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Name : efa1/lifA (ECO26_5291) Accession : YP_003232172.1 Strain : Escherichia coli 11368 Genome accession: NC_013361 Putative virulence/resistance : Virulence Product : Efa1/LifA Function : - COG functional category : - COG ID : - EC number : - Position : 5365603 - 5375274 bp Length : 9672 bp Strand : - Note : Integrative element ECO26_IE08 DNA sequence : ATGAGACTGCCAGAGAAAGTTCTTTTTCCTCCTGTCACTAGTGGCCTGTCAGGGCAGGAAAAACAAAAAAAACCGAAGAG CATTACCGGATTTCAGGAAAATTATCAACGCAATATCAGGCCAATCAAAACAGCATCAGAAGCCCGACTACGCTTCTTTG ATAAAATGGTTTCGAAAGAAAACTCTCTGGAAGATGTTGTTTCTTTAGGTGAAATGATTCAGAAGGAAATTTATGGGCAT GAACAAAGAACATTTTCACCAGTTCATCATACAGGTAACTGGAAATCATCATTGTTACACAACGCGCTCCTTGGTCTGGC AAATGTTTATAATGGCTTACGGGAAACAGAATACCCTAACACTTTCAACAGAGATGGTATAAAAAGTACTAACTCTTTTA GAGATAACTTATTGACAAAAACAAGAACTCCCAGAGATAATTTTGAGGAAGGAATAAAACATCCTGAACATGCAACAATA CCATATGACAACGACAATGAAAGTAATAAATTGCTAAAAGCAGGAAAGATAGCTGGTAACAATAACGAGCTGTTGATGGA AATAAAAAAGGAATCCAAAAGCGACCATCAAATCCCCCTGTCAGATAAGTTCCTGAAAAGGAAAAAACGGTCTCCTGTAG CTGAAGATAAAGTTCAAAACTCGTTAACACCAGAAAATTTTGTTCAGAAAATTTCACTTAGTGATGAGCTTAAAACAAAA TATGCAAATGAAATTATAGAGATAAAAAGAATAATGGGAGAATACAATCTTTTACCGGATAAAAACAGTCGTAATGGTCT AAAACTTCTACAGAAGCAAGCTGATTTACTAAAAATAATCATGGAGGATACCTCTGTTACAGAAAATATCTTTAAAAACA TAGAGATGGCTATAGCAGATATAAAAAAGGAGTACTATTCGCATACAGTTGATATTGAGAAAAATATTCATGCCATATGG GTTGCGGGTTCCCCACCTGAAAGCATCTCGGACTATATTAAGACTTTTCTCAAAACCTACAAAGAGTTTACTTACTATCT TTGGGTTGATGAAAAAGCATTTGGAGCCGCGAAATTTACCAGTGTCTTAAAACAAATTGCATTTGATTTAGCATGCAGAA CTATACAGCAGAATACTCCACAAAAAAATATTGATTTTATTAATCTATATAATGAAATAAGGAAGAAATACAACAACAAC CCATCGGGACAACAAGAGTACTTAAACAAACTCAGAGAGCTTTATGCTACTTATCAAAAAATATCTACCCCTCTGAAACA CATGTTTAATTCATTTTTTCTAGAAAACATGATTAAACTTCAGGATAATTTCTTCAACTATTGCATTGTCAAAGGTGTTA CAGAGATTAATGATGAGTTACGAATAAACTACCTTAAAAATGTAATAAAACTGTCAGACGATGACATTGGTAATTATCAG AAAACAATTAACGACAATAAAGATAGAGTAAAAAAACTAATTCTTGATTTACAGAAACAATTTGGTGAAAACCGTATTTC AATTAAAGATGTTAACTCTTTAACCTCTCTTTCAAAATCAGAAAATAATCACAATTATCAAACTGAAATGTTGCTTCGAT