| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | EcE24377A_E0051 |
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| Symbol | eatA |
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| ID | 5585855 |
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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 E24377A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009790 |
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| Strand | + |
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| Start bp | 49306 |
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| End bp | 53406 |
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| Gene Length | 4101 bp |
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| Protein Length | 1366 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 640913938 |
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| Product | secreted serine peptidase EatA |
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| Protein accession | YP_001451588 |
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| Protein GI | 157149562 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis
[U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG3468] Type V secretory pathway, adhesin AidA |
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| TIGRFAM ID | [TIGR01414] outer membrane autotransporter barrel domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.611432 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAATAAAG TGTTCTCTCT TAAGTATAGT TTTTTAGCCA AAGGTTTTAT TGCTGTTTCT
GAACTTGCCC GTCGCGTTTC TGTTAAAGGG AAACTGAAGA GTGCTTCATC AATAATTATT
TCACCAATAA CAATTGCTAT TGTTTCTTAT GCCCCCCCAT CTCTTGCTGC AACAGTTAAT
GCAGATATAT CGTATCAAAC ATTTCGGGAT TTTGCCGAAA ATAAAGGAGC TTTTATAGTT
GGCGCATCAA ATATAAATAT CTACGATAAG AATGGAGTGT TAGTTGGAGT GCTTGATAAA
GCTCCAATGC CTGATTTTAG TAGTGCCACG ATGAATACAG GGACATTACC ACCAGGAGAC
CATACACTGT ACTCACCTCA ATATGTTGTC ACAGCAAAGC ATGTTAATGG ATCAGATATA
ATGAGTTTTG GACATATTCA AAATAATTAT ACTGTAGTAG GAGAGAACAA CCATAATAGC
CTTGATATTA AAACACGACG TTTAAATAAG ATTGTCACGG AGGTCGCCCC TGCAGAAGTC
TCCAGTGTTG GAGCTGTAAA TGGCGCTTAT CAAGAAGGGG GGCGTTTTAC AGCCTTTTAT
AGGCTTGGAG GTGGATTGCA ATATATAAAG GATAAAAATG GAAATCTTAC ACCGGTATAT
ACAAATGGTG GTTTCCTAAC TGGAGGAACT ATCAGTGCTT TAAGCTCATA TAACAATGGG
CAAATGATTA CTGCACCTAC AGGAGATATT TTTAATCCTG CTAATGGGCC TCTTGCAAAC
TATCTAAATA AAGGTGATAG TGGCTCTCCT TTATTTGCGT ATGACTCTCT GGAAAAAAAA
TGGGTTTTAA TTGGCGTTCT TTCATCAGGA AGTGAGTATG GTAATAACTG GGTTGTCACA
ACTCAAGATT TTCTTAATCA GCAACAAAAG CATGATTTTG ATAAAACAAT ATCATATGAC
