCTTCTGCAAAGCAAGGTAAAGAAGGATGCCACTTTCCATACACTCCGGCATACATTTGCCACACATCTTCTTGAGCAGGGCACCAACATTAGGGTGATCCAAGAACTCTTGGGGCATAGATCCCTGAGAACGACCTCGGTTTATCTGCATGTAACCAACTTCGATCCCTCGAAGATCAAAAGTCCCCTGGATAAGCTGTGATGGAAACGGCCAATAGCAGGAACTGTGGGGCGGAGCTTTCCGATATTTTGGGTTCCCAAAAGGAAAACTTTTTGGGAAAGGGGAGGCTATGCGCCGACCAGGCGAAGGCCTACAATGACATTCTAGACTGCAGGACTGCAAAAATGGGCAGTCATACCCTCACCTGCGACACCTGTGGCAAAAGCAGGGTAAGTTACAACAGCTGCCGTAACCGCCACTGTCCCAAGTGCCAGTATGTCAGGCAGCTTTTATGGGTGGAAAAGCTGCAGTGTAGGTTGCTCCCAGTTAGGTATTTTCACGTCGTGTTCACCATACCGAAATTCCTCAAGCCCCTGTTCTATCTCAACCAGCGGGAATGCTACGGCATGCTCTTTGCTGCATCGGCCCTTGCGGTGAAGAAGGCAGCATCGAACCCTGCCTTCCTGGGGGTGGACAGTGGCTGCCTGTCGGTGCTCCATACCTGGGGACAGGCACTCAATTACCACCCCCATATCCACATGCTGGTGCCTGCCGGAGGGCCCGACCCCGACAACATGGAATGGATAGCTGCGAACAAAAAGTTTTTTGTGCCAGTGAAAGCCCTCTCAGGTATATTCAGGGGGGTATTCATGGAAAATCTCTTTCATGCCTTGCGGTCAAACCAGCTCAGGATACCTGAAAAACAGAAAGGGATGTACGCCACCCCGGAGCTTGTAAAAAAGGAAGCTTATTCGAAGTCCTGGCATGTCTATATCAAAAAAACGTTCAAAGGTACCAACCAGGTAGTTAGCTATCTAGGCAGGTACACCCACAGGGTGGCCATCAGCAACAGCCGGATACATTCTGTCGAAAACGGCACGGTAAAGTTCAGTTGGAAGGATTACAGGGACCGTAAAACCAAAATCATGGAACTTCCGTGCGGCGAATTCACTCGCAGGTTCATGCAACACGTACTTCCAAGCGGATTTTACAAGATAAGGTATTATGGGATCATGTCATCGGCGAACAGCAAGACCAAAATGGAGGACTGTTTTAGGCTGCTGAAAGCGGCAAGGCTCATTTCCTTTTATGAGGGATTGTCGACCTATGAGATTTTGGAGGAAATACTGGGTCAGGACCCGTTCAGGTGTCCGGGATGCGAAACCGGAAAGATGATGTATGGCCTTGCTGAGGGGAAAGGAACAGACCCATAAGATCGCCCAAATAGCAAAGTTCTTTGAAATCATGGCTACAAATCAAAACGCAGCAGGGCGTTAATGGGAAGAGACTGCCCCTACAGTATCCAAAACAACCAGAAGTCATCGGTTAGGGAGATCAAAACTGGGGTTCCTAGTACTAAACACCCCAAACTCTCCCAAATAACGAAACATAAATGCCCATAGACAGGCCCCCGGTTTCGTCCAACTAAGTTTTAACCGCAATCTAAGGGACTCCACCTCAAATAGTTATTTTTTTTGGCTAGATTGCGTTTAAAACTCTTTACGTTATGGACTATTTCAAGAACGATGAAGATAACCTTCTACATATTTTTCTTTCTGACTCTCCTTTCATGCAATAAAAGAGAAGAAGAAAATATTTCTCAAAAACTAAATGGATTTTGGTTTAACGATGATAAAATTCTTTTATTCAGGGATTCAGTAATGATGCATCCTATTTATGAAGCTCCAGGCTTGTTTGAGTTCACCATTAATGATGGAATGCTAATCGTCAAGAATACTCAGGAATACTTTGAAAACATCTATGATACCTGCTTTGTAAAACTTGAAAAAGAAAATGAATTAACCTTAGTAATTGATGATGTAGGTTACACATTCAAAAAATTTGAATCTACACCAAGCATGAATTTTCATAGGCTATACTTTGAAATTGAACCTTGTCATGGGTTTTGTCCAGTTTTTCAAGTAGAAATTTTCCCAGATGGCACAGTTAATTTTAATGGAATAGAGTACACTGAAATAGAAGGTCCAGAGGAGTATAATTTGAATATAGAAATAATAAATGAATTAAATAACCTATTAGAAGTGGTTAAAATAATAGATTATCCTGATGATAAATTTTCAAACCCACCTGATTCTCCAAGATTTAATATGGTTGTGGAATATCCAAATGAAATAAAAATTTCAATAATTGATGGATTGTTTGAAGGGAAATATGAAAACATCGTAAGGTATTTTTACTTTTTTGAAAGGCAGTTAATTGAAAACAGTCCATAACATCACCTTGGATCCAGCGGGCGGTACCGAGTAACTATAAAAATCAGTATCTTTAAGAAGTTAGGAGTGGCATGGAAGAGAACGTTTTCAAATGCCCGCCGTCTCCAAGCTGAATCACGTTGTGGTGCATTTTAAACAGAAGGATGAACGATAAAATTGGAGCATATAAATCACCAGGAATGGTTCACGGATTTGATTTCATTTTTGAAGGAGAAATCAGATTTGGACCAACCTATTATAAACTGATGTTGGATAGAGAGTTGGTAAAGAACAGGATTTTTGGTTTTGAATTTAAATGGCATCCTGAATCAAAGTATTTGGCACTACAAGAATGGCTGACGACTGATTACCAAAAAGGGCCTATTACTGCTCTAACGTTGGTGGACTTAAAAACAAGAAAGTTTGCCAAAATTTCAAAGGCGGAGAAAGGATTTATAAAGCCACTAAAATTTGAAAACGATCTCATAATTTATGAAAAAGAATATTTTGGGACAGACAAGAAAGGTGAATTTGAAATTGTCTTAGACAAAATAGAGAATTGGGAGAATGAATAAGAATAAATAAAATCTTTCCATAAGAATGGAAGAATCCTTTGAATCGATTGCGATTTAATGATAATAAATCACTTTTTTATTTTTATATAATTAACAATAAACGTAAATAGAGCCGACTGAATGTAATTGAAGCTTGTTAAATGGAATTATTAAGGATTCGATATAATGCTTGATAACAGGGGAAAAATAATTAGGAGAAAAAGAATAAAACGACACCACAACATCACCTTGGATACAGCGGTCGGTTTCGATTAAATATGAAAATCATTATCTTTAAGAAGTTAGGTGTAGGCTGGAAGTGAACGTCTCCCGATGCCCGCCGTCTCCAAGCTGAATCCCGTTATAGCAAATGCTGAAAAACATACTAATGGGAAAATTTGTATCTTTATAAAGATGGAAGAGCTGAAAAGACATATTGACCAGATAAAGGCACTCTGTGACACCAACAATGTGATAAGTCTTTTTGCTTTCGGTTCGGTAACAACTGAAGGTTTCAGTTCTGAAAGTGATATTGATTTGATAGTCGATATTGAAGAAAATGATCCTTTAACCTATTCCGATAATTATTTTAATTTAAAGTTTGCGCTAGAGCAATTACTAAAAAGAGAGATTGACCTCTTGGAACAAAAAGCTATAAAGAATCCTTACCTAAAGCAGCAGATTGAAAAAACAAAAGTCCAAGTGTATGGAAAATCAAATCAGGACTTGGCTGTCTGATATAAAACAGGCAATTGATGAAATCAATCTTTTCATGCCTGAAAAAAGAGATTTTTTTGAATTCCGGAATGATTTAAAAACCAGAAGAGCCATTGAACGGAATGTGGAAATAATCGGAGAGGCCGTAAGCAGAATTCTGAAGGTGGATCCCAATATACAGATCAAAAACTCTAGGAAGATTGTTGACACTAGGAACAGGATTATTCACTGATACGACAGCGTATCTGAAGAAATTATCTGGTCAATAGCAATCCGTGACTTACCGAAATTGGAAATTGAAGTCAACGATTTACTTGAAGATACCGAATAGAAAGCACTGGCTATAACATCACCTTAGATCCAGCGGGCGGTTACGATTAAATATGAAATTCATTATCTTTAGGAAGTTAGGAGTAGGCATGAAGTGAACGTCTCAGAAAGCCCGCCGTCTCCAAAAAGATTGAGTTAAAAAATGAAAACCCTTTTTATGTTAGAATACAGAAAAATTCGTTTACTATTTATTGTATTTACTCTAATTCATCTAACCAATTGTTCGTCTGTACAGAAAGTAGAAATAGAAAATTTTCAAGGCATAATTATTTCTAACGATTCAATAGATGCGTATGTCAAGACAAAAATGGAGGAGTTGAAAATTCCTGGAGCATCATTAGCTATTATCAATAAAGGAAAGTTAGTTCATCATCAAACTTATGGGTATGCCAACTTTGAAAAAAAATTAAAAGTTACCGAAAATACAATATTTGAAGGTGCCTCTATATCAAAATCGGTATTCTCTTTTTTTGTAATGAAATATGTTGAAGAAGGCAAATTAGATTTAGACAAACCTTTATTTAAATATTTAGAATATCCTGATATTGCTTATGATGAAAGGTATAAAAAAATAACTGCACGAATGGTTTTAAGTCATCGTTCTGGATTTCCAAATTGGAGAGAAAACGAACCAGACAATAAATTAAAAATTAAGTTTGACCCAGGAACTAATTTTGAATATTCTGGAGAAGGTTATCAGTATTTAGCTCTGGTCTTGAAAGAAATTGATGGAGGAAATTGGACTGACTTAGAAAATGAATTTCAGCATAAGGTTGCTAAACCCTTAAAGATGGAACATTCTTCATTTATTCCTAATGAAAATTTGGAACAAAAAAAAGCAGAACCATATGATAAGAATAATAATTGGATTGATTTGAAAAAGAATTATTGGTACAAAAAAGATAAAGGAAATTTTGTTTCAGCTTCATCAATTCATACAGAGCCAATTGATTTTTCAAAATGGATGATAGCTGTGATGAATAAAGAACAGTTAAGTAAAAGTAGTTACGATGAACTTTTTAAACCACATTCAACAATTACTGCTGAAAACGGAATAACATATTTTTATTCATTGGGATTCGCTTCTGATAGCACAAAACCCGAAAACACCTATTATCATAGCGGAAGTAATGATGGATTTACTTGTTGGTATTTAATAAATACAGAAAAAGATTGGGGTTTCGTTGTTTTTACGAATTCTGAATATGGGATAGAACTTGGAGAAAACCTATTTGATTATTTAAGAGAATAATTATAGAAAAAATGGCTACAACATTTTGTATAAGTAATGGCAGGAGATGTGGTAAATATCAAGGTTTATAGCCATGAGGTTTCCAAGGCTTCCTGCAGCTTCCTGATAACTACTGAAATGGATAATAATACCGAATCATGCTAACCCGTGGATGGTTGGTATTTCTTCAACCATTTTTCAACATAGTAATGCAAACAGTTGTGCTTAATACAGAAAACTCTCTAAACATATAAACTTTCTTTTTAAACAATTCTCTTGCCGATAAAAAAAATGTCTTTACATTTGCACTGACCGTACGTGCAGTCAATTGGTTTTAATCGATTTTTTATGGATAAGCGAGAACAAATAATAGAAATAGCTACTAAATTATTCTCCGAGAGAGGATACGAGAATACAGCACTGTCGTTGGTATGCGAAAAGGCAAATGTTTCCAAAGGACTAATTTCCCATCATTTTAAGTCGAAAGATGGATTATTAAGAGAAATTTTTCTAAAAACAACACAGTTGATTGTTGAGATAAACAGAGTGGATAAGGAAAATCAAACTCCTAGCGAACAACTCATTGAACTATTAGATTCGTTATTTTCAAAACTGGCGTCAGATAAACTATTCTTCCAATTTAATCTGAATGTCATGGTTCAACCTAACACTAGAAAGGTTTTAGATGATTTAATTAAAGAGAGGTCATCTTTCATATTAAAAAAAACTAAGGAGATTTTTGATAAAATTGATATTGAGAATTCGTTGGTCATGAGCCATATGTTCATTGCTGAATTGGACGGGATATCTCTTAATTATTTAGGGATATATGAAGACTTCCCTTTAGAACAAATAAAAAAAGAAATAATTAAAAAATACGCATTACAATGAATTTTATTAAAACAGATATTACAGAAACAATTGATAATTTAAGGTCACAGTTATATAAATCATTAAAAGCTCCCATTGATGCAATGTGGGAACAGCTTTACATAGGTTCATCACAACATTATCTAATTGAAGAAAATGAAACACTAGGTTATTGCTGCATTAATGAAGCAGGAAGTTTAACTCAAATATTTCTTACTAAAAACCATCTAGCACTGATGGAGAAGGTAATTCAAAAATTAATTGCAACCGGATTAATAAATTCTGCAAGCTTGAGTTCAAACGAACCTGTGGCATTTAACGCATGTTTGTTTCATTCAAAATCGAAGAAGACAAATACCTTTTGTTTTCAGCATGAGAACAATGAAGTGAAAGTTGATTCAAACCTAAAAATTGAATTGGTCAATACAGACAATATTCCAGCAGTAAAGCTATTTCTAAAAGAACAAGTTGGTATGGATGACACTTTTGGCTATACAGAGAATCTTGTAGCAAGAAAAGAAATATTTATGCTTAAGGAGTCTGAAGCAATCGTAGCAACAAGTGAATGCAGAATGAGCGATTCTCAACCAGAAATTGCAGACCTAGGAATTATCGTGAATCGTAAATTTCAGGGTAAAGGACTAGCAACGCAAATCATGAAAATGCAAGTAAACAGAATTCTCCAAAGCGGAAGAAAACCAATTTGTTCAACAACATTGGATAATATTGCGTCCAGAAAAGTAATTGAAAAATCAGGATTTTATTGTTCGAATATAATTTTTGACATCAATTTTAAAAATGTTTTTTAGCAAAAAGTACTAAGCCAAGTCAAGTAAACCGCCTTGAGCCTTAAGCTCGTAGCCTGTCTCGCCCTTTCGGGAATACGCTTCTCACACCATCCCCGTCGACCGGGAGTCTCGTACCTGCCCTGCATTGCGGCTCTTCACTAAAATGATCCAAAGAGATCTTTTTTTACGCTCAGCCCCAGTTCACCGGATTATGGGTTGCGTTTTGAGGTAATAGGAAAGCATGGATTCATATCCTTTTCTTCTTAGACGTGACAAAGTGATCGTAGTAATCAGAATCGGACTTTGAACTACCGCCCATCCCCCTTTTCTACCCTCCCGCCATCTGGCCCCTCATTAAAATGACCTAAAGAGGTCATTTCTTTACGCTCAGTCCTTCCATGCATAAGCATAGTCTTGGTCAACCCCAAGTTGAATAAGGTTTTTACGTTTTCTCTCCGTTCCAGTTTCCCGATAATCGGGACAGGCTCTGTTCGTTGGAACCAGGCTACCGACATACTTCGGCACAGGTTTTCACCCTCTGGAATAATTTGGTATCTTGGATACCAGATGCCATGTTGGGCACACAAACCGTATAAAATTAATTGTTTGTTATAGCTTATTTACGAAAGTCCTCGCGGACTTTCTATCTGTGATTTATTTGATAAATTTAGTGCCTAAACCACGCAACTAATCTTATACAAACACCTTGTGTGCCATTATTACAGAAAGCCAGACTTTGAGTCAAATATCAGATGAATAAAATCAATGTAAAAAAGAAACAAATCTTACAAAGCAAAGGAAGTCTGCATAGTAAGGCGTATATTGTTGAATCTGGTTTGCTCAGAAGTTATACCATCGATGAAAATGGCAAAGAACATATTTTTATGTTCGGTCCCGAAGATTGGATAGTTACTGACTATGCTGCCCCAGATGAACCCTGCGATTTGTATATTGATGCCTTAGAAGATTCCGTGGTTATACAAATTGAAAAAAACACCGAATTAGAAATTGACCATAAAAAAATCATAAAGCGGATTAGGGTGCTGCAAAAAAGGATTATTATGCTTATGAGCGCATCTGCAATTGATCGCTACGAACACTTTATTTCAACCTACCCCACCATCGCTCAAAGGGTGCCTCAATACATGATTGCATCCTATTTAGGGATTACTCCTGAAGCATTGAGTGCTGCCAAAAGCCAACACCTTAAGTATCTTAAATAGAATAATCCGAATTTCTTAATCTACATTAATGGATAGGCATTTTTTCCCTCTGACCTTTGTATTGAAATTAAACTATTAACGATAAAAATCAGAAGAAATGAATGTACTACTGTGGATAGTCCAAGGTCTACTGACCCTCATGTTTTTAATGGCCGGAGCTATGAAGCTCAGTAAATCAAAAAAAGAGCTCCGAGAAAAATTGGGGGACTGGGTAGACCAATACACCGATATCAGTATAAAGCTGATTGGTCTTGCGGAGCTGCTAGGAGCAGTAGGCCTCATCCTGCCAATGGCTATTGGTGTCCTTCCAATACTAACCCCATTAGCTGCAATTGGGCTGGCCATGACTATGGTTGGTGCTATGAAAGTTCACTATGAACGAAAAGAAAAAAGCAAGGTAATAACAAACATCGTTTTGATGTTGCTTGCCGTATTTGTGGTGATTGGAAGGCTATACTTAGCACCAATTGTATAGATACGTCTTAGAATTTGAACTTACAATCAGAAAATCATGAAAGATAAAATATTAGCCATAGAGGTGCTGCAAATGCCTTGGCGCACAGAAGATCCCTTTTTGTTTACGGTGCATCATTTAGACCACTACCCCAAGGGAAATGAGAAAATGGGCCTAGACCCCTCTCAGGCAGCAGGCAGAGTTTTAGGTCAGGATTTTAGCAATAAGAATGGGTATAGTATGTACCATGGTAAGGTCGTTCCGGGTTTTCCGTATCATCCACATTTAGGGTTTGAGACCATTACCATCGGCAAACAAGGTTTTGTAGACCATAGTGATTCTCTTGGAGGCGCAGGTAGATTTGGTGCAGGAGATGCTCAATGGATGACAGCGGGCAAAGGAATTCAGCATTCAGAAATGTTTCCTCTGCTACACACGGATAAGCCAAATACCTTAGAGATTTTTCAAATTTGGTTGAACCTCCCTAGCCAAAGCAAATTGGCAGAGCCTCATTATAAAATGCTATGGAACGAGAGCATACCAAAGATTGAAGAAGTAGATACAAATGGTAATAAAACAACCCTTGAGATTTATGCCGGAAGCTATAAAGCGAACGAAGCACCCAAACCAACACCAGATTCTTGGGCTGCCAATCCTGAAAATGGAGTGGCCATATTTAGTGTAAAAATGGAGGCGAATGCTGAGTGGATTCTCCCTGCCTCACTGAACGATCAGGTGCACAATACACTGTATTTCTATAATGGGAATACCATACATTTGGGAGACACAAAAATTGATGTCAACCATCTTGTGAAGGTGCTTCCCGGAAAGAGTGTACAAATAACCAATGGAGACAAAGTAGCAGAATTTCTTATTCTGCAAGGAAAGCCTATCAATGAACCGGTAGCGCTAAGAGGACCCTTTGTAATGAACACTGATGAAGAGTTAAATCTTGGGTTTGCAGAATACCGAAAAACGCAATTTGGAGGGTGGCCTTGGCCTCAAACGGAGCAGGTTTTTGATCGCGCTAAGGGTCGATTTGCTAAGTATCCCGATGGATCATCCGAAGAAAAGTAAACCTGTTCCTCACTCCTTTCTTAATCTCCATTAATGTCCTGGGAATTATACCTTTGTAGAATTAAAAAAAGACTCGACATGCAAAAGAAAATTAAATTTTCAAATACGGCTTTCAGTAGCACCATTGCAGGTGCACCCATTCGTCGTTATTTACCTAGTAGTCTTACGGAGGCGGTTGGGCCGTTTATCCTGCTCGATCAAGCGGGGCCATTTAAAATTGCGAATACTGAAACAAGAGGTGTAGGCCCTCATCCACATAGAGGTATAGCTACGTTAACCTATGCCGTTAGTGGTGAAATAGAACATTTAGACAGCTTGGGAAATCGTGCCTTGGTAAGCTCGGGCGGTGTGCAGTGGATGAATGCAGGCAATGGTATTGTGCATGATGAGAGATCCAAACCGGATGGAGATTTGACGGAGAAGGAAAAGTATGCCTTTCAATTTTGGATAAACCTACCTTCCAAAATAAAAACGATGAAACCGGAATATATACCAATGCAAGCCGCGCAGGTTCCGGTAAAAAATATGCCTGAAGGGGCAGGACTCATTCGTGTACTTGTAGGCAATTATCAAAATATGACCTCCAAAGTACCTACCTACAGCCAGCAGTTTTTATATCATTTGGCGCTCAACCCTGGACAAAAATTTAAAATAGACTTTTTAGCAAAAACCGAAGTTGCTGCCGTTTTGCCAACCGCTTCGGCAGTAATCAATGCTGAAAATTTCAGTGGCGGTAAAATCATCGTCTTTGATGAAGATGCTGGAGAAATTGAAATGGAAAATCGCTCTGATACAGTGTTGGATATACTGCTTTTTGGTGGAGAAAAGTACACAGACCCCATAGTAGCCCAAGGACCTTTTGTGATGAATAGTGAAGAGGAAATTGCTTTGGCATATGAGGAATATACTCAAGGGAAATATGGGGAGATACAATATCCTACAAACGGATAAACTCAACATGTTATCTTAAATTTTAAAATTCGATACCTACTTGACCGAAAAATGGTCGCTAATTCGGTTACCTTGCAAAAATTAAATTACAGATAAGCCATTTGACCAAAAAAATACCGAAAACGAATGAAAAAAAGCCTAATCGTTCTTTTAGCGATAGTAATTTTTTGCGGTTGCAAGGAAGAAACTAAAATCGATACCAATTATGTCATTGCCAAGTTTCAGGAGCATGCCGATAATATTAATTCATTGGAATACCGGATGCAGAGAATTGACACTTTTGCTCAAGGTGGTACTGTATGGGACAATTCAGGAATTGCACTTATTGAAAAAGACGATAGTGATGAAATTTTTGGATTTTCTTTCTATGGCAAAAGAGATGATGTTGATATAGAATATATTTATGACGAAGGAAAGGGATTCGAAATCTCTAAAAAAGATAGTTCCTACCAAGTAGAACCAGGACATCTTGGATTTATGGGTAAACCGGGAGGACAAATGGTTCATCAAAATATTTTCAGACTAGACTCAGTTTATAAAAAAGTGTCGGTATCAGCAACGGAAAATTCATATCTACTTTCTTTCGAATTTGAAAACGATTCTGTTTACAATGTGTCCGATAAGAAAAAAGTCTACGAACTTAATAAAGCAGACTTTTTCCCAATTAAAATAAAGCAGACTTCAAATCGACTTGGGAATAAGTCCGTTTCTATCGCAAAATTTACCGATGTTAAAATCAACGAAAATGTTAAAAATTCAATAAATGACATAAAACAGGGTATTCAGCATTACACAATTATACCACCTAAAAAAAGAAAGTTAAATAAGCTGCTTACTAAAAAACTTCCAACTTTGGAATTACCTGACTTATCCAGCAAGGATAAAATGGTAAAAGTTACTCCCGGCCAATTAACTCTAATTGACTTTTGGGAAGTTTGGTGCGGACCATGCATCGCATCATTTCCTAAAGTGGAGCATCTAAAAATCAAATATCCAAATAAATTAAATGTAATTGGAATAGTTTCAGAAGACCCCGAAAGTGCCCTCAAAATGGTAAGAAAGAAAGGGACGACCTTTCAAAATCTGGTTGGAAATAATGAATTGGAAGAGGAATTTGGGGTCAATAGTTGGCCAAGATATTTTTTGGTAGATAAAACAGGAATAGTACAAAAAGAATATTTTGGATTTTCTGACCAAATCGAGAAAGACATCAAAGAATTTTTGGCTAAATAAACCCGTTGCCAAAAATCTAAGGAACCTGAAGGCTGAAGTGCTGAATTCAAAATCAGTACACAAAATAAAAAAACATTAATTGGAATTTGAATGGCCTTAAAACCCCACAATAAACGTTTGCAATACCATGAAAAGTAAATTGACAAATACCTTCAACAGTCAATAATCCTTCAAAAAACTAGTTTTGTGTCTTAAAATCAGATGGACTTATACCTACTTTTTTTTTGAAAAACCTGGAAAAACTACTTAAAGAATCAAATCCCAAATGGAATGCCAATTCTTTTGTGGTAATTTCCCCTTTTACAAGCTCACGTTTTGATTCTGTAATTTGACGCTGCTGAATAATTTGTTTTGCAGTGAGGTTTAGTTTTTCTTTTAAGATTTGGTTCAAGCGCTTACTACTTATCCCTATTTGGTTGGCATAATAATCGGTATTAGTTTCTTTTATAAAATTAGTTTCCATTAATTCTAAAAATTGAAAAACCCTCTTTTGATTTAAATCTTGTTCTAATAATTCATCGTTTTGATAACGAATTAAATGGAGCAACAAAAGCTTAAGTAAGGTTTTAAGCATAACATAAGAAGCCTTTTCATTGAAAAACTCTTCTTTAAGCAAACCAATTAGCTGCTGTAATTGATTAATTTGATGGATTTCCCTAATATGAAACTGAGGGTATTTATTGAAAATAGACATCACATCCAGGGCATATTCAATATCATCTTCATCAATAAGGTCGCGTTCAAAATTTATTAATACACCTTTATTATCATTGAATATTTTACACTCAAAAACTTCATTCAAGGGTTTGAAATGAACAATTAGTAAGGCTTCTGAATTAAACTCAAAGTAGATCCCCATAGAGTTATCTGAAAGCATTTCAGTGCTATTATCAAACTGTTGGATAATTTGAATTTTAGTATTCCAAACGTGTTTGCTCATTTACATTCAAAGTGTTTTTCAAATGTAAAAAGAAATTGTTCAAATTTAATTTTTACCTAACCTTTGAAACAACCACAAAATGACGCTACCAATCACAAATGCCATAACAGCAGAAACACTATACACAACCATGTAATTATTGGAAATGTATTCAATAAAAGTAGATAAAAACTGTCCTCCAAAAACCCCCATAGAATACAGTCCCAAATTTTTTCCTTGGTTTTGTAATGAGCTGGCTTCAATCATCATATGGTTTAACAATGGAATAGTAAATCCAAAGCCTACTCCTATACAGATTACTGCTAACACTAAAACTGGCACATTCCCGGCAATTGCTAAAACCATATAGCCTAACATAAAAAACAGAAAACCAAAAACCACCGTTTTAACATCGCCTGTATATTTAACTACCTTAGGCATTTGACTTGCGGTTATAATAGCTATAACAGAAATAAAAGCCATTAAATAACCTGTTTGAGATTCGCTAAAACCAAAGGTTTCTGGCAGATATAAGGGCAAACTAACAAAACCTACAAAGAACAACATCATAGCCAATAAGGAAGCATAAAAAATCAGTTGAACCTTGAATTTACTTTCGTTTTTGTTTTTCGAAAAAACTCCTTTTTCTTTTCTTTTAGCATCAGGTTTTGGTAATGCTTTTAAAACGAACATTAAACAAACCAAGGCTAAAAGGTAAATGTAAAAAGGAAATTGCCAATGCATTTGACCTAAAATACCGCCAATTGCAAGAAAAATAACGCCACCCAATTCAATAGCCATTCCTTGCCAAGCAATCATTTTCATTCTTTCTTCACCTGTAAAAAATGCTGCAATATATAGGGTCACAGATACTTGAATGGCAACTGTGGCTGCACCCAGCAAAAACCTATCTAAGATTAACAAATAATCATTGGAAATAAATGCCCCTATAACACCTAATATGGCATAAGGGACTAAGCCTAAAATTAATAATTTAAGTGATCCTAACTTATTTATTAAACGGCCTATTATTGGAGCGAACACCACAACACCCAATGAAGGAAGCGTAATTAACCAACTAGGCGAAAAGCCAAAATCTAACTGTTTTACAATTCCTGAAAGTGATGGCGCAATTACTGTTCCCACCATTATTGTTAAGCTGCTAATAAATAGTAGAGTGAAAACCCCGAAGTTTGATATTTTATTCATAGTGCAAAATTCAAACTATTCCTCCGTAACCAGTTTACCTATTTTCTAAATGAGTAGGCAAAAATGGAAATTTGAATCCTGATTAAGCATTTTGATTTTCTGAACATTCTCAGGAGGCATTTTAATCACAATGAAAGCACTTCGTGGCAGCAAAAGTAAAAACACTTGAAATGGGAAAAGGATACTCCCATGAAAGTCTTGTTTAAATTTCAGGACTAAGTCCTGAACAGTTCAGAGTATAGAAAACAGAAATCCACCAGACGGATACCCTAGAAAGATTTTCATCTGACTATGGGCTTTCTTGTGACTATTAAATTGAATGAAAACCGTATGGGAATGCTAATTTTTTTACAAAATCTTGCCTTCTCTCCAATGGTATAATATTTTCATCTCTTGTAATTTTAATACCCTTGATAATTTGACCAATTATTTAAGAGATCACATAAGAAGGGTTAAAAGTTTAGGAGTGAAATTCATAAAATTCAGATAATTTGGCTGGGTACCTATTTCATCCTAAGAACAATAAATTTCCTTAGACTAAAATTTTATTGCAATAAAAACACAAACCTTCGATGGAGACCAATGGAAATCTATTTTATCCCAAGTAAATACAAAATCTCAATTGAAAACTATTTTTATTGTTGCAAAAGTTCTAATAGTTTTAGTTATTACAAGCAAGACATGCCGGATTAACCAGTTAAATAATTCAAAAATGACAATTAATTCCTCTACTTTAAAGAGTTGCTTGCTCTTATTTACTTTTATACCATTCTCTGCTTGCAATAAAATAAATCAAACTACTTCTCGGCTATAAATTGAACCCAGTGAATATAGCATTATTAAAAATGTCGCTTACCTTGATTCTTTCTAACAACAACAAGAGATTTTCATATCAATATTGTGTATTCATCCAAATTCATTTACGATTGAGGTTGACAATATTTTTCTTGGCCGAATTGATAGGATTAAAGCTAAGGGCAAAAAATTGAAAAATTAGTTGAAATTGATCATTAAAAACGAATTCCAACATTTTGTTTAAGCAATTACAGGCAAGGTGCCAATTATTATTAAGGTTTGTATCTCTCTCATACAACCTTTCAGTTTGACAGTAAACTACCACTATTCATACAATTTACCATTAGTGATGATTAAATATTTTCAATGAAGTAAAAGAGCCAAAAATAAATATGGAAAAATCAAATAGAGTGAGATTTCAAAAGGTAATAGTAATGATCATTTTGATGGTTGTTGGATGGGGCTGCAAGCAGAATACTAAAACACAAATAAATAAGGTAAGTGAGGAAGCCACTTATTCCGTTCCTAAAATCATGGGAAATTTTACGCGTTTAAAGCGTGAAGAAACAGGCGGCGTAAAACTGGAATTTGAATCTGCAATATTGTATCCCGACTCTTCGCAAAGTGAATTAATTTTAAAATGGGATGGGTTATCCAATGAAATATTTACTGACGGGGCTTATTTCAGGCTTACTCTTGATTCTGATTTAAATAGTTACCAAAAATTTTTATTGTTCACTGAAGGAAATGAATTAATTGATTCATTGGATTTATCCCTTGGCACACCCTTTCAACTCGTACAATGTAAAATTCAAGAAAAATATCTTGCTGATGTTTTGGAAAACGGATTGAAAGTTCAATTGAAAGGAAATGGAGGACCTGTTGGCGTTTTTACCCATACAGCACTGGGATTAGATAACTTTTTACCGCATATACTAATTCCGGGCAAAGCATCGCCTCGAGAAGAATTTCTTAATAGAATGGCCTCTCTTGCCAGTTTAACGGAGTACGGTTGGCAAGAGGGATGTGTAATAGATGGAATCGCTAAACTGTCGGAAAATGCAACGGATGGGTCAAGGTATAAAAATGGTCTGGAAGAGCACATGTCACTCATTTTTCCTTTAAAGGATAGTATTAATCACAACTACGAAAAAATAGGGATTGAATTTACCTCCTGTCTGGCACAGCTGGCTCTATGGAAGCCTAATCATCCTGAAGTAGGGCATGTTGTCAATTATTGGAAAAGTAAAACAGATTCTGCTGGAATCATAAAAAATGGTAATACAATTGTTGCCGAAGGGAATTACACGGTCGCTTGGCCTTTAGCAGTAATTGCTCAGCAATTAAACAAACCTGAATTGGCAGATGAAGCTATCAGGCAGTTACGCTTTCGCCGCGATAACCTAATTGACGAAGAAGGTGCAATTTGGTTGAGATACAACATTCACACACAGAAAAGGACCTTCCGCTTGTGGTCGAGAGGCTTAACTTGGTATGTATTGGGGCTTGCCAAAACATTGGATGTCTTACCTAACCCTCCAAAAGATTTAATTGAAGAGTTACGACGAGCAACTGATTATTTAATTTCAATTCAAGGAGTAGATGGTTTGTGGACAGTCTTTGCCGGAGATTCTCTTACTGCACCTGAAACATCCGGGACATGCGGTATAGCTACAGCAATGGCAATTGGAGTCCGTAGAGGTTGGTTAGAAAATAATGCCAAAGAAGCAGCATTGTTGGCTTTACAAGGGGTTGAGGAAAGACTTACCCCCGACGGATACCTTGATGGTGTAGCGGAAGAAAATAAAGGTGGGATAGAATTTCAAAGAAAAACAAAAGGTTCAATATGCAATTGGGGAATGGGCTTGTTTGCCCAGCTTCTTGCAGAATTAGCCCCACCGGAAAACTGATTTAAAATTTTTGTAGCCAAACAGTCATTAAGCTTAATCAGCTATAAGATCTTTTCAAAAGCCAATGAAAAGAGGTCAATTTAAGCGATTTGAATGGCCATACCGACTGTAATAAATGATGATAGACATTCGATAAAAACAACTACTGGATTAATGGAAATATTTCGACAGATAACAGCAAATAATATTGCGTTAAAAGATTATCCATTCCTTAAAGAACTTGCGATGGAAGCTTATCTAATGGAAAATGAAGATATTCTAAAATTGGATACAGAAAACTTTGCTGAGGTTACAGTATTAGACGCAGAAATTGCTTTAACCCGGATTATGTAATAGAATTCGTGATGAGTGTTGCAATCGCAAGAAAATCAGGCTGTTTGGAGATTTTAGCATAGCACCGCTATGGTGAAATTGAAAACAGCAACGAAGTGGCTGATTTTGAAGCGATTTCAGCACGTAATAGATTGTCTATTGCATATTTCGGGTTTAAGAGGGGGACGGAAAACATCAAATAGAGACGGAAGAATTGACATTCTAGCAAAATACGGACTAGACTATCTTGCTTTAATTGAATTGAAAATAAATGAGATCAATGAATTTTCATTGAATCAATTGGAAGATTATTTAGATGAACGCCATCAGATCTTGACAAAATATCCGGAGTTTTGGAGTGAAGTTGAAAATTCTCCAAATTGGGTTGGGGTTTTAGTAGGATCATCTATATCTCCTGAATTGCAACGAAAATTACAGGATGGCTATACCACTAAAGAGGGAATCCCAATTGCAGGAATGATTTTAAGAAGATTCAGAAGCGCCAATAACGAAATATTTGTAATTACGGACACATTTTTTAAGTACAATTATACAAGTAGGGATTTTTCAAAATTTGAATTCAAGGAAGAGATTTACAACAAAGCAAGACTGGTAAATAAAGTAGTCAGAACTTATGTAGAAGAAAACCCAACAATCTCATTTGCAGAATTAGAAAAAGTATTCCCGCAAAGTTTACAAGGAAGCAATGGGGTATTTGACACCAAAGAAAAAGCTCAGGAAATTTATGACCGAACAGGGCACAAAAGACATTATTTAAAATCAGATGAACTTATCAAATTATCAGATTCAATTATTGCAACAAGTAACCAATGGGGGCTTGATAATATAACCCGTTTTATCCATCACATCAACAATTTAAACAATGATTACAGCATTGAAAATAAATAAGGTAATCCAAATGAATAGGCCACTACCATCCAAAAACATACGGACCAAACCTCACGATGTAGCCAAAAAACAAAATACCTAACTACCTATCAGACTCAATCCCTTGTGATTTTAGCCATTTTGCAAATAGGTTGGGTAATTTCACTTGCATATTTGGGGTTTCAAGGAACTCAAATCCACCAATCGTGTTTAATTATTTATGAAAAAGTTGGAATTATTGATAATAGGTGCCGGGCCTATAGGTTTGGCATGTGGTATAGAAGCAAAAAAGAAAGGCCTTGACTATCTGATTATAGAAAAAGGGGTGCTGACAAATTCTATTTTTAATTATCCAGTAAACATGACCTTTTTCTCTACTTCTGAGAAATTGGAAATGGCAGATATTCCTTTTATGTCGATTTCCAATAAACCAACTAGACCGGAGGCACTGGAATATTACCGCAGAATAGTCAAACATTACCAACTCAACATCAATTTGTACGAAAAAGTAAACACCTTAGAGAAAAAAGAAGGTGGCTTTGTGGTGCATACCTCTAAGGGAGATTACGAAACCGAGAAATTGGTTCTAGCCACCGGATTTTATGACCTGCCTAATACCATGAATGTTCCTGGTGAGGATTTGTCAAAAGTTTCGCATTATTACAAAGAACCCTGGCCTTATATCGGACAAAAAATTATCGTGGTAGGCGGAGGAAACTCTGCAGTGGATGTGGCCTTGGAAACTTGGAGAAAAGGGGCTGAAGTAAGCATGGTGGTGATGAAACCTGAAATTGACCAAACGGTAAAGTACTGGGTTTTGCCTGATATTGAAAATAGAATCAAAGAAGGATCGATTAAAGGTTACTACAATTCAAGTATCAAAGAAATTAGAGAAAAAGAAGTAGTTCTCAATACGCCGGAAGGGGAAGTCACTATTGAAAATGACTTTGTTCTAGCCATGACGGGTTACAAACCCAATTTTGAATTGCTTGATCAATTGGGCGTCCAATTAAGCTTGGATGAAAAAAGACAGCCCTGTTTTGACGATATTAGCCAGGAGTCGAATGTTCCCGGGCTTTATTTGGCAGGAGTAGTTTGTGGGGGATTGAATACAAGAGAGTTTTTTATAGAAAACACCATCTCCCATGCCAAAGCCATTGTAAAGGATATTGTAAATAAAAAGGCAATACTAGCCAAAGACTAGAACTAAAAAGGCTGTAGAAATTTCTAGGCCATTTAAATTATCCAAATAAAAAATCCCTGTTGCTGCTGTAGTCTATGCAGAAACAGGGATTTTTCCATTGCCCCATTTCCACGTCTTTTTATTTTAGTTTCAGCGTTTATTCATCAAACTAGTCAATCATTATCAACTTCACCTCGCTTGCTTTTCGAAAGGTTTGAGAATTTAGCTCCCATAGTATTAACTAGCTTGAATCCCTCTCAAAGTAAAAATGACTATCCCATTCCTTGTCCAATAAGAAATGGGAAGCTAAATCAAATAGTGTTTGTAAAGTCATTATATTGTAAGCAAATTTATTAAACCATGAACTACACTGACAGGGATATAAATTGGTTGTCATTTAACGAGCGAATTCTCCAAGAGGCGGAAAATGCACAGACGCCGCTGATGGAAAGGTTGAAATTCCTTGCCATTTATTCCTCCAACCTTGAGGAATTTTATCGGGTCAGGGTAGCGAATCATCGTTTTGCCCAAAAATACAAGGGGGATAAGAAGAATAAATATGGTTACCGACCCTCCTTTGTGCTTCAGCAAATTAATAAGATTGTCAGCTTACAGCAGGAACGTCTAGGAAAGGTTTTCTACTCTGAAATCCTACCGGGTTTATCTCAAAAAGGAATTCACCTGTTAACCCAAGATTTCTCTGAGGCAGACAGAAACTTAATGGGCCGGTTTTATGATGAAAAACTTAAAAACAATTTCACCCTAAAGGACATTACTGAGGATAGCAACTTTAAGCTTAAAAACCAAACGGTTTACCTCTATGCCATTAGCGAGAGTCGTTTTTACCTCATTGAGTTGGATTATAAAACCTTTGGAAGGTTTATTAATCTCTCCTCATCCGACAAGGCAAAAAGATTCGTTCAACTGGATGATATTTTCAGAAGCAATGCACCAAAGTTTTTGGGTGAGAAATCAGCACTCTTTGCTATAAAAATCTCAAGAGATGCGGAATTGTATATGGATGAGGATTTGGAAGAAAACATTGTTGTAAAGATTAAGAAAAGCATAAAAAATAGAGAAACCGGCCTTCCTTCAAGACTACTTTTTGATGAAAACATCCCCTTTAAATACATTGATTTCTTAAGAAAAAAAATAGATGTGGACATGTCCGGACTCATCCCCGGAGGTCGTTACCATAATTTCTATGACTTTTTTGGCTTTCCGGTGTCAGAGGAAAGCCTGTGCTACAAAAAAAGAGAAAAGGTTCCATGTGCCAGGCTCGATCAAGCGAGCAATTGGTTTGCCGAAGTCAAAAAAGAAAATCTCTTTTTAAGTTTTCCTTACCAAAATTATAGGTATGTCACAGGGTTTTTAAACAAAGCTGCCATGGACAAGGAAGTTGAGGAAATCAACATCACCCTTTATAGGGTAGCTGAAAGTTCGGAAATTTGTATGGCGCTTGAAAAAGCCGCTAAATCCGGAAAAAGAGTATTTGTATTGGACGAAGCACAGGCGAGGTTTGATGAGAAGTCAAACATCTACTGGGGTGAGCGGCTGATTAAAGCCGGGGCGCATGTAAAGTATGGCATAGATCATTTAAAAGTTCATGCCAAGATTTTCTCAATCAAAAGAAAGGAAGGAGAAAGCATTCAAACCTATGCATACATGGGCACGGGGAATTTCAATGAAAAAACCGCTGAAATTTATGGAGACCATGCCTTAATCACTAGCGAATCTGCTTACACAAAGGATGTGGACGAAGTATTTGCCTTCCTTAAAGACAAGACCCACACCCCAAAATTTGACAGTTTATTGGTTGCCCCATTTAATTTAAGAAGTTCAGTTGAACAATTGATTGAAAATGAAATAGGCTACAGTAAGGAAGGAAAAATAGGCAAGATGACCATCAAGCTCAACAGCTTGGAAGATCCGGAGATGATAAATAAAATCCGAAGGGCCGCAGATTACGGGGTTAAAATTGAATTAATTGTTAGGGGTATTTGTTGTTACCACCCCTTATCTGCCTTACAAGAGAAAAATATCAAAATCGTGAGTATTGTAGATAGGTTTTTAGAACACACACGTGTGTATCATTTCCACAATAACAATGAGCCATTGATTTATTTAGCTTCTGCAGATTGGATGACGAGAAATTTATCAGGACGCATTGAGGTAGCCTTCCCTATTCACCACAAAAAAACCAAATCATTTATTTTGGCATCACTCAATGCCCAGCTTCATGACAATGTAAACGGAAGATTAATCACAGGTACAGGGAAAAGTCAAATGGTAAGCGGTAGTGGAACTTTAAGCGCTCAGGAGAAAATGTATGATTTAGTAAGCGAAAACAATGCTCAATATGCTGTCTAGAGAAATCGTAAGAAATTTCAAAATCTACTTTATCGTAGGTTTTATTTTTACAACATTCTCTGCTTACAGTAGGCTCATTCTTTCAGAGATGTATGGAATAGAAGTTCTAGGGCATCCATCTGTCAGCTTTCATGTGAAGATGAGGTTTGCATTGTTGATTATTTTTCTAGGTTCTTTTGGCCTTGCCCTCTTATCGAGCATTTTTGATATTTTAATTATCAAAAGGTTATTGACCAACAACTCCTTAAAAATTGCCCTGATAATTGGTATTCCTACCCAGGCAATAATGATTGTTTTAATTGTACAATTCATTAACTTTTTATATGAGCATGCGATACTTTACGTTTTTGGGGAACCTGCAATCCCTCTTGACGTGGCAGAAATTGTCTTTGGGGTCATTCACCTCATCATGGCAGTTAGTTTATCCAAATTACTGATTGCTATAGATCGAAAACTTGGACCGGGAAACTTATGGAAGATGCTGAGTGGCAGGTTCTTTAAACCCCGTGAAGAGGAACGAATCTTTATGTTTGTAGATTTAAAAAACTCAACACCTATTGCTGAAAAGATTGGCCACCTTGAATACAGTAGGTTATTACAAGACTGTTTTCAGGATTTCTCCATTGTGGATCGTTATCGGGCAGACATTTATCAATACGTAGGAGATGAAGTTGTTGTCTGCTGGACATTAAAAAAAGGTTTAAAAAATGACAATTTTCTCAAAGCCTTTTTCGCTTTCACGGATCTTTTAAATAAAAAATCTAATTATTACCAAAAAAAATATGGCATAGATCCTTTTTTTAAAGCAGGAGCCAACGTTGGACCGGTAATTATTACTGAAGTGGGGGACATTAAAAAGGAAATTACTTACCATGGCGACACCTTGAATACAGCTGCTCGTATCCAAGAAAAATGCAATGATCTGAGCGCACAATTGTTAATCTCTGAACCCCTGTATCGCCTTATCGAGAAAAAGGAAGCCTATCAGATTGACGATGTGGGATCAATTCATCTGAAGGGAAAAAAGAAGTACGTAAGACTTTACCGTGTAGCGCAAATAAACCAAGATTAAACTTTACTAGCTGCTTCATTAAAGCATGAAATCTGCTCCCATAAGCTATCTTTGATTAGCTAGGTTAAAATTGATAACCAAAAGAAAAGAAAGGCAACGTTTCTTCATCATTGAAACCCACCGAAAAGGTAGCCACCAATTGATTGAGTGGTGCCAGCCAAATCCCGGCACCTGTGGCATTGTGCCATTTGTTAGAATCTTCATTCCTTTCCCAAACCCTACCAATATCATTGAAAGCCAAGAGCCCCACTGTAGCAGGAAAAACATAAGTTTTAAGGTTAAACAATCTCACCCTAACCTCGGTATTGTTGTAAGCGACAGCATCACCATTGAATCTAAACCTCCTAAATCCCCTGAGGTTATTTATTCCTCCGAGGGTTTGCGCTTGAAAAAATTCATAATCCCCCCAGTTTTTCCCTGCCCCAAATTTTGTGGCCCAGACCAACCTTGAGGGGTATCGGAAAGACCAATACATGGCAAGTTCTGCATTCACTTTGCTGAAATTATTGGAATATTCATTACCTCCCCACATTCTTTCAGACTGTCCTTCAAAGTACACGCCTCTAGTAGGCATGTGCTTCTGATCCCGCGTGTCAAAAACTATCTTGGCAGAAACCCCAGTATAAAGTTTGGTTTGATCCAAATCATTTTGGTCCAGACCACTTTCCTGAGAAGTGATGAATTTATTTGAATTATCATCCTGATTAAATTTAAAAGCTTGGAATTGAGGACCGAATGTCAAACTTCCACTTTCTCCAAGCTTGGACTGCAATCCGGCATTAAGTTCATACCAATTGAACCTCGCCCTATAATAAGCTATATCACGAGATTCATGATTGTATTCAGACTCATTCCCTACACCAAAATAGTTAAATGAATATTGTGGTGCACGGACATCTGCTTCCCAAACCAAATCCAAATTTCCCAATGCATCCACCGCATGCCCCTCGTATTCAATATTGAAAGCATTGGTCTTTAAAGCATATTTTGCCATTAGAGATTGACGAATGGCAAAAGGATCTTTTTTAAACCCTTGCTTTTCCCACATCACCCCTGCACCTAAGTAAATTCCATCATCCCTATTGTAGGCAAAAGTTGCCAAAGGCATGAGTTTGTCATATTTAAATTCCGTCCTATTGTAGCTTATTTCAGCTGATTTGGCTTTTCTCCTCGTACTTTCACCCAATTTAAAGGCATCATTATCACTAAAATTATGGTAAATAAGGGTGTTTTTCTTTTTGGTCTTACCCTTGTCTTGTACTATTTTTTCTCCATCACCGGGAATTACTCGTATTTTTATTTCCCCCGTTCCTTCTCCGGTAAATTCAAAAATATCATCTCCCTCCATGCCGTATAAACGGATTTCCTTGGTATCACCGGGAAGAAAAACTCGCCGGTAGAGCTCCTGTTCAAGATTTCCTGATTTATCTATTTTCCTTAGGCTAAGCTGTACGCGACCGTCAGACAAATAGTCCACCTTAAAAAATTCGTTTTTATCTGTGCCGGCTACGTCAACTTCTTTTGCTAGGAAGTGGTAATATTTAATCATCTCCTGTTTTAACCAGGTTTTTCTTTTGCGTAATTTCCCTAGGATGTCCTCACCATCGATAGCCACAACTGAATCAGGCCAGTCTTGAAGGGATGCATTGATGGCTTCATCTGTCATTTTAGCAATCATCTCATCCAAAGTCTTTTCCCAGTCTTCTTTATTCAACTCATTCATGAAACTGCGGTCAAAATACCTCCCATTAAACATGAATCCTTCAACTGTTCGAGGCGCATTGTAATCGAAGCCTTGGAATTTTGGGATCAACCATTTTCTACTGCCTATCTTTGGGATTAGGCCCTCATTAACAAAAAATGCCTGGTCTCTATCTCTAGGCATGGGACTATAGTCCCGACCTTTTTCCTTTTTTTCACCAATCCATCTCCATTGATCATCGTGCCTATCCCAGTCGCCTATCCATAAATCAAATATTCTGGCTTTCAATACTTCTTTTTGCTTTACCTGTTCATCATTGTCGCCATGAATTTTTCTAAGCATCTTATCGGTACTATAAAACTTAATATCATCCGGTGCAGTTTTCCAAGCAATTTCACGCTCTTCAAACAGGTAAAGGTTATCCCCATAGGCCTCCCTATAGATGCCTAATATTGGGTCATCAGGTAAATAAACAATTTTTGGATTGGTATGCACTACTCCTACCTGATCTGCTAGTCTGGCAACGGCCAAAGCCCCGTAGGGATGTGAGGAAGAAATTTGATCCTGAATGACATCCTTGGCTATGGTTTCACGCAAAGGTGCCGACAATGCATTTTCGGGGTATTTATTGACAGACCTAAGCACATACTCTCGTCCACTTTTGCTTTCTAACCTCAGCGAACGGGTTTGCATCCCTCCTCCTTTTTTCACAATGCTCAGGCCCCCCTTTTCAGTAGCCAAGTCTATGGTTTCAAAAGTAGCAGGGATCGCCCAAGTTTTTCTGTAGTTCTCCCCAAGAAATCTATAGTATCCGGAACCGTGAAGGTATTGGGTGGAAATCGGTCTCGTGACTTGCTTAGGGAAATCTCGTTCAAAAAAAGATAAAGCTGAATCATTGGTAGCATAAGGGGCAACCAGTTGAGTGTCATAAATAGATGCTTCTTTTAATGGATCATAGAAGGACAGGTGTACTTCATGGTTTTCTTTAAAATCCATTATAGCATAACCTTGGCTGGGATAGGTAAAATCTGCTGTGTTGTTTTTCTTAATGGTTGTATGCTTGGCACCTGCGCCACTGATAATATAATTTACCTTATCTTCTTTTGTCAATGCCAGCCCATGCTCATGTCCCGCAACCTGTATCAGGTTTGAATGGCTCTTGAAAAGCTCATCTAGGGCCTCAATCATGGCCTCATACTTAGGGTGAACAAGGTCTTGAATATTGCCAAACCAGGTTCTGTAAAGCGGGTAAATGGAGCCTATCCCAGGCAATGGAAGGTATAAATTAGGAGAAACAGCAGTAAGGGGAAAGAGGTGGTCCTTCCAAGTGTAGGCCCCATTGTGTGGACCATATGACCTAAGCGGATGATGCATTGCCACCACTATTACTTTGTCCTTGTTTTCTTCAAGGACATAGCGAATGGCCTCCAAAATCTCTTCCTCAGACTTGTAATCGCAATCGGAGGTCATTCCCGGCTTGTCGTTCAGATGGAGCCACCATTGACTATCAAGCAAAAGGAGTACAGTTTCTTCATTTAAGGACACGACTTCTGGACCGGGGCAGCCACTGCTTGGTAGCCAACTTACCTTATCTTCCGGGTAATTGTTCAAGACATATTTCTCTGCCCTAAGAATACTATTCCACCCATCTGCCTTTCCTCTCTTCCAATCATGGTTCCCAGGAATCATCCATATATGGCCATTAAGGTATTTATAAAGGTCCAGTTGTGTTTTAAGAATATATTCACTTTCGTCCCTTCCTTCATCATCGATTGGGGGCATTCCCCGTGGATAAATATTGTCTCCCAAATAGATTATGTGTGCAGGAGTATTGGGGTCCGCTTTCAATTTATTGCGAATGTCTTCCACAACAGGATGCGTACCTTTTTCCACTTCTCCGGCATCTCCAACCAAATACAGTTTGAAAGTAGAAGGAGCTTCCTGCGCTTTCAGGTGAGGGGATAGCAGAAATAAAATCAACAAGCAAATAATCTTGTTCATTGTTTAAAGGTGTTAAGGATTGTAGCTAAAAACCAAAATGTTAGGCTTCCCTCCTCGGGCTTCATTTGATATGTACATGTTTCCTTTAGGGTCAAATGTAATTCCTTCCGGCTGTTTAAAAATTTTACGATTCAGTCTGTAAACTTCCTTTGGTTGAAAATTGGCATCGGCGATCATAAGCCATTTTCCACTTGAAGACAATACATACAATTCCTTTTCAATAGGGTGAAATGCTGCCGCAGCCGGCTCAATTTCCAAATCCTTTAATTCATCAGCCTTTAGAAGCGCTTCCATGTCACTTCTTTTTATAGTAGTTAAAACAGGCGTTTTATAGCTCTTGGAAGAAAGGTCGAAACGAAAAACAGAGGCTTCATTGGCACTATCGTCCCACTTGCATGATTTACAAAAGACATAAAGGTAGGCACCATCCTCGGATATTACCATAGCTTCCATGTCTCTTTTTTTATCAATGGGGAATTCATACTTGGTACTTTCTGATTTCTCATTGAAAACAGAAGTCACCTCATAAAGAGTTCCATCGCTTTGAAGTACCCATGCCACGTCATTTATCCAAGAGATATCTTCAATGTCACTGTTTTTCTTGCCAAATTTTTCTTTCTGCAAAATTTTTCCAGTCTGAGGATCTAGGCTATAAACAATAGGGGATTCATCCTCAATAGCCAATAAACCTTCTTTACCTACCCACTCCAACCCTGAGATTTCTTCCATTTCATCTTGCAATACAATCATTTGAAAATCGTTAAGAGAATAGGCTGCAGGAAATGGCTCATCATTTGATTTTTGGGCATTGGGCGTGCATTGCCAAATAGATAAGGTAATAAAGGTTAAAATCTGTGAAAAATACATCATTATTCAATTGTAAATAATTACCTTGAAATTAGTTTTTTCAAAATTAGTAAATAGCCTTGGATAAGCAACTAGAAAAATTTGAATCCTGGATCAGGGATATGTTTAAAAACCACCAAAAATCGGAGGTTTGTTACCATAATATGGATCATTCCATGCAGCTTGTTAAGGTAGTTGCAGAGATTGGGGATTACTATAAATTAAGCCAAGAGGAAAAAAACGATTTGCACATTGCAGCTTGGATGCATGACATAGGTTATTGGGAAGTCAAAGGTGAAGGGCATGAAGAAAAAGGGGCCAAAATGGCACAGGAATACTTGACCGAATTGGGCTTTGAGCAGGAAAGAATCGATCGCATCAAATCACTGATCTTGGCAACAAGAATGCCTCAAAAGCCTAAGAATTTACTGGAAGAGATTATTTGCGATGCAGATTTGTATCACTTAAGTTCTGAGAAATATTTTGATCATACAGTCCTATTAAAAAAAGAAAAAGCCAACCTTGGGTTTGGAAAAACTTCTTTGATCGACTGGCTGAGAGAAAGTAAGCTTTTCATGCAAGCACACCATTACCATACTGAATACGCCCAAATCTATTTTCAGCCCGGTAAAGAGGCCAATCTTGCGTCCATTGAAATGAAGATTAAAGAAGCAGATGCATCTCCAAAATCCGACTCAAAGGGCAAAAAAAAAGACAAAACCAAAAATAAAGCAGATAGAGGTATAGAGACCATGTTTCGAATTACCTCAAAAAATCACTTGGCTCTTTCGGCCTTGGCCGACAACAAGGCCAATATCATGATTTCTGTCAATTCGATTATTATCTCCATAATTGTGGCACTTTTTATTCAAATAATCGAAGAATTCCCCTATTATCTGGTGCCCACACTTATGCTGATCATCACTTGTTTAATTGCCATGGTATTTGCCATTTTGGCTACTCGACCCAATGTTACCCATGGCATAGTCACCAAAGAAGATATCCGGAATAAAAAAGGCAATCTCCTGTATTTTGGCAATTTTCATGAAATGTCTTTTCCTGACTATATGGGAGGAATGCATGAGATGATGAAGGATGGAACGTACCTTTATGATAGCATGATTACAGACATTTACAACTTAGGAATCGTGCTTTCCAAAAAGTACATTTTACTTAGGAAATGCTACAATATCTTTATGTTCGGTTTTGTCCTTTCAGTAGTTTCTTTCTTAATAGCTACTTATATCTTCGATCCAATCGCTCGATAATTTAAAAGTACTTTTAATTAAATGATCTTAAAATAAATGACATACCCTATATTATTTTTCATGCTCAATTTTTAAACTAAAGACCTTTTAGGTCTATTTTTACACTCAAACGTTTTTTTTCTGTAACCAATTTAATAAATTCAGGATTTCTAATTTACTTGAAAATTATTTTTAGTTGAATAAAGCATTTTTTTCCTTTATTCTGAAATTGACAAAATTTATATAATGAATAGGTTATTTTTTACCTCAGATCTTTCCAAAAGAAAGGTTAATTTTTTTTTCCAGACGTTATTGGTACTGGCTCTCTATTATAGAGATGTTAATGAAATAATCCCTTTAAAATTAATTTTATGGCAGATGATCCACTTTTCATTAATCGCCATAATAGATTATTTTTTAGATGATCATCCCTTTACAGGTAGAAAAACACTTCTGTGCTTATTACTTATTTCCCTTATTTTTCTAACAATAAGCCTGTACTATGGTATTTTTGATACCCTTTATATCCGTATTCATTTAGGAATATTGATTTTGGGAAATATTTTGGGTGGTAAGGTAGATAAGCCTTTTTGGAAATTGTTAACAATCCTCAATCTGCTTATTTTAATTACAATAGAGCTTTCTAGAAATGAGCTGCAATCAATTTATGGAATAGCCATATTGTATGGAGCCGGAGCAATTTTTTTATTGGCTATAACAGAAAGGGTTTCAGAAAAAAACAGAAGTTTCTGGATGGTTCATACCATAGCATTATTTTTATGGATTAGCTTTAAAGGTCCCTTTTTTGAAGAAGCCTTTATTTTCTTGGTGGGGGGAATCGCTTACGAATTGGCTAAAATATTAATCTCTAAAAAGCCCAAGACAATTCCATTATAAGCATTTCAGTATATAATTAAAACTTAACGGTTGGGATTGGTTTCAGGGTGAACTTTATCCTGATGCAGCAATACTGTAGAAGTGGGATAAGCCAAGCGAATATTATTTTCAGGCCCCAAACGTTCGAGAATGCTTTCTGTAATGGCATGTTCAAACATCCTACGTTTCTTTGGATCGCAAAGGTAACGCATAGAGAGCTGCACACCTCGTTCAGTGATTTTGGTGAAAATCATTGGTGTGAATTGTTTGTAAACAATCAAATGATCTTGCTTGGCTTTTCGAAACACCTTCTCTGCTTTTTTCAAATCCTCCTGAAGGTGGGTATTAAGAATATCCAGAAGTATTTCTTTGGTTTTCTTAAAATCGCTCCTAAGGGTGATATAGATATTCTGTTCATTCCATATATAATTAAAACCGGTGGAGTAATTGGCCTGAGCATCCATAAACACTTTTCCATTGGGTACATGAATAACCCTTCCGGTGCTTTGGTCAGCATCTACCCAGTTGCCAATTTCCAGCAAAGAAAACTGAAACAAACGAAGGTCTATCACATCACCTTGTACCTCTCCAATCTGAATCCTATCCCCTACATCAAAAGGTTTTCGAAGGTAAATAAATGCCCAGCCGGCAATATTGACAAATATATCTTTTAAGGCAATCGCAATACCTGCGGACAATAATCCCAAAAAGGTAGTCACAGAATGAAAATTGCCTATCCAAAGGTTTCCGATTATCAATATGCCGATAATGAAAGAGGTATATTCAATGAATTTTCGATAATGATATTGCCTTCTCAATTCCAATGCATCTCCTCTGTAAATCAATTTCAGGGAAATTTTGTTGATCAGCCACACCACGAACCCTATCAGGATGGTCTGTAGGATCCTGTTTCTTAATGCCGGTTCAATGTCTAGATTTAAGAAATTATCGAACATAGTTACTTCACCATGGAAATAATAAGAAATTTAACTTTATAAATAAATATACACTTTCCTTTTGGTTAGGCTACAGTTTTGTTTTCCGATTTCCAATCCATACCCCCACCACTACAGCAAATATGCCCAAATAATGAAGGGGAAACAAAGATTCTCCATCCAAAACACCCCAAAAGATTGCTACCAATGGAATAATATAAGTAACAGAACTAGCAAAAACAGGTGTAACCAGTTTTACTATTGAATTAAAGAGAACGAGGGCGGCTGCAGTGCCCACTGCACCGAGAAATGCGATATACCCCGCCGCCTGCCATGCCCCATCAGCATGTATCAACTTAAAAGAAAATTGGGTAAAACCAAATAAATAAATGGCCGCAATAGGCAAGACCATTATCAAGGAGATAGCGGTAATTAAGGTTGGTTTTAACTCCTTGATTTTATACTTAATTATATTAACATTAAAGCCATAGCAAACAGCAGCCAATACCACTAACAAACCGTATAGATTAAATTGCCTGAAAATATCCGGACTTCCGGAATTCCCTGCCAAAACCAAAATACAAACACCAAAAAGAGCAATAATCAAGCCTATGGCATTTTGCTTGGAGATCTTTGTTTTAAATAACAATGCACCTATCACCCCCACCATTAGTGGGGTAAGTGCATTGATCACTCCGGCCAAAGAACTGGATAGTTGGGTTTGTGCAGTGGCAAACAAAAAGGCAGGAATAAAACTCCCCAATAAGCCAATGCAAAACAAGTAGCCCAGTTGGCTTTGGGTAAGATGTTTTACTTTGGAAATTCCCAGTGGCAACAAGACAAGTGCAGCAGACAGGATTCTAAAAGCACCTACCTCTCCCGGAGAATACACCTCCAAGGATTTCTTTATCAAAATAAAGGAACTTCCCCAAATCAAGGCCAGCAATAGTAACATGGCCCAGTGCTTGGCTTTTTGGTTTTGGATCTCTATAGCTACCGGCACTTAAGTATATTTTTACCCCCTAATAACGGCCATTTTAAAAAGCTTTATTAAAAAACTTCATCAGCAAAAACTGTAGATACCTCTTCTAAAATATCATTTACTTTCGCGTATTCATCAGTTGTTACCAAAGAGGTACGATAAGGTTTGAAATGAGGGATTCCTCTGAAATAGTTGGTATAGTGCCTTCTCATTTCCAATACCCCAAGTTTTTCTCCTTTCCATTCCACCGAAAAGTCAAGGTGCTTTTTAGCAACTTTCACCCTTTCTTCCATATCTGGAACAGCCAACAGGCTTCCGGTTTGCATATAATGTTTGATCTCATTAAAAATCCAAGGATAACCTATGGCAGCCCTTCCTATCATCAAACCATCTACCCCATACTTTTCCTTATAGGCTTTGGCCTTTTCAGGACTATCTATATCTCCATTACCAAAAACAGGGATTTTTATCCTGTTGTTTTTCATAATCTCACCAAGGTAAGACCAATCCGCTTCTCCCTTATACATTTGCTTTCTGGTGCGCGCATGAATACTGATGGCTTGAATGCCCACGTCCTGTAATCTTTCTGTTACTTCATTGATCTTGATGGTACTTTCATCCCAACCCAATCGAGTTTTGACTGTTACCGGAATCTTAACGGCTTTTACAATTTCGGCCGTCATGGCAACCATTTTGTCTATATCCAGTAAGATACCGGCCCCGGCACCTTTGCAAGCTACTTTATTTACCGGGCACCCATAATTAATGTCTAATATATCCGGTCCTGCCTCCTCTGCAATGGCTGCTGCCTCACGCATAGATGAAATTTCATTCCCAAATATCTGAATACCTATAGGCCGCTCATAATCATACACATCCAATTTCTGGACAGATTTGGCTGCATCACGAATCAAGCCTTCAGAGCTGATGAATTCGGTGTACATTAAATCTGCCCCATTGGTTTTACATACCGCCCTAAAAGGTGGATCACTTACATCTTCCATAGGAGCCAACAGCAATGGAAAGTCCCCTAAATTTAAATCTCCTATTTTAATCACAAGCTGAAATTTTTTGCAAAAATGAGTGTTTTAAGTTGAATATCAATAACATTGCCAACATTGTCTTTCTTTTTATACAAATTATTTTTATTCCCAACAAACAAAAGCTTCTTGTGCCTCATACTAATAGCTGTAAATTTACTATTAATATGGAGATATATGAAGATCGTCCGGGGCAATCAAACCACCAACCTTGGTTGCTCTCATTTACTGTTTTGGTATTAATCGTATTTGGAACCCTTTCGGTTCTGCAATCTGTAGCAGTGGCTCTTTTACCAATGCTCTTTGGGATTTCCATAGATCAAGTCTCTCTTCTTCTTGGAGCTACTCTTGACTACCCAAATGCCAGGTTGGCTTATTTTTTTATTAAAGGCCTTGGAGGAGGTTTTGCTTTTTTTGTAGGGGGCTGGATTTTCATCCGCTTTGTAGACAAAAAAACGTTACAATTTGAAAAACATTTAACCCCACAGCTATTGGACAATCTATGGATTGTCTTCCCCATACTTATAGGATATGTACTATTAAACACTATTTTGATCTATCTAAACATGAATTTTGATTTTCCCGATTTCCTAAGTGAATTGGAAGCATCCTTAAAGGCAAAAGAGGATCAATTAATGGATTTGACAAGTTACACCCTTGATTTCGATAGTTTTGGGGAGTTTTTAGTAGGCATTTTGGTAATAGGGCTGCTGGCAGGGGTGGGTGAAGAGTATTTGTTTAGAGGAATAGTGCAGCCCAAAATGCACCAATACACGAGGAATGCACACTGGGGTGTATGGATTACTGCATTTATTTTTTCCCTCATTCATTTTCAATTTTATGGTTTCCTCCCAAGACTGTTTCTTGGTGTTTTATTCGGTTATTTATACCTGTATACCGGATCATTGCTTTACCCTATGTTAGCACATATCTCGAACAATGTCATGATGGTTACTTTGGTATATTTAAACAAACTAAGATTATTGGAATTCAGTATGGGGGAAGTGGACACATTGAAATGGCAATATATAATTGTTGGGCTATTCGTATTTATCTTTTCTTGGTATGGGTTGATAAAAACAAATAAAAATAAGGTTCATCGGTAATTTAAGAAAAACACATCAAGGGGAGAAACAGAGGAGCCAAAGGCAATAGAAACTTTTCAAAATTTAAATCTCCTATATTAATCACAAGCTGAAATTTTTTGCAGAAATAAGTGTTTTTAGTTGAATATCAGCAACATTGGCACAATTGTCTTTCATTTTATCCAAATTAATTTATTTCCAAAAAACAAAAGTATCTTGTGGTGCACACTAATTACTGTAAATTTACTCCTAATATGGAAATATATGAAAATCAACCAGGACATTCTAACAGCCAACCATGGTTGCTCTCGTTTACTGTTTTGGTGCTAATCGTATTTGGAGCTCTTGCTATCTTACAAACGGCAGCTTTGGGCTTGTTACCTTTTCTATTTGGAATTTCCTTTGAGCAAGTGCCTTATTTGCTCGGTGCCTCTCTAGATCATCCAAATGCCAGAATGGCTTTTCTTTTTATTCAAGGCTTAGGAGGGGGGCTAGGATTTTTTGTTGGAGGCTGGATATTTATCCGCTTTGTAGACAAAAAAACCCTACGCTTTGATAAACAATTGAAACCGGAAAAAATGGAACAGTTGTGGATTGTGATTCCTATGCTTATAGGTTTTATTCTCTTCAATTCGCTATTGGTTTACCTCAATATGAATGTTGAATTTCCGGAAGCCTTAAGTGGACTTGAAGCCTCATTCAGAGCCAAAGAGGACCAATTGATGGAGTTGACAAAATACCTTACTGACTTCGAAAGTCTCGGTGAATTCTTATTAGGCGTATTGGTCATCGGGGTGCTGGCAGGTATTGGTGAAGAGTATTTATTCCGGGGAATTGTACAACCTAAAATGCATCAATACACCGGAAACGCACATTGGGGAGTTTGGATCACAGCATTTATTTTCTCAGCCATACATTTTCAATTTTACGGTTTTCTACCCAGGTTAATGTTAGGGGCCTTGTTTGGGTATTTGTATTTGTATTCGGGCTCTTTATTGTATCCCATCATTGCACATATCCTCAACAACACTTTAACCGTTACTATGGTTTACTTCAACAAACTCGGACTAATGGAGTTTGATATAGAGGATTCGAATCAGTTGTATTGGGAGTATGTAATAGTAGGCATTGTAGTCTTTCTCTTGTGTTGGAATTGGTTTATTCAATCAAATAAAAAACAGATTTATGAGTAA