GGAACTATCCTGCCGCCTCAGACCTGCTCAGGATGTATATCCTTAAAGAGCATGGTGGTATTTATACAGACACAGACATG ATGCCTGCATACTCTAAACAAGTAATTTTTAAAATTATGATGCAGACAAACGGAGATAATCGTTTCTTGGAAGATTTGAA ACTACGTCGTGCAATATCTGATGGTGTATTAAGATATGTTAATAACCAAAATATTGATGAAGTTAACTATAATGAAATCA GTGATGCAGATAAAAACATTATCAAGAAGATATTAACAGAAATATCTAAAATGCCAGAAGATAGCATTTTTACTAAGATC AATACAAGGATTCCTCGAGACACAATGCCCATCCTTCGTCGTTATCACCTATGGCCTGATGGATGGAATATTCGTGGGCT CAATGGATTCATGCTATCACATAAAGGTAGTGAAGTGATTGATGCTGTTATCGCAGGCCAGAATCAGGCTTACAGGGAAC TAAGAAGAATAAGAGATAATATTCATAGTGAAATATACTTCAAACAAACTGATGAATTGTCCTCACTTCCAGATACAGAC AAAATTGGAGGGATTCTGGTAAAAAAATACCTTTCAGGAAGTCTTTTTTCAAAATTCAGACAAGATACTATTATCCCGGA GGCATTGAGCACCCTCCAGATATCAGGTCCTGACTTGATTCAAAGAAAGATGTTGCAATTTTTCAGGAGTAGAGGGGTGT TAGGTGAAGAGTTCATTAATGAAAGAAAACTGAGTGATAAAGCTTATATTGGTGTCTACAAAACAACTGGCACAGGGAAA TATGACTGGTTAAACCCTGAATCGATCGGCGTTAATGATGTCACGCCCGCAGATGAAAGTACCTGGTGTATAGGAAAAGG CCGGTGTGTTGATGACTTCCTGTTCAAAGATGTTTCAAAACTAAAAACAGAAAATCTTCCAGAATTATTCTTAACAAAAA TAGATACTGATACGTTTTTCTCTCAGTGGTCAACCAAAACCAAGAAAGATCTGCAAAAAAAAATACAAGACCTTACTGTA CGTTATAATGAGCTAATTGACTCGTCGACTATCGACTTTAAAAATCTATATGAAATAGATCAAATGCTCCATATGATTAT GCTAGAGATGAATGATGATATAGCCAAAAGGTCATTGTTTTCATTGCAAGTTCAAATAGCCGAAAAAATTCGGAGGATGA CCATTCCTGTAGACAATATAATTAACATCTATCCTGATCTACATAAAAAAAATGACAATGATCTGAGTATGTCCATAAAA GGCTTTCTTGCGAGTAATCCACATACAAAAATAAATATTCTTTATAGCAATAAGACTGAGCATAATATTTTTATAAAGGA TTTATTCTCCTTCGCAGTTATGGAAAATGAGTTAAGAGACATTATCAATAACATGAGCAAGGATAAGACTCCTGAAAACT GGGAAGGGAGGGTAATGTTACAAAGATATCTCGAATTAAAAATGAAAGATCATCTTAGTTTGCAATCTTCTCAGGAAGCA AATGAGTTTCTTGAAATATCTACTTTTATTTATGAGAATGATTTCTTGAGAGAAAAGATTGAAGCAGTAAAAAACAAAAT GAATTCTCACGAACTTTATTTTGAAAAAATAAAAAAAGAACAAAACACATGGCAGGATCTGTCCACAAAAGAACAAAAAT TACAGCTTATTAAAGCATTGAAAGAAATTTCAGGAAATACAGAGAAGGACTCTCATTACGATAGACTTCTTGATGCTTTT TTTAAAAAACATAATGAAAATATTCATAATAAAATACAAAGAATAAAAGACGAGTTCAAGGAATACTCCCGTGTAACCAT TCATAATATAGATAAAGTTATATTTAAAGGGCAAACACTGGATCGTCTTTATCATGAAGGATATGTATTTTCTGATATCA ATACCTTGTCTCGTTATACACTACACGGACTAGGAATAACTGGTGTACATACTGAAGAAAACCTGCTACCAGCTCCTTCA