| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Glov_2612 |
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| Symbol | |
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| ID | 6366345 |
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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 | 2794092 |
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| End bp | 2797376 |
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| Gene Length | 3285 bp |
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| Protein Length | 1094 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 642678027 |
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| Product | AsmA family protein |
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| Protein accession | YP_001952845 |
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| Protein GI | 189425668 |
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| COG category | [S] Function unknown |
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| COG ID | [COG3164] Predicted membrane protein |
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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 | 0.74213 |
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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 | ATGCTGAGCA TCCCACGCGC ACGGTTTCTT AAGCTGCTTA TCCTGCTGCT GCTGCTGTTC
GGCTCCCTCT CGCTGGGGCT TTCGATCCTG CTGCCCCGCC TGCTTGACCT GAACAGCTAT
AAAACCCAAT TGACCGAGCT GCTGCAGCAA CAACTGAAGC GTCAGGTCCG GTTGGGAAAC
AGCCAGTTTT CCTGGGTACT TGGCCCTGAA TTCACCTTCA GCGACCTGTA CATCCAGGAA
CGCAACAGCT CTCTTGAATT TCTCTCCGCC CGCCGGATCT CCTTTCGTCT TGCCCTGTTA
CCGCTCCTGA ACAAGAAGAT TGAACTGCGC GAGATCATCA TCGACGATGC CCGGGCCACT
GTCAGCCGGG ACGCGCAGGG CGTCATGAAT ATCGATGACC TGCTACAACC GGCCCCTGAC
GCCTATGACC TGCGGGCCAG GGGGTTGCGT ATCCGCAACG GCACCCTGTT CTGGCGGGAT
CAGGCAAGCG CTGAAATCTG CACCAGACTG ACAGTCTCAG GCATTAACCT GAGTATTGAC
AAGCTGATCC GAGGCAGGAA AAGCTCTTAC AAACTTGCCG CCACGCTGGA AGGCAGCAGT
CCCGGCTCCA TCAACACAGC CGGCACGATC AGACTGCCCA AAACCGGCAA TCTGCTGCAG
CAGACGGATA TTGATGCAAA ACTTGACCTT ACCCAGGTTG AGTACTGGCG TTTCTGGCCC
TATATTGACG ACTATGTGCC GTTTCCCTCC CCCGGTGGCA CCGCTTCCCT GAATCTTGCC
GTAAAAGGAC GCTGGCAGAA CCTGAAGGCC AACGGTACCC TGCTGCTGCG CAATCCCAAA
GTGGTCTGGC CCACGGTATT CCATGCCGTG GTAGCCCCGA AGCAACTGCA GCTGGCCGTT
GACCTCAAGT GGACCCCCAG CCTGCTGGAT ATGCCATCCG TGCAACTCAG CCTGGACGGT
TTTGCCATCA AAGGTGCTGT CCGCCTGGGA GATCTGCAGG GTAAAGACCC ATCCATCAGC
GTCAAGGCCA CGTCCGAGCC GTTTGATTAC CTCCGTGTCA AAAACTACAT CCCGTTCGGA
ATCATTGCCG ATGATGCAGC CGGATTCATC GAACACAAGA TCAGAGGCGG CATCTTCAAA
CTGACCACCG GCACCCTCAA TGGCCGATTC TCGCAGCTGG CCCGCTTCGG TATCGGCGAC
AATGCCAACA CCCTGTATAT CAGCGGCACT GCGGATCAGG CCAGCATCCA GTACGGCGAG
AAAAGCCCCA CCTTCCGCCA GATCAAGGGC ACTCTGGAGA TGAAGGGGCG CAATTTCAAC
CTGATCGGTA TGAGCGGCAG CTTCGGGGGT TCCCCCTTTA CCATGGAGGG GAGTATCACC
GAGTATGCCA CTGAAGGAGT CCCCTCCTTC TATCCCTTCA GCATGACTGT CTCCCCCCGT
CCGGCAGAAG TAGCCTGGCT TGCCGAGATT GCCGGAGCAG ACGCGCTTCG TTTCAACGGC
AACGCAACGA CACTCAGGTT GCGGGGAGAA GGGCCGACCT CGGCCTATCG GCTCTCGGGT
GAATGGCTCC TGACGACGGC TGCCTATGAA TACCCGGCGG TTGTCAAAAA GCCGGCCAAT
CTGTCCAACA GCCTGACCTT CAGTGCGCTG CTGGGCAGGG ATGCCACCAG ATTCACCTCC