Protein sequences of DBSCAN-SWA_1

>NC_015914|1631729:1683105|1635557_1637183_+|WP_014019446.1|DBSCAN-SWA
MAKKILRSDERKSIMGLDVNGPVFFTSTIFIIISITLTLVFKEQAEYYFNEIQSFISNTVGWFFILCVNIFLIFVIYLAFSKYGEIRIGGKEARPEFKTLSWFAMLFSAGMGIGLLFWSIAEPVTHFMSPPLTEGGTPYAAQESMNYTFLHWGLHAWGVYALVGLSLAYFTYSHGLPLTIRSVFYPIMGNKIYGKWGDLIDIFAVLATLFGLATSLGLGVQQIAAGLAHVFGISSGLVTQISLIAGITLIATVSVVLGVDKGVKFLSEWNMRIAVILLVLVVILGPTIFIFQSFVQNTGNYLYSFLQIATWTESYTGNDWQNAWTVFYWGWWIAWSPFVGMFIARISKGRTVKEFILGVLFVPSLITFFWITAFGSTSIQQALSGDPTILNAVEDNVATALFVFLENYPFAVILNVIGVVLIAGFFITSSDSGSLVVDSLTSGGKIDAPVGQRIFWAVTEGAVAAVLLIGGGLQALQTASIATGLPFAFILLFMCYSLYTALKDENQQTEERKAQKEWESYEERLADIIKKRSSEKTKPNQ
>NC_015914|1631729:1683105|1633006_1633588_-|WP_014019444.1|DBSCAN-SWA
MAVKIRLARRGRKKMAIYDVVIADARAPRDGRFIEKIGSYNPNTDPASININNDRALKWLMNGAQPTDTVKAMLSYRGVMLKKHLQVGVVKGAITQEQADEKFQSWLEGKEKAISSKVEKIQTAKESVKKAALEAETAKNQARLDAIKEREDAAKAAAEAEAKAAEAAAAPAEEAPAEGEAPAAGEEASEDKA
>NC_015914|1631729:1683105|1641660_1642668_+|WP_014019451.1|DBSCAN-SWA
MNSTLKITIFSFWVISGCSFQSNNIVIQSLSGKHHPLKNKIWLSHEHILVDFIGADSIDYSEWNHKHVIDEMTPYLEELKPYNVSYFVDATPNYLGRDVFLLEKIAKKTGLKILTNTGLYGARNNQFIPDFAKRMTAKELSDMWIKEFTDGIAGSSIHPGFIKIGVDNSDPLSPMHSKLVKAAALTHLETGLTIASHTGAAKGLWPQLAILNELQISPEAFIWVHAQSETNTEAYLKAADKGCWISLDGLGWDLERHVEKIVFAKKNDFLDRILISHDAGWYDPQKDQQSIKGYTNIFSQLIPALKAQDFTEEDIQLLLSTNPSKAFSIKIRKTK
>NC_015914|1631729:1683105|1668116_1670126_+|WP_014019477.1|DBSCAN-SWA
MNYTDRDINWLSFNERILQEAENAQTPLMERLKFLAIYSSNLEEFYRVRVANHRFAQKYKGDKKNKYGYRPSFVLQQINKIVSLQQERLGKVFYSEILPGLSQKGIHLLTQDFSEADRNLMGRFYDEKLKNNFTLKDITEDSNFKLKNQTVYLYAISESRFYLIELDYKTFGRFINLSSSDKAKRFVQLDDIFRSNAPKFLGEKSALFAIKISRDAELYMDEDLEENIVVKIKKSIKNRETGLPSRLLFDENIPFKYIDFLRKKIDVDMSGLIPGGRYHNFYDFFGFPVSEESLCYKKREKVPCARLDQASNWFAEVKKENLFLSFPYQNYRYVTGFLNKAAMDKEVEEINITLYRVAESSEICMALEKAAKSGKRVFVLDEAQARFDEKSNIYWGERLIKAGAHVKYGIDHLKVHAKIFSIKRKEGESIQTYAYMGTGNFNEKTAEIYGDHALITSESAYTKDVDEVFAFLKDKTHTPKFDSLLVAPFNLRSSVEQLIENEIGYSKEGKIGKMTIKLNSLEDPEMINKIRRAADYGVKIELIVRGICCYHPLSALQEKNIKIVSIVDRFLEHTRVYHFHNNNEPLIYLASADWMTRNLSGRIEVAFPIHHKKTKSFILASLNAQLHDNVNGRLITGTGKSQMVSGSGTLSAQEKMYDLVSENNAQYAV
>NC_015914|1631729:1683105|1670115_1671198_+|WP_014019478.1|DBSCAN-SWA
MLSREIVRNFKIYFIVGFIFTTFSAYSRLILSEMYGIEVLGHPSVSFHVKMRFALLIIFLGSFGLALLSSIFDILIIKRLLTNNSLKIALIIGIPTQAIMIVLIVQFINFLYEHAILYVFGEPAIPLDVAEIVFGVIHLIMAVSLSKLLIAIDRKLGPGNLWKMLSGRFFKPREEERIFMFVDLKNSTPIAEKIGHLEYSRLLQDCFQDFSIVDRYRADIYQYVGDEVVVCWTLKKGLKNDNFLKAFFAFTDLLNKKSNYYQKKYGIDPFFKAGANVGPVIITEVGDIKKEITYHGDTLNTAARIQEKCNDLSAQLLISEPLYRLIEKKEAYQIDDVGSIHLKGKKKYVRLYRVAQINQD
>NC_015914|1631729:1683105|1655910_1656117_-|WP_041934590.1|DBSCAN-SWA
MSVAWFQRTEPVPIIGKLERRENVKTLFNLGLTKTMLMHGRTERKEMTSLGHFNEGPDGGRVEKGDGR
>NC_015914|1631729:1683105|1648131_1648941_+|WP_041934588.1|integrase|DBSCAN-SWA
MYQEMQIRNYSPRSIQNYISQVSLVSGHFEKSPDQINLSELKEYLSHKIETKNLSASSVNQTISAFKILFRDVLGRDWNPVKIKRPRRPKPLPVVFSKEEISHILDGIINRKHYCLVALTYGSGLRLGEVIGLKFGDIDSDRMQLRVRGGKGNKDRYTLLSMELLEKLREYYKYYRPKTYLFEGRTAGKAYSKRSVQDLFKKILLQSKVKKDATFHTLRHTFATHLLEQGTNIRVIQELLGHRSLRTTSVYLHVTNFDPSKIKSPLDKL
>NC_015914|1631729:1683105|1648940_1650113_+|WP_014019457.1|transposase|DBSCAN-SWA
METANSRNCGAELSDILGSQKENFLGKGRLCADQAKAYNDILDCRTAKMGSHTLTCDTCGKSRVSYNSCRNRHCPKCQYVRQLLWVEKLQCRLLPVRYFHVVFTIPKFLKPLFYLNQRECYGMLFAASALAVKKAASNPAFLGVDSGCLSVLHTWGQALNYHPHIHMLVPAGGPDPDNMEWIAANKKFFVPVKALSGIFRGVFMENLFHALRSNQLRIPEKQKGMYATPELVKKEAYSKSWHVYIKKTFKGTNQVVSYLGRYTHRVAISNSRIHSVENGTVKFSWKDYRDRKTKIMELPCGEFTRRFMQHVLPSGFYKIRYYGIMSSANSKTKMEDCFRLLKAARLISFYEGLSTYEILEEILGQDPFRCPGCETGKMMYGLAEGKGTDP
>NC_015914|1631729:1683105|1657336_1658356_+|WP_014019468.1|DBSCAN-SWA
MKDKILAIEVLQMPWRTEDPFLFTVHHLDHYPKGNEKMGLDPSQAAGRVLGQDFSNKNGYSMYHGKVVPGFPYHPHLGFETITIGKQGFVDHSDSLGGAGRFGAGDAQWMTAGKGIQHSEMFPLLHTDKPNTLEIFQIWLNLPSQSKLAEPHYKMLWNESIPKIEEVDTNGNKTTLEIYAGSYKANEAPKPTPDSWAANPENGVAIFSVKMEANAEWILPASLNDQVHNTLYFYNGNTIHLGDTKIDVNHLVKVLPGKSVQITNGDKVAEFLILQGKPINEPVALRGPFVMNTDEELNLGFAEYRKTQFGGWPWPQTEQVFDRAKGRFAKYPDGSSEEK
>NC_015914|1631729:1683105|1656354_1656825_+|WP_014019466.1|DBSCAN-SWA
MNKINVKKKQILQSKGSLHSKAYIVESGLLRSYTIDENGKEHIFMFGPEDWIVTDYAAPDEPCDLYIDALEDSVVIQIEKNTELEIDHKKIIKRIRVLQKRIIMLMSASAIDRYEHFISTYPTIAQRVPQYMIASYLGITPEALSAAKSQHLKYLK
>NC_015914|1631729:1683105|1637193_1638054_+|WP_014019447.1|DBSCAN-SWA
MKKDYKNILVALDLSDLDEVLIQYSSFLAEKLKAEKVYFVHNIKKYAISELFEEQLKEVNLDEVIGDELNEKVQEHFKADIPSEVLISEDPYSESLIKYIVDKFGIQLVIVGNKKHEKGTGLVSGKLLKLLRCDVLAVPRLAKPQIETIWAGTDFSPESRKTFQVIDALFQKSKTSLKLVHVYSVPLQFSPYVSAEFMAPKVEKHIKEKIEKYIRKMAYPEPMEPLIFHGRESGTAQKIIANIKKSNADLLVVADKGGNTFSPFAIGSVTEELFNTNYGVPLWVVK
>NC_015914|1631729:1683105|1677240_1677891_+|WP_014019482.1|DBSCAN-SWA
MNRLFFTSDLSKRKVNFFFQTLLVLALYYRDVNEIIPLKLILWQMIHFSLIAIIDYFLDDHPFTGRKTLLCLLLISLIFLTISLYYGIFDTLYIRIHLGILILGNILGGKVDKPFWKLLTILNLLILITIELSRNELQSIYGIAILYGAGAIFLLAITERVSEKNRSFWMVHTIALFLWISFKGPFFEEAFIFLVGGIAYELAKILISKKPKTIPL
>NC_015914|1631729:1683105|1643429_1645193_-|WP_014019453.1|protease|DBSCAN-SWA
MNTEWIVSRLPEALGWTLAHSLWQLLIVAAVMWLLFRFKFLNSPQKKYMLGLGGLGVMCCMFVGTFIMEFHSFQDEGHEALVFISSQIQASAQPVASEMHWPAYLSGRIAYVLPYLVYFWVIGVVFYFVRHLGNFVALKQLKARSHQSVPQNILQSIETIKARLALSLPVDFRISSEISVPITYGFFKPIVLLPLGLIMQLSPVQLEAIIAHELAHIRRHDFAVNLMQSVLEILFFYHPAFWWVNGLVKEAREHIADDIAIQAGVKAIDLANALAIVANDAVEESPELAMAAHSSNFPLLNRIKRMMGNEPARFSNSPLITKTMILTLIFSAILFIGNANEFKNTQDRWVSTALESKFDGDTYFLMDTLPKSIEVEDTVIVINKDVAIDLDQEVSEDVEVVIHSNNHVTTSIRSVVSDSLPLPQQPPVLNLSPAPVANFSPPVFNDSLIHYTQNIMGGFGDSIQVYARNIVMLQGDTSVLSQEQKKKLERKMELLQKKMEKSQKVFEGKMKAWEKEFQPKMKEFEQKMEAWQKENEPKIKEFEKKMEVWAAENAAKMESWAKAYAEKIEAWEKEKELQAKEYWEKEQ
>NC_015914|1631729:1683105|1652870_1653965_+|WP_157466928.1|DBSCAN-SWA
MLEYRKIRLLFIVFTLIHLTNCSSVQKVEIENFQGIIISNDSIDAYVKTKMEELKIPGASLAIINKGKLVHHQTYGYANFEKKLKVTENTIFEGASISKSVFSFFVMKYVEEGKLDLDKPLFKYLEYPDIAYDERYKKITARMVLSHRSGFPNWRENEPDNKLKIKFDPGTNFEYSGEGYQYLALVLKEIDGGNWTDLENEFQHKVAKPLKMEHSSFIPNENLEQKKAEPYDKNNNWIDLKKNYWYKKDKGNFVSASSIHTEPIDFSKWMIAVMNKEQLSKSSYDELFKPHSTITAENGITYFYSLGFASDSTKPENTYYHSGSNDGFTCWYLINTEKDWGFVVFTNSEYGIELGENLFDYLRE
>NC_015914|1631729:1683105|1645711_1646464_+|WP_014019455.1|DBSCAN-SWA
MCLLTFSWNQHPEYKLIMVANRDEYFNRPTKGLHQWDNGIYAGKDLKGGGTWLGFHTNGKFAALTNYRDPQNDKPLSKTRGELVTNFLNGSQSPKDYLKQIEEKKKDYNGFNLLVAEKKELLVFSNYGGGVQQVPPGIHGLSNAFLNTPWPKVEAAKADLKKLLEHKSPKLDDLLTLLQSKEKAPIELLPDTGIPMDLEQTISSQFIRVEDYYGTVNTTALRWGHDGTVSIKEVRTIPEKEVNESTFVSW
>NC_015914|1631729:1683105|1677914_1678826_-|WP_014019483.1|DBSCAN-SWA
MFDNFLNLDIEPALRNRILQTILIGFVVWLINKISLKLIYRGDALELRRQYHYRKFIEYTSFIIGILIIGNLWIGNFHSVTTFLGLLSAGIAIALKDIFVNIAGWAFIYLRKPFDVGDRIQIGEVQGDVIDLRLFQFSLLEIGNWVDADQSTGRVIHVPNGKVFMDAQANYSTGFNYIWNEQNIYITLRSDFKKTKEILLDILNTHLQEDLKKAEKVFRKAKQDHLIVYKQFTPMIFTKITERGVQLSMRYLCDPKKRRMFEHAITESILERLGPENNIRLAYPTSTVLLHQDKVHPETNPNR
