| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmc1_3695 |
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| Symbol | |
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| ID | 4480975 |
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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 | 4645591 |
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| End bp | 4650018 |
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| Gene Length | 4428 bp |
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| Protein Length | 1475 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 639724451 |
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| Product | Sel1 domain-containing protein |
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| Protein accession | YP_867586 |
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| Protein GI | 117926969 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4995] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | 12 |
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| Fosmid unclonability p-value | 0.909134 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACAGAT CATATAGACC TTCCGGTCAC GGATTTTTTC GCTACTTAAT CATTACCTTG
GTGATGCTTG GCCTGGGTAC GGCGTGGGCT CAAGAAAAGG CGCTACCCGA TCTACCAGAA
CCTGTAGAAC CTTATTTAAA AGCGGCGCAT GCCGGTGATG CCAAAGCCCA GTTTGCGCTG
GCAGAGATCT ATATTCGTGG CCGCAAAGCC GAGCATACCA AAAGTGCGGC CCAGTGGTAT
CTCAAAGCTG CCGAGCATGG TCACATAGAC GCCATGGCCA AACTGGGGGT GATGTACTAC
GCCGGTATGG GGGTCGAAGA GGATAATGTT AAAGCCTTTG AGTGGTTACA AAAGGCTGCC
CTGAAAAACA GTGTGCACGC CCAGTATCAC CTTGGATTTT TATATGAAAA AGGCATCGGT
ACCAAGGTCA ATACCGATTC TGCCCTAAAA TGGTACGACT ACGCCGAAGC CCAGGACCAC
GCCTTGGCGG GCAAGCGCAA AGCCAAACTG GTAAGCACCA TGGAGCCTGC CAAGGTGCAA
GCGGTGCTGG CTAGCAATGC GGCCGTGCGT GAAAAACTGG TGGCAGCCAC CAAAGAGCGC
CAAAAACAAG CGGGGGTTGC CCGTGCCGAG CAGGGACCAC CCCAGCTTCA AGCACTTAAT
CAGCTAACCG CTAAATTGGC GCAAAATCCA GGGGATGAGG CAACCCTCGC TAAAGCCGCT
GAACTGAATA CACAATTGCA ACGTCCGGTT GAAGCCGCCG CATACTACCG GGATGCCGTG
GCCGCCGCTT TACTCGATAA AAAACGTGCC ACTGCGGTTA AACGCATAAC CAGTTACAAC
AACAGCATTA CCCAAGCCCT CTCCCTGCAA CCGGTTGCCG CCCAAGCTGT GGTGAAAAAG
GCCTCTCTCC TACCCAAAGG GGTGGAGGCA AAAGCCATGA TCGACTGGCT CAAACAGTAT
AAAGGCATTG AAGCCAGCCT GAACAAGGGC CAAGTTGCCG AGGGCACTGC CCTAGCCAAG
GCACTGGTTA AGCATGCGGA TGAAAAATTT GGGGCCAAAC ATCTCATAAC CCTACGTAGC
CAATCGCTTC TGGGCCAAGC CTACCTGTTG GATGCGCAAC AGGAACAAGC TGTTGCGTTG
TTTAATGCCC TAGATAGCGT CGCTACTGAA GTGCTGGGTG CGGGACATCC TGAAGTGCTC
TCCTACCAAA CCATTTTGGC CGATGCACTG GCCGCCAGAG GGGATTTTGT CCCCGCAGGC
AAGCTTTATG GAGAGATCGC CCAACGCGCC CAACAGCTGT TGGGAGAGGG CCATTTGGAT