ATTTCGTACC AGCTGCCACC ACTCAAGCTT TCCGGCAGTG GCCTGCTGCG CTATAGCGGC
ACGGTTCCGT ACCTGGCCTT CGATCTGGAA ACCAACCAGT TCCAGCTGGA CAACCATCTG
CCGATCCTGA CCGACTGGCA GGCCTACCAG TTGCGGGGAG GCGTACAGGC TCACCTGCTT
GGCGAGGGCG ATCCCCGCAG CATAGGCAGC ATGCTGTTTT CAGGCATGGT CAAATTAAGC
GGGTTCTCAC TCAAACCCCA TCAGAAGATT GCCCCGGTCA GCGCCATCAA CACCCAGATC
AACTTCAAAG GCAACTCCCT TGAAACTTCA CATATGGCGA TCCGCTACGG CAGTACGCCG
CTTAACATCA AGGGCCGGAT CGCGAGCCTG AAAAACCCGG AGGCAGAGCT GATTATCAGC
TCACCCGACC TGAACCCGGC TGATTTCGGC CTCGCTCAGG CCGAAAAGCC GCCCCGGATA
CAGCAGTTCA GCACCAGTCT CGGCCTACGC GACGGCCTGC TGACAATCCG CAACGTCTCC
GGCAAGCTGC CCAGGACCAT CTTCAGCGCC TCCGGCACGG TCCGCACCGA AGGCACCCCG
GATATCAACC TGCGAATAGC GGCGACCCAC CTTGACCTGG AGGAACTGCT GCCCCTTGTG
GCCCCTTCAC GTACGACAGA CGCCGGAAAG AAACAACAGC CGCCAGCCCC GTTCAGGCTT
CAGGCCTCTG TGACTGCCGA AACCGGCACC TTCCGCGGCA CCAGCTTCAA TAAACTCTCG
GCATCCCTGA AAAACGAAGA GGGCATACTG AAGCTGCAGA AACTGACTAC CGGTATCCTC
GGCGGCAAGC TTGCGTTGAA CGGACAACTG GCCCGGACTG CGGGCCAGGC GCCCAAGTGG
GATCTGTCTC TCCTGCTTGA ACAGGCCAAG GCCGGAGAGC TATTGCAACT ACTCAATATC
GGAAAGGAAA TACGGGGGTT GACCACCGTA AAAGGTCGGC TGAGCGCCAG CGGCGACCAT
CTTGACGAGA TCAAGAAAAC AGCCAATGGC GCCATTACCC TCAAAGTGGA GCGGGGCGCC
CTGAAACGCT TCAACACCCT CTCCAAGGTC ATATCAATCC TGAATGTCTC GCAACTGCTC
AGTTTCAGTC TGCCGGACAT GGCCCGCGAC GGCATGCCGT TCAACCAGAT CACCGCCAGT
ATCGGCATCA AGAACGGCAT CCTGACCACC CAGGACTTTT TCATCGACAG CAACGTCATG
CATGTCACCA CGGTCGGCAC GATTGATATT GTAAAAGAGA CGCTGGATAT GCTGATCGGG
GTCCAGCCGC TGCAGACGGT AGACCGGATC GTCAGCCGGA TTCCGGTGGT GGGCTGGATC
CTGAGCGGCG GCGACGGCAG TCTGGTCACC ACCTACTTTG AAGCCAAGGG CAGCTGGGAA
AACCCTGAAG TTACGGCCAT TCCGGTCAAG ACCATGGCAA AGGGTACACT GGATATATTC
AGACGGGTCT TTGAACTGCC GGTTCGACTC TTCACCGACA GCGGTGAGGT TATTCTGGGT
AATCAGAAGG AACGGCCCAA GGCCGGAGAA GCACCAACTC AGTAG
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| Protein sequence | MLSIPRARFL KLLILLLLLF GSLSLGLSIL LPRLLDLNSY KTQLTELLQQ QLKRQVRLGN
SQFSWVLGPE FTFSDLYIQE RNSSLEFLSA RRISFRLALL PLLNKKIELR EIIIDDARAT
VSRDAQGVMN IDDLLQPAPD AYDLRARGLR IRNGTLFWRD QASAEICTRL TVSGINLSID
KLIRGRKSSY KLAATLEGSS PGSINTAGTI RLPKTGNLLQ QTDIDAKLDL TQVEYWRFWP
YIDDYVPFPS PGGTASLNLA VKGRWQNLKA NGTLLLRNPK VVWPTVFHAV VAPKQLQLAV
DLKWTPSLLD MPSVQLSLDG FAIKGAVRLG DLQGKDPSIS VKATSEPFDY LRVKNYIPFG
IIADDAAGFI EHKIRGGIFK LTTGTLNGRF SQLARFGIGD NANTLYISGT ADQASIQYGE
KSPTFRQIKG TLEMKGRNFN LIGMSGSFGG SPFTMEGSIT EYATEGVPSF YPFSMTVSPR
PAEVAWLAEI AGADALRFNG NATTLRLRGE GPTSAYRLSG EWLLTTAAYE YPAVVKKPAN
LSNSLTFSAL LGRDATRFTS ISYQLPPLKL SGSGLLRYSG TVPYLAFDLE TNQFQLDNHL
PILTDWQAYQ LRGGVQAHLL GEGDPRSIGS MLFSGMVKLS GFSLKPHQKI APVSAINTQI
NFKGNSLETS HMAIRYGSTP LNIKGRIASL KNPEAELIIS SPDLNPADFG LAQAEKPPRI
QQFSTSLGLR DGLLTIRNVS GKLPRTIFSA SGTVRTEGTP DINLRIAATH LDLEELLPLV
APSRTTDAGK KQQPPAPFRL QASVTAETGT FRGTSFNKLS ASLKNEEGIL KLQKLTTGIL
GGKLALNGQL ARTAGQAPKW DLSLLLEQAK AGELLQLLNI GKEIRGLTTV KGRLSASGDH
LDEIKKTANG AITLKVERGA LKRFNTLSKV ISILNVSQLL SFSLPDMARD GMPFNQITAS
IGIKNGILTT QDFFIDSNVM HVTTVGTIDI VKETLDMLIG VQPLQTVDRI VSRIPVVGWI
LSGGDGSLVT TYFEAKGSWE NPEVTAIPVK TMAKGTLDIF RRVFELPVRL FTDSGEVILG
NQKERPKAGE APTQ
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