| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ECH74115_0913 |
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| Symbol | |
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| ID | 6969975 |
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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 | 922079 |
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| End bp | 925492 |
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| Gene Length | 3414 bp |
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| Protein Length | 1137 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 643384935 |
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| Product | hypothetical protein |
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| Protein accession | YP_002269435 |
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| Protein GI | 209399520 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4733] Phage-related protein, tail component |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | ATGGGTAAAG GAAGCAGTAA GGGGCATACC CCGCGCGAAG CGAAGGACAA CCTGAAGTCC
ACGCAGCTGC TGAGTGTGAT CGATGCCATC AGCGAAGGAC CGATTGAAGG TCCGGTGGAT
GGATTAAAAA GCGTGCTGCT GAACAGTACG CCGGTGCTGG ACAGTGAAGG TAATACCAAC
ATCTCCGGTG TCACGGTGGT GTTCCGGGCC GGTGAGCAGG AGCAGACACC GCCGGAGGGA
TTTGAATCCT CCGGTTCTGA GACGGTGCTG GGTACGGAAG TGAAATACGA CACGCCGATC
ACCCGCACCA TCACGTCGGC AAACATCGAT CGTCTGCGCT TTACTTTCGG TGTGCAGGCA
CTGCGGGAAA CCACCTCAAA GGGGGACCGG AATCCGTCGG AAGTCCGCCT GCTGGTTCAG
ATACAGCGTA ATGGTGGCTG GGTGACGGAA AAAGACATCA CCATTAAGGG CAAAACCACG
TCGCAGTATC TGGCCTCGGT GGTGGTGGAT AACCTGCCGC CGCGCCCGTT TAATATCCGG
ATGCGCAGGA TGACGCCGGA CAGCACCACA GACCAGCTGC AGAACAAAAC GCTCTGGTCG
TCATACACCG AAATCATCGA TGTGAAACAG TGCTACCCGA ACACGGCACT GGTTGGCGTG
CAGGTGGACT CGGAGCAGTT TGGCAGTCAG CAGGTGAGCC GTAATTATCA TCTTCGCGGG
CGCATTCTGC AGGTGCCGTC AAACTATGAT CCGGAAAAAC GCACTTACAG CGGCATCTGG
GACGGAACGT TAAAACCGGC ATACAGCAAC AACATGGCCT GGTGTCTGTG GGATATGCTG
ACCCACCCGC GCTACGGCAT GGGGAAACGT CTTGGTGCGG CGGATGTGGA TAAATGGGCG
CTGTATGTCA TCGGCCAGTA CTGCGACCAG TCAGTACCGG ACGGCTTTGG CGGCACGGAG
CCGCGCATCA CCTGTAATGC GTACCTGACC ACGCAGCGCA AGGCGTGGGA TGTGCTCAGT
GATTTCTGCT CGGCGATGCG CTGTATGCCG GTATGGAACG GGCAGACGCT GACGTTCGTG
CAGGACCGGC CGTCGGATAA GGTGTGGACC TATAACCGCA GTAATGTGGT GATGCCGGAT
GATGGCGCGC CGTTCCGCTA CAGCTTTAGC GCCCTGAAAG ACCGCCATAA TGCCGTTGAG
GTGAACTGGA CTGACCCGGA CAACGGCTGG GAGACGGCGA CAGAGCTTGT GGAGGACACG
CAGGCCATTG CCCGTTACGG TCGTAACGTC ACGAAGATGG ATGCCTTTGG CTGTACCAGT
CGGGGGCAGG CACACCGTGC CGGGCTGTGG CTGATTAAAA CGGAACTGCT GGAAACGCAG
ACCGTGGACT TCAGCGTGGG CGCAGAAGGG CTTCGCCATG TACCGGGCGA TGTCATTGAA
ATCTGTGATG ATGACTATGC GGGGATCAGC ATCGGTGGGC GTGTGCTGGC GGTGAACAGC
CAGACCCGGA CGCTGACGCT CGACCGTGAA ATCACGCTGC CATCCTCCGG CACCACGCTG
ATAAGCCTGG TTGACGGAAG TGGCAATCCG GTCAGCGTGG AGGTTCAGTC CGTCACCGAC
GGCGTGAAGG TAAAAGTGAG CCGGGTTCCT GACGGTGTTG CTGAATACAG CGTGTGGGGG
CTGAAGCTGC CGACGCTGCG CCAGCGCCTG TTCCGCTGCG TGAGTATCCG TGAGAACGAC
GACGGCACGT ATGCCATCAC TGCCGTGCAG CATGTGCCGG AGAAAGAGGG CATCGTGGAT
AACGGGGCGC ACTTTGACGG TGACCAGAGC AGCACGGTGA ATGGTGTCAC GCCGCCAGCG