>NC_015914|1631729:1683105|1660718_1661480_-|WP_014019471.1|DBSCAN-SWA
MSKHVWNTKIQIIQQFDNSTEMLSDNSMGIYFEFNSEALLIVHFKPLNEVFECKIFNDNKGVLINFERDLIDEDDIEYALDVMSIFNKYPQFHIREIHQINQLQQLIGLLKEEFFNEKASYVMLKTLLKLLLLHLIRYQNDELLEQDLNQKRVFQFLELMETNFIKETNTDYYANQIGISSKRLNQILKEKLNLTAKQIIQQRQITESKRELVKGEITTKELAFHLGFDSLSSFSRFFKKKVGISPSDFKTQN
>NC_015914|1631729:1683105|1638798_1639119_-|WP_041934582.1|DBSCAN-SWA
MEISKMDCSMALKTKNCLRPFSAEFFLFSQGVIHFALRFTYSLDFFGSFLDQAKNEQVEIRITTGESDFVSIVAKKKQQYRQNQGVRIPIFRGLAPSAIIVSPFQG
>NC_015914|1631729:1683105|1663855_1665373_+|WP_014019473.1|DBSCAN-SWA
MEKSNRVRFQKVIVMIILMVVGWGCKQNTKTQINKVSEEATYSVPKIMGNFTRLKREETGGVKLEFESAILYPDSSQSELILKWDGLSNEIFTDGAYFRLTLDSDLNSYQKFLLFTEGNELIDSLDLSLGTPFQLVQCKIQEKYLADVLENGLKVQLKGNGGPVGVFTHTALGLDNFLPHILIPGKASPREEFLNRMASLASLTEYGWQEGCVIDGIAKLSENATDGSRYKNGLEEHMSLIFPLKDSINHNYEKIGIEFTSCLAQLALWKPNHPEVGHVVNYWKSKTDSAGIIKNGNTIVAEGNYTVAWPLAVIAQQLNKPELADEAIRQLRFRRDNLIDEEGAIWLRYNIHTQKRTFRLWSRGLTWYVLGLAKTLDVLPNPPKDLIEELRRATDYLISIQGVDGLWTVFAGDSLTAPETSGTCGIATAMAIGVRRGWLENNAKEAALLALQGVEERLTPDGYLDGVAEENKGGIEFQRKTKGSICNWGMGLFAQLLAELAPPEN
>NC_015914|1631729:1683105|1651276_1651687_+|WP_014019459.1|DBSCAN-SWA
MNDKIGAYKSPGMVHGFDFIFEGEIRFGPTYYKLMLDRELVKNRIFGFEFKWHPESKYLALQEWLTTDYQKGPITALTLVDLKTRKFAKISKAEKGFIKPLKFENDLIIYEKEYFGTDKKGEFEIVLDKIENWENE
>NC_015914|1631729:1683105|1659433_1660540_+|WP_014019470.1|DBSCAN-SWA
MKKSLIVLLAIVIFCGCKEETKIDTNYVIAKFQEHADNINSLEYRMQRIDTFAQGGTVWDNSGIALIEKDDSDEIFGFSFYGKRDDVDIEYIYDEGKGFEISKKDSSYQVEPGHLGFMGKPGGQMVHQNIFRLDSVYKKVSVSATENSYLLSFEFENDSVYNVSDKKKVYELNKADFFPIKIKQTSNRLGNKSVSIAKFTDVKINENVKNSINDIKQGIQHYTIIPPKKRKLNKLLTKKLPTLELPDLSSKDKMVKVTPGQLTLIDFWEVWCGPCIASFPKVEHLKIKYPNKLNVIGIVSEDPESALKMVRKKGTTFQNLVGNNELEEEFGVNSWPRYFLVDKTGIVQKEYFGFSDQIEKDIKEFLAK
>NC_015914|1631729:1683105|1631729_1632455_-|WP_014019442.1|tRNA|DBSCAN-SWA
MHIDIITVLPGLLEGPFSHSILKRAEEKGLAKVEVHDLRTYGIGKQKTVDGYAFGGGAGMVMMIEPIANCINSLKKLRDYDEIIYMTPDGETFNQGMANTLSLKKNLIILCGHYKGVDERVREHFITKEISIGDFVLSGGELPAALIADAIIRLLPGVLNDETSALTDSFQDGLLAPPVFTRPADYAGWKVPEVLLSGHAAKIESWRFEQSVRRTRERRPDLMQGEYSEENDDNNIERKDN
>NC_015914|1631729:1683105|1656922_1657300_+|WP_014019467.1|DBSCAN-SWA
MNVLLWIVQGLLTLMFLMAGAMKLSKSKKELREKLGDWVDQYTDISIKLIGLAELLGAVGLILPMAIGVLPILTPLAAIGLAMTMVGAMKVHYERKEKSKVITNIVLMLLAVFVVIGRLYLAPIV
>NC_015914|1631729:1683105|1646800_1647922_+|WP_014019456.1|integrase|DBSCAN-SWA
MWKTIILKNDRFQKLPIIRLEFPYDFELKEIVKGFPECKWYLKERVWAVPYTPTQVSELLQYFKEKKIWLDYSRIQKVDLPDKHPELPQLDAPLHSEIRRFKDWLRNRRYSEATIKSYSEAVAFFFRFLNNKPPGSITNEDLEIFNRDYIIRRKYSVSYQSQVINGVKLFFNILEERVLDPEIIKRPKKAKSLPNVLSKQEVKDILQALSNLKHRFMLVLLYSCGLRRSEILNLQIEHIQYDRGMILVKNSKGKKDRVVRFPEILHDLYGEYLKAYQPKKYLIEGRGGGQYSARSLAEVLKAAVEKAGIKKPVTPHWLRHSYATHLHEGGTDIRYIQELLGHQSSKTTEIYTHVSNREMREIRSPIEDMDIKI
>NC_015914|1631729:1683105|1665466_1665706_+|WP_014019474.1|DBSCAN-SWA
MAIPTVINDDRHSIKTTTGLMEIFRQITANNIALKDYPFLKELAMEAYLMENEDILKLDTENFAEVTVLDAEIALTRIM
>NC_015914|1631729:1683105|1654292_1654835_+|WP_014019464.1|DBSCAN-SWA
MDKREQIIEIATKLFSERGYENTALSLVCEKANVSKGLISHHFKSKDGLLREIFLKTTQLIVEINRVDKENQTPSEQLIELLDSLFSKLASDKLFFQFNLNVMVQPNTRKVLDDLIKERSSFILKKTKEIFDKIDIENSLVMSHMFIAELDGISLNYLGIYEDFPLEQIKKEIIKKYALQ
>NC_015914|1631729:1683105|1654831_1655623_+|WP_014019465.1|DBSCAN-SWA
MNFIKTDITETIDNLRSQLYKSLKAPIDAMWEQLYIGSSQHYLIEENETLGYCCINEAGSLTQIFLTKNHLALMEKVIQKLIATGLINSASLSSNEPVAFNACLFHSKSKKTNTFCFQHENNEVKVDSNLKIELVNTDNIPAVKLFLKEQVGMDDTFGYTENLVARKEIFMLKESEAIVATSECRMSDSQPEIADLGIIVNRKFQGKGLATQIMKMQVNRILQSGRKPICSTTLDNIASRKVIEKSGFYCSNIIFDINFKNVF
>NC_015914|1631729:1683105|1671262_1674901_-|WP_014019479.1|DBSCAN-SWA
MNKIICLLILFLLSPHLKAQEAPSTFKLYLVGDAGEVEKGTHPVVEDIRNKLKADPNTPAHIIYLGDNIYPRGMPPIDDEGRDESEYILKTQLDLYKYLNGHIWMIPGNHDWKRGKADGWNSILRAEKYVLNNYPEDKVSWLPSSGCPGPEVVSLNEETVLLLLDSQWWLHLNDKPGMTSDCDYKSEEEILEAIRYVLEENKDKVIVVAMHHPLRSYGPHNGAYTWKDHLFPLTAVSPNLYLPLPGIGSIYPLYRTWFGNIQDLVHPKYEAMIEALDELFKSHSNLIQVAGHEHGLALTKEDKVNYIISGAGAKHTTIKKNNTADFTYPSQGYAIMDFKENHEVHLSFYDPLKEASIYDTQLVAPYATNDSALSFFERDFPKQVTRPISTQYLHGSGYYRFLGENYRKTWAIPATFETIDLATEKGGLSIVKKGGGMQTRSLRLESKSGREYVLRSVNKYPENALSAPLRETIAKDVIQDQISSSHPYGALAVARLADQVGVVHTNPKIVYLPDDPILGIYREAYGDNLYLFEEREIAWKTAPDDIKFYSTDKMLRKIHGDNDEQVKQKEVLKARIFDLWIGDWDRHDDQWRWIGEKKEKGRDYSPMPRDRDQAFFVNEGLIPKIGSRKWLIPKFQGFDYNAPRTVEGFMFNGRYFDRSFMNELNKEDWEKTLDEMIAKMTDEAINASLQDWPDSVVAIDGEDILGKLRKRKTWLKQEMIKYYHFLAKEVDVAGTDKNEFFKVDYLSDGRVQLSLRKIDKSGNLEQELYRRVFLPGDTKEIRLYGMEGDDIFEFTGEGTGEIKIRVIPGDGEKIVQDKGKTKKKNTLIYHNFSDNDAFKLGESTRRKAKSAEISYNRTEFKYDKLMPLATFAYNRDDGIYLGAGVMWEKQGFKKDPFAIRQSLMAKYALKTNAFNIEYEGHAVDALGNLDLVWEADVRAPQYSFNYFGVGNESEYNHESRDIAYYRARFNWYELNAGLQSKLGESGSLTFGPQFQAFKFNQDDNSNKFITSQESGLDQNDLDQTKLYTGVSAKIVFDTRDQKHMPTRGVYFEGQSERMWGGNEYSNNFSKVNAELAMYWSFRYPSRLVWATKFGAGKNWGDYEFFQAQTLGGINNLRGFRRFRFNGDAVAYNNTEVRVRLFNLKTYVFPATVGLLAFNDIGRVWERNEDSNKWHNATGAGIWLAPLNQLVATFSVGFNDEETLPFFSFGYQF
>NC_015914|1631729:1683105|1674913_1675771_-|WP_014019480.1|DBSCAN-SWA
MMYFSQILTFITLSIWQCTPNAQKSNDEPFPAAYSLNDFQMIVLQDEMEEISGLEWVGKEGLLAIEDESPIVYSLDPQTGKILQKEKFGKKNSDIEDISWINDVAWVLQSDGTLYEVTSVFNEKSESTKYEFPIDKKRDMEAMVISEDGAYLYVFCKSCKWDDSANEASVFRFDLSSKSYKTPVLTTIKRSDMEALLKADELKDLEIEPAAAAFHPIEKELYVLSSSGKWLMIADANFQPKEVYRLNRKIFKQPEGITFDPKGNMYISNEARGGKPNILVFSYNP
>NC_015914|1631729:1683105|1652080_1652404_+|WP_041934589.1|DBSCAN-SWA
MEELKRHIDQIKALCDTNNVISLFAFGSVTTEGFSSESDIDLIVDIEENDPLTYSDNYFNLKFALEQLLKREIDLLEQKAIKNPYLKQQIEKTKVQVYGKSNQDLAV
>NC_015914|1631729:1683105|1645189_1645564_-|WP_014019454.1|DBSCAN-SWA
MDKPTAAELEILAILWGKEQASVRQVHEELSLTKETGYTTTLKTMQNMHAKGLLARDEEKRSHIYSALISQEDTQQSLVRNFIGKAFGGSAKKLVMQALGQSEPSKEEIKEIRAFLDKIENDTQ
>NC_015914|1631729:1683105|1666793_1667777_+|WP_014019476.1|DBSCAN-SWA
MKKLELLIIGAGPIGLACGIEAKKKGLDYLIIEKGVLTNSIFNYPVNMTFFSTSEKLEMADIPFMSISNKPTRPEALEYYRRIVKHYQLNINLYEKVNTLEKKEGGFVVHTSKGDYETEKLVLATGFYDLPNTMNVPGEDLSKVSHYYKEPWPYIGQKIIVVGGGNSAVDVALETWRKGAEVSMVVMKPEIDQTVKYWVLPDIENRIKEGSIKGYYNSSIKEIREKEVVLNTPEGEVTIENDFVLAMTGYKPNFELLDQLGVQLSLDEKRQPCFDDISQESNVPGLYLAGVVCGGLNTREFFIENTISHAKAIVKDIVNKKAILAKD
>NC_015914|1631729:1683105|1658434_1659307_+|WP_014019469.1|DBSCAN-SWA
MQKKIKFSNTAFSSTIAGAPIRRYLPSSLTEAVGPFILLDQAGPFKIANTETRGVGPHPHRGIATLTYAVSGEIEHLDSLGNRALVSSGGVQWMNAGNGIVHDERSKPDGDLTEKEKYAFQFWINLPSKIKTMKPEYIPMQAAQVPVKNMPEGAGLIRVLVGNYQNMTSKVPTYSQQFLYHLALNPGQKFKIDFLAKTEVAAVLPTASAVINAENFSGGKIIVFDEDAGEIEMENRSDTVLDILLFGGEKYTDPIVAQGPFVMNSEEEIALAYEEYTQGKYGEIQYPTNG
>NC_015914|1631729:1683105|1632461_1632992_-|WP_014019443.1|DBSCAN-SWA
MNKDNCYQLGHIAKVHGLHGEVLLVLDVDYPDDYEGLGHVFVENGNRLVPYILEHMVPQPNNRFLAKFEEFDHVDKVKPMVGSALYLPVTALPELDDDQYYFHELVDFLVVDEELGELGKVKVIYDMETQDLIGMEYKDREVLIPLKDEIIQKVDKAEKKVFCRLPEGLVDIYLED
>NC_015914|1631729:1683105|1679855_1680845_-|WP_014019485.1|tRNA|DBSCAN-SWA
