| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ECH74115_0581 |
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| Symbol | |
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| ID | 6969304 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Escherichia coli O157:H7 str. EC4115 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011353 |
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| Strand | + |
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| Start bp | 584939 |
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| End bp | 589324 |
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| Gene Length | 4386 bp |
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| Protein Length | 1461 aa |
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| Translation table | 11 |
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| GC content | 59% |
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| IMG OID | 643384625 |
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| Product | PKD domain protein |
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| Protein accession | YP_002269139 |
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| Protein GI | 209395885 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 59 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCCTGA TTATTGATGT TATTTCGCGT AAAACATCCG TCAAACAAAC GCTGATTAAT
CCTGGCGACG TCACGGTTGT TATTTATGAG CCTTCCGTGG TGCAGGTTCA TGCTCAGGCC
TCTGCCGTTG CGCGTTACGT CCGTGAAGGA AATGACCTGC TGATCTATAT GCGGGACGGC
ACGGTGATCC GCTGCAACGG TTATTTCCTG CAAGCGGCGA ATACAGCTGA ACAATCGGAA
CTGGTGTTTG CCGATGGTCA ACAGCTAACC CATATCACCT TTGCCGATAC TGCTGCGGGT
GGATTAGCCC CCGTAGAACT GACTGCCCAG ACCACTGCGA TTGAAAGCAT TGCGCCATTT
CTTGATACCG TTGCTCAGAC CAGCGCCTTC CCGTGGGGTT GGCTGGCGGG GGCGGCGGTA
GGTGGTGGCG CGCTTGGTGC ACTGCTGGCA AGCGGTGGCG ATGGCGACTC GAAAACAGAA
GTGATTAATA ACCCTACGCC ACCTGCTGAG CCTGGCAACG CCACACCATC ATTTTTAGTT
ACCGATAATC AGGGCGATCA GCGCGGCATT CTAGCCACCA ATGACATCAC CGATGACACC
ACGCCAACCT TTAGCGGCAG CGGGCAGGCG GGGGCGACTA TTCAGATTAA AGACAGTAAC
GGCAATACTA TTGCCAGTAC TCAGGTAGAC AACAACGGTC ACTGGAGTGT CTCGTTACCC
ACGCAAAGTG CAGGTGAACA TACCTGGTCA GTGGTGCAAA TTGTCGGCAG TACCATCACT
GACGCCGGTT CGATAACGTT AACCATCGAC AATAGTCAGG CCAGCGTGCA GGTTGCCACC
ACCGCAGGCG ATAACATTAT TAACGCCAGC GAACAGGCCG CCGGGTTTAC GCTTTCTGGC
ACCAGTAGCC ATCTGGCGCA GGGAACAGAA CTCACCGTTA CGCTAAACGG CAAAACCTAC
ACGACCAGCG TAGGCGCTAA CGGTGCCTGG AGCGTGCAGG TGCCGACCGC CGATGCACAG
GCGTTAGGCG AAGGGAATCA GGCGGTGCTG GTCAGTGGGA AAGACGCCAC AGGCAATACG
GTCACCGGCG CGCAGCTACT AACGGTCGAT ACCCAACCGC CAACGCTTGC CATCAACACC
ATCGCTCAGG ACAACATTAT CAGTGCTGCG GAACATAACG TCGCGCTGGT ACTGAGCGGC
