| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | GSU2164 |
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| Symbol | |
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| ID | 2685888 |
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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 sulfurreducens PCA |
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| Kingdom | Bacteria |
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| Replicon accession | NC_002939 |
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| Strand | + |
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| Start bp | 2377156 |
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| End bp | 2380512 |
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| Gene Length | 3357 bp |
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| Protein Length | 1118 aa |
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| Translation table | 11 |
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| GC content | 57% |
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| IMG OID | 637126856 |
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| Product | hypothetical protein |
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| Protein accession | NP_953213 |
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| Protein GI | 39997262 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG4096] Type I site-specific restriction-modification system, R (restriction) subunit and related helicases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.736314 |
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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 | ATGGAACTTA CCACTACCAT CAACAGCTCG TTTTCCCGCA CCCGGGGGAA TGAACTGAAC
AAGGGGTACT ACCCGACCTT TCCATCTGAC GTTCAGACGG TACTTCGTAT CCTGGAGCCG
TCATTCGGTT GGAAAAGCCG GCGCTACAAT GCCCTGAAAA CCATATCAGT CCTTGACCCC
TGCGCGGGTG AAGGCGAATT CCTGACCACA GTGACTCGCT GGCTCAAAAG GCGCTTTGCC
GCCTCCAACG GTTCACCTCA CGAAATCCTC TCCTATGCCG TTGAACTGGA TGCCGGCAGG
TTCGCCAGGA TTCACGGGAC AACCCAGAAA CTCAACTCGT CGTTCTTCGA CGTGGAGCTT
TCCGGCAAGT TCAATCTGAT CTTGCTGAAT CCGCCTTACA ACAAGGCCGC CGGCAACGAA
CTGGTCACCT GGATGGAAAA GACAGCGCCC CTGCTGGCCT ACGAAGGAGT GATGGTTCTC
ATCATTCCCG AGTATGAACT GAAAGGGAGG CTGCTGGACA TCATCCAGGG TACGTTTACC
TTTGCCTACG CCTTCCAAAG CGAGGAATAC GCCCGCTTCA AGCAGGTTGT CGTATTTCTG
GCAAAGAATC AGGACAACAG CAGCGAAATC TATCATCAGT ATGTCCGTTA TCAGAGTTGG
CCCGCTGCCA ACCTGGGGGA TGGAGCGGTA CGGGGGAAGT ACACCGTGCC GGGCAAACGC
CAGACTCTTT CCCTTGGCGG CAGCAATGGC AGCAACCGCC CGCTCATGAC GGCCCGCGAC
CTCACGGAGT TTTACCGGGA GTGCGAGGAC CGGCTCGACA AGGCGGCGGG CATGGTACTG
GACAGGCAGT ATCCGTCGTC TTATGACACC AGCATCCAGC CCATCTCAAC CCTGCGAACT
GCGCACGCCG TCCAACTGGC AGCCATGAAC AGCCAGATCG AATCTATCAC CATCAACTGC
GACTTCTTCC TGGCTAAATT CATGGTCATC ACCAAAAACG AGACCTTCAA AGATCCGGAG
AACAACTGCG AGACGATGGT CTGCAAGCCC ACCGTCGAAG CATTTCTGAT GGACCGCCAC
GGGTACGTGA AACCGGCCCG GGAACACGGG TTCGATTATT ACGAACTCAA CAGCCGGCTC
TCATCGGTGC TTCTGCAGAA ACTCTCACGG CTCTACCAGC CCCTTCACGA AATCGGCCAG
GACGAAGCAT ACCTGGTTGA TGAACTGCAG GGGATCGGTC TGCTCCCCCC GCAACGGGAA
GCGGTCAAGG CCGTCATCAA AGCCTACCGC TCAGGACGCC GGGGTATCGG CATTCGTGCC
AATACCGGCA CCGGGAAAAC ATGGATGGCG AAAGCGGTGA AGTACCTGAC CAATGCGAAA
CGCACGGTGA TGGTATCGGA ACCGCAGCTT ATCCCCCAGT TGGCACGGGA ATACGCCAAC
GAGGGGTTCA ATGTGCATGT CATCGACTCC TGGGAAGTCT TGAAGGAACT TGCCGCAACC