ACCCTTGAAG CCATAAACAG CCAAGCGGCC ATGCTCTCCA ATGCGGGTCA GTATGGCGAA
GCGGTTACGC TGTTTAACAC CCTCTGTGCC CGTTTTGATC GCCATTTTGG TCTCTATCAC
CCCAAAAGTG CCGTCTGTCA CAACCAGATG GCCTTTACCC TCTCGGAAAA AGGGGATCTC
AAGCAGGCCG AGGCTCTGTA TCAAAGCACC CTGAAAAAGC AGAGTGCTGC ATCGGGCTTG
GACAATGTGG AGTTGCTCAA TACCAGCATT GCGCTGGCCG ATGTGCAGCG CCGCCTAGGG
GATTATGCCA AGGCCAAGCT GCGTCTGAAG CCTATGCTCA AGCTAACCGC CCTGAAGAGT
GCATTGGAAG AGGCCCATTT CCGTGCCAAA AACACCATGG CGCTCACCCT GCGCGATATG
GGCGACTATC TGGGTGCCGA AAAGCTGTTG CGTGAAGTCA TGGCTTTTGA AGCAAAAACC
CTGGGCGAAA CCCACCCCAA CACCATTGCC AGCCGTACCG AACTGGCTGG TCTGTTGCGT
CTACAGAGCC GTCTGGCGGA GTCTGAAGTG CTCTATGATG AGGCACTGGC AGCCGCTCAG
CAGGGGCTGG GCAAAACCCA CCCCACCACC GTGGCCATTC TTAACAACCT AGGCTTGGTC
TATGAGACCC AGGGTCTCTA TGATCGTGCT GAACCGCTGT TCCGCGAGGC TCTTGATACC
GCGCGTGCCA CACTGGGCGA GAGCCACCCC ACTACCTTGG CGGCAACCAA CAGTTTGGCA
CTGCTCTACG AGGTGCAGGG TAATTTTGAT AAGGCTGAAC CCCTCTACGC CACCGCCATT
ACCGCCACCC GTGCCAAACT GGGGCCAGAG AATGCCGATA CCTTGGCCTT TGTTAACAAC
CTCGGTTACC TCTACATGAA GTCCGAGCGC TATGACGAGG CCGCTGAACT TCTTAATGAA
GTGACCCAGA GCTGGCGTAA AAGTTTAGGC GCACGCCATC AGCGTACCCT CAAGAGCATC
AACAACTTGG GCCGGGTGCG TCTGGCTCAA CAACGCTATG ACGAAGCCAA ACAGCTTATT
CAAGAAGCGT GGGATGGCCG CCGTGAAGCA CTGGGCGAAA CCCATGTGGA TACCCAGCGC
TCCATGCTGG ATATGGGGGT TGTGCTGTTG CGCACCGGGC ATGCGGCGGA TGCACAAAAA
TTGTTAGAAC AGACCCTAAA ACTGAACGAA AAGACCCTGG GACCACAACA CCCCTACACC
TTTGAAACCC TGGACGCGCT GGCCGGCATT ATGGAAGTGA CCAATCTGCT GCCTAAAGCC
TATGATCTGC GCTATACCGC CTTTGAGCGA CGCACGGAGT TTCTCAACCG TATGATGTGG
GTCACCAGTG ACAACGCCCG TGAAGGTTAT GTGCGCCTGC ACCGTGGTGA GCTTAACCGC
TTTATGGCAC TATTACCCCA TATCAACGCC GAGAGAGCCG GTCGCAGTAT TATGGAGGTG
GGTTTACAGC GTAAGGGTAT GCTGTTCAAA ATTACCTCTG AAATTCACCA AATTGCGCGT
CTGTCTGAAG ATCCCACCCT TAAAGCGATC ACCGATGAAC TCAAGTTGAG CCGCAAAAAG
TTGGCCGCTT TGACCCTCTC TGGCCCCGCT GAAGATCAAA GCCCTGAGCA GCATCTGCTT
GGTTTGAACG CCTTGGAAGA ACGTCTCAGC ACCTTGGATG GTATGCTGGG CCGGGCCAGT
CAGCAGTTCC GCCAGAACAA GCGGGCCATC TCGCTGCAAG ATCTTGAAGA GGCGCTGCCC
GATGGGGGTG CCATGGTGGA TTTTGTCGCC TATAAAGACC CCAACGATGT CTCACGCCTG
ATGGCTGGGG TTATGACCAA GGATGGCGAT AACGTACGCT ATAATCGGGT AGGCTATGAA
CTGACTATGC CCGAATTGGA AAAAATGGTG GTTGATCTGC GTACAGCCAT TCAAAGCGAA
GATATGGATG AGGATGATCT CAGGGATCTG AGCATGGAAG TTTATGATGC CGTGTGGGGG
CCGATCTCCG AACTGCTGGA TGAGCGAGAG AACGTCTATG TGGTACCCGA TGGCATTTTG
AACATTCTGC CCTTTATTGC TATGGTTGAT CCTAAAGAGG ATGTCTATCT GCTGGAAGCG
ACAGACTTGC ACATGCTCAC CTCCAGTCGT GATCTGCTGC CCAGTCTGAT CACACCAGCC
AAGGGACCAC AGTTGACTTT GGCAGGCCCC AATTATGATA CCGAAGAGGT TGCCGGTCAG
CAGGTGTTGG CGGCGGTGCG GGGACGGCGT AGTGCAAACC GGGCTGCGGT GGTGGTGAGT
