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_014150	Brachyspira murdochii DSM 12563, complete sequence	4 crisprs	WYL,cas4,csa3,cas6,cas8b2,cas7,cas5,cas3,cas1,cas2,DEDDh	0	7	3	0

1. NC_014150

CRISPR-Cas detection and classification

Crispr_ID: NC_014150_1

• CRISPR_ID: NC_014150_1
• CRISPR_location: 433533-433683
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_014150_1

Consensus_repeat	Method
CCAAATATAAAAATTGTGAGCGGACAGCGTCATTTGCTATACATTTT	CRISPRCasFinder

spacers of NC_014150_1

>1.1|433580|57|NC_014150|CRISPRCasFinder
AGCGAACAATTTTTATTAGCAATAATAATAAAATAATAATTTTTAAATATTATAAAG

CRISPR arrays and Neighbor proteins around NC_014150_1

CRISPR arrays

The CRISPR arrays of NC_014150_1

>merge|NC_014150|1|433533-433683|CRISPRCasFinder
CCAAATATAAAAATTGTGAGCGGACAGCGTCATTTGCTATACATTTTAGCGAACAATTTTTATTAGCAATAATAATAAAATAATAATTTTTAAATATTATAAAGCCAAATATAAAAATTGTGAGCGGACAGCGTCATTTGCTATATATTTT

>NC_014150|1|1|433533-433683|CRISPRCasFinder
CCAAATATAAAAATTGTGAGCGGACAGCGTCATTTGCTATACATTTT	AGCGAACAATTTTTATTAGCAATAATAATAAAATAATAATTTTTAAATATTATAAAG
CCAAATATAAAAATTGTGAGCGGACAGCGTCATTTGCTATATATTTT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_014150.1|WP_013112874.1|432941_433511_+|bis(5'-nucleosyl)-tetraphosphatase-(symmetrical)-YqeK	unknown	unknown	gnl|CDD|224627
NC_014150.1|WP_013112872.1|431080_431995_+|ACP-S-malonyltransferase	unknown	unknown	gnl|CDD|223408
NC_014150.1|WP_013112883.1|443039_444428_+|TldD/PmbA-family-protein	unknown	unknown	gnl|CDD|223389
NC_014150.1|WP_013112876.1|434884_435343_-|CAP-domain-containing-protein	unknown	unknown	gnl|CDD|349398
NC_014150.1|WP_013112877.1|435416_437138_-|DNA-adenine-methylase	unknown	unknown	gnl|CDD|225927
NC_014150.1|WP_013112884.1|444431_445790_+|TldD/PmbA-family-protein	unknown	unknown	gnl|CDD|223389
NC_014150.1|WP_013112881.1|442055_442451_-|YjbQ-family-protein	unknown	unknown	gnl|CDD|376651
NC_014150.1|WP_013112880.1|440718_441726_-|galactose-mutarotase	unknown	unknown	gnl|CDD|185696
NC_014150.1|WP_013112867.1|424528_426349_-|ABC-F-family-ATP-binding-cassette-domain-containing-protein	unknown	unknown	gnl|CDD|223562
NC_014150.1|WP_013112866.1|422917_424498_-|amidohydrolase	unknown	unknown	gnl|CDD|224490
NC_014150.1|WP_041750039.1|442544_443039_+|pyridoxamine-5'-phosphate-oxidase-family-protein	unknown	unknown	gnl|CDD|225998
NC_014150.1|WP_013112878.1|437316_439137_+|methyl-accepting-chemotaxis-protein	unknown	unknown	gnl|CDD|185008
NC_014150.1|WP_049768313.1|439189_440518_-|MATE-family-efflux-transporter	unknown	unknown	gnl|CDD|240542
NC_014150.1|WP_013112863.1|418751_419801_+|ATP-binding-cassette-domain-containing-protein	unknown	unknown	gnl|CDD|213264
NC_014150.1|WP_013112868.1|426450_427866_-|UDP-N-acetylmuramoyl-L-alanine--D-glutamate-ligase	unknown	unknown	gnl|CDD|184511
NC_014150.1|WP_013112875.1|433764_434880_+|GTPase-HflX	unknown	unknown	gnl|CDD|274455
NC_014150.1|WP_187287620.1|421451_421601_-|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013112864.1|419864_421304_-|dihydropyrimidinase	unknown	unknown	gnl|CDD|236240
NC_014150.1|WP_013112871.1|429940_430822_-|cation-transporter	unknown	unknown	gnl|CDD|223131
NC_014150.1|WP_013112873.1|432143_432707_-|peroxiredoxin	unknown	unknown	gnl|CDD|211789

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_014150.1|WP_013112874.1|432941_433511_+|bis(5'-nucleosyl)-tetraphosphatase-(symmetrical)-YqeK	gnl|CDD|224627	COG1713, COG1713, Predicted HD superfamily hydrolase involved in NAD metabolism [Coenzyme metabolism].	2.01682e-44
NC_014150.1|WP_013112872.1|431080_431995_+|ACP-S-malonyltransferase	gnl|CDD|223408	COG0331, FabD, (acyl-carrier-protein) S-malonyltransferase [Lipid metabolism].	6.65395e-115
NC_014150.1|WP_013112883.1|443039_444428_+|TldD/PmbA-family-protein	gnl|CDD|223389	COG0312, TldD, Predicted Zn-dependent proteases and their inactivated homologs [General function prediction only].	6.25325e-122
NC_014150.1|WP_013112876.1|434884_435343_-|CAP-domain-containing-protein	gnl|CDD|349398	cd05379, CAP_bacterial, Bacterial CAP (cysteine-rich secretory proteins, antigen 5, and pathogenesis-related 1 proteins) domain proteins. Little is known about bacterial and archaeal members of the CAP (cysteine-rich secretory proteins, antigen 5, and pathogenesis-related 1 proteins) domain family. The wider family of CAP domain containing proteins includes plant pathogenesis-related protein 1 (PR-1), cysteine-rich secretory proteins (CRISPs), and allergen 5 from vespid venom, among others. Studies of eukaryotic proteins show that CAP domains have several functions, including the binding of cholesterol, lipids and heparan sulfate. This group includes Borrelia burgdorferi outer surface protein BB0689, which does not bind to cholesterol, lipids, or heparan sulfate, and whose function is unknown.	8.73484e-18
NC_014150.1|WP_013112877.1|435416_437138_-|DNA-adenine-methylase	gnl|CDD|225927	COG3392, COG3392, Adenine-specific DNA methylase [DNA replication, recombination, and repair].	1.34517e-56
NC_014150.1|WP_013112884.1|444431_445790_+|TldD/PmbA-family-protein	gnl|CDD|223389	COG0312, TldD, Predicted Zn-dependent proteases and their inactivated homologs [General function prediction only].	7.97083e-81
NC_014150.1|WP_013112881.1|442055_442451_-|YjbQ-family-protein	gnl|CDD|376651	pfam01894, UPF0047, Uncharacterized protein family UPF0047. This family has no known function. The alignment contains a conserved aspartate and histidine that may be functionally important.	2.83122e-62
NC_014150.1|WP_013112880.1|440718_441726_-|galactose-mutarotase	gnl|CDD|185696	cd09019, galactose_mutarotase_like, galactose mutarotase_like. Galactose mutarotase catalyzes the conversion of beta-D-galactose to alpha-D-galactose. Beta-D-galactose is produced by the degradation of lactose, a disaccharide composed of beta-D-glucose and beta-D-galactose. This epimerization reaction is the first step in the four-step Leloir pathway, which converts galactose into metabolically important glucose. This epimerization step is followed by the phosophorylation of alpha-D-galactose by galactokinase, an enzyme which can only act on the alpha anomer. A glutamate and a histidine residue of the galactose mutarotase have been shown to be critical for catalysis, the glutamate serves as the active site base to initiate the reaction by removing the proton from the C-1 hydroxyl group of the sugar substrate, and the histidine as the active site acid to protonate the C-5 ring oxygen. Galactose mutarotase is a member of the aldose-1-epimerase superfamily.	2.90484e-124
NC_014150.1|WP_013112866.1|422917_424498_-|amidohydrolase	gnl|CDD|224490	COG1574, COG1574, Predicted metal-dependent hydrolase with the TIM-barrel fold [General function prediction only].	5.29072e-132
NC_014150.1|WP_041750039.1|442544_443039_+|pyridoxamine-5'-phosphate-oxidase-family-protein	gnl|CDD|225998	COG3467, COG3467, Predicted flavin-nucleotide-binding protein [General function prediction only].	7.2659e-27
NC_014150.1|WP_013112878.1|437316_439137_+|methyl-accepting-chemotaxis-protein	gnl|CDD|185008	PRK15048, PRK15048, methyl-accepting chemotaxis protein II; Provisional.	2.78294e-56
NC_014150.1|WP_049768313.1|439189_440518_-|MATE-family-efflux-transporter	gnl|CDD|240542	cd13137, MATE_NorM_like, Subfamily of the multidrug and toxic compound extrusion (MATE)-like proteins similar to Thermotoga marina NorM. The integral membrane proteins from the MATE family are involved in exporting metabolites across the cell membrane and are responsible for multidrug resistance (MDR) in many bacteria and animals. A number of family members are involved in the synthesis of peptidoglycan components in bacteria.	4.15742e-106
NC_014150.1|WP_013112863.1|418751_419801_+|ATP-binding-cassette-domain-containing-protein	gnl|CDD|213264	cd03297, ABC_ModC_molybdenum_transporter, ATP-binding cassette domain of the molybdenum transport system. ModC is an ABC-type transporter and the ATPase component of a molybdate transport system that also includes the periplasmic binding protein ModA and the membrane protein ModB. ABC transporters are a large family of proteins involved in the transport of a wide variety of different compounds, like sugars, ions, peptides and more complex organic molecules. The nucleotide binding domain shows the highest similarity between all members of the family. ABC transporters are a subset of nucleotide hydrolases that contain a signature motif, Q-loop, and H-loop/switch region, in addition to, the Walker A motif/P-loop and Walker B motif commonly found in a number of ATP- and GTP-binding and hydrolyzing proteins.	1.5923e-78
NC_014150.1|WP_013112868.1|426450_427866_-|UDP-N-acetylmuramoyl-L-alanine--D-glutamate-ligase	gnl|CDD|184511	PRK14106, murD, UDP-N-acetylmuramoyl-L-alanyl-D-glutamate synthetase; Provisional.	1.72127e-137
NC_014150.1|WP_013112867.1|424528_426349_-|ABC-F-family-ATP-binding-cassette-domain-containing-protein	gnl|CDD|223562	COG0488, Uup, ATPase components of ABC transporters with duplicated ATPase domains [General function prediction only].	2.78238e-144
NC_014150.1|WP_013112875.1|433764_434880_+|GTPase-HflX	gnl|CDD|274455	TIGR03156, GTP_HflX, GTP-binding protein HflX. This protein family is one of a number of homologous small, well-conserved GTP-binding proteins with pleiotropic effects. Bacterial members are designated HflX, following the naming convention in Escherichia coli where HflX is encoded immediately downstream of the RNA chaperone Hfq, and immediately upstream of HflKC, a membrane-associated protease pair with an important housekeeping function. Over large numbers of other bacterial genomes, the pairing with hfq is more significant than with hflK and hlfC. The gene from Homo sapiens in this family has been named PGPL (pseudoautosomal GTP-binding protein-like). [Unknown function, General].	4.53802e-143
NC_014150.1|WP_013112864.1|419864_421304_-|dihydropyrimidinase	gnl|CDD|236240	PRK08323, PRK08323, phenylhydantoinase; Validated.	0
NC_014150.1|WP_013112871.1|429940_430822_-|cation-transporter	gnl|CDD|223131	COG0053, MMT1, Predicted Co/Zn/Cd cation transporters [Inorganic ion transport and metabolism].	4.01156e-69
NC_014150.1|WP_013112873.1|432143_432707_-|peroxiredoxin	gnl|CDD|211789	TIGR03137, AhpC, peroxiredoxin. This peroxiredoxin (AhpC, alkylhydroperoxide reductase subunit C) is one subunit of a two-subunit complex with subunit F(TIGR03140). Usually these are found as an apparent operon. The gene has been characterized in Bacteroides fragilis, where it is important in oxidative stress defense. This gene contains two invariant cysteine residues, one near the N-terminus and one near the C-terminus, each followed immediately by a proline residue. [Cellular processes, Detoxification, Cellular processes, Adaptations to atypical conditions].	6.75242e-112

Protein sequences

>NC_014150.1|WP_013112874.1|432941_433511_+|bis(5'-nucleosyl)-tetraphosphatase-(symmetrical)-YqeK
MRAFNNQELEIVKYINEYLPFREKHILSTRELSIKIAEKYGADTNKASISALCHDLGKRYKDDDMRKIILENDNIEYPSYITGALLHARVSAIITEKEFNITDKEILKAIESHTVGHANMSMLEKIIYAADYLEPTRKLETADKIREKIFTDFDDAFLEVVYESISFVLSKKQYLSDKTIELYNSLVIK
>NC_014150.1|WP_013112873.1|432143_432707_-|peroxiredoxin
MSLINKKLIDFKVEAYQNGEFKTVEKKDVLGKWSVFFFYPADFTFVCPTELADLNTVYEDLKKINCEVYSVSADTHFVHKAWADATETIKNLKYTMLGDPTGVLGRFFEVYVDEAGQNFRGSFIVNPEGQIKAYEVHDMGIGRDANELLRKVQAAQYVAEHGGEVCPAKWKPGAKTLKPGIDLVGKL
>NC_014150.1|WP_013112872.1|431080_431995_+|ACP-S-malonyltransferase
MSNIAFLFPGQGSQCAGMGKSLYDNVAESKAIFDKAANILDDVDIKALCFEGTEDDLKKTENTQPALVTVGIAVYEALKAKGIKGNLFAGHSLGEITALSAAGYISFEDAVKIARTRGLLMAKAGADAPYGMAAVLGLSYDDVAKCMPENKEVVAANYNLKDQIVISGLLSAIEAVTPKLQEAGAKRVLPLKVSGAFHSPFMKPAADSLKEFLEKIEFHKNDNKVLSNVTAEVHEFDSIKENLYKQMFSTVRWYESMLNIQKQGITKVFECGPGKVLVGMSKKITPDIDAISVFDIDSLNAACN
>NC_014150.1|WP_013112871.1|429940_430822_-|cation-transporter
MNSISNEKKSKYMIIEGVVSVIINILLFAFKYIVGLLTGSLSIMADAWHSLSDCISSVIVIIGGIFSKRPPDKEHPFGHGRIELITSFIVGIMLVFIGYSFFSEAVKNIMNKKTASFTTMAIAAMVVSILVKELLAQYSLWGYRKSGSKSLYADAWHHRSDSITSIIILVGILFGKSFWWIDGVLSILVSLVIFYAAFDVIKSSIKPLIGEYPSEEIIKSINDIAKELNINDDAANLHHFHIHTYGDHSEITFHMRFPKDMTVFEAHNKASIFENEIRKRLNIEPTIHIEAYK
>NC_014150.1|WP_013112868.1|426450_427866_-|UDP-N-acetylmuramoyl-L-alanine--D-glutamate-ligase
MILDLNKTYIKVLKKQNILILGAAVRSGVSIANILYDINTTLNINIKYALSDSKTEEQLQDSIEALKDKNAKLFFGNQEISILDGITLIIISPGIPHTIDIVKEAKRRGIKIIGEIEFAYNLLPNRNYIAVTGTDGKTTTVTLIYKIISSYKKARLVGNVGNTFSKELETIEPDEDIVLELSSFQLETVEKFHAHIAAILNIAEDHLDRYKDIEEYFNAKKNISINQNKNDFLILNYDNIYTNIWYNELNNNCKMKLLTFSLKSKFADIYYNEEDEYIYYENEKLFSIKERKILGKHNVANILAAVLVCLKDNIPAEHIEHVVNNFKGIEHRVELVAEINGVKYINDSKATSMNAVMSALKSFDKDIILIMGGRNKNIDFTSLNNLIESRVKKLILIGEAAEALDDMIHFENKIIIKDFTDAFNYASAISINGDTVLLSPGCASFDMFKNYEERGKYFKSLVYKLDSITKE
>NC_014150.1|WP_013112867.1|424528_426349_-|ABC-F-family-ATP-binding-cassette-domain-containing-protein
MARSIINIVNISKRFVHKVLLDNVNLLIEEKSKIGMIGRNGAGKTTLLKILMGLEEPDDGEIIFSDDVRIGYLRQQGDFDESEKVIDYLTRVTSKESWKCSKIASRFGIDHIKINYNLGSLSSGYRMRVKLAEMMLYEPNFLILDEPSNFLDLNTLIDLENFLMDYNGGFLIVSHDREFLKTTCEKTIEMENGKITYFPGNIEDYFEYKEEKEYTIKKYNKNVEERKAHLERFVERFRYKATKAKAVQSRIKQIEKLKTIEITHPAKNVRIKLPEVPEKKGFALISDDLAVGYGEKIVAESGRIEIARGSRVAVLGQNGEGKTTFLRTIAGRLEPVSGSYNYSYGIKIAYFGEDTYKNVTSNDTVLSYLKKNAKQGLLTQELLTLLGSFLFSGEDVNKDVKVLSGGEMARLSLLAAITQCADVLILDEPTNHLDFETVEALASSLRDYGGTIFFTSHDRTFASMLADTIIEVKDKKLSLYSGDYEAYVYRVRIEALEEEEKELEYQEKNSVKESTHNTEEKNNSNYEERKKIRNKLSKCESMLKKHEKQIEDYKKEEADILKFFETSSSYDDEKSKRLLEVKRLIEETENEWLLVNEEIDNIKAML
>NC_014150.1|WP_013112866.1|422917_424498_-|amidohydrolase
MRIFKNAKIYSMDKNDSIYEALAVENGRIAFAGTNEDVLKKYSDAEDIIDLEGRTVIPGFNDSCVNFVGFARFNTMLNLSKCKSIKEVIELAKKAEKYEGWVIGWGWNQDYFEEKRMLNKNDLDNISSEFPVAFRRCCGEMIVANSKALELCGINEKMKSDSIDFENGLISSKDMILILSKIKSLEIDTLKTIILDTQEQFFKMGITSVQTDDLRSLPDFDYRKIIDAYQKLNREKKLKIRVCEQAQFINKKDIDDFRDYYYYQYINDERFKVARIKVIIDGGIGSRTALLRDDYNDAKGFRGVTQYKQEELDELVEYANSLDYSLAIQATGDGAIDMALKSIEKIKDTKDFKYRRNGLVHCQITDKELFERMKKLNVGIYYQPIFLHYDMHIVEDRVGHEKASTSYAYKTAMDMGVKIGFGSAGPVDGISVMEGIHCAVNREDLNGWPEGGWMPQEKLTVKEAVYLYTMGSAYMSSEDNIKGSIEEDKLADFIVLDRDIFEADVKDIKNIKVLKTIVDGDIVYSA
>NC_014150.1|WP_187287620.1|421451_421601_-|hypothetical-protein
MSLETFIYILLGITMHPANIEKDLKEFCNWFRLNTIIKIQDEYFNISNW
>NC_014150.1|WP_013112864.1|419864_421304_-|dihydropyrimidinase
MKKIIIKNGTIVNASETYKADVLIEDEKISKIGADFKCCDAEIIDASGKYVMPGGIDVHTHMDIDVGIGRAVDDFFTGTVAAACGGTTTIVDHMGFGPKGCDIFHQLKYYHTLADNKAVIDYSFHGVLQHVDEDVLKGLEVLSKEEGLQSTKLYLTYNYKIEDDNIVRVLKKMKELNAVSAFHAENHYVIEYLKKKFVEEGKISAHYHPISRPPEAEAEAVNRIIHLSVIAGNAPVYIVHTSAGKSVDEIVNARFLGHKNIFSETCPQYLVLTDKEYDREDGLKFVMSPPLRKKEDSERLWKAIAEGHIQVIATDHCPFNYESDKVKGKDNFTKCPNGAGGVEERYPLMFSEGVMKGRITINKFVETLCYNPALIYGLYPEKGAIIPNADADITIIDPNKKSVITKSNMHGACDYTAYEGMELLCSVDTVISRGKIVFKDNKFLGSKGDGKFIKRKTLDNYTDFNNHFKLGDYIDIDCN
>NC_014150.1|WP_013112863.1|418751_419801_+|ATP-binding-cassette-domain-containing-protein
MSLIVDIKKKLSNFNLDLQFEVKNGVFSILGASGSGKSMTLKCIAGIENPDSGYIELDGKVFYDSKKRINIKPQKRNVGFLFQNYALFPNMTVEENIKCGIRDKKINHNIDFIMKKFFIYDIRNKKPREISGGEQQRTAIARIFVSSPNILMLDEPLSALDYHIKWELEKFISSSIKEFNITTLFVSHNRDEVYRLSDNIGIINNGKFDIIDSKYNLFENPKTYFSALLTGYKNFSKIKILPNKKIECLDWNIIITLKEDKENIENANYIGIRPYSFFDYDLNNNNNIYIKSKITNITEDMFSYIITSVPINTNTQITWRLDKKNYKSSYKEGNDLNLSFDIDNVIFLK
>NC_014150.1|WP_013112875.1|433764_434880_+|GTPase-HflX
MDIKVNNIKKAYIIFVADSKQYRNSKINIDNILDELSMLCDTAGYEVAERYSFIQQKITAGTYIGTGKLESLKESALVDNVEYFVFDNELSGSQVNAIEEGSNIRALTRTEIILEIFAMRAKTMTAKMQVELAFLEFEYPRLKGKRTNLSQIKGGIGLRGGAGEKQLEYDRRRARERIHKLKTQLSKVEKSASTGRKSRGNAFRVAIVGYTNAGKSTLFNLLCKESVYVEDKLFATLDTHTRKLYLGDDTPVEAIISDTVGFIDRLPHTLVASFKSTLSEVVEADLLLHLVDASDENINNKLIQVESIIKEIDASHIKRIVVFNKIDNIDEVQKNKISTSYDDSILISAKNNINIEMLRKKILDYILELKS
>NC_014150.1|WP_013112876.1|434884_435343_-|CAP-domain-containing-protein
MFNIIIKALFILYFCSLSVLYSQYNYEAETTLKALNEVRENEGLYPFELSDELNKVADIRAKELSINFSHIRPNNTRYDELLYENRIRVFSSDENIAYRFKNAETVVSYWMNSSQYKINILSDKFTHVGVSHYAINGEDFWVVIFAQLRRQN
>NC_014150.1|WP_013112877.1|435416_437138_-|DNA-adenine-methylase
MITNAEANTKEKYLKENLIAYIGNKRRLLPFIEAAILHILEEDSSIKTALDLFAGSGSVSRLLKTLNLEVYSNDWEYYSYILNYAHLSINIKDLDNMFIHTGGLENTINMINSIDYINDNDRYISKYYAPSDDNNPDLINERLFYTQYNASRIDIIRHNIEELYKNNAINQNEYYYLIASIIYESATHTNTSGVFKAFHAGFGGRNKDALNRILSPISLKQIPLFEGANCYASMLDANEFVIKNKDKHFDLVYLDPPYNQHQYGSNYHLLNTIALWDKPPINKNIYIDGKKTDKGGIRKDWVKTKSLYCYKKTAKDTLINLLDNINSNYIVMSYSTDGIIEYDDLISILEEHGKLDIITSEYTKYRGAKRSIVNKTKNVEYLFVVDTRKHNFYFSNFNKNLKYIENIRLKLENPLDCSKDSIIFDYDKDDIIVIYLEYSTHIMNKEEICLKLQNKSLEYIKMFSLFLERYIREDNIGALKIYSYHFNAAVLSNNIKLIKYFGEYILKTYSRLCSRKSNEYLFDITNDILDIISYYKNNDISIIDKIRKRIIYNITHSNISEINKNKLLLRLEK
>NC_014150.1|WP_013112878.1|437316_439137_+|methyl-accepting-chemotaxis-protein
MIENVKKNSLVFKFLIPYMAALFIICVLIYIAYRPQYKVRFLTSNKYNISNISDELENNISSLYGKINIFCSYVEKETDSNKLLEVFANVIKNESDLMNIFYADTIPYKNGGTVLNTVGQLPNDYDQTTKEWYQKALASREIVISDPYIDAVTQNLVITFSKSIYRDGELYGIVGIDVQLSKVVNEILNLAKNYNYDLSIIDDEGLYILNSDTNYILKENAFNNNIISPHKNDILNNTHYEWIDKDFSYLTSKIKNSQWYLIVKTGNEELKSSLLKLLILIIAVFIILSAIEAVLVLLIAIPISRTLDNTISIISSMAKGNFNTLFDERELKKNDQTGDVIRALNEMQNKLGDIIYNMKNEINGINNSVNIITNGNINLSDRATSQASSLEELTRSIEFVFSSLKETAENAGNAKSMSEKVSNATKNGVNAINATSENMAEISEASKKISDITKIIESIALQTNILALNASVEAARAGEQGKGFAVVASEVRNLAQNVGNAAKDITSIANETVDKIQNGSASVQASSYILNQIESSVNDVLTLLTEISSAIIEEENSVSEINTAVVEINKITQDTSKIANDGANASKDVLDKSNNIVEQVSYFRFN
>NC_014150.1|WP_049768313.1|439189_440518_-|MATE-family-efflux-transporter
MFSNKYLAKLFIPLVIEVFLEYLVGLIDSIMVANVGEDAVSAVFLVDFVIAFLISIFAAIATGGAVASGQYIGAKNIEKADDSINQLIRFLLLFSVVITILIYIFKDYLLTILFGSITEEVRNNANTYMFIVAASIPFLALYNGGASMFRTIGNSKISMKIMISMNILNVIGNAVLIYVFKMGIAGAAISTLISRIGAALIIIILGLNKKNLIYIKNKVKYKMTFSAVKRILSVGVPYGIENGMFYFGRLLILSLVSTFGTASIAANSVSTLIASFEVLPGMAIGLGLTTVISQCVGANDYNQTKYYTKKIIAIIYISQTITSIIILSLLPFILHIYHLSAEATSYTYKLSWYHAVMMIIWPLGYSLPVVFRASGDAKFPMAVASISMIVCRIVLAYVFALYFHMGMIGTWIAMFADWIVKALIFTYRYFSGKWIKFKYVNA
>NC_014150.1|WP_013112880.1|440718_441726_-|galactose-mutarotase
MFRSKKENFGKNTYLYTLENDKGLKIKLAEVGATITGIFFKDKNGKEIETAFGSDDIEFYTDKAKNGHMGATVGRVAGRTIGAKFKIDDKEYHITANKSPDHTHGGVNGLSYVIYNSIQKKDNEVLFSYVSKDREEGYPGNLNLIVKYTITDENEIIIDYIATTDKTSPLNIMNHSYFNLNGGGKINDHEIFIDAAYYLGDDENGITSGEILKTKNTPYDFTKSKKIDDIIKSKGGCDNCFVFDDNDINKQRVKVISKETGISLEVFTTMPSVLFYTANSLNNCKVRNQTLGKHEAFCLEAQYFSCSLNFNHFPSIMLYPDREYNHRTIYKFGLI
>NC_014150.1|WP_013112881.1|442055_442451_-|YjbQ-family-protein
MHTINVKTKSRFDIVDITDEVQRCVNEEKVENGIAVIFVPHTTAAVGINENADPDVVFDMKNAFNKLVPQHDNYEHSEGNSQAHVLSSLVSPSLTVIIENKKIVLGTWQDIYFFEFDGARNRKVYVQIISK
>NC_014150.1|WP_041750039.1|442544_443039_+|pyridoxamine-5'-phosphate-oxidase-family-protein
MFREMKRKKQLLSHSESIKILEKCTSGVLGLIGDDNYPYTVPLSYVYSDNKIFFHAAKSGYKIDAIKNNNKASFCIIEKDDVKMKEYTTYYRSVIVFGRVFIIEDENKKIEAIEKLAIKYYPNDNKENRNNIIDKEYNAMCMIELEIEHITGKEAIELVKNKGE
>NC_014150.1|WP_013112883.1|443039_444428_+|TldD/PmbA-family-protein
MKYFNFDENFLHTVLQEALKNGGEYADLFFEDTKINSIGYLDSGVDNTSLGNNYGVGLRIIVNKKTIYLYSNDTSNESLINLAKSASSIVNDKKHIINGFIESHEKNHHPLHINPFDINFDEKIAMLSYLDKKAREVSDKIKQVNLRYMEKQRNILVCASNGILKEDSQTYVRLVMVSMASDGVNTQTASRTKGALDGYQVIRDINLDEMALETANSAIKMLNAKYPKSGKYPVVIDNAFGGVIFHEACGHALEATSVADNASVFCGRLGEKIASDVVTAVDDGTIQNAWGSYNIDDEGNEAQRTVLIENGILKSYLVDELGSLKMNQKVTGSARRENYKYPPTSRMRNTFIDKGNSSFEDLISQIEYGLYAKKMGGGSVDPATTDYNFAVSEGYIIEKGKITEPVRGATLIGRGDETLMNIEAVSSNLELADGMCGSISGSVPTTVGQPAIRVKELTVGGR
>NC_014150.1|WP_013112884.1|444431_445790_+|TldD/PmbA-family-protein
MAELNNYMERIKEIYSTVKNKSNDIDEIEVYISSSGEEEFSVRERDLDKYTFAESGGIGLRLIKDGKVGISFTEKIDSNDSIETLINNAKISLSYANAEPDYNVLIEKEDDEEVYNIINNDIVNIPNEELKKISLSIEDKLYSLDKRIVNVPSAGLARYDFIKCIVNSNGVCKGEIKNNITYYAEVIAKDSNSTKTYFDVYSSKDIFFDIDSFTKNIADNVISKLNSKEIESGKYKTVFTSKAMRTILGAYLGLFSAENVQKKLSLLQGKLNQKIANSIINIKDIPVFDKGIYNTHFDGEGSKTKDLNIITNGVLSSYLYNNYTARKDSVKTTSHASRGFKTPIGISCHNFILEEGKNTQEELISQIKNGILVNSLTGTHSGVNSISGDFSLQAEGIKIENGKLSYTANPFIVSGNILDLLNDIEMLANDTEYHHSSIYTPSALIRELSFAS

Crispr_ID: NC_014150_2

• CRISPR_ID: NC_014150_2
• CRISPR_location: 1428031-1431218
• CRISPR_type: Unclear
• Repeat_type: NA
• Spacer_info: 47 spacers
• Cas_protein_info: cas2,cas1,cas4,cas3,cas5,cas7,cas8b2,cas6

Consensus repeat of NC_014150_2

Consensus_repeat	Method
ATTTCTAATCTAACCATACTGGAATGTAAA	PILER-CR
ATTTCTAATCTAACCATACTGGAATGTAAAA	CRISPRCasFinder
ATTTCTAATCTAACCATACTGGAATGTAAA	CRT
ATTTCTAATCTAACCATACTGGAATGTAAAT	PILER-CR

spacers of NC_014150_2

>2.1|1428061|37|NC_014150|PILER-CR,CRT
ACAAAATGCAGGTGTTACTGGCACTAGAGAAACACTA
>2.2|1428128|37|NC_014150|PILER-CR,CRT
AGTATCTACAGTTTTACATTCACAATGCATATTTTCT
>2.3|1428195|37|NC_014150|PILER-CR,CRT
ATGCAAAACAATCTAATATTATATCATTCTCATTTGA
>2.4|1428262|37|NC_014150|PILER-CR,CRT
ATTTTTTGACTTAAATTGTACCAATTTAAATTAACTT
>2.5|1428329|37|NC_014150|PILER-CR,CRT
ATTTTTGGAGTTTGACAGCTATAACAAAAAAGTGATT
>2.6|1428396|37|NC_014150|PILER-CR,CRT
ATTATGAAAAGCGGGCTCAGTCAAATATAAACAATTT
>2.7|1428463|38|NC_014150|PILER-CR,CRT
ATTTATACTTACTAATTCCCAAGTTTCTTTTTTTATAT
>2.8|1428531|37|NC_014150|PILER-CR,CRT
ATTAACATTCTTAAAATATCTTTCAAGTTTCTTTACT
>2.9|1428598|37|NC_014150|PILER-CR,CRT
ATAAGCTAGCTATAAAACAACCGAGTTCTAATTCACT
>2.10|1428665|38|NC_014150|PILER-CR,CRT
ACTCTATTAATTAAAGCATTATTTAATAATTTATTTTT
>2.11|1428733|37|NC_014150|PILER-CR,CRT
ATCCTCTGAAGTAGAATATATTACATCATATTTAATT
>2.12|1428800|38|NC_014150|PILER-CR,CRT
AGTTGTTTTTGTTGTAATTCTAATGCTTTTTGCTGTTT
>2.13|1428868|37|NC_014150|PILER-CR,CRT
AATGTATAATACTGTCAAAGTTAATATTATACAGCGT
>2.14|1428935|38|NC_014150|PILER-CR,CRT
AGCATTTTTGCGGGCTTTTCTATTGACAAATAATTTAT
>2.15|1429003|37|NC_014150|PILER-CR,CRT
ATTTGACAATATATAAAAACTTTCATGTCGTCTAGGT
>2.16|1429070|37|NC_014150|PILER-CR,CRT
AAGCTATCATTGATGCACAAAATGAATTGAATGAGTA
>2.17|1429137|37|NC_014150|PILER-CR,CRT
AGTTTTGTATAAAAATAGAGAACTTGATACAGTCGGT
>2.18|1429204|37|NC_014150|PILER-CR,CRT
AAAAAACATTTAATGAGTTTATAGACTTTATAGAACA
>2.19|1429271|37|NC_014150|PILER-CR,CRT
ATATGCAAAACCCGATATCTTAATTATAAATATTAGT
>2.20|1429338|37|NC_014150|PILER-CR,CRT
AGACAGTCTCAATTAATTTAGTCATCTTAGTAATACT
>2.21|1429405|38|NC_014150|PILER-CR,CRT
ATAAGTATGATCCATAAGACCGGGATCGGAAATAGTAG
>2.22|1429473|37|NC_014150|PILER-CR,CRT
ACAAATGGTAAAGTAGTAAATCAAGTAACTAGCTTAA
>2.23|1429540|37|NC_014150|PILER-CR,CRT
ATACAAAAAATATCGTAAATATAATGTTAGTATAGGT
>2.24|1429607|37|NC_014150|PILER-CR,CRT
ATAGCATAAAAAGATATTACACGCCTCAAGAGTTAGC
>2.25|1429674|37|NC_014150|PILER-CR,CRT
ACGAAATTACTTTCAACTCCAACGTCTTGATACTCAA
>2.26|1429741|36|NC_014150|PILER-CR,CRT
ACACTTTGAAAATAAAAAACTTGTAATATTAGATAG
>2.27|1429807|37|NC_014150|PILER-CR,CRT
AGAAAATCTGTTCGGCGGTGTTTGGGAAGTACAATAT
>2.28|1429874|36|NC_014150|PILER-CR,CRT
ATTCTTTTTTACTGCGACCTAACCAGTCATAAAACG
>2.29|1429940|38|NC_014150|PILER-CR,CRT
AGCATACAACTTATTTTTACTAAAAATATTTATTCTTA
>2.30|1430008|38|NC_014150|PILER-CR,CRT
AACAAGCAACTGCAAACTGGTATAACACTAATCAACAT
>2.31|1430076|37|NC_014150|PILER-CR,CRT
TGTAATATCCATAACCTCATCACCTACTATCTCACTT
>2.32|1430143|37|NC_014150|PILER-CR,CRT
TTTAAAAGACATATAAGCATTATATTTATATTTTAAA
>2.33|1430210|36|NC_014150|PILER-CR,CRT
TTATCATAAAAGGCAAATATGTAAGTACAACTGCAA
>2.34|1430276|38|NC_014150|PILER-CR,CRT
TCTGTTTGATGATACATCAGGAACACCGCCACCATAAG
>2.35|1430344|37|NC_014150|PILER-CR,CRT
TTTAAAAGACATATAAGCATTATATTTATATTTTAAA
>2.36|1428062|36|NC_014150|CRISPRCasFinder
CAAAATGCAGGTGTTACTGGCACTAGAGAAACACTA
>2.37|1428129|36|NC_014150|CRISPRCasFinder
GTATCTACAGTTTTACATTCACAATGCATATTTTCT
>2.38|1428196|36|NC_014150|CRISPRCasFinder
TGCAAAACAATCTAATATTATATCATTCTCATTTGA
>2.39|1428263|36|NC_014150|CRISPRCasFinder
TTTTTTGACTTAAATTGTACCAATTTAAATTAACTT
>2.40|1428330|36|NC_014150|CRISPRCasFinder
TTTTTGGAGTTTGACAGCTATAACAAAAAAGTGATT
>2.41|1428397|36|NC_014150|CRISPRCasFinder
TTATGAAAAGCGGGCTCAGTCAAATATAAACAATTT
>2.42|1428464|37|NC_014150|CRISPRCasFinder
TTTATACTTACTAATTCCCAAGTTTCTTTTTTTATAT
>2.43|1428532|36|NC_014150|CRISPRCasFinder
TTAACATTCTTAAAATATCTTTCAAGTTTCTTTACT
>2.44|1428599|36|NC_014150|CRISPRCasFinder
TAAGCTAGCTATAAAACAACCGAGTTCTAATTCACT
>2.45|1428666|37|NC_014150|CRISPRCasFinder
CTCTATTAATTAAAGCATTATTTAATAATTTATTTTT
>2.46|1428734|36|NC_014150|CRISPRCasFinder
TCCTCTGAAGTAGAATATATTACATCATATTTAATT
>2.47|1428801|37|NC_014150|CRISPRCasFinder
GTTGTTTTTGTTGTAATTCTAATGCTTTTTGCTGTTT
>2.48|1428869|36|NC_014150|CRISPRCasFinder
ATGTATAATACTGTCAAAGTTAATATTATACAGCGT
>2.49|1428936|37|NC_014150|CRISPRCasFinder
GCATTTTTGCGGGCTTTTCTATTGACAAATAATTTAT
>2.50|1429004|36|NC_014150|CRISPRCasFinder
TTTGACAATATATAAAAACTTTCATGTCGTCTAGGT
>2.51|1429071|36|NC_014150|CRISPRCasFinder
AGCTATCATTGATGCACAAAATGAATTGAATGAGTA
>2.52|1429138|36|NC_014150|CRISPRCasFinder
GTTTTGTATAAAAATAGAGAACTTGATACAGTCGGT
>2.53|1429205|36|NC_014150|CRISPRCasFinder
AAAAACATTTAATGAGTTTATAGACTTTATAGAACA
>2.54|1429272|36|NC_014150|CRISPRCasFinder
TATGCAAAACCCGATATCTTAATTATAAATATTAGT
>2.55|1429339|36|NC_014150|CRISPRCasFinder
GACAGTCTCAATTAATTTAGTCATCTTAGTAATACT
>2.56|1429406|37|NC_014150|CRISPRCasFinder
TAAGTATGATCCATAAGACCGGGATCGGAAATAGTAG
>2.57|1429474|36|NC_014150|CRISPRCasFinder
CAAATGGTAAAGTAGTAAATCAAGTAACTAGCTTAA
>2.58|1429541|36|NC_014150|CRISPRCasFinder
TACAAAAAATATCGTAAATATAATGTTAGTATAGGT
>2.59|1429608|36|NC_014150|CRISPRCasFinder
TAGCATAAAAAGATATTACACGCCTCAAGAGTTAGC
>2.60|1429675|36|NC_014150|CRISPRCasFinder
CGAAATTACTTTCAACTCCAACGTCTTGATACTCAA
>2.61|1429742|35|NC_014150|CRISPRCasFinder
CACTTTGAAAATAAAAAACTTGTAATATTAGATAG
>2.62|1429808|36|NC_014150|CRISPRCasFinder
GAAAATCTGTTCGGCGGTGTTTGGGAAGTACAATAT
>2.63|1429875|35|NC_014150|CRISPRCasFinder
TTCTTTTTTACTGCGACCTAACCAGTCATAAAACG
>2.64|1429941|37|NC_014150|CRISPRCasFinder
GCATACAACTTATTTTTACTAAAAATATTTATTCTTA
>2.65|1430009|37|NC_014150|CRISPRCasFinder
ACAAGCAACTGCAAACTGGTATAACACTAATCAACAT
>2.66|1430077|36|NC_014150|CRISPRCasFinder
GTAATATCCATAACCTCATCACCTACTATCTCACTT
>2.67|1430144|36|NC_014150|CRISPRCasFinder
TTAAAAGACATATAAGCATTATATTTATATTTTAAA
>2.68|1430211|35|NC_014150|CRISPRCasFinder
TATCATAAAAGGCAAATATGTAAGTACAACTGCAA
>2.69|1430277|37|NC_014150|CRISPRCasFinder
CTGTTTGATGATACATCAGGAACACCGCCACCATAAG
>2.70|1430345|36|NC_014150|CRISPRCasFinder
TTAAAAGACATATAAGCATTATATTTATATTTTAAA
>2.71|1430412|36|NC_014150|CRISPRCasFinder
GTAATATCCATAACCTCATCACCTACTATCTCACTT
>2.72|1430479|36|NC_014150|CRISPRCasFinder
TTAAAAGACATATAAGCATTATATTTATATTTTAAA
>2.73|1430546|37|NC_014150|CRISPRCasFinder
GAGTTTTTTTATACTGGGAATGATGTTGATAGTTTTA
>2.74|1430614|35|NC_014150|CRISPRCasFinder,PILER-CR
TATCATAAAAGGCAAATATGTAAGTACAACTGCAA
>2.75|1430680|37|NC_014150|CRISPRCasFinder,PILER-CR
CTGTTTGATGATACATCAGGAACACCGCCACCATAAG
>2.76|1430748|36|NC_014150|CRISPRCasFinder,PILER-CR
ATATAGTTCCTATCATTCTTTATAGCTCCAAGAAGT
>2.77|1430815|36|NC_014150|CRISPRCasFinder,PILER-CR
ATTTCCCATTTCGATAATATTTTATTAAACTTATTT
>2.78|1430882|35|NC_014150|CRISPRCasFinder,PILER-CR
AGCTATCATTGATGCACAAAATGAATTGAATGAGT
>2.79|1430948|37|NC_014150|CRISPRCasFinder,PILER-CR
AATAAACAAACAACATCATTATTAATTATGCCAACTT
>2.80|1431016|36|NC_014150|CRISPRCasFinder,PILER-CR
CAAGAGGAACATATCCTATAGTGTTGTTATTTTTTA
>2.81|1431083|37|NC_014150|CRISPRCasFinder,PILER-CR
TTATTTGAGTATGAGACTGTAATAACTGATAGTAATA
>2.82|1431151|37|NC_014150|CRISPRCasFinder,PILER-CR
GCGTTTGCTACAGGTACGGCTGGTTATACTTTAGAAG
>2.83|1430411|37|NC_014150|CRT
TGTAATATCCATAACCTCATCACCTACTATCTCACTT
>2.84|1430478|37|NC_014150|CRT
TTTAAAAGACATATAAGCATTATATTTATATTTTAAA
>2.85|1430545|38|NC_014150|CRT
TGAGTTTTTTTATACTGGGAATGATGTTGATAGTTTTA
>2.86|1430613|36|NC_014150|CRT
TTATCATAAAAGGCAAATATGTAAGTACAACTGCAA
>2.87|1430679|38|NC_014150|CRT
TCTGTTTGATGATACATCAGGAACACCGCCACCATAAG
>2.88|1430747|37|NC_014150|CRT
TATATAGTTCCTATCATTCTTTATAGCTCCAAGAAGT
>2.89|1430814|37|NC_014150|CRT
TATTTCCCATTTCGATAATATTTTATTAAACTTATTT
>2.90|1430881|36|NC_014150|CRT
TAGCTATCATTGATGCACAAAATGAATTGAATGAGT
>2.91|1430947|38|NC_014150|CRT
TAATAAACAAACAACATCATTATTAATTATGCCAACTT
>2.92|1431015|37|NC_014150|CRT
TCAAGAGGAACATATCCTATAGTGTTGTTATTTTTTA
>2.93|1431082|38|NC_014150|CRT
TTTATTTGAGTATGAGACTGTAATAACTGATAGTAATA
>2.94|1431150|38|NC_014150|CRT
TGCGTTTGCTACAGGTACGGCTGGTTATACTTTAGAAG

CRISPR arrays and Neighbor proteins around NC_014150_2

CRISPR arrays

The CRISPR arrays of NC_014150_2

>merge|NC_014150|2|1428031-1431218|PILER-CR,CRISPRCasFinder,CRT,PILER-CR
ATTTCTAATCTAACCATACTGGAATGTAAAACAAAATGCAGGTGTTACTGGCACTAGAGAAACACTAATTTCTAATCTAACCATACTGGAATGTAAAAGTATCTACAGTTTTACATTCACAATGCATATTTTCTATTTCTAATCTAACCATACTGGAATGTAAAATGCAAAACAATCTAATATTATATCATTCTCATTTGAATTTCTAATCTAACCATACTGGAATGTAAAATTTTTTGACTTAAATTGTACCAATTTAAATTAACTTATTTCTAATCTAACCATACTGGAATGTAAAATTTTTGGAGTTTGACAGCTATAACAAAAAAGTGATTATTTCTAATCTAACCATACTGGAATGTAAAATTATGAAAAGCGGGCTCAGTCAAATATAAACAATTTATTTCTAATCTAACCATACTGGAATGTAAAATTTATACTTACTAATTCCCAAGTTTCTTTTTTTATATATTTCTAATCTAACCATACTGGAATGTAAAATTAACATTCTTAAAATATCTTTCAAGTTTCTTTACTATTTCTAATCTAACCATACTGGAATGTAAAATAAGCTAGCTATAAAACAACCGAGTTCTAATTCACTATTTCTAATCTAACCATACTGGAATGTAAAACTCTATTAATTAAAGCATTATTTAATAATTTATTTTTATTTCTAATCTAACCATACTGGAATGTAAAATCCTCTGAAGTAGAATATATTACATCATATTTAATTATTTCTAATCTAACCATACTGGAATGTAAAAGTTGTTTTTGTTGTAATTCTAATGCTTTTTGCTGTTTATTTCTAATCTAACCATACTGGAATGTAAAAATGTATAATACTGTCAAAGTTAATATTATACAGCGTATTTCTAATCTAACCATACTGGAATGTAAAAGCATTTTTGCGGGCTTTTCTATTGACAAATAATTTATATTTCTAATCTAACCATACTGGAATGTAAAATTTGACAATATATAAAAACTTTCATGTCGTCTAGGTATTTCTAATCTAACCATACTGGAATGTAAAAAGCTATCATTGATGCACAAAATGAATTGAATGAGTAATTTCTAATCTAACCATACTGGAATGTAAAAGTTTTGTATAAAAATAGAGAACTTGATACAGTCGGTATTTCTAATCTAACCATACTGGAATGTAAAAAAAAACATTTAATGAGTTTATAGACTTTATAGAACAATTTCTAATCTAACCATACTGGAATGTAAAATATGCAAAACCCGATATCTTAATTATAAATATTAGTATTTCTAATCTAACCATACTGGAATGTAAAAGACAGTCTCAATTAATTTAGTCATCTTAGTAATACTATTTCTAATCTAACCATACTGGAATGTAAAATAAGTATGATCCATAAGACCGGGATCGGAAATAGTAGATTTCTAATCTAACCATACTGGAATGTAAAACAAATGGTAAAGTAGTAAATCAAGTAACTAGCTTAAATTTCTAATCTAACCATACTGGAATGTAAAATACAAAAAATATCGTAAATATAATGTTAGTATAGGTATTTCTAATCTAACCATACTGGAATGTAAAATAGCATAAAAAGATATTACACGCCTCAAGAGTTAGCATTTCTAATCTAACCATACTGGAATGTAAAACGAAATTACTTTCAACTCCAACGTCTTGATACTCAAATTTCTAATCTAACCATACTGGAATGTAAAACACTTTGAAAATAAAAAACTTGTAATATTAGATAGATTTCTAATCTAACCATACTGGAATGTAAAAGAAAATCTGTTCGGCGGTGTTTGGGAAGTACAATATATTTCTAATCTAACCATACTGGAATGTAAAATTCTTTTTTACTGCGACCTAACCAGTCATAAAACGATTTCTAATCTAACCATACTGGAATGTAAAAGCATACAACTTATTTTTACTAAAAATATTTATTCTTAATTTCTAATCTAACCATACTGGAATGTAAAAACAAGCAACTGCAAACTGGTATAACACTAATCAACATATTTCTAATCTAACCATACTGGAATGTAAATGTAATATCCATAACCTCATCACCTACTATCTCACTTATTTCTAATCTAACCATACTGGAATGTAAATTTAAAAGACATATAAGCATTATATTTATATTTTAAAATTTCTAATCTAACCATACTGGAATGTAAATTATCATAAAAGGCAAATATGTAAGTACAACTGCAAATTTCTAATCTAACCATACTGGAATGTAAATCTGTTTGATGATACATCAGGAACACCGCCACCATAAGATTTCTAATCTAACCATACTGGAATGTAAATTTAAAAGACATATAAGCATTATATTTATATTTTAAAATTTCTAATCTAACCATACTGGAATGTAAATGTAATATCCATAACCTCATCACCTACTATCTCACTTATTTCTAATCTAACCATACTGGAATGTAAATTTAAAAGACATATAAGCATTATATTTATATTTTAAAATTTCTAATCTAACCATACTGGAATGTAAATGAGTTTTTTTATACTGGGAATGATGTTGATAGTTTTAATTTCTAATCTAACCATACTGGAATGTAAATTATCATAAAAGGCAAATATGTAAGTACAACTGCAAATTTCTAATCTAACCATACTGGAATGTAAATCTGTTTGATGATACATCAGGAACACCGCCACCATAAGATTTCTAATCTAACCATACTGGAATGTAAATATATAGTTCCTATCATTCTTTATAGCTCCAAGAAGTATTTCTAATCTAACCATACTGGAATGTAAATATTTCCCATTTCGATAATATTTTATTAAACTTATTTATTTCTAATCTAACCATACTGGAATGTAAATAGCTATCATTGATGCACAAAATGAATTGAATGAGTATTTCTAATCTAACCATACTGGAATGTAAATAATAAACAAACAACATCATTATTAATTATGCCAACTTATTTCTAATCTAACCATACTGGAATGTAAATCAAGAGGAACATATCCTATAGTGTTGTTATTTTTTAATTTCTAATCTAACCATACTGGAATGTAAATTTATTTGAGTATGAGACTGTAATAACTGATAGTAATAATTTCTAATCTAACCATACTGGAATGTAAATGCGTTTGCTACAGGTACGGCTGGTTATACTTTAGAAGATTTCTAATCTAACCATACTGGAATATAATT

>NC_014150|2|1|1428031-1430410|PILER-CR
ATTTCTAATCTAACCATACTGGAATGTAAA	ACAAAATGCAGGTGTTACTGGCACTAGAGAAACACTA
ATTTCTAATCTAACCATACTGGAATGTAAA	AGTATCTACAGTTTTACATTCACAATGCATATTTTCT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATGCAAAACAATCTAATATTATATCATTCTCATTTGA
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTTTTTGACTTAAATTGTACCAATTTAAATTAACTT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTTTTGGAGTTTGACAGCTATAACAAAAAAGTGATT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTATGAAAAGCGGGCTCAGTCAAATATAAACAATTT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTTATACTTACTAATTCCCAAGTTTCTTTTTTTATAT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTAACATTCTTAAAATATCTTTCAAGTTTCTTTACT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATAAGCTAGCTATAAAACAACCGAGTTCTAATTCACT
ATTTCTAATCTAACCATACTGGAATGTAAA	ACTCTATTAATTAAAGCATTATTTAATAATTTATTTTT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATCCTCTGAAGTAGAATATATTACATCATATTTAATT
ATTTCTAATCTAACCATACTGGAATGTAAA	AGTTGTTTTTGTTGTAATTCTAATGCTTTTTGCTGTTT
ATTTCTAATCTAACCATACTGGAATGTAAA	AATGTATAATACTGTCAAAGTTAATATTATACAGCGT
ATTTCTAATCTAACCATACTGGAATGTAAA	AGCATTTTTGCGGGCTTTTCTATTGACAAATAATTTAT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTTGACAATATATAAAAACTTTCATGTCGTCTAGGT
ATTTCTAATCTAACCATACTGGAATGTAAA	AAGCTATCATTGATGCACAAAATGAATTGAATGAGTA
ATTTCTAATCTAACCATACTGGAATGTAAA	AGTTTTGTATAAAAATAGAGAACTTGATACAGTCGGT
ATTTCTAATCTAACCATACTGGAATGTAAA	AAAAAACATTTAATGAGTTTATAGACTTTATAGAACA
ATTTCTAATCTAACCATACTGGAATGTAAA	ATATGCAAAACCCGATATCTTAATTATAAATATTAGT
ATTTCTAATCTAACCATACTGGAATGTAAA	AGACAGTCTCAATTAATTTAGTCATCTTAGTAATACT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATAAGTATGATCCATAAGACCGGGATCGGAAATAGTAG
ATTTCTAATCTAACCATACTGGAATGTAAA	ACAAATGGTAAAGTAGTAAATCAAGTAACTAGCTTAA
ATTTCTAATCTAACCATACTGGAATGTAAA	ATACAAAAAATATCGTAAATATAATGTTAGTATAGGT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATAGCATAAAAAGATATTACACGCCTCAAGAGTTAGC
ATTTCTAATCTAACCATACTGGAATGTAAA	ACGAAATTACTTTCAACTCCAACGTCTTGATACTCAA
ATTTCTAATCTAACCATACTGGAATGTAAA	ACACTTTGAAAATAAAAAACTTGTAATATTAGATAG
ATTTCTAATCTAACCATACTGGAATGTAAA	AGAAAATCTGTTCGGCGGTGTTTGGGAAGTACAATAT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTCTTTTTTACTGCGACCTAACCAGTCATAAAACG
ATTTCTAATCTAACCATACTGGAATGTAAA	AGCATACAACTTATTTTTACTAAAAATATTTATTCTTA
ATTTCTAATCTAACCATACTGGAATGTAAA	AACAAGCAACTGCAAACTGGTATAACACTAATCAACAT
ATTTCTAATCTAACCATACTGGAATGTAAA	TGTAATATCCATAACCTCATCACCTACTATCTCACTT
ATTTCTAATCTAACCATACTGGAATGTAAA	TTTAAAAGACATATAAGCATTATATTTATATTTTAAA
ATTTCTAATCTAACCATACTGGAATGTAAA	TTATCATAAAAGGCAAATATGTAAGTACAACTGCAA
ATTTCTAATCTAACCATACTGGAATGTAAA	TCTGTTTGATGATACATCAGGAACACCGCCACCATAAG
ATTTCTAATCTAACCATACTGGAATGTAAA	TTTAAAAGACATATAAGCATTATATTTATATTTTAAA
ATTTCTAATCTAACCATACTGGAATGTAAATGTAATATCCATAACCTCATCACCTACTATCTCACTTATTTCTAATCTAACCATACTGGAATGTAAATTTAAAAGACATATAAGCATTATATTTATATTTTAAAATTTCTAATCTAACCATACTGGAATGTAAATGAGTTTTTTTATACTGGGAATGATGTTGATAGTTTTAATTTCTAATCTAACCATACTGGAATGTAAAT	TATCATAAAAGGCAAATATGTAAGTACAACTGCAA
ATTTCTAATCTAACCATACTGGAATGTAAAT	CTGTTTGATGATACATCAGGAACACCGCCACCATAAG
ATTTCTAATCTAACCATACTGGAATGTAAAT	ATATAGTTCCTATCATTCTTTATAGCTCCAAGAAGT
ATTTCTAATCTAACCATACTGGAATGTAAAT	ATTTCCCATTTCGATAATATTTTATTAAACTTATTT
ATTTCTAATCTAACCATACTGGAATGTAAAT	AGCTATCATTGATGCACAAAATGAATTGAATGAGT
ATTTCTAATCTAACCATACTGGAATGTAAAT	AATAAACAAACAACATCATTATTAATTATGCCAACTT
ATTTCTAATCTAACCATACTGGAATGTAAAT	CAAGAGGAACATATCCTATAGTGTTGTTATTTTTTA
ATTTCTAATCTAACCATACTGGAATGTAAAT	TTATTTGAGTATGAGACTGTAATAACTGATAGTAATA
ATTTCTAATCTAACCATACTGGAATGTAAAT	GCGTTTGCTACAGGTACGGCTGGTTATACTTTAGAAG


