| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmc1_0676 |
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| Symbol | |
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| ID | 4482415 |
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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 | Magnetococcus sp. MC-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008576 |
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| Strand | + |
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| Start bp | 807987 |
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| End bp | 811208 |
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| Gene Length | 3222 bp |
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| Protein Length | 1073 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 639721419 |
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| Product | signal transduction protein |
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| Protein accession | YP_864603 |
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| Protein GI | 117923986 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5635] Predicted NTPase (NACHT family) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.224513 |
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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 | 14 |
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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 | ATGAATAAGA AACAACAAGC CCATTTTCAC CATATCTTTA CCGATAATGC CCGTGCTCAC
CAGTGGCGGG AACCGGTCTG TTCATCGTTG GAACAGCACA AGTGGTTGAT CCGCTACCGG
GAGTGGCTGG TTAAAAACTT CAGCGACGCC AACTTCGCCG GTATTGCCGA TGCCAGCCAG
CGGACCCCCA TGGCCATGGC AAAAATCTAT GTGGAAGAAC GCTTTGCTGA AATGGAGATC
CAGGAACGAG CCGCTCCGGA CAAGGTTGCT GAGCAGTTAC AACAGCAGCC GGGGTTGGGG
CTGGAGGAGT TGCTCATCAC TTTTGAAGAG GACAAGCCCA TTGGGGTGGA TGGCAAGGCG
GTGTTGATTG GTCAACCCGG TTCGGGTAAA TCGGTTTTGG TGCAGATGTT GGCGACCGCC
TGCTCCAGTG CCGCTCGTAA CCCTATGAAT GAATATCTGG GGCGGCGCAT GGTGGTGCCC
ATTATTCTAC GGGAACTCAC TTTAAGCAAA GACCTTCATA CCCCTATGGA TCTGCTCAAG
GCTTGGCAGA CCAAGGTCAA GGGTAAAACG GGGCAGGATC TGGTGGACCT GGACCATGTG
GTGGATCTGC TGGACCGAGG CTGGGGTATT CTCTGTCTGG ATGGGGTGGA TGAGATCGGT
CTGGCCATGC GCCGGCGGAT CCGCCGCATC TTTCACGCCT TTTGTATGCG TTTTGATAAA
AGTGCGGTGC TGGTTACGGG GCGGCCCGTG GGGTTCGAAC AGCTGCCCTA TGATTTTAAG
CCCTCCAAAA AATGGCTGCA AAGGGTTGCT GATTGGGCGA AGCCACAATC ATTATCCAAG
CGCCTATTGG TCACCCAAGG TGCCCGGTTA CATCAGACGC TCTACATGCG TCCCTTTGAC
GATGGGCAGA TAGAACAGTA TGTCAGCCGC TGGTTTAAGG CCCGTTTTCC CAATGATTGG
GAGAAACAGC GGCGGCAAAG CGGCAAACTG TTGGGGCCTT TGCAGCACTA CCCCGCTTTT
CAGGCGATCA AACGTCGCCC CATCTTTCTT GCCAGCCTTA CCTTTGTTCA CGATGTGCGC
GGAGCGCTGC CCCACAGCCA CGCCCAGGCC TATGAAGAGA TGGTCAAGGC CTATCTCTCC
GTGCTTGATA CCCATAAAGA GCTGATGGAG GCGCGAAACA GCGGCAACAA AGAGCTAAGC
TTTGATTTTA GTGACGATGA TAAATGGCGG GTGTTGGAGC GTTTGGCCTA CGATCTTCAC
CATGCCAAAA TTGGCTCTAC CGGTGGTGGT GAGCGTGCCG TTTTGCATTT GGAGATCACC
CACGGCCAGT TTAAGCAGTG GTTGTTGGAT CTGTTGGCGG GGGGGAATTA CCCGTTAAGC
TTCGACCAGG GGGGCGATAG GGCGGCTAAT GGAAAGCATG TTGAGGATCT ATTGCGCTTT
TTCCTGATCC GTGCTGGGCT GTTGGTGGAG CCAGAGGAGG GGGTATTGGG TTTTTCGCAC
CTCTCGTTCC AAGAGTTTTT GGTGGGCAGC TACATCTACC GGCAGATGGG CAACAATAGC