GTGCAGCACC TGACCGCCGA AGTCTCCGCA GACAGCGGGG AATATCAGGT GCTGGCGCGA
TGGGACACGC CGAAGGTGGT GAAGGGTGTG AGCTTCCTGC TTCGCCTGAC CGTGGCAGCG
GATGACGGCA GTGAGCGGCT GGTCAGCACG GCCCGGACGA CGGAAACCAC ATACCGCTTC
ACGCAGCTGG CGCTGGGGAA CTACAGGCTG ACAGTCCGGG CGGTAAATGC GTGGGGACAG
CAGGGCGATC CGGCGTCGGT ATCGTTCCGG ATTGCCGCAC CGGCAGCGCC GTCACAGATT
GAGCTGACAC CGGGCTATTT TCAGATAACC GCCACGCCGC ATCTTGCGGT TTATGATCCG
ACGGTACAGT TTGAGTTCTG GTTCTCGGAA ACGCGGATTG CGGATATCAG GCAGGTTGAA
ACCAGCGCGC GTTATCTTGG TACGGCGCTG TACTGGATAG CCGCCAGTAT CAATATCAAA
CCGGGCCATG ATTATTACTT TTATATCCGC AGTGTGAACA CCGTTGGCAA ATCGGCATTC
GTGGAGGCCG TCGGTCGGGC GAGCGATGAT GCGGAAGGTT ATCTGGATTT TTTCAAAGGC
AAGATAACCG AATCTCATCT CGGCAAGGAG CTGCTGGAAA AAGTCGATCT GACGGAGGAT
AACGCCAGCA GACTGGATGA GTTTTCGAAA GAGTGGAAGG ACGCTAACGA TAAATGGAAT
GCCATGTGGG GCGTCAAAAT TGAGCAGACC AAAGACGGCA AACATTATGT CGCGGGTATT
GGCCTCAGCA TGGAGGACAC GGAGGAAGGC AAGCTGAGCC AGTTTCTGGT TGCCGCCAAT
CGTATCGCGT TTATTGACCC GGCAAACGGG AATGAAACGC CGATGTTTGT GGCGCAGGGC
AACCAGATAT TCATGAACGA CGTGTTCCTG AAGCGCCTGA CGGCCCCCAC CATTACCAGC
GGTGGAAATC CACCGGTATT TTCCCTGACA TCAGACGGAA AGCTGACCGC TAAAAATGCG
GATATCAGTG GCAGTGTGAA TGCGAACTCC GGGACGCTCA ACAACGTCAC GGTAAATGAA
AACTGTACGA TTAAGGGCAT GCTGGAGGCG ACTCAGGTCA GAGGTGACTT CGTTAAAGCT
GTATCCAAAT CATTTCCGAA ACAGGCTGGT ACGTGGGGTA ACACGGAAAC ACCAAACGGG
ACGGTTACAG TCACCATCAG CGATGATCAT AACTTTGACC GTCAAATCAT TATTCCGCCC
ATTATCTTTA ACGGAATAGC GTATAGCGAT CCGGGAAGTG GTAATAACCC GGGAGGTACA
AGATACACGG GTTATGGTTT TGAAGTTCGC AAAAACGGTG TATTAATCGC ATCCAGAGAA
ACTAAAGGGG CCATTCCCGG TAGCTACAGT GCGGTTATTG ATATGCCGAG TGGCAGGGGA
AGCGTCACTC TGGAGTTTAA GGTTTTCCAT AAAGGCAATC AGCGGGCAGG TAATATCACC
GACTGTACGG TGATTGTGAC CAAAAAAGCG GCTTCCGGCA TCAGTATCCG TTGA
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| Protein sequence | MGKGSSKGHT PREAKDNLKS TQLLSVIDAI SEGPIEGPVD GLKSVLLNST PVLDSEGNTN
ISGVTVVFRA GEQEQTPPEG FESSGSETVL GTEVKYDTPI TRTITSANID RLRFTFGVQA
LRETTSKGDR NPSEVRLLVQ IQRNGGWVTE KDITIKGKTT SQYLASVVVD NLPPRPFNIR
MRRMTPDSTT DQLQNKTLWS SYTEIIDVKQ CYPNTALVGV QVDSEQFGSQ QVSRNYHLRG
RILQVPSNYD PEKRTYSGIW DGTLKPAYSN NMAWCLWDML THPRYGMGKR LGAADVDKWA
LYVIGQYCDQ SVPDGFGGTE PRITCNAYLT TQRKAWDVLS DFCSAMRCMP VWNGQTLTFV
QDRPSDKVWT YNRSNVVMPD DGAPFRYSFS ALKDRHNAVE VNWTDPDNGW ETATELVEDT
QAIARYGRNV TKMDAFGCTS RGQAHRAGLW LIKTELLETQ TVDFSVGAEG LRHVPGDVIE
ICDDDYAGIS IGGRVLAVNS QTRTLTLDRE ITLPSSGTTL ISLVDGSGNP VSVEVQSVTD
GVKVKVSRVP DGVAEYSVWG LKLPTLRQRL FRCVSIREND DGTYAITAVQ HVPEKEGIVD
NGAHFDGDQS STVNGVTPPA VQHLTAEVSA DSGEYQVLAR WDTPKVVKGV SFLLRLTVAA
DDGSERLVST ARTTETTYRF TQLALGNYRL TVRAVNAWGQ QGDPASVSFR IAAPAAPSQI
ELTPGYFQIT ATPHLAVYDP TVQFEFWFSE TRIADIRQVE TSARYLGTAL YWIAASINIK
PGHDYYFYIR SVNTVGKSAF VEAVGRASDD AEGYLDFFKG KITESHLGKE LLEKVDLTED
NASRLDEFSK EWKDANDKWN AMWGVKIEQT KDGKHYVAGI GLSMEDTEEG KLSQFLVAAN
RIAFIDPANG NETPMFVAQG NQIFMNDVFL KRLTAPTITS GGNPPVFSLT SDGKLTAKNA
DISGSVNANS GTLNNVTVNE NCTIKGMLEA TQVRGDFVKA VSKSFPKQAG TWGNTETPNG
TVTVTISDDH NFDRQIIIPP IIFNGIAYSD PGSGNNPGGT RYTGYGFEVR KNGVLIASRE
TKGAIPGSYS AVIDMPSGRG SVTLEFKVFH KGNQRAGNIT DCTVIVTKKA ASGISIR
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