>NC_014150|2|2|1428031-1431218|CRISPRCasFinder
ATTTCTAATCTAACCATACTGGAATGTAAAA	CAAAATGCAGGTGTTACTGGCACTAGAGAAACACTA
ATTTCTAATCTAACCATACTGGAATGTAAAA	GTATCTACAGTTTTACATTCACAATGCATATTTTCT
ATTTCTAATCTAACCATACTGGAATGTAAAA	TGCAAAACAATCTAATATTATATCATTCTCATTTGA
ATTTCTAATCTAACCATACTGGAATGTAAAA	TTTTTTGACTTAAATTGTACCAATTTAAATTAACTT
ATTTCTAATCTAACCATACTGGAATGTAAAA	TTTTTGGAGTTTGACAGCTATAACAAAAAAGTGATT
ATTTCTAATCTAACCATACTGGAATGTAAAA	TTATGAAAAGCGGGCTCAGTCAAATATAAACAATTT
ATTTCTAATCTAACCATACTGGAATGTAAAA	TTTATACTTACTAATTCCCAAGTTTCTTTTTTTATAT
ATTTCTAATCTAACCATACTGGAATGTAAAA	TTAACATTCTTAAAATATCTTTCAAGTTTCTTTACT
ATTTCTAATCTAACCATACTGGAATGTAAAA	TAAGCTAGCTATAAAACAACCGAGTTCTAATTCACT
ATTTCTAATCTAACCATACTGGAATGTAAAA	CTCTATTAATTAAAGCATTATTTAATAATTTATTTTT
ATTTCTAATCTAACCATACTGGAATGTAAAA	TCCTCTGAAGTAGAATATATTACATCATATTTAATT
ATTTCTAATCTAACCATACTGGAATGTAAAA	GTTGTTTTTGTTGTAATTCTAATGCTTTTTGCTGTTT
ATTTCTAATCTAACCATACTGGAATGTAAAA	ATGTATAATACTGTCAAAGTTAATATTATACAGCGT
ATTTCTAATCTAACCATACTGGAATGTAAAA	GCATTTTTGCGGGCTTTTCTATTGACAAATAATTTAT
ATTTCTAATCTAACCATACTGGAATGTAAAA	TTTGACAATATATAAAAACTTTCATGTCGTCTAGGT
ATTTCTAATCTAACCATACTGGAATGTAAAA	AGCTATCATTGATGCACAAAATGAATTGAATGAGTA
ATTTCTAATCTAACCATACTGGAATGTAAAA	GTTTTGTATAAAAATAGAGAACTTGATACAGTCGGT
ATTTCTAATCTAACCATACTGGAATGTAAAA	AAAAACATTTAATGAGTTTATAGACTTTATAGAACA
ATTTCTAATCTAACCATACTGGAATGTAAAA	TATGCAAAACCCGATATCTTAATTATAAATATTAGT
ATTTCTAATCTAACCATACTGGAATGTAAAA	GACAGTCTCAATTAATTTAGTCATCTTAGTAATACT
ATTTCTAATCTAACCATACTGGAATGTAAAA	TAAGTATGATCCATAAGACCGGGATCGGAAATAGTAG
ATTTCTAATCTAACCATACTGGAATGTAAAA	CAAATGGTAAAGTAGTAAATCAAGTAACTAGCTTAA
ATTTCTAATCTAACCATACTGGAATGTAAAA	TACAAAAAATATCGTAAATATAATGTTAGTATAGGT
ATTTCTAATCTAACCATACTGGAATGTAAAA	TAGCATAAAAAGATATTACACGCCTCAAGAGTTAGC
ATTTCTAATCTAACCATACTGGAATGTAAAA	CGAAATTACTTTCAACTCCAACGTCTTGATACTCAA
ATTTCTAATCTAACCATACTGGAATGTAAAA	CACTTTGAAAATAAAAAACTTGTAATATTAGATAG
ATTTCTAATCTAACCATACTGGAATGTAAAA	GAAAATCTGTTCGGCGGTGTTTGGGAAGTACAATAT
ATTTCTAATCTAACCATACTGGAATGTAAAA	TTCTTTTTTACTGCGACCTAACCAGTCATAAAACG
ATTTCTAATCTAACCATACTGGAATGTAAAA	GCATACAACTTATTTTTACTAAAAATATTTATTCTTA
ATTTCTAATCTAACCATACTGGAATGTAAAA	ACAAGCAACTGCAAACTGGTATAACACTAATCAACAT
ATTTCTAATCTAACCATACTGGAATGTAAAT	GTAATATCCATAACCTCATCACCTACTATCTCACTT
ATTTCTAATCTAACCATACTGGAATGTAAAT	TTAAAAGACATATAAGCATTATATTTATATTTTAAA
ATTTCTAATCTAACCATACTGGAATGTAAAT	TATCATAAAAGGCAAATATGTAAGTACAACTGCAA
ATTTCTAATCTAACCATACTGGAATGTAAAT	CTGTTTGATGATACATCAGGAACACCGCCACCATAAG
ATTTCTAATCTAACCATACTGGAATGTAAAT	TTAAAAGACATATAAGCATTATATTTATATTTTAAA
ATTTCTAATCTAACCATACTGGAATGTAAAT	GTAATATCCATAACCTCATCACCTACTATCTCACTT
ATTTCTAATCTAACCATACTGGAATGTAAAT	TTAAAAGACATATAAGCATTATATTTATATTTTAAA
ATTTCTAATCTAACCATACTGGAATGTAAAT	GAGTTTTTTTATACTGGGAATGATGTTGATAGTTTTA
ATTTCTAATCTAACCATACTGGAATGTAAAT	TATCATAAAAGGCAAATATGTAAGTACAACTGCAA
ATTTCTAATCTAACCATACTGGAATGTAAAT	CTGTTTGATGATACATCAGGAACACCGCCACCATAAG
ATTTCTAATCTAACCATACTGGAATGTAAAT	ATATAGTTCCTATCATTCTTTATAGCTCCAAGAAGT
ATTTCTAATCTAACCATACTGGAATGTAAAT	ATTTCCCATTTCGATAATATTTTATTAAACTTATTT
ATTTCTAATCTAACCATACTGGAATGTAAAT	AGCTATCATTGATGCACAAAATGAATTGAATGAGT
ATTTCTAATCTAACCATACTGGAATGTAAAT	AATAAACAAACAACATCATTATTAATTATGCCAACTT
ATTTCTAATCTAACCATACTGGAATGTAAAT	CAAGAGGAACATATCCTATAGTGTTGTTATTTTTTA
ATTTCTAATCTAACCATACTGGAATGTAAAT	TTATTTGAGTATGAGACTGTAATAACTGATAGTAATA
ATTTCTAATCTAACCATACTGGAATGTAAAT	GCGTTTGCTACAGGTACGGCTGGTTATACTTTAGAAG
ATTTCTAATCTAACCATACTGGAATATAATT

>NC_014150|2|1|1428031-1431217|CRT
ATTTCTAATCTAACCATACTGGAATGTAAA	ACAAAATGCAGGTGTTACTGGCACTAGAGAAACACTA
ATTTCTAATCTAACCATACTGGAATGTAAA	AGTATCTACAGTTTTACATTCACAATGCATATTTTCT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATGCAAAACAATCTAATATTATATCATTCTCATTTGA
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTTTTTGACTTAAATTGTACCAATTTAAATTAACTT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTTTTGGAGTTTGACAGCTATAACAAAAAAGTGATT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTATGAAAAGCGGGCTCAGTCAAATATAAACAATTT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTTATACTTACTAATTCCCAAGTTTCTTTTTTTATAT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTAACATTCTTAAAATATCTTTCAAGTTTCTTTACT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATAAGCTAGCTATAAAACAACCGAGTTCTAATTCACT
ATTTCTAATCTAACCATACTGGAATGTAAA	ACTCTATTAATTAAAGCATTATTTAATAATTTATTTTT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATCCTCTGAAGTAGAATATATTACATCATATTTAATT
ATTTCTAATCTAACCATACTGGAATGTAAA	AGTTGTTTTTGTTGTAATTCTAATGCTTTTTGCTGTTT
ATTTCTAATCTAACCATACTGGAATGTAAA	AATGTATAATACTGTCAAAGTTAATATTATACAGCGT
ATTTCTAATCTAACCATACTGGAATGTAAA	AGCATTTTTGCGGGCTTTTCTATTGACAAATAATTTAT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTTGACAATATATAAAAACTTTCATGTCGTCTAGGT
ATTTCTAATCTAACCATACTGGAATGTAAA	AAGCTATCATTGATGCACAAAATGAATTGAATGAGTA
ATTTCTAATCTAACCATACTGGAATGTAAA	AGTTTTGTATAAAAATAGAGAACTTGATACAGTCGGT
ATTTCTAATCTAACCATACTGGAATGTAAA	AAAAAACATTTAATGAGTTTATAGACTTTATAGAACA
ATTTCTAATCTAACCATACTGGAATGTAAA	ATATGCAAAACCCGATATCTTAATTATAAATATTAGT
ATTTCTAATCTAACCATACTGGAATGTAAA	AGACAGTCTCAATTAATTTAGTCATCTTAGTAATACT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATAAGTATGATCCATAAGACCGGGATCGGAAATAGTAG
ATTTCTAATCTAACCATACTGGAATGTAAA	ACAAATGGTAAAGTAGTAAATCAAGTAACTAGCTTAA
ATTTCTAATCTAACCATACTGGAATGTAAA	ATACAAAAAATATCGTAAATATAATGTTAGTATAGGT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATAGCATAAAAAGATATTACACGCCTCAAGAGTTAGC
ATTTCTAATCTAACCATACTGGAATGTAAA	ACGAAATTACTTTCAACTCCAACGTCTTGATACTCAA
ATTTCTAATCTAACCATACTGGAATGTAAA	ACACTTTGAAAATAAAAAACTTGTAATATTAGATAG
ATTTCTAATCTAACCATACTGGAATGTAAA	AGAAAATCTGTTCGGCGGTGTTTGGGAAGTACAATAT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTCTTTTTTACTGCGACCTAACCAGTCATAAAACG
ATTTCTAATCTAACCATACTGGAATGTAAA	AGCATACAACTTATTTTTACTAAAAATATTTATTCTTA
ATTTCTAATCTAACCATACTGGAATGTAAA	AACAAGCAACTGCAAACTGGTATAACACTAATCAACAT
ATTTCTAATCTAACCATACTGGAATGTAAA	TGTAATATCCATAACCTCATCACCTACTATCTCACTT
ATTTCTAATCTAACCATACTGGAATGTAAA	TTTAAAAGACATATAAGCATTATATTTATATTTTAAA
ATTTCTAATCTAACCATACTGGAATGTAAA	TTATCATAAAAGGCAAATATGTAAGTACAACTGCAA
ATTTCTAATCTAACCATACTGGAATGTAAA	TCTGTTTGATGATACATCAGGAACACCGCCACCATAAG
ATTTCTAATCTAACCATACTGGAATGTAAA	TTTAAAAGACATATAAGCATTATATTTATATTTTAAA
ATTTCTAATCTAACCATACTGGAATGTAAA	TGTAATATCCATAACCTCATCACCTACTATCTCACTT
ATTTCTAATCTAACCATACTGGAATGTAAA	TTTAAAAGACATATAAGCATTATATTTATATTTTAAA
ATTTCTAATCTAACCATACTGGAATGTAAA	TGAGTTTTTTTATACTGGGAATGATGTTGATAGTTTTA
ATTTCTAATCTAACCATACTGGAATGTAAA	TTATCATAAAAGGCAAATATGTAAGTACAACTGCAA
ATTTCTAATCTAACCATACTGGAATGTAAA	TCTGTTTGATGATACATCAGGAACACCGCCACCATAAG
ATTTCTAATCTAACCATACTGGAATGTAAA	TATATAGTTCCTATCATTCTTTATAGCTCCAAGAAGT
ATTTCTAATCTAACCATACTGGAATGTAAA	TATTTCCCATTTCGATAATATTTTATTAAACTTATTT
ATTTCTAATCTAACCATACTGGAATGTAAA	TAGCTATCATTGATGCACAAAATGAATTGAATGAGT
ATTTCTAATCTAACCATACTGGAATGTAAA	TAATAAACAAACAACATCATTATTAATTATGCCAACTT
ATTTCTAATCTAACCATACTGGAATGTAAA	TCAAGAGGAACATATCCTATAGTGTTGTTATTTTTTA
ATTTCTAATCTAACCATACTGGAATGTAAA	TTTATTTGAGTATGAGACTGTAATAACTGATAGTAATA
ATTTCTAATCTAACCATACTGGAATGTAAA	TGCGTTTGCTACAGGTACGGCTGGTTATACTTTAGAAG
ATTTCTAATCTAACCATACTGGAATATAAT

>NC_014150|2|2|1430583-1431218|PILER-CR
	ACAAAATGCAGGTGTTACTGGCACTAGAGAAACACTA
ATTTCTAATCTAACCATACTGGAATGTAAA	AGTATCTACAGTTTTACATTCACAATGCATATTTTCT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATGCAAAACAATCTAATATTATATCATTCTCATTTGA
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTTTTTGACTTAAATTGTACCAATTTAAATTAACTT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTTTTGGAGTTTGACAGCTATAACAAAAAAGTGATT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTATGAAAAGCGGGCTCAGTCAAATATAAACAATTT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTTATACTTACTAATTCCCAAGTTTCTTTTTTTATAT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTAACATTCTTAAAATATCTTTCAAGTTTCTTTACT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATAAGCTAGCTATAAAACAACCGAGTTCTAATTCACT
ATTTCTAATCTAACCATACTGGAATGTAAA	ACTCTATTAATTAAAGCATTATTTAATAATTTATTTTT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATCCTCTGAAGTAGAATATATTACATCATATTTAATT
ATTTCTAATCTAACCATACTGGAATGTAAA	AGTTGTTTTTGTTGTAATTCTAATGCTTTTTGCTGTTT
ATTTCTAATCTAACCATACTGGAATGTAAA	AATGTATAATACTGTCAAAGTTAATATTATACAGCGT
ATTTCTAATCTAACCATACTGGAATGTAAA	AGCATTTTTGCGGGCTTTTCTATTGACAAATAATTTAT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTTGACAATATATAAAAACTTTCATGTCGTCTAGGT
ATTTCTAATCTAACCATACTGGAATGTAAA	AAGCTATCATTGATGCACAAAATGAATTGAATGAGTA
ATTTCTAATCTAACCATACTGGAATGTAAA	AGTTTTGTATAAAAATAGAGAACTTGATACAGTCGGT
ATTTCTAATCTAACCATACTGGAATGTAAA	AAAAAACATTTAATGAGTTTATAGACTTTATAGAACA
ATTTCTAATCTAACCATACTGGAATGTAAA	ATATGCAAAACCCGATATCTTAATTATAAATATTAGT
ATTTCTAATCTAACCATACTGGAATGTAAA	AGACAGTCTCAATTAATTTAGTCATCTTAGTAATACT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATAAGTATGATCCATAAGACCGGGATCGGAAATAGTAG
ATTTCTAATCTAACCATACTGGAATGTAAA	ACAAATGGTAAAGTAGTAAATCAAGTAACTAGCTTAA
ATTTCTAATCTAACCATACTGGAATGTAAA	ATACAAAAAATATCGTAAATATAATGTTAGTATAGGT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATAGCATAAAAAGATATTACACGCCTCAAGAGTTAGC
ATTTCTAATCTAACCATACTGGAATGTAAA	ACGAAATTACTTTCAACTCCAACGTCTTGATACTCAA
ATTTCTAATCTAACCATACTGGAATGTAAA	ACACTTTGAAAATAAAAAACTTGTAATATTAGATAG
ATTTCTAATCTAACCATACTGGAATGTAAA	AGAAAATCTGTTCGGCGGTGTTTGGGAAGTACAATAT
ATTTCTAATCTAACCATACTGGAATGTAAA	ATTCTTTTTTACTGCGACCTAACCAGTCATAAAACG
ATTTCTAATCTAACCATACTGGAATGTAAA	AGCATACAACTTATTTTTACTAAAAATATTTATTCTTA
ATTTCTAATCTAACCATACTGGAATGTAAA	AACAAGCAACTGCAAACTGGTATAACACTAATCAACAT
ATTTCTAATCTAACCATACTGGAATGTAAA	TGTAATATCCATAACCTCATCACCTACTATCTCACTT
ATTTCTAATCTAACCATACTGGAATGTAAA	TTTAAAAGACATATAAGCATTATATTTATATTTTAAA
ATTTCTAATCTAACCATACTGGAATGTAAA	TTATCATAAAAGGCAAATATGTAAGTACAACTGCAA
ATTTCTAATCTAACCATACTGGAATGTAAA	TCTGTTTGATGATACATCAGGAACACCGCCACCATAAG
ATTTCTAATCTAACCATACTGGAATGTAAA	TTTAAAAGACATATAAGCATTATATTTATATTTTAAA
ATTTCTAATCTAACCATACTGGAATGTAAATGTAATATCCATAACCTCATCACCTACTATCTCACTTATTTCTAATCTAACCATACTGGAATGTAAATTTAAAAGACATATAAGCATTATATTTATATTTTAAAATTTCTAATCTAACCATACTGGAATGTAAATGAGTTTTTTTATACTGGGAATGATGTTGATAGTTTTAATTTCTAATCTAACCATACTGGAATGTAAAT	TATCATAAAAGGCAAATATGTAAGTACAACTGCAA
ATTTCTAATCTAACCATACTGGAATGTAAAT	CTGTTTGATGATACATCAGGAACACCGCCACCATAAG
ATTTCTAATCTAACCATACTGGAATGTAAAT	ATATAGTTCCTATCATTCTTTATAGCTCCAAGAAGT
ATTTCTAATCTAACCATACTGGAATGTAAAT	ATTTCCCATTTCGATAATATTTTATTAAACTTATTT
ATTTCTAATCTAACCATACTGGAATGTAAAT	AGCTATCATTGATGCACAAAATGAATTGAATGAGT
ATTTCTAATCTAACCATACTGGAATGTAAAT	AATAAACAAACAACATCATTATTAATTATGCCAACTT
ATTTCTAATCTAACCATACTGGAATGTAAAT	CAAGAGGAACATATCCTATAGTGTTGTTATTTTTTA
ATTTCTAATCTAACCATACTGGAATGTAAAT	TTATTTGAGTATGAGACTGTAATAACTGATAGTAATA
ATTTCTAATCTAACCATACTGGAATGTAAAT	GCGTTTGCTACAGGTACGGCTGGTTATACTTTAGAAG
ATTTCTAATCTAACCATACTGGAATATAATT

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_014150.1|WP_013113746.1|1426059_1426563_+|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	gnl|CDD|366863
NC_014150.1|WP_148218335.1|1423760_1426052_+|CRISPR-associated-helicase-Cas3'	cas3	cd09639_cas3_CAS-I	gnl|CDD|187770
NC_014150.1|WP_013113756.1|1442707_1443898_+|MFS-transporter	unknown	unknown	gnl|CDD|340883
NC_014150.1|WP_013113747.1|1426590_1427583_+|type-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	gnl|CDD|187853
NC_014150.1|WP_013113741.1|1419575_1420334_+|CRISPR-associated-endoribonuclease-Cas6	cas6	pfam01881_cas6_CAS-I:CAS-III	gnl|CDD|273848
NC_014150.1|WP_013113742.1|1420350_1422111_+|CRISPR-associated-protein	cas8b2	cd09754_cas8b2_CAS-I-B	gnl|CDD|187884
NC_014150.1|WP_013113755.1|1441470_1442670_+|MFS-transporter	unknown	unknown	gnl|CDD|340883
NC_014150.1|WP_013113757.1|1443906_1445709_-|methyl-accepting-chemotaxis-protein	unknown	unknown	gnl|CDD|185008
NC_014150.1|WP_041750077.1|1438917_1439850_+|Rpn-family-recombination-promoting-nuclease/putative-transposase	unknown	unknown	gnl|CDD|372314
NC_014150.1|WP_041750076.1|1431610_1432795_+|cyclic-nucleotide-binding-domain-containing-protein	unknown	unknown	gnl|CDD|223736
NC_014150.1|WP_013113752.1|1437382_1438507_+|serpulina-hyodysenteriae-variable-surface-protein	unknown	unknown	gnl|CDD|368488
NC_014150.1|WP_013113740.1|1418333_1419272_-|SDR-family-oxidoreductase	unknown	unknown	gnl|CDD|187541
NC_014150.1|WP_013113743.1|1422134_1423028_+|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR	cas7	cd09687_cas7_CAS-I-B	gnl|CDD|274215
NC_014150.1|WP_013113748.1|1427589_1427874_+|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	gnl|CDD|187856
NC_014150.1|WP_013113751.1|1434289_1437064_+|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013113739.1|1417558_1418212_-|formamidopyrimidine-DNA-glycosylase	unknown	unknown	gnl|CDD|184831
NC_014150.1|WP_013113758.1|1445979_1446339_-|DUF1667-domain-containing-protein	unknown	unknown	gnl|CDD|377938
NC_014150.1|WP_013113754.1|1439937_1440918_-|alpha/beta-fold-hydrolase	unknown	unknown	gnl|CDD|368448
NC_014150.1|WP_013113750.1|1432791_1433958_+|cyclic-nucleotide-binding-domain-containing-protein	unknown	unknown	gnl|CDD|365819
NC_014150.1|WP_013113744.1|1423020_1423761_+|CRISPR-associated-protein-Cas5	cas5	cd09658_cas5_CAS-I-B	gnl|CDD|273860

HMMScan for Signature genes

Protein	Cas_name	Cas_description	E-value	Identity	Coverage
NC_014150.1|WP_013113746.1|1426059_1426563_+|CRISPR-associated-protein-Cas4	cas4	pfam01930_cas4_CAS-I	2.9e-42	139.3	5.3
NC_014150.1|WP_148218335.1|1423760_1426052_+|CRISPR-associated-helicase-Cas3'	cas3	cd09639_cas3_CAS-I	2.9e-74	244.9	4.4
NC_014150.1|WP_013113748.1|1427589_1427874_+|CRISPR-associated-endonuclease-Cas2	cas2	cd09725_cas2_CAS-I:CAS-II:CAS-III:CAS-V	6.6e-23	75.5	0.9
NC_014150.1|WP_013113747.1|1426590_1427583_+|type-I-B-CRISPR-associated-endonuclease-Cas1	cas1	cd09722_cas1_CAS-I-B	8.6e-136	447.0	17.6
NC_014150.1|WP_013113741.1|1419575_1420334_+|CRISPR-associated-endoribonuclease-Cas6	cas6	pfam01881_cas6_CAS-I:CAS-III	2e-22	75.0	6.0
NC_014150.1|WP_013113742.1|1420350_1422111_+|CRISPR-associated-protein	cas8b2	cd09754_cas8b2_CAS-I-B	1.7e-16	55.0	5.0
NC_014150.1|WP_013113743.1|1422134_1423028_+|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR	cas7	cd09687_cas7_CAS-I-B	1.6e-64	212.6	9.7
NC_014150.1|WP_013113744.1|1423020_1423761_+|CRISPR-associated-protein-Cas5	cas5	cd09658_cas5_CAS-I-B	5.2e-24	80.0	7.5

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_014150.1|WP_013113746.1|1426059_1426563_+|CRISPR-associated-protein-Cas4	gnl|CDD|366863	pfam01930, Cas_Cas4, Domain of unknown function DUF83. This domain has no known function. The domain contains three conserved cysteines at its C-terminus.	2.70279e-43
NC_014150.1|WP_148218335.1|1423760_1426052_+|CRISPR-associated-helicase-Cas3'	gnl|CDD|187770	cd09639, Cas3_I, CRISPR/Cas system-associated protein Cas3. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; DEAD/DEAH box helicase DNA helicase cas3'; Often but not always is fused to HD nuclease domain; signature gene for Type I.	6.79955e-58
NC_014150.1|WP_013113756.1|1442707_1443898_+|MFS-transporter	gnl|CDD|340883	cd17325, MFS_MdtG_SLC18_like, bacterial MdtG-like and eukaryotic solute carrier 18 (SLC18) family of the Major Facilitator Superfamily of transporters. This family is composed of eukaryotic solute carrier 18 (SLC18) family transporters and related bacterial multidrug resistance (MDR) transporters including several proteins from Escherichia coli such as multidrug resistance protein MdtG, from Bacillus subtilis such as multidrug resistance proteins 1 (Bmr1) and 2 (Bmr2), and from Staphylococcus aureus such as quinolone resistance protein NorA. The family also includes Escherichia coli arabinose efflux transporters YfcJ and YhhS. MDR transporters are drug/H+ antiporters (DHA) that mediate the efflux of a variety of drugs and toxic compounds, and confer resistance to these compounds. The SLC18 transporter family includes vesicular monoamine transporters (VAT1 and VAT2), vesicular acetylcholine transporter (VAChT), and SLC18B1, which is proposed to be a vesicular polyamine transporter (VPAT). The MdtG/SLC18 family belongs to the Major Facilitator Superfamily (MFS) of membrane transport proteins, which are thought to function through a single substrate binding site, alternating-access mechanism involving a rocker-switch type of movement.	1.01936e-13
NC_014150.1|WP_013113747.1|1426590_1427583_+|type-I-B-CRISPR-associated-endonuclease-Cas1	gnl|CDD|187853	cd09722, Cas1_I-B, CRISPR/Cas system-associated protein Cas1. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas1 is the most universal CRISPR system protein thought to be involved in spacer integration; Cas1 is metal-dependent deoxyribonuclease, also binds RNA; Shown to possess a unique fold consisting of a N-terminal beta-strand domain and a C-terminal alpha-helical domain.	2.22877e-163
NC_014150.1|WP_013113741.1|1419575_1420334_+|CRISPR-associated-endoribonuclease-Cas6	gnl|CDD|273848	TIGR01877, CRISPR-associated_endoribonuclease_Cas6_1, CRISPR-associated endoribonuclease Cas6. CRISPR is a term for Clustered, Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR-Associated) proteins. This broadly distributed, highly divergent Cas family is now characterized as an endoribonuclease that generates guide RNAs for host defense against phage and other invaders. The family contains a C-terminal motif GXGXXXXXGXG, where the each X between two Gly is hydrophobic and the spacer XXXXX contains (usually) one Arg or Lys. The seed alignment for the current version of this model has gappy columns removed. Members of this protein family are found associated with several different CRISPR/cas system subtypes, and consequently we designate this family Cas6.	1.00478e-14
NC_014150.1|WP_013113742.1|1420350_1422111_+|CRISPR-associated-protein	gnl|CDD|187884	cd09754, Cas8a1_I-A, CRISPR/Cas system-associated protein Cas8a1. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Large proteins, some contain Zn-finger domain; signature gene for I-A subtype; also known as CXXC_CXXC family.	3.12917e-13
NC_014150.1|WP_013113755.1|1441470_1442670_+|MFS-transporter	gnl|CDD|340883	cd17325, MFS_MdtG_SLC18_like, bacterial MdtG-like and eukaryotic solute carrier 18 (SLC18) family of the Major Facilitator Superfamily of transporters. This family is composed of eukaryotic solute carrier 18 (SLC18) family transporters and related bacterial multidrug resistance (MDR) transporters including several proteins from Escherichia coli such as multidrug resistance protein MdtG, from Bacillus subtilis such as multidrug resistance proteins 1 (Bmr1) and 2 (Bmr2), and from Staphylococcus aureus such as quinolone resistance protein NorA. The family also includes Escherichia coli arabinose efflux transporters YfcJ and YhhS. MDR transporters are drug/H+ antiporters (DHA) that mediate the efflux of a variety of drugs and toxic compounds, and confer resistance to these compounds. The SLC18 transporter family includes vesicular monoamine transporters (VAT1 and VAT2), vesicular acetylcholine transporter (VAChT), and SLC18B1, which is proposed to be a vesicular polyamine transporter (VPAT). The MdtG/SLC18 family belongs to the Major Facilitator Superfamily (MFS) of membrane transport proteins, which are thought to function through a single substrate binding site, alternating-access mechanism involving a rocker-switch type of movement.	3.41912e-14
NC_014150.1|WP_013113757.1|1443906_1445709_-|methyl-accepting-chemotaxis-protein	gnl|CDD|185008	PRK15048, PRK15048, methyl-accepting chemotaxis protein II; Provisional.	8.73017e-55
NC_014150.1|WP_041750077.1|1438917_1439850_+|Rpn-family-recombination-promoting-nuclease/putative-transposase	gnl|CDD|372314	pfam12784, PDDEXK_2, PD-(D/E)XK nuclease family transposase. Members of this family belong to the PD-(D/E)XK nuclease superfamily. These proteins are transposase proteins.	3.66934e-69
NC_014150.1|WP_041750076.1|1431610_1432795_+|cyclic-nucleotide-binding-domain-containing-protein	gnl|CDD|223736	COG0664, Crp, cAMP-binding proteins - catabolite gene activator and regulatory subunit of cAMP-dependent protein kinases [Signal transduction mechanisms].	6.6521e-12
NC_014150.1|WP_013113752.1|1437382_1438507_+|serpulina-hyodysenteriae-variable-surface-protein	gnl|CDD|368488	pfam05540, Serpulina_VSP, Serpulina hyodysenteriae variable surface protein. This family consists of several variable surface proteins from Serpulina hyodysenteriae.	6.87689e-130
NC_014150.1|WP_013113740.1|1418333_1419272_-|SDR-family-oxidoreductase	gnl|CDD|187541	cd05230, UGD_SDR_e, UDP-glucuronate decarboxylase (UGD) and related proteins, extended (e) SDRs. UGD catalyzes the formation of UDP-xylose from UDP-glucuronate; it is an extended-SDR, and has the characteristic glycine-rich NAD-binding pattern, TGXXGXXG, and active site tetrad. Extended SDRs are distinct from classical SDRs. In addition to the Rossmann fold (alpha/beta folding pattern with a central beta-sheet) core region typical of all SDRs, extended SDRs have a less conserved C-terminal extension of approximately 100 amino acids. Extended SDRs are a diverse collection of proteins, and include isomerases, epimerases, oxidoreductases, and lyases; they typically have a TGXXGXXG cofactor binding motif. SDRs are a functionally diverse family of oxidoreductases that have a single domain with a structurally conserved Rossmann fold, an NAD(P)(H)-binding region, and a structurally diverse C-terminal region. Sequence identity between different SDR enzymes is typically in the 15-30% range; they catalyze a wide range of activities including the metabolism of steroids, cofactors, carbohydrates, lipids, aromatic compounds, and amino acids, and act in redox sensing. Classical SDRs have an TGXXX[AG]XG cofactor binding motif and a YXXXK active site motif, with the Tyr residue of the active site motif serving as a critical catalytic residue (Tyr-151, human 15-hydroxyprostaglandin dehydrogenase numbering). In addition to the Tyr and Lys, there is often an upstream Ser and/or an Asn, contributing to the active site; while substrate binding is in the C-terminal region, which determines specificity. The standard reaction mechanism is a 4-pro-S hydride transfer and proton relay involving the conserved Tyr and Lys, a water molecule stabilized by Asn, and nicotinamide. Atypical SDRs generally lack the catalytic residues characteristic of the SDRs, and their glycine-rich NAD(P)-binding motif is often different from the forms normally seen in classical or extended SDRs. Complex (multidomain) SDRs such as ketoreductase domains of fatty acid synthase have a GGXGXXG NAD(P)-binding motif and an altered active site motif (YXXXN). Fungal type ketoacyl reductases have a TGXXXGX(1-2)G NAD(P)-binding motif.	0
NC_014150.1|WP_013113743.1|1422134_1423028_+|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR	gnl|CDD|274215	TIGR02585, conserved_protein, CRISPR-associated protein Cas7/Cst2/DevR, subtype I-B/TNEAP. CRISPR is a term for Clustered Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR associated) proteins. This clade is a member of the DevR family (TIGR01875) and includes the DevR protein of Myxococcus xanthus, a protein whose expression appears to be regulated through a number of means, including both location and autorepression; DevR mutants are incapable of fruiting body development.	6.53318e-58
NC_014150.1|WP_013113748.1|1427589_1427874_+|CRISPR-associated-endonuclease-Cas2	gnl|CDD|187856	cd09725, Cas2_I_II_III, CRISPR/Cas system-associated protein Cas2. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) and associated Cas proteins comprise a system for heritable host defense by prokaryotic cells against phage and other foreign DNA; Cas2 is present in majority of CRISPR/Cas systems along with Cas1; RNAse specific to U-rich regions; Possesses an RRM/ferredoxin fold.	1.63052e-20
NC_014150.1|WP_013113739.1|1417558_1418212_-|formamidopyrimidine-DNA-glycosylase	gnl|CDD|184831	PRK14811, PRK14811, formamidopyrimidine-DNA glycosylase; Provisional.	3.3674e-15
NC_014150.1|WP_013113758.1|1445979_1446339_-|DUF1667-domain-containing-protein	gnl|CDD|377938	pfam07892, DUF1667, Protein of unknown function (DUF1667). Hypothetical archaeal and bacterial proteins make up this family. A few proteins are annotated as being potential metal-binding proteins, and in fact the members of this family have four highly conserved cysteine residues, but no further literature evidence was found in this regard.	1.84205e-36
NC_014150.1|WP_013113754.1|1439937_1440918_-|alpha/beta-fold-hydrolase	gnl|CDD|368448	pfam05448, AXE1, Acetyl xylan esterase (AXE1). This family consists of several bacterial acetyl xylan esterase proteins. Acetyl xylan esterases are enzymes that hydrolyze the ester linkages of the acetyl groups in position 2 and/or 3 of the xylose moieties of natural acetylated xylan from hardwood. These enzymes are one of the accessory enzymes which are part of the xylanolytic system, together with xylanases, beta-xylosidases, alpha-arabinofuranosidases and methylglucuronidases; these are all required for the complete hydrolysis of xylan.	1.77293e-121
NC_014150.1|WP_013113750.1|1432791_1433958_+|cyclic-nucleotide-binding-domain-containing-protein	gnl|CDD|365819	pfam00027, cNMP_binding, Cyclic nucleotide-binding domain.	1.35377e-08
NC_014150.1|WP_013113744.1|1423020_1423761_+|CRISPR-associated-protein-Cas5	gnl|CDD|273860	TIGR01895, conserved_hypothetical_protein, CRISPR-associated protein Cas5, subtype I-B/TNEAP. CRISPR is a term for Clustered Regularly Interspaced Short Palidromic Repeats. A number of protein families appear only in association with these repeats and are designated Cas (CRISPR associated) proteins. This family is represented by TM1800 from Thermotoga maritima. It is related to TIGR01868 (CRISPR-associated protein, CT1976 family).	6.40888e-20

Protein sequences

>NC_014150.1|WP_013113748.1|1427589_1427874_+|CRISPR-associated-endonuclease-Cas2
MYLILVYDIQTDDEDGARAARTVFKTCKAYLNHIQKSVFEGELSKVQYLELKNKLFDILRKEKDSCIVFKSRNEKWLDKEFLVEESIDKTSNFI
>NC_014150.1|WP_013113747.1|1426590_1427583_+|type-I-B-CRISPR-associated-endonuclease-Cas1
MSKSYYLFSSGELKRKDNTLQFIKSNGEKRDLPIQIIYDIYIFSEVTINTKLLNFLSQIGICVHFFNYYEFYSGSFYPREKLVSGDLLVHQVMHYSDYDKRVSLAKKFVYGASDNILRNLKYYDNRGRDLKEEIKSIEKLKSSIDLYYNINEIMGIEGNIHKVYYSSWKKIINQEIDFEKRVKRPPDNMINSLISFLNSVLYTKVLSEIYKTQLNPTISYLHEPSVKRFSLSLDTAEIFKPLIVDRLIFSLLNKKMISENDFDKDSNFLRLKDKALKTIMEELEKRLTTTVNHRSLKRDVSYKHLIRLELYKISKHLLNEKEYKPFVIWW
>NC_014150.1|WP_013113746.1|1426059_1426563_+|CRISPR-associated-protein-Cas4
MMRENINYVTGTIYSYSFLCMRKVWLSYHNLSFEGESELVKIGKFIDENTYANQKHNFMIDNKVNIDFLKNNVVHEIKKSDKEKQMAINQIKYYLFILKQYGFDDIKGELNIPSKRYKEEVILEEGDDEKILERLRTINKIIKEKNIPEVINKSACKKCAYYEFCYI
>NC_014150.1|WP_148218335.1|1423760_1426052_+|CRISPR-associated-helicase-Cas3'
MKKEDFLAKSNKYNNYYNTESIEKHTKNLIRLFEDFKTLYKKYFTEKELELIKISLETHDLGKMNSRFQKKIYKSIDKNFEFDEYNNELEKLYKELNIDEVPHGILSCAFLNINELEEKFSENEIKALVSSVYNHHTRKALNNNGLEISASDIKKIIEKDVSFYKQYYDDKLKCKYIGVSMNVIKENYNTSYDIWKNYIIIKGMLNKIDYAASAYDDYIEIGSDDASKKVLSRFEPNECQKYMLENKDKNIIVIASTGIGKTEGALLWAKKSKTFYTLPLKVSINAIYERIKNNYYDKEKITFLHSDSINDMLDNDLSIDDVIDKYNKSKKLSFPFTVCTIDQLFYFVFKSLGTEIFPAALKYSKLIIDEIQSYTPEITAFIIYGLKVINDIGGKFCIITATFPPIVKKLMEENNINFEMPSKAFLKKDKNNESIKRHFIKFIDEDIFNYDNIIKSAENKKVLVICNTVKHSQEVYNILKEYNIKNINLLHSRFLMKDRKKKEDDIKNFAPNDISKREETYGIWISTQIVEASLDIDFDELHTDMSSADSLLQRMGRVYRDRAYNKNEPNIFIYNTKDGYGSVYDKEIYDNSKMFLKYYDNKIFTEEDKQDFINKVYDEEILKESNYLKQIKNTLKQIKDLPPASVDKGDCERLFRKIDNVTVMPSIIYNDLINEENNIIDEYRKLLNMDKLSKENYEKLLKKKNELLKFTVPIKTYKKIKNYSGIEINLNKNINKNKIFIVELEYDKELGLLDKKDNSILMD
>NC_014150.1|WP_013113744.1|1423020_1423761_+|CRISPR-associated-protein-Cas5
MYDNITKAIKIECYQNMPNYKRPSSIQFQESFKLPPYSTVIGMIHKVCSCKSGEYMPMKVSIQGETKSSLTDLYTRYFFGIKYDPSRHQLKVKNPDGSFDGITKGLGYAEVIVDVNLIIHIVPEDESLFDFILKGLKKPCVYPALGRHEDILRIDNVSIVETEKTDEIEMFYDAYIPYSMIDNIINKEELIGTIYNLNKVFDINKKTNIRYWKEKVKAKYINKGSVIAFKKEVIQEKESKLGLFLA
>NC_014150.1|WP_013113743.1|1422134_1423028_+|type-I-B-CRISPR-associated-protein-Cas7/Cst2/DevR
MENKGLTLSIIFEAESANYGESFGNISSLKKLSRGDGNSYSYISRQALRYNIINQLGWDNTKVSNADKVVQFEKDASIKDYPEIDFFGYMKTGKNSVNGSSNTRNAVVRLSNAVALESYNSDLDFLTNMALAKRGAMDNAIAQSEIHKSYYAYTVTIDLDKVGIDEIIKDKENNKEIQEIDNKEKAKRVKELLKILKTLYRDIKGRRENLSPLFIIGGVYNIKNPFFENRLKVNKNNLEIKTIKDVLDLDSEIKNNTICGLVDSIFANTEEIKKELDAKTVSYVIDELSKKVDEYYV
>NC_014150.1|WP_013113742.1|1420350_1422111_+|CRISPR-associated-protein
MAKTKKSSQHELNLEDNQNNNIKKKEEYFEINLDTFLFNAGVIGFIEVLEKSEAHKGTSLDDKKDFYYEGQTLYINKKFLLNADLSQIYIDAMIKKFSDKTNISESIKKIDIILNDKENKDFKDDIKNIIDYFSAASIKTGLETLISKGISVNIQDNIEKIKEIIKSKNPNTEHIKNYLKEIKSDFENSKEVRDTLLMKNIMYTKINPFWENKAFLLPANSKKDIKEMFYKSFEEPLKELINNKKKFNYNCIVCNESINKDIDTTFLFEVGVDTNRKKSAFWNYNADSFICALCNYIYACTPLGFIDMSNLMLFVNQNDSIETLIKMNEKIDFVNNEDNKTYTAYNEIIRRILSEKTKELKSIQVIVRDKNHYLFNTIGKDSLQIIESMKDELNDIAKIKSIKITDDYWIDIYKDCLENILNFKNQWNLIFKLLKIEDNKFILNTIFNILKIQIAKDIIFLKEDNNMQKQFDLAYIAYKNGNEIRAKLIGANSSANLNSEQNKEADNKLRGLVYQLINYVHTSNRDLFLSNITRLYAGMNLSIPSIFLNIFKSDEEFKVIGNAYILGLKGSFYDNENSKNNDKKDN
>NC_014150.1|WP_013113741.1|1419575_1420334_+|CRISPR-associated-endoribonuclease-Cas6
MRINLNFELENNIINKEYRLTIISFIKNALKNYLPNTYDAIYNNNTKMKAFTFGVYLPDAKINNDNIELSSRYINVTFSIFDNQLFIELYNSFNNMINKKYPKDENTKSQMIMTLKKITMQNEKPIKQNRIIIKFLSPLVLRSHNRETNKDIYVTFKDDNFNDILNQSVERLAKEFDFEISQIKLTPLNLTDDNGNIIQEESKTTVVPFKELLINVSYGKFCLEGGIKLLNNLYKTGIGSRRSEGFGLFEVL
>NC_014150.1|WP_013113740.1|1418333_1419272_-|SDR-family-oxidoreductase
MKRIIVTGGAGFLGSHLCERLLNEGNYVISIDNFFTGSNENIKHLADNKNFESIRHDITEPIHIECDEIYNFACPASPIHYQRNPVHTFKTSVFGILNMLDLARDCNARILQASTSEVYGDPLEHPQKESYWGHVNPNGIRSCYDEGKRSAETLMMDYHRQYNTDIKIIRIFNTYGPRMNENDGRVVSNFVIQALKNADITVYGDGSQTRSFCYCDDLIDGAVRMMNSENFIGPVNLGNPYEMTVLEFAKKIIEMTNSKSKIVFKELPKDDPVKRQPNITLAKEKLDWTPNYKLEEGLKKTIEYFDNYLKNK
>NC_014150.1|WP_013113739.1|1417558_1418212_-|formamidopyrimidine-DNA-glycosylase
MKELPNLITLINSIKGEICYSYINKIVAIDKQYKEMEDVEGQKIIDVLRYGGYMHFQFSQDAMLVDLGPNGSFVLTEDDTYDNSIIKLETDHGNFFVVDDGKNKEEMTKIIPIWKDSTTMPQIGYDPLTKQFNYNLFCQLLADNDTTVEKLIKNPLILSGIGNVYGDMILKKASITKKTKTSEITKVKAREIFDAIKQVLREASGNTEEEDSDISEE
>NC_014150.1|WP_041750076.1|1431610_1432795_+|cyclic-nucleotide-binding-domain-containing-protein
MINYNKINFKKSSTLFISGQYPDGKFYIINKGKVIFESYFADNFKYEHKKGDIIGIVSAVMNEPYFSTSKVIEDTEVIEIDVREIEKIDNVELMNKIYKHLINTMEVWVKKYYYFLYKYSKVDSSEKLNITYICKSYIDKGFLYAAIKIYENNQEKINDKNVVNKISKIEPIESPKEITKGVFSFKKGSCLFEETSQNNYIYFVKSGIVGVYSYFNHKPVTRMKYYDNDIFGYKDLLGKKVIANTAIVLEDSIIKIMDKKEFENMIIEDKATRVYLIKMMSARVYNTIARIKAININNVILKILTVIEGLIKLDLMFKKTNYIALFYTIDDILSMVFIDHTDYVEREIKKIKSIKITDEKNIVISNINNFFKEYQIYFKRNSDKINNEDFGDDI
>NC_014150.1|WP_013113750.1|1432791_1433958_+|cyclic-nucleotide-binding-domain-containing-protein
MIKYNKIEFKKSSIIFIYGENAKNFFYIISKGSAVSYNYFDENYNIYHKKGDIIGLVNAAVNVPYFETVKAEEDTEVMEININELDKITNIHLIKKLYDHLTNVMEIRLNQYFYIFSKEKNIPFKKESDILKIAEVYKNNGYDDAAYKMYNKYIELNGESKEIKKIMSKIKPSNTASLVIDGIYKLEKGTCIFTELESADKLYIILSGKVGIYTMFNSKIITRTIYTDNEIINGYNSLANNKMLITTAIAIEDTIIKIFKKEDMLELVKTDKELRVRSIKFLSMRIYTIMRSINTFSINGITSKVLLILESFIRMERLFKETNTIKSKYNIYDIFSMIGVEENEYSLREIKKIKSIDIDKNGNIIFPDIRKFMREYKKYKNINSSKTE
>NC_014150.1|WP_013113751.1|1434289_1437064_+|hypothetical-protein
MKKYILFLTLIFTISVNLYTQVFKPFRKLYTIQTEKFEIIFPIESRRTAENLAKVADDIYEKYSKILNSTVRGKIPITITPDFNLFNSAAMIIPASSLILYDTNLDENFTSFSNNFETVFIHELTHLLTMASENTGLATKVMGNWASFVHINAMPFMIEGAPVSMESFTGFGRANDPLVKERLRQDIFEGNFRTPIQASYVWTKMPYGNVYYEYGGLFSKYLQDRFGMEKYNEFWNRMQTRLHFSFLVYNSGVYGAFKKVYGIKFTEVWSDFQNYLVLTDINPSEELRVNDKETFINDIASYNDTLYYIDGDIGALYSYKEKRNNENNKKDLKLEFLIDRSSESLDISKDGSNALIVSYMFNGGLYKYIVKEYDLNKKRRTKRKWFDLQYARYFKNGIIGISKDLHNSVLVYINENNEKEILLQANDNFGYSSPTVIDDNNIALIVTDNGIKHIAIFNYNSKTLKYIDTKDNTFNYVRYLKYSNNKLLFSYNNNDRFYKLGEINLNNNSIKLYTKDYSGGVFSAVYAGESIYYKGRFSEFDRLMKYTDNSSQTKNFAYTDKTINKYEFTPQMDMGNYNAFKYFKPWTMWVPLPQVNDTFPFLVNGLGILSVISSPSANNLALIWLGYDIPSNFLQTELTVTSFSMLYPLYFGFKSDVVYSTYNYWRLNTYLAMQFLINTESDKVHFLLEPSISGALFSEFVNPQTNTSSAFTWKYSSYTFNISLKASMIFRVQTDKPYRDDLVDITIYPTYSIRYNKFAIDFNTKFQTRYVPIRASFYGSYAFDTNTAFDGNSAVFGAREVKAPEEFYSYVQNKKYKSNYFLGGDVELLGYLSSHFNLSHIYFDNFFASLSYRFAYYSKEYMHSAALKAGFDASIPVSGYQNIVTGEPYLLLALRLPKSLDKSIIQNYPTLNDIYIGFGFQMSW
>NC_014150.1|WP_013113752.1|1437382_1438507_+|serpulina-hyodysenteriae-variable-surface-protein
MKKVLLTAMALLTIATASVFGMYGADGNDWINFLVHGNQFRARMDQLGFTLGNGTIKGTLGFKADGGWMGQILSGNNSGVQLDATLSAGIGYTSDMFGIGVGYNFTYIDKYLQVHTPTLLLNALNDSLRVAIPVQVAVADNAYGNGTKFTGVGFNQIELRYYTGIDAFNLIRLDLNYKNGTWENNSSKSTVETFGMQLRLYFLNTQVGNVTVNPYIRIDYHQALKGNYLGNDFSRDYLTIGDMYRNERGYALGENQSQSDIYDVSPFYLSIKPVLSLAASSDTVSLYFEPAIGYAVASQKQKGAAQQTSHALTWAAYAEMYVTPVKDLEWYFEMDVNGNVTGKTGSVANVNLPPVLFETTTGITWYLPSFGANE
>NC_014150.1|WP_041750077.1|1438917_1439850_+|Rpn-family-recombination-promoting-nuclease/putative-transposase
MRNINRMNDYFVRYLLGSLGNEDILENIVNAVLEDLGFETVHNLQIINPHNLPENINLKESVLDVKAVTKDSRKVIIEIQLSGNIDFLKRIYYYISKNIVSEVEEKEPYDIISEVISINFVDFYMDFNDKGKPHRCFKLIDTENQEIVLDMVQMHIVEVPRFIKVVNNADIEYIKKNRILSWIEFFTAKDLDKVKDKLKEVNMIMPKVINKYERFISSEDEMEVYNARDAFLYGQTLMLRREREEGLQEGIERGMERGMERGLEEGRREGMQEGIRKEQITIARSLKNAGIDIKIISENTGLSVEEVLKL
>NC_014150.1|WP_013113754.1|1439937_1440918_-|alpha/beta-fold-hydrolase
MAFFDLSLEELYKYKGVSEEPKDFDEFWDNTLKENNHNTEAKYTLIDTHLKLFDVWNVSFNGYLKHKINGWYIAPKYASENNQKLTCIMCYPGYGGGRDYPIKHLLFPSAGYSVFVMEVRGQGAEGGNGALTPDPIGSTPHADGFLTMGILDKKDYYYKRVFIDAVKSLEAAKEHSLTGKIAINGTSQGGGISLAVLGLSSITKEKIEAAMIDVPFLCDYKRACTITDTLPYNEIARFCKTNRMHEKTVFNTLSYFDGALFAKRSKVKALFSVGLMDVLCPPSTVFAAYNNYAGDKSINVYTFNGHEGGDNEQSERKLEFLSSLNL
>NC_014150.1|WP_013113755.1|1441470_1442670_+|MFS-transporter
MIILIYSMPFLIYLCSSIFSTVLVINASKMGAAPFFISMLGVSYGMGMMITAGIFSKIKIPKKYYTNLIYIEAVMQMIISALCLIFMPMEMSVFYSFLYGCSTTIFFVCFQSSLDIVSKDLPIRLSGALFIFSWSLGFAVGPSITGLIYDINYKIGFYIVIAMSFIIFILFYLSRHIRFKANRIKKFGEPFMRAPRYKVYIGWLIIFVGALVLHTLRFMFLDYGIKEAGLSEAKAATLVGSLSAFMAVGTLAGSFYLRFLEKKRVFTIVGLLTPIALTLILISKNFYVFIIAFMFLGLVSGFGYFFGLYYALADQENSASNVAVNEALTGVAALFIPFSVGYLASHYSYFAGFLFMMIVSLICYIIAIVIMHKKRLSSKEKLNNNEKIENIIIEQSNMQ
>NC_014150.1|WP_013113756.1|1442707_1443898_+|MFS-transporter
MIILVYSMPFLIYLCSSIFSTVLVINASKAMATPFFISLIGVSYGTGMMISASIFSKFKIPKRIYPKILYAEACSQIIISVLCLIYLKNEMVLLYSFLFGANVTAFFVCFQSLLDSVSKDLPIRISSGLFIFSWTLGLAVGPIVTGFIYKLNPNIGFMIVIAMSILIFTFFYMSRHLHLKANRHKWEEPFMRAPRYKVYIGWLIIFVGAAVLHTLRFMFLDYGIKEAGLSESKAAMLVGSLSAFMAIGALFSAFYLRFLEKKRVFTVVGLLTPAALTLILITKNFWIFLIAFVFLGFVSGFGYFFGLYYALADQENATANVAVNEALTGIAALIIPFAVGYLASNFSYFIAFLFMMIVSLICYSIAIYIMWQKKRTALLKEKFKKLIEEADKQYDK
>NC_014150.1|WP_013113757.1|1443906_1445709_-|methyl-accepting-chemotaxis-protein
MKNDLIIKFLAPFIIFLVLVLAIIYFIYKPIYKNQFLEETKSKAMNIDIVAEDYINAIKDDMLLISKNLEIIPDYESFGRFITNIQRTYKNYLSIYFGETISYSDGGLFINTLVVHPRTYDHVGRGWYQDAINTNDIVISAPYLDAASGKIAITFSKAIYTNSHLMGVVGIDFDNMEDFIVKGKRYFDCNFHLVYLDGTFITHDNKDYILNKDNTLFNDPIFAEYKDNFSNIDEKIDIVKDEWFFIKRINNAPFFLVFKDSASDFYNNFNKLMLSFLVVVIILILLEFLLVSKIAIPLSRNLNNAINTITSMKDGNFNNKFEENELAKNGMAGHLNNSINDMQFAINNLVSQLKMNIQAISNASNEIASGIDNLSNRTSSEAAVVEEISSSVESLFSAISSTAKNCQLAKDMSYEVTQSANKGVQSVNEITNNMNEIYESSKEISSISKVIQNVAFQTNILALNAAVEAARAGDQGKGFAVVASEIRTLAQNVNEAAVNITSIIETTVSKIDVGNSSAKNSLDILSEIEKSTKDVLEILVNISSSVNEEEDSVKQIGSSMNELNNITQENSNLASHSSELGRDIANGTDNIQKELVYFKL
>NC_014150.1|WP_013113758.1|1445979_1446339_-|DUF1667-domain-containing-protein
MEKKELTCICCPMGCALSVDMDGNQVTSVSGNTCKRGDTYARDEVVRPVRMVTSIVKIKNGKLKMLPVKTKEPIDKSRINECLEALKTVEVQAPIHIGDIVLHNAAGSDIVATRNIEAL

Crispr_ID: NC_014150_3

• CRISPR_ID: NC_014150_3
• CRISPR_location: 1620794-1620928
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 1 spacers

Consensus repeat of NC_014150_3

Consensus_repeat	Method
TCACTTGCTTTGAGTTTATAGGCGAGCACGAGCATAACAA	CRISPRCasFinder

spacers of NC_014150_3

>3.1|1620834|55|NC_014150|CRISPRCasFinder
TAAAGGAGGAAAGCGAATGCGAGCCTCAAAGTAAGTTCGCCGAAGGCGGACACAG

CRISPR arrays and Neighbor proteins around NC_014150_3

CRISPR arrays

The CRISPR arrays of NC_014150_3

>merge|NC_014150|3|1620794-1620928|CRISPRCasFinder
TCACTTGCTTTGAGTTTATAGGCGAGCACGAGCATAACAATAAAGGAGGAAAGCGAATGCGAGCCTCAAAGTAAGTTCGCCGAAGGCGGACACAGTCACTTGCTTTGAGTTTATAGGCGAGCACGAGCATAACAA

