| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Gmet_3062 |
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| Symbol | |
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| ID | 3741069 |
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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 | 3458900 |
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| End bp | 3462322 |
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| Gene Length | 3423 bp |
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| Protein Length | 1140 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 637780351 |
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| Product | hypothetical protein |
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| Protein accession | YP_386002 |
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| Protein GI | 78224255 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4913] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 46 |
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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 | 49 |
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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 | ATGAAGACAT TGATTAAAGC CGTTCTCATT CAATGGTTCC GCCTTGAAGC CGTAGAAATC
CCAATCGTTG GCAATACAGC CTTCATTGGC GATAATGGCG CTGGCAAATC GGCCTTGCTT
GACGCCATCC AGACTGTGCT GACCGGGGCA AACAAGCGGC TCCTGGTCCT AAATCGGGGG
AGCAATGAAC AATCCTCCCG CAAACTCTGG GAATACGTCC TTGGGGTCAT GTCGGACCCG
AAAAAACCGG AACTTGCCAC GAAGATCAAG CCGCGAGACA AAGCGAATTG CTATCTGGCC
CTGAACTTCC ATGATGTCGA GACCGGGGAA ACCACCTGTG TCGGGCTTGG CATTTATGCT
TGCATGGCAG ACATGGCAGA AAAGGTGGAA GGGTATTTCA TTTGCCCCGG CCTGGTTGGG
CACAAGGACC TGTTCCTGGA ACAGGGCAAA GGCGACAGCA CGATTGTCCT GCCCTGGGCG
CGCGTCAAGG AGCGCTTGGC GAAAAGGTGC CACGCCACCC GGTTTCACCA CGAGCCGGGA
AAATTCACCC AGGATCTCTA CGGCTGCCTG AGTGAACACC CAGGTTCACC CAACAATGAC
AAGACCGTTC TCAAGGCTCT CCAAGCAGCG TTCCGCCTGG AGAAGATCTC CGATCCTACC
GAGTTCATCC GCCGCTACAT GCTCGATCGT GATGACCTGC AGATCAAGGA GCTGCAGAGC
GCCTTGAAAA ATTATCGTGA CATGGCGGAG AAGACCGAAT CGGTTAGTCG GCGGGTCGCT
GATTTGACTC GCCTCGAAGT TTGCTGCGAG AAGGTGGAAA ATGCTCGCGC CCAACATGTG
ATGGCCGAGT ATGTCTCGTT GAATGCCCGT ATCGAGCAGA TTGAGGGAAG CGCCGACCCC
TTGCGGGGCG CGTTGGCCGA TCTTGAAGAG GCCCGCGAGC ATATGGGTAA GGACAAGACG
GTTCTTGAGG ACCAGCAGGC AAAGGTTCAA GAGGAACTCG GTGAGAAACG TGGGGAGTTG
AAGCTCTGTG ATGTCCAAGT CCAGCGGGAT CGCCTGCAAT TAGAAAGTGA TCAGGCAAGG
CAGCGCGAAG GAGATGTGAA GGCGAGGATT ACCGAGATCC GCAGGCTGCT GCAGCGCTTT
GAAAAACTTA AGGATGTGCC GGTCAATGAT TCTCTGGCCG TGGCCATTTC CGATATAGTC
AAACTGATGC CGGGTGACGA CATGATAAGC ACCGCGGTCT GGCCGTCAAA TCCTTCCGAG
GTTGACATCT GTCTTGAATT GCTGCTGGTG GCAGTTGAGC GCTCTTTACC GGAACTGAGC
AGCCGCTATG ATGATTTCTG TGCGGATCAT AAGGACTTGG AGAAGCGGCT GAAAAATCTC
GTTGAAGCAC TCAAGCAGCT ACAACACGGT AAAGCCCCGC TTCAACCAAA CACTCGGAAT
CTGATTCAGT TTTTCAAGAA ACATGGCATT GAATCCAAGC CATTGTGCGA TCTGGTGGAT
GTTGCCGACG AGACGTGGCG CGGCACCATT GAAAGCATTC TCGGCAATAT CCGCGAGGCC
CTGGTAGTGC TTCCTGAGCA GGCCCGCAAG GCAGTTCACC TCTATCGCCA TGAGGGGAGG
CAAGAGTTTC CCGGCTGTCA TATCATCAAT ACAACCCAGA CCGACCGCTG GAAGGCCTCC
AAACAGCAGG GCACTCTAGC CGATTGCCTC AACACCGATG ATGTGCATGC GAGGGCGTTT
ATCAATCGCC GTCTCGGGAA TATCGTCTGC GTCGATACCG AGAAGGACCT GCTTCACCAC