TCGTCCTTAATTAATATATTGAAAGAACATTATAATGAAGATGAAATTAGTGCGAAATTACCACTAGCATATGATTACAT TTTAAATAAAAAAGAATCAAGCTCTATTCCTGTTGAAATTTTGAACAAACTTTCAGAGTTACCACCACATGAACTACTCA CACCTGTTCTTGGCCAGAGTGTTAATCCTCTGGGCATGGGCTACTCATCCGATAATGGAAAAATCACAGAGCAAGTAATA GTCAGTGGAGCTGATGGATTTGATAATCCCATATCTGGACTTATATATACCTATCTTGAAGATCTATATAACATCCATGT AAGGATGCGAGAAGGTACACTAAATTCACAGAATCTTCGTCAGCTTCTGGAAAACTCTGTTTCTTCATGCTTTTTGACTG AGCAAAGTATTAATAAATTACTTAGTGAGGCAGAAAAAAGGCCTTATCAGTCTTTAACAGAAATACATCAGCATCTCACA GGATTACCAACTATTGCCGATGCAACCCTTTCATTACTTTCTGTTGGATTACCTGGTACGGGAAAACTATTGCGCAGGGA GCAGGACTATGGGCGTCCACCAGTTACAGCAATTCAGGATTCCACATTTGTACTCCCTTATAATTTCAAAGGTATTGGTT TTAACGATAACATTATATCCTCTGCACCTGTAGTCTCCTCATTACATTTTATCGCTGAACATGCGAAATATACTTTGTTG TCATGGCCTGAGTTTTATCGTCATCATGCACAGCGATGGTTCGAAATGGCTAAAGGATATGGAAGCCAGAATATTGATTT TCACCCTCAGTCTCTATTGGTAACCCAAGAAGGACGCTGTATGGGATTAGCCTTACTTTATTTACAGACTGAAGATACTG CTCATTATAGCATTCTCCAGGAAAACCTAATGACTGTGAGTGCACTTCATCAGACCAGTAATCGCGATAAGTTGCCACTG TCCAAAGATGATAATTCCTTAATGACAAGAACTTATAGTCTGATTGAAATGCTACAGTATCAGGGAAACAAATATATTAC CAACGAATCGCTACTACATAAGACCGCATGGAACCAAGAAAGAATAACTTTATTATTCAATGAAAAAGGAGTTAAGCGAG CCCTGATAAGCACGCCTAATCATACTCTGGTTCTGCAACAACTGGAGGATATTTACCGGCTCACTGATCCAAATTTTGGG CATGCAGATTTCCTTTCACCTATAGATGCTCTGAAGTTTATTGAGGCTATGATACAATTAACTCCAACACTTCAGGAATA TTATGGCCTATTAAACAAAGACATTAATAAACATATACAAGTACATTATGCCGAATCAGATATGGTCTGGAATAAGCTTC TGCCAGAAAATGATGCTGGACTGAGCACCAGAATTCAGCACACCACCACCGACCGTCTGGCGAATCTGGCTGAACCAGTC GCTGTTGCAGGTATCTCCCTGCCAGTAAAAACACTTTATGATATCGGAGCCACCCTTGACGGTCGGCGCATCACCTCTCC TCCAACATCGGAGCAAATCCCTTCTCTGCGTCTCAACGGTGATGTTCTGAATGATTATCTGTCCCGCACAGTTCTGACTC CAGAACAGGCTGATAACATAAGAAAAATACTGCACACTCAGGGAATACGCAGCGGTACCCGTCCCATAGATCCGGAGATG ATTCGTGGGACGCAGGATGACCTAGTTTCGTCACAGACTCGTCTGCAAAGGCAAGCAACACGGGTTAAACAGCAACTCGC CGGCGTACTTGATACTCTGCAACAGCACTTCCAGAACATTCCACGTTCATCCGGTCGTCATCTTTCTGTAGAGAATATTG AGCTGGCTGATATCGGAAGTGGGCGTTTCAACCTTCAAATTCGAGATGGAGAAACATTGCATACCACTTCTGTGGAAGTA CCGGAAGTTGTGTCCCGTTTTCAGAAACTTTCTACCATGCTTTCAGCCCTGCCTGCCAGTGGAATCATGGATTTCGACCT