>NC_014150|3|3|1620794-1620928|CRISPRCasFinder
TCACTTGCTTTGAGTTTATAGGCGAGCACGAGCATAACAA	TAAAGGAGGAAAGCGAATGCGAGCCTCAAAGTAAGTTCGCCGAAGGCGGACACAG
TCACTTGCTTTGAGTTTATAGGCGAGCACGAGCATAACAA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_014150.1|WP_013113930.1|1627072_1628527_+|ribosome-biogenesis-GTPase-Der	unknown	unknown	gnl|CDD|234628
NC_014150.1|WP_041750085.1|1622766_1624608_+|HAMP-domain-containing-protein	unknown	unknown	gnl|CDD|185001
NC_014150.1|WP_041750086.1|1628531_1629179_+|glycerol-3-phosphate-1-O-acyltransferase-PlsY	unknown	unknown	gnl|CDD|223421
NC_014150.1|WP_013113925.1|1621727_1621988_+|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013113914.1|1609843_1610296_-|DIP1984-family-protein	unknown	unknown	gnl|CDD|213403
NC_014150.1|WP_013113913.1|1607872_1609432_+|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013113932.1|1629314_1629731_+|hypothetical-protein	unknown	unknown	gnl|CDD|378822
NC_014150.1|WP_013113927.1|1622339_1622549_+|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013113924.1|1620932_1621727_+|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013113929.1|1624880_1626731_+|methyl-accepting-chemotaxis-protein	unknown	unknown	gnl|CDD|185001
NC_014150.1|WP_020004132.1|1626802_1626919_-|DUF86-domain-containing-protein	unknown	unknown	gnl|CDD|366864
NC_014150.1|WP_013113912.1|1606993_1607740_-|2,3-diphosphoglycerate-dependent-phosphoglycerate-mutase	unknown	unknown	gnl|CDD|184516
NC_014150.1|WP_013113917.1|1612065_1613718_+|sodium:proton-antiporter	unknown	unknown	gnl|CDD|224671
NC_014150.1|WP_013113918.1|1614374_1615169_+|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013113916.1|1610949_1611792_+|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013113926.1|1622005_1622353_+|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013113915.1|1610414_1610855_+|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013113923.1|1620023_1620638_+|glycoside-hydrolase-family-19-protein	unknown	unknown	gnl|CDD|225720
NC_014150.1|WP_013113911.1|1605444_1606740_-|phosphopyruvate-hydratase	unknown	unknown	gnl|CDD|234617
NC_014150.1|WP_013113921.1|1616814_1617696_+|hypothetical-protein	unknown	unknown	unknown

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_014150.1|WP_013113912.1|1606993_1607740_-|2,3-diphosphoglycerate-dependent-phosphoglycerate-mutase	gnl|CDD|184516	PRK14115, gpmA, 2,3-diphosphoglycerate-dependent phosphoglycerate mutase.	0
NC_014150.1|WP_013113914.1|1609843_1610296_-|DIP1984-family-protein	gnl|CDD|213403	cd12208, septicolysin_like, putative septicolysin, cholesterol-dependent cytolysin family and related proteins. This group contains some members identified as septicolysin. While septolysin is poorly characterized, it has been identified as a a cholesterol-dependent cytolysin, and acts to facilitate the infection of certain pathogenic bacteria to cells. Cholesterol-dependent cytolysins are pore-forming toxins that aid in bacterial pathogenesis of various gram positive species. Pores are formed by oligomerization into ring-like structures. Related proteins in eukaryotic immune systems use this pore-forming mechanism.	3.038e-42
NC_014150.1|WP_041750085.1|1622766_1624608_+|HAMP-domain-containing-protein	gnl|CDD|185001	PRK15041, PRK15041, methyl-accepting chemotaxis protein.	2.62816e-72
NC_014150.1|WP_041750086.1|1628531_1629179_+|glycerol-3-phosphate-1-O-acyltransferase-PlsY	gnl|CDD|223421	COG0344, COG0344, Predicted membrane protein [Function unknown].	1.05255e-45
NC_014150.1|WP_013113917.1|1612065_1613718_+|sodium:proton-antiporter	gnl|CDD|224671	COG1757, NhaC, Na+/H+ antiporter [Energy production and conversion].	1.24501e-57
NC_014150.1|WP_013113923.1|1620023_1620638_+|glycoside-hydrolase-family-19-protein	gnl|CDD|225720	COG3179, COG3179, Predicted chitinase [General function prediction only].	1.01084e-51
NC_014150.1|WP_013113911.1|1605444_1606740_-|phosphopyruvate-hydratase	gnl|CDD|234617	PRK00077, eno, enolase; Provisional.	0
NC_014150.1|WP_013113930.1|1627072_1628527_+|ribosome-biogenesis-GTPase-Der	gnl|CDD|234628	PRK00093, PRK00093, GTP-binding protein Der; Reviewed.	0
NC_014150.1|WP_013113932.1|1629314_1629731_+|hypothetical-protein	gnl|CDD|378822	pfam12158, DUF3592, Protein of unknown function (DUF3592). This family of proteins is functionally uncharacterized.This family of proteins is found in bacteria, archaea, eukaryotes and viruses. Proteins in this family are typically between 150 and 242 amino acids in length.	0.00146397
NC_014150.1|WP_020004132.1|1626802_1626919_-|DUF86-domain-containing-protein	gnl|CDD|366864	pfam01934, DUF86, Protein of unknown function DUF86. The function of members of this family is unknown.	1.88963e-07
NC_014150.1|WP_013113929.1|1624880_1626731_+|methyl-accepting-chemotaxis-protein	gnl|CDD|185001	PRK15041, PRK15041, methyl-accepting chemotaxis protein.	4.06672e-74

Protein sequences

>NC_014150.1|WP_013113923.1|1620023_1620638_+|glycoside-hydrolase-family-19-protein
MITKEQIIKIGINEKWLEPLNNAFEKYDITNTEGGQSSKNEVSMFLAQTTHESNNYKRLEESFNYRPERLFQVFKKRVGSLDKAKELCSKGAKAIGDFVYGGRLGNAQDEGYKYRGRGIIQLTGKNNYKYYGEKLNIDLVNSPDLAKEPDTAIEIALLFWREKGCGLLACKGDVKGVTKLINGGYNGLEDRQNRFERILKILGA
>NC_014150.1|WP_013113921.1|1616814_1617696_+|hypothetical-protein
MISSTKGTILNYFGLANTYNPFTDENSLYTAENLYFEIPNDEPFENAGYVAVSTGLLTNSLAFLNDCTFEIYDDNTKIADLVNVIGEVGNNKYMPQNGQIFWFNKDALRGTYFLNSTYKGKKLKIVRGRFVTTSITSGVLNDIFERTVGVPSYIEEINSMIDSIKNNSAFIIKETITKTDSGTQYWELTFRDDLEYLQVSGYVRGNTDALLSLSSYGLYQNINDSAPFIGWFGSSSSYYYYGGEFQKSFSNYQTGLPNLKWFPILENKPVVGIKNNSENTITAYLYFLVRYKE
>NC_014150.1|WP_013113918.1|1614374_1615169_+|hypothetical-protein
MSFNFQLIVRDKYSEDIFDIISEAQSIKADDIKTDYKTSDGNRAYSIKTGIGNISSGRSFSISIPIYEYKNDLGIWVKIEDQYAKYTSMILSSNIKRYFIRTIFEDEIYEAEYIIKSVGGYNIKYINNLGVVDITLEALDKVFLMQKEEEYEIAVTEDNKQDINYKSLSLVPVPLCFNLEFIVVGGVLEFLFANRDNFGIQCYAELRNGVYNIDFDGERLNINGVSYDYKGIQPELNVGNNIFYLESNQTCIKALVRYKRGILI
>NC_014150.1|WP_013113917.1|1612065_1613718_+|sodium:proton-antiporter
MEHYGILGIIPPLLAIILALVTKEVIISLTLGILSGTLIIAHGNIFTAITIFTDKVAEMSGDAWNIRILLFCALLGAFVSMLSKTGATKAFGLWASKYLKTKKSILIFTWFFGLIIFIDDYFNSLSVGTVMRPAFDQNKISRAKLAYILDSTAAPVCILAPISTWVVTVMSYIRDSEGFESLNISEFVFFIKMIPYSVYPLLALAFVVLMALVFKDFGPMKRSEDNAKNGKLFDEELYGDCPGNLESSSNDTAKWYDMVIAIAVLIIVCIVMFPVTTYMGLIGKEGIDTFSAAMSSISLNQAFLDTDASKALFYGAVISIMIMYIYYMARRLLNIRSAGNSIIEGIKSMVPALAVLALAWSIGSVIKSSPEDGGLGLAAFLSEAVKGGGFPLWILPAIGYLLGCVIAFSTGTSWGTFAILIPIVIPIANGLAAGNGYTGEALLNVLLISVGSVVSGAVFGDHCSPISDTTILSSTGSNCPLLEHVATQIPYAGLVAVSSFVGVVVGGITLNPIAALLVGFIVMCVLAMLAPKFYDRISSLYKKNTSENLK
>NC_014150.1|WP_013113916.1|1610949_1611792_+|hypothetical-protein
MKYKLIIILLLVIISCINNSKENNIISVNRDEIEPNDSFEYSQFIDTSTFINASFQSDEDIDYYQIKPTNSSVMNLSVYANKLDINLTLMSSSNSNVININTKYIENYRGFIELKDFMFYDDSYFLKLSSDKEGKYDLRFEFKNDYFPSNEIEPNNNINAANIINYPNELFYGYFLYNDFYSNNFNIDENIKPYIKNSDITDIDFYEIRNDTDINTSINIILEYSKDIDMLLFDENYNYIKKGINKLSTSFKSGSKYYIALVCFGSKSIIERYTLHYEFN
>NC_014150.1|WP_013113915.1|1610414_1610855_+|hypothetical-protein
MKKIFCLSLFFVIILISCNIYVNDNIGILIFDEDTKGNRLTNETLTFILLKREDKNSFNNITYILGEIYNKNSSQNIKYIEEAKYIKDIKNTNSSKYLNIDNTKMMIDYNKKRIIFTDYDGKKYTLPLNNSEDTWIYKLLSDSTNL
>NC_014150.1|WP_013113914.1|1609843_1610296_-|DIP1984-family-protein
MKLGEALLKKDEYIKRQENIKKRIKNNVLLRDDNENNENPNDLIKEYIDVNNELSDLIVKITNKEHETKLEIGISIADAINIRDKLDRELDIYKTVLKELNSKDYRNAKNEIKMKVLVNVKEIQAEADKLSKAYSDIDVIIQSANWNTDL
>NC_014150.1|WP_013113913.1|1607872_1609432_+|hypothetical-protein
MNNEELDLQLQKLYEEGKHSEIIKLILSLPEDQLNDNIKGLLAAAYNNTSEFDLAIEILNSLSEENKDNHTWFYKIAYAYSGKSDISNANLNIDRALYILEMNKASISSEEYDYFSNLYNNLKEYIQNGSFHYEANSVNIDDNDSIIKDISSVLANDIDNEIIEGSIVVKKWNIFINAYAEDITDKSAVINYYISSPDWDRDIFECCASAGKDANTSVGLSNGSFIFGIMTGIKAMNENIILDEAETESAGKKHKWKVYTSNLVNMGRDNGKPKNVNIYWDMFKDDILKRIGNQKICYIKIYGAKASNDYSIGELRINDVNIQELSDKMNEYVKTWNETDFSSDKQFFFLVQDNETYIPYPFSNDTILNFVKEYCNIVLNFKENDYDKLGNLAEQLTKDYTLATDLFLFLPEICADNEFFNELHSSEKINFNFESEEKNTAVYKTQIYTYHLISNYLFELFRENAFNGNENEVYAKFINMSALYNIYSQVKEDYEKKNKTLENLKVNLSFSVNNDYYIR
>NC_014150.1|WP_013113912.1|1606993_1607740_-|2,3-diphosphoglycerate-dependent-phosphoglycerate-mutase
MTKVVLIRHGESVWNKENLFTGWADVTLSEKGIEEAKAGGAELKKAGFTFDKAYTSTLTRAIKTLNLVLEEMGLLWIPVEKCWQLNERHYGALQGLNKSQTAEKYGEDQVKIWRRSYDTPPPALTKDDERYPGHDPRYKNLSEKELPLTECLKDTVARVVPFWENVILPDIKAGKKIIIAAHGNSLRALVKYLDNISDADITELNIPTGMPLVYELDDNFKAVNKQYLGDPEAVKKAMEAVANQGKKK
>NC_014150.1|WP_013113911.1|1605444_1606740_-|phosphopyruvate-hydratase
MSLIDNIVAREILDSRGNPTVEVDVYLDSGVMGRAAVPSGASTGEHEAVELRDGDKSRYMGKGVQKAVENVNEIICNELIDMDALDQVEIDRTMIELDGTENKGKLGANAILGVSLAVAKAAAEELGMPLYRYIGGTNAKTLPVPMANILNGGAHSSAPIDFQEYMVMPVGAPTFKEGLRYVAEVFHNLKNILHDRGLSTTVGDEGGFAPTLKDNEEPLQVIMQAIEKAGYKPGEDVMIAMDPASSEFYNKDKKKYVFHKSDNRELTPAEMVDFYADLCSKYPIISIEDGVAEDDWEGWKILTEKLGKKVQLVGDDLFVTNVKRLQMGLDKGVANSILIKVNQIGTLTETLDSIELAKTHNYTAVVSHRSGETEDSTIADIVVATNAGQIKTGSASRSDRIAKYNQLLRIEEELGSRAIYLGKKAFYNIMK
>NC_014150.1|WP_013113924.1|1620932_1621727_+|hypothetical-protein
MSDFAIVFICISSMVIAYFVFNIIKSGRHANMKANIKDGTIEFGNDKIITEKSIDKQNKIVSNAFESPKELSALSNKNNNEIINYYNNLKYDDKITSLTVYKEYSNIISQSTLEVQSKIISYIARNHILNKNKSEFESYLKEKRIEIIDIYNSALFNSSIESIKKLQLENICNFYYMIILDNIKNTYKSIYNNHKVQYIKRRDFIKNLKNIKPSDRLKSYDVFINNNFTETAIRDSEIVLDNLKHLQKFLLGIFHDNLKYNGVR
>NC_014150.1|WP_013113925.1|1621727_1621988_+|hypothetical-protein
MSIFNFTDKHNANKKLSIYTSIISFLLGCIWLFVNLIWRGRAVNKEEAIAVVIILLGLNAVSFGSDLRGFLKILRNNKDNSREDIK
>NC_014150.1|WP_013113926.1|1622005_1622353_+|hypothetical-protein
MFITVLINILKSKYFYIALILIALLAYVSSLNIKLNIKNKEIYKLNNEIYKLEYSNILLSKDNDFRKKQINISETFSKSDEYINVIEEKKLSDNTIKAFNSIVSNYYRSFEYEKN
>NC_014150.1|WP_013113927.1|1622339_1622549_+|hypothetical-protein
MKKISFLLLLIFLVSCSSVKYVTVPMSDPPEIYKPNLIKTEKDFLYEYKRSLMKISEWQNWYAIQTNKF
>NC_014150.1|WP_041750085.1|1622766_1624608_+|HAMP-domain-containing-protein
MGKLNSIMFKIPFMVTVMIIMLSVVIISVSISLATKEINAATASGFETSVNGFSSLIDSILSYQSILIESYANIPTIKEYMSTRSEAVQDRAIKTMTVLFDNNSYIVDLFMLSLDGKVIESYNGNKEEAGENISSMYPALWQSFVSKNYNTTLSFNIYNHENYIILPVLQGVRDDNNNVVGAFIAYVNWGKIIDESLKDSKSQFSEEKTLFVINNEMDIVYHNDKNRLFSKATGALVIPSNEDSGLLSYIREGEAISAFFKKLSSTEWVMVERTTDRLLYAPGRKMTLIGIIIGIIGVTISAAITIWYIHGTIKPMKFIVEEAREMSEGNFSITSSINDRKDEIGELSHSFQVMREKIVTVITDVLAASSEIANAANEVYQGTEDLAQRTEYQASSLEETASSMEEMASTIKSSAQNSVDGNKVMIDSKNAVKEGGIVISDTTKMIEDVYSASAKIKDITKVIEDIAFQTNILALNAAVEAARAGDQGRGFAVVASEVRNLAQNSQTSAKDITVLIEDIYEKINKSAEMARHSQDIFNNIELKIEETSQIMNDISQTAVEQEAGVDQVNTAVTKMDSITQQNAALVEQSTAATKSLLDQAKHLEDLVAFFKVK
>NC_014150.1|WP_013113929.1|1624880_1626731_+|methyl-accepting-chemotaxis-protein
MRRFNSIVVKIPLIVNIVIVILSFTIIFTSIKIANKAINNATYSGFETSVNGYSTLLDTILNDQLIIMDAYSRIPEVIEYMQTRNEAVRERALSTMINLFDNNDYIVTLDLIGLDGKVIEAYNGDTKNAGLDMSSTYPKMWKEFVASGYDHATSDNIYKSDINKGYVLPIVHSIYSLEGELIGSFVAFVDWSRIINETLADARNELSEARSIFVLNEDDLQCVYHNINETIGVIPNASLKPPAGQSSGIFAYNFDNSPRTAFFKKMKSQPWFMMAAITHNILYAESKKMTIIGILLGIAGVIISSLVSGFYIGRTIKPISNIVDEAHQMAKGNFMFKSQLSKKDDEIGELSNSFDTMRNRFVEVISEVLAASKEIANAASELHKGSEDLAQRTEYQASSLEETASSMEEMASTIKSSAQNSVDGNNVMIASRNAVVEGGSVIANTTKMIEDVYSASAKIKDITKVIEDIAFQTNILALNAAVEAARAGDQGRGFAVVASEVRNLAQNSQTSAKDITVLIEDIYEKINKSAEMARHSQDIFRDIEVKIEETSKIMSDISQTALEQEAGVDQVNTAVSKMDGITQQNASLVEEATAASKSLLEQANHLEDVVSFFKVQ
>NC_014150.1|WP_020004132.1|1626802_1626919_-|DUF86-domain-containing-protein
MRNFLIHQYYDVCNDIIWETVKKDIPKLKEYINSIKLK
>NC_014150.1|WP_013113930.1|1627072_1628527_+|ribosome-biogenesis-GTPase-Der
MKNIAILGRPNVGKSTLFNRFAGRRKSIVDPTAGVTRDISMSLAYIDDIAFNVFDTGGLLDISDDTLNEKVREKALKTAAEDADILLFLVDAHQSHPDDRHFINIIRKSGKPIILVINKVDADSHNNLINEFYSLGINDVVPISAEHNNGIDDLREKILEVLERIGVDLEAEREEQINQIKDSNKSSYNSEKMDIEYNELLEEYDEYDEESTIEEDENKIINIAIVGKPNAGKSTLLNTLIGKDRSIVSDIAGTTRDAIDETFNFKGDDICLVDTAGIRKKKNVNTDVEYYSVNRAIKAIESSDVCILMLDVFEGLTDQDKTIANLIIERKKGIVIAANKWDIREKGTTWNDYEAYMKSAFPILNYAFYARVCAARKNDAEKLLSLAVRVAKTRMQRFETHALTETMVRATREYTISAGGNPFKIFYVTQTGVNPPAFAVFCNHPHKLNSHYKRYLENRFREMFDFRGTPIILNFRKRGKKYGG
>NC_014150.1|WP_041750086.1|1628531_1629179_+|glycerol-3-phosphate-1-O-acyltransferase-PlsY
MLLKIIISIAVSYIIGAIPFSFIIGKINGHDVRKEGSCNPGASNVLRVCGKKAGILAYILDIGKGMIAVLVPSFILADMVSTHSYILVACAVASILGHVFSIFLGFKGGKGVATSAGSMFMLAPISLLITMVFFFIGLFSSKKTVAIGSTCGAIAFPIVLSILYFKANFLYRIFFNINYIVLLPIAILLAIFIIIKHIPNYKRMLKGEENSFSKK
>NC_014150.1|WP_013113932.1|1629314_1629731_+|hypothetical-protein
MYKKRFSIITKILIFFAGIVLTLDGVRGLFSFINTKNYIHTVGVVEECGIKRVYESGKIKYKNSMVISYEADNHGTLYAALRSHYPFRKAGDELPLWYDADEPKNIKLPFSDSISNIFTIVLGRILISFGLDIVKKNK

Crispr_ID: NC_014150_4

• CRISPR_ID: NC_014150_4
• CRISPR_location: 1715561-1715747
• CRISPR_type: Orphan
• Repeat_type: NA
• Spacer_info: 2 spacers

Consensus repeat of NC_014150_4

Consensus_repeat	Method
TAGAAAATGATGATAAAGAAGATAAAAAAGAA	PILER-CR

spacers of NC_014150_4

>4.1|1715593|58|NC_014150|PILER-CR
AATACTAAAAATGCACAGGATATAGAAAGTATAAAAAAACAAATAGAATCATTAAATT
>4.2|1715683|43|NC_014150|PILER-CR
TTAGAAGATTTAATAGCATCATTAGAAAACATTAAAGCTATGA

CRISPR arrays and Neighbor proteins around NC_014150_4

CRISPR arrays

The CRISPR arrays of NC_014150_4

>merge|NC_014150|4|1715561-1715747|PILER-CR
TGATAAAGCAGATAAAAAAGAAAATACTAAAAATGCACAGGATATAGAAAGTATAAAAAAACAAATAGAATCATTAAATTTAGAAGATTTAGATGAAGAAGATAAAAAAGAATTAGAAGATTTAATAGCATCATTAGAAAACATTAAAGCTATGATAGATAGTGATAATAAAGAAGATAAAAAAGAA

>NC_014150|4|3|1715561-1715747|PILER-CR
TGATAAAGCAGATAAAAAAGAAAATACTAAAA	ATGCACAGGATATAGAAAGTATAAAAAAACAAATAGAATCATTAAATTTAGAAGATTT
AGATGAAGAAGATAAAAAAGAATTAGAAGATT	TAATAGCATCATTAGAAAACATTAAAGCTATGATAGATAGTGA
TAATAAAGAAGATAAAAAAGAA

Neighbor Proteins Overview

Protein	Signature genes	Signature genes Name	Protein_function
NC_014150.1|WP_013113995.1|1703422_1703821_-|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013114006.1|1716647_1717439_+|flagellar-hook-capping-protein	unknown	unknown	gnl|CDD|236594
NC_014150.1|WP_013114012.1|1722383_1723181_+|membrane-protein	unknown	unknown	gnl|CDD|270314
NC_014150.1|WP_013113998.1|1705096_1705288_-|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013114009.1|1719682_1720651_+|L-lactate-dehydrogenase	unknown	unknown	gnl|CDD|133427
NC_014150.1|WP_013114014.1|1724239_1725049_+|metal-ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|270314
NC_014150.1|WP_013114008.1|1718946_1719627_+|ABC-transporter-permease	unknown	unknown	gnl|CDD|224922
NC_014150.1|WP_013114015.1|1725149_1726775_-|carboxylesterase/lipase-family-protein	unknown	unknown	gnl|CDD|225181
NC_014150.1|WP_041749994.1|1710338_1711634_-|replication-associated-recombination-protein-A	unknown	unknown	gnl|CDD|237355
NC_014150.1|WP_013114004.1|1712825_1714676_+|methyl-accepting-chemotaxis-protein	unknown	unknown	gnl|CDD|185001
NC_014150.1|WP_013114013.1|1723284_1724085_+|metal-ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|270314
NC_014150.1|WP_148218323.1|1703834_1704149_-|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013114000.1|1707232_1708630_+|DUF4132-domain-containing-protein	unknown	unknown	gnl|CDD|379270
NC_014150.1|WP_013114003.1|1711626_1712619_-|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013114007.1|1717913_1718966_+|ATP-binding-cassette-domain-containing-protein	unknown	unknown	gnl|CDD|236863
NC_014150.1|WP_013114001.1|1708850_1710131_-|serine--tRNA-ligase	unknown	unknown	gnl|CDD|235461
NC_014150.1|WP_013114011.1|1721568_1722366_+|membrane-protein	unknown	unknown	gnl|CDD|270314
NC_014150.1|WP_013113999.1|1705828_1706941_-|hypothetical-protein	unknown	unknown	gnl|CDD|368488
NC_014150.1|WP_013113997.1|1704386_1705010_-|hypothetical-protein	unknown	unknown	unknown
NC_014150.1|WP_013114010.1|1720742_1721543_+|metal-ABC-transporter-substrate-binding-protein	unknown	unknown	gnl|CDD|270314

rpsblast for functional proteins

Protein	Function_ID	Function_description	E-value
NC_014150.1|WP_013114009.1|1719682_1720651_+|L-lactate-dehydrogenase	gnl|CDD|133427	cd05291, HicDH_like, L-2-hydroxyisocapronate dehydrogenases and some bacterial L-lactate dehydrogenases. L-2-hydroxyisocapronate dehydrogenase (HicDH) catalyzes the conversion of a variety of 2-oxo carboxylic acids with medium-sized aliphatic or aromatic side chains. This subfamily is composed of HicDHs and some bacterial L-lactate dehydrogenases (LDH). LDHs catalyze the last step of glycolysis in which pyruvate is converted to L-lactate. Bacterial LDHs can be non-allosteric or may be activated by an allosteric effector such as fructose-1,6-bisphosphate. Members of this subfamily with known structures such as the HicDH of Lactobacillus confusus, the non-allosteric LDH of Lactobacillus pentosus, and the allosteric LDH of Bacillus stearothermophilus, show that they exist as homotetramers. The HicDH-like subfamily is part of the NAD(P)-binding Rossmann fold superfamily, which includes a wide variety of protein families including the NAD(P)-binding domains of alcohol dehydrogenases, tyrosine-dependent oxidoreductases, glyceraldehyde-3-phosphate dehydrogenases, formate/glycerate dehydrogenases, siroheme synthases, 6-phosphogluconate dehydrogenases, aminoacid dehydrogenases, repressor rex, and NAD-binding potassium channel domains, among others.	2.17661e-159
NC_014150.1|WP_013114006.1|1716647_1717439_+|flagellar-hook-capping-protein	gnl|CDD|236594	PRK09618, flgD, flagellar hook assembly protein FlgD.	4.73415e-25
NC_014150.1|WP_013114014.1|1724239_1725049_+|metal-ABC-transporter-substrate-binding-protein	gnl|CDD|270314	cd13596, PBP2_lipoprotein_GmpC, The periplasmic substrate-binding domain of the membrane-associated lipoprotein-9 GmpC; contains the type 2 periplasmic-binding protein fold. This group includes the membrane-associated lipoprotein-9 from Staphylococcus aureus that binds the dipeptide glycylmethionine (GlyMet). The lipoprotein-9 has both structural and sequential homology to the MetQ family of substrate-binding protein. The GlyMet binding protein belongs to the type 2 periplasmic binding fold protein superfamily (PBP2). The PBP2 proteins are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea.	3.26508e-115
NC_014150.1|WP_013114012.1|1722383_1723181_+|membrane-protein	gnl|CDD|270314	cd13596, PBP2_lipoprotein_GmpC, The periplasmic substrate-binding domain of the membrane-associated lipoprotein-9 GmpC; contains the type 2 periplasmic-binding protein fold. This group includes the membrane-associated lipoprotein-9 from Staphylococcus aureus that binds the dipeptide glycylmethionine (GlyMet). The lipoprotein-9 has both structural and sequential homology to the MetQ family of substrate-binding protein. The GlyMet binding protein belongs to the type 2 periplasmic binding fold protein superfamily (PBP2). The PBP2 proteins are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea.	7.89629e-71
NC_014150.1|WP_013114008.1|1718946_1719627_+|ABC-transporter-permease	gnl|CDD|224922	COG2011, AbcD, ABC-type metal ion transport system, permease component [Inorganic ion transport and metabolism].	1.75205e-78
NC_014150.1|WP_041749994.1|1710338_1711634_-|replication-associated-recombination-protein-A	gnl|CDD|237355	PRK13342, PRK13342, recombination factor protein RarA; Reviewed.	0
NC_014150.1|WP_013114004.1|1712825_1714676_+|methyl-accepting-chemotaxis-protein	gnl|CDD|185001	PRK15041, PRK15041, methyl-accepting chemotaxis protein.	4.6471e-65
NC_014150.1|WP_013114013.1|1723284_1724085_+|metal-ABC-transporter-substrate-binding-protein	gnl|CDD|270314	cd13596, PBP2_lipoprotein_GmpC, The periplasmic substrate-binding domain of the membrane-associated lipoprotein-9 GmpC; contains the type 2 periplasmic-binding protein fold. This group includes the membrane-associated lipoprotein-9 from Staphylococcus aureus that binds the dipeptide glycylmethionine (GlyMet). The lipoprotein-9 has both structural and sequential homology to the MetQ family of substrate-binding protein. The GlyMet binding protein belongs to the type 2 periplasmic binding fold protein superfamily (PBP2). The PBP2 proteins are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea.	1.46987e-108
NC_014150.1|WP_013114015.1|1725149_1726775_-|carboxylesterase/lipase-family-protein	gnl|CDD|225181	COG2272, PnbA, Carboxylesterase type B [Lipid metabolism].	1.87674e-71
NC_014150.1|WP_013114000.1|1707232_1708630_+|DUF4132-domain-containing-protein	gnl|CDD|379270	pfam13569, DUF4132, Domain of unknown function (DUF4132). This domain might be involved in the biosynthesis of the molybdopterin cofactor in E.coli.	6.24696e-46
NC_014150.1|WP_013114007.1|1717913_1718966_+|ATP-binding-cassette-domain-containing-protein	gnl|CDD|236863	PRK11153, metN, DL-methionine transporter ATP-binding subunit; Provisional.	5.24915e-174
NC_014150.1|WP_013114001.1|1708850_1710131_-|serine--tRNA-ligase	gnl|CDD|235461	PRK05431, PRK05431, seryl-tRNA synthetase; Provisional.	0
NC_014150.1|WP_013114011.1|1721568_1722366_+|membrane-protein	gnl|CDD|270314	cd13596, PBP2_lipoprotein_GmpC, The periplasmic substrate-binding domain of the membrane-associated lipoprotein-9 GmpC; contains the type 2 periplasmic-binding protein fold. This group includes the membrane-associated lipoprotein-9 from Staphylococcus aureus that binds the dipeptide glycylmethionine (GlyMet). The lipoprotein-9 has both structural and sequential homology to the MetQ family of substrate-binding protein. The GlyMet binding protein belongs to the type 2 periplasmic binding fold protein superfamily (PBP2). The PBP2 proteins are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea.	6.05597e-77
NC_014150.1|WP_013113999.1|1705828_1706941_-|hypothetical-protein	gnl|CDD|368488	pfam05540, Serpulina_VSP, Serpulina hyodysenteriae variable surface protein. This family consists of several variable surface proteins from Serpulina hyodysenteriae.	2.4087e-130
NC_014150.1|WP_013114010.1|1720742_1721543_+|metal-ABC-transporter-substrate-binding-protein	gnl|CDD|270314	cd13596, PBP2_lipoprotein_GmpC, The periplasmic substrate-binding domain of the membrane-associated lipoprotein-9 GmpC; contains the type 2 periplasmic-binding protein fold. This group includes the membrane-associated lipoprotein-9 from Staphylococcus aureus that binds the dipeptide glycylmethionine (GlyMet). The lipoprotein-9 has both structural and sequential homology to the MetQ family of substrate-binding protein. The GlyMet binding protein belongs to the type 2 periplasmic binding fold protein superfamily (PBP2). The PBP2 proteins are typically comprised of two globular subdomains connected by a flexible hinge and bind their ligand in the cleft between these domains in a manner resembling a Venus flytrap. The majority of PBP2 proteins function in the uptake of small soluble substrates in eubacteria and archaea.	2.16718e-90

Protein sequences

>NC_014150.1|WP_013114004.1|1712825_1714676_+|methyl-accepting-chemotaxis-protein
MRRFNSLAFKVPVILCIVTTILITVLLIISLTIAGKGISKSRFEGFETTVRGYSSVFDAWFRTQSYLLETYASVPIVGEYLEYKDYTTTDRLNATLKTFREKNACAIHVGIVDNNGIVIADSDYPKWIGSKFTDSNIDIWNKLKNRQYGYGSVSYGNELTASEVNGELSFIFAAPVKNGNKDVGYLYTVFNWREFYNNYIEGIQLGKTGGLDVITPSLKVVMNTDYNKVNTDAPSVYKSVFDNNLSKGVVTYTANEHKMMGSYTKMKYVPWITSMTMTSEEIFAENKNAVISGIIFGIITIASIAVFINIFIRSITKPLSIVVNEAQKIERGDLSTSKRKIKPRKDEIGLLAESFNNMRNKLVETIKEVNNASVCIMNASEKLAAGNMELSKRTESQAASLQETAASMEQMASTIKSSTEYSLTGNDMMMSSKSSIDEAGDIIIQTTSNIEEVYEASTKIRNITKIIEDIAFQTNILALNASVEAARAGDQGRGFAVVASEVRNLAQTTQSSVKDITDLVDNAYDKINKATETARQSQEIFKDLKTKIDETANIMRGISSAAVEQQSGVEQVNRAVSEMDGATQLNNTLVSEAEAASKDLVAQANSLQDAMNFFKL
>NC_014150.1|WP_013114003.1|1711626_1712619_-|hypothetical-protein
MNIFINGKELSVMLENEKNAYEILKPIESWCNSNDFLINKVNIDGRELQPYIDEEYETIPIDNVQKIEVEALSHAEYSLYSIMSIIEYLQNVSNTEKITEKDIEALKDGMLWVLDSVPRTIFLFNMSLESYNIIHILKMLEVKLERLNSISESLDKVNEFFNDDLKPFLNDKMIPAMELVVEEAKINTIALFANNITESNVLYKVGSLPKFLPLILDILDSIVNKLQSGNDKEAFIYAEKFSRIVSFSFSILSNAASLYSIDYSQIYINSVSLSDAISDFNEMMNNVLDAFANEDYISIADLLEYEIKDRIENIMNYIPLVEEYIEKLNV
>NC_014150.1|WP_041749994.1|1710338_1711634_-|replication-associated-recombination-protein-A
MFDFEEDINSFKPMAERMRPLSIEEVFGQKHILGKDKTLRKMIDNDKITSMVFFGPPGVGKSTVASIIAKKTKSEYIKLNAVLSNVSEIREAIKKAEKNLENRKKTILFIDEIHRFNKSQQDALLPAVENGSVILIGSTTQNPYFYLNNALLSRIMLFEFRNLDDNDIREALLKAITDKRGLGEDDVAVEDGAVSLIVRYSHGDVRKAFTYLEASYLATQIDETKEKLTITEEIVKDVTSKQSMTFDEDEHYNTISAFIKSVRGSDPNAAVYYLARMLEAGEDPRYIARRLCILASEDIGLAEPNAMNIASSLVSIIDFIGMPEGRIPLAEVTIYLALCPKSNSAYNAINKAIRDIRNGELYSIPNYLKDNHSASFDKKSNEEYKYPHEFPYHIVKQDYLEHGIKKEYYEPVDIGEERELKKRYEWIIKHI
>NC_014150.1|WP_013114001.1|1708850_1710131_-|serine--tRNA-ligase
MIDVKLIRENIELVEENLRKRRSKVSLDKLKALEHERLNLLKEVEQDRAKKNEASKKIGEYMKAGNKEEAEKIKEEMKNFTESLNKKEEKLTELEESVNNEILYLPNMLSEDVPEGDDENANKEIIRWGEPRKFDFEVKDHVDVALGLDILDIERAVRMARTRFSLMKGKGAALERALINFMLKKHTSEHGYTEYVPPMLVNSRTMTGTGQLPKFEEDLFKTTDDPALYLIPTAEVPLTNIYREEIIPENMLPIYATAYTPCFRSEAGSYGRDMRGLIRQHQFDKVELVKVCAADKSKEEHEKMLKDAESILQALELPYRVVVLSSGDIGNAAYKTFDIEVWLPSQNTYREISSVSNCWDYQSRRMQMRTRRNGKTELVHTLNGSGIAVGRTWIAILENYQQADGSVIIPEALRPFTGFDKIEKPN
>NC_014150.1|WP_013114000.1|1707232_1708630_+|DUF4132-domain-containing-protein
MNNILSLDEINDITDKNYNKKFDNLTSFIDDSLISNVLTKDKKSYVSSKVIRYILGEYIEIKEPYRLRNPDLICFSLDIESLSEAFENVYNIWEEDNKTKGILYPYCIFANNIQLDRLYQRAKDIASSRFKLACFILEAIALSGSKRGLGLVYEASRKFKQASVRNTCSSILDYITKKLGISKEAFADKIIPDFDFDKNGIRIIESEDKRFRVTLNYDFTISIFDEIKNKEYKTLPKDFPEVPKKELSKLKSEINKVLKLQTERLQLVFMDARKWTLDEWKEIFFENPIMKVFAVKLIWGIYDNNNKLLNTFRYMEDGSFNNAYDEEISIEGDVFITLISPIELEKSLIEKWKNQLADYDIIQPFKQLSLENKDDLIEKIPKTITVGAMKSLASKFSMEKNDGDGGFIYNYFIHDTYKDAYIIIEPSNVYYGSSNNDETDIKIKFENADERFEYGAYLMLSENIK
>NC_014150.1|WP_013113999.1|1705828_1706941_-|hypothetical-protein
MRKFLLTVTAVFVLACSSVFGMYGADNSWIFFLIHGNQLRARMNQLGFTLGNGTIKGTFGFKANTGLNGQIFTTKGNKNLEATISGGIGYTGDGFGVGVGYNYTYNNASAGIVDAHTPVVVFNAVNNNLRVAIPVSISKKDNLNNGKTDYFGLSIPAQVRYYTGIDAFNYIRFEFNYGQNSYKLSGAEYSAKNLSFQLRLHFLNTIIDNVVVNPFLRIDFASALDAKGKAAIVGTLNGSYTTDIKAWSVVGATKATAGQETYDRNPYDLRIIPSISLSVNTDMVNFVFEPGLGYRVEDDGRKGSKLEHSVYWSAYGEVYVRPTPALEWYFEMDVNNGVPKLQSEVSGLPIAFGANSGIHWYLPSLNPNAQ
>NC_014150.1|WP_013113998.1|1705096_1705288_-|hypothetical-protein
MPDYTKMPKSTLEATLRGTYSRKANAEARVQKNPNDINAKRDLNEFENKIAIITNILSGFGKK
>NC_014150.1|WP_013113997.1|1704386_1705010_-|hypothetical-protein
MNKLLVFFIFIINSMLFSFEIPDNVTVIDLSKDESSYSDERKDKEIYYVLVTDDYYFTIMDTERGIRFSYSIKTPKIDLNLNYTKLFGHNIVYLENKTGTDKINLSSNIGGFYLSEFDITDNSYRCQAFSPSGYDEYSKLSDLHKKLKKMINDYGNDLDVVFYKLLYYSEGNSVLDNSKTVRANYKSFYKDFLTMLDLYRDMTIDRL
>NC_014150.1|WP_148218323.1|1703834_1704149_-|hypothetical-protein
MVYSQNLYNERIDVKDFSDKPYEADNGRMMFYMAVLRMDDLTRSGIFTFYMTFNFTDSEWNTDYIRSDIEKRFVKTVAGSNVKCKKVKETKNTTVFLIDFSHLY
>NC_014150.1|WP_013113995.1|1703422_1703821_-|hypothetical-protein
MKKLLIILLGVIVISNVALAVYTSSYPVYTIKYDTSIERIKKDIVNGISIAKQKNISDFCIKIELMSMTITEDNGLPSITKKDITDITKNLILYTISKLEELYEPYNNSYVIYEIYYDPYKLILQLGWMGKR
>NC_014150.1|WP_013114006.1|1716647_1717439_+|flagellar-hook-capping-protein
MISADALKMSEREIKILKQEVGAYNLQNNFQRDPTQNSLGKDAFLKLLTVQMSHQDPLSPMDNRDMIAQLAQFSSVEQMTEVNKNLDSMKTFYSSQTGYSMLGKSVEVMDEAGNRFLGPVEMVMENDTGVALAVRTESGLITVRPEDVMIVHSNGNLMASEAAAVSQVREAQSEDEAAKVFQSSLADKAQIITRPSDDENGNVNNEFGELKAANESQINTAVQSEVSKTDNANLNKTEKTAGMMKAEEALMNAKESGNKAIKK
>NC_014150.1|WP_013114007.1|1717913_1718966_+|ATP-binding-cassette-domain-containing-protein
MIVLENVSKIFKTEKNKQLNAVNNVSLKIEKGEIYGIIGFSGAGKSTLVRCINLLERPTSGKVYIDGEDITALNPRELRQKRKKIGMIFQQFNLFASRTVFKNVAYPLRYRGLSKEEIEKKVMSLLELVDIKEKAYVYPSQLSGGQKQRVAIARALANDPNILLCDEATSALDPQTTSSILKLLKKLNENLGITIVVITHEMNVVKELCHRVAVMNKGNLIEEGDIFEVFSHPKNKITQDFIDTTSNLSKIYTLVEEKDNITKIKAGECIVRLKYKKESVGEALVSHVSRKFNVDLNIIFGNVELIDDSLLGGLVVIMHEKEKGGITNTLNFLQEQKIDVEVITDARYDE
>NC_014150.1|WP_013114008.1|1718946_1719627_+|ABC-transporter-permease
MLDMMNNLMPNVMADLPRLYQSIIQTFVMLIYSGVISFFIGGFLGVLLIVTKKFGIMENILVYEVLSKVINFFRAIPFIILLAMLVPLTRFIMGTAIGVKGAIIPLIFGTVPFFARQIESALSEVNPGLVEAAQSMGSSPIAIIFRVYLKESIAPIARGTTITAISLIGLTAMAGAVGAGGLGTYAIQSGYYRNKLDIIYVSVILLVILVGIIQAIGNFVVKKATH
>NC_014150.1|WP_013114009.1|1719682_1720651_+|L-lactate-dehydrogenase
MNNTISNSIKRRKFVLIGAGHVGSHAGYALAAQGLAEEIVFIDIDEKKAFSQALDIFDSTVYLPHRVEVKAGNYSDIDDADIMVVCAGPLPNMNQTRMDTLGATIEVMKDIIEKIKKTKFNGIIINISNPADVITHYLQNKLNYDPKRIISTSTTLDSARLRRAISEAINIDQKSIYAYALGEHGESQMVAWSAVTIAGKPLFELMKEKEKYSKLDLNELASKGRRGGWEVLGGKGSTEFGIGTSLAEVARAVLSDEHRVLPVSVYLNGEYGQTDVYASVPAVLGKDGVEEIIELNMDDEEKKLFNASCEVMKKNYELALSM
>NC_014150.1|WP_013114010.1|1720742_1721543_+|metal-ABC-transporter-substrate-binding-protein
MKRIILFLSMTLFLASCSSGNKNENVVKVGYIGESDRVIWQEVMRQVSNDNIKIELVSFGDYLLPNQALNDGDIDMNNFQHYAFFNNEVETKGYKLTAIADTCLAAMNIYSDNITNVDEVKENDKIAIPNDPSNGGRALKVLEAAGLIKLRDKNIANPVLNDISENKLNLDIIEVDAGSIYSLLPDVACAVINCNFALNFGLNPDKDSIYKDNPTNYADKNYINLIAVREEDKDNEIYKKIVNAYQSDEVKEIYSNDFKGAYIAVW
>NC_014150.1|WP_013114011.1|1721568_1722366_+|membrane-protein
MTKKFYIFFLLIIISYSCSCSNNAEIIKIGHIGEFDSDIWNQINKEIEQDNCKLDIVYFNDYELLNKALNDGDIDLNAFQNYIYFVNETNEHNYKLSILERTFVAPMHIYSKNFTNINQIHSNSKIAIPIDKVNLSRSLQILEEAGLIKLERHNNNFYSLSNISENNLNLEIIPMEASIIYYNLDKIDAAIVNYRFITDYHNYNIIYYDDVTKYSPQGQKAYVNLIVCREKDKSYNIYNFIAVSYKQKIKSKIEENKLKGLIVID
>NC_014150.1|WP_013114012.1|1722383_1723181_+|membrane-protein
MNNKILKIMILLFLIISCSKENKKDITVKLGCIGELDTYVLESLKGKLEKENIILDLITFSDYSVLNKALVSKAIDLNHFQHYAYFVNETNKNDYYLSIIAKTFIADMNMYSDNLTNIGQIGLKSKIAVPEDDINLSRALKILDSIGFIRLKENNNKNHNFTFDDVRENYLLLEFVPIKSSDMHSIISKVDAAIVNYHFNFDFRNSNIIYKDDPSKYQSDMYVNVVAARLEDENNITYKTIANLYKEKVSELINSGKIESITMID
>NC_014150.1|WP_013114013.1|1723284_1724085_+|metal-ABC-transporter-substrate-binding-protein
MKKILLLFMTIIILSCGSNNQKGTVVKIGHVGESDRITWKPVIEKLAKEGITVELVSFSDYTLPNQALNDGEIDLNAFQHFAYFNNELASRNYDLTAIGTTFISSMNIYSKNITNVSELKNNDKIAIPNDPANGGRALKVLEAAGVIKVNPEAGDSPSIDDITENPLNIELVEVDAGSLYSLLPDVACAVINGNYAIDFGLNPGSDYIFKDDPSIYTGNSFYNLIAARTEDKDNEIYKKIVEAYQSPEVEKVYAEDFKGAYLPTWK
>NC_014150.1|WP_013114014.1|1724239_1725049_+|metal-ABC-transporter-substrate-binding-protein
MKKILLLILSMTFIILSCQGSKTDANKTVKVGFAGESDYQIWDPIVEKLAEEGITVELVSFSDYTIPNQALNDGEIDLNAFQHYAYFNDEVSNKKYNITAIADTYISAMNIYSTNITDVSQVKNGDKIAIPNDPSNGGRALKVLQAAGLIKVKPEAGDTPSVSDITENPLNLQIIEMDAGAIYGVLPDVACAVINGNYAIDFGLNPGKDYIFKDDPSIYSGKSFVNLIAARTKDKDNELYKKVVETYQSDIVEKVYNENFLGSYLPTWK
>NC_014150.1|WP_013114015.1|1725149_1726775_-|carboxylesterase/lipase-family-protein
MKKNVLLFFSLFLILSCSNNSETIRDTQFGKVKGTKENGALVWYSVPYGKASRWQAPQNPDSWSNEYDASVWKGLALQLSGNEVVGSEDCLNLDIYSKEGAKDLPVLVFLHGGNNQTGNTKELIGTDMVLKDDIVFVSVNYRLGLLGFNNLPALINETNTTGNYTLLDIALALDWVKNNIASFGGDPENVTISGFSAGGRDVMALLVSPIFKGKFQKAIAFSGGMTIADETLSRRQIAKAIAPLAVEDGKAASEEEAVNWLLTSGADVSDYLYSISSERLIPLMGNAGIRMSVFPHLYGDDEVLPKAGFDTEDYNAVPIIMLTGNTEFSMFANGDSYFSSEDMTNYSAEDIEKAKTFAIKYGSKMYAYFNAEASAEKMSEYNYNAPIYLCSINYGDYTSDYKIPTFGAFHGIFIPMLAKEHNYKNIDNNLFSSASYKDVSDVFNQYLKNFLYTGDPNSDNLNTWERWNNETHLSMVLDAKDDKAVYESKSVSTTYEDIINEMNNDTELSEELKDKMIKNVMNGRWFSDSLDKYYNNINLWE

MGE targeting detection<

CRISPR_ID	Spacer_Info	Spacer_region	Spacer_length	Hit_phage_ID	Hit_phage_def	Protospacer_location	Mismatch	Identity
NC_014150_2	2.38|1428196|36|NC_014150|CRISPRCasFinder	1428196-1428231	36	NZ_MH785233	Staphylococcus aureus strain ph2 plasmid pPH2, complete sequence	13824-13859	9	0.75
NC_014150_2	2.47|1428801|37|NC_014150|CRISPRCasFinder	1428801-1428837	37	MT774392	CrAssphage cr128_1, complete genome	84699-84735	9	0.757
NC_014150_2	2.3|1428195|37|NC_014150|PILER-CR,CRT	1428195-1428231	37	NZ_MH785233	Staphylococcus aureus strain ph2 plasmid pPH2, complete sequence	13823-13859	10	0.73
NC_014150_2	2.12|1428800|38|NC_014150|PILER-CR,CRT	1428800-1428837	38	MT774392	CrAssphage cr128_1, complete genome	84698-84735	10	0.737
NC_014150_2	2.45|1428666|37|NC_014150|CRISPRCasFinder	1428666-1428702	37	NC_014633	Ilyobacter polytropus DSM 2926 plasmid pILYOP01, complete sequence	952166-952202	10	0.73
NC_014150_2	2.78|1430882|35|NC_014150|CRISPRCasFinder,PILER-CR	1430882-1430916	35	MG883711	Microviridae sp. isolate Pig183, complete genome	1737-1771	10	0.714
NC_014150_2	2.45|1428666|37|NC_014150|CRISPRCasFinder	1428666-1428702	37	MT075580	Lysinibacillus sphaericus strain SSII-1 plasmid pSSII-1, complete sequence	118905-118941	11	0.703
NC_014150_2	2.79|1430948|37|NC_014150|CRISPRCasFinder,PILER-CR	1430948-1430984	37	NC_017543	Paenibacillus polymyxa M1 plasmid pPPM1a, complete sequence	184029-184065	11	0.703

1. spacer 2.38|1428196|36|NC_014150|CRISPRCasFinder matches to NZ_MH785233 (Staphylococcus aureus strain ph2 plasmid pPH2, complete sequence) position: , mismatch: 9, identity: 0.75

tgcaaaacaatctaatattatatcattctcatttga	CRISPR spacer
catgaagaaatccaatattatatcattttcatttgt	Protospacer
....**. ****.**************.******* 

2. spacer 2.47|1428801|37|NC_014150|CRISPRCasFinder matches to MT774392 (CrAssphage cr128_1, complete genome) position: , mismatch: 9, identity: 0.757

gttgtttttgttgtaattctaatgctttttgctgttt	CRISPR spacer
tatatttttcttgtaattctaatgcttcttgttctgg	Protospacer
  *.***** *****************.***.* *  

3. spacer 2.3|1428195|37|NC_014150|PILER-CR,CRT matches to NZ_MH785233 (Staphylococcus aureus strain ph2 plasmid pPH2, complete sequence) position: , mismatch: 10, identity: 0.73

atgcaaaacaatctaatattatatcattctcatttga	CRISPR spacer
ccatgaagaaatccaatattatatcattttcatttgt	Protospacer
 ....**. ****.**************.******* 

4. spacer 2.12|1428800|38|NC_014150|PILER-CR,CRT matches to MT774392 (CrAssphage cr128_1, complete genome) position: , mismatch: 10, identity: 0.737

agttgtttttgttgtaattctaatgctttttgctgttt	CRISPR spacer
ttatatttttcttgtaattctaatgcttcttgttctgg	Protospacer
   *.***** *****************.***.* *  

5. spacer 2.45|1428666|37|NC_014150|CRISPRCasFinder matches to NC_014633 (Ilyobacter polytropus DSM 2926 plasmid pILYOP01, complete sequence) position: , mismatch: 10, identity: 0.73

ctctattaattaaagcattatttaataatttattttt	CRISPR spacer
tttcattaattaaagcgttaattaataattcagcagt	Protospacer
.*..************.*** *********.* .  *

6. spacer 2.78|1430882|35|NC_014150|CRISPRCasFinder,PILER-CR matches to MG883711 (Microviridae sp. isolate Pig183, complete genome) position: , mismatch: 10, identity: 0.714

agctatcattgatgcacaaaatgaattgaatgagt	CRISPR spacer
aaaggtgattgatgcaaaaaatgaatttaatgctc	Protospacer
*.  .* ********* ********** ****  .

7. spacer 2.45|1428666|37|NC_014150|CRISPRCasFinder matches to MT075580 (Lysinibacillus sphaericus strain SSII-1 plasmid pSSII-1, complete sequence) position: , mismatch: 11, identity: 0.703

ctctattaattaaagcattatttaataatttattttt	CRISPR spacer
tgtaagcagggaaagccttatttaataaattattttt	Protospacer
. . * .*.  ***** *********** ********

8. spacer 2.79|1430948|37|NC_014150|CRISPRCasFinder,PILER-CR matches to NC_017543 (Paenibacillus polymyxa M1 plasmid pPPM1a, complete sequence) position: , mismatch: 11, identity: 0.703

aataaacaaacaacatcattattaattatgccaactt	CRISPR spacer
aataaacaaacaacacaattattaatagggaaagaca	Protospacer
***************. ********* . *  *. . 