GACCGGGCCG CAACTGCCGA TGGGATGTTG AGTTCCGGTG GTACAGTATC AGAGCTGAAG
AACGTACAGC CAATCTTGGG GAGAGGTTCC CGAGAAGGGT TGCGGGTTGC TTATCAACGT
GATTTGAACG AGCTGTCGAC AAAACAGGCG GGGGTAGTAG GAGAAAAGGA GAATCTCGGC
AGTCTGAAAG TTCTGCTGGA AGATTGCAAG CGGCAGTTCT CGGGCGATGC CGTTATTTCA
TTGTCCGCTC TCGTAGAGCA GCGCACAGCT TCTGAGAAAG CCATCCAGGA GATGCAGGAA
AAACTTGCAG CCTTGGCTTC TGATGCCCGG GAGCAGAAAC TCAGAGATGA AATCAAGAAG
CTTGAGGACA AGGCAGAAGG AATAAAGAAA AGTCTCAAGG ATCTGGATGA AAAGCGCCTT
CAAGCTGAAA AAGAGTACGC ACAAAACGAT GACAAATTGA AGGCTCTTGA CGCTCAGATG
GACGCTCTGC AAGTTGTCTT GGAAGAGAAG CGTGGGAATC CGCTGCTTGA TCCTGCGAAG
GCAGCCGATA CCCTTGACCG GTGGCGCGAG CAGAACGCCG GGGATTTTGC GGCGATCTGT
GAAAGGGCTG AAAAGGAGAT AGGTTCAGCG TTAAAAACAA TCGAAGAAAA CAATACTCGA
ATGATCAAGG AGTACACGGA GTATTATCTC CGCTTCGCTC TGGAAGAGGG CGAAGAATCC
CGACCAGAGC ATTTCGAAGA GTACGCCGTC ACTATCCGAC GGAAGAAAAA ACACCTGGTC
GAAACCACTC TGGCCGAATA CCGCGAAAAA TCGGCCAGAG CACTCCAGGA AGCTGAGGAC
ACCTTCCGCT CCAAGTTTGT AGGCCGCCTG ATAGGCAAGG TCGAGGCCGT AAGAGGGTCG
ATCACCCAGC TTAACAAGAC GCTGGAGAAG CATCCTTTCC ATGGCGAAAT CTACAAGTTT
CGTTCCAGCT CCAACCCAGA ATTTAAGCAT ATCATTGATT TTGCCAAGGC CTGCAATAGC
CCGGCGTCAC GTGAAGTGGG CGGACTGTTT GATCCTGTTG CAGATTCCAA TAGCCCGCAC
CGCAAGGCAT TGGAAGATAT TACCACCGCT TTGCAGGATC CCAAGGCCGC GGAGAGGCTG
CAGGACTACC GGAACTTTCT GGTGTTTGAT GTGGAGATGT GTGATACGGA GGGGACCCCA
ACATCCGACC TCGAACATCG TATCCAGAAG GGTTCCGGTG GCGAAAACCA GACCCCGTTC
TATGTTGCTA TCGGCGCATC ACTGGCAGCG GCCTACCGTC TCAAGGAAGA ATACGGTAAA
CATCACGGTG GCATGAGCTT GGCAGTTTTC GATGAGGCAT TCTCGAAGCT CAGTGTCGCA
ACCTGCCACA GCTGCATCGA GTTTCTGAAG AACATCCAGC TTCAGCTTAT TGTCGCTGCG
CCCGACGAAA AATTCGCCAC AATGGCCGAG GTGATGGACA CTATTGTCTG GGTAACGCGA
GACGGCGGCA CGGTGGAGAC GGAGGTGATT TCCATCAAAC CTGCCATGCG GGCAATGCTG
AGAACCGACA ACCCTTACCG GAAGGCTTCG GGAACGGCGG AGTTCCTTCA TGAACCAGTC
TAG
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| Protein sequence | MKTLIKAVLI QWFRLEAVEI PIVGNTAFIG DNGAGKSALL DAIQTVLTGA NKRLLVLNRG
SNEQSSRKLW EYVLGVMSDP KKPELATKIK PRDKANCYLA LNFHDVETGE TTCVGLGIYA
CMADMAEKVE GYFICPGLVG HKDLFLEQGK GDSTIVLPWA RVKERLAKRC HATRFHHEPG
KFTQDLYGCL SEHPGSPNND KTVLKALQAA FRLEKISDPT EFIRRYMLDR DDLQIKELQS
ALKNYRDMAE KTESVSRRVA DLTRLEVCCE KVENARAQHV MAEYVSLNAR IEQIEGSADP
LRGALADLEE AREHMGKDKT VLEDQQAKVQ EELGEKRGEL KLCDVQVQRD RLQLESDQAR
QREGDVKARI TEIRRLLQRF EKLKDVPVND SLAVAISDIV KLMPGDDMIS TAVWPSNPSE
VDICLELLLV AVERSLPELS SRYDDFCADH KDLEKRLKNL VEALKQLQHG KAPLQPNTRN
LIQFFKKHGI ESKPLCDLVD VADETWRGTI ESILGNIREA LVVLPEQARK AVHLYRHEGR
QEFPGCHIIN TTQTDRWKAS KQQGTLADCL NTDDVHARAF INRRLGNIVC VDTEKDLLHH
DRAATADGML SSGGTVSELK NVQPILGRGS REGLRVAYQR DLNELSTKQA GVVGEKENLG
SLKVLLEDCK RQFSGDAVIS LSALVEQRTA SEKAIQEMQE KLAALASDAR EQKLRDEIKK
LEDKAEGIKK SLKDLDEKRL QAEKEYAQND DKLKALDAQM DALQVVLEEK RGNPLLDPAK
AADTLDRWRE QNAGDFAAIC ERAEKEIGSA LKTIEENNTR MIKEYTEYYL RFALEEGEES
RPEHFEEYAV TIRRKKKHLV ETTLAEYREK SARALQEAED TFRSKFVGRL IGKVEAVRGS
ITQLNKTLEK HPFHGEIYKF RSSSNPEFKH IIDFAKACNS PASREVGGLF DPVADSNSPH
RKALEDITTA LQDPKAAERL QDYRNFLVFD VEMCDTEGTP TSDLEHRIQK GSGGENQTPF
YVAIGASLAA AYRLKEEYGK HHGGMSLAVF DEAFSKLSVA TCHSCIEFLK NIQLQLIVAA
PDEKFATMAE VMDTIVWVTR DGGTVETEVI SIKPAMRAML RTDNPYRKAS GTAEFLHEPV
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