| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Glov_0268 |
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| Symbol | |
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| ID | 6367090 |
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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 lovleyi SZ |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010814 |
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| Strand | + |
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| Start bp | 243384 |
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| End bp | 246737 |
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| Gene Length | 3354 bp |
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| Protein Length | 1117 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 642675660 |
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| Product | type III restriction protein res subunit |
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| Protein accession | YP_001950517 |
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| Protein GI | 189423340 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.885001 |
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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 CAACAGCTCA TTTTCCCGCA CCCGGGGGAA TGAACTGAAC
AAGGGCTACT ACCCGACCTT TCCATCCGAT GTTCAAACGG TACTCCGTAT TCTGGAACCG
TCATTCGGTT GGAAAAGCCG GCGCTACAAT GCCCTGAAAA CCATATCCGT CCTTGACCCC
TGTGCGGGTT CGGGCGAATT CCTTACCACG ATAACCCGTT GGCTCAAACG GCGCTATGCT
GCATCCAACG GTTCACCTCA CGAAATCCTT TCCTACGCCG TTGAACTGGA TGCCGGCAGG
TTCGCCAGGA TTCACGGGAC AACCCAGAAG CTTAACTCGT CGTTCTTTGA CGTAGAGTTA
TCCGGCAAGT TCAATCTGAT TCTGCTGAAT CCACCCTACA ACAAGGCCGC CGGCAACGAA
CTCGTCACCT GGATGGAAAA GACTGCACCT CTGCTTGCTT ATGAAGGAGT GATGGTTCTC
ATCATTCCCG AGTATGAGCT GAAAGGGAGA CTGCTGGACA TAATCCAGGG GACGTTTCCG
TTTGCCTACG CTTTCCAGAG CGAGGAATAC GCCCGCTTCA AGCAGGTGGT CGTGTTTCTG
GCAAAGAACC AGGACAACAG CAGCGAAATC TATCATCAGT ACACACGTTA TCAGAGTTGG
CCCGCTGCCA ACCTGGGGGA TGGAGCGGTA CGGGGGAAGT ACACCGTGCC GGGCAAACGC
CAGACTCTTT CCCTTGGCGG CAGCAATGGC AGCAACCGCC CGCTCATGAC CGCCCGCGAC
CTCACGGAGC TTTACCGGGA GTGCGAGGAC CGGCTCGACA AAGCGGCAGT CATGGTGCTG
GACCGGCAGT ATCCGTCGTC CTACGACACC AGCATCCAGC CCATCTCAAC CCTGCGAACG
GCGCATGCCG TCCAACTGGC AGCTATGAAC AGCCAGATCG AATCCGTCAC CATCAACGGC
GACTTCTTCC TGGCCAAATT CATGGTCATC ACCAAAACCG AGACCTTCAA GGACCCGGAG
AACAACTGCG AGACGATGGT CTGCAAGCCC ACCGTCGAAG CCTTTCTGAT GGACCGCCAC
GGGCACGTCA AGCCGGCCCG GGAACATGGG TTCGACTACT ACGAACTCAA CAGCCGTCTC
TCATCGGTGC TTCTGCAAAA ACTCTCGCGG CTCTACCAGC CCCTTCATGA AATCGGCCAG
GACGAAACAT ACCTGGTTGA TGAACTGCAG GGGATCGGTC TGCTCCCCCC ACAACGGGAA
GCGGTCAAGG CCGTCATCAA GGCCTACCGC TCAGGACGCC GGGGCATTGG TATTCGTGCC
AACACCGGCA CGGGTAAAAC ATGGATGGCG AAAGCGGTCA AGTACCTCAC TGAGGCAAAA
CGCACGGTGA TGGTATCGGA ACCGCAGCTC ATCCCCCAGT TGGCAAAGGA GTACGCCAAC
GAGGGTTTCA ATGTGCATGT CATCGACTCC TGGGAAGCCC TGAAGGAACT TACCGCAACC
AGGCCGCACG GTCTCTATCT GATCGCCTAC ACGCGGCTCC GCATGCACCC GAAATACCGG
CTCTGTATCA AGAGTCGTAA AACCATCGTC AAGAAGGATG GTCACAGCTC CGTTGAATAC
ACGGAAGTCT GCCCATCATG CCGTTCGCCT CTATCCGAGA AAATCCGCAA AGGTGACAAA
CCCAAGTGCT TGTACTGCGG CGAACCGCTC TTTACCTATA TTCCTGAAAA TGACCGACCT