Prophage detection

Region	Region Position	Protein_number	Hit_taxonomy	Key_proteins	Att_site
DBSCAN-SWA_1	1736030 : 1742139	6	Staphylococcus_phage(33.33%)	NA	NA
DBSCAN-SWA_2	1884980 : 1953892	57	Stenotrophomonas_phage(11.11%)	tail,tRNA,capsid,integrase,protease,head	attL 1895136:1895153|attR 1944450:1944467
DBSCAN-SWA_3	2557494 : 2579259	27	Campylobacter_phage(20.0%)	tail,capsid,integrase,protease,head	attL 2547143:2547158|attR 2558753:2558768

Sequences of DBSCAN-SWA_1

Nucleotide sequences of DBSCAN-SWA_1

>NC_014150|1736030:1742139|DBSCAN-SWA
TTTAATCTAATATATGTCCCATACGCTCTTTTTTAGTCTTTAAATAAAATGCATCATACTCTGAAGCCTCTATTTGTATAGGCACTCTGTCTTTTATTTCAAGTCCGTAATTATTCAAATACTTTATCTTATCTGGGTTATTAGTCATTATTTTTATGCTCTTAATTCCCAAATTTTTAAGCATTTGATAAGCCTCATAATATTCACGCATATCATCTCTAAAACCCAAAGCTATATTCGCATCTACTGTATCAAGTCCGCTGTCTTGAAGCTCATAAGCTCTTAATTTATTAACAAGTCCTATTCCTCTGCCTTCCTGACGCATATATACCATTATACCTCTGCCTTCAGAAGCAATTTTTCTCATAGCATAATCATACTGCTCTCCGCAATCACATCTTTTAGAACCTAATGCATCGCCTGTCAAACATTCAGAATGCACCCTGCAAAGCACATCTTCTCCGCTTGAAATGTCTCCCATAGTTAAAACTACATGATGTTCTTTTGTTATTTTATTTACGAAAGTAAGTATTTCAAACTCTCCGTATTTAGTAGGCATTTTAGCCTTAGCATAAAGCTCCATCAAGTCTTCATTCTTTTTTCTGTAGTCTATCAAATCAGAAACAGTTATCATTTTAAGATTATGTTTTTTAGCGAAATCAATCAAATCATCTCTTCTCATCATATCGCCGTCATCTCTCATAATCTCGCAGCATAAACCGCATTCTTTAAGTCCTGCAAGTCTCATCAAATCGACAGTAGCCTCAGTATGCCCCATTCTTACAAGTACTCCTCCGTCTTTTGCAAGTAATGGAAACATATGTCCCGGGCGTCTGAAATCTTCTGGTCTTGCATTTTCATCAACTACTTTTAAAGCTGTGATTGATCTTTCTACTGCTGAAATACCAGTAGTAGTTTCAACATGGTCAATAGATACTGTAAAAGCTGTTTCATGATTATCAGTATTTTTTGTAACCATTTGATTTAAATTAAGTTTGTTTGTAAGCTCTTTACTCATAGGCATGCATATTAAACCTTTAGCATAAGTAGCCATGAAGTTTATATTTTCTGTAGTAGCAAACTCAGCCGCACAGATTAAATCGCCCTCATTTTCTCTATCTTCGTCATCGGAAACAACTATTATTTTTCCGTTTCTTAAATCTTCTAAAGCCTCATCAATAGTGCTGTAAATATTTTCCATTTGAATGCTCCTTTTCATTCATTTTTTAATTTTGTGCTTTTCCTAAATATTTTAAGCAAAAACACTAAAAGTATTAAAATCCGTTCTTAAGCAAAAACTCCATTGTGATATTGGATTTTTTACTGTCATTACTATTTTCTTTATCATCTTCTTTAAATGTTAAAAGCCTTTCAACATACTTGCCTATAACATCATTTTCTATATTAACCTTATCACCCTCTTTTTTATAATAAAGTACAGTTTCCTTTAATGTATGAGGAATAACAGCTATAGAAAAAGTATTATCAGTTAAACTTGCCACCGTCAAACTTATTCCATCAACAGCAACAGAGCCTTTCTCTACTATATATTTCATTAATTGTCTAGGTACTTCAATAGTAAGTATAATAGCATTATCATCTTTTTTCATAGACTTAATGCTTCCTACTCCGTCAATATGCCCGCTTACTATATGACCGCCGAATCTTCCGCTTAAAGTCATTGCTCTTTCAAGATTAACTCTGCTTCCGTTTTTTAAACTTCCCAAATTAGTACGGTTCAAAGTCTCCTGAGTAACATCAGCATTGAATATCTTATTATCAAAACTAGACACAGTTAAACAAGTACCATTAACAGCAACACTATCACCCAAATGCAAATCATCAAATATTTTGCTTGCTTCTATTGTAATAACTTTGCTTTGTACCGATTTAACAATTCCTATTTCTTCAACTATACCAGTAAACATTATTTTAATATAATCCTATAAAAAATTTATAAATTATAATCTTTTTGATGTCATTGAATACAAAATGGTCAAATGCAGTCCTTTTGCTTCTCGCCACAGGCGGGCTTCGCCTGGGTCACCAAAAGAAGTAGGGGTCTGGGGACTAGTCCCCAGTAATCAAATATTATATAAATTTATTAATTTATATAATACTCCAAAAATAAATCCTCATCTATTTTTGTTATATCTCCGCCTATAAGTTTAAAAGCATTATTAGGGTCATCTATACCTTCTCCGCCTATAGGGCTTTTTGCTTTAATGCCTCCAAATATCTTTGGTGCTATATAAACTAAAACCTTATTTACCAATCTTTCTTCTATCAAACTAGCATGCAAAGAAGCACCTCCCTCTACATACACACTATCAATATTTTTATCTTCACCTAATATTTTCATTAATTCTTTTAAGTTTACTCTTCCATTATCACTTTCTGTTTTTATTATTTCAATTCCTAAACTTTCAATCTCTTTTATTTTTTTTTCATCATTACTAATAGTAGCTATAAAAGTTTTTATTTCTTTTGCAGTTTTACAAATATTAGAGTTCAAATCTATTTTTAGAGAACTATCTAAAATTATCCTTATAGGGTTTCTAGTATTTGGAAGTCTGCAATTAAGAGTAGGATTATCTTCTATTACAGTATTTATTCCAACCATTATGGCAGAGTACTTATTTCTAAATCTATGAGAATGCTCTCTTGCTTTTTCTGAAGTTATCCATTTTGACTTTCCGCTTGACGATGCAATTTTACCGTCTATAGTCATAGCATATTTCATCACAACAAAAGGTCTTTTATTTGCTATATAATAAAAAAACACTTCATTTAATTTTCTGCACTCTTCTTCAAGTACATTAACTACCACCTCAATTCCAGCATCTTTTAATTTTTTTATACCGTTACCAGCAACTTTAGGATTAGAATCCACGCAGCCTATAATAACTTTTTTTATTTTATTTTTTATAATAGCATCAGCACAAGGAGGAGTTTTACCGTAATGCGAACAAGGCTCTAAAGTTACATATATAGCAGCCCCTTCAACATCTTCTCCTTTTTTTTGGGCATCAAGAAAAGCGTTAATTTCAGCATGATTTTCACCGTATTTTTGATGATAACCTATACCTATAATTTTATCATCTTTCACTATTACAGCACCAACCAAAGGATTAGGACTGGTAAAACCTTCTCCTTTTTTTGCCTCTTCAATAGCCATTCTCATATATTTTTCATGCGTATTTTGCTGCATAATACTTTTATACTCTTAAAAAAATAATTTTTTGTAATCTTTGGACTTTATTTTGGCGTATTTTTGACTATAAACAAAAAAACTCTAAATGTTAAAACATAACAAATAGAGCCTTAATTTTTGATATGTAGTAAGTTTACATTAACATCTTCTACCATCCAGACTTTAACTGTCGGTTTTGGAGTTTCACCAAATCAGCTGTTTCTGAAAAAAGAATAATTTTCAAAAAAGCTCGCGGACTTTACCGCCGGTATGGAATTTCACCTAGCCCCGAAGATTTATTATACTAATATTATAATACAAAAAAAATTCATTGTCAAGTATCAGTAATTTATTATTAATTATTATAATTTATTCTTATTTCTTCACATAATTTTTTAAGTCTTTCTTCTGCAATTTTATTTTTTAATTCACATTCCCAAACCACAATAACCTTCCATCCCATTGATTCAAGGTTCGCTATATTATTTTTATCTCTTTCTATATTACGTTTAATTTTAGGTATCCAGTAGTTTTGATTAGAAAGAGGCATTCTTCCTCTTGAGCAGTTATGCATATGCCAAAAACAGCCGTTTACAAAAATAATTGTATGATATTTTGGAAGTACTATATCAGGTTTTCCTGGGTATCTTTTATCATTCTTTCTATATCTGAACCCATTCTTAAAAAGATATTTTCTTACAATATTTTCGGGCCTTGTATTTTCACTTTTTATATTAGACATATTTTTGCTTCTTTCTTCATGAGTTTTATTATCAGCCATTTCATCCTCTATACAATATTAAATTTCATCTGCATTTAATTTTTCTGCAAATTTTTCATAGCTTCCCCAGCTTTGTACATCTATGGAATACTCGCCTTCTTTTTCTTTAGTAACTATTACAGAATCAATACCTAAAAATTCTAGTTTACTAATTGAAGCAAGCTCAAATTCTTTTAATTTTAACACATCTCTAAGAAGCCAATTGCTTAATGCTTTATTAGGATTTGTCATAAGAGCCTTGTTATTATCCTGACATACTTTAGCATTTAAGACTTCGCCAAGAGGAGTTTTAAGAATAAAAGGAATATCTCTTTCTGGAAAAAAATTTGGAAAATGATTTCTTACCAATGCAGGTATAGCTATATATACTTCATTAGGATCCCTTTTCCTTCCGCATGCATTCCATTGATTAAGTGCAGATCTTTCCTGAACTATTTTTATCTTATTTTTTACCGTATATAAAGGAAGAATAACATATTCTAGTTTTTGTTCTGACTCAATTGAAATTTTATCATAGTCAATTTCATCTATGGAAAGAAGAAGTTTAGCAGGATTTTCAAATATTACAGCTTCTGCTGTATGACAGTTTTGCGGTATATCAAATTTTCTAAACAATGTACTTTTTGAAAAATTAAATTTATACAAATGATTTCCATCTGTAAAATCTAAAGATTTTTCATTTTTACTGCCTTTTTCTTTTTCAATTCTTAAATTTGATATATCAATTTCATCATAATCTGTTTCAAAAAACAGCAGTAAATTTTTTCTTCTAGCTATAATATGATACTGAGACTGAGATATACCGTAAATATCTTTAGCAAGTTTAATTCTTTCATTTCTAAGATTTGCTAAAAACTCAGCAAGATCTTTATCATCTGTTTTCTCTCTAATCATACTTGAATTTTTATTAAATTCTGCTATTTTTTCAAAACTGTAATTCTTGTTTTCTCCTAGAAAAGTTTTTAATCCTATACCTGTATCATATATTTTGGCATCAAATGCAGTATCAGAACGGCTTAAATTTTTAGCATTGAAACAAAAGCAGAATAAATTTTCCATAGCTCTGTAATATATATAGGGACTGCTGCTGTCGCTGTATAGTCTTGAAAGTTTAGATACTGACTGTATTAATTTTACATAATTTTTATTTTCTTTCTTATCCAGTTCAAAAAAATTAATCATTTTATACCTCATTTTTGATTAACAGTCTATAACCTTAAGAATATTATCTGCTATTTTTTTTACTAAAGGATAAACTATTGAATTTCCCGCCTGCTTATATAATTTAGAATTTGATTGTTTAGGAAGTTTAAAATCTTTAGGGTATCCCTGAAAATTGAAGCATTCTCTAGGGGTTAATTTTCTTATACCATAATTGTCACGTATTATTGGAACATTATGTCCTCCTTCTCCCATATTGGCAGTTAAAGTAGGACAAAGATTTGATTTGTTTTCTCTTACATAATGTCTTCTCCATTGGTATACTGTATCTTTATTTATAATATTTTCATTAAAAATTTTATAATATTTTGTGCTGTTATAATAATATATATCATCCTGTTTTTCATGGTCTATAAAATCATGAATAGTTTTAGTAAGTTCTACAGGTTCAGGAAATTTAAAATTAGAATAACTGCATACTTTTTCTTTGCTGAAAGCTGCAATAAATATTCTTTCTCTATTCTGCGGTATGTTTGAATATTCTGCTGAATTTAATACTTTATATGAAACATAGTAGTTTAAATTTCTTAAAGTATTTATTATTGTTTTTAATGTATTTCCGTTATCATGGTTTTCTAAATTTTTTACGTTTTCAAGAAGTATAGCTTTAGGTTTATGATATTTTATTATTCTTGCTATATCAAAAAATAATGTACCTCTTGTATCATCAAAACCTTTTCTATATCCTGCTACAGAAAAAGGCTGGCATGGGAATCCTGCACAAAGTATATCATGTTCCGGAATATTTTTTTCATCTATCTCTGTAATATCTCCTTCAAGTACAGTATCAGGAAAATTTAATTTATATGTCTCTCTTGCATTAATATCTATTTCGCTTGCAAAAACACAATTTTCGGAATTAAAAGCTAAATGAAATCCTCCGACTCCTGCAAATAAATCAATAAATCTGTACAT

Protein sequences of DBSCAN-SWA_1

>NC_014150|1736030:1742139|1739577_1740003_-|WP_013114028.1|DBSCAN-SWA
MADNKTHEERSKNMSNIKSENTRPENIVRKYLFKNGFRYRKNDKRYPGKPDIVLPKYHTIIFVNGCFWHMHNCSRGRMPLSNQNYWIPKIKRNIERDKNNIANLESMGWKVIVVWECELKNKIAEERLKKLCEEIRINYNN
>NC_014150|1736030:1742139|1740021_1741185_-|WP_013114029.1|DBSCAN-SWA
MINFFELDKKENKNYVKLIQSVSKLSRLYSDSSSPYIYYRAMENLFCFCFNAKNLSRSDTAFDAKIYDTGIGLKTFLGENKNYSFEKIAEFNKNSSMIREKTDDKDLAEFLANLRNERIKLAKDIYGISQSQYHIIARRKNLLLFFETDYDEIDISNLRIEKEKGSKNEKSLDFTDGNHLYKFNFSKSTLFRKFDIPQNCHTAEAVIFENPAKLLLSIDEIDYDKISIESEQKLEYVILPLYTVKNKIKIVQERSALNQWNACGRKRDPNEVYIAIPALVRNHFPNFFPERDIPFILKTPLGEVLNAKVCQDNNKALMTNPNKALSNWLLRDVLKLKEFELASISKLEFLGIDSVIVTKEKEGEYSIDVQSWGSYEKFAEKLNADEI
>NC_014150|1736030:1742139|1736030_1737230_-|WP_013114025.1|DBSCAN-SWA
MENIYSTIDEALEDLRNGKIIVVSDDEDRENEGDLICAAEFATTENINFMATYAKGLICMPMSKELTNKLNLNQMVTKNTDNHETAFTVSIDHVETTTGISAVERSITALKVVDENARPEDFRRPGHMFPLLAKDGGVLVRMGHTEATVDLMRLAGLKECGLCCEIMRDDGDMMRRDDLIDFAKKHNLKMITVSDLIDYRKKNEDLMELYAKAKMPTKYGEFEILTFVNKITKEHHVVLTMGDISSGEDVLCRVHSECLTGDALGSKRCDCGEQYDYAMRKIASEGRGIMVYMRQEGRGIGLVNKLRAYELQDSGLDTVDANIALGFRDDMREYYEAYQMLKNLGIKSIKIMTNNPDKIKYLNNYGLEIKDRVPIQIEASEYDAFYLKTKKERMGHILD
>NC_014150|1736030:1742139|1737303_1737957_-|WP_013114026.1|DBSCAN-SWA
MFTGIVEEIGIVKSVQSKVITIEASKIFDDLHLGDSVAVNGTCLTVSSFDNKIFNADVTQETLNRTNLGSLKNGSRVNLERAMTLSGRFGGHIVSGHIDGVGSIKSMKKDDNAIILTIEVPRQLMKYIVEKGSVAVDGISLTVASLTDNTFSIAVIPHTLKETVLYYKKEGDKVNIENDVIGKYVERLLTFKEDDKENSNDSKKSNITMEFLLKNGF
>NC_014150|1736030:1742139|1738133_1739240_-|WP_013114027.1|DBSCAN-SWA
MQQNTHEKYMRMAIEEAKKGEGFTSPNPLVGAVIVKDDKIIGIGYHQKYGENHAEINAFLDAQKKGEDVEGAAIYVTLEPCSHYGKTPPCADAIIKNKIKKVIIGCVDSNPKVAGNGIKKLKDAGIEVVVNVLEEECRKLNEVFFYYIANKRPFVVMKYAMTIDGKIASSSGKSKWITSEKAREHSHRFRNKYSAIMVGINTVIEDNPTLNCRLPNTRNPIRIILDSSLKIDLNSNICKTAKEIKTFIATISNDEKKIKEIESLGIEIIKTESDNGRVNLKELMKILGEDKNIDSVYVEGGASLHASLIEERLVNKVLVYIAPKIFGGIKAKSPIGGEGIDDPNNAFKLIGGDITKIDEDLFLEYYIN
>NC_014150|1736030:1742139|1741203_1742139_-|WP_013114030.1|DBSCAN-SWA
MYRFIDLFAGVGGFHLAFNSENCVFASEIDINARETYKLNFPDTVLEGDITEIDEKNIPEHDILCAGFPCQPFSVAGYRKGFDDTRGTLFFDIARIIKYHKPKAILLENVKNLENHDNGNTLKTIINTLRNLNYYVSYKVLNSAEYSNIPQNRERIFIAAFSKEKVCSYSNFKFPEPVELTKTIHDFIDHEKQDDIYYYNSTKYYKIFNENIINKDTVYQWRRHYVRENKSNLCPTLTANMGEGGHNVPIIRDNYGIRKLTPRECFNFQGYPKDFKLPKQSNSKLYKQAGNSIVYPLVKKIADNILKVIDC

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_013114025.1|1736030_1737230_-	bifunctional 3,4-dihydroxy-2-butanone-4-phosphate synthase/GTP cyclohydrolase II	A0A2H4PQS2	Staphylococcus_phage	3.2e-112	52.3
WP_013114026.1|1737303_1737957_-	riboflavin synthase	A0A2H4PQS5	Staphylococcus_phage	2.4e-45	50.0
WP_013114027.1|1738133_1739240_-	bifunctional diaminohydroxyphosphoribosylaminopyrimidine deaminase/5-amino-6-(5-phosphoribosylamino)uracil reductase RibD	A0A2I2L4R9	Orpheovirus	2.2e-51	36.2
WP_013114028.1|1739577_1740003_-	DNA mismatch endonuclease Vsr	E5E3X5	Burkholderia_phage	1.5e-27	46.7
WP_013114029.1|1740021_1741185_-	NgoFVII family restriction endonuclease	V5US45	Oenococcus_phage	4.9e-33	27.8
WP_013114030.1|1741203_1742139_-	DNA cytosine methyltransferase	E4WLM9	Ostreococcus_tauri_virus	2.4e-86	49.8

