| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | EcolC_3151 |
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| Symbol | |
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| ID | 6066481 |
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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 ATCC 8739 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010468 |
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| Strand | - |
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| Start bp | 3451662 |
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| End bp | 3455024 |
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| Gene Length | 3363 bp |
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| Protein Length | 1120 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 641602567 |
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| Product | potassium efflux protein KefA |
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| Protein accession | YP_001726101 |
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| Protein GI | 170021147 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG3264] Small-conductance mechanosensitive channel |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.800258 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.703774 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACTATGT TCCAGTATTA CAAACGATCA CGGCATTTTG TTTTTTCAGC ATTTATTGCT
TTTGTTTTTG TCTTGTTATG CCAGAACACG GCGTTTGCGC GGGCGTCATC GAATGGTGAT
CTGCCGACAA AAGCGGACCT GCAGGCGCAA CTTGACTCAC TAAATAAACA AAAAGATCTT
TCTGCTCAGG ACAAACTGGT GCAGCAGGAT CTGACAGATA CATTAGCCAC CCTCGATAAA
ATCGATCGCA TAAAAGAAGA GACAGTTCAG CTACGGCAAA AAGTCGCTGA AGCGCCGGAA
AAAATGCGCC AGGCGACCGC GGCGTTAACA GCACTTAGCG ATGTCGATAA CGACGAAGAA
ACGCGCAAAA TTCTGAGCAC GCTTTCGTTG CGCCAGCTGG AAACTCGCGT TGCCCAGGCG
CTGGACGATT TGCAAAACGC ACAAAACGAT CTGGCGTCTT ATAACAGCCA GCTGGTTTCG
TTACAGACGC AGCCCGAACG CGTGCAAAAT GCGATGTATA ACGCTTCGCA GCAGCTGCAA
CAAATTCGCA GTCGTCTGGA TGGGACTGAT GTCGGCGAGA CAGCCTTACG TCCCAGCCAG
AAAGTGTTAA TGCAGGCCCA GCAGGCGTTG CTGAATGCGG AGATTGACCA GCAGCGTAAA
AGCCTGGAAG GGAACACCGT CTTGCAGGAT ACCTTGCAAA AGCAACGTGA TTACGTGACG
GCGAACAGCG CTCGTCTGGA GCACCAGTTA CAACTGTTGC AAGAAGCGGT AAACAGCAAG
CGCCTGACTT TAACCGAAAA AACGGCGCAG GAAGCCGTCT CCCCGGATGA AGCCGCGCGT
ATTCAGGCTA ATCCGCTGGT GAAGCAGGAA CTGGAAATTA ACCAGCAGTT AAGTCAGCGT
CTGATTACCG CGACTGAAAA CGGTAATCAG TTGATGCAGC AAAACATTAA AGTCAAAAAC
TGGCTGGAGC GGGCGCTGCA ATCGGAACGC AATATTAAAG AGCAGATTGC CGTCCTGAAG
GGCAGCCTGC TGTTGTCTCG TATCCTTTAC CAGCAACAAC AAACGCTGCC CTCGGCGGAT
GAACTGGAAA ACATGACCAA CCGCATCGCG GATTTGCGTC TCGAACAGTT TGAAGTTAAC
CAGCAGCGTG ATGCACTCTT CCAGAGCGAT GCGTTCGTCA ACAAACTGGA AGAAGGTCAC
ACCAACGAAG TCAACAGCGA AGTTCACGAT GCGTTATTGC AAGTGGTTGA TATGCGTCGC
GAATTGCTGG ATCAACTCAA CAAACAGTTG GGTAACCAGC TGATGATGGC CATTAACCTG
CAAATCAACC AGCAGCAGTT AATGAGTGTG TCGAAAAACC TGAAATCCAT CCTGACTCAG
CAAATCTTTT GGGTGAACAG TAACCGTCCA ATGGACTGGG ACTGGATCAA AGCGTTCCCG
CAAAGCCTGA AAGATGAATT TAAGTCGATG AAAATCACGG TGAACTGGCA AAAAGCCTGG
CCCGCCGTTT TTATCGCTTT CCTCGCTGGT TTGCCGCTGC TGTTGATTGC CGGGCTGATC
CATTGGCGTC TGGGCTGGCT GAAAGCGTAT CAACAAAAAC TGGCTTCCGC TGTGGGTTCC
CTGCGTAACG ACAGCCAGCT CAACACACCA AAAGCGATCC TTATCGACCT GATCCGTGCG