CGGCATGAGTGTGGTCGGAGTCGTCCAGTATGCCCGCCTGCTACAGCAGGGGCACGAAGACAGTACCCTAGCCAAGATAA ATCTAGCTATGGATATCAAGCAACTTTCCGAAGCAACTCTCGGCAGCATGATTCAGATTGCCGGGAATAAGTTTCTCAAT ACAGAAGGAATCCAGGGGTTCAGACTGGAAAGCGCCGTCGCTGAAGGTATGCGCTCAGTAGCAACCCGTACCGGAGGCAC AATGGGGAAAGCCCTTTCTGCCAGTGCCCGTGTTCTTGAACTGCCTGTACTGGAAACAGTTCTGGGGACATGGAACCTGT ACAACAGCGTCATTCAGCTCCAGCAAGCTACATCTTATTCTGAGACAATGGCTGCCCGGGTACAGATTGCGTTTGATTCC ATTTCTCTGGGATTAACTGCCGCTTCGGTAGCTTTCCCGCCACTAATTATTGCCACTGGCCCCATTGCGGCTATTGGTAT GGGAGCTTCCAGTATTGCACGTAATGTGGCACGGAAAGAAGAACGGCATACACAATGGCTGGAATATAAAAAATTCCTGA CTGATGGCAGTAAACACATTGTTGTGGCCTCTCCGGAAAGAGGTCTGCTGGATTTCTCCGGAAACAAAGTTTTTGGAAAA ATGGTGCTGGATCTGCGTCAGTCTCCTCCTCTCTTGCATGGAGAAAGCTCTTTTAACGCTGACCGCAAAATCGGTCATCG TCCGGATCTGGGGGACTGGCAAATTCGTGAGAAGGTGGGGTATGCCAACAGTATCAGTCCCTACTCTTCCCTGGCGCACG GTTACGCCAACAGTAAATGGCCACAAACAATACCGAAAATTCCCTCGGGAGAATATGACACCATAATTCTGGGCTACGGT CACCAGTATCAGGCCAATACGGAAATAGAATATCTGTCTAACTGGATTGTATGGCGGGAAGCCGTACCAGACAGTACTTC CCGCCACAAACGTCCTCCTCTGGAGGTTCTTAATAGTCAGTGTACTGTGATAGCTGGAGAGCGTAAAACCACAGTACTTC CCCTGAGAGTGCTCAGCGATCTGACACCGGAATGCACAGAACAGGCTATATCGTTAAAAGATTATAAATTCATACTGAGA GGGGGAAGCGGTGGGCTGGCTGTTCAGGTCGGTGGCGCGGGATATTATGATATTGATGCAAATCCTGTGGCAAAAGAAAA TACGCTCTCTTTTCGCGGGCTACCGGAAGAGTTTCCGCTCGCCTTTGATTTATCAAAACAAACACAGTCGGTCATGCTGA AAACAACGGACGGTGAGGTGCCGGTAATGACCATCACCCAGAAGGGAATAAACACCCTGGTCGGTACAACGGCCGGCGAA AACTGGCTAACGGGTAACGATAAGGACAATACCTTCCATACGAGTTCTGGTGGCGGTACTGTCATCTCTGGTGGAGGGAA TAACCGCTATATTATCCCCCGCGATTTAAAAACTCCGCTGACACTGACGCTGTCTAATAGCTCGGTCTCTCACGAGATCC TTCTGCCAGAAACAACTCTGACAGAATTAAAACCTGTCGCCTTTGAGCTGAGTCTGATTTACTGGGCCGGGAACAATATA AAGGTTCAGCTGGAGGATGAGACACAACTGAACCGTTTTGCCGGAAACTTCAGGGGGCATACCAGTGATGGCATTACTCT GGAGGCGGTTTCCCAGGAAAATGGTATTCAACTGGGGGTTTCATCATGTGATGTTCAACGCTGGCAGGCTGTTTATCCGG AAGAAAACAACAGACCAGACGCCATACTGGACAGGCTGCATGATATGGGATGGAGCCTGGCCCCCGAGGTCAGGTTCCGG GGAGGAGAAACATCTGCCAGCTATGACCCCCTGAACCGTCAGCTCGTTTACCGGCTTCAGGAGCGTTACTCGGAATTCAG GCTGACCGGCAGTCGCCATTACACCACGGCTGTAACCGGAACCCCCGGAAGCCGGTACATTATTACGGGGCCGGATACAG