Sequences of DBSCAN-SWA_2

Nucleotide sequences of DBSCAN-SWA_2

>NC_014150|1884980:1953892|DBSCAN-SWA
TTTGAGTTGGATAGGTGCTATTATATTACTGAGTGTATTAGTATTTGTTCATGAGATGGGACATTTACTAGCTGGCTTAGCAGTTGGAATAAAGGCTGAGGCTTTTTCTATAGGTTTTGGTCCTATACTTTTTAAAAGAGAAATTAAAGGAATAGATTTCAGATTTTCGCTTATTCCTTTTGGAGGATACTGCAAATTTAAGGGAGAGATTTCTGAAGACGGCAATGTAGAAGAAGGTGATTTTCTTAATATGTCGCCTTTAAAAAGAATAATAGTTTATTTTGCTGGTCCTTTCTTTAATTATTTATTTGCATTTTTACTTCTTACAATATTGGTATCTTTGCCTTCAAAAATAGATTTATATTCGCCTACTGTATCAGTATTCAGAGATGGTAAATACATGCATTCAAAGTCTGGTATGACATTAGCATATGAATATGGCTTGCAAAGCGGAGATACTATTACAGCTATAAACGGCATAAAAGTAGAATCAGATAATGATATATTAAAAACTATAAATGATGAGGCTATACAAAATGCTGCTGAAGAAATAGTTTTCAGTATTAACAGAAACGGTGAAGCTATTAATATAACTATACCTTCTGTTGAAATGCTTAAGGCTTTGAGCGGAGAGAGAGTATTGGGATTATATTTCGGAGATGATCTTATAATAAAAAATGTAATTGCCGATTCTGCTGCTTCTGAGGCTGGACTTATGGCAGGAGATAAAATAATAGCTATAAACGGTATTAGTGCAAGTAATATAGCAGATTTCAGACCTATAGTGATGGATAATGCTTCTCAAAAAATCAATATAACTATAATAAGAAACGGAGAAGAGATTACAAGAGAGGCTATACCAAGACCAGTATCTTCAAAGACTATAGGTACTTACGGAAGTTTGGGAGTTGAGTTTGACAGTACTCCTATGAGAGTAGAGAGAGTTGACGGCATACCTTTTCCTAAATCAATACCTGAAGCTTTTAAAGAAACTGGTAATTATTTGGTTTCCTATATAAACGGACTTAAACTTCTTTTTACTGGTAAATTATCAGTTCGTGAAAATTTGGGCGGACCTGTAAGAATTATACAGATTTCATCACAGGTTATTTCTGTTGATATAGAATACAGACTTAGAACTATACTTTCATTTACTGCTACTATAAGTTTAATACTTTTCTTAATGAATCTTCTTCCTCTTCCAGTAGTAGACGGCGGTATGATAGTATTTTCATTTATAGAGCTTATAATGAGGCGTCCTATAGACAGAAAAGTTCTTACAAAGATACAGGCTGTAGGGGCTGCATTTTTAATAACACTTGCTATATTTATCACTATTAATGATATAACACAGCTGTTTAGATGATGTTTATAAAAGATATTTTTGATACAATAAATAATTAAAAATAAATATAATAAGAGGTTTGTTTTTGAGCAGACCTCTTTTTTATGGTTTTAATTAAAAAACAATTAATTGAATAATACAATTTATATATTTGTATTATACTAAACTTTACTATATAATACTAATTCAAAAAATAATTAGGATAATTATAATAAAATGAGCGAAAATTTAAAAAATGAAATACTAGAACTTGTAAAAAGTGAGGATATAATAAAACCAACTAGATATTTAGGCGGCGAGATAAATGCTATAATAAAACCAAATATGCCTTTTAAATTTGTTATGTGCTTTGCGGATATGTACGAAATAGCCATAAGCAATTTGGGGCTTTCTATACTTTATGAGGTTATTAATTCTATTGAATATGCATCATGTGAGAGAGTATACGCTGTTGCTGAAGACTTTGAAAAACTTTTAAGGGAGAAAAATATACCGCTTTATACTTTGGAGACTTTCAGCAGAGTAAAAGATGCTGATGTTTTGGGATTTACTTTGCAGTATGAGCTTATATATACAAATATACTTCAGGTGCTAGAATTAAGCCAAATACCTATACATAGATATGAGAGGGGAGAAGATGTACCTATAATAGCGGCAGGAGGACCTAGTGTATTTAATCCATTCCCATTGGCTGATTTTATAGATGTGTTTTTATTCGGCGAGTTTGATATCGAGATGAAAAACTTTGTTGATATAATTTATAATCTCAAAAAAAACGGGGCAAAAAGAGATGATATATTAAAAGAGCTTTCAAAACTTGAGTATGCCTATGTTCCTAAATACCCAAGAGAGAATGTTAAAAGAATATTTGTTGAAAATATTAATGAAATGCCGTATGTGAAGAAACCTTTAGTTCCCCTTGTAGAGGGCATACAGAACAGAATATCTGTTGAAATAGCTAGAGGCTGTACTCATAGCTGCAGATTCTGTTTAGCTGGTATTACTTACCGCCCTGTAAGAAACCGCACTATAGAAAAAATTGTTGATATATCAATGGAGTCATTAGAGGCTACTGGTGCTAATACTTTAAATTTATTTTCGCTTTCTGCTGATGATTATCCTCATATTGCTGATTTGATAGAGTATTTGCAGACTCTTGGAGAGCATAAGGGATTTTCTTTATCTCTTCCTTCACTTAGAATAGATTCATTTGATAAAGATACTGCAAATAGAATAGCTCAGTTTAGAAAGACTGGACTTACATTCGCATTAGAAGTAGGAAGCCATGAATTAAGAGAAAAAATAAATAAGGAAATGGATGAAGAAGCCATATACAATATACTTGCCGATGTTCAGAAAATGGGCTGGAAAATAGTAAAGATATATTTTATGATAGGCTTTACTGATAATCCAGATAAAGAAGCTGATGAGATAATAGAAGCACTTGAAAAGATGATTAAAGTGTCAAAAAACAAAGTAAAAATCAATGCCGCAATTAATGTATTTATACCAAAGCCTCATACGCCTTTAGAAAATACTAATCAGCTTACAGATGAAGAAGCTATTTACTATATAGGAAAGGTGAGAGATCATTTTAGAGGTACAAAGGTTGCTATAAAATATCACCCTCCAAGAATGGCAGAAATCGAAGGAATAATATCAAGAGGCGATGAAAAAATAGGTAATATTATTTACAAAGCATATAAAAAAGGTGTAAGATTCGATGCTTGGGTTGAACATTTTAATTATGATATTTGGAAGGAAGTAATAGAAGAAAGCGGATACACTATAAAAGAATTATTAAGCAGAAAAATAAATATGCCTTGGAAATGCATTGATACTCTTGTAAGTCAGAAGTTTTTTGATAAAGAATATGAGAGATTTCAAAATGGTAAGTTTACAGAATACTGTTTTACAGGAAATTGTCAGAACTGCGGCATAGACTATAAAAAATACTGCCATAAATACAAAAAAGAAGTTTTAAACACCAACTTTACTCAAATGGCTGAAGAATTAAAAACTCTAAAAAAACGAGATATATTTGCTGTAAATTATAAAGTATTTATGAAATTCAAAAAAGAGGGTATATCTTCATTACTAGGTATGCATGATTTATCGCGTGTGATGATATGTGCTTTAAAAATAGCAGGGGCTAGCATATCATTAAGCAAAGGTTTTCACCCATTAGAAAAAGTGGTATTCACTCCGCCAACTCCTTTTGCTTGTGAGAGTGATGCTGAGTATATGGAAGTGAGTTTAACTGATTTAGTAGATATAGAGTTATTAAAAAACAAAATTAATAATCTGCTTTCTCATATAGGCATAGAAATAATGAGTGCCATTTCTACTCCTACAAATGCTAAAAATATACAGTCTCTTCCAAAGAATACAGTTTATAAAATTATAACAAGCGATGATAAAAAGGCTTTTGATATACTTTCAAACAAAGAAAATCTAAAATTAAGCGAAGAGAGAAAAGGAGATTATTTAATTATAAATAAAGATAATGATTTGCTTATAACACTTTTAGAAAGCAGTGAAAAAGCTATAAGGGTACGAGATATAAAAGGCTATCTTTTGAAGAATGATATTAGCTTAAAAAATATTAGAAAATTAGAACTTGTATAGATAACAAATATTGTTTTAGGAGTTTTTTATTATGATTAAATTCTATTTAGAAAATGCATTTGAATTAAATAAAGAGTATCCAGACACTTTTAAAATTCCTCCTCAAAAAGAAATTGATTCTTTAAAACTTGATGATTATGTTAAATTAATTTTTACGGAAGAAAATGCTGTACCTGAGAGAATGTGGGTAAAAATTACAAATATAAATGGTGATAATTTCACAGGTATATTAGACAATGATCCTTATTGTTTGAAAAGTGTAAAATGCGGTGATAAGATAGTTTTTAAAACTGAAAATATAATTGATACATACTTAAATTCTTAAGTTTATCAAAATAAAATTATTTTTTATATGCATTTTCTGAAAGAATATTTTTGATAATTATATTTTTGAATCTCTCTTGCTTTTTTTATAAGTTTTAAGTGCTTTTTATAATCTTTTAATTTGTAATAGCATATTGAAAGGTAGCATATGGTATATATATTATTTCTTTTAAGTATATCAAGCTGCTTATCAAAATTTTCTATAGCATTTATATAGTCTTTAACAGCAAAAGAACAAAGTCCCATATAATAATATATAACATCATTATTATCAGATATTTCTTTTGCCTCTAATAGATTTTCCATAGCCTTTTTATATTTATCCATTTTATAGTATGATACGCCTAGACATAATGCTGTATGATAATCTTTTTTATTTTTTTCATTATATTGTAGAGATTTTTCTAAATATTCTATAGCCTCATCATAGTTATGAAGTCTGTAATGGCATATTCCTATCCATTTAAGATTTTCAGAAGTACTTCCTTCTATATGCAAGGCATTAGTATAATACTTGAGAGCCTTTTTATATTCAGCAAGGCTGTAATATGATGAAGCAATCCATCTGTGTATGTTATGATTATAAGGCGATAATTCTAAAGAGAGATTTAAGTATTTAATAGCTTTTTTATATTCATTTATATTATTGTATGAAGCTCCAAGATAGAAGAAATAATAATAATGAATATTGTTTTTGTTTTCTAATGCTGTATCAAAAGCTTTTTCAAAATACTTAATAGCAGCTTTATATTCAGCAAGCATATAAAGTGCAAATCCCGCTCTGAAATAGTATTTAGCATTTTTTTCTATTTCTATAAGCTTTTTATATATATCAAATAGGTTTTGATAGTCTTTATTTTTGTATAATTCTTCAGCCTTTTTTATATAAAATTCTTTTTCCATAATATTTTTTTATATTATAAATAAACTTAAATATTTATAATAAGTCAAATATAATAATTAAAAAAAATCATAATAAATTTTACTTATCAGCTATTAAAATTAAGGGTTTTATTTCCGAATATATAGTAAGAAATATAAAAAATAGAAGAATAATATGGCTATAATAGAATTTAATATACCAACAAAAATTACATTTGGACTTGATTCTCTTGATTGTCTTGCAGACACTATCAAAAAATACGGCGGCAGAACTGTATTAGTAACAGATGGTGCTTCTTTCAATCAAACAGGCTTAATAGATCAAATAGTTAATAAACTTAATGAAAAATTTATTAATGTAATGGTTTATTCTGATGTAAACTCTACAAGCACAAGCGATGCTGCTGATATCATTGCTAATTTAGTAAGATACAGCAGGGCAGAATCGATAGTTGCTGTAGGAGGCTTTAAAATACAAAATACAGCAAAAGGAGCAGCAGTTGTAGTAACTAATAGCGGAGAGGCTTCAGACTATATTAATGGTCAGCCGGTATATCATAAGCCTTTGCCTATTATAGCGGTTCCTACAATATTGGGATCTTTGTCTGAAATAGCTACTGGAATGTGCCTATATGATAAATATGATGAAGTAAATAAGCAAAACAATGAAGACAGCGTATTTTCTTCAAACTGTATAATAGACCCTTCTTTATATACTACAGTTCCAGTAAAATATGCTATAAGCAGTGCATTATCAGTATTTGCTTTGTCTTTTGATATATATATGAGCAATACTCTTACAAGCATCACAGAGCCTTTAATAATTCATGCCATGAAAATAAGTATGCAGGGGCTTAAAAAACTTATTGCCGACAGCAATAATATAGACAATATAACAACTTTAGCTACAGCAAATATGTTATGTGCCGCTTCTGCATGTCATAGCAGTTTGGGAGCTATAAGGGCATTATCTATTGCTATTAATAGTGTTTATGCTGTTAATAAATCAATGGTATGTTCTATACTTCTTCCTCATATAATGGAATATTATATTACGGTTGCACCTGATAAATATATTGTTCTTACTAATGTTATAGATGGTATAGACCCGGAAATGACTCCTTTTGAAATTGCAAATCAGGCGTCTCAGCATATAAAGAAATTTCTTCTTAATATTAATTTACCTACAAGGTTAAATGAAATTAATATAGACAGAAGTAAATTTGATAAAGTAGCAGAATTAGCATTGCAGTATAAGGGAATGGACAAACTTCCTCGTGCTATGAACTTTGATTCTATTATGACTATATTAGAGCAGGCGTATTAATCTTCGCTTTTAGGTGCATATTTGTAAGGTTTTTTATGTAATGCATCTATTAGCTTTTTATTTGGTTTATAATTGGTAATAGGCGGAAGAGGCTTATATTCTAAAAGACTAGAGTTATAGCTTTCAGCATATTTATTGTATGCCAAACATAAAAGATATTCTAGGTTTATAGTATCCAGCAGATTATAATGTATAAGTGAATCGATAGCAGTTTCATCTTTAGTGTCCTGATAATAATTCCATAGTAAAACAGCTGTATATCCAGTAACGCCTTCCATATCATCGCCTCTTGAAAGTCCTACGTCCTGTTCTATTTTTTTTAATCCGCCGGTATATCCAAGATCTTTAAGTACAAAGCGTAAATCTATTTGAGCACATTTTATTGTTGTAGCAAAGTATCTTTCAAGAAAAGGTATATCAAAGCATGAGCCATTAAATGTGCAAACTATAGAATAATTTTTTATATAATCAAGAAATTCATTTTCATTTCTGCCATGAACAAATACTTTCATCTCCTTGCCGTCATAACAGCCTATAACTGTAACATCAGCCTTTGAAGGTTTTATACCAGTAGTTTCTATGTCCAAAAAAACAATTTTATCCATAAAAAAAGGATAGAGTCTGTATATAATTGGTGTGGGAAATCTCTTTAAAAAATAATGATAATTTTTATTTTTATAATTATAAATGCTTCTAGGAAGTTCATCTTTTAGAGCTTCTCTGATACTTTTAGGCATAGCATAGTAATCTATATTTTTTAAAGTATCCTCCCAATCAATAGCCCCTTCTTCCCATAGGAGACTTTCTTTTTTAGGACCGATTCCCTCTATATGCTGAAATGTTCTCTTTAATAAATCCACATAATTACCTTTATATTATTTTATTAAAACTATTTCCTTTTCCACTTTACACCCTGAGGAGTATCCATTATCTCTATACCCATAGATAATAATTTATTTCTTATTTCATCTGCTTTTTGATAATTTTTTTCTTTTTTGGCTAGACTGCGTTCTTCTATGAGTTTATTAATCTCTTCTTCATCATCTTTGTTTTCTTCTTCATCATTTATCTTAAAGCAGTTTATTATATTATTTACTCTTTCTATGAATTTAATCATTTTATCTCTTGTTTCATTGTTAATAGAATCAAAAGATGTATTTGCATTTTTTATAAGTGTAAATAATACTCCAAGTGCTTCTGAAATATTTAAATCATTATAAACAGAATCAGAAAATTTATCATTAGCTTCATCTATTTCTTTTGATAATTTATCATTAATTTCATTAGTATCAGTTTTGTTTATATCTTTTAATCTGAATACAAAATCATTCACTCTGTCAATAGCACTTTGAGATTGTTTAATGCCTTCTATAGTGAAATTTAATTGTTTTCTGTAATGAGAGTTTATAAGCGAATATCTTATAGCCTCTTTAGAAAGTCCTTTATCAAGCAGATCTCTTAAAGTATAAAAATTGCCTTTAGACTTTGACATTTTCTCTCCGTCAACTATTAAATGCTCGCAATGAAGCCAATAATTAACAAACTTTTCATTAAATGCTGCTTCATTTTGAGCTATTTCATTTTCATGATGAGGGAATTTATTATCAACTCCTCCAGTATGTATGTCAAAATGCTTACCTAAATACTTGCAGCTCATAGCAGAACATTCTATATGCCAGCCCGGTCTTCCTTTACCAAATGGAGAATCCCAGTAAACATCGCCGTCTTCTTCAGTATATGCTTTCCAAAGTACAAAGTCGCTTGCATTTTCTTTGTCGTATTCATCATTAAGTACTCGTCCGGAAGCTCCTTCAAGAAGTTCCTGTTTATCAAGATTAGCCAGCTCTCCGTATTGTGGGAATGTGCTTATTTTGAAATATACTGAACCGTCTGCCTCATAAGTATGTCCGTTTTTTTTGAGAAGTTCTATAATATCAATCATTTCTTTTATATGGTCAGTAGCAGCAGGGTTAACTGAAGCCTTTTTTATTCCCAAAGTTTTTATATCTTCAAAGAATGCCTCTTTATATTTTTTAGTATATTCATTTAAAGAAATATGATTTTCTTTAGAGTTTTTTATAGTCTTATCATCAACATCAGTTAAATTCATAACGAGTTTAACATTATATCCATAATCTTCTAATACTCTTCTAAGTAAATCGCTAAATACATAAGCTCTGAAATTACCTATATGAGCATAGTTATATACAGTAGGTCCGCAGGAGTACATTCCCACTTCACCCTCTTTAATAGGTTTGAATACTTCTTTTTCTCTGGTTAATGAATTATATAATACTATCTCTTTCATAAAAAAATTTTCCTTAAAATATTATAAATATTTTACTTAAAAGACTTTATTTGTCAAGGTGCTGTTATGTATTTTTTATAGATGAAAAATAATACAAAAATCCCCCTTAAAACATTTTTTAAGAGGGATAAATAATAATGCTTTATTTATTATAATCATTAATAAATAAAATAGTTTTCTAAATATAATACTTAAAATACTTAATAATAAAAAATTATATGTTTTTATTCTTTCTTATTACTATAGTAGCCTGCTCTTTATATTTAGATATTAGGCTTTTGAGATCTTTTTTCTCTTCTTTTTTTTCCATTATTTAATTCCTCCTTGAATAATGAATAATGTTTATTTTTAGAAGCTGCCATCTCTCCATACTTTAAAGTCTGGATAGTCTAATTTTTTAGAATTATCTTCATACCATTTACAAACGGCGGCTGACATATTGATTACATAAAAATTAAACTCAGTTTTCCAGCCGTCATTTTTAAAGTCGGCAAAAGAGGGTATAAACTTATTATTAATAGTTTCATAAATATTTTTCTGAGCTGATTCTGTAGGGATATTATTATCTTTTATTGCTATTCTGAGTATTAAGTGAATAGACATACAAGAAAGTGTTGAAGTAAGTCTGCTGTATTCATCAAACATCTGCTCTTTTGAGGAGTTTTCGGTAATAGTATCCATCCACATTTTTATAATATTTCCTAGTGCCTCTAATTGTTCTGGTGAGGCATTTTTATTCATAATAATAGCTGCATAATTTTCTGCAAGCTGCATAAATGTCATAGTTGAATTATCATCGGATATTGATATATCAGCTATATCTTCTATTTGCATTGAGTTTATCATAGACATAATAGAATTATCTTCGGCATTTGCTTTGATATTTATTGATATAAAAATCATAAAAACAAATAATAAATATACAAAACTTCTTTTCATAAAATATATTTCCATTTATAATTTTGTCTATTTATTATCGTCATCAATTAATTTGTCAATACATTTATTTTTATAAAATAATAAACATACTACAAACTATCTATCCAATTAAATACTTTATCTAATATATGCTCATTATCCATATCTTTAAAAAATATTCCATTAACCAAATTATTATGATATATTTTTTTATTTTCAAATATTATACAATCGGCAAGAGAATCATTAAAACTATTTACCTTATTTGAAAAATTAATAGAGTTCTGTACATCGCAAATAGGATCAAGTCTGGAATGTATGCATAAAACTCTTGTTTTTTCACTTCCGTCTATATAATTATAAGGATTTCCCAATTTTCTGTCGTATCCTTCTTCAAATAACTGATTAATCATAGCTGATATTACTTCATTAGTACATACATTCAAATCTGTAGGACCTCCTAAAGATATATAGCCCTTAAAAATATTATTATCAATATTATAATTTTTTTGCAATTCTTTATTATAAACAAGCAAAGCTCCCAAATGTGCCCCTGCTGATGAACCTATAACTACTATATTTGAATAATCAATATTTTTTTCTTTTAATACTTCTAATGCTTTAGATAAACCTTCAAATATATCTTCAATTTGACAGGGATATTTATATTTAGGTGTTAGCCTGTATCCTAATAAAATTGTATGATATTTTTCTTTTGCAAAACGCCTTCCTACAAATTTATATAAATTAGCATTCCCTTCTCTCCATCCGCCGCCGTATATATATATTATAACCTGCTTTTTTGCTGATTCATTTTCTTTTATTTGAGGAGCAAAATATAGTATATACTGTGCTTTATTATTATTATATTTATAATATAATGGTTTTATCTTTTTATCAGATTTAAGGAAATTGATTGCCATAACTGGATAGGTAAGATAATCACCTATCATATTTTTTTTTCTAATTTTTTCTTTAACATCATCTTCTGTTATTTTACTATTTTCTTTCATAAAAAATACTCCTAAACTATAAATGAAAAATTTTTTTTAGAGATGAGATAAAATCAATTCTAAATAATATGAGCATAGCTAAAATAATTATTAATGCCGCTGCAAATGATATCAAACTTCCAATATATGAAAAATGAAACAAAGGAAATATCATAGTAAGCATAGATATAAATGAAGCAGATATAATATATGATATATATTCATTAAAATATTTTCTGTCAATTAAAGCAGTTAAAAATATCGTAATATTCAAAGCTAATGATAAATATGATACAGCATAATTTAATGACCATTTATGAAAACCTGTGAAAATATCTACTATTATAATAAAAGGTAAAACCATAAAAAACTCTATTAATAATTTCTGTCTTATATATAAAGATGCATTTGTAAAACATATATAGCTGCAATATCCGAATATTATTGATGATACGGATATTACAGCCCAATTATATTTGCTTTTAGAAATGATATTAATTATAATCAAAGCAATAATTGCTATTAATGATGATAACAATACTATTTTTTTAGCATTGATTTTTTTCTGCATTTTATAAAACCATTCATAAGAATGATATTCTTCATATACTATTTTTTTATTATCAGAGTTTATTTCTTTAAGACATAAAGGACATATATTTTTATTAGTTTCTATTTCTAATTTACAATTATCACAATAAGCCATATTATAATACTCCAAAATCATTAGAATATATTTCTACTTCTGCTATATTTGATATATATTTAAAAAAGTATTTTATTATATCCGTTTCTAAAATTGTTCTGTTAAATGTAATTGATAATTTATTATTAAAACTGCATATTCCGCAATTTAAAGGACTGTTTATTGTAGGATATACTACCGCCTCAAAATGATTTATATATTCTTTCATATCTTCTGGAAGAGTAATATTACCAAAATTTGATAATGTGATAGTTTTTACTTTATCTTCAAAAAGTTCAAATGCTAAGTTAACAGCAAAATTTTTTATAAACAAAGGAATAAATTTAGCTAATACATTATTTTCTAATTTTGTATTTTCATAGATAAAATTTTCAAGCCTTTCTTTAGATATTTTATCTTTCATATCCTTATCTGCTTTTTTTATAATATCTTCAAAAGTTAATTTATTTTTTGTATCAATAGCAATGTTTGCAACCCCAAAAAAATTTTTTAAACTTATAGAAGGAAATATCTGCCTCAAATTTACAGGCAGACATACAACTATATTTTTTCCGTCAAGTCTATCTTTTATTCTAGTTTCATAAATTGAGTATGCTAATAATGATAATAAATATGATGTTATAGTAACATTATATTTTTTACTTTCTTCTTTCACTTTGTTTAAATCCAATATGCCATGCACAACATTATCACCATAAAACTTAAAAGATTTTCCTTTAATTAAATAAACATTTTTTATTTTTTTCTCTCTTACTGAAGACTTTTTATTTTTTGTATGAACTAAAAAGCTGTCATCATAGTCTGCCAAAGTATGTATATTATCTTTAAATATATCTTCATTTTTATCATCTATAGTTTTATTTGTGAGTATAAAATAATGATAAAGCAGAGATTTAAAAAAACTTATAAGTGATGCAGCATCAGCAAGCGAATGATATATTTCAGCAAAAACTCTATATTTATAGTATCCTACTCTTATTAAATATCCATTATTCAATTTACTGTTAATATTATAACAAGGATAGTATTTATCTTCCTGAATTAAAAGCTTTCTGTGATTCTCTTCAAAATAATTCCAAAACAGTCCCTTTTTTATCATAAGTGCAAGAGTGGGATATCGTTTTATGGCTATATCTAATGCCTCCTGAAGTTTTTGAGGATTAACTTCTTCTTTTAATACAGCTGATACTCTGAATATTGGTATATTCTTTTTATTTTTTATAGAAACAAAAAGTTTTGCTGCATTATCTAATTTATAAAGATGTTTCATATTCATAACACCGTAATTTGATATTAATATTTTAAATCATTTGCTTTATTTTTCAATGATTAAAAATAACTAAATTTTTATTAAAAGCATATTAAGTAATATATAGTTCTTATTTTTGTTAATATTATAATAATGATATAAAAAAATATATTTAAGATATTATGTTATAGCAAATCAATATAGCAGTTTAGTGTATATTAAAAGTTGACAATAGTTGATTTTTAGTATATAATCTACGCAAATATAATGATTATCTAAACAAAAAATCTAATAAATAGAGGTGTAATATGTCAGGACACTCCAAGTGGGCTAGTATTAAACATAAAAAAGCCGCAAATGATTCAAAAAAAGGTAAAATTTGGTCAAAAATAGCTAAAGAAATCACAATTGCAGTAAAAGAAGGCGGAAGCCCAGACCCAGACCAGAATGCTAGATTAAGAATGGTTATAGTGAAAGCTAAAGGTACTAACATGCCTAATGATAATATAGACAGAGCTATAAAAAGAGGAGCTGGTGCAGGCGAAGGTGCTAATATTGAAGAAATGTCTTATGAGGGTTATGCTCCGGGAGGAGTTGCTATCATAGTGGATGTTGCTACAGACAATAAAAACAGAACAGCTGCTGAAATAAGATCTATATTCAGTAAAAACGGCGGAAACTTAGCTGAAAACGGTGCTGTTTCTTGGCAGTTTAAGAAAAAAGCTGTAGTTATTATACCTGCTGCTGGAAACACTGAAGAGAGCTTGATGGATATAGTTCTTGATGCTGGTGCTGAAGATATAGAACAGGACGGAGAAGTATTTAGTATTACTGGTCCTATGGAGGCATTATCTTCTATAGTTGATGCTCTAAAAGCTAAAGGTATTGAGCCTGAAAGTGCTGAAATAGTACGTGTCGCTGATAATACTATGACTATAGCAGAAAACGATGCTAAAAAAGTTATGAAAATAATCGGACTTTTTGAAGATCATGATGATGTTTCTGCTGTTGCTACTAATTTAGAAATTACTGATAACTTAATAGAAGAATAATATTTTATCATATATACATGATAACTTTAGGAATAGACCCCGGATTTGCCAGATGCGGTTATGCTTTTATAGAAGCTAAAAACTCTGCATACAAAATAGTAAATTCGGGGCTCATTGAAACCTTTTCTAATCAAAATTATAATCAAAGGCTTTCATTTATATACACTCAATTAGATGAGCTTATCAAAAAGTATAGTCCTAGTGATGCCGCTATAGAAGAACTGTTTTTTTCAAAAAATACAAAAACTGCTATAAAAGTAGCAGAGGCAAGAGGCGTTATTATATTAGCTCTCACTTTAAATAATATTGACTTTACAGAATACAAGCCTAAAGAAGTAAAATCGCAAATAACAGGAAACGGTAATGCCAATAAGGATGCTATGATGAAAATGGTTAATCTTTTTACTGGTTCTAATATCATTCAGGACGACACTGCCGATGCTGTAGCCATAGCATTAGCTCATGCCTCAAGAAACAGAATTTTTAAATAAAGAAGAAAAAGTATCAAGAAAAAAATATAATTGTTTTTCTCTCTTACTTTTTGTACTCCATGTATCCCCGCCCTATAAGATTTAAAAGTTTTTATTTTTTCATATATTTTGATTAAATATATCAGTATATACTACAAAAGAAAACCCGCCCCAAATTTATTTTAACTTTGCATTTTCCTCAACGCACGTATAGCGGATTTTTTTATAACAATCGATTTGATATTCTAATTTTACACTATATAAGGATTCGATTCTACGTGCGTTAAATAAAATGCTAATTTAAAAAATCACTTGGGTGGGCTTCTTTAAATAACAGTGTAAGTAATGTAGAAAAATAGTATAAAAATGTCAGTGTAGCATTAAAAAATTTGGAGGGCGGGGAGTGAGATTAGATTTTTAAAGTTTATTTAAAATATTATTTATCAAGTTATCTTTAAATAACAAACAGATATAAAATAAAAGAATTCAAATAATAATTTTCTTTTAAAAATAAAATACAATAATAGAATATAAAATACTAAAATTCAAAGTGAGTACTATTATAGTAAGCAAAATAAAAAATGTATTTCAATTATAAAAATTCAGTCTATAACTGAATAGCAATCAAATATTATTTTTTTGACAATATAATGATTTTAATATATTATTTTCTAATCAAATTTATTAAAGAGAGAATATATGAATAATAAATATGATGTTATAGTTGTAGGTGCAGGTCATGCTGGAATAGAGGCAGCACTATCATCAGCAAGACTTGGTATGAATACACTTATTATATCTATTAATCTTGATACTATAGGACAAATGTCATGCAATCCTTCTATAGGAGGCGTGGCAAAAGGCACTATTGTAAAAGAGATAGACGCTTTAGGCGGAGAGATGGGGCTTTTAATAGATAAAACTATGATGCAGTTCAGAATGCTTAATAGAAGCAAAGGCAAAGCTGTATGGGCACCAAGAGCTCAGGCTGATAAATATGCATATAAGGAAGAAGCGGCTAAAACTCTTTATGCTCAGAATAATCTTACACTTCATCAGGATATAGTAACAGAAATAGTAGTTGAAAATAATGTACTTAAAGGTTTAAAAACAGAAAGAGGCAGAGAGTATGAATGTGATGCTGTAATTCTCACTACTGGAACATTTTTAAACGGACTTATTCATATAGGACCATATCAGAAGCAGGCTGGAAGAATTGGAGAGCTTCCTGCTATAGGGCTTTCTGATAATTTAAGGGCTTTAGGTCTTGAAGTAGGAAGATTAAAAACAGGTACTCCTGCAAGAGTAGATTATAATTCTATTAATTTTGATATATTAGAGATGCAAAAAGGCGATGAGGAAATAGTACCTTTTTCTTTTTTAGATGAGAAAATTGATATAGTTCAGGAGCCTTGCTATATAACATATACTGATACTAATATTCATAAACTTATACAGGACAATATACATTTATCACCAATGTACAGCGGAGCGATTACTGGAATAGGTCCTAGATACTGCCCGAGCATAGAAGATAAGGTTGTAAGATTTGCAGATAAGCCAAGACATCAGCTTCATTTAGAGAGAGAAAGCTACAGAACTAATGAAGTTTATATAAATGGTTTCTCTTCAAGTTTGCCAGAAGAAGTGCAGATAAAGATGATAAGATCATTAAAAGGGCTTGAAGAGGTGAAAATATTAAAACCTGCTTATGCAGTAGAATATGATTACGTGAACCCTATAGAGTTAAAGCCTACACTAGAAACTAAAAAAATAGAAGGCTTATTTTTGGCAGGACAAATTAACGGAACAAGCGGATATGAAGAGGCTGCTTGTCAGGGGTTAATGGCTGGAATAAATGCGGCATTAAAAATAAAAAAAGAAGCTCCATTCATACTTAAAAGAAGCGACGGATATATTGGAGTTTTAATAGATGATTTAACTGCTAAAGGAACTAAAGAGCCTCATAGAATGTTTACTTCGCAGGCAGAACATAGAATGCTTTTAAGACAGGACAATGCCGATGAAAGACTTACAGAACTTTCTTATAATATAGGGCTTGCAAGTAAAGAAAGGCTTGATAAAGTAAGAGATAAAAAAAGAAAAACTCAAATACTTGTAGAATACTTAAATAAAAGAACATTAACTCAAAAAGAAGCAGAAGATTTGGGATTTACAAAAGAGGCTAAAGAATACAGAAGTATGACACTCTCTTCTATAATAAAGCGTCCCGAATGCGGTATTGATATGCTTGTTTCTTTAATAGACGATAATTATAACAAAGATGTTTTAAATAATGCCGAAATAGCTATTAAATATGAAGGCTATATTGCAAGATATTTAAACGAAATAAGAGACATTGAAAAGTATGAGAATATGCTTATACCAGAAGATTTTGATTATTCTACTTTAAAAAGCGTAAAGATAGATGCTATAAATAAATTAAAACAGTATAAGCCTTATAATATATCGCAGGCACTAAGAATACCAGAAGTAGATAAATCAGTTGTGCATATTCTTATATTAGCTCTCACAAACAAGAAGAAGTGATTATAATTTGTATTATAGTTTTTTAAAAATCTGCTTATATAATGATTGCTTATATTATATATATTAAAAATTTTTAAGTTTGTCAAAATTAATTTTTTTATTTAAAATATTTGCGGGTATTAAGCAGTTCTTTTGCCTGCCTACGGTATGTATCGGCAACCCCAGTTATTTGCAACAGTAGGAAGTCTGTGTGTATTGGCACATACAAAGTCAGTCTCTGTATACCTTTGGAAAGGTGTAGTCTAGTTTATATTCTACATAAATAATCATATATAAAAGTTTTAGTTAGTAATTGCTCTTTTCTGGAAGCGTATCTGAGGGATAAAAACTTTAACGAATTTGCGGTAAAAAAGTTAATAGTACAAGTATAAAAATATATAAATTTACTAAATAAAATTGTTCAAGTATATACTGAGCATTCAATTAATTTTTAAAAAAATTGCTTTTATTGTTGACATAACATATGTATTCATTGTAAAATGTAGTATATAATTGTATACTGGGGTTTTCATGCTTAATACAAAAATGGATTATCTTTTAAATGAAGCTTCATATCGTATGACCAATGAAGACTATGATCAAACTTTAGAGATTCTTGATGTAATACTAAAAAAAGTACCTAAAAACTATAGAGCCAATCTATATAAAGGTCAAGTATGCGTTGAGATGAAAGAGTATGAAGATGCCATAAGGTATTTTGAAGAGGCTAGAAAAGTAGATATAAAAACTTTTAAATCATACAATTTACTAGGAATAAGCTATCATGCTATAAAACAATATGATAAAGCTATAGAATGTTTTAATGAAACTCTTAAAATTACTCCCAATTCTTATAAAGCATATAATCTTTTGGGTATAAGCTATTTTGCAAAAGAGGACTATACTAAAGCTATAGAGTATTTTAATAAGTCCATAGAGATTAATCCTAAATATGATAAGGCATATAATAATTTGGCTTTATTTTACTATAAAAATAAAAAGTATAATGAAGCTATAGAGTTTTTTGAGCATTCAAAATCTTTAGATGAGAGGGTATTTAAGGCTTATGATATGCTTGGTATGAGTTATTATAAGATAGGAAGTTATGAAAAGGCAATAGAATGCTTTAAAAGATTTTTCCAGTACAACAGCAAGTCATACAAAATAGCAAATACTTTAGGAGCTGTTTATTCTTTTTTAAAGGATTATGACAATGCTATATATTATTTTAATAAGTCTATCGAGATTAATCCTAAATATGCTAATGCATATAATAATTTGGCATTAGTTTATTTTAATAGAAAGATATTTGACAAGGCTGCTTTATATTTTGATAAGGCTAAAAAACTGGATGTTAAGGCATTTACTGATTATAATAAATTGGGTATAAGCTATTATTCTAAAAAATATTACTATGAAGCGATAGAATGTTTTGAAAGGGTAATAGAAAAAAATAATAATGCTTATAAGGCGTATAATTTTATAGGTATATGTTATTCATCTAATGAAGAGTATGATAAGGCAATAGAGTATTTCAATAAGTCTATAGAGATTAATGACAGATATTATAAGGCATATAATAATTTGGCTTTGGCTTATTATAATTTGAAAAATTATGAAAAGGCAATAGAGAATTTTAATAAGTCTATCGATATTTATTCAAATAATGCTGATGCATATAATTGTATAGGTTTATCATATTATCATCTTGGAGAGAAAGAAAAGGCATTAGTTTATTTAAATAAGGCACTTGAGATTAACCCTCTTTACAGCAATGCTTATGAAACATTATTCAGTATATATTTTGATTTTGAAGAATATGATAATGCTATGTATTTTGCAGATAAAATACTAGAATTAAAGCCTGATTCATTTAAATATTATGGCAAATTAATTACTATATGCTTTAATAATAAAAGATATGATAAAGTTATAGAATACTCTGAAAAAATAAATAAGTATAATAATAATGTATATAATATGCTTGCCGAGTCGTATTATCATTTAAAAGATTATGATAATTCAGTTTTTTATTATAATAAATTAATAGAAAGAGAAAAATCATCTTTTTATATTTATAATAATTTGGCTATTCTTTATTATTTGAAAAAAGATTATGATAAACTTGTAAATACATATTTCAGATATATAGATAATTATGATATTAATTGCAAATTAGGTTTTGCAGGATATAATATATTTCTTCTCTCATATACACTTCTTAAAAATAATATTATAAGATACAATGATTTTTTAGATTTGTTTGATAAAATATTTAATAAAAGTATAGAGTTTTACAAAGCTCATAATACTCAAGCTACATTATCATTATATAAAAGTATGGAATATAATACAGACTTATTAAAACTTTTATTTGAAAATAGGGCAGAGTATAAAAATGCTTATGAGGCTTTAGAAAATATTTTAGATGATAATAAATTAAAAGCGATAAAACCATCAATAGAAAAAATAAAATTATACTCATTTGAAAAATCTATTAATAATTTAAACAGAAAAACTATATGCATAGAGTATGAAGCAGAAGATACTGTTATTATTGATAATGTTCATTATGATAAAGTTTATGGAAAGAATGCTAAGTTTATCACAAGAGATGATGATATAAAATACGAGTCTCTGCTTTATATGTTTGCATCAGAAGAAAATAATATTTTGAAAGCTATATTATTAAAATCTCCAAGTATAAAGTCTATATATTTTTCTAATGATTTTGACGATGAAGATATAGAAATAATAAAACGTATAATTAATAATGATAATATAAAGCTATATAAATCAGACAATTAAAAAATTACAGTAAGTCTATTATTGTTGTTTACAAACTTAAAAACTTTTATTGTATTTTTAAAAAGTCATATTTAATATAGTATATAACATCTTCTAATGCTTTATATCATCTAATTCTTTTTACTTAATATTATGGATTTTCATTATCAAAATCTATTTTGGCATATATACCCCCAATTTTATTAAAATTGTTTTATATTATTTTGGCACATTTAGTATAAGTCATTGTGTCTATTTTTTATTCTTATCTTTTATTTTTATCTTTTTTATAATTTCTGAGTCTTCACTAAAGATTTCATTTTTTTAATGTAGTTTGTCAATTACAGCAATAACTGCTATTACTGATAATATTATAATACTTTCCATTAAGATGGTCTTTTAAAGTTTTATTATATTTGTTAAATGTTATGTTAGCCTAACAAGAATGAATGTTATTGTCAATTGTTTTTATAAAAAAAATGCTTACTATTATTTAATTTTAAGGTTAATATTTCCGTATCTTATTAGTAGTATAAAATAATTTTTGTATAGGGAATGATAAAATGAATAAATATATATTACTCTTTTCATTTTTTATTTTAAATATTTTGTATTCTCAGGAAACTAATATATTAAACAGCAGACTTTTTTTTACAGAGAAAGATAAATTAACATCAAAAATGAATATATACACATCTTGGAAAGAAACCTATAAATATTTAAGAGATAACAGATTTAGATTTTATAAAAGAGCTGGAAGGAGTATAACATTAGAGTTCAGATATAAGTATCCAAGTCAGATATTTGTTAATAGCGGCACACCTATAATATTTACTTTTAATGACGGAAGCAGCGTACAATTAACAAATGTGCAGAAAGTTGTTTATAGTCCTTATTTAATGGGGGATAAACAGTATTATGATGTAGAGGTGAGATACAAATTTAATAATGATGATGAGTTTAACAGTTTTGCAAATGCTGCTATAACAAATATACGTTTTAATTTTATTAATCAGTTTTCAGAAGAAGTTTATGATGATATAGGCATTTCATCACTAACTACAAGTAATTGGCAGGTAGTGTTTGAAGCATACAGAGACGGCATAGCAAAGTTAGAAGAGTTAAACAATAATAATGTTACTAATGATTAAAAAAAGCCAACCTAGCTCAGTTGGCAGAGCAGTGCATTCGTAATGCATTGGTCGTGGGTTCGATTCCCATGGTTGGCTCATAGTTTTTTATAACTGTTTAGTAGTAATCTTATCTGTATTATACTTATTTCAAAACTAAATTTCTTAATATTTATACTTTTTTAATTTAATATTTTTTAATTATAGTTGGGCTTTGCCCCAAACCACGCTTCTTTTGCGGCTGTAGGAAGTCCTGTGGGTTGACACAAAGAACCTTATATCCTCGATAAACTTGGATACGCTTCGCAAAAGACGGCATGTTTATATACCAAAATGATAGTTTATACAACATGTAAAACATTTTGTTTGTAATTTTTAAATTAAATAATTTCATACTCAATTTGTCAAGTAGTTTTAAAACAAGTCTATTATTTGATAATTGCCATTTTTTAGAAAAATAATATTATAATTTACTTACGGCTCATACATTATAAAAATTTTTGCTTTTAAGATAAATTCCAATTATAAATTAAATACTATCATATCATTAAAAAATAATTTAGAAATAATTATACTGTTTAATAATTTACAGCAATTTGCACGCCATCAAATCCTGCTCTATAGAATTACTTAAAAACTCTACAAATACATCATATAGTATAGGGTCTAATTTGACATGCTTTTCTACAAAATCTTCTCTCATAATATTAAGAGCTTCCTCTGGAGTAAAAGTTTTACCGCCTCTATATTTACGTGCCGGGTCTATTAGAGCATCATATACATCTATAATTTCAAGCATTTTGGCAGGGAAATATGCAAAAGCCTCGCATTCATCTATAGCTTTAGCATCATATGTCATTATTCTTTTTATTTGGAAATGAGGATCTTTTGCCAATTTTAATTTATATAAATGATCATAAGGTCCGTATCCTAATCCGTAATATTCATGGTGCAAAGCTACAGTTAATATAACTTCAAGAGGATATTCAGAAGTCTGGCTTACAAGAGCATAACTATTAAATAAGTGTTTTTTTATTCTCTCATAATCTCTGCCGTTAGCTCCTTCAAAATAGTCCAAATCTTTAACTTTACCTATATCATGAAGCAAAGCCCCTACAGAATAAAGATTCATCTCTCTCTCTTCTATGATTTTTATTCCTTTATCAATACAGTCTTCAACAGTAGCTAAGTTTTTGCGTATACTGTCTTTACTAAACATAGTTTCAACTTGCTCATAGAATTTTTTATATTTATTAGTGTATGAAGTTCTTATTTTATGTACTAAATGTCTTCTGTTGATAAGGTTGTTATAAAAAGCCATAAAATTCACATATGAGATAAATACCCTGTTGGAGTGCGACATTACTCCTCCGTCAGAATAGTTTCTAAGTTCATCAAAGACTTTTTGTGTTTCTGTATTTTTGGAAAGCATATCTACTATAGTTGTAACTAGATTAGTTGTAGTTTCTGTAATTTCCTGATTTTCTATTTTAGCCTGTTCCTGAGTAATCTCTTCGCCTTTAATTTTTTGTATACTCTCAAACATGGTAACTTTTGCTATTAATCCTACATCATTACCTACATTAACTATTTGCTGTGCTGTATTTTTATTTATTCCGACTTCTTCATTTACTACTATTTTTTTTAGTTCTGTGTTATAGCTTTCTATTGTACTTACTTTTTCCTTGTAAGTCATTTTAGAGATTTCAGATATTCTTTTTCCCATCTCTTTTTCAGATTCTTTAGGAGTCCTAAATATGTAAGGCTGATTTGTTTCAGATTCATTTGAAGAGTTATCAGCCTGAGTTATAGATTTGAACTCTTCTATAAATACTGAAAAGTTTTTTGGGATATATAGTTTTAGGTTATTATATTTTTCATTATCTATGATAAGGCTTAATTGTTCGGTTGGAAATGGAATAATTTTTTTTTCTTTATCTACTCTAAATAGGGGGATATTATGTGATACTAGCTGATCTTTGATTGTTTTTAATTCTTTAACGGTTAAAATATCGTATTTGGTAGTTAAGTCATTACTCATTCTTTAGATTTCCTAAAACAAAAATATACGCGTATCATTATATAATATTTTTGTAAAAAAGGAAATAATAAAAATCTACTTTTTTATTTTAACACCTTTGCATGGTCGATTAAATTTTCCAGCTATTAAATTACCATTTTTATCGATGTATTCTTTCCAGTATGGAAAAGTTTTGCATTGTTTTGGTTTGGCGTCATTTATTGTGCATTTATTATTTTCGTCTAAGAAACAGCAGGATTTTCCTTCATCGACTTTTATATAATATCCGTAATATTCTTCATATTCTAAATATTTGTTTATAAATACAGGAGGAGATATTTTTAAGAAGTCTGAAGCTTGTATTATATCATCATCATTAAAAAATACATATCCTTTTTCTTTGCAGCATATTCCGCAGCCTGTACATGAGAATTCTAATACTGCATTTTTATTTTTAGCGAATCTTTTCATAATAGTTGTTAAATATTTTTATTATTTGTTTTATTTATTATATTTTGATTTTTATTTACTGATAATAGAATTTGCCTGAGATTTTATAGAATTTGCGAGATTTTGCTTTCCGATTTTTGTGTACATTTCAGATACCTTTATATAATCATCATACAGCAATTTCTTTTCATTATCATTCATATCCTCAACTTTTTTTTTTCCCCCTTTGGGGATTTTTATATCTCTATTAAAAACTATATTATCAGGATTATTTATTATATCTTCATTAAGTACAAATATTGAAGGCCATCTTCTTTCATCTCCAAGCTCGGAGGCTGCAATAGATGAAAGAGTATCAGTCCATTTAGTTTTATAAGTGTCAGTATTATATGATAATCTTGTATTCTGATTGTTATTATTAGCCGCGGCATTAGTATTAGCTGCAGGAGGGTTAGGAGGAGGAGTCGGCGGTGTAGGCGGAGTTATTTCCGGTTCTTTAGGAGGAGTTGGTGCTGTATTAGTTTGAGCAGCTGTATTATTAGTCTGCGGTCTTGCTGTATTAGTTTGAGCAGCTGTATTATTAGTCTGCGGTCTTACTGTATTAGTTTGAGCAGCTGTATTATTAGTCTGCGGTATTACTGTGTTAGTTTGAGCAGCTGTATTATTAGTCTGCGGTCTTACTGTATTAGTTTGAGCAGCTGTATTATTAGTCTGCGGTCTTACTGTGTTAGTTTGAGCAGCTGTATTATTAGTCTGCGGTCTTACTGTGTTAGTTTGAGCAGCTGTATTATTAGTCTGCGGTCTTGCTGTATTAGTTTGAGCAGCTGCATTGTTAGTCTGCGGTCTTGCTGTATTAGTTAAAGTATTAACTGCATTATTTGTTTGAGTAATATCATTAGTTGGCGATATAGTTTCATTAGTAACTATTTCATAGAAATCATCATCAAGCTCATTATTTTTTCCAGAGAAGAACTGTACGCCTAAGAACGATAATCCTAATATTATGATTATAATTCCTACTATAGCCGCAATTTTATTTGATTTTTTATTTTCATCTATAGAATGTGCTGGAGCAACATAAGGCTCTGCAGGTTTTTTCTCTATTTCAGGCAATGCAGAAGTTTTTAATTCATCTTCAGTTTCTATTATTTTTATATCTTTTTCTTTTAATTCCTGTAATTTTTTAGATTCATCTTCATTGTTTTCAGTTTCATTTGAATTATAATTTTGATAATTTTCAACAGCATCATTTTCATCAATAGTAGGTGCTGTTTGTATTGCCTTATCTATTTCATGCTGTTCATATACTGATTTTTTTATTTCTTCATCATTATTTGAAGGTATAATTACAGGTCTTTTGAATATATCGCTTTTACTGTATGTAGGTTTGTCATTTATTTTAACTTCTTCAGTTTTATTTTCTAATTCTTTCTCTTCAGTTGTTTCTTCAACTGCTTTCTCTTCAGATTTAGTTAAATTATTTTCTTCTGCATGTTCATCTATTTTTTCCGGTTCTTCTTCTTTCTCAAATCTTGTAAAAGAGTATGAAGAGCTGTAGTTATGCATTATAGCTGATGAATTAGTTTCTGTAATCTCTTCTTTTTCCTCTAACTCTTTTACTTCATCTTTATTTTCTGTTTCTGAAACTTCTTTTTCTTCTTCAGCGGGCTCTTCTTTATTTATTTCATCATCTGATGTTTTTTCAGTATTTATATTTACCTCTTCTTCGCTTTTTTCTTTTTCATCTTCTTTTTTATCAAGAAAGTCAATACTATCTTGATTATATTTTATTTCGTTTATATCATTTTCTTTTGTTTCATTATCTTTTATGCTGCTTATACTTTGAGCTGCCAATACGCTTGTTATTATAGGCTTTGAAACGTTTAATTCAGAAGATGAATTATTTTTTAATTCTGCATTGATTTCAGCATCATCATCAACAACAGCTAAACGTTTTTTCACAGCAACAGGTCTTGATACATTTTTTGATTTTGCTTTTATAGCCTCTTTTAATAGAGTTATTGATTCTCTTTCTGTCTTAGTTTCACTGTTTTCAGTTTTTATAGTTTCTAATTTTCTTACTGGACTTGATGTTTTAAATGCTGTTTTTCTATCCGCTTTAGCTTCTTTTATAAGTTCTTTTAAATCTTTTCTCTCTTCTTTTTTTTCTTCGTCTTTTTTTATTAGAGACTCTCTTGAAGATATTTTATTTTCAGATGCATCAGAAACTTTATCATCTTTTTTATCAAAAATACTATCTATTTTTTTATTTGTTATTTCTTCTTTGTTTTTTTGTAAATCTATGGCTTTACTTTCTTCTTTTAGAGTTGTTTCAGCTGCAATTTTTTTAGAAGCAGTTTTTTTAACAGCTGTAGTATCTTTAACTTCTTCATCAGCTGTTTTTTTAGCTGCAGTAGTCTTTCTAGCAGTAGTTTTTTTAGCAGCTGTAGTATCTTTAACTTCTTCATCAGCTGTTTTTTTGGCTGCAGTAGTCTTTCTAGCAGTAGTTTTTTTAACAGCTGTAGTATCTTTAACTTCTTCATCAGCTGTTTTTTTAGCTGCGGCAGTTTTTCTAGACGTAGTTTTCTTTACTGTTGCCGCTGTATCTTTAACTTCTTCATCAGCTGTCTTTTTGGTTGCAGCAGTCTTTTTAGTTTTCTTTACTGTTTCTTTGCTTTCTTCTTTTTTGTTTGTAGTAGTTTTTTTTGTTGCCATATTTTTACTCTGTAATATTTTGTTTATTTTTAATTAATAGATTTCTTATAGTATTCATTGTTTTATCATCAAAAATGTTTTCTGTTATATTTCCTGTTTTTAAGGAGTCTATAAGATAATTATTTAAGTTAATGTCTTTGTTTAGATTATATTTTTTTGCTATATATACGCTATTGCACATAGAAAGTATTATTCTTAATTGATTTCCGTTAGAAGAATACTTGTCTATAAGTTTCTGCGGGTCATCTATACCTAAACAACTTAAATTATAACAAACTTTGAAAAAAAGTTTATCTACAGCCTGCTTAACCTGAGCTTCTTTTTTATTTTTTTTGTTTACAGTGTAAAGTATTGAAAAATCCCTTACTTCAAAATTGCATACAGTGGCAAAAAACTTTTCCTGATGCGGCATAAGGTAATGATGGCTTTTCATTTTGGATTCTACTCTTGTAATAAAACCTTTTTCTTCTAAAGTATCCAAAGATTTTACTATAGTAGCATTTCCGCCTATACCAGCTTCATTTAATATTTGAGAATGAGTAGTTTTAGCGATGCCTAACTCATAATCATAATTTGCTACCAATGTTCTGTATACTTCTTTAGCAGACAGAGGCAGTTTTTTCCAAGTGTTGTTTTCTGTTATAGATTTTGGAATAAATGAACACATTGAGGCTATAGATAAGAATGTTTCTTTATCTATATTTTTTAGCTGAGCTTTATTAATAATATCTAATATGTTTTCCAAAATCGTACTCCAATCTTACAGACTTATATAATATATCTAATTTAATATAAAATCAAGTTATTAAAAATATATTTTACTACTACATTATCTTTATCGGATTTTAGAGATGTAAATTTATTTTTAAGTATTTTTATAAATTATTATGGGGAATTATTTACGGAAGTTTTTATTTTTTATATATATTATTTTTTAGTTTTGTATTTTTTTATATTTTCAATTATTTTTTATTTTTATTATCTTTTTTAGCTCTCTTAATAATTATTTTCTTATGAGTTTTTGTGTTTTAGGTGATTTTTCAGCTTTGATTTTTGTTTTTTAAGCGAAATTTTCTTTTTGAATTAGATCTTTTTATGATTTTTTTATTAAAATTTTTGTCTATTTGCTGATTTTAATTGAATTTTTATTGTTTTTTATTGAATTATGGAGAAAAAAATTCCGGATTTTAAGCAGAAAGTTCAAAAAATTTCCGTTTTTTTTGATTTTTTCAGCTGAATTTTTGGTTTTTTTGATGTTTTTTAGGTCTTAAATTATTAAAAAACGCCCTGTTTTGATTTGGCAGCTGTTAAAAATGTATTATATGTATAATAAAACTGGTTTTTGGTTAAAAAATATAGATTTTTTGTTAAAAACACGCTTTTAACCTATTGTGTTTTTTGGGTCCTATGCTATAATAATAAAACAGTTGATGAGAAACAAAAAACAAAACATCGGCTGACACAAACAAAAACAAAAGTTCTTTGAAATATGGATAGCAGAAGCAATTTAAGAAAAACAAAACACAACTGGTGTAAACGAACTTAAGTTAAGTTCTATGACCCAACGGTTACAATTTGTAACATTTCTTTAAGTAAGTAAATCACTATTCAGTAGAATAGTAAAATAAAGAATCATTTCAGATTCACAAAAAGTGAGTATGGAGAGTTTGATTCTGGCTCAGAGCGAACGTTGGCGATGCGTCTTAAGCATGCAAGTCGAGCGGGCTTATTCGGGCAACTGGATAAGTTAGCGGCGAACTGGTGAGTAACACGTAGGTAATCTGCCGTAGAGTGGGGGATAACCCATGGAAACATGGACTAATACCGCATATACTCTTGCTACACAAGTAGAGTAGAGGAAAGGAGCGATCCGCTTTACGATGAGCCTGCGGCCTATTAGCCTGTTGGTGGGGTAACGGCCTACCAAAGCTACGATAGGTAGCCGACCTGAGAGGGTGACCGGCCACATTGGGACTGAGATACGGCCCAGACTCCTACGGGAGGCAGCAGCTGAGAATCTTCCACAATGGACGAAAGTCTGATGGAGCGACATCGCGTGAGGGATGAAGGCCTTCGGGTTGTAAACCTCGGAAATTATCGAAGAATGAGTGACAGTAGATAATGTAAGCCTCGGCTAACTACGTGCCAGCAGCCGCGGTAATACGTAGGAGGCAAACGTTGCTCGGATTTACTGGGCGTAAAGGGTGAGTAGGCGGACTTATAAGTCTAAGGTGAAAGACCGAAGCTCAACTTCGGGAACGCCTCGGATACTGTGAGTCTTGGATATTGTAGGGGATGATGGAATTCTCGGTGTAGCGGTGGAATGCGCAGATATCGAGAGGAACACCTATAGCGAAGGCAGTCATCTGGGCATTTATCGACGCTGAATCACGAAAGCTAGGGGAGCAAACAGGCTTAGATACCCTGGTAGTCCTAGCCGTAAACGTTGTACACTAGGTGCTTCTATTTAAATAGGAGTGCCGTAGCTAACGTCTTAAGTGTACCGCCTGAGGAGTATGCCCGCAAGGGTGAAACTCAAAGAAATTGACGGGTCCCCGCACAAGTGGTGGAGCATGTGGTTTAATTCGATGATACGCGAAAAACCTTACCTGGGTTTGAATTGTAAGATCAATGATTTAGAGATAAGTCAGACCGCAAGGAGATTTTACATAGGTGCTACATGGCTGTCGTCAGCTCGTGTCGTGAGATGTTGGGTTAAGTCCCGCAACGAGCGCAACCCTCACCCTTTGTTGCTACCGAGTAATGTCGGGCACTCTTAGGGGACTGCCTACGTTCAAGTAGGAGGAAGGTGGGGATGATGTCAAGCCCTCATGGCCCTTATGTCCAGGGCTACACACGTGCTACAATGGCAAGTACAAAGAGAAGCGAGACCGCGAGGTGGAGCAAAACTCAAAAAAGTTGCCTCAGTTCGGATTGGAGTCTGAAACTCGACTCCATGAAGTTGGAATCACTAGTAATCGTAGATCAGAACGCTACGGTGAATACGTTCCCGGGGATTGTACACACCGCCCGTCACGCCATCGGAGTTGGTTTTACCTGAAGTCGTTAGCCTAACCGCAAGGGGGGCGGCGCCGAAGGTGGGACTGATGATGAGGGTGAAGTCGTAACAAGGCAGCCGTACCGGAAGGTGTGGCTGGATCACCTCCTTTATTCGGAGATTGTCCGACTTAAATCTTACTGCTATTCATATTTGAAAGAATTTTTCCATATTATATTTTTTATACCTCGTTAATAAACTAGCCTTCAAGGCTGGTTTTTTTGTGTCTTTTTTTGTATTGATTATTTTAATGAAAGGAATATTTATGTATCAGGATTTTAATAAAGCCGAATTAAAAGATTTAGGAAACGGACTTAAAAGAAAAATATTAGCCTATTCTCAAAATCTTATGACTGTTTATATGGAATTTGATGAAGGTGCTTTAGCTGATGTTCATGCTCATAATAGTCATGAACAAATTACTTATATTATAGACGGAGAGTTTTTATTTAATGTAAATGGCGAAGAGTATTTATGTAAGGCTGGAGATAGTCTTCACTTTGCCAAGAATATGACGCATGGGTGTAAATGTATTAAAAATGGCAGATTATTAGATACTTTTACTCCAGAAAGAGAAGATTTTTTTGAATAATTAATTATGGATATAAGTAAGGCACTAATATATTATTCTAAACAACTAGAAAAAATTAATAATGATTATAAGGTTTCTTATATTGAGGTATCTGCTATAATAATGCATACTCTTAATATATCTAAAACTAAATTAATATCAGAAGCTATAAGAGAGTTAAAGGAGGGGGAGATAAAGCAAATAGAAAGTTTTATAGAAAGAAGATTAAACTACGAACCTTTAGCATATATAACAAATAAAAAAGAGTTTTACGGTTTTGATTTTTATGTTGATAGTAATGTGCTTATACCAAGACCAGAAACTGAAGAGATTATTGATTTAGTGCTTGATTATACAAAAGATAAAGATAATATTTCTATATGTGATGTATGTTCCGGAAGCGGAAATATTGCTGTTACATTAAAAAAACTATTTATAGAGCAAAATAAAAATATTGATATTACGGCTATTGAAATAAGTAATGGGGCAGCAGAAATTACAAATAAAAATGCTTTTAATATATTAGGCGATGAAAAATTTATAAATATAATAAATGCTGATGCCCTAAAATATATACCAGAAAAAAAATTTGATATAATAGTTTCAAATGCCCCATATGTTCCTTTAAAAGATAAAGATTCTCTTCAAAAAGATTTAGATTTTGAGCCTTTTAATGCCTTGTATTCAGGAGATGACGGACTTGATTTTTATAGGGCTTTTTTAAATATTATAGATATATATTTAAAAGATAATGGGGCATTCTTTTTTGAGATAGGTTATAATCAGGCGTATTCTTTGATTGATATATGCAGTAATTTAAATATAAATAATACTGAAGTAAAGAAAGATTTAAACGGTAAGGATAGATTTTTAGTATGCTATGATCTTTAATAAAGTTTAAGTTAAAATATGAATTTTTTTAATTTAAAATTTTTTCTCTAAAAAAGCCGTATATAAAAAGTTAATTATAAAATAAGTACAATAATAAAAAAAATTAAAAACTATAAAAATAATTGCATAATAGTTAATTTGAATTATAATTGAAGCATTAAAAAAGTTAAAATATTTTTTAATAATAAATTAGAGAGAGTTGTTAATGAAATTATTTGTTAGTGATTATGATATGACTATATATATACAAGAAAAAATAGATAAAACTGTTTTCGATGCCATATCTAAATGGAGAGAGGCTGGAAATATATTTGCAATTGCAACTGGAAGAAATAAATTTTCTATATTTGAGCATATTGACAGACATTCTCTTACATTTGATTACCTTATAGCAAACAACGGGGCTTTGATATTCAATGATAAAAGGGAAACTATATTCAAAGACACTATAGATGAAGATACGGCATATGAAGTTATAAGATTTCTGCATAATACTTTTGGAGGTACTGTAGAGATAGCTAATGATGATTATATTATATCTGTACAATCAAAAGACGGAAATGATATACTCCCTTTTAGAGTAGATAAAAAAATAAATATTAATGAATTATATACTATAAAAAATATTATACAGATAAATAAAATGACTTCTGATATTAAGGCTACAGAAAATGTTGCAAATACCGTCAATAAAGAATTTTCTTCTTCTCTTATTGCTTATGGTAATATAAGAACAGTTGATATAGTAAAAAATACAGTTAATAAAGCTAATGGGGTAGAGTTTTTATATAATTTTTTGAAAGCTGATAAAAATATAAGTAAAATTTTAACAGCTGGAGATTCTAATAATGATATAGAGATGATAAAAAAGTATGACGGCTATGTTCAGATTAATGCAAGAGAAAATGTAAAAGCTATAAGTTCTAAATATTTTAATTTTATTTCGGATATTATTTATAAAGAATTGGGATTATAAATTTTATAAGTAATACATAAGTAACAGAAGTTAATAATATGATTAAAAAATAATTATATTTTTAGATGATTTAATTAGAATTGTTTTAAAAGTAGCTGACAATATTATATATGAAATTTTAGTAATTTATAAATTAAATATTTAAACTGCAAAAATTCAGTTCTTTTCATGCCTATAATAACAGAGCAAGGCTTACAGTGTATGGTTATCATATCTAACTGTATTTCTTTCGTAAAATAACTTTGGTTATACATGGTGCGTGCTTTGCAGTAAATAAAAAATTATAAAATATTAAATTAAAAATTTATAAATTGAGTTTTGAAAGAAGTCTGATTATTACAGATTATTTTTAATATAAAAAATAGGTTCAGTAAATATAAAGCATCTACTGAACCTACAGAAATATTATCTGTCATTATATCCATTAGGGTGATTTTTATGCCAATTCCAAGCAGTCTCTACTATAGTTTCTAATGAGGCTATAGTAGGAGTCCAGCCCAAAACTTCTTTTGCCCTCTCACTGCTTGCTATAAGTTCTGATGAATCTCCTGCTCTTCTAGGGCAAACTTCTGCAGGTATAGGGTGTCCTGTTACTTTTCTAGCTACTTCAATAACTTCTTTTACGCTAAATCCGTTTCCGTTTCCTAAATTGCATGAAACACTTTTACCGCCGTTTTTTAGATAATTCATAGCGGCAATATGTGCTAAAGCCAAATCGCATACATGTATATAATCTCTCAAACAAGTACCATCTCTTGTAGGGTAATCATCACCGAATATTTTTATTGCTTCCCTTTTTCCCAAAGGAACTTGAAGTATTAATGGTATTAAGTGTGATTCAGGTTTATGATCCTCTCCAATATGTCCGTCTGGATGAGCCCCTGAGGCATTAAAATATCTTAAAGCAACATAGTTAAAATCATATGCTTTTGTATACCAAGAAAGTATTTTTTCTAATGCCAATTTACTATCTCCATATGGATTGGTAGGTTCTTTTCGAGAGTCCTCTTCTAAAGGTATTTTTTCCGGCTCTCCGTAAACTGCTGCTGTAGAAGAGAATATAAAGTTTTTTACTTTAGCTTTAAGCATAGCATTGAGAAGATTTATAGAATTAGATACATTATTCTGGTAGTATTTAGCAGGATTTTGTACACTTTCTCCTACTTCTATATAAGCACATAAATGCATAACAGAATCTATATCATGGCTTTTAAAAATTTTATCAAGCAAATCACTGTCGCCTATATTTCCCTGATAAAAATTCTTACATTCTTTTATAGCTTCTTTATGTCCGTATTCTAATGAATCTATTATAACAGTTTCTATATTTTGTTTTAAAAGTTCACAAACAACATGCGAGCCAATATAACCAGCTCCTCCGCATACTAAAACAGCCATATTTATACTCCAATTTTTATTTATTTTTATATAAGTATAATTCAACTTATAAAAAAGTCAAAGAATTATTTTATCTTTCAAAACTATTTTTATGATAGTTGAAAATTTAGCATTTAAATTTTATAGCTTATTTCTATTATTTAATAATAAGTTTATATATCACATTTTTTCTAAAATTTTTAATTTTTACAATTTTTTGCTCATCTCTCTGCTCCACTGTAGGACAGTTTAAAAAATAAGCGGTATGTATTCGTATAAAAACAAAATATAATTTTTTTTATAAATTACAATTGATTAGCTATGTGCTAAAATAATGAATTAAAAAGCATATAAAACATTATATTTATAATTTTGAAATTATGCCTATAACTAATATTATCAAATATTTTTATTGAAATCTTTTAAAAGGCATATTCTCTATAGCACCCTCAGAACCTATAGTTTCATTAAGTTCTCCGTTTATAAGAAATATAACATTATCTATACCTTCAAACTGAGTAGCAGTATATACAAATTGATAAATCTGTACCATAGTTCCTTCGCTTCCCAAAGGATTAAACTCAAAGTTTTCATTAAAGTTTAAATATACAGTATTACCTTCTATAAATATATCAAGTAGTTCTGTACCTTTAGGTATACAGCTTATAATATTTCTGTTATTTTCTTCATCTGTAGCACCAATAAGAAGTTCGTTTATTGCATCTTTTATAGATGACCTATTGCTGAATTTTCTGCTTCTGAATATTAATGTTATAGCTCCAGTTCTTTCACTATACTCTACTAAATATATACCTTCATCACTGTTCTGTTTTAAATCTCTCTCTAAAGAAGCCCTCTCTACAGTATTATTTGCCTTTTTAATATTATAATTATTAATGTCATTTTTAGCTTTTCTTATTATCTCTTCTTTAATGCTATTTTGGCTATTGTTTTCTTTACTAATAGCTTCTTTTATAATATTTTCATCTTTAATAACATTATCTTTTTTTATATTCTCTTCTCTTTTGATAATATTATTATTATTTGGATTAACCATATCATTTATCACTCTGTTATAATCAATATTAGGTTTATCTAAAGAATTAGTCATTGTATATATTGAAGAACGAATAATATCTTTTCTATCTTGTGCGTTCATATCATAAGAATTATTTTCTTCTCTTTTTAAAGTATTGTTTAATGATGTTCTATGATTATTAACAGTATCATTATTTTGTTCTATATTTTTATTTGCTTCGATATTATTATTTTTCAAATATACATCAGAACTTTTATATTGATTAGTATTATTATAGCTTTGAGGCGGTCTGCTTGAAAAAGTAGTAGAAGATGCAGGCTTCATAGTAGTAGTTTCTCTTTTCACATTTTCTTTAGGTTTTAGAATATCATCAAATATACTTTTAGGTGTATTAGTATTTGTTTCAGTTTTTTTATTTTCTGTATGATAATTGTCTGCATAAGAAGAATTATTTACAGCAGCAGAATTATTATTACTCATCATATTATTTCTTTTTGAAGACGGATTATTATTATTTCTGCTTTCTAAAATCATTTGCTCTAAATAATTATGGTTTTTATCAGTATCTGAAGTATTATTATTATTGTTTGAAACAATTATATTATTTTCATTATTTGTATACTCTTCTGTATTATTATGATTATCTTCTCTAAATAATACAGAATCATGATTATTTCCATAGTCTACATATCCGCTGTCATAAAAAATAGAGTTACTTACTCCGCTGTTATTAAAAAAAGGAAGAAGAGATTCTCTAGTTATTATATTTGAATTTGTAAAATTATAGTCATTTGTTAATGTATCTAAAGCAGCCTCTATTTTAGAATTAGTTTCATAAGTCATTACAGATAAAGTTTCATTAGTATTTGCTTTAATGAAGAAATTAAATAAAGGTATATTATTTAAAAAGCTCATTTTATCGGTATCTTCTGACATGCCGTCACTTTCCAAAGCTAAAGCTTCTCTATGATTAATAGAGAAAAAATCTTTTATTGCTATATCCACCATAGGAGAATATTTTTTAAAAGCAGTAAAAATGATAGCTGCAATAATAATAAAAAGAACTGATATAATCAAAGGCTTTTTTAGATTTATCTCCTTACTTTCATTACGTATTTGTCTTGTATATGATATACCTTTAGATTTGGCTTTAAGCTGCTCGTATCTTGGCACTTTATTACTCCATAGTATAATATGTATCGTTTTCATTATCGATAAAAAGCCAAATGCTATTAGGATTTTATTTATATTAGATAACAGAGTTATTTTTTATTATTGAATATTTAAGTAAAAAAATCTTTTATTATTTTAAAGAATATAATATTTTAAATACGGATTAAATATTTAGTAAAAAATAAAGCTGTTTTTTATGCCATCGAAATGTAAACTTATGCCTATGATTTAGTAAAATAGCTTTCTATATCATTAAGATATATAAATTTCAAAGATTCTTTTTACTTATTTTTTTAAATCTTTAAAGTTCAAAGCTGTAAATGATTTTTTATCTACCTTTAGAGTTTTACCTATTACTTTTTTATAGTCCTTTGCTGATATTCCAACACAAGGTCTTAAAGTGATAATATCTTTTTCAGTTATTATTTCACCTTTAAGCATAGCATGATTTAAATAAACACCTCTTTTAGCATATACTAGTTCTTTTTTTTCCTGCTTGCTTAGTACATGTTCTTTTTTAAGTGCAGAGTTTCCTCCAAGCATAGTTAAAGTATTGTCTATAGATTTTATAAGTGTATTCATATTATCAGTATCTAAACTTATAATATGATCTCCTTCTTTTTTTTCTGGTGTTATAGTAAAATGTTTTTCTATTATTTTAGCTCCGAGAGTTACTGCAATAATAGGGGCTTCTATTCCTATTGTATGGTCCGAGTATCCTATTATAGAGTTTTTAAATATTTTATTCATTACTGATATTCTGTTTAATCGTGCATTTTCCATAGGAGTTGGGTATTCTACAGAACAGTGAAGCAATGCTGTTTCATTATTTTTTAATATTTTTAGAGCTTCTTTTATGTCTTTATTAAGAGCAAGTCCTGTAGAAAGTATTACTGGCTTTTTTGTTTTAGCTGCTGCTTCAAGAAGAGGAATATTATCTATATCGCATGAGGCTATTTTTATTACAGGTATATCATAATAATTTATATCATTAATAGATTCCACAGAAAAAGGAGTGGTTATAAACATTATTTTATTTTTCTTAGCTTCTTTTATAAGAGGTTCGTACCATTCTTTTTTTAATACTATATTATCAACACCATCAAGGGCATTATCATTAAGTTTTAATGCTTTGGTATATTCTTTAGGGGCAAATAATGTTTTTTGAGTGAAACTCTGAAACTTTACAGCATCAGCTCCAGATTTGGCGGCTTCCTGAACTAATTTTAATGCCGATTTCAAATCTCCTTCATGATTGCATCCTGCTTCAGCTATTACAAAATAGCCTTTTTTATTTATCAAGTCTTTTAATTTAATCATAATTACATATACCTCTTCCTAGTAAAATGATATACCATCATGTTTATATTATCGAAATAGATATATAATTATTTATAATATTTTATTTTTTGAATATATTAAGAGATGTTTAGTAATTGTAGATTTTTGATTTATTAAAGGAGATATAAGAGTGTTAAAAAAAAATGAGCTGGTGATGGGACTTGAACCCGCAACCGGCTGATTACAAATCAGCTGCTCTGCCAATTGAGCTACACCAGCGAAGTGATTATTATTATACTACAACTATAAAAAAAGTCAAGTATAAAACATAATTTTTTTCTTATTTATTCTTCTCTATCCTTTAAGCCTTCTACCATATCTAGTTTATTAATATAATGCGTACTCATAAGTGCTACCAAAAATATTACAGCTATAAGCAGTATTATAGCAAGTAAGTAGCTTGAACTGTATACATGAGGCACAAAAGAGAATAACTTGCTTGAGAATGGTTTTTTTACAAGATAAAGTATTCCGTATCCTGCAGCTATTCCCAAAGGTATGGCAACTATTACTTGCGTGATAGTTTCTTTTAATGAAGCTATCATAATTTCTTTTGTCGTATATCCCATAACTTTAAGAAGCGTAAACTCATATCTTCTTGTAGCAAGAGTAATAACACCCACACCATAAAGTGAAGTTGCACCAAGTAAGAATGCTATAAATATAAGTATCTGTACAAGTAAATATATTGTTGCTATTTGATTTTTATAGGCTTCATATTCATCATTTCTAAAACTATAATACGAAACTTCTTTACTATTATCTAATATATCTTTTATTTCTTCTTTGGAAGTATTGGTTTCAGTAGTTAAGAATAAAGTGTTATAAACATCTTGAACTTCAAATGTTTCTTCAGCAAAATCTTTATCCATATAAATATAGAACATACCCTGCTGTTCTACAAATTTACTAACCTTTACTCTTCTTGAAATACTGTTTCCAAGTGTATACAGTTCTATTCCTATATAGTCATTTTCTTTTACTTTTAATTTGTCTGCTAAATATTTGGGAATCATTACAGAATCTTCTTTATTTTCATTATTTGGTATATCAAGAGAAGAAAAACTGTCTTTATATATCAAAGTAGGTATGTATAAACTTTCTGCATCTTCTCTGAAAGCGGGATAAAGTCTTGACTGATAAATAGCAGCCTTATCAAAATATTTTATGCTTTTATTTGTAAGAATATCAGAATTATCTTCCCATTTTGTAGGGCTTATAGTGGCAGTAATATCGTATAATGCAAACTTTTCGTATAAAGTATATAAAAAGTAGTCAAAAGAGTTATTAAATCCTTGAGCAAATATAGTCATACTAATTGCAGCAAACATTCCCCAAAGAGAGGCCAAATATCTAGTTTTGCTTCTTGAGGCATTTTTTATAGCATATCTTGTATTGAAAGAAAGTTTATTCCATATTTTGAATCTTTCTATAAAAGTTTTTCCGGCACCTTTAGGAGGCTCCCCTCTCATTGACTGAGCAGGGTTGAGTTTTAATATTGAAACAGCAGCTAAAAGATTAGAGAATATACATACAAACAATATAATTAAAGCAGATATTATCCATAAATCTATATAAATATTGTATGTAAAATTAGGCATATCAAATATATTTCCAAGTGCATTGAATATAGGAGGAAGGAGGAATTTGCTTGCTATAAATGCTAAAAGTATACCGAAGAATGATACCAAAAAAGAATATTTGATATACATAAACATAATAGAAAAATCGGTAAGCCCTATAGCTTTCATAATACCTATCTGCTTTCTTTCAACAGCAACATTTCTTCTTTGTATAATATATAAAAGCAGTATAGCCATCAAAAGAAGTATAGAAGGACAGATATATGAAAAAGAATCTATTTGAAGAAGTGTCTGTTCATAGTTTACATAATTTACTGACTGTTCTCTGTCTGTAAAGAAGAATATTTTTTGTTTTAATTTAGTTCTTATTAAGTTTTCAGTATTAATTTTATCAGCATTTTCTTTGTATTTTATATAAATTGAATTGTAAGGCACATAATTAAAATGATCTTCGCTTATTTCTATAACTGCGAAATCTTTAGCTTCAGAGGCTGTACTTGCCCCGTCTTTAAAAAGAAATACATAATTAGGATAAGAAACTAAGGCAGCAATGGTAAAAGAGTTTGTTTTATCATTAAAGGTTAATTCTACAGTATCTCCTAGTTTAAGAGAATTAGCATCAGCAAAATTTTTATTAATAGCTATTTCATTAGTTTCTAATTCATATTTTCCTTCATAGATATAAGGCTTATTTATTCTATTTTTTGAACTGTCAGTTCCGTAGATAATAGCATCAATATTATTTATTTTGCCCTGAAATCTATGTCTTGCTTCTGCCTTATCAATACCTTTCATATCTTTTAAGATGTCTATATCATTATCGTCAAACATTCCGAATAATACTAAATCATCTAATGCATTTTCCTCAAAATAATTTTCAGCAGCCAATTTGAAGTCTCTGTATACAGTTTTTACAGCAACAAAGAAAAGTACAGCTAATGTTACTATAAATACTGCTGACATAAATATTGCAAGCTGTTTATGTATTTTTCTAAATAGTAGTTTTGTTTTTATATTAATCATTATTTATTTACCGTTTTTATTTTTACCACTCTATCTCTTCCGGATTTAGAGGTTTTTCTACATCATATTTATCTAATACTTCTCCGCTAAGAATCTTTACTACAGTATCAGCCATCTTAGCTATCTCTTTACTATGGGTAATTAATACTATGCTTGTTCCAAGATTTCTGTTTAAATCTCTTAATATTTTTAAAGCCATAACTCCAGTCTTGTTATCTAATGCCCCGGTAGGCTCATCGCATAATACTACTTTAGGTTTTTTAGCTATAGCACGTGCTATACTCACACGCTGCTGCTCGCCTCCTGATAATTCTGTAGGATAATGTTTAATTCTGTTTTCAAGACCAAGTAATTTTAAAGCCTCCTCGGCATTGCTTCTTGAAAGCCCAGTTATCTCGGTTGAAAACTCTACATTTTCTATAGCAGTTAAATTCGGAAGCAAATTGTAGCTTTGAAATACAAAACCTATATTTTCTCTTCTGAATTTAGCTAATTTTTTATTACTGTAATGAGAAATGTCTTCGCCCAAAAATAATACCTGTCCGCTTGTCGGCTTATCCAAAGCACCTAATATATTAAGCAAAGTACTTTTTCCGGAACCGCTAGGTCCTAGTATGGCAGTAAGTTTTCCCTCTTCTATTGTAAGATTAACAGATTTTAAAGCCTGAGTAGCTCCGCCTCCATGTCCGTATACCTTACTAATTTCTTTTATTTCATAAAGATAACTCATTATACAAAATCCCGTAATAATATTATTTTCTAATTATAACCATTCTTTTTTTTCCATTCATAAACGGCTATATTTACTATTTCTTCAGCACATTCTCTTTTACTCAATATAGGATATGATTTAAATAAACCGTCTTTAAAAAAGATAGTTATTTTATTTGTATCTTTACCTATAGAGTCTTTTATTTTATTTGCCACTATCATATCAGCACCTTTTCTATTCATCTTATCAACAGCATAATTTTTAAGCTCCTCATCATTTTCCGCAGTTTCAGCAGCAAAAGATACTATTAACGTACCTTTTTTCTTTTTTTCTTTAGTTGATGCTAGTATATCAGAATTTTCTATTAAATCTATAGAGTTTATATTTTGTTTTTTTATCTTTTTATCAGAATAAACAGCAGGTCTGAAATCCAAAGGGGCAGCCGCCATTATAAGTATATCAGTATTATCAAGTTCATTAAGTACAGCTTCTTTCAGCTGTTCTGTTGTGTCAATTTTGATTTTTTTATCATTGCCCTTTACATTTAAAGATGTATTTACTTCGCCCTCTATATATACAGAGTTTCCTCCATTATTGTATATTTCTTCATATATAGAAGAACCCATTTTGCCGCTTGAAGTATTGGTTATATATCTTATAGGGTCTATCCACTCTTTGGTAGCACCTGATGTTATAGTAAACTTTATATTTTTATATTTATTATTTTCTTTTGTAATTTTTTTTATTATAGTTTCAAAATCGGCTAATCTTCCCACACCAGTATCATGGCATGCCATATTTCCGCTTTCAGGCTCTATTATATTATAATTAAGTTCTTCTATTAAATATTTAGTGTTTTTTTGAACAGCTTTATTAATCCACATATGGGGATTCATAGCCGGGGCGAAATATTTATCTTTTGTATATGCACATGCTATAGTACTTACAGCATCATCGCATATTCCATTAGCTATTTTTGCTATTATATTTGCATCAGCTGGTGCTATAAGAAATATATCTGTTTCTTTATTTATATTTATATGTCTTAGAACATCATCTTCCTGCCATAGATCGGTTATTACTTTATTCCCGCTCATAGTTTCAAGTGATTTTAACCCCACCATGTTCTGAGCATTTTTAGTAACGGCACAAATAATATCATGACCTTCTTTTTTAAGCATACTTACTAACATTGGGGTTTTGTATGCAGATATTGAACTTGTTATGGCAAGCAAAATTCTCATAGTTTATTAAAAAGTTTTAAACTTTAATATTCCTTATAATAAATTTTAATACTACTAATTATATACTACTATAAATAAAAAAAATAGTCTATATATTTTTTTTATTTTTATTTATCTTTTTGTATAAAAAAGTAAAAAAATATAGTTTTTAAGTATTTAAACTAACATATATTAATGTTTTTATTAATTGGGGTTTAAACCTTATAATATACTAGAATGTAAATTTTTTAATTATATAAATATTTATAGTGTTTTAATTTATATATAAAAATTAAATATCATATTTATTAATAATAATTTTTAATATTAATGAATAAAAAAAATTAATAAATTCATTTTGTCTTATTGACAATAGATATAATTTTGTATACTATTATCTATATAATTTTATAAATATAATTTTGTTTTAAGGATTTTATATAATTAATAAGAAAATATCAGGAAATAAGATTAAATTTAAGGATAATGAATCCTTTATTTCTATATGCGGGATTAATGATAAAAACCTAGAGGTACTTGAAGATAAATTTAATGTTTCAATATACCCAAAGGGAAATGAATTAACCATAGAAGGCGATTCAAATAAAATAGAAGACACTCTTAAAGTTCTTTATATATTAAAAGATCTGTATAATTCATCTAATGAAATAACTATTCAGAAGGTTATAAGTATAGCAGATAATATTGAAAGCGGTAAAGAAAATCAATTAATATCAATGCGTATAAAGCTGCCGTATCTAGGAAGAAATATACAAATGAAAACAATTTCTCAGGGAGAATATTTATATAAAATGCAAAGAAGCGATATTGTATTTGCTTCCGGAGCTGCTGGTACGGGTAAGACATTTTTATCGGTTGCTTATGCTATAAATTTACTTTCTGAGGGAAAAGTAGAGCGTATAATTATAACTAGACCTGTAGTTGAGGCAGGCGAGAGTTTGGGATATTTGCCCGGAGATTTTAAAGAGAAGATATCTCCATATATGCGTCCTGTTTACGATGCTTTGTATAGTCTTTTATCAAGCGATATTATATTAAGATATACTGAAGAAGGAAAAATCGAAGTAGCTCCTTTGGCATATATGAGAGGAAGAACTTTGAGCAAGGCTTTTATAATACTCGATGAAGCACAAAACACCACAGTTTCTCAGATGAAAATGTTTTTAAGCAGAATAGGAGAAAAATCAAAAGCTGTTATAACTGGAGATGTGTCTCAAAGCGATTTACCAAGCAATGTAGAATCTGGTCTTGAGAATGCTTTGAAAATTTTAAAAGGAATAAAGGGAATAAGTTTTCACCATTTTGATAAAAAAGATGTGATAAGACATCATTTAGTTTCTGAGATTTTGGCTGCATATGATAATGCAGGCAAATAAAAATATTTTATTTACGGAAGGTTATTAATTTAATATGAATACAAATAAAAAAATAATGAAATCAGTTATAAATAAAACTCCAAATATAGAAAGAGTTTTTCAATTAGTAATAGCTATAGTATTATATATTTTTACTTTATTTTTGGTTTTTCCCACATATATGCAGAAAGCTGCAGTACCTTCAGTAGGCGATATAGTAAAAGAGCCTCTGATAGTAAAACGCAATGTAAGATACGAAAATAAAGAAGAAACACAAAAACTTGTATATTATGCACAGGCAGCTGTAGCTCCTATATTTGATATGCCCAAAAATATAGAGTATGAAACCATATCCAAAATAAGCAATATGTTTTCATTTATGAGAATATCTCATGATAATAATGTTCCTATTGATGATATGTATAATGAGTTTTTATCGCTTCATAACGAGCCTATAAATAAATCAGTATTTTCAAATGCTGTTGTTAATGAGCTTAATGTAGGATATGAATCTAAAATAATAGAAACTATTAAAGAACTATTCAGTGTAGGAGTCATATCTAGGGGAAATTTAAGTTCGGATACTTTGAATCTTATACTAGATAACGGAGTATTTATATACAGGTATGATGATTATTTAGTAGAAGAAAGAGTTCTTCCAAGAAACAGAGTATTTTTTTTGGAAGATTTAAGAATGGAGCTTCCTTCTATTGTAGGGGCAAAATACAGAAATCTTAATATAAATCATATTAATACAATATCATCTATAGTTAATGCTTTTTTGAGAGATAATCTTATATATAATTCTGTGCGTACAAAAGACAGGATGAATGATGTTGTCTCTTCAATACCTCCGGTTTATAATATGATAAAAAAGGGATTTGTGATTTTAAATGTAGGGGAGAGAGTAACAGAAGAAAAAGCTGAGCTTATAAGAAATCTATTTGGTAATAACTTTGAAAATTATAATGTTTCTATTTTTACAGGTCAGGCTTTATTTATACTTCTGCTTTTTGCTTTTATTGGCTTTATTATACTTAAATACAAAATACCTTTTTATATAAGTTTTAAAAACTATATTCTGTTTTGTATAGAGTATATTGTTATTGTAAGTATTACATATATATTTTATAATCATATATCATATAAATTATTGGATACATATATACCTTTTTATATTTACACATTCATTCCTATGTTTGGTATGATAAACTCATTATTAGGAGCTAGAAGGGGGATATCATCTATAGTTACTTTAGGTATTACGCTTCTTGCTGCAAATATTGCTCAGGCTAATATATTTGAAATATCAGCATTATTTCTTATATCAATATTAGCTTCTATACTGTCAAGGAAAATTAACAGCAGATATGCTCTTTTATGGATAGGTTTTATTATAGGCGTATATTTGAGTTTGATGTCATTAGTGGGAATGCTGCTTAATAATGAAATTAATATCACTTATTTAACTTTTATTTTCTCATTTGTAAGCGGATTTACTCAGGCTATACTTGTAATGATATTTCTTCCTATATGCGAATATATGCTTGAAACAGCTACTATATTCAGACTTCAGGAGCTTTCTGACTTGAATAATCCTCTTCTTAGAAAACTTCAGATGAATGCCCCCGGTACTTATCACCATTCTATCAGCATGGCTAATCTTGTAGAGACTATAGCGGAAGAGATAGGAGAGGATGCAAGGCTTGCATGTGTATCAGCATATTATCATGATATAGGTAAAATGGAAAATCCGCTCTACTATATAGAAAACTCTAATGTCAATGAAAACAGACATAAAAAATTAAAACCTACACTTTCTGCTTCTATAGTAAAGGCTCATGTACGTTTGGGGGTTGAGATAGCTAAAAAATACAGACTTCCTAAAGAGGTTATTGCTGCTATAAAAGAACATCATGGTACAAGTTTGATAAAATATTTTTATGTAGAGGCTTTAAAAGAAAATCCTGATGTTGATATTAATTTATTTACTTATCCCGGACCGCGTCCTCAGTCTAAGATTACAGCTATATTGATGATTCTTGATTCTATAGAGGCAGCAAGCAGAACTCTGGATTCTCCTAAAAGAGAGGATTTGGAAATGCTTATAGAAAATATTGTCGATGATAAAATGGCGCATGGAGAACTTAATGACAGCGGACTTACTTTAAAAGATATAGAAATTATTAAGAGAATATCATTCCAAAAAATTATAGTTTCTTTGCATGAGAGAATAAAATATCCGGAGCTTCCGGAAGAGAAAAATGAAAAGATTCATTTAGAAGAAGATGAAAAGAGTGATAAAGATGTTAAAGATAATAAAAAGCAGAGTTCAAAAGAAAATAAGGATAATACTAAAGAAAGCAGCGATGCTGTAAAAAAAGTAAAAAAAGAAACGGAAAAGATAAAAGATAAAATAAAAGAGAAAATAGCAAAAAAAACTCCTATAAAACATAAAAATGAAAAAGATGAAGTAAAATATAATACAAAAGAAAATAAAGAAAATAAGGATGCTGTAAAAAAATAATGAAAGTTAATGTGTTTAATGAAACAGATTATGATATTAATATAAAATACTATAAATATTTTTTATACAATTCATTAATTGTATCTGAAGTAAAAGGAGACGTCAATCTATTATTTTGTGATGATGAATATATAAAAAAACTTAATAATGACTTTAGAAATAAAAATAAAGCTACTGATGTATTAACATTTCCTATGGGAGATGATGATGAAGGAGGCGATATTGTTATTTCTTATGAGTGGGTAAAAAACAGATACAGCGAAGATAAAATAAAAAAAACTGTATTAAAACTTATTATACATTCTATACTCCATCTTAAGGGCATACATCATAATTACAGTAAAAAATCGCTTATGGAAAATAATGAAAAGATGAAAGAATTATATTATAAGGCAGTAAAAAATATAAAAGATAATAGAAAAAAACATAACTTGTAAGGATATATAAAAAATGTCAATAAAAAAATTAATATCTAAAATAACTAAAAAAAAGGATAATGACACTGAAAAAAATAATTATATAAATTTATCAGCATTAACAGAACCTGAGAGAGAAATCATAATAAATACTATAGAATTAAAATCAAAAAGTGTAAGAGAGATAATGGTGCCAAGAGTAGATGTTATTATGCTTCCTATAGAGTCATCTTATGATAAAGTGATAAAGGCTTTTAATAAAGACAGAAACTCAAGAATACCTATATATAAAGACGGTATAGATGATATAATAGGGGTTTTGTATGTAAAAGATTTGATAGATACCGATGATAAAAACTTTTCTCTCAAAAAGATTCTTCATAAGCCTCTGTTTGTGCCAATATCAATATCTTTAATGGAGCTTTTAAAAAACTTTAGAGAGAAGCAGATTCATATTGCCATGGTAGTAGATGAATACGGCGGTTTTTCTGGAATAGTATCTATGGAAGATGTTCTTGAACAGATTATAGGAGATATTAGAGATGAGTATGATGAAGAAGATGAAGAGGTAAAAAGCAATGATGACGGTACTTATCTTGTAGATGCTAGAGCAAGAATCGATGACTTTAATAAGTACGGCATACTTCCGCCTATACCAGATGATGAGGCAGATACTGTAGGCGGATTTTTATTTTCATATTTGGGAAGGCTTCCTAAAAGAAATGAGGCTATAGAGTATAAGGATTATTCTTTTACTGTTGTAGGAAAAAGCGGAAATATTGTTACTAAAATAAGAATAGAAAAACTTAAAAAAGATAATAAAGATAATGATGAAAAGAATAAAGATAATGAATGATTTTATTTTTTAAATGAAAATATTATAAGTAAAAAATTATTTTATACAAATTTTTAAAATATTTTAGTTTGTATGTTTTTTATTATTTTTTTGACCGCTGGGAGTTGGTATTGATATTCAGTGAAAAAACAGATATTAAAAATAAAAGATAATTTTAATATATAAAATTTAATTGTACAAATTTTTGAGAATCAATTTTCTATAATTTTTTGTTTTTTTTATAATAATAATGTTGTATTAATTTATTTTCAATCTTAAAATAGTTACAAATATAATTCTTATTTCAGGAAGAAAATACTATGTTTAATTTGTATATGTATATATTAATAGTTCCAGTATCTATATTAATAGTAATAGGAGTTATTTTATTTGCAAGAAGTATATCATCATCTAACAGTTATTATAAACCTAAAAATATAAAAAAGAAAATGGATGAACTTCAAAAAAAAATTGAAGCAAATACTAAAGATTATAATTCTATATATGAACTTGCTGTTTTAGAAGAGCAGTATAATTTTATAGAAAAAGCTGTAGAAAAATATCAGAAATTAATGGATTTAAAATACTTTGAAGGAGAAGAGATTAATATATATAAAAAGTTAGAAGGATTATATAAAAAAGTAGAAAATAGAGAAGAAACTATTAAGTGCGTTCTTAAAATAGCACAATTGGAGCCAAGCAATAGTTATTATTCTCTAAAAGCTGCTGTTATACTTGGAAAAGAGGGAGCTTATAAATTAGCATGCGAATATTTTAACAGAGTTCTTAATAATAAAAGCGACTTTGAGATAGAAGAATTAAAAACAGCGGCAATATGTTATTTTATGAATCATGAATATAAAAAAATTATTACTATGCTTGAAGAGCTTCATAAGAGATTAAGCAGAAATATATCAAATATAGAAGAAGATTATGATGATATGACATTAGTTGAAAAAATATTAATATCATTATACATAGCCACCGATGAAATAAATACTGCTAAAAGTTTTGCTGAGTCTATTTTGTCTTTAAGGTCTATAAATACTAACATTAAATATAAATTTTATATAAACAGAATATATTTATACATATTATATAAATCTGATAATACTGATGAGTTTATAGAGCTTTATAATAAACTTTCCACACAGTATAAAATTAATGAAATAAAAAAAGATGAAATAGCTATTATACTTGATTTTGCTTTTTATAACTATTTTATTAAAGATGTTAATAGTGCTATAAGTTATTTTGAGCATATAAGACTTTTTAATGCTCCTGAATTTGATATGTATGATTTAGATGTAATTTTTAAATATTTATTTGAAATTTCAAAAGCTACAGAACAGCTTCAGAAATTAAGAAATAATATGCAGATTGAAGATGATGAAAAATATAAAAATGAAAATTATGAAAAATACATTGATAAGCATTATATAGATATTTGGGAAAATAGTGTAAAGTTATGGGAAAGCAGTTTTAATAATATTGATAGTATACTAGATTTTGCACAACTTGAAAGAACTATGGATATAGAAAAAATATTATTAGAATGCGGTATCAATGAAAATAATGCTTCATCAGAAAATGTTATATTAAAAAAAGTGGATAAAATCTATGACATGACTTTAGCATCTTTTAAGAGTATATGCCAAGATATCATACAAAAAAAACTTATGTATTCTGCTGTACAGGAGTATAATGATCATTTAATAGATTATGATTATGGAGATGAAGTTAATTATTTGGCATTTGCTTCAAATAAAAATAAAAAAGATTTAACGTTAATCTCTTTTAAAAGATGGAAAAATACAGAAGTAGGTGAGCTTATCATAAGAGATTTTATACTTCTTATTAATGAGGCCGGAGCAAAAAATGGAATACTTATACTTCCTGTAGAGCTTACCAGCAGTGCCAGAAGCTATGCTATGCATAATAATAAAATAAAAGTATATACAAGAAATCAGTTCAATTACATGCTTAGAGACAGCAAGGTTTGATTGATAAATTATTCGTATATTTTATAAATAGAACCATACTATTATATAATTAAAAACAGCTTTAATTATTAAAAAAAATTCTAATTCTATTAAAAAATTAATTCTTTTAGTATCATTCTTAAAAATATTTGGGGGTGGGCGGGCGGGCTAATTAGATTTTAAATAAAATTTGTATTATATTTTTTATACGGCATATTTTTATAAAAAAACTTCTCTCTATAAAAAATTATAAAAAAATCGATATTTTAGGCTTATTTTGCCCAAAAAATTTGTTTAACTAATATTTATATATTTTATTTACTTATAACAATTTTGGAGTATAATAATAATGCGTAGTATAAACAGAATGAACGATTATTTTAACCAACTTTAGAAAAATATATAGAAAGCGGTACAAGGCTTTATTTTTATTGCGAATCAAAATACAAGCAGGAAAGAAACTATTTGAGTGATAGTTATTCACACTTGTACCGCATTTCGAGCTTATTAAAATTAAAGAACAATTACTATTGTTTTTCTTTAGAGCATACAACTCCTTAGAAGATAGTATTATACCTCTATCAGCTTTCATATTTTCTTTCCTTCAATGCTTACAAAAGTTTCTCAGGCTTTTGTTTGTGGTGCATCTTTCTATTTGATTCGCATTAACTAATATACACAAAATAATTTTAAAGTCAACAAAAAAACATTTTTTTTAAAAATTTAAAATACTGCTGTAAAGAGTGATTTTTAGTAAAGTATATATAAATGTATACCTAGATGAAAAAGTCCCTAAAAATAAGGCTCTACGCTTCAAATAAAGGCGTTCTAATAAATACTTCAAGCATCGATTTGCATTATATTATCGCAACAGCATTAAAATATTTTTTCTCTCAGCCATTATTCAAAAAATAAAAATCTGCATAAGTCAGTTAGTCAGTTTAAAGTCTTTAAATAATCATTAGGTTAATCTTTAACATGTCTTTAATATATCTTTAAACTCATACAACATCTAAGGGTGTCGCTATACTTAAAGTAAGGGTGTCGCTATACTTAAAGTAAGGGTGTCATCATACTTAAAGTAAGGGTGTCATCATACTTAAAGTAAGGGTGTCATCATACTTCATTTTGAGGGTTTAACCTATATATATGCAGTTTTTTTATACTACACAAATTAATATTTTCTAATATTTTTTATATTCATTAACAGTATTATAATATTTTATTTTAGATATAGCTTACCTCGCAGGCTGTAAGATTTGCAGATTTTACAGCCTATCTTTTAAGCATTTTTAATATCAGTCTCTCTCGGCAGATGATTTATAATGTCATTCATCTTGTTAGTTAAATCTTCAAACATATTTTTTATTGCAAGGACTTCATCGTTTTTAGAATTATAAAAGTCTTTTTTCGTACTATATTCAAACTTAGCAAAAGGGTGATTTTCCATAGCTTCTTTTATCATTCCAGCCAAAACATAAATATATCTTGATACGGTTGTATTAATATTTTGATGGCCAAGCATTTTTGATATAACATAAACATCAGTTCCATTTTCTGCCATGTCAGTTGCAAAACCTCTGCGTAAAGAATGGCATGTAACTTTTATATTTGTCTTTTTTGAAATGCTTGTCATTATATCAGTTAGAGTTTTTGTTTTAAAAATGTCTCCATTTGATTTTATAAATAGCATGCTATGCTGTTTATTTTTCTGTTGCAGTATTTCTTTTCTTAATTTTAAATATTCAATTAATTTATTTTTAATATGATCAGAAAATGAAATAATTCTAGGTTTATCCCCTTTTGTTTTATAAATAGTTATGGTATTATTAGAAAGGTTTATATTTTGTATGTCTATGCAGGCAAGCTCTTTTCTGCGTATGCCTGTATTAGACATCAGCAAAAGTATAAATATATTTCTATCATCTGTAAAACTTCTATTTTTATTTTTAGCTATAGCTTTTGTAATAGATAAAGTTTTATCTGCTTTAATTAAGAGCTGATTTTTCACAATGATTTTTGGAGTTTTAAGCTCATCAAAAATATCAAAAAAAGTTTCTGTACTTATCTTTTTTAATTTAAGTAAATACTTAAAATAATTTTTTACAGCCATAATTCTGCAGTGAATAATATCAGCACTTAATTTTTTATCAGCTTGATAAACTATATAATCTTCAATCAACTTTCTATCTACTTTATTATACCATACGGTAGTATTGTATAATAGTATATCTTTAGACTGTCTATTATTGTAATAAAAATATAAAAAATCATAGAAGTTTTTTAAGGAATGAGCATAAGTCTGTATAGTCGCTTTTGATTTATAGAGTTTTATATATTCAAGATATTTAATGATTAAATTAGAATTATTATTGTCGTATAGTTTTAAGTAATCTAGTGTTTTCATAAGAAACAGCTCCATTTTTTTTATTTATAAAAAGTTTGGTTACGTTTTTTTATAAATAAAAAACAGAGCTGCTTTGATATATAATTATTATCGTATTAAATTAATTTTCATTAAATATTTTTTAGATTTCATTAATAAAAAAATAGAGCGGAGCTTTTTAAGCTTCGCTCATAAAACATTTTATTATAATTTAGGAGAAAAAAATGGTAGATGAATAGTAATATTGATTATTTATTATTTATCGCCTTCAAACTTTGACTGATAACTTTTAAATCCAGCAAGTCCAAGCAAACCACCCATCAAAAATGGAAGAGCTTCACCAAGCCTAACATCTTTAGAAAAAACCAAAAACGCTATACAAACAAGCATAACCGCCGAACCTAATAAGCTGATTAAACGCATACTAGAAAGATGGCCAGTCTTTGAACATAGAAGTAAATCTTTAAAGGTATTAAACATAAATAACCTCTGTAATAATTTTTTAATATAAAAAACTTAAAAATAAAAAATTGGGAGCATCTGCTTGATTTATCAAGCAGATACTTAAAGCGGACAATTTTTTATATATAAAATAAAAAGTAAATCTTTTAATACGTTCATAATGCGTCCTACGAAATTACAGCTATAAAAAACATCACACATCCGTAAGTTAATTTAATAAAATAATATATTGATGTCTTCTCTTTAATGAGAGCTTTTAATCTCTCTTTAAATGTTCCTTCTTTTTCATTCATAAACTTATTATAGTATTTTACTATTCCAATGAAAGTAAAAACTACCATAGCACCTATTAAAAAAATTAATATTAATTTAAACATGTTTACTCCTTAATTTATATTTGTTTAGGCAATATCCAATCTATATTATATGCAGTTCCAGCAGTTCCTCTAAACTCTAAACTGCACATGAAACCATTATTATGATGATAAACAGCTTTTAAGCTGCCTTCATTTGTACTGATATCATATTCTGTATTATCTTCAAAGAAATCAATGATACCGCTGTTTGTATAAAAACTAAAATTACTTTCTCCGCTTGCAAATATTAACTGACCTTTTATTTTATATTTTCCTTCTTCATAAACTATTCCAAAATCTTCGCTTACTTTAGTAGGAGACATTTTATTTATTATTTCATTATTAAATAATACTATTTTGCTGTCTATCAATTTAATATTATCAAAATGTTCATTAGTTACAGCAGTTTCAGAACTTTTTTGCATATTAATATATAAATAATTTTCAAATACTAAAATCATAATGATAAAATTATCTGTCATTATAACAGGTACAATATTTTTAATATCTGCTTCTATCTCTTTTGCTGTTTTTATAATCATTTTAGAACTTGTATTTGCATCTTCATATATTTCTATATTTCCTTTTAAGCTGTAAGAATTATCTGCATTTTTTACTAGAGATAAATTACTGCAGTCTTTTACTTTATTATCAAGAATTGGCGATCCCAAAATGGAGGAGGCTATTTCAAAATTAGAGTTATTAATTCCTAACAATATTATTAAACTGTTAAATTTATCATTTAATATTTCTATAGCATTTTGAAGATTTTTCTCTTTTTCTATTTTTTCAACATCAACATTTTTCTGAGCTGTTAAATTAAAAGAAAGTATTTCATCTTTTTCTATATCAGTATCATCAGTATGCTTTATTTCTAAATAACCCAAAGTCATATTGATATTAGAATATTTCTCTGATAATTCTGTTCCATCAATAACAGATTTTCTTATATAATATTTTATAGGCTTATTTTTATTAGAAGTAATCATATCATTTGCTTCTATATAATAGCTGTCATTTTTATCAGTTTTTATATCAAGATAATTTTCTAGCATAAAAATATTAAAAATAATAAATATTGTATTTCCAACTTTTGACTTCGTATTTCCTTGAAATACTATTTTTTCATTTTTATTATTTGCTTTTATGAAAGAAACTGTATCATTAGTACCTTGAATAAATATAAAATCTTGATAATTTCGTATATTATTTACTGATATTTCTATATTAATATTTATAGTATATTCTTTAGCTTCAAAACTACTAGAATCTTGTTTTCCTATAACAAACATAGGACTTCCAAAAACTAAAGCAAAATTATATTTAAGTTTTTCTTCTCCTTCTATAACTATTTCATTATCTGATGCATTTGCATATTGATAAATAAACTGTGATAATTCATTTGTTATATATATAATATCTTTATTTTTTTCTTCACCTTTTTTTTGTATAGATATTATGTTAAAGATAAGATTAGAAGAAGTATTATTATTATTATTATATATTAAAGTACCTTTCAAAACATATTTATCAGTACTCTTTTCTAATACTAGATCATAAACTTCTTCTGCATTATCTATATGAGATAAACTATTTAAATAATAATCAGTTACTAAACTGATATTATAATTATCACTTAGTTGATTTTTTATTGGCGGAAAATCGTATCCGTCTGAAAAATCTAAATTGGCATTATCATTATTAAAAGCTATTTTATCAGCTGATGATGTACTTCCGTTTGTTAAACCATCAACTCTTTCTTTTAATTCTTTTATATTAGAAATAGGAGCTTCGTTAGCTTGTCCTCCTTTTATTTTTTCTATATTTGATATTATTTGATTAATATCTTCTGCATATACAGTTTCTTCACTCTGCCTTGCAGATACTTCTTTATATTCGTTAGGTTTACTTAAAGCCATATAAAACTCCTAAAAACATGGATGTTTTTTATACAGCTGCTACACGGAGGTAAAAGCAGCTGTATACATATTATTTATTTTTTATATAAGTAATAATTCGTTCCTACTTGTATGTTGTACCATAGCTGCCATTCGCCAATCTTTATAATACTTTCTTGGTATCTTCTCATTAAATCTTGCCGATTTGTTACGGACTTGATTATAAATATTTCTGGCGGTGTAGAAAGCGGTACTTTGACATATTTTGTTTTTGTACTGCATGAAGTTAATATCATTAAAATACTTATAAAAATTATTAGATATATTATTAAATGTTTCATGTTCTGTCCTTGTCAGTAATTCTTCATCTATATTTTTTATCATTAAACTAGAATTACTAAAACTATTTTGAAACTTCTCATTTTCTTTAATAAATAATATTTCATTTTGAAGCGTTTGATTATTAAGCTCCAAGCCCTTAATATCTTCCTGATACTGTGCAATCTCTTTTTCTTTTTTATGTATTTCACTGTCTTTAGCAGCTATTAATACTATAAAAATAGAAACTATTAAAACCATTATGACTGCTATAATGATTTTTTTGTTTATTTTTGACAAAAAGCCCGTTATTATTGGTATCATATATACTCCTATTATTATATTTTTTAATCTTTTTTATTTAGTAAAATAAAGAACAGCTTTTATTATTGCTATGCTCAAAAAAGCCTATAAGTAAATCGATAATAAATTATCGATTTGGCTTTTTTTTCGCTTTTTTCTTATTTAGTAAAATAAAAAATAGCTCCAACTATAGTACCTATTGCTGTAAGAAGTCCTGCTATACCCACAACCGCTTTTTGAAACTTATGCAAAGTATCAACAGTAATATTACCTTCTAAACTTTTCTTTATTTCTTTTAATTCATTTTCTTTTTTATCTTTATCTTCTTTCATTTTCTGTAAAAAATCCTGTATCTGATTTTCAAGCTTTTCTATTCTTAAATCTATTTTGATAAAATCTTCTGATAGATTATCTAAATATGTATCATAGCTTTTTATATCATTTCTAAGATTTTTAATTTCTTCTTTTACTTCTTCCATTTTATGAATAAGTCCGTTTCCGTTTTTTGTACCGTCTTCATTAAGACCGACTGTATTTTCTATACGCATTAATCTTTTTTCCAATACAGCAGTTCTGCTTTCTTTTGATGCAGGCATATTAAACTCCAAGTATATTTAATATATTTTTATATCTTTCTTCTCTGTCTTCAAGTCCATTGTATCCGCCGTTAATAAGTTTAGTAACTCCTTTTACATCTCCTTTACGTGCTAGCAAACCGCAGCCTTTTTCTTTCCAAAATAATAATGCAATCTCTATAGCATTATTAGGCTCTTTGGCAAGGTCTGGATTATTAACTAAGTCAGCATTTATTTTTTTACCATAGTTTTTATAATTATTTTTTCCAGTAAGCTGTATTATTCCTCTTCCTCTATATTTATAGCCTTCGTTTTCAGCATTACCTAAACGACCGCCATAAACAAAGTTGCCAATAGCCTCAGCTCCCTGAATACATAACTTTTTAGCATTTTCCAAACTTCCAACCCTTTTTTTGAAAACTTCAAAAAGCCTTTGAGGTGCATATCTGAAGCTCTCTTCAAGTCTTTTATAATCATTGCTTTCATGTGTTGTTTGTGCCAAGAACATAGCAGCTTCTTTTATGTTTGTAATGTTATGTTTTTGAAAAGCATTATTTAATGGTAAAAGCCATTTCTTATTTATACCGATTTTATTTAATGTATTTTCATTTAGCATAGATTAAGCCTCTTTATTTTTGTTTTGTAATTCATATACTTTTATATATTCAGTTTTTTGTTTCTCTTTTGCTATTTGGAGTGTTACTTCTCTTTGCTTTAAGACTTTAATCTCTGTTTCTATATTCACTATAGCTTCACTGTATTGATATGATGTATTTTCATGCATTGATATGTTATATCCGTTATGAACTACTTTGCCTTCATGTTCTTTTAATAATGCAAGAACATCATCTTTTAAAGCCTCAATATTTTCTTTATTTTTTTTCTCTTCATTTTTCAGTTTTATATATTTTTCTATTAATGAAGTTTCTTTTTTATTTAATTCTGTTATACTTTCTTTTGCCATGTTTTATCCTTATATCTATATTCATACACTTATATAAAAAAATATAAGGATAATTCATTGCCTAAAGAAAAAATTATAAAATATACGGCATTATCTGTATCATTGAATCCTGAAGTTCTTTCTTTATACTATTTAATTTTTGAGATACATTACTTTGAGACATTTTTAATTTTTCTGCTATTTCTTTTTGTGTATATCCTTTTGCAAGCAGTTCCAGCATTTCCCTTTGGTCTTTTTTTAGTAATGCTATTATTATTCTTTTACTGTCTCTATCTTCTACTTTTGAAAGTCCAAAAGTATATATAACTTTAGAAATATCTGTTTCAAATACATTAAATGTAGCGTCAGAATAAATATCATTGTTATTTTTTTTATTTCTTATTGCTTTTTTCATATCATCACATAACTCTCTGCATTTATCTCTCTTATGACATAAATTGCAGGTATTAGTATTTTTTTTCATTTTTTATCTCCTAAATTATTTATATACTCTGCTATTTTTAAAGCATCATAAGTATTGCAAATATTTTTAATCTTTAATTTTTTCTTAGCCGAATCTATATCATTTTTCAGCTCAATATACTCAGTGTAATTATTGCTGTATGCTATATCTTCTAAAGACATATTATCTATTGTAATAACTCCTAAACTCGTAATCATAATCTACCCCCTATAATTGTCTTAATTTTATAATATTGTCAAATATATTAAGTTTAAGTATTTCACACTTACAAGGCTTTATATAATAACTTCCATCTTCTCTTTTATATTCTATCTCTACTATATCAAATAGCTTTAGAAAATCTAAAGTTTCATAATATTCAAATGTATAATACTCTTTTAATAAATATCTGCTTTTCATTATTTCATTAGATAAGCTCACTGCATCTTCTTTTCTTTTTAATAAAGTTTCAAACTCTTCATGAGCATTTATTCTATGTCTTTTTTTAGCTTCCTCTTCAAAGTCAGTATTTTTGTATGTTGACTTTAATAAATCATATTTAATACTTAAGCTTGATAAATACTCATCACTTTCTACTGTTTTATCAACTCTGCCCATGCAGTACTGTTTTATTTTATATTTAGCTTCATTGCTGCGAAATCTTGTACTGATAAAATCTATTTTATTGTTGTCTATTTCTAATCTTCCTTGTTCTAAAAAAGAAAGTTCTCCTATTAAATCAAGTGTAGTCTTTTTATTATCATTATCAAGAAGAACTGTTATTTCTCTTGAACGTTCTTCTTCAATCTGCCAATTTTCTATATTATAATTTTCTTTTATGTATGCTATGTTTTCATAATCTTCTAAAATCTCACGCATTAAAGTTAAAGATTTATAAGGAGGTATATCTATTTCTGCATATATCTCATATAAATTATCATTAGTATCTGTTATAGAATGTACTTGGTTTTTTCCTCTAAAAATTAACTGTCCTCTTTCTTTATCTAAAGTCCATACTCTTTGCTCTCCGTTTCCGTCTTGATAATCTTTAAACTCTGGAATAAATATCTCCAATTCTCCGCTTATAATAGTACCATTTTCACGTTCTATTATTTCATTTTCACTCTCTGGTGTTTCTATAAAATATATATGAGGTTTTAATTTATTGTCATCAAGCGGATCATTTCTATTAACAATACTTTCTATAGCATTCCTTGAAGTGTCGCATATTTCAAAAACTACTTCAGGAATCAAATCAGGATTTAGTATGCTTGGAGTATAATATTTTATAGGCTTTAATTTTACTGTAATACCATGTCCTGCTGCTAAAGTTCTGCATGTGTCAATAATATCTTCTCCGCTTTGCACATTCTCAGGGAAGTTCTTTAAATCTGAATATTCTTTTTCACTGAAAACATTTTTAGGAAGCTCAGTAGAAAAAGAAGCTCTTATATCAGATGCTGTTATCGTTATAGTTTCTAAAAAAGAATATTCAGGTTTTTGAATAAAACCAGAGAATATAATTTTGGAATCTAAAAAATCACTTCCATCAAATATTTGTCTTACCAAAAATCTATTGCCGTATAAATTAGAAAAATCATCAAAAAGTCCGTCATCATTTCTTAAAGTAACAGACATTTCATTTGTTTGAATAGTATCAAATGCAAGTGAATCGCCTTCTATATCCGCTGTATCTATTTCCTCCACTCTAGGCTCTACATACATATTATTTAATTCAGTAATTAAACTATTATTACTATCAAGCACCGAAGGTGGGCAGGTGTCCCATTCACGTGTGGAGAATAATTTTTTAATATTTATAATAATATTCTTTTTACTGTAAGGAGTTTCAAAGTTATTAAAATGCACGGCTATATAATTAATATTATCTTTTTTATATTGATAATAAGATTTATTCTGTTTATAAAGAGCTTCTAAAGAAAATACTTCTATATATCCTCTGTCATTATCCACACTTACAGAGCCAATATTATATAAATTATATAATTCATCTTCTTGAATATTAAATAATTCATTAAAATAAGAACTGCTGTATAATGAGTATATTTCATTAATACTTGCAGTCCATACACCTCCGAAAGGTGCAAATATTAATCTAGTATCAGGACTAGAAATATCAAGCTCTATAATATTAGCAAAACTCTTAAGCATTTTATAAACCTACTATTTCTGCATATACTCTATAACTGCTGAACCATTTTCGCCATTATTCATTCTTGTTGGATTACCATCCATATATCCGCTAACACCTCCAGATCCTACAATAATTTTAATTTTAGAATAAGCTCCTATCATATCTCTATTTATATCTACTGTAGCAGCTGAACCAGAACCGCCTCCTATTGACCCATTGTTACCTACATTATGTACTATCCCATTACCGCCATTTCCTCCGCTTGCTAAACATTGACTTTTTAAAATACCGCCTTGACCAGGTTTTCCATTATTACCATTTGATCCTTGATATAATTTACCTTGTCCGCTAGATTGACCTGCTAATCCTGAACCTTGAGTTAATCCTGTCATTTTTCCGCCGCCTCCTCCTGTGCAGGTTGTTATTGCTATATCATTTATTAATACTTGAGAATTGCCCCCATTTGTAGCATTATGATAACCATTATCGCCTGTTTCTAATATTGTCATACCAGCACCTCCTCCGCCTGAACATATATGCACAGTAATACTATTAACATCGCTTGGAAAGTCAAACTCATGTTCTCCTGCTCCAAAGCTCACTGTTTTTCTTTTTAATGTCAATCCTTTTCTTTGAAAGTCATTAATATTCCAATATTTCTTTTCAACATATCCGCCTAAACTAGTATCATATTTCATTGATAATCTTAAATATTTTGATGTTACAATATTATTATTATCTTTGACATAAAAACCTCTGTTTTCATAATCATAAGCTGGAAAATCTTCACTTTCTTTACTGCTTCCTGATGCTATTTCTGCTGTTAAATAATCATTATTACTATCTTCATTATCTCTATGAATAACAAGTTTTATATATCTTAAATCTTTATTACTATCAGTTGTATTATCAGATAATTGTATATTTTCAATTGTTTCAAATAATCTGCCTTCAAACTCGCAAATGCTTCCTGCTAAAATGTCAGGCAATTCTCTGTCTGTATCATTCCAATGATTTAATTTTATGCCGTCAAAAGCAGTATGAAGAATACGCATTTTCTGCATAATAATATTCTGCTGTCTATAGCTGTCTAGTAAATTACTTGGATTTTCTTCAGGTTCTTTTATAAGTGTAAAAATATTACTCATGACTAATATACCTCATTATTATACATATCAAAATAATCTATTTCATAAGTTCCATTTTTTGTTATTACTAATGGAATATATTTACTTATTCCTTCATTATTGATTAAATAAAAACCGCCAAGCTCTTCATTATAATAGCAGTCTAAACTGCTTACTATTTGTGCATCTAAGTTTTTACCATTATTAATTAATTTTAATAATATATATTTATTACTGTCATTATTTGTATTGTCTTTCAATATAATATGCTTTTTAGCTTCATATATTGAATAGCAAAACATACATACAGAACCTTTCCGTATAAACGGCATACTGCTTTTATTAGAGAAATCTATTTTTGTACCCTCAAATGCAGTATGCAGAAATCTTGTATGTTTTAATAATTCATTCTGTCTTTTATATCCATCTTCAATAGTAAGAGGTATGCTAGAAGGCTCATAAACAAGTTCAAACATTATTTCACCTCTCTAAATGTAAGCTCTGTAGAATACTGATATAAATCATTCTTTCCTTTCTTAAAAGCTATCTCTTCATTAGTACATACATAAAGTCCAGACTTCATATAATATTTAACTTTAGATGATGTATTATCTTTTATAATAGTTGTATGCTTAGATGTATTTTGATTTTCTATTGTTTTTGTAATAGTGTTTGTTTTACTTGCATATTTAGATAATCCATATTTGCTTATATTATATTTTGCTGTTTCTATTTCTGATTCTAAAATCTCATCAGGACTTATTGTTTCTTCTATCCATACTTGAAGTACAAAAGGTTCAAAATTACTAATATCAAAAAAGTTAATGATTTTTTCTCTGTCATCATTAGTCAGATATGGAAAAGATACTTTCCAAGTATCATAGCTTTTAACAGGTAGTTTTCTATAAAAATAATGACCTGTTAAAGAAAAATATTGATTACGAGTATAATTTATAGTATGCGTTTTACTTTTATCATGAGGAGGAAAATCTACTCCTTCACCTATTATTAAATATCCGCATTCAATCATATTGCCATCTTCATCTTTGATAAAAGTTATTTTGACTTTTATAAACTCTACAGCAGCTATATTATGAATAGCTTGTTTATTTATTATATTAATATTATATGTAAGCAGATCATTATTAATATTTGTTATTTCTAATTTTATTTTTTGAGCATTTGTATTAAATACTGCTATTTCATTTATAATGCCGTTTCCTGATAGTGTTAAACTTCCTTCGCTTTCACTTGCAAACTTTCCAACTTCAAGAGTTTGATAATTAAACATATTAGAAATAGGGAAAAAATCATATTCACTAGAGAAAGTATATTCAAAATTATTAAAAATATTATTCCATAATAGCCTCATAATATTCCCCTTTGTGATACTACCTTAACGCCTCGTTTACTTAAATTGAGCATAGTGCTTGCAACTATCTTTCCGTCAAGCATTAAATAAACAGGCTGATTGAATATAGTTTCTGACTGTGTATTTACTTCATATATTCCATCATTATTTTTAGCAGCTTCAAAAATCTGACTTCCTATTTTTGATAGTATTCTATCTTCAAGAGGTATAACCGCTTCATCGTTTGCACCCTCTCCGATTACAGCATTAATTCCTCCGTTTCTTCTCTCTACAAGTCCGCCTTTTGCCAAGTATTTAGGTTCACTCGGTTTAGCTTGAGATAATGTCGCCAAATTAACAGCACCGCCTGCAATAATTCCTGCTAAAGTTGCATAGGCTATTAAAGGCATTGGAAAAGGACCAGCACTCATAGCTGATGCCAATGCACTTATGGCTGCCTGTGCCATAGAAGCTGACGCCTGAACTAAAGACATTTTCCAGCTTTCCATTTGCGAATTATATTCTAGCTTCATCTTATCATTATTATAGTTTTTCTCTACTTCCATCTGCTTAGCTTTGGCTTCTTCTTCTATTTGTATTTTAGCTAGTTCTTTTTGTTTCTCTTCAAGTTCAGCTTTTATTCTCTCCTGCTCATAAAGTCCTAAAGCAACTTTTTGCCTATTCTGTAATTGTTTTATTTCATTTAATAAACTCTGCTTTTGCGAGTCCTCCATTATTCCTATAGCTTCAAGCCTTGCATTTTTTTCTTCTTCTATCGCTTCTAATGCTGCCTCTTTTCTTTCCTCATTTTTTTCTATTTCAAACTCTATAGCCTGTATTTGCATTTCCTGTATAGCAGAATAAAAATCATTTGTATATCCTATAGTGTCATTAAGCATTTGAAGCCAATTCGCACTAAAATAATCTGAAAAACTTTGAGTAGGTGTTTTCCAAAGTTCGCCGAACTTCTCTTTTAATATTTCTACCTGTTCAGTTGTAAGTTCTAATTCATTAGTTATGCTTTCTATTCCGCTTCTTACTATTTCACTTTTCTGTCCCTGCTGTTCAGCTTCGCTTACTTTATCGCCGAACTCTTCAGCAACAGAAACGCCTCTTTCATAAGCGGATATACTATTTTCTATTTCTTTTACTAATTCAGAAAATCTGTCAGTTTTGATACTGTCTAATGCGTAGCCGTAATTATCACTTAAATATTTTATTTGATTAGCATTTAAGTTTAGTACCGTACTCATTTCTGTGAGTATAGCACCTACTTTGTCTTTTTTAGCTTCTAAAGCCTCAGCATCACTGATTTCAGCTCCCATATTACGAAGATTGCTTACTCTGCGATTTTCCTCTGCCTCTGCTTTTTTTAGTAAAGCTAAATAATCTTCATAAGTTTTTGTTTTATCTTTTACAGCATCAGATTTACCTTTTATTGCATTAATGCTCTTTTCATTAGCTTCTTTTTCTTTAGTCTCTAAATCTATTCCATCTCTAGTTAGAGACTGTCTTAAATGCATGCTTTGATTTAAGTCATTTCTTTGTTTTTCTAATGTATTTAATGTATTTTCTACTTCTGATAATTTTTCATAATCAGAACTCTTTAATATCTCATCATTGGCTTGGCTTTCTCCCATACCAGATGCATATAAAGAACTTCTTAAGTTTTCAACAGCAGTATTATATATTTTGCTCTTTTCTTCTAATTCTTTTATTTTTGTTTCTATAGTTTGTATTTGTATACTTTCTTCTGCCGTTCTATAGTCTTCTAACTTCATAGTAGCAGAATCTATATATGTAATTCCGTCTAAAACTACAGTTTTTAAATTAGGATATAGTCTAGTAAGTTTATCAGTTACTTGGTTTAATCTTTCAGTAGCTGCTGCATCTAACTCTTTGGCACTAGCTAGTTTTTGATACTCTTCAAATAAACCTACATCTTTAAAAGAATTATCATTTAATTCTTTTGTGCTGTTAGCTAATTGGTTTGAAGTATCTATTAATGCTTTATATTCCTGATTTAATTTATATGCTTTTACTGCTAAAGCACCAAGTCCTACGGTTAAAGCTGTTATAATACCAACAGGACTTGCAATCATTACTGTATTTAATGCTTTCCAAGCTGTACTTAATCCTTGAATAGAGCTTGCGGCTGTCTTTAATGTAGATACCGCATTTTTAAAATCTTTTATAGTTTTCTTAGCTTCTGTTATTCCTTTTGAAAGTCCTACTATACCTTTTAATGCAGGACCAAAGCCTGCTGCTAAAGCAACAAAGCCTACACTTACTGCCTGCAAAGGTGCTGGCAAGTCGCTGAATGTTTTTATTAAAGATATAATAGTAAGAATCATTTTTTCAGCTATAGGTACTATTTTATCTTGCATAACAGGAAGTAAATCTTCATTAACAACAGGAAGTAAACTATTTCCAAGCTCTACTACTAAAGCACTAAGCTCTGCTTTCATTTTTTCAAACTGTCTTGCTGGACCGTCATCTATTTTTTTGAATGCCTCAGCTGTAGCTCCTGCCGAATTATTCATCTGATCTAAAGCATCTTTAAACTTATCTGCATTCTTTCCAGATAAAGCTAAACCAGCATTTGCTGCCTCAACACTGCTGAACATACTAGAAATATCTTTTCCGCTTTTATCAGCTTTTTCAGCAAGCATTTGAAGAGCTTCCTGTAAAGTTCCTCCTTGCTCTATAAACTCTTTAAAGCTTTTTCCTGCTATTTCTCTAAATGCTATATCTGTAATGCTTCCTTCTTTATTAAGTTCTACTAAAGCCTGACGAATCTGTGTTGTTGCAACAGAAGTAGGAGTTCCTTGTGCAGTCATTACAGCAATAGCAGCTCCTATATCTTCAAACTTCACTCCTAAAGCTGAAGCGGTAGGAATAACATTAAATAAAGATTTTGATAACTGAGTAAAGTCTGTTTTTCCTAGCTTCAGTGTTTGAAACATTATGTCTGAAGCTCTATTAGTATTAAGAACTTCTGTTCCATAAGCATTAGTAACAGAAGTAAGTCCGTCAACTGAAGTTTCTAATTCAGCAACACCTGCAATAGCAGCTTCGCCTGCCGTTTTTAAGAACTCAAATACATTTTCACGTGGAACTCCTGCAGAAAGTGCTTGATAAAGAGCTTTAGTTGTTTCTTCTGGAAGTTTGCCTATTTCTTTACTAAACGCTAAAGTTTCATTTTTTAATTTTTCAAAACCTTCATTGCTTAATTTAGGAAGAAGAGTAAGAACCTCACGCATTCCATTATCAAAATCAGTAGCTTTTTTAGTAGCTAATGCAAAAGCTGTTGTCCCTGCTGCTATTGGCACAGTTAAACTTTTAGTAGCTAAAGAACCGAACTTGTCAAAAGATTTTCCTATTTTATCAAAGCCTTTTTCTAAGTCTGTTGTTTTATCTTTAAGTTTTCCAAATGCCTCAATAGCTTGAGAAGCATCTGCATTAATATATACATTTAATTTACTCATTATTGCTAAACTCAAAAAAGCCTTTGAGAAAATCGATAATAAATTATCGATTTGGCTTTTTTTCGTTTTTTATTCCTTTTTTATTATTGCTAATTATTTACCGTAATAGTTTCTATTTCCCATAAACCTTGTCTTTCTTTTTTTATAGTTTTATTTCCCTGTTTTATTTCAGATGAAGAATTGTTTGATTTAGTTTTCTCTTCTACTTCTATAATATAAGGCAAATTTAAAGAAGCTGTATAATAGAGCAGAAGTCTTTGCAAACTCATCTCCATCATACAGTCTTCTGTCCACCCATAGCTATTAGCTAAATGTGCAAATAACTTTATTAATTCTATTTTTATTAGTTTTCTTTTTTTTTATCCTCATTAGGAGCATCAATTCCTGCTTTATAAAAGCCGTCCATTATCATTCTGAATATTTTTATAAGCTGATCATAATTAAAATCTTCTAATATATCTTCTCGGCAGGTATTTTTATCCTGTCTTTGTATAAGAGGAATTACTATATCTTCTATCACAGTCTGTGAATCAAGAAAACCTTTCTCTGCTATAGACTGGCTATAATCACTTATTTTTAATGCCAAGCCCACAGGTATATCATTAACATTTATCTTGTATTTGCCAAGTTTGGCATAAACTGCTTTTTTATTACTAAACTCTTCTAAATCTACAATTTCTATATCTGCCATATTTCAGATCCTTATATATTTGCATTTATATTTACTTCTATATCTTTTACAATATCTTCACTGCCTGTTTTTTTAGCTGTGATTTTTAATGTAGCTGTACCTTCTGCCTTTCCTGTGATAGTGAAAGTTTTAGTTTCAGCTTCATAGCTCACATCAAAAAACTGCTGGTCTGGAGGCTCTACTGTATGTGTTATCTCGTCAGCATTTAAAGTTAATACTACAGTATCATTTTCATCTGCTCTTATATCTACATTTGGTTTATCACTTTCTAAAGTTAAAGCTTCTGGAACCGCTTGTATATTAATAGATATATCTTTAGTAATATCTTCACTGCCTGCTTTTTTAGCTGTGATTTTTAATGTAGCTGTACCTTCTGCCTTTCCTGTAATAGTGAAAGTTTTAGTTTCAGCTTCATAGCTCACATCAAAAAACTGCTGATCTGGAGGCTCTACTGTATGTGTTATCTCGTCAGCATTTGAAGTTAATGCTACAGTATCATTTCCATCTGCTCTTATATCTACATTTGGTTTATCACTTTCTAAAGTTAATGGAACATTAGGTTCACTTTCTGTATCTGATGTTTCCTCTTCTGTATCTTTTATTTCTTCTTCATCTTTACCTACAGACTGTTCATCTTCATACCATGCAAGCTGCTCTCCGCTTTGCTGACTGCCTGCTAAAGTCGCTGAGAAACTTAATTTCCCTACCAACACATCCTGTGCTTTATCAGAAGGGAAGCTAAACTCTAAGCCGCCTGCTATTGAAGCCTGCGGTAAATATATTCTTAATTCTTTACTCTCAGCATTAGTATTAACTATCATTATGCATTTAGGTTTGATTGTAGAACTTTTTCCTCCTGTTGCCATGCGTACCATTTTAGGCATAGTTCTAGTATATGTAATAATTAAAGTATCTGTGCTAGGAGATATTTTAGTATCTGTAATTTTTATTCCATTAGTTCCTATTTTTTCGTAGCTTGATTCTTCTATGCGAATATTTCCCATAGAGTTTTTCTTTTCTACTTTAGTTATTGTTACTTCGCTTCCGTCTGCATTTCTAAATGGAACTTTTATTTCTTCACCTCTTTTATATGTATCTGATTCTACTATATACTGTTTTGTAACTTCTGTTTTACCATCATAGCTGTCTATATTATCTATACCGCCTCTTGCCTCAGCATAGTTTTTGAAATTAATTTCTAAACTGTCAAGAGTTAATTCCATTTTATGTTCTGTCACTAAAGTAGCTATAGTTCCTGCATTGTCGCTTTCTATATCTGATGTAGTTATAGTTTCTTTTACAGCAACACTGCGTGCTGCTCCTATATTTATAAGTTTATCAAATCTATCTCCTATCAAAACTTTGGCACTTCCGTATCTTATTGTTTTTTTTTCTTGCACACTTGTTTGACTCATAATATCTCCTTATTGTTATTATGCTAGCTTTATATTAATATTTATATAATATTTCTATTATTGTCATTGTCTGATATGCATTATCTATACGAGAATGGCTTTCATTGCTTATATCACAGCCGCATATCTCAATATTATCTATCTTTTTTTTCAAACTATTAAAATACTTACCTATTTTTTTCTGAAGAGTTAATGCATGTTCTAAACTTGTAGAATAAACACTAACTTGATAAATATCTCTTGAATATTCAAACTCATATTTAGGATTTGAACTTTGAAGAGAATAAACTATATAGCTTTTATCATTATCTACATTGCTGTCCTCAACAAAATCCAAATAAACACCTGCCGTTTTTTTATCTTCTTGAGTAAGACTTTTTAATAATTGATAAATTACTCTATGCATATTTATAAACTCTATTTATTATTAGCTTTTTGTATTACTATATTCAAAGCACTTTTGACTGCCTCTTCTATATTCTCTCTGTTTGATTCAAATAGAGGTATTAACAAAGGCACTTCATTTTTATATTTATTTCCATATTCATTAAAAAAAGCATAATACCTATCGCCTTGCTCTTTATACCATTTTATTTTATTTTTCTCAGGTGCTGTGCCTCTTTTTCCGCTAATTGTAGTAATCTTAACATTGCTTTCAGTATTACTCTTTTTGTTTATTCTTGTTTCTTTTACAGTAAAATATTTATCAAAAGTCCAGCCTCTGCTTTTTGCTTTTGCATTAGCTTCTTTTGCTATTCTTCTAGCTTCTTTTAATGAGGCTTTTTTTACTTCATTCTTAAAATCAATTCCTAACTCTTCTAAAGTTTTCCTGAACTCATCAAACCCTGTAAGAGTTACTTTATTTTTTTCAGACATATTACTCTCTATTGTCAGCTTTTTTATTATTTACTAATTTCTTTATTGTAAATATGCATTCTATATTTTTATATGAAACATTCTCCATATTAATGACTTCATAGATATCATTTTCACGGTTTATTTTGGCCATCATTCCTTTGGTATCAAACTCTTTGAAATAATGAGTATGTACTTTCAAAGTTCTTGTTAAATCTTTTCTTTTACCCTGCTGTATATCTTTATATGTTATATCTTCAATAGAGCATTTTACTTTTCTTAATTCTATTAATTCATTACTTCCTGTTCCGTTTCCATTATCTATATACTTTGTTCTATAAAAAGTTATAGTATGAATTAATTTTCCAACTTTCATTATTGTTATATTCGCCTCGCCTAATAAAAGCGAATAAGTAAACTTATTCGCTGGCTTGGCTCATCTCCTATAGAGTAAACTTTTCCCTTGCAATGGCCAATAATCTATGAACACCTTTCAAAGCAACTTCCTCACTTTGACTGGCTTCTCCTGTTTTGCTTTCAAAATAATGAGCAGCAAGTCCAAGAATAGCATACCTAACTTCAGGAGGACAATCGGCTCTTTTGTATTCTATTTCATTAGCTTTATTACAATAGCCGATTGCACTGTCTAAAGTCAGATGCAGTATATCATCATCATAGTCAATGCCTTCTAAGTTTAGAAACTTTTTGAACTCTGACAAAGTAACTACTTTATTATCTTCGCTCGCTACAAGCCCCGACAATCCCGAGTGATTAGTATCACTCGGCGGGCTTTCCGCTTGCTTTTCTTCGTCATCATCACCTTCTTCGACTACTTTTCTGACATCAATGTCTATACTATTAATATCTTCAGTATCACTGCTCATATATAAAAGCCTTATTAAAAATTATTAAGCTGCATACGCTTGATCATTTGGAAGTAATCTTACAAATGCTGATTTTTGAATAGGGGCACCGTCTCCCCAATATCCTACTTGGAAACCTACCTGATTTGTTTTGCTGTATAACTCATGCAAAACTTGAAGTTCCATAGACAAGCTGTCAAAAATCCAATAATATTTTAAGTTTGCTAAGAACCCAAAATATTTTGTAGCTTCCAGCTTATCTTCTATAAAGTCATTTTGCACAACTGGTATACCAAGTAAAATACTAGGCTGTCCCGCTATTAAACTTTCCTGCCAAATAGGACGGTCCTGCTTATCTTTTAATTTTCTTAAAGCAGCAACTGCTTTTTTATTAAGCATCCATACCGCTCCGTTTTGATATCCGCCTTTCAATCCGCTTACTGCATCTACTAAACCATCATAAGTTATAGCAGCACTTGCAGTTCCTACTTTTATATCTCTGTCAGTTGGAATAGCTGCTGTATTATCTGAAGTTTGAGCAAATATACCTAGAGGTTTATCCTGTCCATTTCCATATAAATAATTATGCTCTAATGTAGAAGCCAATTTATATACTATTCTCTCCTCAACTAAACCTTGAATATCTATGTTGCTTTGCTTTATTAATCTTTTACTAAGTTTAACTAACTTAGTTAATTGATTAGCCTTCATTTCTCTTTTTCCAAAAGACATATTTGTATCTTCTGTAACTTCTGCGATTTCTGCTGTCCAATCAAGATCATTTAAATCACTGTCAAGTGTAGGTATTCCTATGCTTGCATATCCGTTCATAGCAGGAATGATATTTGCTCTTTTTCTTATCTGTACTGCATCATCTAAGTCTTTTATAATTTGCTTTACTAGATACTGAGGTGCTATAGTATATCCGCCGCCTTCGGCAACGCCTGCCTGAAGTGTTTCTCTTATTTCTTTATCATTGCCTGATCTAAACCATCTGTCAACTTTAGCTCTTAATTCAGCTTCGTTATCATCAGCAGATGAATTGTCCAAATTATCAGCTAAATTTCTTTTATTCATAGAAGATTTAGTTTGAAGTGATAGAAGTTTATCATTTCTCTCTATTTCCTTATTTCTATTTTCTATATTCTTCATTAAAGTATCTATATCATTATCTAGTTTTGATATATCTTCTTTTTTATTTTCTCTCTCTTCAATACTCATAGCAGAATATGCTTGTCTTTTTTGCATAAGTTCATCAATAGATTGTAAATCTAAAGCATTTTCATTTTTTAGTTTTTCTATTAAAGCTCTCAATTCTTCTGGTGACAT