ACGTCGAATG CAGAAGCGGG GCAAACCGTA ACACTGACCG TCAACGGGAA AAGCCATACA
GCAACCGTCG GTAGCGACGG AACCTGGCAA GTGACGCTGC CTGCCACGGA AGTCCAGGCA
CTGGCGGAGG GTAATTACGC TGTCAATGCC AGTGTCAGCG ATCGGGCAGG GAACACCACC
AGCCACAGCG CGAATTTCAC GGTAGACACC TCAGCACCCG TGGTCAGTGT TAATACCGTG
GCGGGCGACG ATATTCTTAA TAATGCCGAG CAGGCCGTCG CGCAGATCAT CTCCGGACAA
GTCAGCGGTG CTTCTCCAGG CGATACGGTA ACGGTGAAAT TGGGCACTCA TGTCCTGACG
GGCATCGTGC TGGCAGATGG CAGCTGGAAT GTGGCGCTGG ACCCAGCGGT AACCCGCACG
CTGGATCGCG GAGCCAATAC GATTTTCGTC ACCGTGACAG ATGCTGCAGG AAATACTGGC
GCGGCGTCTC GAGCAATCAC GCTGGTCGGT GTTTCTCCGT TGATCACCAT TAACACCGTC
TCCGGCGATG ACATTATCAG TGGCGCAGAA AAAGGTGCGC CACTGACCCT TACCGGTAGC
ACTCAACAGG CTGAGACAGG ACAAACCGTC ACAGTAACCC TGGCTGGACA GAGTTTTACC
ACTACCGTGC AGGCCGATGG CTCCTGGAGT CTGACGGTAC CTGCCGCCGC GATGGGAAAT
CTGCCTGACG GCGCGGTGGC GATTACCGCT TCTGTGACGG ATCTCAGCGG CAATACCGGC
AACACTTCCC GCACCATTAC CGTCGATAGC CAGGCCCCGG CCTTAAGCAT TGATCCACTG
ACCGCTGATA ACATCATTAA CGCCGCCGAA AGCGGGCAGG ATCTGCCCAT CACCGGCACC
ACCGACGCTC AGCCGGGGCA GACGGTGACC GTTACGTTAA ATGGGCAGAC GTATCAGGGC
GTCGTGCAGC CAGACGGCAC CTGGAGCGTG ACTGTGCCCG CCGCCAACGT GGGCGCACTG
GCTGACGGCA ACGCTACGGT CACCGCCAGC GTGAACGATG TCGCCGGTAA TCCGAGCAGC
GTTTCACGCG TGGCGCTGGT GGATGCCACG CCGCCGGTGG TAACCATTAA TCCGGTGGCG
ACCGATAACG TCATCAACAC GCCGGAACAT GCTCAGGCGC AAATCATCAG CGGCACGGTT
ACTGGCGCTC AGGCGGGCGA TATCGTCACC GTGACGCTGA ATAATGTGGA TTACACCACG
GTGGTGGATG GTTCCGGCAA CTGGAGTCTG GGCGTTCCGG CCTCGGTGGT CAGTGGGCTG
GCGGACGGCA GTTATCCTGT CAGCGTCTCG GTAACCGACA AAGCCGGAAA CACGGGCAGC
CAGTCATTGA CCGTCACGGT CAATACCGCC GCGCCCCTTA TCGGCATTAA CAGCATTGCG
GGCGATGATG TGATTAACGC CAGCGAAAAA GGGGCCGATC TCCAGATTAC CGGCACCAGC
GATCAGCCTG TTAACACCGC CATCACCGTG ACGCTGAACG GGCAAAATTA CACCACCACG
ACCGACGCCT CCGGCAACTG GAGCGTCACC GTTCCGGCAT CGGCGGTTAC AGCATTAGGC
CAGGCCAACT ATACGGTAAC GGCGGCGGTG ACCAGCGATA TCGGCAACAG CGCCACTGCC
AGCCATAACG TGCTGGTCGA CAGCGCGCTG CCCGGTGTGA CCATTAATCC GGTGGCAACC
GACGATATTA TTAACGCCGC CGAAGCGGGC GTGGCGCAAA CCATCAGCGG GCAGGTGACT
GGCGCGGAAG ATGGCGACAC GGTAACTATT ACGTTGGGTG GTAATACTTA TACGGCGACG
GTGGGCAGCA ATCTCACCTG GAGCGTGGAC GTTCCAGCGG CAGATATTCA GGCGCTGGGA
AATGGCGATT TAACGGTTAA TGCCTCAGTC ACCAATCAAA ACGGCAACAC CGGCAGCGGC
ACGCGGGATA TCACCATCGA CGCCAATCTG CCCGGCCTGC GGGTCGATAC GGTGGCGGGC
GATGATGTGG TCAATATCAT CGAGCACGGG CAGGCGCTGG TGGTCACCGG CAGCAGCTCG
GGGCTGGCTG AAAGCACGCC GCTTACCGTT ACGATTAATA ATGTGGAATA CACCACTGCG
GTGCAGGCCG ATGGTAGCTG GAGCGTGGGC GTCACGGCGG CGCAGGTTAG CGCCTGGCCT
GCGGGGACGG TTAATATTGC CGTTTCAGGG GAAAGTAGCG CCGGAAACTC GGTGAGCATT
ACGCATCCGG TGACGGTGGA TCTCACTCCG GCAGCGATCA CCATCAACAC CATCGCCACG
GACGATGTGA TTAACGCCGC AGAAAAAGGC GCTGATTTAA CCCTTTCCGG CACCACCACT