CACAGATATCACCGGCACAAATCATACTGGCCGGTGATAATGACCATCCGGAAACGATTGATTTGCTTGAGGCCAGTCCT GTTCTGGTTGAAGGGAAAAAAGACAAAAACAGCGTGATATTAACGATTGCTACGATTCAGTATTCCCTTCAACTGACAAT ATCCGGGATCGACGAATCGCTGCCCGGGACAACCCGTGTGGCAATTCAGCCTCAGGATACCCGTTTACTGGGTGACGTAC TCCGGATCTTACCAGATAATGGTAACTGGGTGGGGATTTTCCGGAGTGGTCATACACCAACGGTAAACCGGCTGGAAAAT TTGATGGCACTGAATCAGGTAATGACGTTCCTGCCCCGGGTATCCGGAAGTGCAGAGCAGGTATTATGCCTCGAAAACCT AGGTGGCGTAAGGAAAAAAGTGGAGGGGGAGTTACTGTCAGGGAAGCTGAAAGGTGCGTGGAAAGCCGAAGGTGAACCTA CTGTTCCGGTAAATATCTCAGATCTAAGTATCCCACCCTATTCACGTCTGTATCTGATTTTTGAAGGGAAAAATAATGTG TTGCTACGCAGTAAAGTACATGCAGCTCCGTTGAAAATAACATCCGCAGGAGAGATGCAGTTATCTGAAAGGCAGTGGCA ACAGCAGGAACATATTATTGTCAAGCCCGACAACGAAGCCCCCTCATTAATACTCAGTGAATTTCGTCGTTTCACTATTT CATCGGATAAAAAATTTTCTTTAAAACTGATGTGCCATCAGGGGATGGTCCGCATCGACCGCAGATCATTATCGGTCAGA TTGTTCTATCTGCGTGAACAGCCAGGTATCGGCAGTTTACGTCTGACGTTCAGAGATTTTTTCACAGAAGTGATGGATAC AACGGACAGGGAAATTCTGGAGAAAGAGCTGAGACCAATTCTGATAGGAGATACACACCGCTTTATCAACGCTGCATACA AAAATCATCTGAATATCCAGTTAGGAGATGGCGTTCTGAATCTGGCAGACATTGTTGCGGAATACGCCCGTATTCAAAAG GAAGAAACATCAAAAATATTGTATCAATATCAAGGTGCCATGAAAAAAAAAACAGATGGACCATCTGTGGTAGAAGATGC CATTATGACCACTACTGTCACAACAGATTCAGGTGAACCATTCCCTACCTTCCACCCGTGGTATACAGATGATTTATCAG GGCGTTATAAGAGCGTACCTATGGCAAGAAAAGCAGATACTTTGTATCACCTGACACCAAAAGGTGATCTACAGATAATA TATCAGGTAGCTACAAAAATGGTGAATCAGGCGATGATTGTATCCCTGCCAAACTACCGACACGAGTGGGAAAAATATAA TTTAAGCATCTTATCCGAAATCCCTCAGAACAATAATACTGTTGTACATTCAATCCTCAGGGTTAATGGCCCCACAATGC AGGTGCGCACAATTGACTACAGAGGAACGGATGAAAACAATCCCATAGTATCTTTTTCAGATACAACCTTCATCAATGGT GAACAGATGTTGAGTTATGACTCGCATTCATCAGGGCGAGTCTATTCCAGAGAAGAATATATGATGTGGGAATTGCAGCA ACGGGTATCAGAAGCTTCCAGTGCCCGGACACAGGATTACTGGCTGATGGATGCAGCGGTAAGAAACGGAGAATGGAAGA TCACACCAGAATTATTACGTCACACACCGGGATATATCCGGAGTACGGTATCGAAATGGTCCAGAGGATGGCTGAAAACC GGCACAATACTCCAGACTCCAGAAGACAGAAATACGGATGTATACCTGACTACCATACAGAACAATGTATTTAGTCGTCA GGGGGGCGGCTACCAAGTGTATTATCGGATTGATGGAATGGCTGGTGCGGATATAGCGGATAATGCACCAGGGGAAACCC GCTGCACCCTCAGGCCCGGAACATGTTTTGAAGTGACAAGTGTGGATGAAAGGCATTATGAGTGGAATATCATTTATGTC