Protein sequences of DBSCAN-SWA_2

>NC_014150|1884980:1953892|1952143_1952584_-|WP_013113822.1|head,tail|DBSCAN-SWA
MSSDTEDINSIDIDVRKVVEEGDDDEEKQAESPPSDTNHSGLSGLVASEDNKVVTLSEFKKFLNLEGIDYDDDILHLTLDSAIGYCNKANEIEYKRADCPPEVRYAILGLAAHYFESKTGEASQSEEVALKGVHRLLAIAREKFTL
>NC_014150|1884980:1953892|1896410_1897679_-|WP_041749998.1|DBSCAN-SWA
MKHLYKLDNAAKLFVSIKNKKNIPIFRVSAVLKEEVNPQKLQEALDIAIKRYPTLALMIKKGLFWNYFEENHRKLLIQEDKYYPCYNINSKLNNGYLIRVGYYKYRVFAEIYHSLADAASLISFFKSLLYHYFILTNKTIDDKNEDIFKDNIHTLADYDDSFLVHTKNKKSSVREKKIKNVYLIKGKSFKFYGDNVVHGILDLNKVKEESKKYNVTITSYLLSLLAYSIYETRIKDRLDGKNIVVCLPVNLRQIFPSISLKNFFGVANIAIDTKNKLTFEDIIKKADKDMKDKISKERLENFIYENTKLENNVLAKFIPLFIKNFAVNLAFELFEDKVKTITLSNFGNITLPEDMKEYINHFEAVVYPTINSPLNCGICSFNNKLSITFNRTILETDIIKYFFKYISNIAEVEIYSNDFGVL
>NC_014150|1884980:1953892|1951722_1952076_-|WP_008730219.1|head,tail|DBSCAN-SWA
MKVGKLIHTITFYRTKYIDNGNGTGSNELIELRKVKCSIEDITYKDIQQGKRKDLTRTLKVHTHYFKEFDTKGMMAKINRENDIYEVINMENVSYKNIECIFTIKKLVNNKKADNRE
>NC_014150|1884980:1953892|1892374_1893793_-|WP_013114145.1|tRNA|DBSCAN-SWA
MKEIVLYNSLTREKEVFKPIKEGEVGMYSCGPTVYNYAHIGNFRAYVFSDLLRRVLEDYGYNVKLVMNLTDVDDKTIKNSKENHISLNEYTKKYKEAFFEDIKTLGIKKASVNPAATDHIKEMIDIIELLKKNGHTYEADGSVYFKISTFPQYGELANLDKQELLEGASGRVLNDEYDKENASDFVLWKAYTEEDGDVYWDSPFGKGRPGWHIECSAMSCKYLGKHFDIHTGGVDNKFPHHENEIAQNEAAFNEKFVNYWLHCEHLIVDGEKMSKSKGNFYTLRDLLDKGLSKEAIRYSLINSHYRKQLNFTIEGIKQSQSAIDRVNDFVFRLKDINKTDTNEINDKLSKEIDEANDKFSDSVYNDLNISEALGVLFTLIKNANTSFDSINNETRDKMIKFIERVNNIINCFKINDEEENKDDEEEINKLIEERSLAKKEKNYQKADEIRNKLLSMGIEIMDTPQGVKWKRK
>NC_014150|1884980:1953892|1943923_1944376_-|WP_013113815.1|DBSCAN-SWA
MFELVYEPSSIPLTIEDGYKRQNELLKHTRFLHTAFEGTKIDFSNKSSMPFIRKGSVCMFCYSIYEAKKHIILKDNTNNDSNKYILLKLINNGKNLDAQIVSSLDCYYNEELGGFYLINNEGISKYIPLVITKNGTYEIDYFDMYNNEVY
>NC_014150|1884980:1953892|1950879_1951251_-|WP_013114176.1|DBSCAN-SWA
MHRVIYQLLKSLTQEDKKTAGVYLDFVEDSNVDNDKSYIVYSLQSSNPKYEFEYSRDIYQVSVYSTSLEHALTLQKKIGKYFNSLKKKIDNIEICGCDISNESHSRIDNAYQTMTIIEILYKY
>NC_014150|1884980:1953892|1908168_1910811_-|WP_013114158.1|DBSCAN-SWA
MATKKTTTNKKEESKETVKKTKKTAATKKTADEEVKDTAATVKKTTSRKTAAAKKTADEEVKDTTAVKKTTARKTTAAKKTADEEVKDTTAAKKTTARKTTAAKKTADEEVKDTTAVKKTASKKIAAETTLKEESKAIDLQKNKEEITNKKIDSIFDKKDDKVSDASENKISSRESLIKKDEEKKEERKDLKELIKEAKADRKTAFKTSSPVRKLETIKTENSETKTERESITLLKEAIKAKSKNVSRPVAVKKRLAVVDDDAEINAELKNNSSSELNVSKPIITSVLAAQSISSIKDNETKENDINEIKYNQDSIDFLDKKEDEKEKSEEEVNINTEKTSDDEINKEEPAEEEKEVSETENKDEVKELEEKEEITETNSSAIMHNYSSSYSFTRFEKEEEPEKIDEHAEENNLTKSEEKAVEETTEEKELENKTEEVKINDKPTYSKSDIFKRPVIIPSNNDEEIKKSVYEQHEIDKAIQTAPTIDENDAVENYQNYNSNETENNEDESKKLQELKEKDIKIIETEDELKTSALPEIEKKPAEPYVAPAHSIDENKKSNKIAAIVGIIIIILGLSFLGVQFFSGKNNELDDDFYEIVTNETISPTNDITQTNNAVNTLTNTARPQTNNAAAQTNTARPQTNNTAAQTNTVRPQTNNTAAQTNTVRPQTNNTAAQTNTVRPQTNNTAAQTNTVIPQTNNTAAQTNTVRPQTNNTAAQTNTARPQTNNTAAQTNTAPTPPKEPEITPPTPPTPPPNPPAANTNAAANNNNQNTRLSYNTDTYKTKWTDTLSSIAASELGDERRWPSIFVLNEDIINNPDNIVFNRDIKIPKGGKKKVEDMNDNEKKLLYDDYIKVSEMYTKIGKQNLANSIKSQANSIISK
>NC_014150|1884980:1953892|1944375_1945272_-|WP_013113816.1|DBSCAN-SWA
MRLLWNNIFNNFEYTFSSEYDFFPISNMFNYQTLEVGKFASESEGSLTLSGNGIINEIAVFNTNAQKIKLEITNINNDLLTYNINIINKQAIHNIAAVEFIKVKITFIKDEDGNMIECGYLIIGEGVDFPPHDKSKTHTINYTRNQYFSLTGHYFYRKLPVKSYDTWKVSFPYLTNDDREKIINFFDISNFEPFVLQVWIEETISPDEILESEIETAKYNISKYGLSKYASKTNTITKTIENQNTSKHTTIIKDNTSSKVKYYMKSGLYVCTNEEIAFKKGKNDLYQYSTELTFREVK
>NC_014150|1884980:1953892|1927209_1929681_+|WP_013114170.1|DBSCAN-SWA
MNTNKKIMKSVINKTPNIERVFQLVIAIVLYIFTLFLVFPTYMQKAAVPSVGDIVKEPLIVKRNVRYENKEETQKLVYYAQAAVAPIFDMPKNIEYETISKISNMFSFMRISHDNNVPIDDMYNEFLSLHNEPINKSVFSNAVVNELNVGYESKIIETIKELFSVGVISRGNLSSDTLNLILDNGVFIYRYDDYLVEERVLPRNRVFFLEDLRMELPSIVGAKYRNLNINHINTISSIVNAFLRDNLIYNSVRTKDRMNDVVSSIPPVYNMIKKGFVILNVGERVTEEKAELIRNLFGNNFENYNVSIFTGQALFILLLFAFIGFIILKYKIPFYISFKNYILFCIEYIVIVSITYIFYNHISYKLLDTYIPFYIYTFIPMFGMINSLLGARRGISSIVTLGITLLAANIAQANIFEISALFLISILASILSRKINSRYALLWIGFIIGVYLSLMSLVGMLLNNEINITYLTFIFSFVSGFTQAILVMIFLPICEYMLETATIFRLQELSDLNNPLLRKLQMNAPGTYHHSISMANLVETIAEEIGEDARLACVSAYYHDIGKMENPLYYIENSNVNENRHKKLKPTLSASIVKAHVRLGVEIAKKYRLPKEVIAAIKEHHGTSLIKYFYVEALKENPDVDINLFTYPGPRPQSKITAILMILDSIEAASRTLDSPKREDLEMLIENIVDDKMAHGELNDSGLTLKDIEIIKRISFQKIIVSLHERIKYPELPEEKNEKIHLEEDEKSDKDVKDNKKQSSKENKDNTKESSDAVKKVKKETEKIKDKIKEKIAKKTPIKHKNEKDEVKYNTKENKENKDAVKK
>NC_014150|1884980:1953892|1915536_1916307_+|WP_013114162.1|DBSCAN-SWA
MKLFVSDYDMTIYIQEKIDKTVFDAISKWREAGNIFAIATGRNKFSIFEHIDRHSLTFDYLIANNGALIFNDKRETIFKDTIDEDTAYEVIRFLHNTFGGTVEIANDDYIISVQSKDGNDILPFRVDKKININELYTIKNIIQINKMTSDIKATENVANTVNKEFSSSLIAYGNIRTVDIVKNTVNKANGVEFLYNFLKADKNISKILTAGDSNNDIEMIKKYDGYVQINARENVKAISSKYFNFISDIIYKELGL
>NC_014150|1884980:1953892|1942802_1943912_-|WP_041750081.1|DBSCAN-SWA
MFTLIKEPEENPSNLLDSYRQQNIIMQKMRILHTAFDGIKLNHWNDTDRELPDILAGSICEFEGRLFETIENIQLSDNTTDSNKDLRYIKLVIHRDNEDSNNDYLTAEIASGSSKESEDFPAYDYENRGFYVKDNNNIVTSKYLRLSMKYDTSLGGYVEKKYWNINDFQRKGLTLKRKTVSFGAGEHEFDFPSDVNSITVHICSGGGGAGMTILETGDNGYHNATNGGNSQVLINDIAITTCTGGGGGKMTGLTQGSGLAGQSSGQGKLYQGSNGNNGKPGQGGILKSQCLASGGNGGNGIVHNVGNNGSIGGGSGSAATVDINRDMIGAYSKIKIIVGSGGVSGYMDGNPTRMNNGENGSAVIEYMQK
>NC_014150|1884980:1953892|1902240_1904517_+|WP_013114154.1|DBSCAN-SWA
MLNTKMDYLLNEASYRMTNEDYDQTLEILDVILKKVPKNYRANLYKGQVCVEMKEYEDAIRYFEEARKVDIKTFKSYNLLGISYHAIKQYDKAIECFNETLKITPNSYKAYNLLGISYFAKEDYTKAIEYFNKSIEINPKYDKAYNNLALFYYKNKKYNEAIEFFEHSKSLDERVFKAYDMLGMSYYKIGSYEKAIECFKRFFQYNSKSYKIANTLGAVYSFLKDYDNAIYYFNKSIEINPKYANAYNNLALVYFNRKIFDKAALYFDKAKKLDVKAFTDYNKLGISYYSKKYYYEAIECFERVIEKNNNAYKAYNFIGICYSSNEEYDKAIEYFNKSIEINDRYYKAYNNLALAYYNLKNYEKAIENFNKSIDIYSNNADAYNCIGLSYYHLGEKEKALVYLNKALEINPLYSNAYETLFSIYFDFEEYDNAMYFADKILELKPDSFKYYGKLITICFNNKRYDKVIEYSEKINKYNNNVYNMLAESYYHLKDYDNSVFYYNKLIEREKSSFYIYNNLAILYYLKKDYDKLVNTYFRYIDNYDINCKLGFAGYNIFLLSYTLLKNNIIRYNDFLDLFDKIFNKSIEFYKAHNTQATLSLYKSMEYNTDLLKLLFENRAEYKNAYEALENILDDNKLKAIKPSIEKIKLYSFEKSINNLNRKTICIEYEAEDTVIIDNVHYDKVYGKNAKFITRDDDIKYESLLYMFASEENNILKAILLKSPSIKSIYFSNDFDDEDIEIIKRIINNDNIKLYKSDN
>NC_014150|1884980:1953892|1951262_1951721_-|WP_008730217.1|DBSCAN-SWA
MSEKNKVTLTGFDEFRKTLEELGIDFKNEVKKASLKEARRIAKEANAKAKSRGWTFDKYFTVKETRINKKSNTESNVKITTISGKRGTAPEKNKIKWYKEQGDRYYAFFNEYGNKYKNEVPLLIPLFESNRENIEEAVKSALNIVIQKANNK
>NC_014150|1884980:1953892|1920181_1921216_-|WP_013114165.1|DBSCAN-SWA
MIKLKDLINKKGYFVIAEAGCNHEGDLKSALKLVQEAAKSGADAVKFQSFTQKTLFAPKEYTKALKLNDNALDGVDNIVLKKEWYEPLIKEAKKNKIMFITTPFSVESINDINYYDIPVIKIASCDIDNIPLLEAAAKTKKPVILSTGLALNKDIKEALKILKNNETALLHCSVEYPTPMENARLNRISVMNKIFKNSIIGYSDHTIGIEAPIIAVTLGAKIIEKHFTITPEKKEGDHIISLDTDNMNTLIKSIDNTLTMLGGNSALKKEHVLSKQEKKELVYAKRGVYLNHAMLKGEIITEKDIITLRPCVGISAKDYKKVIGKTLKVDKKSFTALNFKDLKK
>NC_014150|1884980:1953892|1929680_1930118_+|WP_013114171.1|DBSCAN-SWA
MKVNVFNETDYDINIKYYKYFLYNSLIVSEVKGDVNLLFCDDEYIKKLNNDFRNKNKATDVLTFPMGDDDEGGDIVISYEWVKNRYSEDKIKKTVLKLIIHSILHLKGIHHNYSKKSLMENNEKMKELYYKAVKNIKDNRKKHNL
>NC_014150|1884980:1953892|1938795_1939233_-|WP_013113809.1|DBSCAN-SWA
MPASKESRTAVLEKRLMRIENTVGLNEDGTKNGNGLIHKMEEVKEEIKNLRNDIKSYDTYLDNLSEDFIKIDLRIEKLENQIQDFLQKMKEDKDKKENELKEIKKSLEGNITVDTLHKFQKAVVGIAGLLTAIGTIVGAIFYFTK
>NC_014150|1884980:1953892|1952608_1953892_-|WP_013113823.1|capsid|DBSCAN-SWA
MSPEELRALIEKLKNENALDLQSIDELMQKRQAYSAMSIEERENKKEDISKLDNDIDTLMKNIENRNKEIERNDKLLSLQTKSSMNKRNLADNLDNSSADDNEAELRAKVDRWFRSGNDKEIRETLQAGVAEGGGYTIAPQYLVKQIIKDLDDAVQIRKRANIIPAMNGYASIGIPTLDSDLNDLDWTAEIAEVTEDTNMSFGKREMKANQLTKLVKLSKRLIKQSNIDIQGLVEERIVYKLASTLEHNYLYGNGQDKPLGIFAQTSDNTAAIPTDRDIKVGTASAAITYDGLVDAVSGLKGGYQNGAVWMLNKKAVAALRKLKDKQDRPIWQESLIAGQPSILLGIPVVQNDFIEDKLEATKYFGFLANLKYYWIFDSLSMELQVLHELYSKTNQVGFQVGYWGDGAPIQKSAFVRLLPNDQAYAA
>NC_014150|1884980:1953892|1916712_1917705_-|WP_013114163.1|DBSCAN-SWA
MAVLVCGGAGYIGSHVVCELLKQNIETVIIDSLEYGHKEAIKECKNFYQGNIGDSDLLDKIFKSHDIDSVMHLCAYIEVGESVQNPAKYYQNNVSNSINLLNAMLKAKVKNFIFSSTAAVYGEPEKIPLEEDSRKEPTNPYGDSKLALEKILSWYTKAYDFNYVALRYFNASGAHPDGHIGEDHKPESHLIPLILQVPLGKREAIKIFGDDYPTRDGTCLRDYIHVCDLALAHIAAMNYLKNGGKSVSCNLGNGNGFSVKEVIEVARKVTGHPIPAEVCPRRAGDSSELIASSERAKEVLGWTPTIASLETIVETAWNWHKNHPNGYNDR
>NC_014150|1884980:1953892|1910815_1911556_-|WP_013114159.1|DBSCAN-SWA
MENILDIINKAQLKNIDKETFLSIASMCSFIPKSITENNTWKKLPLSAKEVYRTLVANYDYELGIAKTTHSQILNEAGIGGNATIVKSLDTLEEKGFITRVESKMKSHHYLMPHQEKFFATVCNFEVRDFSILYTVNKKNKKEAQVKQAVDKLFFKVCYNLSCLGIDDPQKLIDKYSSNGNQLRIILSMCNSVYIAKKYNLNKDINLNNYLIDSLKTGNITENIFDDKTMNTIRNLLIKNKQNITE
>NC_014150|1884980:1953892|1907742_1908117_-|WP_013114157.1|DBSCAN-SWA
MKRFAKNKNAVLEFSCTGCGICCKEKGYVFFNDDDIIQASDFLKISPPVFINKYLEYEEYYGYYIKVDEGKSCCFLDENNKCTINDAKPKQCKTFPYWKEYIDKNGNLIAGKFNRPCKGVKIKK
>NC_014150|1884980:1953892|1931252_1932935_+|WP_013114173.1|DBSCAN-SWA
MFNLYMYILIVPVSILIVIGVILFARSISSSNSYYKPKNIKKKMDELQKKIEANTKDYNSIYELAVLEEQYNFIEKAVEKYQKLMDLKYFEGEEINIYKKLEGLYKKVENREETIKCVLKIAQLEPSNSYYSLKAAVILGKEGAYKLACEYFNRVLNNKSDFEIEELKTAAICYFMNHEYKKIITMLEELHKRLSRNISNIEEDYDDMTLVEKILISLYIATDEINTAKSFAESILSLRSINTNIKYKFYINRIYLYILYKSDNTDEFIELYNKLSTQYKINEIKKDEIAIILDFAFYNYFIKDVNSAISYFEHIRLFNAPEFDMYDLDVIFKYLFEISKATEQLQKLRNNMQIEDDEKYKNENYEKYIDKHYIDIWENSVKLWESSFNNIDSILDFAQLERTMDIEKILLECGINENNASSENVILKKVDKIYDMTLASFKSICQDIIQKKLMYSAVQEYNDHLIDYDYGDEVNYLAFASNKNKKDLTLISFKRWKNTEVGELIIRDFILLINEAGAKNGILILPVELTSSARSYAMHNNKIKVYTRNQFNYMLRDSKV
>NC_014150|1884980:1953892|1935555_1935780_-|WP_013113805.1|DBSCAN-SWA
MFNTFKDLLLCSKTGHLSSMRLISLLGSAVMLVCIAFLVFSKDVRLGEALPFLMGGLLGLAGFKSYQSKFEGDK
>NC_014150|1884980:1953892|1906212_1907667_-|WP_013114156.1|DBSCAN-SWA
MSNDLTTKYDILTVKELKTIKDQLVSHNIPLFRVDKEKKIIPFPTEQLSLIIDNEKYNNLKLYIPKNFSVFIEEFKSITQADNSSNESETNQPYIFRTPKESEKEMGKRISEISKMTYKEKVSTIESYNTELKKIVVNEEVGINKNTAQQIVNVGNDVGLIAKVTMFESIQKIKGEEITQEQAKIENQEITETTTNLVTTIVDMLSKNTETQKVFDELRNYSDGGVMSHSNRVFISYVNFMAFYNNLINRRHLVHKIRTSYTNKYKKFYEQVETMFSKDSIRKNLATVEDCIDKGIKIIEEREMNLYSVGALLHDIGKVKDLDYFEGANGRDYERIKKHLFNSYALVSQTSEYPLEVILTVALHHEYYGLGYGPYDHLYKLKLAKDPHFQIKRIMTYDAKAIDECEAFAYFPAKMLEIIDVYDALIDPARKYRGGKTFTPEEALNIMREDFVEKHVKLDPILYDVFVEFLSNSIEQDLMACKLL
>NC_014150|1884980:1953892|1934196_1935321_-|WP_013114174.1|integrase|DBSCAN-SWA
MKTLDYLKLYDNNNSNLIIKYLEYIKLYKSKATIQTYAHSLKNFYDFLYFYYNNRQSKDILLYNTTVWYNKVDRKLIEDYIVYQADKKLSADIIHCRIMAVKNYFKYLLKLKKISTETFFDIFDELKTPKIIVKNQLLIKADKTLSITKAIAKNKNRSFTDDRNIFILLLMSNTGIRRKELACIDIQNINLSNNTITIYKTKGDKPRIISFSDHIKNKLIEYLKLRKEILQQKNKQHSMLFIKSNGDIFKTKTLTDIMTSISKKTNIKVTCHSLRRGFATDMAENGTDVYVISKMLGHQNINTTVSRYIYVLAGMIKEAMENHPFAKFEYSTKKDFYNSKNDEVLAIKNMFEDLTNKMNDIINHLPRETDIKNA
>NC_014150|1884980:1953892|1940249_1940639_-|WP_013113812.1|DBSCAN-SWA
MKKNTNTCNLCHKRDKCRELCDDMKKAIRNKKNNNDIYSDATFNVFETDISKVIYTFGLSKVEDRDSKRIIIALLKKDQREMLELLAKGYTQKEIAEKLKMSQSNVSQKLNSIKKELQDSMIQIMPYIL
>NC_014150|1884980:1953892|1945268_1948739_-|WP_013113817.1|tail|DBSCAN-SWA
MSKLNVYINADASQAIEAFGKLKDKTTDLEKGFDKIGKSFDKFGSLATKSLTVPIAAGTTAFALATKKATDFDNGMREVLTLLPKLSNEGFEKLKNETLAFSKEIGKLPEETTKALYQALSAGVPRENVFEFLKTAGEAAIAGVAELETSVDGLTSVTNAYGTEVLNTNRASDIMFQTLKLGKTDFTQLSKSLFNVIPTASALGVKFEDIGAAIAVMTAQGTPTSVATTQIRQALVELNKEGSITDIAFREIAGKSFKEFIEQGGTLQEALQMLAEKADKSGKDISSMFSSVEAANAGLALSGKNADKFKDALDQMNNSAGATAEAFKKIDDGPARQFEKMKAELSALVVELGNSLLPVVNEDLLPVMQDKIVPIAEKMILTIISLIKTFSDLPAPLQAVSVGFVALAAGFGPALKGIVGLSKGITEAKKTIKDFKNAVSTLKTAASSIQGLSTAWKALNTVMIASPVGIITALTVGLGALAVKAYKLNQEYKALIDTSNQLANSTKELNDNSFKDVGLFEEYQKLASAKELDAAATERLNQVTDKLTRLYPNLKTVVLDGITYIDSATMKLEDYRTAEESIQIQTIETKIKELEEKSKIYNTAVENLRSSLYASGMGESQANDEILKSSDYEKLSEVENTLNTLEKQRNDLNQSMHLRQSLTRDGIDLETKEKEANEKSINAIKGKSDAVKDKTKTYEDYLALLKKAEAEENRRVSNLRNMGAEISDAEALEAKKDKVGAILTEMSTVLNLNANQIKYLSDNYGYALDSIKTDRFSELVKEIENSISAYERGVSVAEEFGDKVSEAEQQGQKSEIVRSGIESITNELELTTEQVEILKEKFGELWKTPTQSFSDYFSANWLQMLNDTIGYTNDFYSAIQEMQIQAIEFEIEKNEERKEAALEAIEEEKNARLEAIGIMEDSQKQSLLNEIKQLQNRQKVALGLYEQERIKAELEEKQKELAKIQIEEEAKAKQMEVEKNYNNDKMKLEYNSQMESWKMSLVQASASMAQAAISALASAMSAGPFPMPLIAYATLAGIIAGGAVNLATLSQAKPSEPKYLAKGGLVERRNGGINAVIGEGANDEAVIPLEDRILSKIGSQIFEAAKNNDGIYEVNTQSETIFNQPVYLMLDGKIVASTMLNLSKRGVKVVSQRGIL
>NC_014150|1884980:1953892|1894821_1895724_-|WP_013114148.1|DBSCAN-SWA
MKENSKITEDDVKEKIRKKNMIGDYLTYPVMAINFLKSDKKIKPLYYKYNNNKAQYILYFAPQIKENESAKKQVIIYIYGGGWREGNANLYKFVGRRFAKEKYHTILLGYRLTPKYKYPCQIEDIFEGLSKALEVLKEKNIDYSNIVVIGSSAGAHLGALLVYNKELQKNYNIDNNIFKGYISLGGPTDLNVCTNEVISAMINQLFEEGYDRKLGNPYNYIDGSEKTRVLCIHSRLDPICDVQNSINFSNKVNSFNDSLADCIIFENKKIYHNNLVNGIFFKDMDNEHILDKVFNWIDSL
>NC_014150|1884980:1953892|1891481_1892345_-|WP_013114144.1|DBSCAN-SWA
MDLLKRTFQHIEGIGPKKESLLWEEGAIDWEDTLKNIDYYAMPKSIREALKDELPRSIYNYKNKNYHYFLKRFPTPIIYRLYPFFMDKIVFLDIETTGIKPSKADVTVIGCYDGKEMKVFVHGRNENEFLDYIKNYSIVCTFNGSCFDIPFLERYFATTIKCAQIDLRFVLKDLGYTGGLKKIEQDVGLSRGDDMEGVTGYTAVLLWNYYQDTKDETAIDSLIHYNLLDTINLEYLLCLAYNKYAESYNSSLLEYKPLPPITNYKPNKKLIDALHKKPYKYAPKSED
>NC_014150|1884980:1953892|1918093_1919896_-|WP_013114164.1|DBSCAN-SWA
MPRYEQLKAKSKGISYTRQIRNESKEINLKKPLIISVLFIIIAAIIFTAFKKYSPMVDIAIKDFFSINHREALALESDGMSEDTDKMSFLNNIPLFNFFIKANTNETLSVMTYETNSKIEAALDTLTNDYNFTNSNIITRESLLPFFNNSGVSNSIFYDSGYVDYGNNHDSVLFREDNHNNTEEYTNNENNIIVSNNNNNTSDTDKNHNYLEQMILESRNNNNPSSKRNNMMSNNNSAAVNNSSYADNYHTENKKTETNTNTPKSIFDDILKPKENVKRETTTMKPASSTTFSSRPPQSYNNTNQYKSSDVYLKNNNIEANKNIEQNNDTVNNHRTSLNNTLKREENNSYDMNAQDRKDIIRSSIYTMTNSLDKPNIDYNRVINDMVNPNNNNIIKREENIKKDNVIKDENIIKEAISKENNSQNSIKEEIIRKAKNDINNYNIKKANNTVERASLERDLKQNSDEGIYLVEYSERTGAITLIFRSRKFSNRSSIKDAINELLIGATDEENNRNIISCIPKGTELLDIFIEGNTVYLNFNENFEFNPLGSEGTMVQIYQFVYTATQFEGIDNVIFLINGELNETIGSEGAIENMPFKRFQ
>NC_014150|1884980:1953892|1940846_1942790_-|WP_013113813.1|DBSCAN-SWA
MLKSFANIIELDISSPDTRLIFAPFGGVWTASINEIYSLYSSSYFNELFNIQEDELYNLYNIGSVSVDNDRGYIEVFSLEALYKQNKSYYQYKKDNINYIAVHFNNFETPYSKKNIIINIKKLFSTREWDTCPPSVLDSNNSLITELNNMYVEPRVEEIDTADIEGDSLAFDTIQTNEMSVTLRNDDGLFDDFSNLYGNRFLVRQIFDGSDFLDSKIIFSGFIQKPEYSFLETITITASDIRASFSTELPKNVFSEKEYSDLKNFPENVQSGEDIIDTCRTLAAGHGITVKLKPIKYYTPSILNPDLIPEVVFEICDTSRNAIESIVNRNDPLDDNKLKPHIYFIETPESENEIIERENGTIISGELEIFIPEFKDYQDGNGEQRVWTLDKERGQLIFRGKNQVHSITDTNDNLYEIYAEIDIPPYKSLTLMREILEDYENIAYIKENYNIENWQIEEERSREITVLLDNDNKKTTLDLIGELSFLEQGRLEIDNNKIDFISTRFRSNEAKYKIKQYCMGRVDKTVESDEYLSSLSIKYDLLKSTYKNTDFEEEAKKRHRINAHEEFETLLKRKEDAVSLSNEIMKSRYLLKEYYTFEYYETLDFLKLFDIVEIEYKREDGSYYIKPCKCEILKLNIFDNIIKLRQL
>NC_014150|1884980:1953892|1939234_1939828_-|WP_013113810.1|DBSCAN-SWA
MLNENTLNKIGINKKWLLPLNNAFQKHNITNIKEAAMFLAQTTHESNDYKRLEESFRYAPQRLFEVFKKRVGSLENAKKLCIQGAEAIGNFVYGGRLGNAENEGYKYRGRGIIQLTGKNNYKNYGKKINADLVNNPDLAKEPNNAIEIALLFWKEKGCGLLARKGDVKGVTKLINGGYNGLEDREERYKNILNILGV
>NC_014150|1884980:1953892|1897966_1898710_+|WP_013114151.1|DBSCAN-SWA
MSGHSKWASIKHKKAANDSKKGKIWSKIAKEITIAVKEGGSPDPDQNARLRMVIVKAKGTNMPNDNIDRAIKRGAGAGEGANIEEMSYEGYAPGGVAIIVDVATDNKNRTAAEIRSIFSKNGGNLAENGAVSWQFKKKAVVIIPAAGNTEESLMDIVLDAGAEDIEQDGEVFSITGPMEALSSIVDALKAKGIEPESAEIVRVADNTMTIAENDAKKVMKIIGLFEDHDDVSAVATNLEITDNLIEE
>NC_014150|1884980:1953892|1888983_1889277_+|WP_013114141.1|DBSCAN-SWA
MIKFYLENAFELNKEYPDTFKIPPQKEIDSLKLDDYVKLIFTEENAVPERMWVKITNINGDNFTGILDNDPYCLKSVKCGDKIVFKTENIIDTYLNS
>NC_014150|1884980:1953892|1940635_1940836_-|WP_041749991.1|DBSCAN-SWA
MITSLGVITIDNMSLEDIAYSNNYTEYIELKNDIDSAKKKLKIKNICNTYDALKIAEYINNLGDKK
>NC_014150|1884980:1953892|1914467_1915331_+|WP_013114161.1|DBSCAN-SWA
MDISKALIYYSKQLEKINNDYKVSYIEVSAIIMHTLNISKTKLISEAIRELKEGEIKQIESFIERRLNYEPLAYITNKKEFYGFDFYVDSNVLIPRPETEEIIDLVLDYTKDKDNISICDVCSGSGNIAVTLKKLFIEQNKNIDITAIEISNGAAEITNKNAFNILGDEKFINIINADALKYIPEKKFDIIVSNAPYVPLKDKDSLQKDLDFEPFNALYSGDDGLDFYRAFLNIIDIYLKDNGAFFFEIGYNQAYSLIDICSNLNINNTEVKKDLNGKDRFLVCYDL
>NC_014150|1884980:1953892|1921521_1923843_-|WP_013114166.1|DBSCAN-SWA
MINIKTKLLFRKIHKQLAIFMSAVFIVTLAVLFFVAVKTVYRDFKLAAENYFEENALDDLVLFGMFDDNDIDILKDMKGIDKAEARHRFQGKINNIDAIIYGTDSSKNRINKPYIYEGKYELETNEIAINKNFADANSLKLGDTVELTFNDKTNSFTIAALVSYPNYVFLFKDGASTASEAKDFAVIEISEDHFNYVPYNSIYIKYKENADKINTENLIRTKLKQKIFFFTDREQSVNYVNYEQTLLQIDSFSYICPSILLLMAILLLYIIQRRNVAVERKQIGIMKAIGLTDFSIMFMYIKYSFLVSFFGILLAFIASKFLLPPIFNALGNIFDMPNFTYNIYIDLWIISALIILFVCIFSNLLAAVSILKLNPAQSMRGEPPKGAGKTFIERFKIWNKLSFNTRYAIKNASRSKTRYLASLWGMFAAISMTIFAQGFNNSFDYFLYTLYEKFALYDITATISPTKWEDNSDILTNKSIKYFDKAAIYQSRLYPAFREDAESLYIPTLIYKDSFSSLDIPNNENKEDSVMIPKYLADKLKVKENDYIGIELYTLGNSISRRVKVSKFVEQQGMFYIYMDKDFAEETFEVQDVYNTLFLTTETNTSKEEIKDILDNSKEVSYYSFRNDEYEAYKNQIATIYLLVQILIFIAFLLGATSLYGVGVITLATRRYEFTLLKVMGYTTKEIMIASLKETITQVIVAIPLGIAAGYGILYLVKKPFSSKLFSFVPHVYSSSYLLAIILLIAVIFLVALMSTHYINKLDMVEGLKDREE
>NC_014150|1884980:1953892|1948828_1949017_-|WP_013113818.1|DBSCAN-SWA
MMEMSLQRLLLYYTASLNLPYIIEVEEKTKSNNSSSEIKQGNKTIKKERQGLWEIETITVNN
>NC_014150|1884980:1953892|1886540_1888952_+|WP_013114140.1|DBSCAN-SWA
MSENLKNEILELVKSEDIIKPTRYLGGEINAIIKPNMPFKFVMCFADMYEIAISNLGLSILYEVINSIEYASCERVYAVAEDFEKLLREKNIPLYTLETFSRVKDADVLGFTLQYELIYTNILQVLELSQIPIHRYERGEDVPIIAAGGPSVFNPFPLADFIDVFLFGEFDIEMKNFVDIIYNLKKNGAKRDDILKELSKLEYAYVPKYPRENVKRIFVENINEMPYVKKPLVPLVEGIQNRISVEIARGCTHSCRFCLAGITYRPVRNRTIEKIVDISMESLEATGANTLNLFSLSADDYPHIADLIEYLQTLGEHKGFSLSLPSLRIDSFDKDTANRIAQFRKTGLTFALEVGSHELREKINKEMDEEAIYNILADVQKMGWKIVKIYFMIGFTDNPDKEADEIIEALEKMIKVSKNKVKINAAINVFIPKPHTPLENTNQLTDEEAIYYIGKVRDHFRGTKVAIKYHPPRMAEIEGIISRGDEKIGNIIYKAYKKGVRFDAWVEHFNYDIWKEVIEESGYTIKELLSRKINMPWKCIDTLVSQKFFDKEYERFQNGKFTEYCFTGNCQNCGIDYKKYCHKYKKEVLNTNFTQMAEELKTLKKRDIFAVNYKVFMKFKKEGISSLLGMHDLSRVMICALKIAGASISLSKGFHPLEKVVFTPPTPFACESDAEYMEVSLTDLVDIELLKNKINNLLSHIGIEIMSAISTPTNAKNIQSLPKNTVYKIITSDDKKAFDILSNKENLKLSEERKGDYLIINKDNDLLITLLESSEKAIRVRDIKGYLLKNDISLKNIRKLELV
>NC_014150|1884980:1953892|1939831_1940176_-|WP_013113811.1|DBSCAN-SWA
MAKESITELNKKETSLIEKYIKLKNEEKKNKENIEALKDDVLALLKEHEGKVVHNGYNISMHENTSYQYSEAIVNIETEIKVLKQREVTLQIAKEKQKTEYIKVYELQNKNKEA
>NC_014150|1884980:1953892|1889300_1890179_-|WP_013114142.1|DBSCAN-SWA
MEKEFYIKKAEELYKNKDYQNLFDIYKKLIEIEKNAKYYFRAGFALYMLAEYKAAIKYFEKAFDTALENKNNIHYYYFFYLGASYNNINEYKKAIKYLNLSLELSPYNHNIHRWIASSYYSLAEYKKALKYYTNALHIEGSTSENLKWIGICHYRLHNYDEAIEYLEKSLQYNEKNKKDYHTALCLGVSYYKMDKYKKAMENLLEAKEISDNNDVIYYYMGLCSFAVKDYINAIENFDKQLDILKRNNIYTICYLSICYYKLKDYKKHLKLIKKAREIQKYNYQKYSFRKCI
>NC_014150|1884980:1953892|1898727_1899201_+|WP_013114152.1|DBSCAN-SWA
MITLGIDPGFARCGYAFIEAKNSAYKIVNSGLIETFSNQNYNQRLSFIYTQLDELIKKYSPSDAAIEELFFSKNTKTAIKVAEARGVIILALTLNNIDFTEYKPKEVKSQITGNGNANKDAMMKMVNLFTGSNIIQDDTADAVAIALAHASRNRIFK
>NC_014150|1884980:1953892|1894141_1894732_-|WP_013114147.1|DBSCAN-SWA
MKRSFVYLLFVFMIFISINIKANAEDNSIMSMINSMQIEDIADISISDDNSTMTFMQLAENYAAIIMNKNASPEQLEALGNIIKMWMDTITENSSKEQMFDEYSRLTSTLSCMSIHLILRIAIKDNNIPTESAQKNIYETINNKFIPSFADFKNDGWKTEFNFYVINMSAAVCKWYEDNSKKLDYPDFKVWRDGSF
>NC_014150|1884980:1953892|1905059_1905647_+|WP_013114155.1|DBSCAN-SWA
MNKYILLFSFFILNILYSQETNILNSRLFFTEKDKLTSKMNIYTSWKETYKYLRDNRFRFYKRAGRSITLEFRYKYPSQIFVNSGTPIIFTFNDGSSVQLTNVQKVVYSPYLMGDKQYYDVEVRYKFNNDDEFNSFANAAITNIRFNFINQFSEEVYDDIGISSLTTSNWQVVFEAYRDGIAKLEELNNNNVTND
>NC_014150|1884980:1953892|1926464_1927175_+|WP_148218325.1|DBSCAN-SWA
MSIADNIESGKENQLISMRIKLPYLGRNIQMKTISQGEYLYKMQRSDIVFASGAAGTGKTFLSVAYAINLLSEGKVERIIITRPVVEAGESLGYLPGDFKEKISPYMRPVYDALYSLLSSDIILRYTEEGKIEVAPLAYMRGRTLSKAFIILDEAQNTTVSQMKMFLSRIGEKSKAVITGDVSQSDLPSNVESGLENALKILKGIKGISFHHFDKKDVIRHHLVSEILAAYDNAGK
>NC_014150|1884980:1953892|1890333_1891485_+|WP_013114143.1|DBSCAN-SWA
MAIIEFNIPTKITFGLDSLDCLADTIKKYGGRTVLVTDGASFNQTGLIDQIVNKLNEKFINVMVYSDVNSTSTSDAADIIANLVRYSRAESIVAVGGFKIQNTAKGAAVVVTNSGEASDYINGQPVYHKPLPIIAVPTILGSLSEIATGMCLYDKYDEVNKQNNEDSVFSSNCIIDPSLYTTVPVKYAISSALSVFALSFDIYMSNTLTSITEPLIIHAMKISMQGLKKLIADSNNIDNITTLATANMLCAASACHSSLGAIRALSIAINSVYAVNKSMVCSILLPHIMEYYITVAPDKYIVLTNVIDGIDPEMTPFEIANQASQHIKKFLLNINLPTRLNEINIDRSKFDKVAELALQYKGMDKLPRAMNFDSIMTILEQAY
>NC_014150|1884980:1953892|1949082_1949430_-|WP_013113819.1|DBSCAN-SWA
MADIEIVDLEEFSNKKAVYAKLGKYKINVNDIPVGLALKISDYSQSIAEKGFLDSQTVIEDIVIPLIQRQDKNTCREDILEDFNYDQLIKIFRMIMDGFYKAGIDAPNEDKKKEN
>NC_014150|1884980:1953892|1899879_1901730_+|WP_013114153.1|tRNA|DBSCAN-SWA
MNNKYDVIVVGAGHAGIEAALSSARLGMNTLIISINLDTIGQMSCNPSIGGVAKGTIVKEIDALGGEMGLLIDKTMMQFRMLNRSKGKAVWAPRAQADKYAYKEEAAKTLYAQNNLTLHQDIVTEIVVENNVLKGLKTERGREYECDAVILTTGTFLNGLIHIGPYQKQAGRIGELPAIGLSDNLRALGLEVGRLKTGTPARVDYNSINFDILEMQKGDEEIVPFSFLDEKIDIVQEPCYITYTDTNIHKLIQDNIHLSPMYSGAITGIGPRYCPSIEDKVVRFADKPRHQLHLERESYRTNEVYINGFSSSLPEEVQIKMIRSLKGLEEVKILKPAYAVEYDYVNPIELKPTLETKKIEGLFLAGQINGTSGYEEAACQGLMAGINAALKIKKEAPFILKRSDGYIGVLIDDLTAKGTKEPHRMFTSQAEHRMLLRQDNADERLTELSYNIGLASKERLDKVRDKKRKTQILVEYLNKRTLTQKEAEDLGFTKEAKEYRSMTLSSIIKRPECGIDMLVSLIDDNYNKDVLNNAEIAIKYEGYIARYLNEIRDIEKYENMLIPEDFDYSTLKSVKIDAINKLKQYKPYNISQALRIPEVDKSVVHILILALTNKKK
>NC_014150|1884980:1953892|1930131_1930953_+|WP_013114172.1|DBSCAN-SWA
MSIKKLISKITKKKDNDTEKNNYINLSALTEPEREIIINTIELKSKSVREIMVPRVDVIMLPIESSYDKVIKAFNKDRNSRIPIYKDGIDDIIGVLYVKDLIDTDDKNFSLKKILHKPLFVPISISLMELLKNFREKQIHIAMVVDEYGGFSGIVSMEDVLEQIIGDIRDEYDEEDEEVKSNDDGTYLVDARARIDDFNKYGILPPIPDDEADTVGGFLFSYLGRLPKRNEAIEYKDYSFTVVGKSGNIVTKIRIEKLKKDNKDNDEKNKDNE
>NC_014150|1884980:1953892|1949441_1950845_-|WP_013114175.1|DBSCAN-SWA
MSQTSVQEKKTIRYGSAKVLIGDRFDKLINIGAARSVAVKETITTSDIESDNAGTIATLVTEHKMELTLDSLEINFKNYAEARGGIDNIDSYDGKTEVTKQYIVESDTYKRGEEIKVPFRNADGSEVTITKVEKKNSMGNIRIEESSYEKIGTNGIKITDTKISPSTDTLIITYTRTMPKMVRMATGGKSSTIKPKCIMIVNTNAESKELRIYLPQASIAGGLEFSFPSDKAQDVLVGKLSFSATLAGSQQSGEQLAWYEDEQSVGKDEEEIKDTEEETSDTESEPNVPLTLESDKPNVDIRADGNDTVALTSNADEITHTVEPPDQQFFDVSYEAETKTFTITGKAEGTATLKITAKKAGSEDITKDISINIQAVPEALTLESDKPNVDIRADENDTVVLTLNADEITHTVEPPDQQFFDVSYEAETKTFTITGKAEGTATLKITAKKTGSEDIVKDIEVNINANI
>NC_014150|1884980:1953892|1924602_1925799_-|WP_013114168.1|DBSCAN-SWA
MRILLAITSSISAYKTPMLVSMLKKEGHDIICAVTKNAQNMVGLKSLETMSGNKVITDLWQEDDVLRHININKETDIFLIAPADANIIAKIANGICDDAVSTIACAYTKDKYFAPAMNPHMWINKAVQKNTKYLIEELNYNIIEPESGNMACHDTGVGRLADFETIIKKITKENNKYKNIKFTITSGATKEWIDPIRYITNTSSGKMGSSIYEEIYNNGGNSVYIEGEVNTSLNVKGNDKKIKIDTTEQLKEAVLNELDNTDILIMAAAPLDFRPAVYSDKKIKKQNINSIDLIENSDILASTKEKKKKGTLIVSFAAETAENDEELKNYAVDKMNRKGADMIVANKIKDSIGKDTNKITIFFKDGLFKSYPILSKRECAEEIVNIAVYEWKKKNGYN
>NC_014150|1884980:1953892|1895740_1896409_-|WP_013114149.1|DBSCAN-SWA
MAYCDNCKLEIETNKNICPLCLKEINSDNKKIVYEEYHSYEWFYKMQKKINAKKIVLLSSLIAIIALIIINIISKSKYNWAVISVSSIIFGYCSYICFTNASLYIRQKLLIEFFMVLPFIIIVDIFTGFHKWSLNYAVSYLSLALNITIFLTALIDRKYFNEYISYIISASFISMLTMIFPLFHFSYIGSLISFAAALIIILAMLILFRIDFISSLKKIFHL
>NC_014150|1884980:1953892|1884980_1886345_+|WP_013114139.1|protease|DBSCAN-SWA
MSWIGAIILLSVLVFVHEMGHLLAGLAVGIKAEAFSIGFGPILFKREIKGIDFRFSLIPFGGYCKFKGEISEDGNVEEGDFLNMSPLKRIIVYFAGPFFNYLFAFLLLTILVSLPSKIDLYSPTVSVFRDGKYMHSKSGMTLAYEYGLQSGDTITAINGIKVESDNDILKTINDEAIQNAAEEIVFSINRNGEAINITIPSVEMLKALSGERVLGLYFGDDLIIKNVIADSAASEAGLMAGDKIIAINGISASNIADFRPIVMDNASQKINITIIRNGEEITREAIPRPVSSKTIGTYGSLGVEFDSTPMRVERVDGIPFPKSIPEAFKETGNYLVSYINGLKLLFTGKLSVRENLGGPVRIIQISSQVISVDIEYRLRTILSFTATISLILFLMNLLPLPVVDGGMIVFSFIELIMRRPIDRKVLTKIQAVGAAFLITLAIFITINDITQLFR
>NC_014150|1884980:1953892|1914134_1914461_+|WP_013114160.1|DBSCAN-SWA
MYQDFNKAELKDLGNGLKRKILAYSQNLMTVYMEFDEGALADVHAHNSHEQITYIIDGEFLFNVNGEEYLCKAGDSLHFAKNMTHGCKCIKNGRLLDTFTPEREDFFE
>NC_014150|1884980:1953892|1935929_1936139_-|WP_013113806.1|DBSCAN-SWA
MFKLILIFLIGAMVVFTFIGIVKYYNKFMNEKEGTFKERLKALIKEKTSIYYFIKLTYGCVMFFIAVIS
>NC_014150|1884980:1953892|1938118_1938658_-|WP_013113808.1|DBSCAN-SWA
MIPIITGFLSKINKKIIIAVIMVLIVSIFIVLIAAKDSEIHKKEKEIAQYQEDIKGLELNNQTLQNEILFIKENEKFQNSFSNSSLMIKNIDEELLTRTEHETFNNISNNFYKYFNDINFMQYKNKICQSTAFYTARNIYNQVRNKSARFNEKIPRKYYKDWRMAAMVQHTSRNELLLI
>NC_014150|1884980:1953892|1936153_1938037_-|WP_013113807.1|DBSCAN-SWA
MALSKPNEYKEVSARQSEETVYAEDINQIISNIEKIKGGQANEAPISNIKELKERVDGLTNGSTSSADKIAFNNDNANLDFSDGYDFPPIKNQLSDNYNISLVTDYYLNSLSHIDNAEEVYDLVLEKSTDKYVLKGTLIYNNNNNTSSNLIFNIISIQKKGEEKNKDIIYITNELSQFIYQYANASDNEIVIEGEEKLKYNFALVFGSPMFVIGKQDSSSFEAKEYTININIEISVNNIRNYQDFIFIQGTNDTVSFIKANNKNEKIVFQGNTKSKVGNTIFIIFNIFMLENYLDIKTDKNDSYYIEANDMITSNKNKPIKYYIRKSVIDGTELSEKYSNINMTLGYLEIKHTDDTDIEKDEILSFNLTAQKNVDVEKIEKEKNLQNAIEILNDKFNSLIILLGINNSNFEIASSILGSPILDNKVKDCSNLSLVKNADNSYSLKGNIEIYEDANTSSKMIIKTAKEIEADIKNIVPVIMTDNFIIMILVFENYLYINMQKSSETAVTNEHFDNIKLIDSKIVLFNNEIINKMSPTKVSEDFGIVYEEGKYKIKGQLIFASGESNFSFYTNSGIIDFFEDNTEYDISTNEGSLKAVYHHNNGFMCSLEFRGTAGTAYNIDWILPKQI
>NC_014150|1884980:1953892|1923865_1924573_-|WP_013114167.1|DBSCAN-SWA
MSYLYEIKEISKVYGHGGGATQALKSVNLTIEEGKLTAILGPSGSGKSTLLNILGALDKPTSGQVLFLGEDISHYSNKKLAKFRRENIGFVFQSYNLLPNLTAIENVEFSTEITGLSRSNAEEALKLLGLENRIKHYPTELSGGEQQRVSIARAIAKKPKVVLCDEPTGALDNKTGVMALKILRDLNRNLGTSIVLITHSKEIAKMADTVVKILSGEVLDKYDVEKPLNPEEIEW

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
WP_013114139.1|1884980_1886345_+|protease	RIP metalloprotease RseP	NA	NA	NA	NA
WP_013114140.1|1886540_1888952_+	TIGR03960 family B12-binding radical SAM protein	NA	NA	NA	NA
WP_013114141.1|1888983_1889277_+	DUF2314 domain-containing protein	A0A2D2W2N2	Stenotrophomonas_phage	2.3e-11	40.4
WP_013114142.1|1889300_1890179_-	tetratricopeptide repeat protein	NA	NA	NA	NA
WP_013114143.1|1890333_1891485_+	iron-containing alcohol dehydrogenase	NA	NA	NA	NA
WP_013114144.1|1891481_1892345_-	ribonuclease H-like domain-containing protein	NA	NA	NA	NA
WP_013114145.1|1892374_1893793_-|tRNA	cysteine--tRNA ligase	A0A1V0SAQ2	Catovirus	5.1e-48	30.7
WP_013114147.1|1894141_1894732_-	hypothetical protein	NA	NA	NA	NA
WP_013114148.1|1894821_1895724_-	alpha/beta hydrolase	NA	NA	NA	NA
1895136:1895153	attL	NA	NA	NA	NA
WP_013114149.1|1895740_1896409_-	hypothetical protein	NA	NA	NA	NA
WP_041749998.1|1896410_1897679_-	alcohol acetyltransferase	NA	NA	NA	NA
WP_013114151.1|1897966_1898710_+	YebC/PmpR family DNA-binding transcriptional regulator	NA	NA	NA	NA
WP_013114152.1|1898727_1899201_+	crossover junction endodeoxyribonuclease RuvC	NA	NA	NA	NA
WP_013114153.1|1899879_1901730_+|tRNA	tRNA uridine-5-carboxymethylaminomethyl(34) synthesis enzyme MnmG	NA	NA	NA	NA
WP_013114154.1|1902240_1904517_+	tetratricopeptide repeat protein	NA	NA	NA	NA
WP_013114155.1|1905059_1905647_+	hypothetical protein	NA	NA	NA	NA
WP_013114156.1|1906212_1907667_-	HD domain-containing protein	NA	NA	NA	NA
WP_013114157.1|1907742_1908117_-	YkgJ family cysteine cluster protein	NA	NA	NA	NA
WP_013114158.1|1908168_1910811_-	hypothetical protein	NA	NA	NA	NA
WP_013114159.1|1910815_1911556_-	hypothetical protein	NA	NA	NA	NA
WP_013114160.1|1914134_1914461_+	cupin domain-containing protein	NA	NA	NA	NA
WP_013114161.1|1914467_1915331_+	peptide chain release factor N(5)-glutamine methyltransferase	NA	NA	NA	NA
WP_013114162.1|1915536_1916307_+	HAD-IIB family hydrolase	NA	NA	NA	NA
WP_013114163.1|1916712_1917705_-	UDP-glucose 4-epimerase GalE	A0A2K9L5H6	Tupanvirus	4.9e-58	42.5
WP_013114164.1|1918093_1919896_-	GerMN domain-containing protein	NA	NA	NA	NA
WP_013114165.1|1920181_1921216_-	N-acetylneuraminate synthase family protein	NA	NA	NA	NA
WP_013114166.1|1921521_1923843_-	FtsX-like permease family protein	NA	NA	NA	NA
WP_013114167.1|1923865_1924573_-	ABC transporter ATP-binding protein	G9BWD6	Planktothrix_phage	5.8e-37	38.5
WP_013114168.1|1924602_1925799_-	bifunctional phosphopantothenoylcysteine decarboxylase/phosphopantothenate--cysteine ligase CoaBC	Q9HH70	Methanothermobacter_phage	3.0e-33	28.7
WP_148218325.1|1926464_1927175_+	PhoH family protein	W8D063	Erwinia_phage	2.8e-47	48.1
WP_013114170.1|1927209_1929681_+	HDIG domain-containing protein	NA	NA	NA	NA
WP_013114171.1|1929680_1930118_+	rRNA maturation RNase YbeY	NA	NA	NA	NA
WP_013114172.1|1930131_1930953_+	HlyC/CorC family transporter	NA	NA	NA	NA
WP_013114173.1|1931252_1932935_+	restriction endonuclease	NA	NA	NA	NA
WP_013114174.1|1934196_1935321_-|integrase	tyrosine-type recombinase/integrase	NA	NA	NA	NA
WP_013113805.1|1935555_1935780_-	hypothetical protein	NA	NA	NA	NA
WP_013113806.1|1935929_1936139_-	hypothetical protein	NA	NA	NA	NA
WP_013113807.1|1936153_1938037_-	hypothetical protein	NA	NA	NA	NA
WP_013113808.1|1938118_1938658_-	hypothetical protein	NA	NA	NA	NA
WP_013113809.1|1938795_1939233_-	hypothetical protein	NA	NA	NA	NA
WP_013113810.1|1939234_1939828_-	glycoside hydrolase family 19 protein	F1C591	Cronobacter_phage	1.9e-28	39.5
WP_013113811.1|1939831_1940176_-	hypothetical protein	NA	NA	NA	NA
WP_013113812.1|1940249_1940639_-	ArsR family transcriptional regulator	NA	NA	NA	NA
WP_041749991.1|1940635_1940836_-	hypothetical protein	NA	NA	NA	NA
WP_013113813.1|1940846_1942790_-	hypothetical protein	NA	NA	NA	NA
WP_041750081.1|1942802_1943912_-	hypothetical protein	NA	NA	NA	NA
WP_013113815.1|1943923_1944376_-	hypothetical protein	NA	NA	NA	NA
WP_013113816.1|1944375_1945272_-	hypothetical protein	NA	NA	NA	NA
1944450:1944467	attR	NA	NA	NA	NA
WP_013113817.1|1945268_1948739_-|tail	phage tail tape measure protein	A0A1L6BY19	Clostridium_phage	5.7e-61	40.9
WP_013113818.1|1948828_1949017_-	hypothetical protein	NA	NA	NA	NA
WP_013113819.1|1949082_1949430_-	hypothetical protein	NA	NA	NA	NA
WP_013114175.1|1949441_1950845_-	hypothetical protein	NA	NA	NA	NA
WP_013114176.1|1950879_1951251_-	hypothetical protein	NA	NA	NA	NA
WP_008730217.1|1951262_1951721_-	hypothetical protein	NA	NA	NA	NA
WP_008730219.1|1951722_1952076_-|head,tail	head-tail adaptor protein	NA	NA	NA	NA
WP_013113822.1|1952143_1952584_-|head,tail	phage head-tail connector protein	NA	NA	NA	NA
WP_013113823.1|1952608_1953892_-|capsid	phage major capsid protein	A0A142K632	Streptomyces_phage	3.7e-58	39.5