TCTAAAAAGG GGAGCTTACA ATGGAGATAT GATAAAGACG CAGGAGTGGG AACATTAAGT
CAAGAGGGAG TTGTGTGGGA CATGCATGGA AAAAAAGGGG AAGACCTAAA TGCAGGTAAA
AATCTTCAAT TTACAGGAAA TAATGGAGAG GTTATTTTAC ACGACTCTAT AGATCAAGGG
GCTGGCTATC TGCAGTTTTT TAACAACTAC ACAGTTACAT CCTTAACTGA CCAAACATGG
ACCGGAGGTG GTATCATTAC TGAAAAAGGT GTAAATGTGC TTTGGCAGGT TAATGGTGTT
AATAATGATA ACTTACATAA AGTTGGTGAA GGCACATTAA CTGTTAATGG AAAAGGGGTT
AATAATGGAG GACTGAAAGT CGGTGATGGA ACCGTAATTC TGAATCAACG CCCTGATGAT
AATGGACACA AGCAAGCCTT TAGCTCTATT AACATTTCCA GTGGTCGTGC AACAGTTATA
CTTTCAGATG CTAATCAAGT TAACCCAGAT AAAATATCAT GGGGATATAG AGGCGGCACT
CTTGATTTAA ATGGAAATAA TGTAACCTTT ACTCGTCTTC AGGCTGCAGA TTATGGTGCT
ATTATTTCTA ACAATAACAA TAACAAAAAC AAATCTGAAT TAACACTTAA ATTACAAACA
CTAAATGAAA ATGACATTAG TGTTGATGTG AAGACATATG AAGTTTTTGG GGGGCGTGGT
AGTCCAGGTG ACTTATATTA TGTTTCTGCA TCAAATACTT ACTTTATCCT GAAATCAAAG
GCGTACGGTC CATTTTTCAG TGATTTAGAT AATACCAATG TCTGGCAAAA TGTTGGTCAC
GATCGTGATA AAGCGATTCA AATCGTGAAA CAGCAGAAGA TTGAGGAAAG CTCTCAACCT
TATATGTTTC ATGGACAACT TAATGGTTAT ATGGATGTAA ATATACATCC ACTCTCTGGT
AAGGATGTGC TGACTCTTGA TGGTTCTGTT AATCTGCCTG AAGGGGTGAT AACGAAAAAG
TCAGGTACTC TGATATTCCA GGGGCATCCG GTGATTCATG CTGGAATGAC AACCTCAGCC
GGCCAGAGTG ATTGGGAAAA CCGTCAGTTT ACAATGGATA AACTGAAGCT TGATGCAGCA
ACATTCCATC TCTCCAGAAA TACTCGTATG CAAGGAGATA TTAGTGCTGC CAACGGAAGT
ACCGTCATTC TGGGAAGTTC TCGGGTCTTT ACTGACAAGA ATGATGGAAC CGGTAATGCA
GTATCTTCTG TTGAAGGGAG TTCCACTGCA ACAACAGCTG CTGACCAAAG TTATTACAGT
GGTAATGTGC TGCTCGAAAA CCATTCGTCT CTGGAGGTCA GGGAGAATTT TACTGGTGGT
ATTGAGGCTT ATGACAGTTC TGTTAGTGTG ACCTCTCAGA ATGCTATTCT TGACCATGTT
GGTAGCTTTA TTAATAGTAG TCTGCTTCTC GAAAAAGGAG CAAAACTGAC TGCACAGAGT
GGTATTTTCA CAAATAACAC TATGGAAATA AAAGAAAACG CCTCTCTGAC TCTGACAGGG
ATCCCTTCTG TAGGAAAGCC GGGGTATTAT TCACCTGTAA TCTCGACTAC AGAAGGAATT
CATCTCGGTG AGCGGGCCAG CCTTTCAGTG AAAAATATGG GCTATCTGAG TTCAAATATT
ATAGCAGAGG ACTCTGCAGC AATTATTAAT CTGGGAGACA GTAATGCAAC TATCGGGAAG
ACGGACTCTC CATTATTCAA TACCTTAATG AGGGGATATA ATGCTGTTTT GCAGGGCAAT
ATTATGGGGC CACAGAGCTC AGTGAATATG AACAATGCTC TGTGGCACTC TGATAGAAAT
TCGGAAATCA AAGAGCTGAA AGCCAACGAC TCCCAAATAG AGTTAGGTGG AAGAGGGCAT
TTTGCAAAAC TGCGGGTAAA AGAGCTTATT GCGTCTAACT CAGTGTTTCT TGTACATGTA
AACAATGGCC AGGCTGACCA GTTGAATGTT ACCGGCAAAC TGCAGGGCAG CAATAATACT
ATTCTTGTTA ACTTTTTTAA CAAAGCAGCC AATGGTACAA ATGTGACGTT AATCACTGCA
CCAAAAGGCA GTGATGAAAA TACATTCAAG GCCGGAACCC AGCAGATTGG ATTCAGTAAT
ATCACGCCAG AAATCAGGAC AGAAAATACG GATACAGCCA CAAAGTGGGT GCTGACTGGA
TATCAGTCTG TCGCTGATGC CAGAGCCTCG AAAATCGCAA CGGACTTTAT GGATTCAGGT
TATAAATCCT TCCTGACGGA AGTCAATAAT CTGAACAAAC GTATGGGGGA TTTACGGGAT