ACGCTGAAAACCTGTGGCTGGAGCCGAAATGGCCAAAGCAAAACGCCGAATGGTGACAACCTTTTTAACTAA Protein sequence : MRLPEKVLFPPVTSGLSGQEKQKKPKSITGFQENYQRNIRPIKTASEARLRFFDKMVSKENSLEDVVSLGEMIQKEIYGH EQRTFSPVHHTGNWKSSLLHNALLGLANVYNGLRETEYPNTFNRDGIKSTNSFRDNLLTKTRTPRDNFEEGIKHPEHATI PYDNDNESNKLLKAGKIAGNNNELLMEIKKESKSDHQIPLSDKFLKRKKRSPVAEDKVQNSLTPENFVQKISLSDELKTK YANEIIEIKRIMGEYNLLPDKNSRNGLKLLQKQADLLKIIMEDTSVTENIFKNIEMAIADIKKEYYSHTVDIEKNIHAIW VAGSPPESISDYIKTFLKTYKEFTYYLWVDEKAFGAAKFTSVLKQIAFDLACRTIQQNTPQKNIDFINLYNEIRKKYNNN PSGQQEYLNKLRELYATYQKISTPLKHMFNSFFLENMIKLQDNFFNYCIVKGVTEINDELRINYLKNVIKLSDDDIGNYQ KTINDNKDRVKKLILDLQKQFGENRISIKDVNSLTSLSKSENNHNYQTEMLLRWNYPAASDLLRMYILKEHGGIYTDTDM MPAYSKQVIFKIMMQTNGDNRFLEDLKLRRAISDGVLRYVNNQNIDEVNYNEISDADKNIIKKILTEISKMPEDSIFTKI NTRIPRDTMPILRRYHLWPDGWNIRGLNGFMLSHKGSEVIDAVIAGQNQAYRELRRIRDNIHSEIYFKQTDELSSLPDTD KIGGILVKKYLSGSLFSKFRQDTIIPEALSTLQISGPDLIQRKMLQFFRSRGVLGEEFINERKLSDKAYIGVYKTTGTGK YDWLNPESIGVNDVTPADESTWCIGKGRCVDDFLFKDVSKLKTENLPELFLTKIDTDTFFSQWSTKTKKDLQKKIQDLTV RYNELIDSSTIDFKNLYEIDQMLHMIMLEMNDDIAKRSLFSLQVQIAEKIRRMTIPVDNIINIYPDLHKKNDNDLSMSIK GFLASNPHTKINILYSNKTEHNIFIKDLFSFAVMENELRDIINNMSKDKTPENWEGRVMLQRYLELKMKDHLSLQSSQEA NEFLEISTFIYENDFLREKIEAVKNKMNSHELYFEKIKKEQNTWQDLSTKEQKLQLIKALKEISGNTEKDSHYDRLLDAF FKKHNENIHNKIQRIKDEFKEYSRVTIHNIDKVIFKGQTLDRLYHEGYVFSDINTLSRYTLHGLGITGVHTEENLLPAPS SSLINILKEHYNEDEISAKLPLAYDYILNKKESSSIPVEILNKLSELPPHELLTPVLGQSVNPLGMGYSSDNGKITEQVI VSGADGFDNPISGLIYTYLEDLYNIHVRMREGTLNSQNLRQLLENSVSSCFLTEQSINKLLSEAEKRPYQSLTEIHQHLT GLPTIADATLSLLSVGLPGTGKLLRREQDYGRPPVTAIQDSTFVLPYNFKGIGFNDNIISSAPVVSSLHFIAEHAKYTLL SWPEFYRHHAQRWFEMAKGYGSQNIDFHPQSLLVTQEGRCMGLALLYLQTEDTAHYSILQENLMTVSALHQTSNRDKLPL SKDDNSLMTRTYSLIEMLQYQGNKYITNESLLHKTAWNQERITLLFNEKGVKRALISTPNHTLVLQQLEDIYRLTDPNFG HADFLSPIDALKFIEAMIQLTPTLQEYYGLLNKDINKHIQVHYAESDMVWNKLLPENDAGLSTRIQHTTTDRLANLAEPV AVAGISLPVKTLYDIGATLDGRRITSPPTSEQIPSLRLNGDVLNDYLSRTVLTPEQADNIRKILHTQGIRSGTRPIDPEM IRGTQDDLVSSQTRLQRQATRVKQQLAGVLDTLQQHFQNIPRSSGRHLSVENIELADIGSGRFNLQIRDGETLHTTSVEV PEVVSRFQKLSTMLSALPASGIMDFDLGMSVVGVVQYARLLQQGHEDSTLAKINLAMDIKQLSEATLGSMIQIAGNKFLN