Sequences of DBSCAN-SWA_3

Nucleotide sequences of DBSCAN-SWA_3

>NC_014150|2557494:2579259|DBSCAN-SWA
GCTATCTATTTTTTATACTCAGTTTATCAATCCTGTTATTAAGCTCATTCATTTTGATGACTATTGTATTAAGTGTATTTGTTATATTTTCTTGAAAGTCATTTTTTATATTTTTGATTTCATTATCTCTATTTATTTTTTCTGTATTTGCTTTATTGAATGGGTGATTACTCATTGCATTTTTTATCATATTCATAAGCACATAAATATATCTGCTCGTTGTTGTATTAATATTTGAATGTCCCATCATCTTGCTTATTAAATAAGTTTCTGTTCCGCTTTCTGCCATATCAGTTGCAAAACCACGTCTAAAAGAATGGCAGGTTATTTTTACCTTATTTCTTTTTGATATTACTCTCATAATCATAGTCATAGTTTCTATTGCTAAATCCTGACCATTATTTTTTATAAAAAGATTATTCTGTTCTTTAATTTTATTTTTTCTTAATATCTCATCACGCTCTGCTATATAATCAATTAATACATCTTTGATCATATCAGAAAAAACAACTATGCGAGGCTTACTTCCTTTGGTTTTATAAATAGTTATAGTTTTGTTTTCAAGATTAATATTTCTAATATCTATTCCTGCAGTTTCCTTTCTGCGAATGCCTGTGTTTGACATTAAAAGCATCATTAAAATATTTCTTTGATTTGTGAAACTTTCTTTTGAAGTTCTTTCTATTTTTTTTATGATATCTAAAGTTTGATTTGCTTTTATCACCAACTGCTCTTTTATTATTGGCTTTGGTCTTTTTATATCATCAAAAGTATCTATCAATATTTTAGCTTCTATTATTTTTTTCTTATGCAAAAACTTCAGATAACTTTTAACAACATTTATTCTGCAGTTGATAATATCAGATGATAATTGATGTTCTGTTTGGTATGATATATATTTTTCTAATAATTCTTTATTTATATTTTTGTATAGAACTTCAGTACTACAAATATATAGATAATCTTTTTCAGCGAAAATAGAATAATCATTATCTTGCTTAATTATGAACTTAAAAAAATATATAATATTATTTTTATAAGTTTTTACAGTTGATGGGCTTTTATCTATAGAAAGATAATCAGAAAATTGAATAATAAAATTGACATCTTTGGAATAATCATAAAGATTATATTTTTCAGCATTAAGCATAAAAAACAACTCCATTTTTATTCTAAAAAATTTGCTTGACTTTTGAAAAAGAATAGAGTTGTTTTCTTAGATGTAATTATTATCGTCTTAAATAATTTTTCATTAAATATTTTTATATAATTATTGACAAAGTCATTTTATTTTATTAAATTTTTAGTAAACAATAGAAGTGAGGGTTATATGTTAATAGCATTTATGATATTTATTTTTATAATAGTTATAGCTAGTTTTTTATATAGTTTTACTTTCTCTAAAAAATCAAATGTTGAAAAAGTTAATAGCAATGATCACATAGAAATTACTTTTGAATATAATGAACCTAGAAAAACAGGTAAATTATTAAGGGACTTTCCTGCTAATTATACCATAATAGATGTTGAAACTACAGGATTAAAACCTAGAGAAGATAAGATAATAGAAATAGGAGCCATTAAATATAGAGATAATAAAGAAATAGATTATTTTTCAACTTTAGTAAAAGTAGATTATATTCCAAACTTTATAAGTTCATACACAAATATTACTAATAAAATGGTAAAAAATGCACCTAGAGTAGATGAAGCTATAAAACAATTTTATGATTTTGTAGGGGATGATATATTAGTTGGTTATAATGTTCCATTTGATATAAAGTTTTTATATGATGCTTTATATGAAGTTAGTAATGGAGAACTTTTATTAAATAATGATTTTATTGATGTTATGTATATAGCTAAAAGAGTATTAAAAGATTTAGAAAATTATAAGCAAGTAACAGTTGCATCATATTATAACATTAGTATAGATAATTTGCATAGAGCTATGGGAGATTGTAAATTATGCAGTGCTATATATGAATGTTTACAAAAAGATATACTTGAAAAATGGGGAGCATTTAATAAGTTCTACAAAAAATATCCGAAAATAAAAAATAAGATTGAAAATAACAAAAATGAATAATTCTTTTGCTATTCATATTGATTGCCTATTTTTATGAAAAAGTTTAAAATTAATTTATATTAATTTCTAAAAACCATAAATTATATTTTTATTCTCAAGGGCAGGAGTTTAAGCTTCGCCCTTATTTTTTATATTCAGTCATAATCAATAAAAAAGATTAATAAAGATTATAGTATAAAGTTTTTTTCTTAAAAGAAATCATAAACCTTAATATTTTGTATATATGGTATAGAATAAAAAATATTTTTTTAATCTGATAAAAAAATATTTTTACTAAATAAAAAAGGAGGTAAATTATGACTTTTAATTTAGAAAAAGCTATTAGAGCAATATTTGTTATAGTTAATACCGTAATTGCTCTAATAGACATATTCAAAGATTAAGGTTAATACCTTATTAAAAGCACCAAATATAGAGCAATATATTTGGTGTTAAAATTATAATATTAAAATAAATAATATCAAGGAGTTGTATATGGCTAATGAATTAGAAAAAAAAGAAGAGTTAAAAAAAGCACCCAAAAAACTGCACTGGGCTTTTACAGCCCCAGAAGAATGTATTAATGAAATGAAAGACTATGCAAGAAAGTACAATATGTCTTTAGGCGAATATATAGAGGCTATTCATAAAAGATATTTAGAAAGCATACAAAAAAAATAATAAAAAAATACAAGGCTGAAACTTGGCAAAGTTACAGCCCTTAATCCAACATATTAGTGAGTCTAATATGCAAAAACTAAACCATATTTATTTTATATTAATAATTAATAATATCAATATAAAATATATTAATAAAAAATAGAGCAGAACTTTAAAAAAGCTCTGCCCATAAAACATTTTATTATAATTTAGGAGAAAAAAATGGTAGATGAATAGTAATATTGATTATTTATTATTTATCGCCTTCAAACTTTGACTGATAACTTTTAAATCCAGCAAGTCCAAGCAAACCACCCATCAAAAATGGAAGAGCTTCACCAAGCCTAACATCTTTAGAAAAAACCAAAAACGCTATACAAACAAGCATAACCGCCGAACCTAATAAGCTGATTAAACGCATACTAGAAAGATGGCCAGTCTTTGAACATAGAAGTAAATCTTTAAAGGTATTAAACATAAATAACCTCTGTAATAATTTTTTAATATAAAAAACTTAAAAATAAAAAATTGGGAGCATCTGCTTGATTTATCAAGCAGATACTTAAAGCGGACAATTTTTTATATATAAAATAAAAAGTAAATCTTTTAATACGTTCATAATGCGTCCTACGAAATTACAGCTATAAAAAACATCACACATCCGTAAGTTAATTTAATAAAATAATATATTGATGTTTTTTCTTTAATAAGAGCTTTTAATCTCTCAGTAAAAGTTCCTTCAATCTCATTCATAAACTTGTTATAGTATTTTACTATTCTAATGAAAGTAAAAACTACCATAACACCTATTAAAAAAATTAATATTAATTTAAACATATTCACTCCTTAAAACTATTTATAAACTTTTAATTTTTCTGCTATTATCTTAAAACTATTAATAAATACCTCTTTTATTTTTTCTCTGTTATTTTCTAATTCTGTTATTTTACTTTCTTTTACTTCAAATAAAGTTCCTATCTGCTTGTTTTGATTATTGAACATATAAACAGTTTCAATAGGAAGATTCTCACTTTCTATAACTTCTGATATTTGCCTAGCCATACCGTAAACATTAACATCAAATAAATAACTAAAATATATATACGGATGGAAATATTCATCTTCAATATGACCTTCGCAGCACTGACTAGTTTTATATCCTTTTTTGTTTAACTCTAAAATGATATCTGCTATATTTTTATCAATGCGTATAAAATGTATTAATTCTCCGCATTGACAAATCATTTTATCTTCATAAAGAGTATTGCACTTAGGACAAAAATTATAATGCTCTTTACTGTTTAAAATATTATGTTTAAATAATGTATCAAATTGTCTATTCATTATTATATCCTTTTAAATTGCTGGCTGTTTAGGACATTCAAAATATATAATATTTTCTTTATTTGCTATTAATCCATTAATTGCTATATAAGCATAAAGAGGTCTTTGATTTACAGTTTGTATTGTATATCCTGAATATTCATAGCCTTTGCCATTTTCAAAAAAATCTTCTATATTGCAATTTACATAAAAATTAACAGTTGTGTTTGGTGGGGTTATTGAGCCTTTTAAAATATATTTTCCACCTATTAAGTGAATACCAAAATCCTCTGACATATTGTATCTAACAGAATTAGCATATCCTATATCATAAGGACATATTACATTAGGATTGTATATTTTATCTGAGCTTATATTAATATTTGCCGATTGATTTTTACCCAATATAAAACATATATATAAATAATTATTTTGATAAACTGAGAAATATTGTGTTCCAGTTGTTTGATTCATTATTAAACCAACTAATTTTCTAGCATCTATATTTAATGTTTTATTAACTCTTATAACAGATGCTTCTGCTGAACTTATAAGTTCAATAGTTCCAAGAAGATATAAAGAACCATCACTTTTTTTTATTAATTTTACTTGGCTTAAATCTCCAAAGCAATTACTATTAATTTCTATATCAGATTCTCCATTATTTAAAGTAATTGTAGTCTTTTCAAATGAATATACTTCCTCTTCAAAAGTTTCTCCAGTATCAGAAGGCGGTTTAATCACAGAGCCGCTTTCCAAAGCAAGCAGACGTTCATGAATATCTTTTATAGTTGCAACAGGAGCTTCATTAGCTTGTCCTCCTTTTATTTTTTCTATATTTGATATTATTTGATTAATATCTTCTGCATACACAGTTTCTTCGCTTTGCCTTGCAGATACTTCTTTATATTCGTTAGGTTTACTTAAAGCCATATAAAACTCCTAAAAACATGGATGTTTTTATACAGCTGCTACACGGAGGTAAAAGCAGCTGTATACATATTATTTATTTTTTATATAAGTAATAATTCGTTCCTACTTGTATGTTGTACCAGAGCTGCCATTCTCCTATCTTTATAATGCTTTCTTGGTATCTTCTCATTAAATCTTGCCGATTTGTTACGGACTTGATTATAAATATTTTTGGCGGTGTAGAAAGCGGTACTTTGACATATTTTGTTTTTGTACTGCATGAAGTTAATATCATTAAAATACTTATAAAAATTATTAGATATATTATTAAATGTTTCATTTTCTGTCCTTGTCAGTAATTCTTCATCTATATTTTTAATCATTAAACTAGAATTACTAAAACTATTTTGAAACTTCTCATTTTCTTTAATAAATAATATTTCATTTTGAAGCGTTTGATTATTAAGCTCCAAGCCCTTAATATCTTCCTGATACTGAGCAATCTCTTTTTCTTTTTTATGTATTTCACTGTCTTTAGCAGCTATTAATACTATAAAAATAGAAACTATTAAAACCATTATGACTGCTATAATGATTTTTTTGTTTATTTTGGACAAAAAGCCCGTTATTATTGTAATCATATATACTCCTATTATTATATTTTTTAATCTTTTTTATTTAATAAAATAAAGAATAGCTTTTATTATTACTATGCTCAAAAAAGCCTATAAGTAAATCGATAATAAATTATCGATTTGGCTTTTTTTCACTTTTTTCTTATTTAGTAAAATAAAGAACAGCCCCTATTATAGTACCTATTGCTGTAAGAAGTCCTGCTATACCCACAACCGCTTTTTGAAACTTATGCAAGGTAGCAACAGTAATATTACCTTCTAAACTTTTCTTTATTTCTTTTAATTCTTCATCTATTTTATTTTTATATTCCTGTATTTCAGTTAAAAAATCTTTTACATGATTTTCCAGCTTTTCTATTCTCAAATCTATTTTGATAAAATCTTCTGACAAATTATCTAAATATGTATCATAGCTTTTTATATCATTTCTCAGATTTTTAATTTCTTCTTTCACTTCTTCTACTTTATGAATAATACCGTTTCCATTTTTTGTGCCGTCCTCATTATATCCGACTTGAAGTTCCAAACGGCTTAATCTTTTTTCTAGCATAGTAGTTTTAGTTTCTCTAGTTGTTGCCATTACTTTAACCTTCTAATATTTTTAAAATATTATTATATCTTTCTTCTCTGTCTTCAAGTCCATTGTACCCGCCGTTAATAAGTTTAGTAACTCCTTTCACATCGCCTTGACGGGCAAGTAAACCGCAGCCTTTCTCCTTCCAAAATAATAATGCAATCTCTATAGCATTATTAGGCTCTTTGGCAAGGTCTGGATTATTAACTAAGTCAGCATTTATTTTTTTACCATAGTTTTTATAATTATTTTTTCCAGTAAGCTGAATAATGCCTCTGCCTCTATATTTATAGCCTTCATCTTGGCCATTACCCAAACGTCCGCCATAAACAAAGTTGCCAATAGCCTCAGCTCCCTGAATACATAACTTTTTAGCATTTTCCAAACTTCCAACTCTTTTTTTGAATACCTCAAAAAGCCTTTGCGGAGTGTATCTGAAGCTCTCTTCAAGTCTTTTATAATTATTGCTTTCATGAGTTGTTTGTGCCAAGAACATAGCAGCTTCTTTTATGTCTGTAATACCATGTTTTTGAAAAGCATTATTTAATGGTAAAAGCCATTTCTTATTTATACCGATTTTATTTAATGTATTTTCATTTAGCATAGATTAAGCCTCTTTATTTTCTATATTGCTGTTATGCTCGTATTCGCCTAAAAATCCCGCTATACTCCAGTATAGCGGCGGCTCATACTCGCTTATTATTGCTTATTATTTACTTTCTTCTTTTTTTAATTCATATACTTTTATATATTCAGTTTTTTGTTTCTCTTTTGCTATTTGGAGTGTTACTTCTCTTTGCTTTAAGACTTTAATCTCTGTTTCTATATTCACTATAGCTTCACTGTATTGATATGATGTATTTTCATGCATTGATATGTTATATCCGTTATGAACTACTTTGCCTTCATGTTCTTTTAATAATGCAAGAACATCATCTTTTAAAGCCTCAATATTTTCTTTATTTTTTTTCTCTTCATTTTTCAGTTTTATATATTTTTCTATTAATGAAGTTTCTTTTTTATTTAATTCTGTTATACTTTCTTTTGCCATGTTTTATCCTTATATCTATATTCATACACTTATATAAAAAAATATAAGGATAATTCATTGCCTAAAGAAAAAATTATAAAATATACGGCATTATCTGTATCATTGAATCCTGAAGTTCTTTCTTTATACTATTTAATTTTTGGGATACATTACTTTGAGACATTTTTAATTTTTCTGCTATTTCTTTTTGTGTATATCCTTTTGCAAGCAGTTCCAGCATTTCTCTTTGATCTTTTTTAAGTAATGCTATTATTATTCTTTTACTGTCTCTATCTTCTACTTTTGAAAGTCCGAAAGTATATATAACTTTAGAAATATCTGTTTCAAATACATTAAATGTAGCATCAGAATAAATATCATTGTTATTTTTTTTATTTCTTATTGCTTTTTTCATATCATCACATAACTCTCTGCATTTATCTCTCTTATGACATAAATTGCAGGTATTAGTATTTTTTTTCATTTTTTATCTCCTAAATTATTTATATACTCTGCTATTTTTAAAGCATCATAAGTATTGCAAATATTTTTAATCTTTAATTTTTTTTTCGCAGAATCTATATCATTTTTCAGCTCAATATACTCAGTGTAATTATTGCTGTATGCTATATCTTCTAAAGACATATTATCTATTGTAATAACTCCTAAACTCGTAATCATAATCTACCCCCTATAATTGTCTTAATTTTATAATATTGTCAAATATATTAAGTTTAAGTATTTCACACTTACAAGGCTTTATATAATAACTTCCATCTTCTCTTTTATATTCTATCTCTACTATATCAAATAACTTTAGAAAATCTAAAGTTTCATAATATTCAAATGTATAATACTCTTTTAATATATATCTGCTTTTCATTATTTCATTAGATAAGCTCACTGCATCTTCTTTTCTTTTTAATAAAGTTTCAAACTCTTCATGTGCATTTATCCTATGTCTTTTTTTAGCTTCCTCTTCAAAATCAGTATTTTTATATGTTGACTTTAATAAATCATATTTAATGCTGCAGCTTGATAAATACTCATCACTTTCTACTGTTTTATCAACCCTGCCCATACAGTACTGTTTTATTTTATATTTGGCTTCATTGCTGCGAAATCTTGTACTGATAAAATCTATTTTATTATTATCTATTTCTAATCTTCCTTGCTCTAAAAAAGAAAGTTCTCCTATCAAATCAAGTGTAGTCTTTTTATTATCATTATCAAGTAAAACAGCGATTTCTCTTGAACGTTCTTCTTCAATCTGCCAATTTTCTATATTATAATTTTCTTTAATGTATGCTATGTTTTCATAATCTTCTAAAATCTCTCTAATGAGAGTTAAAGATTTATAAGGCGGTATATCTATTTCTGCATATATCTCATATAAATTATCATTAGTATCTATTATAGAATGTACTTGGTTTTTTCCCCTAAAAATTAACTGTCCTTTTTCTTTATCTAATGTCCATACTCTTTGACTTCCTTTTCCATCATTATAATCTTTAAACTCAGGTATAAATATCTCCAATTCTCCGCTTATAACCTTACCATTTTCACGTTCTATTATTTCATTTTCACTTTCTGGTGTTTCTATAAAATATATATGCGGCTTCAATTTATTATTATCAAGCGGATCATTTCTATTAACAATACTCTCTATTGCATGTCTTGAAGTGTCGCATATTTCAAAAACTACTTCAGGAATCAAATCAGGATTTAGTATGCTTGGAGTATAATATTTTATAGGTTTTAATTTTACTGTAATGCCATGTCCAGCTGCTAAAGTTCTGCATGTGTCAATTATATCTTCACCGCTTTGCACATTCTCTGGGAAGTTCTTTAAGTCAGGATATTCTTTTTCACTGAAAACATTTTTAGGAAGCTCAGCAGAAAAAGAAGCTCTTATATCTGATGCTGTTATTGTTACAGTTTCTAAAAAAGCATACTCAGGTTTTTGAATAAAACCAGAGAATATAATTTTTGAATCCGAAAAATCACTGCCGTCAAATACCTGCCTGACTAAAAATCTATTACCATATAAATTACTAAAATCATCAAAAAGTCCGTCATCATTTCTTAAAGTAACAGACATTTCATTTGTTTGAATAGTATCAAATGCAAGTGAATCGCCTTCTATATCCGCTGTATCTATTTCCTCCACTCTAGGCTCTACATACATATTATTTAATTCAGTAATTAGGCGACTGCCCGCCTGTGGCGAATTATTATTACTATCAAGCACCGAAGGTGGGCAGGTGTCCCATTCACGTGTGGAGAATAATTTTTTAATATTTATAATAATATTCTTTTTACTGTAAGGAGTTTCAAAGTTATTAAAATGCACGGCTATATAATTAATATTATCTTTTTTATATTGATAATAAGATTTATTCTGTTTATAAAGAGCTTCTAAAGAAAATACTTCTATATATCCTCTGTCATTATCCACACTTACAGAGCCAATATTATATAAATTATATAATTCATCTTCTTGAATATTAAATAATTCATTAAAATAAGAACTGCTGTATAATGAGTATATTTCATTAATACTTGCAGTCCATACACCTCCGAAAGGTGCAAATATTAATCTAGTATCAGGACTAGAAATATCAAGCTCTATAATATTAGCAAAACTCTTAAGCATTTTATAAACCTACTATTTCTGCATATACTCTATAACTGCTGAGCCGTCTTGTCCTTTTTCTCCATTAGCAACAACACCATTGCTGTTACTATTAGTACCTCCATTTCCTCCAGCACCAACTATTATTTTTATTTTACTTGCCGTACCAAGCATAGCTCTTGTAATATCTACTATAGCAGCACTTCCGCTTCCTCCGCCTGCTGTACCAGTGTATGCTCCTGTTACTACTCCTCCATCCCCTCCATTACCTCCGCTAGCCAATGTTATATTATTTAATTTTCCGCCTTTTGCTATTCTGTTAGTACTTAATCTATTTAGAGCTTCACCCTGTACCCCTTGAATTAATTTTCCGCTTCCTGTAGCTACTCCTCCGCTTCCTGCTCTCTCACCAAGTTGTCCATCTATATTTCCTGATTTACCGCCGCCGCCTGCTCCGCAAGTTGTTATAACTTTATCATTTATTAATATTTGGGAATTACCTCCTGAAGCTCCTTCAGAACTATAAACACATCCGCCGCCGCCGCCTGAAGTTATATGTACTGTAATGCTATTAACATCACTTGGAAAATTAAACTCATGAGTACCAACACCAAAGTTCACTGTTTTTCTTTTTAATGTTTGACCTTTTCTTTCTATATCATTAATGTTCCAATATTTCTTTTCTACATATCCGCCTAAATTAGCATCATATTTCATTGATATTCTTAAATATTTTTCTGCACATTTTCTTTGAGAATCTAAATTATAAAAGCCTCTGTTCTCATAATCATAAGTAGGAAATCCATTGCCGACTGTTTCACTATATCCGCCTGCTATTTCTGCTCTTAAATAATCATTGTCTTTATTATTAGAATCCCTTACTATAACAAGTTTAATAAATCTTAAATCCTGCTTAATTACGCCGCCGCTGCTAATATTATCATTGAGTTTTATATTCTCATTTGTTTCAAATAATCTGCCTTCAAACTCGCAAATACTTCCTGCTAAAATATCTGGAAGTTCTCTGTCTGTATCACTCCAATGATTTAATTTTATACCGTCAAAAGCAGTATGAAGCATACGCATTTTCTGCATAATAATATTCTGCTGTCTATAGCTATCTAATAAATTAGTTGGATTTTCTACTGGTTCTTTAATTACCCTAAACATTAATATACTCCATTATTGCTAAGCTCGCCTCACACTATAGGAGCGAATAAGCAGGCTTATTCGCTTGTTCGGCTCGCTTAATTCCTGATATGTGTAATTAATTTTTTAATACACTTCATTATTATAATTGTCTAAATAATATCCATTATATCTATTGCCGTCATAATACATATAGTAAGCTATATATTTATATATCTCTCCATTAACTTCTTTATAAAATCCGCCAAGCTCTTCATTATAAAAACAATCAAGATTTGTAACCAATTCTGCAATTAAGTTTTTGCCGTTATTAGACAGTTTCAATCTTATATATCTATTTCCTTCATCTTTGCTGTTATCAATAAGTTCTATATCCTCTTTATTTTCATATATGGAATTGCAAAATAAACAAATAGAGCCTTTCATTAAAGTAGGCGGATATATATCTAAAAAATGATTAAGTTTAATTCCTTCAAAAGCTGTATATAAAAATCTAGTTTTCTTTAATAATTCATTTTGTTTTTTATATCCCTCTTCAATAGTAAGAGGTATACAGGAAGGCTCATAAATAATCTCAAACATTATTTTATCTCCCTAAATGTAAGCTCTGTAGAATACTGATATAAATCATTCTTTCCTTTCTTAAAATCTATTTTATCATTAGTACATACATAAAGCCCTGATTTCATATAATATTTTACAGATACATTTTTTGACTTAATAGTTGAAACATTTTTATCTCCATACTTGGATAGTCCGTATTTACTTATATTATATTTTGCTGTTTCCATATTCGATGATTTACTAGCATATTTTGCTTTTCCATATTTGCTTATATTATATATTGCATATTCTTTATCTGGACTTATTGTTTCTTCTATCCATACTTGAAGAACAAAAGGTTCAAAATTACTAATATCAAAAAAGTTAATGATTTTTTCTCTATCATCATTAGTCAGATACGGAAAAGATACTTTCCAAGTATCATATCTTTTAAAAGGAAGTTTTCTATAAAAATAATGACCTGTTAAAGAAAAATATGGATTATGAGTATAATTAACAGTATGCGTTTTGCTTTTATCATGAGGAGGGAAATCCACGCCTTCGCCTATTATTAAATATCCGCATTCAAGTATATTGCCGTCTTCATCTTTGATAAAAGTTATTTTGACTTTTATAAACTCTACAGCAGCTATATTATGAATAGCTTGTTTATTTATTATATTAATATTATATGTAAGCAGATCATTATTAATATTTGTTATTTCTAATTTTATTTTTTTAGCATTTGTATTAAATATTGCTATTTCATTTATAATGCCGTTTCCTAATAGTGTTAAACTTCCTTCACTTTCACTTGCAAACTTTCCAACTTCAAGAGTTTGATAATTAAACATATTAGAAATAGAAAAAAAATCATCTTCACTAGAGAAAGTATATTCAAAATTATTAAAAATATTATTCCATAATAGCCTCATAATATTCCCCTTTGTGATACTACCTTAACGCCTCGTTTACTTAGATTAAGCATTGTGCTTGCAACTATCTTTCCGTCAAGCATCAAATAAACAGGCTGATTGAATATAGTTTCTGACTGTGTATTTACTTCATATATTCCATCATTATTTTTAGCAGCTTCAAAAATCTGACTTCCTATTTTTGATAGTATTCTATCTTCAAGAGGTATAACCGCTTCATCGCTTGCACCCTCTCCAATTACAGCATTAATTCCTCCGTTTCTTCTCTCTACAAGTCCGCCTTTTGCCAAGTATTTAGGTTCACTCGGTTTAGCTTGAGATAATGTCGCCAAATTAACAGCACCGCCTGCAATAATTCCTGCTAAAGTTGCATAGGCTATTAAAGGCATTGGAAAAGGACCAGCACTCATAGCTGATGCCAATGCACTTATGGCTGCCTGTGCCATAGAAGCTGACGCCTGAACTAAAGACATTTTCCAGCTTTCCATTTGCGAATTATATTCTAGCTTCATCTTATCATTATTATAGTTTTTCTCTACTTCCATCTGCTTAGCTTTGGCTTCTTCTTCTATTTGTATTTTAGCTAGTTCTTTTTGTTTCTCTTCAAGTTCAGCTTTTATTCTCTCCTGCTCATAAAGTCCTAAAGCAACTTTTTGCCTATTCTGTAATTGTTTTATTTCATTTAATAAACTCTGCTTTTGCGAGTCCTCCATTATTCCTATAGCTTCAAGCCTTGCATTTTTTTCTTCTTCTATCGCTTCTAATGCTGCCTCTTTTCTTTCCTCATTTTTTTCTATTTCAAACTCTATAGCCTGTATTTGCATTTCCTGTATAGCAGAATAAAAATCATTTGTATATCCTATAGTGTCATTAAGCATTTGAAGCCAATTCGCACTAAAATAATCTGAAAAACTTTGAGTAGGTGTTTTCCAAAGTTCGCCGAACTTCTCTTTTAATATTTCTACCTGTTCAGTTGTAAGTTCTAATTCATTAGTTATGCTTTCTATTCCGCTTCTTACTATTTCACTTTTCTGTCCCTGCTGTTCAGCTTCGCTTACTTTATCGCCGAACTCTTCAGCAACAGAAACGCCTCTTTCATAAGCGGATATACTATTTTCTATTTCTTTTACTAATTCAGAAAATCTGTCAGTTTTGATACTGTCTAATGCGTAGCCGTAATTATCACTTAAATATTTTATTTGATTAGCATTTAAGTTTAGTACCGTACTCATTTCTGTGAGTATAGCACCTACTTTGTCTTTTTTAGCTTCTAAAGCCTCAGCATCACTGATTTCAGCTCCCATATTACGAAGATTGCTTACTCTGCGATTTTCCTCTGCCTCTGCTTTTTTTAGTAAAGCTAAATAATCTTCATAAGTTTTTGTTTTATCTTTTACAGCATCAGATTTACCTTTTATTGCATTAATGCTCTTTTCATTAGCTTCTTTTTCTTTAGTCTCTAAATCTATTCCATCTCTAGTTAGAGACTGTCTTAAATGCATGCTTTGATTTAAGTCATTTCTTTGTTTTTCTAATGTATTTAATGTATTTTCTACTTCTGATAATTTTTCATAATCAGAACTCTTTAATATCTCATCATTGGCTTGGCTTTCTCCCATACCAGATGCATATAAAGAACTTCTTAAGTTTTCAACAGCAGTATTATATATTTTGCTCTTTTCTTCTAATTCTTTTATTTTTGTTTCTATAGTTTGTATTTGTATACTTTCTTCTGCCGTTCTATAGTCTTCTAACTTCATAGTAGCAGAATCTATATATGTAATTCCGTCTAAAACTACAGTTTTTAAATTAGGATATAGTCTAGTAAGTTTATCAGTTACTTGGTTTAATCTTTCAGTAGCTGCTGCATCTAACTCTTTGGCACTAGCTAGTTTTTGATACTCTTCAAATAAACCTACATCTTTAAAAGAATTATCATTTAATTCTTTTGTGCTGTTAGCTAATTGGTTTGAAGTATCTATTAATGCTTTATATTCCTGATTTAATTTATATGCTTTTACTGCTAAAGCACCAAGTCCTACGGTTAAAGCTGTTATAATACCAACAGGACTTGCAATCATTACTGTATTTAATGCTTTCCAAGCTGTACTTAATCCTTGAATAGAGCTTGCGGCTGTCTTTAATGTAGATACCGCATTTTTAAAATCTTTTATAGTTTTCTTAGCTTCTGTTATTCCTTTTGAAAGTCCTACTATACCTTTTAATGCAGGACCAAAGCCTGCTGCTAAAGCAACAAAGCCTACACTTACTGCCTGCAAAGGTGCTGGCAAGTCGCTGAATGTTTTTATTAAAGATATAATAGTAAGAATCATTTTTTCAGCTATAGGTACTATTTTATCTTGCATAACAGGAAGTAAATCTTCATTAACAACAGGAAGTAAACTATTTCCAAGCTCTACTACTAAAGCACTAAGCTCTGCTTTCATTTTTTCAAACTGTCTTGCTGGACCGTCATCTATTTTTTTGAATGCCTCAGCTGTAGCTCCTGCCGAATTATTCATCTGATCTAAAGCATCTTTAAACTTATCTGCATTCTTTCCAGATAAAGCTAAACCAGCATTTGCTGCCTCAACACTGCTGAACATACTAGAAATATCTTTTCCGCTTTTATCAGCTTTTTCAGCAAGCATTTGAAGAGCTTCCTGTAAAGTTCCTCCTTGCTCTATAAACTCTTTAAAGCTTTTTCCTGCTATTTCTCTAAATGCTATATCTGTAATGCTTCCTTCTTTATTAAGTTCTACTAAAGCCTGACGAATCTGTGTTGTTGCAACAGAAGTAGGAGTTCCTTGTGCAGTCATTACAGCAATAGCAGCTCCTATATCTTCAAACTTCACTCCTAAAGCTGAAGCGGTAGGAATAACATTAAATAAAGATTTTGATAACTGAGTAAAGTCTGTTTTTCCTAGCTTCAGTGTTTGAAACATTATGTCTGAAGCTCTATTAGTATTAAGAACTTCTGTTCCATAAGCATTAGTAACAGAAGTAAGTCCGTCAACTGAAGTTTCTAATTCAGCAACACCTGCAATAGCAGCTTCGCCTGCCGTTTTTAAGAACTCAAATACATTTTCACGTGGAACTCCTGCAGAAAGTGCTTGATAAAGAGCTTTAGTTGTTTCTTCTGGAAGTTTGCCTATTTCTTTACTAAACGCTAAAGTTTCATTTTTTAATTTTTCAAAACCTTCATTGCTTAATTTAGGAAGAAGAGTAAGAACCTCACGCATTCCATTATCAAAATCAGTAGCTTTTTTAGTAGCTAATGCAAAAGCTGTTGTCCCTGCTGCTATTGGCACAGTTAAACTTTTAGTAGCTAAAGAACCGAACTTGTCAAAAGATTTTCCTATTTTATCAAAGCCTTTTTCTAAGTCTGTTGTTTTATCTTTAAGTTTTCCAAATGCCTCAATAGCTTGAGAAGCATCTGCATTAATATATACATTTAATTTACTCATTATTGCTAAACTCAAAAAAGCCTTTGAGAAAATCGATAATAAATTATCGATTTGGCTTTTTTTCGTTTTTTATTCCTTTTTTATTATTGCTAATTATTTACCGTAATAGTTTCTATTTCCCATAAACCTTGTCTTTCTTTTTTTATAGTTTTATTTCCCTGTTTTATTTCAGATGAAGAATTGTTTGATTTAGTTTTCTCTTCTACTTCTATAATATAAGGCAAATTTAAAGAAGCTGTATAATAGAGCAGAAGTCTTTGCAAACTCATCTCCATCATACAGTCTTCTGTCCACCCATAGCTATTAGCTAAATGTGCAAATAACTTTATTAATTCTATTTTTATTAGTTTTCTTTTTTTTTATCCTCATTAGGAGCATCAATTCCTGCTTTATAAAAGCCGTCCATTATCATTCTGAATATTTTTATAAGCTGATCATAATTAAAATCTTCTAATATATCTTCTCGGCAGGTATTTTTATCCTGTCTTTGTATAAGAGGAATTACTATATCTTCTATCACAGTCTGTGAATCAAGAAAACCTTTCTCTGCTATAGACTGGCTATAATCACTTATTTTTAATGCCAAGCCCACAGGTATATCATTAACATTTATCTTGTATTTGCCAAGTTTGGCATAAACTGCTTTTTTATTACTAAACTCTTCTAAATCTACAATTTCTATATCTGCCATATTTCAGATCCTTATATATTTGCATTTATATTTACTTCTATATCTTTTACAATATCTTCACTGCCTGTTTTTTTAGCTGTGATTTTTAATGTAGCTGTACCTTCTGCCTTTCCTGTGATAGTGAAAGTTTTAGTTTCAGCTTCATAGCTCACATCAAAAAACTGCTGGTCTGGAGGCTCTACTGTATGTGTTATCTCGTCAGCATTTGAAGTTAATACTACAGTATCATTTTCATCTGCTCTTATATCTACATTTGGTTTATCACTTTCTAAAGTTAAAGCTTCTGGAACCGCTTGTATATTAATAGATATATCTTTAGTAATATCTTCACTGCCTGCTTTTTTAGCTGTGATTTTTAATGTAGCTGTACCTTCTGCCTTTCCTGTAATAGTGAAAGTTTTAGTTTCAGCTTCATAGCTCACATCAAAAAACTGCTGATCTGGAGGCTCTACTGTATGTGTTATCTCGTCAGCATTTGAAGTTAATGCTACAGTATCATTTCCATCTGCTCTTATATCTACATTTGGTTTATCACTTTCTAAAGTTAATGGAACATTAGGTTCACTTTCTGTATCTGATGTTTCCTCTTCTGTATCTTTTATTTCTTCTTCATCTTTACCTACAGACTGTTCATCTTCATACCATGCAAGCTGCTCTCCGCTTTGCTGACTGCCTGCTAAAGTCGCTGAGAAACTTAATTTCCCTACCAACACATCCTGTGCTTTATCAGAAGGGAAGCTAAACTCTAAGCCGCCTGCTATTGAAGCCTGCGGTAAATATATTCTTAATTCTTTACTCTCAGCATTAGTATTAACTATCATTATGCATTTAGGTTTGATTGTAGAACTTTTTCCTCCTGTTGCCATGCGTACCATTTTAGGCATAGTTCTAGTATATGTAATAATTAAAGTATCTGTGCTAGGAGATATTTTAGTATCTGTAATTTTTATTCCATTAGTTCCTATTTTTTCGTAGCTTGATTCTTCTATGCGAATATTTCCCATAGAGTTTTTCTTTTCTACTTTAGTTATTGTTACTTCGCTTCCGTCTGCATTTCTAAATGGAACTTTTATTTCTTCACCTCTTTTATATGTATCTGATTCTACTATATACTGTTTTGTAACTTCTGTTTTACCATCATAGCTGTCTATATTATCTATACCGCCTCTTGCCTCAGCATAGTTTTTGAAATTAATTTCTAAACTGTCAAGAGTTAATTCCATTTTATGTTCTGTCACTAAAGTAGCTATAGTTCCTGCATTGTCGCTTTCTATATCTGATGTAGTTATAGTTTCTTTTACAGCAACACTGCGTGCTGCTCCTATATTTATAAGTTTATCAAATCTATCTCCTATCAAAACTTTGGCACTTCCGTATCTTATTGTTTTTTTTTCTTGCACACTTGTTTGACTCATAATATCTCCTTATTGTTATTATGCTAGCTTTATATTAATATTTATATAATATTTCTATTATTGTCATTGTCTGATATGCATTATCTATACGAGAATGGCTTTCATTGCTTATATCACAGCCGCATATCTCAATATTATCTATCTTTTTTTTCAAACTATTAAAATACTTACCTATTTTTTTCTGAAGAGTTAATGCATGTTCTAAACTTGTAGAATAAACACTAACTTGATAAATATCTCTTGAATATTCAAACTCATATTTAGGATTTGAACTTTGAAGAGAATAAACTATATAGCTTTTATCATTATCTACATTGCTGTCCTCAACAAAATCCAAATAAACACCTGCCGTTTTTTTATCTTCTTGAGTAAGACTTTTTAATAATTGATAAATTACTCTATGCATATTTATAAACTCTATTTATTATTAGCTTTTTGTATTACTATATTCAAAGCACTTTTGACTGCCTCTTCTATATTCTCTCTGTTTGATTCAAATAGAGGTATTAACAAAGGCACTTCATTTTTATATTTATTTCCATATTCATTAAAAAAAGCATAATACCTATCGCCTTGCTCTTTATACCATTTTATTTTATTTTTCTCAGGTGCTGTGCCTCTTTTTCCGCTAATTGTAGTAATCTTAACATTGCTTTCAGTATTACTCTTTTTGTTTATTCTTGTTTCTTTTACAGTAAAATATTTATCAAAAGTCCAGCCTCTGCTTTTTGCTTTTGCATTAGCTTCTTTTGCTATTCTTCTAGCTTCTTTTAATGAGGCTTTTTTTACTTCATTCTTAAAATCAATTCCTAACTCTTCTAAAGTTTTCCTGAACTCATCAAACCCTGTAAGAGTTACTTTATTTTTTTCAGACATATTACTCTCTATTGTCAGCTTTTTTATTATTTACTAATTTCTTTATTGTAAATATGCATTCTATATTTTTATATGAAACATTCTCCATATTAATGACTTCATAGATATCATTTTCACGGTTTATTTTGGCCATCATTCCTTTGGTATCAAACTCTTTGAAATAATGAGTATGTACTTTCAAAGTTCTTGTTAAATCTTTTCTTTTACCCTGCTGTATATCTTTATATGTTATATCTTCAATAGAGCATTTTACTTTTCTTAATTCTATTAATTCATTACTTCCTGTTCCGTTTCCATTATCTATATACTTTGTTCTATAAAAAGTTATAGTATGAATTAATTTTCCAACTTTCATTATTGTTATATTCGCCTCGCCTAATAAAAGCGAATAAGTAAACTTATTCGCTGGCTTGGCTCATCTCCTATAGAGTAAACTTTTCCCTTGCAATGGCCAATAATCTATGAACACCTTTCAAAGCAACTTCCTCACTTTGACTGGCTTCTCCTGTTTTGCTTTCAAAATAATGAGCAGCAAGTCCAAGAATAGCATACCTAACTTCAGGAGGACAATCGGCTCTTTTGTATTCTATTTCATTAGCTTTATTACAATAGCCGATTGCACTGTCTAAAGTCAGATGCAGTATATCATCATCATAGTCAATGCCTTCTAAGTTTAGAAACTTTTTGAACTCTGACAAAGTAACTACTTTATTATCTTCGCTCGCTACAAGCCCCGACAATCCCGAGTGATTAGTATCACTCGGCGGGCTTTCCGCTTGCTTTTCTTCGTCATCATCACCTTCTTCGACTACTTTTCTGACATCAATGTCTATACTATTAATATCTTCAGTATCACTGCTCATATATAAAAGCCTTATTAAAAATTATTAAGCTGCATACGCTTGATCATTTGGAAGTAATCTTACAAATGCTGATTTTTGAATAGGGGCACCGTCTCCCCAATATCCTACTTGGAAACCTACCTGATTTGTTTTGCTGTATAACTCATGCAAAACTTGAAGTTCCATAGACAAGCTGTCAAAAATCCAATAATATTTTAAGTTTGCTAAGAACCCAAAATATTTTGTAGCTTCCAGCTTATCTTCTATAAAGTCATTTTGCACAACTGGTATACCAAGTAAAATACTAGGCTGTCCCGCTATTAAACTTTCCTGCCAAATAGGACGGTCCTGCTTATCTTTTAATTTTCTTAAAGCAGCAACTGCTTTTTTATTAAGCATCCATACCGCTCCGTTTTGATATCCGCCTTTCAATCCGCTTACTGCATCTACTAAACCATCATAAGTTATAGCAGCACTTGCAGTTCCTACTTTTATATCTCTGTCAGTTGGAATAGCTGCTGTATTATCTGAAGTTTGAGCAAATATACCTAGAGGTTTATCCTGTCCATTTCCATATAAATAATTATGCTCTAATGTAGAAGCCAATTTATATACTATTCTCTCCTCAACTAAACCTTGAATATCTATGTTGCTTTGCTTTATTAATCTTTTACTAAGTTTAACTAACTTAGTTAATTGATTAGCCTTCATTTCTCTTTTTCCAAAAGACATATTTGTATCTTCTGTAACTTCTGCGATTTCTGCTGTCCAATCAAGATCATTTAAATCACTGTCAAGTGTAGGTATTCCTATGCTTGCATATCCGTTCATAGCAGGAATGATATTTGCTCTTTTTCTTATCTGTACTGCATCATCTAAGTCTTTTATAATTTGCTTTACTAGATACTGAGGTGCTATAGTATATCCGCCGCCTTCGGCAACGCCTGCCTGAAGTGTTTCTCTTATTTCTTTATCATTGCCTGATCTAAACCATCTGTCAACTTTAGCTCTTAATTCAGCTTCGTTATCATCAGCAGATGAATTGTCCAAATTATCAGCTAAATTTCTTTTATTCATAGAAGATTTAGTTTGAAGTGATAGAAGTTTATCATTTCTCTCTATTTCCTTATTTCTATTTTCTATATTCTTCATTAAAGTATCTATATCATTATCTAGTTTTGATATATCTTCTTTTTTATTTTCTCTCTCTTCAATACTCATAGCAGAATATGCTTGTCTTTTTTGCATAAGTTCATCAATAGATTGTAAATCTAAAGCATTTTCATTTTTTAGTTTTTCTATTAAAGCTCTCAATTCTTCTGGTGACATAATTTGATACTCCTTATTATTATTTATTTTTTATTTTTAGATATTTTATTTTTTGTTCATATTCTTTATTTCTATAATCAAAATCATCATTCTCTATAGGTATAGATTTATCAGGCGGTTTTGCCGATAGGCACCTACTCGGTGGAATATATACATCTTCATTTTTATGCCTAACATTCGTTTGAGGATAAGCTGGAAATGTTACTAATGATATTTCATGCAAAGTGATTTCTTCTACTTCACGTATAGGCATTCCGTATTCTTTTAATGTTTCTTTATCATCAATCCAATTATCTCTCACTACTTTGAATCCGAAAGACATCTGCTTTATATCGCCTCTGTCCACGCTTTCTTTCAAATCTCTTGCCCAAGTAGTATTTGGCATAGAAACTTCAAAATATAACCCTTTTTCATCTTCTCTTAAAATTAATGTGCCAGAACTCTTTCTGCCTAGAACATATCTTGTATCATGTCCCCATAAACATACTTGATCATTTTCTAATAATGATTTAGTGAAAGCTCCTCTGTTTATACGCTCTCTAAATAAATCTCCATAGAGAGGCTCACTTAAAGAATTATATACAATAGCATAGCCTCTTAATTTAAGAGGCTCACCTTCTGTGTCTGTACTTTTTTGAATATTAATATCTATACTTCTAATTTCATTATTACTTGCTGGCAT

Protein sequences of DBSCAN-SWA_3

>NC_014150|2557494:2579259|2567363_2568500_-|WP_013114700.1|DBSCAN-SWA
MFRVIKEPVENPTNLLDSYRQQNIIMQKMRMLHTAFDGIKLNHWSDTDRELPDILAGSICEFEGRLFETNENIKLNDNISSGGVIKQDLRFIKLVIVRDSNNKDNDYLRAEIAGGYSETVGNGFPTYDYENRGFYNLDSQRKCAEKYLRISMKYDANLGGYVEKKYWNINDIERKGQTLKRKTVNFGVGTHEFNFPSDVNSITVHITSGGGGGCVYSSEGASGGNSQILINDKVITTCGAGGGGKSGNIDGQLGERAGSGGVATGSGKLIQGVQGEALNRLSTNRIAKGGKLNNITLASGGNGGDGGVVTGAYTGTAGGGSGSAAIVDITRAMLGTASKIKIIVGAGGNGGTNSNSNGVVANGEKGQDGSAVIEYMQK
>NC_014150|2557494:2579259|2564789_2565179_-|WP_013113812.1|DBSCAN-SWA
MKKNTNTCNLCHKRDKCRELCDDMKKAIRNKKNNNDIYSDATFNVFETDISKVIYTFGLSKVEDRDSKRIIIALLKKDQREMLELLAKGYTQKEIAEKLKMSQSNVSQKLNSIKKELQDSMIQIMPYIL
>NC_014150|2557494:2579259|2573513_2573702_-|WP_013113818.1|DBSCAN-SWA
MMEMSLQRLLLYYTASLNLPYIIEVEEKTKSNNSSSEIKQGNKTIKKERQGLWEIETITVNN
>NC_014150|2557494:2579259|2560056_2560242_+|WP_013114691.1|DBSCAN-SWA
MANELEKKEELKKAPKKLHWAFTAPEECINEMKDYARKYNMSLGEYIEAIHKRYLESIQKK
>NC_014150|2557494:2579259|2576407_2576761_-|WP_008730219.1|head,tail|DBSCAN-SWA
MKVGKLIHTITFYRTKYIDNGNGTGSNELIELRKVKCSIEDITYKDIQQGKRKDLTRTLKVHTHYFKEFDTKGMMAKINRENDIYEVINMENVSYKNIECIFTIKKLVNNKKADNRE
>NC_014150|2557494:2579259|2573767_2574115_-|WP_013113819.1|DBSCAN-SWA
MADIEIVDLEEFSNKKAVYAKLGKYKINVNDIPVGLALKISDYSQSIAEKGFLDSQTVIEDIVIPLIQRQDKNTCREDILEDFNYDQLIKIFRMIMDGFYKAGIDAPNEDKKKEN
>NC_014150|2557494:2579259|2578596_2579259_-|WP_013114177.1|head,protease|DBSCAN-SWA
MPASNNEIRSIDINIQKSTDTEGEPLKLRGYAIVYNSLSEPLYGDLFRERINRGAFTKSLLENDQVCLWGHDTRYVLGRKSSGTLILREDEKGLYFEVSMPNTTWARDLKESVDRGDIKQMSFGFKVVRDNWIDDKETLKEYGMPIREVEEITLHEISLVTFPAYPQTNVRHKNEDVYIPPSRCLSAKPPDKSIPIENDDFDYRNKEYEQKIKYLKIKNK
>NC_014150|2557494:2579259|2569953_2573424_-|WP_013114703.1|tail|DBSCAN-SWA
MSKLNVYINADASQAIEAFGKLKDKTTDLEKGFDKIGKSFDKFGSLATKSLTVPIAAGTTAFALATKKATDFDNGMREVLTLLPKLSNEGFEKLKNETLAFSKEIGKLPEETTKALYQALSAGVPRENVFEFLKTAGEAAIAGVAELETSVDGLTSVTNAYGTEVLNTNRASDIMFQTLKLGKTDFTQLSKSLFNVIPTASALGVKFEDIGAAIAVMTAQGTPTSVATTQIRQALVELNKEGSITDIAFREIAGKSFKEFIEQGGTLQEALQMLAEKADKSGKDISSMFSSVEAANAGLALSGKNADKFKDALDQMNNSAGATAEAFKKIDDGPARQFEKMKAELSALVVELGNSLLPVVNEDLLPVMQDKIVPIAEKMILTIISLIKTFSDLPAPLQAVSVGFVALAAGFGPALKGIVGLSKGITEAKKTIKDFKNAVSTLKTAASSIQGLSTAWKALNTVMIASPVGIITALTVGLGALAVKAYKLNQEYKALIDTSNQLANSTKELNDNSFKDVGLFEEYQKLASAKELDAAATERLNQVTDKLTRLYPNLKTVVLDGITYIDSATMKLEDYRTAEESIQIQTIETKIKELEEKSKIYNTAVENLRSSLYASGMGESQANDEILKSSDYEKLSEVENTLNTLEKQRNDLNQSMHLRQSLTRDGIDLETKEKEANEKSINAIKGKSDAVKDKTKTYEDYLALLKKAEAEENRRVSNLRNMGAEISDAEALEAKKDKVGAILTEMSTVLNLNANQIKYLSDNYGYALDSIKTDRFSELVKEIENSISAYERGVSVAEEFGDKVSEAEQQGQKSEIVRSGIESITNELELTTEQVEILKEKFGELWKTPTQSFSDYFSANWLQMLNDTIGYTNDFYSAIQEMQIQAIEFEIEKNEERKEAALEAIEEEKNARLEAIGIMEDSQKQSLLNEIKQLQNRQKVALGLYEQERIKAELEEKQKELAKIQIEEEAKAKQMEVEKNYNNDKMKLEYNSQMESWKMSLVQASASMAQAAISALASAMSAGPFPMPLIAYATLAGIIAGGAVNLATLSQAKPSEPKYLAKGGLVERRNGGINAVIGEGASDEAVIPLEDRILSKIGSQIFEAAKNNDGIYEVNTQSETIFNQPVYLMLDGKIVASTMLNLSKRGVKVVSQRGIL
>NC_014150|2557494:2579259|2569060_2569957_-|WP_013114702.1|DBSCAN-SWA
MRLLWNNIFNNFEYTFSSEDDFFSISNMFNYQTLEVGKFASESEGSLTLLGNGIINEIAIFNTNAKKIKLEITNINNDLLTYNINIINKQAIHNIAAVEFIKVKITFIKDEDGNILECGYLIIGEGVDFPPHDKSKTHTVNYTHNPYFSLTGHYFYRKLPFKRYDTWKVSFPYLTNDDREKIINFFDISNFEPFVLQVWIEETISPDKEYAIYNISKYGKAKYASKSSNMETAKYNISKYGLSKYGDKNVSTIKSKNVSVKYYMKSGLYVCTNDKIDFKKGKNDLYQYSTELTFREIK
>NC_014150|2557494:2579259|2575564_2575936_-|WP_013114176.1|DBSCAN-SWA
MHRVIYQLLKSLTQEDKKTAGVYLDFVEDSNVDNDKSYIVYSLQSSNPKYEFEYSRDIYQVSVYSTSLEHALTLQKKIGKYFNSLKKKIDNIEICGCDISNESHSRIDNAYQTMTIIEILYKY
>NC_014150|2557494:2579259|2563675_2564269_-|WP_013114697.1|DBSCAN-SWA
MLNENTLNKIGINKKWLLPLNNAFQKHGITDIKEAAMFLAQTTHESNNYKRLEESFRYTPQRLFEVFKKRVGSLENAKKLCIQGAEAIGNFVYGGRLGNGQDEGYKYRGRGIIQLTGKNNYKNYGKKINADLVNNPDLAKEPNNAIEIALLFWKEKGCGLLARQGDVKGVTKLINGGYNGLEDREERYNNILKILEG
>NC_014150|2557494:2579259|2562557_2563097_-|WP_013114695.1|DBSCAN-SWA
MITIITGFLSKINKKIIIAVIMVLIVSIFIVLIAAKDSEIHKKEKEIAQYQEDIKGLELNNQTLQNEILFIKENEKFQNSFSNSSLMIKNIDEELLTRTENETFNNISNNFYKYFNDINFMQYKNKICQSTAFYTAKNIYNQVRNKSARFNEKIPRKHYKDRRMAALVQHTSRNELLLI
>NC_014150|2557494:2579259|2561577_2562477_-|WP_013114694.1|DBSCAN-SWA
MALSKPNEYKEVSARQSEETVYAEDINQIISNIEKIKGGQANEAPVATIKDIHERLLALESGSVIKPPSDTGETFEEEVYSFEKTTITLNNGESDIEINSNCFGDLSQVKLIKKSDGSLYLLGTIELISSAEASVIRVNKTLNIDARKLVGLIMNQTTGTQYFSVYQNNYLYICFILGKNQSANINISSDKIYNPNVICPYDIGYANSVRYNMSEDFGIHLIGGKYILKGSITPPNTTVNFYVNCNIEDFFENGKGYEYSGYTIQTVNQRPLYAYIAINGLIANKENIIYFECPKQPAI
>NC_014150|2557494:2579259|2563233_2563671_-|WP_013114696.1|DBSCAN-SWA
MATTRETKTTMLEKRLSRLELQVGYNEDGTKNGNGIIHKVEEVKEEIKNLRNDIKSYDTYLDNLSEDFIKIDLRIEKLENHVKDFLTEIQEYKNKIDEELKEIKKSLEGNITVATLHKFQKAVVGIAGLLTAIGTIIGAVLYFTK
>NC_014150|2557494:2579259|2565175_2565376_-|WP_041749991.1|DBSCAN-SWA
MITSLGVITIDNMSLEDIAYSNNYTEYIELKNDIDSAKKKLKIKNICNTYDALKIAEYINNLGDKK
>NC_014150|2557494:2579259|2574126_2575530_-|WP_013114704.1|DBSCAN-SWA
MSQTSVQEKKTIRYGSAKVLIGDRFDKLINIGAARSVAVKETITTSDIESDNAGTIATLVTEHKMELTLDSLEINFKNYAEARGGIDNIDSYDGKTEVTKQYIVESDTYKRGEEIKVPFRNADGSEVTITKVEKKNSMGNIRIEESSYEKIGTNGIKITDTKISPSTDTLIITYTRTMPKMVRMATGGKSSTIKPKCIMIVNTNAESKELRIYLPQASIAGGLEFSFPSDKAQDVLVGKLSFSATLAGSQQSGEQLAWYEDEQSVGKDEEEIKDTEEETSDTESEPNVPLTLESDKPNVDIRADGNDTVALTSNADEITHTVEPPDQQFFDVSYEAETKTFTITGKAEGTATLKITAKKAGSEDITKDISINIQAVPEALTLESDKPNVDIRADENDTVVLTSNADEITHTVEPPDQQFFDVSYEAETKTFTITGKAEGTATLKITAKKTGSEDIVKDIEVNINANI
>NC_014150|2557494:2579259|2576828_2577269_-|WP_013113822.1|head,tail|DBSCAN-SWA
MSSDTEDINSIDIDVRKVVEEGDDDEEKQAESPPSDTNHSGLSGLVASEDNKVVTLSEFKKFLNLEGIDYDDDILHLTLDSAIGYCNKANEIEYKRADCPPEVRYAILGLAAHYFESKTGEASQSEEVALKGVHRLLAIAREKFTL
>NC_014150|2557494:2579259|2558823_2559582_+|WP_013114690.1|DBSCAN-SWA
MLIAFMIFIFIIVIASFLYSFTFSKKSNVEKVNSNDHIEITFEYNEPRKTGKLLRDFPANYTIIDVETTGLKPREDKIIEIGAIKYRDNKEIDYFSTLVKVDYIPNFISSYTNITNKMVKNAPRVDEAIKQFYDFVGDDILVGYNVPFDIKFLYDALYEVSNGELLLNNDFIDVMYIAKRVLKDLENYKQVTVASYYNISIDNLHRAMGDCKLCSAIYECLQKDILEKWGAFNKFYKKYPKIKNKIENNKNE
>NC_014150|2557494:2579259|2561073_2561565_-|WP_013114693.1|DBSCAN-SWA
MNRQFDTLFKHNILNSKEHYNFCPKCNTLYEDKMICQCGELIHFIRIDKNIADIILELNKKGYKTSQCCEGHIEDEYFHPYIYFSYLFDVNVYGMARQISEVIESENLPIETVYMFNNQNKQIGTLFEVKESKITELENNREKIKEVFINSFKIIAEKLKVYK
>NC_014150|2557494:2579259|2564374_2564716_-|WP_013114698.1|DBSCAN-SWA
MAKESITELNKKETSLIEKYIKLKNEEKKNKENIEALKDDVLALLKEHEGKVVHNGYNISMHENTSYQYSEAIVNIETEIKVLKQREVTLQIAKEKQKTEYIKVYELKKEESK
>NC_014150|2557494:2579259|2575947_2576406_-|WP_008730217.1|DBSCAN-SWA
MSEKNKVTLTGFDEFRKTLEELGIDFKNEVKKASLKEARRIAKEANAKAKSRGWTFDKYFTVKETRINKKSNTESNVKITTISGKRGTAPEKNKIKWYKEQGDRYYAFFNEYGNKYKNEVPLLIPLFESNRENIEEAVKSALNIVIQKANNK
>NC_014150|2557494:2579259|2565386_2567351_-|WP_013114699.1|DBSCAN-SWA
MLKSFANIIELDISSPDTRLIFAPFGGVWTASINEIYSLYSSSYFNELFNIQEDELYNLYNIGSVSVDNDRGYIEVFSLEALYKQNKSYYQYKKDNINYIAVHFNNFETPYSKKNIIINIKKLFSTREWDTCPPSVLDSNNNSPQAGSRLITELNNMYVEPRVEEIDTADIEGDSLAFDTIQTNEMSVTLRNDDGLFDDFSNLYGNRFLVRQVFDGSDFSDSKIIFSGFIQKPEYAFLETVTITASDIRASFSAELPKNVFSEKEYPDLKNFPENVQSGEDIIDTCRTLAAGHGITVKLKPIKYYTPSILNPDLIPEVVFEICDTSRHAIESIVNRNDPLDNNKLKPHIYFIETPESENEIIERENGKVISGELEIFIPEFKDYNDGKGSQRVWTLDKEKGQLIFRGKNQVHSIIDTNDNLYEIYAEIDIPPYKSLTLIREILEDYENIAYIKENYNIENWQIEEERSREIAVLLDNDNKKTTLDLIGELSFLEQGRLEIDNNKIDFISTRFRSNEAKYKIKQYCMGRVDKTVESDEYLSSCSIKYDLLKSTYKNTDFEEEAKKRHRINAHEEFETLLKRKEDAVSLSNEIMKSRYILKEYYTFEYYETLDFLKLFDIVEIEYKREDGSYYIKPCKCEILKLNIFDNIIKLRQL
>NC_014150|2557494:2579259|2577293_2578577_-|WP_013113823.1|capsid|DBSCAN-SWA
MSPEELRALIEKLKNENALDLQSIDELMQKRQAYSAMSIEERENKKEDISKLDNDIDTLMKNIENRNKEIERNDKLLSLQTKSSMNKRNLADNLDNSSADDNEAELRAKVDRWFRSGNDKEIRETLQAGVAEGGGYTIAPQYLVKQIIKDLDDAVQIRKRANIIPAMNGYASIGIPTLDSDLNDLDWTAEIAEVTEDTNMSFGKREMKANQLTKLVKLSKRLIKQSNIDIQGLVEERIVYKLASTLEHNYLYGNGQDKPLGIFAQTSDNTAAIPTDRDIKVGTASAAITYDGLVDAVSGLKGGYQNGAVWMLNKKAVAALRKLKDKQDRPIWQESLIAGQPSILLGIPVVQNDFIEDKLEATKYFGFLANLKYYWIFDSLSMELQVLHELYSKTNQVGFQVGYWGDGAPIQKSAFVRLLPNDQAYAA
>NC_014150|2557494:2579259|2560474_2560699_-|WP_013113805.1|DBSCAN-SWA
MFNTFKDLLLCSKTGHLSSMRLISLLGSAVMLVCIAFLVFSKDVRLGEALPFLMGGLLGLAGFKSYQSKFEGDK
>NC_014150|2557494:2579259|2560848_2561058_-|WP_013114692.1|DBSCAN-SWA
MFKLILIFLIGVMVVFTFIRIVKYYNKFMNEIEGTFTERLKALIKEKTSIYYFIKLTYGCVMFFIAVIS
>NC_014150|2557494:2579259|2557494_2558643_-|WP_013114689.1|integrase|DBSCAN-SWA
MLNAEKYNLYDYSKDVNFIIQFSDYLSIDKSPSTVKTYKNNIIYFFKFIIKQDNDYSIFAEKDYLYICSTEVLYKNINKELLEKYISYQTEHQLSSDIINCRINVVKSYLKFLHKKKIIEAKILIDTFDDIKRPKPIIKEQLVIKANQTLDIIKKIERTSKESFTNQRNILMMLLMSNTGIRRKETAGIDIRNINLENKTITIYKTKGSKPRIVVFSDMIKDVLIDYIAERDEILRKNKIKEQNNLFIKNNGQDLAIETMTMIMRVISKRNKVKITCHSFRRGFATDMAESGTETYLISKMMGHSNINTTTSRYIYVLMNMIKNAMSNHPFNKANTEKINRDNEIKNIKNDFQENITNTLNTIVIKMNELNNRIDKLSIKNR
>NC_014150|2557494:2579259|2568605_2569061_-|WP_013114701.1|DBSCAN-SWA
MFEIIYEPSCIPLTIEEGYKKQNELLKKTRFLYTAFEGIKLNHFLDIYPPTLMKGSICLFCNSIYENKEDIELIDNSKDEGNRYIRLKLSNNGKNLIAELVTNLDCFYNEELGGFYKEVNGEIYKYIAYYMYYDGNRYNGYYLDNYNNEVY

Homologous phage analysis in the prophage region

Protein_ID	Protein_Def	Hit_ID	Hit_Def	E-value	Identity
2547143:2547158	attL	NA	NA	NA	NA
WP_013114689.1|2557494_2558643_-|integrase	tyrosine-type recombinase/integrase	NA	NA	NA	NA
WP_013114690.1|2558823_2559582_+	3'-5' exonuclease	X2KQX9	Campylobacter_phage	3.1e-28	39.0
2558753:2558768	attR	NA	NA	NA	NA
WP_013114691.1|2560056_2560242_+	hypothetical protein	NA	NA	NA	NA
WP_013113805.1|2560474_2560699_-	hypothetical protein	NA	NA	NA	NA
WP_013114692.1|2560848_2561058_-	hypothetical protein	NA	NA	NA	NA
WP_013114693.1|2561073_2561565_-	hypothetical protein	NA	NA	NA	NA
WP_013114694.1|2561577_2562477_-	hypothetical protein	NA	NA	NA	NA
WP_013114695.1|2562557_2563097_-	hypothetical protein	NA	NA	NA	NA
WP_013114696.1|2563233_2563671_-	hypothetical protein	NA	NA	NA	NA
WP_013114697.1|2563675_2564269_-	glycoside hydrolase family 19 protein	F1C591	Cronobacter_phage	3.8e-29	39.5
WP_013114698.1|2564374_2564716_-	hypothetical protein	NA	NA	NA	NA
WP_013113812.1|2564789_2565179_-	ArsR family transcriptional regulator	NA	NA	NA	NA
WP_041749991.1|2565175_2565376_-	hypothetical protein	NA	NA	NA	NA
WP_013114699.1|2565386_2567351_-	hypothetical protein	NA	NA	NA	NA
WP_013114700.1|2567363_2568500_-	hypothetical protein	NA	NA	NA	NA
WP_013114701.1|2568605_2569061_-	hypothetical protein	NA	NA	NA	NA
WP_013114702.1|2569060_2569957_-	hypothetical protein	NA	NA	NA	NA
WP_013114703.1|2569953_2573424_-|tail	phage tail tape measure protein	A0A1L6BY19	Clostridium_phage	5.7e-61	40.9
WP_013113818.1|2573513_2573702_-	hypothetical protein	NA	NA	NA	NA
WP_013113819.1|2573767_2574115_-	hypothetical protein	NA	NA	NA	NA
WP_013114704.1|2574126_2575530_-	hypothetical protein	NA	NA	NA	NA
WP_013114176.1|2575564_2575936_-	hypothetical protein	NA	NA	NA	NA
WP_008730217.1|2575947_2576406_-	hypothetical protein	NA	NA	NA	NA
WP_008730219.1|2576407_2576761_-|head,tail	head-tail adaptor protein	NA	NA	NA	NA
WP_013113822.1|2576828_2577269_-|head,tail	phage head-tail connector protein	NA	NA	NA	NA
WP_013113823.1|2577293_2578577_-|capsid	phage major capsid protein	A0A142K632	Streptomyces_phage	3.7e-58	39.5
WP_013114177.1|2578596_2579259_-|head,protease	HK97 family phage prohead protease	A0A2H4J6Z9	uncultured_Caudovirales_phage	1.9e-29	45.1