AGTCAGGGAG ATGCTGGAGG GTGGGCGCGT ATCATGAATG GTACCGGTTC AGGTGAGAGT
GGTTACAGAG ATAACTATAC CCACGTTCAG ATTGGTGCAG ACAGAAAGCA TGAGCTGAAC
GGTCTAAATT TATTCACCGG TGCATTACTG ACCTATACAG ACAGCAATGC CAGCAGCCAG
GCTTTCAGCG GTAAAACAAA ATCGCTAGGG GGAGGGGTGT ATGCATCAGG TCTCTTTGAG
TCTGGAGCTT ATTTTGACCT GATTGGTAAA TATCTCCATC ATGATAATCG GTATACGTTG
AATTTTGCCT CCCTGGGGGA AAGAAGCTAT ACCACCCATT CTTTGTATGC TGGAGCTGAA
ATCGGGTATC GTTATCACAT GTCAGAAAAT ACATGGGTGG AACCACAGAT GGAACTGGTT
TATGGTTCGG TATCAGGAAA GTCATTTAAC TGGAAAGACC AGGGAATGCA ATTGAGTATG
AAAGACAAAG ACTATCACCC ACTAATTGGT CGAACAGGCG TGGATGTAGG TAGAGTGTTC
TCTGGAGATA CCTGGAAAGT AACAGCACGT GCAGGACTGA GTTACCAGTT CGATTTGCTG
GCAAATGGAG AAACTGTTTT ACAGGATGCT TCTGGTAAAA AACACTTCAA AGGTGAAAAA
GACAGCAGGA TGCTAATGAA CGTGGGAACG AATGTGGAAG TTAAAGACAA TATGCGTTTT
GGTCTGGAGT TGGAGAAGTC GGCGTTTGGG AGATATAATA TAGACAACTC TATAAATGCT
AACTTCCGTT ATTATTTCTG A
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| Protein sequence | MNKVFSLKYS FLAKGFIAVS ELARRVSVKG KLKSASSIII SPITIAIVSY APPSLAATVN
ADISYQTFRD FAENKGAFIV GASNINIYDK NGVLVGVLDK APMPDFSSAT MNTGTLPPGD
HTLYSPQYVV TAKHVNGSDI MSFGHIQNNY TVVGENNHNS LDIKTRRLNK IVTEVAPAEV
SSVGAVNGAY QEGGRFTAFY RLGGGLQYIK DKNGNLTPVY TNGGFLTGGT ISALSSYNNG
QMITAPTGDI FNPANGPLAN YLNKGDSGSP LFAYDSLEKK WVLIGVLSSG SEYGNNWVVT
TQDFLNQQQK HDFDKTISYD SKKGSLQWRY DKDAGVGTLS QEGVVWDMHG KKGEDLNAGK
NLQFTGNNGE VILHDSIDQG AGYLQFFNNY TVTSLTDQTW TGGGIITEKG VNVLWQVNGV
NNDNLHKVGE GTLTVNGKGV NNGGLKVGDG TVILNQRPDD NGHKQAFSSI NISSGRATVI
LSDANQVNPD KISWGYRGGT LDLNGNNVTF TRLQAADYGA IISNNNNNKN KSELTLKLQT
LNENDISVDV KTYEVFGGRG SPGDLYYVSA SNTYFILKSK AYGPFFSDLD NTNVWQNVGH
DRDKAIQIVK QQKIEESSQP YMFHGQLNGY MDVNIHPLSG KDVLTLDGSV NLPEGVITKK
SGTLIFQGHP VIHAGMTTSA GQSDWENRQF TMDKLKLDAA TFHLSRNTRM QGDISAANGS
TVILGSSRVF TDKNDGTGNA VSSVEGSSTA TTAADQSYYS GNVLLENHSS LEVRENFTGG
IEAYDSSVSV TSQNAILDHV GSFINSSLLL EKGAKLTAQS GIFTNNTMEI KENASLTLTG
IPSVGKPGYY SPVISTTEGI HLGERASLSV KNMGYLSSNI IAEDSAAIIN LGDSNATIGK
TDSPLFNTLM RGYNAVLQGN IMGPQSSVNM NNALWHSDRN SEIKELKAND SQIELGGRGH
FAKLRVKELI ASNSVFLVHV NNGQADQLNV TGKLQGSNNT ILVNFFNKAA NGTNVTLITA
PKGSDENTFK AGTQQIGFSN ITPEIRTENT DTATKWVLTG YQSVADARAS KIATDFMDSG
YKSFLTEVNN LNKRMGDLRD SQGDAGGWAR IMNGTGSGES GYRDNYTHVQ IGADRKHELN
GLNLFTGALL TYTDSNASSQ AFSGKTKSLG GGVYASGLFE SGAYFDLIGK YLHHDNRYTL
NFASLGERSY TTHSLYAGAE IGYRYHMSEN TWVEPQMELV YGSVSGKSFN WKDQGMQLSM
KDKDYHPLIG RTGVDVGRVF SGDTWKVTAR AGLSYQFDLL ANGETVLQDA SGKKHFKGEK
DSRMLMNVGT NVEVKDNMRF GLELEKSAFG RYNIDNSINA NFRYYF
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