AGGCCGCACG GTCTCTACCT GATCGCTTAC ACACGGCTCA GGATGCACCC GAAATACCGG
CTATGCATCA GGAGTCGTAA AACCATCGTC AAGAAGGATG GCAATAGCTC CGTGGAATTC
ACGGAGGTAT GTCCGTCCTG CCGTTCGCCT CTGACCGAGA AGATCCGCAA GGGTGACAAA
CCCAAGTGCT CATATTGTGG CGAACCGCTC TTTACCTATA TTCCTGAAAA TGACCGCACA
GCCATGACCT ATCGCCGCTG GATCAGCGAG ATCGAGAACA ACGGCACCGC CACGGAAGCA
CGGACGCACA ACAAACAGTT GCCGTACATC CGATTCCTCA AGCGGATTCC ATTCGACCTC
GCCATCTTCG ACGAAGTTCA TAACGCGGCC AACCTGATGA GCAATCAGGG GACCGCGTTC
ATCCGGCTTG CCGCAACTGC TGCCAAAGTT CTCGCCCTCA CCGCCACCGT GACCAACGGT
ATGGCGAAAT CAGTCTACAA CATCCTGTGG GGGCTGAATC CGAAGCAGAT GCGCGACTCC
GGCTGGGAGA TGAAGTCAGC CACAGATTTC CAGACAAAGT ACGGAGCATT CAAAGAGGTC
AGGAAAACCG ATGAAAAGAA CCGTCACCGG GAATCGGAAC GTGTCACCAC CTACGATACC
GCCGGAATCT CGCCGGCAGC CCTGATCTAT ACGCTCCCCA ACTTCGTCAA TGTGGACAGT
GACGACTTCG ATGACCTGCC ACCAGTGGAA CGGGAGGTCA TCAAGTGTCC GTCACACGCT
CTGGTGGAAA CCTGTCACCG GAGCATCGAA AACATCATCG AAAAGGCAGA CCTGCCACCG
GAAGACCTTC TTGCCGCCGC AGCCGTCCGC AATGCCGCTT TTCTGCGTGT CAGCGACACG
TTCCGGCATT ACAACGACGA ACTGAAGCTG CGGGATGTTC CGCTCGGCAC GCTGCACCGG
CTGTCGCTTC CCGACGGGGA GCTGCTGCTG GAAAAGGAAG AAAAACTCAT CGCTATCGCC
CAAGGGGTGA TTGACCGGGG AGAGCGTCTA CTGGTCTATA CCGGGAACAC GCAGAAGATC
GACATGCGCC CCGTCCTGAA ACGCATCCTT CGGGATAACG TCCAGGGCGC CAGCATCGAG
ATCCTGCCCG ACTCGGTTGC ACCTGAAAAG CTGGTTGGAT GGTTCGAGCA GGTAACGGCT
CAAGTCGTTG TCGTCTCGTT CCATCGCGTC GCCACGGGTC TCAACTTGTC CCAGTTCAAT
AACCTTGTCT GGTACGACTA CACGTCCAAT ACCAGACTGG CCGAACAGGG GGACGGGAGA
ATCCGTCGCG TCAACACTGC TGACATCCAC CGGGCTCAGT TCGGGGAAGT TCGTCCCGTC
CGTTATTGGT ATCTCACCTC TTCAGAAGTC CAGGCGTTGC AGCTTGCCTA CACCCTGGAG
AAGAGGATGG TCGCCAAGCT GGCGGAGGGG GAAACACCAG ACATCGACCC GGCGGAATGC
AGCAGCAGCC AGTCGTTTTC ATCCCTGATG ACCAAGGCGC TCAAGGAGGG GAACTTCAAC
TACTCCGACC CGTCGGCACT GTTGAAGAAG ATGACCCAGC ACGAGAACGC CCGCGTCAGG
GGGGACAACA AGGCCGCATC GCCGGTCAGA AACAACGTCA TCCAGCTGCC GGTCACCAGA
CCGGAACCCG TTCCCGTTCC ATCATCCATT GCCGTCATCC ACTGTGAAGG GGGCAAGGAA
ATCACCCGGG AACTGCCGTT CGGCACCTAC CAGACCTTAC TGGATACAGG AGCGCTGGAA
TTCACCCTGT TCGGCGTCTA TCTGCGCCAA CCCGCTCCCA TGCGGAAGCG GGCCTGA
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| Protein sequence | MELTTTINSS FSRTRGNELN KGYYPTFPSD VQTVLRILEP SFGWKSRRYN ALKTISVLDP
CAGEGEFLTT VTRWLKRRFA ASNGSPHEIL SYAVELDAGR FARIHGTTQK LNSSFFDVEL
SGKFNLILLN PPYNKAAGNE LVTWMEKTAP LLAYEGVMVL IIPEYELKGR LLDIIQGTFT
FAYAFQSEEY ARFKQVVVFL AKNQDNSSEI YHQYVRYQSW PAANLGDGAV RGKYTVPGKR
QTLSLGGSNG SNRPLMTARD LTEFYRECED RLDKAAGMVL DRQYPSSYDT SIQPISTLRT
AHAVQLAAMN SQIESITINC DFFLAKFMVI TKNETFKDPE NNCETMVCKP TVEAFLMDRH
GYVKPAREHG FDYYELNSRL SSVLLQKLSR LYQPLHEIGQ DEAYLVDELQ GIGLLPPQRE
AVKAVIKAYR SGRRGIGIRA NTGTGKTWMA KAVKYLTNAK RTVMVSEPQL IPQLAREYAN
EGFNVHVIDS WEVLKELAAT RPHGLYLIAY TRLRMHPKYR LCIRSRKTIV KKDGNSSVEF
TEVCPSCRSP LTEKIRKGDK PKCSYCGEPL FTYIPENDRT AMTYRRWISE IENNGTATEA
RTHNKQLPYI RFLKRIPFDL AIFDEVHNAA NLMSNQGTAF IRLAATAAKV LALTATVTNG
MAKSVYNILW GLNPKQMRDS GWEMKSATDF QTKYGAFKEV RKTDEKNRHR ESERVTTYDT
AGISPAALIY TLPNFVNVDS DDFDDLPPVE REVIKCPSHA LVETCHRSIE NIIEKADLPP
EDLLAAAAVR NAAFLRVSDT FRHYNDELKL RDVPLGTLHR LSLPDGELLL EKEEKLIAIA
QGVIDRGERL LVYTGNTQKI DMRPVLKRIL RDNVQGASIE ILPDSVAPEK LVGWFEQVTA
QVVVVSFHRV ATGLNLSQFN NLVWYDYTSN TRLAEQGDGR IRRVNTADIH RAQFGEVRPV
RYWYLTSSEV QALQLAYTLE KRMVAKLAEG ETPDIDPAEC SSSQSFSSLM TKALKEGNFN
YSDPSALLKK MTQHENARVR GDNKAASPVR NNVIQLPVTR PEPVPVPSSI AVIHCEGGKE
ITRELPFGTY QTLLDTGALE FTLFGVYLRQ PAPMRKRA
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