GATGAAGAGC GCCAAGGGGG TGCCCGAGCA ACCCGTTCGG CCACCATGCG CGCAGGGCTA
CGGGCACTTT CACGAGGCAT GCGGGGCTTA CGTTTTGACC CACTACCCGG TGCCGAAAAA
GAGGGACAGT TAATTACCGA GACCCTCGCC AGCGAGGGTG GTAAATTTAC CCTCAAGCTG
CGCAATGATG CCCAAGAAGA GGTGGTTAAG GATATTGAGG TACCCCCCAA TATGCTCCAC
ATTGCAACCC ACGGTTTCTT CTTGAAGGCG GATGAACGGT TGCGTAAACG TCTACAGAGC
ATGGCCCGTA GTGTGGAGCT GAACACCACC CCGCCCCCAG GAGACAACCC CATGTTGCGC
TCGGGTCTGG CCTTTGCGGG GGTTAACGCC AATGCACCAT TCCTCGGTGA GATCGATACC
AAAAACGATG GTATTCTTAC CGCACTGGAG GTGTTGGATC TTAATTTGAG CGGTACTCAG
CTGGCCATTT TGTCCGCTTG CGAAACCGGT TTGGGTGAGA TCCATGAAGG GGAAGGGGTG
TACGGTTTGC GGCGCGCGTT CCAAGAGGCG GGCGCTCAAG AGGTGATCGC CTCTCTATGG
GAAGTGAGCG ACGCCGGCAC CCAAGCTTTG ATGACCGGAC TCTACAAACG GTTGGGTGAA
GGCAAGTCAC CCCACCAAGC ACTTAGAGAT TCACAACTTG AGCTCATGCA GTCCGCACAG
TGGGGCTTGC CCTATATTTG GTCGGCATTC ATGAGTGTTG GCCGGTAA
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| Protein sequence | MNRSYRPSGH GFFRYLIITL VMLGLGTAWA QEKALPDLPE PVEPYLKAAH AGDAKAQFAL
AEIYIRGRKA EHTKSAAQWY LKAAEHGHID AMAKLGVMYY AGMGVEEDNV KAFEWLQKAA
LKNSVHAQYH LGFLYEKGIG TKVNTDSALK WYDYAEAQDH ALAGKRKAKL VSTMEPAKVQ
AVLASNAAVR EKLVAATKER QKQAGVARAE QGPPQLQALN QLTAKLAQNP GDEATLAKAA
ELNTQLQRPV EAAAYYRDAV AAALLDKKRA TAVKRITSYN NSITQALSLQ PVAAQAVVKK
ASLLPKGVEA KAMIDWLKQY KGIEASLNKG QVAEGTALAK ALVKHADEKF GAKHLITLRS
QSLLGQAYLL DAQQEQAVAL FNALDSVATE VLGAGHPEVL SYQTILADAL AARGDFVPAG
KLYGEIAQRA QQLLGEGHLD TLEAINSQAA MLSNAGQYGE AVTLFNTLCA RFDRHFGLYH
PKSAVCHNQM AFTLSEKGDL KQAEALYQST LKKQSAASGL DNVELLNTSI ALADVQRRLG
DYAKAKLRLK PMLKLTALKS ALEEAHFRAK NTMALTLRDM GDYLGAEKLL REVMAFEAKT
LGETHPNTIA SRTELAGLLR LQSRLAESEV LYDEALAAAQ QGLGKTHPTT VAILNNLGLV
YETQGLYDRA EPLFREALDT ARATLGESHP TTLAATNSLA LLYEVQGNFD KAEPLYATAI
TATRAKLGPE NADTLAFVNN LGYLYMKSER YDEAAELLNE VTQSWRKSLG ARHQRTLKSI
NNLGRVRLAQ QRYDEAKQLI QEAWDGRREA LGETHVDTQR SMLDMGVVLL RTGHAADAQK
LLEQTLKLNE KTLGPQHPYT FETLDALAGI MEVTNLLPKA YDLRYTAFER RTEFLNRMMW
VTSDNAREGY VRLHRGELNR FMALLPHINA ERAGRSIMEV GLQRKGMLFK ITSEIHQIAR
LSEDPTLKAI TDELKLSRKK LAALTLSGPA EDQSPEQHLL GLNALEERLS TLDGMLGRAS
QQFRQNKRAI SLQDLEEALP DGGAMVDFVA YKDPNDVSRL MAGVMTKDGD NVRYNRVGYE
LTMPELEKMV VDLRTAIQSE DMDEDDLRDL SMEVYDAVWG PISELLDERE NVYVVPDGIL
NILPFIAMVD PKEDVYLLEA TDLHMLTSSR DLLPSLITPA KGPQLTLAGP NYDTEEVAGQ
QVLAAVRGRR SANRAAVVVS DEERQGGARA TRSATMRAGL RALSRGMRGL RFDPLPGAEK
EGQLITETLA SEGGKFTLKL RNDAQEEVVK DIEVPPNMLH IATHGFFLKA DERLRKRLQS
MARSVELNTT PPPGDNPMLR SGLAFAGVNA NAPFLGEIDT KNDGILTALE VLDLNLSGTQ
LAILSACETG LGEIHEGEGV YGLRRAFQEA GAQEVIASLW EVSDAGTQAL MTGLYKRLGE
GKSPHQALRD SQLELMQSAQ WGLPYIWSAF MSVGR
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