CTGCCGGTGT GCCTGATTAT TCTCGCGGTT GGCCTGATTC TGTTGACCAT GCAGCTCAAC
ATCAGCGAAC TGCTATGGTC GTTCAGCAAA AAACTGGCGA TATTCTGGCT GGTGTTTGGC
CTGTGCTGGA AGGTACTGGA GAAAAACGGC GTTGCCGTAC GTCACTTCGG CATGCCGGAA
CAGCAGACCA GCCACTGGCG TCGGCAAATT GTCCGCATCA GTCTCGCATT GCTGCCTATC
CATTTCTGGT CTGTGGTGGC AGAACTTTCC CCGCTGCATC TGATGGATGA TGTGCTGGGG
CAAGCGATGA TTTTCTTCAA CCTGCTGCTG ATTGCCTTCC TGGTATGGCC GATGTGCCGC
GAAAGCTGGC GTGATAAAGA GTCGCACACC ATGCGACTGG TCACCATTAC CGTGCTGTCG
ATAATCCCGA TTGCGCTGAT GGTGCTGACT GCTACAGGCT ACTTCTACAC TACGCTGCGT
CTGGCAGGAC GCTGGATTGA AACCGTTTAT CTGGTGATCA TCTGGAACCT GCTGTACCAG
ACGGTACTGC GTGGCTTAAG CGTAGCGGCG CGGCGTATCG CCTGGCGTCG TGCGCTGGCG
CGTCGGCAGA ATCTGGTGAA AGAGGGCGCA GAAGGTGCTG AACCGCCGGA AGAACCCACC
ATTGCACTGG AGCAAGTTAA CCAGCAGACG CTGCGTATTA CCATGTTGCT GATGTTTGCG
CTGTTCGGTG TCATGTTCTG GGCAATTTGG TCCGATTTGA TCACCGTGTT CAGCTATCTC
GACAGCATCA CGCTCTGGCA TTACAACGGC ACTGAAGCTG GCGCTGCGGT GGTGAAAAAC
GTCACCATGG GCAGTCTGTT GTTTGCGATT ATCGCCTCAA TGGTGGCCTG GGCGTTGATT
CGCAACCTGC CTGGTTTACT GGAAGTGCTG GTGCTCTCGC GACTGAATAT GCGCCAGGGC
GCGTCGTATG CCATTACTAC CATCCTTAAC TACATCATTA TTGCTGTTGG TGCGATGACG
GTGTTCGGAT CGCTGGGCGT CTCTTGGGAT AAACTCCAGT GGCTGGCCGC AGCATTATCC
GTAGGTCTTG GTTTTGGTTT ACAAGAAATT TTCGGTAACT TCGTCTCCGG TTTGATCATT
CTATTCGAAC GTCCGGTGCG TATTGGCGAT ACGGTAACCA TTGGTAGCTT CTCGGGGACG
GTAAGTAAGA TCCGTATTCG TGCGACAACG ATTACCGATT TCGATCGCAA AGAAGTGATC
ATCCCGAACA AAGCGTTTGT TACCGAGCGT CTGATCAACT GGTCGTTGAC TGACACTACT
ACGCGTCTGG TGATCCGTCT CGGCGTGGCC TATGGCTCCG ATCTGGAAAA AGTGCGTAAA
GTGTTACTGA AGGCGGCGAC TGAGCACCCA AGAGTGATGC ACGAACCAAT GCCGGAAGTC
TTCTTTACGG CGTTTGGTGC CAGCACGTTG GATCATGAGC TGCGTCTGTA TGTGCGTGAA
CTGCGTGACC GTAGTCGTAC TGTCGATGAG CTGAACCGTA CTATCGATCA GCTGTGCCGT
GAAAACGACA TCAACATTGC CTTTAACCAG CTTGAAGTGC ATCTGCACAA CGAGAAGGGC
GATGAGGTGA CGGAAGTAAA ACGCGACTAC AAAGGCGACG ATCCGACACC AGCGGTTGGG
TAA
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| Protein sequence | MTMFQYYKRS RHFVFSAFIA FVFVLLCQNT AFARASSNGD LPTKADLQAQ LDSLNKQKDL
SAQDKLVQQD LTDTLATLDK IDRIKEETVQ LRQKVAEAPE KMRQATAALT ALSDVDNDEE
TRKILSTLSL RQLETRVAQA LDDLQNAQND LASYNSQLVS LQTQPERVQN AMYNASQQLQ
QIRSRLDGTD VGETALRPSQ KVLMQAQQAL LNAEIDQQRK SLEGNTVLQD TLQKQRDYVT
ANSARLEHQL QLLQEAVNSK RLTLTEKTAQ EAVSPDEAAR IQANPLVKQE LEINQQLSQR
LITATENGNQ LMQQNIKVKN WLERALQSER NIKEQIAVLK GSLLLSRILY QQQQTLPSAD
ELENMTNRIA DLRLEQFEVN QQRDALFQSD AFVNKLEEGH TNEVNSEVHD ALLQVVDMRR
ELLDQLNKQL GNQLMMAINL QINQQQLMSV SKNLKSILTQ QIFWVNSNRP MDWDWIKAFP
QSLKDEFKSM KITVNWQKAW PAVFIAFLAG LPLLLIAGLI HWRLGWLKAY QQKLASAVGS
LRNDSQLNTP KAILIDLIRA LPVCLIILAV GLILLTMQLN ISELLWSFSK KLAIFWLVFG
LCWKVLEKNG VAVRHFGMPE QQTSHWRRQI VRISLALLPI HFWSVVAELS PLHLMDDVLG
QAMIFFNLLL IAFLVWPMCR ESWRDKESHT MRLVTITVLS IIPIALMVLT ATGYFYTTLR
LAGRWIETVY LVIIWNLLYQ TVLRGLSVAA RRIAWRRALA RRQNLVKEGA EGAEPPEEPT
IALEQVNQQT LRITMLLMFA LFGVMFWAIW SDLITVFSYL DSITLWHYNG TEAGAAVVKN
VTMGSLLFAI IASMVAWALI RNLPGLLEVL VLSRLNMRQG ASYAITTILN YIIIAVGAMT
VFGSLGVSWD KLQWLAAALS VGLGFGLQEI FGNFVSGLII LFERPVRIGD TVTIGSFSGT
VSKIRIRATT ITDFDRKEVI IPNKAFVTER LINWSLTDTT TRLVIRLGVA YGSDLEKVRK
VLLKAATEHP RVMHEPMPEV FFTAFGASTL DHELRLYVRE LRDRSRTVDE LNRTIDQLCR
ENDINIAFNQ LEVHLHNEKG DEVTEVKRDY KGDDPTPAVG
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