TTTGATTTGG TGGATTTTCT GGAAAAGGAG CTGCTGGTAC CGATGGTGAC CAAGCCCAAG
TGGCACCCGG TGGGGTTGGC CTTTTTTGGC CTACAGAGTG CCAAACAGGC GGGATCACTA
CAGTATGAGC TGATCAAACG TAGCTGGTTA AACAAACAGG AACAAACCAA GCCTAAAGAG
GCGCAAACAC AACTGCAATT TCTTAATAAG CTGCTCTCGG AAGGGGAGCC CACCCTCACC
CCCAGCCAGC GGCGGGAGAT TTGGAGCCAC TATTGGGAAA GGGCCCTTCA AGATGCGGGG
GAGAGTGGAG GAGATCATGA TTGGCTGTCC CTATACGATG AGATTTCCCC CTATTGGGCG
TCTTGGCAGG ATGAGGTCTA TGCCTATATG AAGGCGCAGT TTAACCAGGC CCGCCCGGAT
GATCCCCTGG GAGTGGCACG GCTAAAACTG CTCAGTGTGG CCCCCGATGA TTGGTTGGAG
CAGCAGTGGC AGCAGGGGGG CGCACCCCTT GTCCAGTGGA TGGAAGCCAT TCAACAGAAT
CGGCATCTGT TTGGCCCGCT GGATCTGCAT GGACGTTTTG CCGTCGTTGC AGCACCCTTG
TATCGCGAGG TGTTAACGGT GCAAGAGATC TTGCTGGCTA CAGAGATCTA TCCTCCCCCC
GTTTCACTGC TACGGGAGTG GCAGGAAAAC GACCGTTTAT ATCTCTATTC CAGTGCGTAT
GAGACGTTAA ATTGCCCTAG GCAGAGTCGA TTGAAATTTT TTGTCTATTG TGATCGGGCA
CAGGCACAGG CACAGGCACA GGCACAGGCT CAGGAGAGGG ATTGGGATCG GGCTCGGGCT
CGGGCTTGGG CTCGGGATCG GGCTCTGGAT CGGGCTCTGG CTCGGGTTCG GGTTCGGGCT
CGGGATCAGG CTCTGGCTCG GGCTCAGGCT CGGGCTCGGG CTCGGGCTCA GGCTCGGGCT
CGGGATTGGG CTCTGGCTCG GGCTCTGTAT TGGGATCGGG CTCTGGATCG GGCTCTGGAT
CGGGCTCTGG ATCGGGATCG GGATCTGGAT TGGGCTCTGG ATCTGGATTG GGCTCTGGAT
CGGGCTCTGT TTCGGGTTCA GGCGCACAAT GGGGATCAAG ATTTGGATCA AACTGTGAAT
TTATGGCGGC TTACCGTGAC CTCTGTCGCC TCCAGCCCCC TCTATTTTGC CAGCTTGGGG
CAACAGTTGC AGCTATGGGC GCAGTTGGGG CAGCAGGATC CAGAAATTGC TGCGCTGTTT
GAGCTACCAT GGTTTCCCTA CCATGCCCTG CAACAGGTGG ACACCACCCA TGAGCAGGTG
GAACCGGTGG AGGCGCTCTG CCATAAACTC TACCGCTACC TGTGCCACTG GCTCAAGGAG
CGAGGGGAAG ATATGCGCGA CCTGCCCGAA AACCTAGAGC TACAGCCTGG GGCGCTGTTT
GAACGCTGGC ACCCAGATAA CCCACGCAAC CGTAAATTTT TTACCTATCT GCGGGAAGAA
CGGCAGCTCA CCCCCGCCCA CACCCCCCTT GAACACTATT TCTTGGCACT CAAAGAGGCC
GGCTGGGACA AAGATAAACA ACCCTGGCCC CCCGAGGCGC GGGACGCCTG GATAAGCGAT
CCTCCCCAAT TGCGCACACT GGAGCCAGCC AAAAATCGGT GA
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| Protein sequence | MNKKQQAHFH HIFTDNARAH QWREPVCSSL EQHKWLIRYR EWLVKNFSDA NFAGIADASQ
RTPMAMAKIY VEERFAEMEI QERAAPDKVA EQLQQQPGLG LEELLITFEE DKPIGVDGKA
VLIGQPGSGK SVLVQMLATA CSSAARNPMN EYLGRRMVVP IILRELTLSK DLHTPMDLLK
AWQTKVKGKT GQDLVDLDHV VDLLDRGWGI LCLDGVDEIG LAMRRRIRRI FHAFCMRFDK
SAVLVTGRPV GFEQLPYDFK PSKKWLQRVA DWAKPQSLSK RLLVTQGARL HQTLYMRPFD
DGQIEQYVSR WFKARFPNDW EKQRRQSGKL LGPLQHYPAF QAIKRRPIFL ASLTFVHDVR
GALPHSHAQA YEEMVKAYLS VLDTHKELME ARNSGNKELS FDFSDDDKWR VLERLAYDLH
HAKIGSTGGG ERAVLHLEIT HGQFKQWLLD LLAGGNYPLS FDQGGDRAAN GKHVEDLLRF
FLIRAGLLVE PEEGVLGFSH LSFQEFLVGS YIYRQMGNNS FDLVDFLEKE LLVPMVTKPK
WHPVGLAFFG LQSAKQAGSL QYELIKRSWL NKQEQTKPKE AQTQLQFLNK LLSEGEPTLT
PSQRREIWSH YWERALQDAG ESGGDHDWLS LYDEISPYWA SWQDEVYAYM KAQFNQARPD
DPLGVARLKL LSVAPDDWLE QQWQQGGAPL VQWMEAIQQN RHLFGPLDLH GRFAVVAAPL
YREVLTVQEI LLATEIYPPP VSLLREWQEN DRLYLYSSAY ETLNCPRQSR LKFFVYCDRA
QAQAQAQAQA QERDWDRARA RAWARDRALD RALARVRVRA RDQALARAQA RARARAQARA
RDWALARALY WDRALDRALD RALDRDRDLD WALDLDWALD RALFRVQAHN GDQDLDQTVN
LWRLTVTSVA SSPLYFASLG QQLQLWAQLG QQDPEIAALF ELPWFPYHAL QQVDTTHEQV
EPVEALCHKL YRYLCHWLKE RGEDMRDLPE NLELQPGALF ERWHPDNPRN RKFFTYLREE
RQLTPAHTPL EHYFLALKEA GWDKDKQPWP PEARDAWISD PPQLRTLEPA KNR
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