| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Gmet_0956 |
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| Symbol | valS |
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| ID | 3738526 |
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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 | 1062475 |
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| End bp | 1065138 |
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| Gene Length | 2664 bp |
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| Protein Length | 887 aa |
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| Translation table | 11 |
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| GC content | 64% |
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| IMG OID | 637778235 |
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| Product | valyl-tRNA synthetase |
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| Protein accession | YP_383923 |
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| Protein GI | 78222176 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0525] Valyl-tRNA synthetase |
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| TIGRFAM ID | [TIGR00422] valyl-tRNA synthetase |
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Plasmid Coverage information |
| Num covering plasmid clones | 34 |
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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 | 72 |
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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 | ATGGCAGACA AGGAACTGGC AAAGGTCTAC GAACCCCAGG CCGTTGAAGA GAAGTGGTAC
CGGACGTGGG AGCGGGAAGG GTACTTCCGC GCCGAAGCGG TGAGCGACAA GCCTTCCTAC
AGCATCGTCA TCCCTCCTCC CAACGTCACG GGGGCCCTCC ACATGGGGCA TGCCCTCAAC
AATACCCTCC AGGACGTCCT CTGCCGATGG AAGCGGATGA GCGGCCACAA TGTCCTCTGG
ATGCCCGGCA CCGACCACGC CGGCATTGCC ACCCAGAACG TGGTGGAGCG GCAGCTTGCC
GCCGAAGGGA AGAGCCGCCA CGAACTGGGG CGCGACGCGT TCATCGAGCG GGTCTGGAAG
TGGAAGGCCG AGTCCGGCGG GCAGATCATC GGGCAGCTGA AGCGCCTCGG TGCCTCCTGC
GACTGGGAGC GGGAGCGCTT CACCATGGAC GAGGGGCTCT CCCGGGCCGT GCGCGAGGTC
TTTGTCCGCC TCTACGAGGA AGGGCTCATC TACCGGGACA ACCGCCTCAT CAACTGGTGC
CCTCGCTGCC ACACGGCCCT CTCGGACATC GAGGTGGAGC ACGAGGAGAA GGCGGGAAAC
CTCTGGCATC TCCGCTACCC CGTGGCGGAT GAACCGGGCC GTTTCGTCGT GGTTGCCACC
ACCCGCCCCG AGACCATGCT GGGGGACACC GCCGTGGCGG TCCACCCCGA GGACGAGCGC
TACGCCGGCC TGGTGGGGAA GACGGTCATC CTGCCGCTGC TGAACAGGCA GATTCCGGTG
GTGGCCGACG ACTACGTGGA CCGGGAGTTC GGCACCGGCG TGGTGAAGAT AACGCCGGCC
CACGACTTCA ACGACTTCGA GGTGGGGCGG CGCCACAATC TCGACGTGAT CAATGTCTTT
GACGAGTCGG GGGTCATCAA TGCCGCCGGC CACCAGTACG AGGGGATGGA CCGCTTCGCT
GCCCGGAAGA AGATCGTGGA GGACCTGGAG GCCCAGGGGC TCCTGGAGAA GATCGACGAC
CACGCCCTGG CCGTGGGTGG GTGCTATCGC TGCAAGACCG TGGTTGAGCC CTACCTCTCG
CTCCAGTGGT ACGTGAAGGT GGGCCCCCTG GCCGAAGAGG CCCTGGCCGC GGTGAAGGAC
