| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Gmet_2422 |
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| Symbol | |
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| ID | 3738437 |
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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 | Geobacter metallireducens GS-15 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007517 |
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| Strand | - |
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| Start bp | 2735356 |
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| End bp | 2738496 |
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| Gene Length | 3141 bp |
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| Protein Length | 1046 aa |
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| Translation table | 11 |
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| GC content | 59% |
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| IMG OID | 637779714 |
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| Product | methyl-accepting chemotaxis sensory transducer with Pas/Pac sensor |
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| Protein accession | YP_385372 |
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| Protein GI | 78223625 |
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| COG category | [N] Cell motility
[T] Signal transduction mechanisms |
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| COG ID | [COG0840] Methyl-accepting chemotaxis protein |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 0.925436 |
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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 | 57 |
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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 | ATGTTTAAAA ACCTGAAGAT TGCATCAAAA CTCTGGGCGG GCTTTGCCGC AATCCTGGCC
GTCATGATTG TGCTGGGGGT GGTGACATAC TTCCAGACAC ACCTCATTGA TAACGACCTC
GCCATAATCT CCGAGGAGAA ATTCCCCAAG ACCGTTCAGG CCCACGAGAT GGTGAACCAA
GCAAATATCG TCGCCCGTGC GGTTCGCAAT GCCATTCTCC TGGATGACCC GGTTCAGAAA
CAGAAAGAAC TGGACCGGAT TCAGGAGGCC TTCCAGAAGT CGGAAGAGAT CGTCGTAGCC
CTAGAAAAAA CGGAAAAGAG CGACGAAGAG AAGGGAAAGC TTAAGACTGT AACTGACGAA
CTGAAAGTGT ATCGTGAGGC TCTCGCAACT GTCATTGCGG ATATCAAGGC CGGCAAGTAC
GCCCAGGCCA AGGTGCTTCT GATAACTACC GTGAGGGATC GGCAGACGGC ATACATGAAA
GGTGTCGACG AGCTGGTCCA GTACCATCGC GCGGCGGTGG AAAAGCTTGG CGTCCAGGGG
GTGACCGCGG GTAAACGGGC ACAGCTCACG GTCATCATTC TGACGATTTT TGGTGTCCTC
TTGGGCGGAT TTCTGGGGCT TGTCATCGCC CGTTCCATCT CCCGGCCGAT CCGTGAATGC
ATGGCCGCTG CCGACAGCAT TGCCGCGGGG AACCTGGATG TGAAGCTCGA TAGCGAGGCC
ACGAACGAGA CCGGCATGCT ACAGGCCTCC ATGGCGCGGA TGGTGGCGGC GATCAATGCT
CTTGCCGCCG ATGCCGGTTC ACTCAATGCC GCGGCTGTCG AAGGGCGGCT CACCCATCGG
GCGGATGTGT CGAAACACCA GGGAGAGTAC CGCAGGATAG TTGAAGGCCT GAATGGAGTC
TTCGACCGGC TCGTGGGGTT CCTCGATGCG ATGCCGGCGC CGGCCATGAT CATCGACAAC
GACTTCTCGA TCCTCTATAT GAACGAACTG GGCGCCAAGG TGGGGGGAAA GACCCAGAAG
GAAGTGATCG GCCGCAAGTG CTACGACCAC TTCAAGACCT CTGACTGCAG GACCGAGAGG
TGTGCCTGTG GCCGGGCAAT TCGGGACGGC CAGGTCTCAA GCAGCGAGAC CGACGCCCAT
CCCATGGCAG GGCTCGATCT CGATATCTCC TACAGCGGCG TGCCGATTCG GGATGCAGCC
GGCAAGGTCA TCGGCGCCTT CGAGGTTGTC ACCGACCAGA CGGCGGTCAA GAAAGCGGCG
CGCCTTGCCG AGAAGGTGGC CGACTACCAG AAATCCGAGA CTGAAAAGCT CGTGGACGGC