TEGIQGFRLESAVAEGMRSVATRTGGTMGKALSASARVLELPVLETVLGTWNLYNSVIQLQQATSYSETMAARVQIAFDS ISLGLTAASVAFPPLIIATGPIAAIGMGASSIARNVARKEERHTQWLEYKKFLTDGSKHIVVASPERGLLDFSGNKVFGK MVLDLRQSPPLLHGESSFNADRKIGHRPDLGDWQIREKVGYANSISPYSSLAHGYANSKWPQTIPKIPSGEYDTIILGYG HQYQANTEIEYLSNWIVWREAVPDSTSRHKRPPLEVLNSQCTVIAGERKTTVLPLRVLSDLTPECTEQAISLKDYKFILR GGSGGLAVQVGGAGYYDIDANPVAKENTLSFRGLPEEFPLAFDLSKQTQSVMLKTTDGEVPVMTITQKGINTLVGTTAGE NWLTGNDKDNTFHTSSGGGTVISGGGNNRYIIPRDLKTPLTLTLSNSSVSHEILLPETTLTELKPVAFELSLIYWAGNNI KVQLEDETQLNRFAGNFRGHTSDGITLEAVSQENGIQLGVSSCDVQRWQAVYPEENNRPDAILDRLHDMGWSLAPEVRFR GGETSASYDPLNRQLVYRLQERYSEFRLTGSRHYTTAVTGTPGSRYIITGPDTAQISPAQIILAGDNDHPETIDLLEASP VLVEGKKDKNSVILTIATIQYSLQLTISGIDESLPGTTRVAIQPQDTRLLGDVLRILPDNGNWVGIFRSGHTPTVNRLEN LMALNQVMTFLPRVSGSAEQVLCLENLGGVRKKVEGELLSGKLKGAWKAEGEPTVPVNISDLSIPPYSRLYLIFEGKNNV LLRSKVHAAPLKITSAGEMQLSERQWQQQEHIIVKPDNEAPSLILSEFRRFTISSDKKFSLKLMCHQGMVRIDRRSLSVR LFYLREQPGIGSLRLTFRDFFTEVMDTTDREILEKELRPILIGDTHRFINAAYKNHLNIQLGDGVLNLADIVAEYARIQK EETSKILYQYQGAMKKKTDGPSVVEDAIMTTTVTTDSGEPFPTFHPWYTDDLSGRYKSVPMARKADTLYHLTPKGDLQII YQVATKMVNQAMIVSLPNYRHEWEKYNLSILSEIPQNNNTVVHSILRVNGPTMQVRTIDYRGTDENNPIVSFSDTTFING EQMLSYDSHSSGRVYSREEYMMWELQQRVSEASSARTQDYWLMDAAVRNGEWKITPELLRHTPGYIRSTVSKWSRGWLKT GTILQTPEDRNTDVYLTTIQNNVFSRQGGGYQVYYRIDGMAGADIADNAPGETRCTLRPGTCFEVTSVDERHYEWNIIYV TLKTCGWSRNGQSKTPNGDNLFN |
| Gene | GenBank Accn | Product | Virulance or Resistance | PAI or REI | Alignment Type | E-val | Identity |
| efa1-lifA-tox | CAC81883.1 | Efa1-LifA-Tox protein | Virulence | LEE II | Protein | 0.0 | 100 |
| efa1/lifA | YP_003232172.1 | Efa1/LifA | Not tested | LEE | Protein | 0.0 | 100 |
| efa1 | AAL57562.1 | Efa1 | Virulence | LEE | Protein | 0.0 | 99 |
| efa1/lifA | CAI43818.1 | Efa1/LifA protein | Not tested | LEE | Protein | 0.0 | 99 |
| efa1/lifA | YP_003223428.1 | Efa1/LifA-like protein | Virulence | LEE | Protein | 0.0 | 99 |
| Gene | GenBank Accn | Product | ID of source DB | Alignment Type | E-val | Identity |
| efa1/lifA | YP_003232172.1 | Efa1/LifA | VFG1534 | Protein | 0.0 | 99 |