GTCATGACCT ATCGTCGCTG GATCAGCGAA ATCGAGAACA ACGGCACCGC CACGGAAGCC
AGGACGCACA ACAAGCAGCT TCCGTACATC CGGCTCTTGA AGCGGATACC GTTCGACCTC
GCCATCTTCG ACGAAGCCCA CAACGCGGCC AACCTGATGA GTAACCAGGG GACCGCGTTC
ATCCGGCTTG CCGCAACCGC CAAGAAGGTT CTCGCCCTCA CCGCCACCGT GACCAACGGT
ATGGCGAAAT CCATCTATAA CATCCTGTGG GGGTTGAATC CAATGCAAAT GCGGAGTGCC
GGCTGGGAGA TGAAGTCGGC CACTGATTTC CAGACAAAAT ACGGTGCGTT CAAGACCGTC
AGGAAAACCG ATGAGAAAAA CCGTCACCGT GAATCGGAGC GTGTCACCAC CTACGATACG
GCTGGCATCT CACCGGCAGC CCTGATCTTT ACGATTCCCA ATTTCGTAAA TGTGGACAGT
GACGACTTCG ACGATCTGCC TCCTGTGGAA CGGGAAGTCA TCAAGTGTCA ATCACACGCC
CTGGTGGAAA CCTGTCACCG GAGCATCGAA AACATCATCG AAAAGGCAGA CCTGCCACCG
GAAGACCTTA TGGCAGCTGC AGCCGTCCGC AATGCAGCGT TCCTGCGTGT CAGCGACACG
TTCCGGCATT ACAACGACGA ATTGAAACTG CGGGATATTC CGCTCGGCAC ACTGCACCGG
CTGTCGCTTC CCGACGGGGA GCTGCTGCTG GAAAAAGAAG AAAAACTGAT CGGTATCGCC
CAGGGGGTGA TCGACCGGGG AGAGCGTCTG CTGGTCTATA CCGGCAACAC GCAGAAGATC
GACATGCGTC CCATCCTGAA ACGCATCCTT CGGGATAACG TTCAGGGCGC CAGCATCGAG
ATCCTGCCCG ACTCGGTTGC TCCTGAAAAG CTGGTTGGAT GGTTCGAGCA GGTAACGGCC
CAGGTCGTTG TCGTCTCTTT CCACCGCGTT GCCACGGGTC TCAACCTATC CCAGTTCAAC
AACCTTGTCT GGTACGACTA CACGTCCAAT ACCAGGCTGG CCGAACAGGG AGACGGGAGA
ATCCGTCGCG TCAATACCGC TGACATCCAC CGGGCTCAGT TCGGGGAAGT TCGTCCCGTC
CGTTACTGGT ATCTCACCTC ATCGGAAGTC CAGGCACTGC AGCTTGCCTA CACCCTGGAG
AAGAGGATGG TCGCCAAGCT CGCGGAGGGG GAAACACCTG ACATCGACCC GGCTGAATGC
AGCAGCCAGT CGTTTTCATC TCTGATGACA AAGGCGCTCA AGGAGGGGAA CTTCAATTAC
ACGGACCCGT CGTCCCTGTT GAAGAAGATG ACCCAGCACG AGAATGCCCG AGTCAGGGGA
GACAACAAGG GAGAAGCGCC GATCAAAAGC AACATCATCC ATCTACCAAT CACCAAGCCG
GAACCTGCTC CAGTTCCACC ATCCATTGCA GTCATTCATT GTGAAGACGG CAGAGAGGTC
ACTCGGGACT TGTCATTCGG CATGTACCAG ACCTTGCTGG ATGCGGGAGC CCTGGAGTTC
ACCCTGTTTG GCGTCTATGT GCGTAATCCC GCCCCCAGGC GGAAATACGC CTGA
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| Protein sequence | MELTTTINSS FSRTRGNELN KGYYPTFPSD VQTVLRILEP SFGWKSRRYN ALKTISVLDP
CAGSGEFLTT ITRWLKRRYA ASNGSPHEIL SYAVELDAGR FARIHGTTQK LNSSFFDVEL
SGKFNLILLN PPYNKAAGNE LVTWMEKTAP LLAYEGVMVL IIPEYELKGR LLDIIQGTFP
FAYAFQSEEY ARFKQVVVFL AKNQDNSSEI YHQYTRYQSW PAANLGDGAV RGKYTVPGKR
QTLSLGGSNG SNRPLMTARD LTELYRECED RLDKAAVMVL DRQYPSSYDT SIQPISTLRT
AHAVQLAAMN SQIESVTING DFFLAKFMVI TKTETFKDPE NNCETMVCKP TVEAFLMDRH
GHVKPAREHG FDYYELNSRL SSVLLQKLSR LYQPLHEIGQ DETYLVDELQ GIGLLPPQRE
AVKAVIKAYR SGRRGIGIRA NTGTGKTWMA KAVKYLTEAK RTVMVSEPQL IPQLAKEYAN
EGFNVHVIDS WEALKELTAT RPHGLYLIAY TRLRMHPKYR LCIKSRKTIV KKDGHSSVEY
TEVCPSCRSP LSEKIRKGDK PKCLYCGEPL FTYIPENDRP VMTYRRWISE IENNGTATEA
RTHNKQLPYI RLLKRIPFDL AIFDEAHNAA NLMSNQGTAF IRLAATAKKV LALTATVTNG
MAKSIYNILW GLNPMQMRSA GWEMKSATDF QTKYGAFKTV RKTDEKNRHR ESERVTTYDT
AGISPAALIF TIPNFVNVDS DDFDDLPPVE REVIKCQSHA LVETCHRSIE NIIEKADLPP
EDLMAAAAVR NAAFLRVSDT FRHYNDELKL RDIPLGTLHR LSLPDGELLL EKEEKLIGIA
QGVIDRGERL LVYTGNTQKI DMRPILKRIL RDNVQGASIE ILPDSVAPEK LVGWFEQVTA
QVVVVSFHRV ATGLNLSQFN NLVWYDYTSN TRLAEQGDGR IRRVNTADIH RAQFGEVRPV
RYWYLTSSEV QALQLAYTLE KRMVAKLAEG ETPDIDPAEC SSQSFSSLMT KALKEGNFNY
TDPSSLLKKM TQHENARVRG DNKGEAPIKS NIIHLPITKP EPAPVPPSIA VIHCEDGREV
TRDLSFGMYQ TLLDAGALEF TLFGVYVRNP APRRKYA
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