CTTTCAAGGC TGGCGCAAGG GGATGCCGGC TTCCGGATCG ATGCCGCTCC CGGTGACGCC
GAGACCAGGG AGGTTCACGA TACGTTCCTT GCTCTCGGCA ATGCGATGAA CACGTGTGTC
AATGCGGTCA ACGCCCTCGT GTCCGACACA GCCGGACTCG CGAAGGCAGC CGTCGAAGGG
CGTCTCACCC ATCGTGCAGA TGCGGCAAAG CACCAGGGCG AATACCGGAA GGTTGTGGAA
GGGGTCAACG AGACCATCGA CCGGCTCGTT GGGTTCCTCG ACGCGATGCC CGCTCCCGCC
ATGATCGTCG ATAACGATTT TTCGATCCTC TATATGAACG AGCTGGGTGC CAAGGTGGGG
GGGAGGACAC AGCAGGAGGT AATTGGCCGC AAGTGTTACG ATCACTTCAA AACCTCCGAC
TGCAAGACCG ACAAGTGCGC CTGCGGCCGC GCCATCCGTG ACGGACAGGT TTCGAGCAGC
GAGACCGACG CTCACCCCGT GGCGGGGCTT GATCTCGATA TTTCCTACAC CGGCGTGCCG
ATCCGGGATA CCGCCGGCAA GATCATCGGC GCCTTTGAGG TGGTCACCGA CCAGACGGCG
GTCAAGAAAG CCGCCCGCAC CGCCCAAAAA GTTGCCGATT ACCAGAATGC CGAGGCGGCA
AAGCTGACCG GTACCCTTGT CAAACTGGCT CAAGGCGATG TGAATATCCA TATCGAACCG
GCTCCGGCCG ACGGGGATAC CGAATCTGTC CACAAAACCT TCTCCGAAAT TGCGCGTAAC
ATAAACTCAC TGGTGGCGGC GACTCGTTCC ATGGTCACGG CCGCAAAAGA AGTTGCGGCC
GGCAATCTAA CCGTGGAGCT CACCCAGCGT TCGGAAGCCG ATGAATTGAT GCAGGCTTTG
TCGGAAATGG TCAGGCAGTT GACCGCCGTT GTGACCGAGG TCAAGACTGC TGCCGACAAC
GTTGCGTCCG GATCGGCCCA GATGAGCTCT GGCTCCGAGG AGATGAGCCA GGGGGCCACC
GAGCAGGCAG CGGCAGCCGA AGAGGCCTCC TCAAGCATGG AGGAAATGAG TTCTAACATT
CGGCAGAATG CCGATAATGC TGCCCAGACC GAAAAAATCG CCATGAAGAG CGCCGCGGAT
GCCAAGGCCG GGGGGGAGGC GGTGGCCGAG ACCGTGGTCG CCATGAAGGA TATCGCAGGG
AAAATCAGCA TCATCGAGGA GATTGCCCGA CAAACGAACC TCCTGGCTCT CAACGCCGCC
ATCGAGGCGG CCCGGGCCGG CGAGCACGGC AAAGGCTTTG CGGTGGTGGC CGCCGAGGTG
AGAAAGCTCG CCGAGCGGAG CCAGAAGGCA GCCGGGGAGA TCAGCCAGCT GTCGTCAGCC
AGTGTCGAGG TTGCGGAACG GGCCGGCGAG ATGCTGGGGC GGATGGTCCC CGATATCCAG
CGGACCGCTG AGCTTGTCCA GGAAATCAGC GCTGCGAGCC GTGAGCAGGA TACCGGCGCC
GAACAGATCA ATAAGGCGAT CCAGCAGCTG GACCAGGTGA TCCAGCAGAA CGCCGGCGCC
GCCGAGGAGA TGGCCTCCAC TGCCGAAGAA CTCTCGGCCC AGGCAGAGCA ACTCCAGTCA
ACTATCAGTT TTTTCAGGCT CAAGAATGAG GGTAGCCGCA ACCCCGCATC CAAGCTGGCA
AAAACCCGAA ACCGGGTCCA GGTCGGCCAT ATTGCAGCCG ACAATGGCCA TTCGGGAAAA
CTCGCTCCTG GCACTGCCAA AGGGTATGCG TTCGAAATGG AAAACAGTGA CGCCATGGAC
GCTGAATTCG AAAAGTTCTG A
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| Protein sequence | MFKNLKIASK LWAGFAAILA VMIVLGVVTY FQTHLIDNDL AIISEEKFPK TVQAHEMVNQ
ANIVARAVRN AILLDDPVQK QKELDRIQEA FQKSEEIVVA LEKTEKSDEE KGKLKTVTDE
LKVYREALAT VIADIKAGKY AQAKVLLITT VRDRQTAYMK GVDELVQYHR AAVEKLGVQG
VTAGKRAQLT VIILTIFGVL LGGFLGLVIA RSISRPIREC MAAADSIAAG NLDVKLDSEA
TNETGMLQAS MARMVAAINA LAADAGSLNA AAVEGRLTHR ADVSKHQGEY RRIVEGLNGV
FDRLVGFLDA MPAPAMIIDN DFSILYMNEL GAKVGGKTQK EVIGRKCYDH FKTSDCRTER
CACGRAIRDG QVSSSETDAH PMAGLDLDIS YSGVPIRDAA GKVIGAFEVV TDQTAVKKAA
RLAEKVADYQ KSETEKLVDG LSRLAQGDAG FRIDAAPGDA ETREVHDTFL ALGNAMNTCV
NAVNALVSDT AGLAKAAVEG RLTHRADAAK HQGEYRKVVE GVNETIDRLV GFLDAMPAPA
MIVDNDFSIL YMNELGAKVG GRTQQEVIGR KCYDHFKTSD CKTDKCACGR AIRDGQVSSS
ETDAHPVAGL DLDISYTGVP IRDTAGKIIG AFEVVTDQTA VKKAARTAQK VADYQNAEAA
KLTGTLVKLA QGDVNIHIEP APADGDTESV HKTFSEIARN INSLVAATRS MVTAAKEVAA
GNLTVELTQR SEADELMQAL SEMVRQLTAV VTEVKTAADN VASGSAQMSS GSEEMSQGAT
EQAAAAEEAS SSMEEMSSNI RQNADNAAQT EKIAMKSAAD AKAGGEAVAE TVVAMKDIAG
KISIIEEIAR QTNLLALNAA IEAARAGEHG KGFAVVAAEV RKLAERSQKA AGEISQLSSA
SVEVAERAGE MLGRMVPDIQ RTAELVQEIS AASREQDTGA EQINKAIQQL DQVIQQNAGA
AEEMASTAEE LSAQAEQLQS TISFFRLKNE GSRNPASKLA KTRNRVQVGH IAADNGHSGK
LAPGTAKGYA FEMENSDAMD AEFEKF
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