AACGTAGAAC CCGGTCAAAC CGTCACCGTC ACCTTTGGCG GGAAAAATTA CACTGCCAGC
GTAGCGAGCG ATGGTAGCTG GACTGCCACC GTACCCGCCG CCGATCTGGC GTCATTACCC
GAGGGCAGCG CCTCCGCACT GGCCAGCGTC AGCAATATCA ACGGCAATAG CGCCTCGGCG
GTGCACAACT ACAGCGTCGA CAGCAGCGCG CCAACCATCA TTATCAATAC CGTCGCCAGC
GACAATATCG TCAACGCCAG CGAAGCCGAT GCGGGCGTGA CGGTGAGCGG CAGTACCACC
GCCGAAGCGG GGCAGATTGT TACGATAACG CTTAACAGCC CGACCGTGCA GACCTATCAG
GCAACGGTGC AGGCGGACGG CAGCTGGAGC ATCAATATTC CGGCGGCAGA TCTTGAGGCA
TTGACCGATG GCAGCCACAC CCTGACCGCC ACGGTCAATG ACAAAGCGGG CAATCCGGCG
AGCACCACGC ATAATCTGGC GGTGGATCTC ACCGTTCCGG TGCTGACCAT CAACACCATT
GCGGGCGATG ACATTATTAA CGCCACCGAA CACGGGCAGG CGCTGGTGAT TTCCGGTTCC
AGCACCGGCG GAGAAGCGGG GGATGTCGTC ACCGTCACGC TAAACAGTAA AACCTACACC
ACCACCCTGG ACGCCTCCGG CAACTGGAGC GTCGGCGTTC CGGCGGCGGA TGTCACGGCG
CTTGGCAGCG GCCCGCAAAC TGTCACCGCC ACGGTTACCG ATGCGGCAGG CAACAGCGAC
AATTAG
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| Protein sequence | MSLIIDVISR KTSVKQTLIN PGDVTVVIYE PSVVQVHAQA SAVARYVREG NDLLIYMRDG
TVIRCNGYFL QAANTAEQSE LVFADGQQLT HITFADTAAG GLAPVELTAQ TTAIESIAPF
LDTVAQTSAF PWGWLAGAAV GGGALGALLA SGGDGDSKTE VINNPTPPAE PGNATPSFLV
TDNQGDQRGI LATNDITDDT TPTFSGSGQA GATIQIKDSN GNTIASTQVD NNGHWSVSLP
TQSAGEHTWS VVQIVGSTIT DAGSITLTID NSQASVQVAT TAGDNIINAS EQAAGFTLSG
TSSHLAQGTE LTVTLNGKTY TTSVGANGAW SVQVPTADAQ ALGEGNQAVL VSGKDATGNT
VTGAQLLTVD TQPPTLAINT IAQDNIISAA EHNVALVLSG TSNAEAGQTV TLTVNGKSHT
ATVGSDGTWQ VTLPATEVQA LAEGNYAVNA SVSDRAGNTT SHSANFTVDT SAPVVSVNTV
AGDDILNNAE QAVAQIISGQ VSGASPGDTV TVKLGTHVLT GIVLADGSWN VALDPAVTRT
LDRGANTIFV TVTDAAGNTG AASRAITLVG VSPLITINTV SGDDIISGAE KGAPLTLTGS
TQQAETGQTV TVTLAGQSFT TTVQADGSWS LTVPAAAMGN LPDGAVAITA SVTDLSGNTG
NTSRTITVDS QAPALSIDPL TADNIINAAE SGQDLPITGT TDAQPGQTVT VTLNGQTYQG
VVQPDGTWSV TVPAANVGAL ADGNATVTAS VNDVAGNPSS VSRVALVDAT PPVVTINPVA
TDNVINTPEH AQAQIISGTV TGAQAGDIVT VTLNNVDYTT VVDGSGNWSL GVPASVVSGL
ADGSYPVSVS VTDKAGNTGS QSLTVTVNTA APLIGINSIA GDDVINASEK GADLQITGTS
DQPVNTAITV TLNGQNYTTT TDASGNWSVT VPASAVTALG QANYTVTAAV TSDIGNSATA
SHNVLVDSAL PGVTINPVAT DDIINAAEAG VAQTISGQVT GAEDGDTVTI TLGGNTYTAT
VGSNLTWSVD VPAADIQALG NGDLTVNASV TNQNGNTGSG TRDITIDANL PGLRVDTVAG
DDVVNIIEHG QALVVTGSSS GLAESTPLTV TINNVEYTTA VQADGSWSVG VTAAQVSAWP
AGTVNIAVSG ESSAGNSVSI THPVTVDLTP AAITINTIAT DDVINAAEKG ADLTLSGTTT
NVEPGQTVTV TFGGKNYTAS VASDGSWTAT VPAADLASLP EGSASALASV SNINGNSASA
VHNYSVDSSA PTIIINTVAS DNIVNASEAD AGVTVSGSTT AEAGQIVTIT LNSPTVQTYQ
ATVQADGSWS INIPAADLEA LTDGSHTLTA TVNDKAGNPA STTHNLAVDL TVPVLTINTI
AGDDIINATE HGQALVISGS STGGEAGDVV TVTLNSKTYT TTLDASGNWS VGVPAADVTA
LGSGPQTVTA TVTDAAGNSD N
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