GGCCGCACCC GCATCGTTCC CCAGCAGTGG GAGAACACTT ACTACGACTG GATGGAGAAC
ATTCGCGACT GGTGCATCTC CCGTCAGATC TGGTGGGGAC ACCGGATACC GGCCTGGTAC
TGCGACCACT GCGGCGAGAC CACCGTGGCC AAGGTGGATC CGACCAAGTG CTCCAAGTGC
GGCAGCGACG AGATCCGCCA GGAGACCGAC GTGCTGGACA CCTGGTTCTC CTCGGCGCTG
TGGCCCTTCT CCACCTTGGG GTGGCCCGAC CAGACGTCGG AGCTGAAGAC CTTCTACCCC
ACCTCGTGCC TCGTGACCGG CTTCGACATC CTCTTCTTCT GGGTGGCCCG GATGATGATG
ATGGGACTCC ACTTCATGGG AGAGGTGCCG TTCCGCGACG TCTACATCCA CGCCCTGGTC
CGCGACGCCC AGGGGCAGAA GATGAGCAAG TCCAAGGGGA ACGTCATTGA TCCCCTGGTG
GTCATCGACC AGTACGGCAC CGACGCCTTC CGCTTCACCC TGGCGGCCTT CGCGGCCCAG
GGGCGCGACA TCAAGCTGGC CGAGGAGCGG ATCGCCGGCT ACCGGAACTT CGCCAACAAG
ATCTGGAACG CCTCCCGCTT CGCCCTCATG AACCTGGAAG GGTTCGATCC CGACGCCGTC
GATCCGGCGG GTCTGGAGTT CTCCAACGCC GACCGCTGGA TCCTCTACCG GTTCAACGCT
GCCGCGGCCG ATGTGCAGGA GGCTCTGGAA GCCTACCGCT ACAATGACGC TGCAACGGCA
CTCTACCGCT TCACCTGGAG CGAGTTCTGC GACTGGTACA TCGAGCTGGT GAAGGACGAT
CTCTACCGGG GTGACGAAAC CCGCCAGCGG ACGGCCCGCT ACGTCCTTTG GCTGGTACTG
GAGCATCTGT TGCGGCTCCT CCACCCCTTC ATGCCGTTCA TTACCGAGGA GATCTGGCAG
GCCCTCCCCG GCAGGCGTCC CACGGCCACC ATCATGACCG CGTCCTGGCC GACACCGGAC
CCCGCCTGGG ATTTCGCCGC CGGTGCCGCC GAGATGGAGC TGGTTATGGA GGTGATCCGG
GGGATCAGGA ACATCCGGGG AGAGATGGAT GTAGCCCCGT CCCGGGAGAT CGCCGCCATC
CTCAACTGCG GTTCAGAGGC AAGCCTCGAT CTCCTGAAAA AGAACGAGGT CTACATCATG
AGCCTGGCGC GGGTCTCTGA CCTTGCCATC GGCACGGGGC TGGAGCGCCC GGCCGATGCG
GCCATCTCGG TGGCCGGTGA CGTGGAGGTG GCGGTGCCCC TCAGGGGGCT CGTGGACGTG
GAGGAAGAGG AGAAGCGCCT CCTCAAGGAA ATCGGCAAAC TGGACAAGGA CATCGAGTTC
CTGGCGAAGA AGCTTGCCAA TCCTTCCTTC GTTGAGCGGG CCCCCGCAGA CGTGGTGGCC
AAAGAGCGGG AGAAATTGAC GGAGTTCAGC CAGAAGAAAG AGGTTCTCCT GGCAAGTCTC
GACAAGATTC GAAATCTGAA ATAA
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| Protein sequence | MADKELAKVY EPQAVEEKWY RTWEREGYFR AEAVSDKPSY SIVIPPPNVT GALHMGHALN
NTLQDVLCRW KRMSGHNVLW MPGTDHAGIA TQNVVERQLA AEGKSRHELG RDAFIERVWK
WKAESGGQII GQLKRLGASC DWERERFTMD EGLSRAVREV FVRLYEEGLI YRDNRLINWC
PRCHTALSDI EVEHEEKAGN LWHLRYPVAD EPGRFVVVAT TRPETMLGDT AVAVHPEDER
YAGLVGKTVI LPLLNRQIPV VADDYVDREF GTGVVKITPA HDFNDFEVGR RHNLDVINVF
DESGVINAAG HQYEGMDRFA ARKKIVEDLE AQGLLEKIDD HALAVGGCYR CKTVVEPYLS
LQWYVKVGPL AEEALAAVKD GRTRIVPQQW ENTYYDWMEN IRDWCISRQI WWGHRIPAWY
CDHCGETTVA KVDPTKCSKC GSDEIRQETD VLDTWFSSAL WPFSTLGWPD QTSELKTFYP
TSCLVTGFDI LFFWVARMMM MGLHFMGEVP FRDVYIHALV RDAQGQKMSK SKGNVIDPLV
VIDQYGTDAF RFTLAAFAAQ GRDIKLAEER IAGYRNFANK IWNASRFALM NLEGFDPDAV
DPAGLEFSNA DRWILYRFNA AAADVQEALE AYRYNDAATA LYRFTWSEFC DWYIELVKDD
LYRGDETRQR TARYVLWLVL EHLLRLLHPF MPFITEEIWQ ALPGRRPTAT IMTASWPTPD
PAWDFAAGAA EMELVMEVIR GIRNIRGEMD VAPSREIAAI LNCGSEASLD LLKKNEVYIM
SLARVSDLAI GTGLERPADA AISVAGDVEV AVPLRGLVDV EEEEKRLLKE IGKLDKDIEF
LAKKLANPSF VERAPADVVA KEREKLTEFS QKKEVLLASL DKIRNLK
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