MIKIGDLNLGDFPLLLAPMEDVSDPPFRAVCKTNGADLMYTEFISSEGLIRDAAKSVQKLDVYDYERPIGIQIFGNEISSMREAAAIAEEAGPDILDINYGCPVNKVACKGAGAGILLDIDKMVAMTAEIVKAVKIPVTVKTRLGWDESTIKINEVTERLQDVGIQAISIHARTRKQMYKGEADWSYLGEIMKNNRIKIPVFGNGDIDSPEKAKAYKEKYGVDGLMIGRAAIGYPWIFNEIKHYMQTGSLLAVPDMEERVKVAKKHLDFSVEWKGEKLGVLEMRRHYTNYFRGIPHFKPYRTSLVTTDEYAKVNDILEEVSTVFADEVF
>NC_015914|1631729:1683105|1675869_1677015_+|WP_149394941.1|DBSCAN-SWA
MFKNHQKSEVCYHNMDHSMQLVKVVAEIGDYYKLSQEEKNDLHIAAWMHDIGYWEVKGEGHEEKGAKMAQEYLTELGFEQERIDRIKSLILATRMPQKPKNLLEEIICDADLYHLSSEKYFDHTVLLKKEKANLGFGKTSLIDWLRESKLFMQAHHYHTEYAQIYFQPGKEANLASIEMKIKEADASPKSDSKGKKKDKTKNKADRGIETMFRITSKNHLALSALADNKANIMISVNSIIISIIVALFIQIIEEFPYYLVPTLMLIITCLIAMVFAILATRPNVTHGIVTKEDIRNKKGNLLYFGNFHEMSFPDYMGGMHEMMKDGTYLYDSMITDIYNLGIVLSKKYILLRKCYNIFMFGFVLSVVSFLIATYIFDPIAR
>NC_015914|1631729:1683105|1661525_1662668_-|WP_014019472.1|DBSCAN-SWA
MNKISNFGVFTLLFISSLTIMVGTVIAPSLSGIVKQLDFGFSPSWLITLPSLGVVVFAPIIGRLINKLGSLKLLILGLVPYAILGVIGAFISNDYLLILDRFLLGAATVAIQVSVTLYIAAFFTGEERMKMIAWQGMAIELGGVIFLAIGGILGQMHWQFPFYIYLLALVCLMFVLKALPKPDAKRKEKGVFSKNKNESKFKVQLIFYASLLAMMLFFVGFVSLPLYLPETFGFSESQTGYLMAFISVIAIITASQMPKVVKYTGDVKTVVFGFLFFMLGYMVLAIAGNVPVLVLAVICIGVGFGFTIPLLNHMMIEASSLQNQGKNLGLYSMGVFGGQFLSTFIEYISNNYMVVYSVSAVMAFVIGSVILWLFQRLGKN
>NC_015914|1631729:1683105|1680994_1681933_+|WP_014019487.1|protease|DBSCAN-SWA
MEIYEDRPGQSNHQPWLLSFTVLVLIVFGTLSVLQSVAVALLPMLFGISIDQVSLLLGATLDYPNARLAYFFIKGLGGGFAFFVGGWIFIRFVDKKTLQFEKHLTPQLLDNLWIVFPILIGYVLLNTILIYLNMNFDFPDFLSELEASLKAKEDQLMDLTSYTLDFDSFGEFLVGILVIGLLAGVGEEYLFRGIVQPKMHQYTRNAHWGVWITAFIFSLIHFQFYGFLPRLFLGVLFGYLYLYTGSLLYPMLAHISNNVMMVTLVYLNKLRLLEFSMGEVDTLKWQYIIVGLFVFIFSWYGLIKTNKNKVHR
>NC_015914|1631729:1683105|1650425_1651133_+|WP_014019458.1|DBSCAN-SWA
MKITFYIFFFLTLLSCNKREEENISQKLNGFWFNDDKILLFRDSVMMHPIYEAPGLFEFTINDGMLIVKNTQEYFENIYDTCFVKLEKENELTLVIDDVGYTFKKFESTPSMNFHRLYFEIEPCHGFCPVFQVEIFPDGTVNFNGIEYTEIEGPEEYNLNIEIINELNNLLEVVKIIDYPDDKFSNPPDSPRFNMVVEYPNEIKISIIDGLFEGKYENIVRYFYFFERQLIENSP
>NC_015914|1631729:1683105|1634423_1635521_+|WP_157466636.1|DBSCAN-SWA
MGKATLNTLHAQEVPELAIGGALRFNYNLSSWKPAQKSRGGDFGYDLFRINTKAAYKGIHLNTEYRLYSKAFGGGMLKQGWFGYKFNKTNEIQLGLTQVPFGIQQYNSNNWFFNLSYYVGLEDDHDMGIKYLHLGDKIEYQLAFFKNAEETRFGNDTEITHSRYAYDVAGRNKELNQLNGKFIYKIGSQLKHRLGASGQYGGLFNLDTKETGNHYGLAIHYELTYNDWNIKAEAMNISNNPANAPGISREEISMAAYGAAYKVAADFTIYTFTIARKVPVEWEPISALKIYNDFGYMQKKKEDFDDSIMNVTGVLITAGNIYAYIDYAAGLNHSWLGGNYIDDFSSGTPGADWEARFNVNIGYYF
>NC_015914|1631729:1683105|1678896_1679760_-|WP_052316301.1|DBSCAN-SWA
MLLLLALIWGSSFILIKKSLEVYSPGEVGAFRILSAALVLLPLGISKVKHLTQSQLGYLFCIGLLGSFIPAFLFATAQTQLSSSLAGVINALTPLMVGVIGALLFKTKISKQNAIGLIIALFGVCILVLAGNSGSPDIFRQFNLYGLLVVLAAVCYGFNVNIIKYKIKELKPTLITAISLIMVLPIAAIYLFGFTQFSFKLIHADGAWQAAGYIAFLGAVGTAAALVLFNSIVKLVTPVFASSVTYIIPLVAIFWGVLDGESLFPLHYLGIFAVVVGVWIGNRKTKL
>NC_015914|1631729:1683105|1682166_1683105_+|WP_014019488.1|protease|DBSCAN-SWA
MEIYENQPGHSNSQPWLLSFTVLVLIVFGALAILQTAALGLLPFLFGISFEQVPYLLGASLDHPNARMAFLFIQGLGGGLGFFVGGWIFIRFVDKKTLRFDKQLKPEKMEQLWIVIPMLIGFILFNSLLVYLNMNVEFPEALSGLEASFRAKEDQLMELTKYLTDFESLGEFLLGVLVIGVLAGIGEEYLFRGIVQPKMHQYTGNAHWGVWITAFIFSAIHFQFYGFLPRLMLGALFGYLYLYSGSLLYPIIAHILNNTLTVTMVYFNKLGLMEFDIEDSNQLYWEYVIVGIVVFLLCWNWFIQSNKKQIYE
>NC_015914|1631729:1683105|1642763_1643369_+|WP_014019452.1|DBSCAN-SWA
MDIPKLIPQQPLYSTIEIRWFFSSPIEELLNFVKELSLNKNDPESRTDTYFPMADRPDLGLKVRNNIYEVKQRRDWTLSLPESQPLPGKFEAWDKWSLEKIPEAENKLTGLSISKKRWLTCLDQAFNVRSNFSNPPQEIQVEYTEIKIEATNYYTFALEISGLHSPEKLLEIARKIPIHPRMTAENCCSYPAFILANVLKK

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_014019442.1|1631729_1632455_-|tRNA	tRNA (guanosine(37)-N1)-methyltransferase TrmD	NA	NA	NA	NA
WP_014019443.1|1632461_1632992_-	16S rRNA processing protein RimM	NA	NA	NA	NA
WP_014019444.1|1633006_1633588_-	30S ribosomal protein S16	NA	NA	NA	NA
WP_157466636.1|1634423_1635521_+	hypothetical protein	NA	NA	NA	NA
WP_014019446.1|1635557_1637183_+	BCCT family transporter	A0A2I7QNT1	Vibrio_phage	3.1e-25	26.7
WP_014019447.1|1637193_1638054_+	universal stress protein	NA	NA	NA	NA
WP_041934582.1|1638798_1639119_-	hypothetical protein	NA	NA	NA	NA
1640970:1641018	attL	NA	NA	NA	NA
WP_014019451.1|1641660_1642668_+	TatD family hydrolase	NA	NA	NA	NA
WP_014019452.1|1642763_1643369_+	hypothetical protein	NA	NA	NA	NA
WP_014019453.1|1643429_1645193_-|protease	M48 family metalloprotease	NA	NA	NA	NA
WP_014019454.1|1645189_1645564_-	BlaI/MecI/CopY family transcriptional regulator	NA	NA	NA	NA
WP_014019455.1|1645711_1646464_+	NRDE family protein	A0A0M3ZEJ9	Turkeypox_virus	6.0e-24	35.6
WP_014019456.1|1646800_1647922_+|integrase	tyrosine-type recombinase/integrase	A0A1P8DJJ6	Virus_Rctr41k	2.4e-24	31.0
WP_041934588.1|1648131_1648941_+|integrase	site-specific integrase	S5W9T9	Leptospira_phage	1.1e-36	34.3
WP_014019457.1|1648940_1650113_+|transposase	IS91 family transposase	NA	NA	NA	NA
WP_014019458.1|1650425_1651133_+	hypothetical protein	NA	NA	NA	NA
WP_014019459.1|1651276_1651687_+	hypothetical protein	NA	NA	NA	NA
WP_041934589.1|1652080_1652404_+	hypothetical protein	NA	NA	NA	NA
WP_157466928.1|1652870_1653965_+	serine hydrolase	NA	NA	NA	NA
WP_014019464.1|1654292_1654835_+	TetR/AcrR family transcriptional regulator	NA	NA	NA	NA
WP_014019465.1|1654831_1655623_+	GNAT family N-acetyltransferase	NA	NA	NA	NA
WP_041934590.1|1655910_1656117_-	hypothetical protein	NA	NA	NA	NA
WP_014019466.1|1656354_1656825_+	Crp/Fnr family transcriptional regulator	NA	NA	NA	NA
WP_014019467.1|1656922_1657300_+	DoxX family protein	NA	NA	NA	NA
WP_014019468.1|1657336_1658356_+	pirin family protein	NA	NA	NA	NA
WP_014019469.1|1658434_1659307_+	pirin family protein	NA	NA	NA	NA
WP_014019470.1|1659433_1660540_+	TlpA family protein disulfide reductase	NA	NA	NA	NA
WP_014019471.1|1660718_1661480_-	AraC family transcriptional regulator	NA	NA	NA	NA
WP_014019472.1|1661525_1662668_-	MFS transporter	NA	NA	NA	NA
WP_014019473.1|1663855_1665373_+	glycoside hydrolase family 88 protein	NA	NA	NA	NA
WP_014019474.1|1665466_1665706_+	hypothetical protein	NA	NA	NA	NA
WP_014019476.1|1666793_1667777_+	YpdA family putative bacillithiol disulfide reductase	NA	NA	NA	NA
WP_014019477.1|1668116_1670126_+	polyphosphate kinase 1	NA	NA	NA	NA
WP_014019478.1|1670115_1671198_+	adenylate/guanylate cyclase domain-containing protein	NA	NA	NA	NA
WP_014019479.1|1671262_1674901_-	BamA/TamA family outer membrane protein	NA	NA	NA	NA
WP_014019480.1|1674913_1675771_-	SdiA-regulated domain-containing protein	NA	NA	NA	NA
WP_149394941.1|1675869_1677015_+	HD domain-containing protein	A0A1B1IT47	uncultured_Mediterranean_phage	9.9e-10	32.7
WP_014019482.1|1677240_1677891_+	hypothetical protein	NA	NA	NA	NA
WP_014019483.1|1677914_1678826_-	mechanosensitive ion channel	NA	NA	NA	NA
WP_052316301.1|1678896_1679760_-	DMT family transporter	NA	NA	NA	NA
WP_014019485.1|1679855_1680845_-|tRNA	tRNA dihydrouridine synthase DusB	NA	NA	NA	NA
WP_014019487.1|1680994_1681933_+|protease	CPBP family intramembrane metalloprotease	NA	NA	NA	NA
WP_014019488.1|1682166_1683105_+|protease	CPBP family intramembrane metalloprotease	NA	NA	NA	NA
1692885:1692933	attR	NA	NA	NA	NA