| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmc1_1634 |
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| Symbol | |
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| ID | 4481870 |
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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 | 2022859 |
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| End bp | 2026209 |
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| Gene Length | 3351 bp |
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| Protein Length | 1116 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 639722377 |
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| Product | ankyrin repeat-containing protein |
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| Protein accession | YP_865549 |
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| Protein GI | 117924932 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0666] FOG: Ankyrin repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.0269822 |
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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 | 16 |
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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 | ATGGCAGAAG AGGATACAAC GGAAAGTAAA AATCAATTAG AAGAGATCTC ATCCATACTT
TTCGAAGCTG TTTTGGATGC GGAGTTAATA AAAAAATTAA AAGAGAAAAA TAATGCAAAT
ATTTTAATTG ATGAGTTAAA AAATGAATTT GGTGGGCCTA GGCTATTGTG GCGTCCTATT
TATTGGTGGA TATTAGTGCC TGGTTTTGAA AAGGGGGGAA AAGCGCTACA AAGCTCCCTG
AAAGGGTTTA ATAACCGGAT GTTAAAACAT CTTATATCAT ATTTATATTC TCATAAAGAA
AAAATTAAAG GTTCTTTAAA ACAGAAATTG TCCGATTTGA CCGAGAGTAA TGCTCAACTT
GTCGATGAAG ACCCTAAGGC TGACCTTGAG GAGTTTAAGC AGTTTCTTGG TGACGCCTTT
AAGGATCTAT CATCTGCTGT CGAAAAGGCT CTGGCGCAGG GACAGAGCCC TCTGCCGTTG
TCGCTCAAAA TACCTGTCAT CGCGGGCGAT GAGCTTACGA TTTATTGGGA ACTTAGAGCA
AGAACAAGCC CTTTTCGGCT GCATGGGCGC GAAAGTAACT TGGATAGCCT GGATGCGTTT
TTATGTGAAC GGGCTATTTT TTCATGGTGG GTTATTAAAG GTGGTGGCGG TTTAGGCAAA
ACGCGTTTGG TCCTTGATTT TATAAAAGAC AGGGCGTTGG GTTGGCATGC CGGTTTTTTG
GATAGCCTGG CGTTTGATTG GGCTGGTTGG TGTCCGACCA TGCCGACCTT AATTGTTGTG
GATTATGCAT CAACGCATGG GCAGGATTTG TTTAAGACGT TTCTGCTCAT TTTAGCGGGT
ATGCAAAATT GGAGCTCCCC CCTTGATTTT CCTGTGCGTG TATTATTGAT TGAGAGAAGC
TTTCCTGACG ACTTAAAGAA TTTAAAAATA GATCCCTTAT GGCAAGATAT GGGTTCCCAG
AGTGATTTCG ATTTCCTTAC TCAGAGCTTT CACTCTAAGC AAGCCATGTC TTTGGAACTA
TTACCCTTAA AGGAATCTTG CTGGGTTATT CAGGATGTTT CACATCGGGC TGATGTTCCT
GTGTTTGTAA CAGAGAGGTT GGAAGAAGAT GAGCAATTAC GCCGCCCTCT CTTTTTAACC
TTAATTGGGC AAGCGCTGCG AAAGGGTAAT GGTCCTACAA ATGAGGCGGA AAATATAAAC
CTTGACATAG ATGACTTGAT TGAGTCCTCT CTCGCCTCAT GGGAACGTTG TCCATGGCTT
AAGAAGAATT TTAATGATGG GCTTTATGCA TCGATTCTTG TGCTTTGGAT GACCATAACG
CGCTCGGAGA ATTATTCAAA GGCGGTCGGG CATCTTTTTA AGCATGAGAT TTTTAATGAG
AATGTAGACA TGGAGGCCAG TAAGGCCATT GCCGCAAATC TTGTAGGGGC TTCTAGCCGG
GGTAATTTTT CACTCCCTCC CCTTGAGCCA GACATTTTGG GGGAGTTTTT TTCTCTTCTG
TTTTTAGAGC ATGTTCGCTC GCGTAATATG ATGTTGGCAA ATAAGCTGCG TGAAGCACTT
TTAGATTTGG CGGACCTCGA CCAAAATGAG CAGGAAATTA ATCAGGTTGT CAGCTTTTTC
ACACGACTTG CGCAGGATAC CTTTAGACCA ATTATTAATA AACGCAGTCA AACATTGCTA
GATATAATAG ATTGGTTATT TGGTGAAACG GTCTCTCAGA AAAATGGATC ATCACGTCTT
GATTTTAAAA AATATATTGT TGAAAATTGT TTTTTAGTGG CATGTATACA AGGTTGTGAA
GCGATTGTAG AAAAATTTAT ATCTTTATTC AATCATGAAT CTGCTTCTGA AGCTATTACG
AAGGGGCTTA ATGTAGCAAT TTTTTCAGGG CGTGATGACA TTCTCAAATA TCTTTTGGAA
GAGGGGGCCG ATGCTACCCT AGCCGGCGCG AAAGGGTATG CTCCCCTGCA TATTGCAGCC
GCATTAAATA AATTAGCATG CGCAGAAGCT TTGTTAGGGA GTGGCAAGGT AGAGCTTGAT
GCCCGAGGAA GTCATTCCAG TACGGCGCTC CATCTGGCGG TTATGCAAGG CCATGTAGAG
ATGGTGAAGC TGTTGTTGGC TGTGGGGGCC GATGCTACCC TAGCCGATGA AATTGGGAAT
ACTCCCTTAC ATGTTGCAGC TTTTAAAAAT GAGTTGGCAT GCGCAGAAGC TTTGTTAGGG
AGTGGCAAGG TAGATGTTGA TGCCCGAGCA GAACACATCC TAACGGCGCT TAACATGGCG
GTTATGCAAG GCCATGTGGA GATGGTGAAG CTGTTGTTGG CTGTGGGGGC CGATGCCACC
CTAGCCGACG AGGCTGGGCA GGCCCCTCTA AATGTTGCAG CTGGCAACAA TGAATTGGCA
TGCGCAGCAG CCTTGTTAAT CTATGGTAAG GTAAATGTTG ATGCCCGAGC AGAACACTCC
GGAACAGCGC TTAACATGGC GGTTATACAA GGCCATGTAG AGATGGTGAA GCTGTTGTTG
GCTGTGGGGG CCGATGCCAC CCTGGCCGAT GAAATTGGGA ATACTCCCCT ACATAATGCA
GCTATAAACA ATGAGTTGGC ATGCGCAGAA GCTTTGTTAG GGAGTGGCAA AGGAGATGTT
GATGCCCGAG CAGAACACAT CCTAACGGCG CTTAACATGG CGGTTATACA AGGCCATGTA
GAGATGGTGA AGCTGTTGTT GGCTGTGGGG GCCGATGCCA CCCTGGCCGA TGAATTTGGG
AATACTCCCC TACATAATGC AGCTATAAAC AATGAGTTGG CATGCGCAGA AGCTTTGTTA
GGGAGTGGCA AAGGAGATGT TGATGCCCGA GCAGAACACA TCCTAACGGC GCTTAACATG
GCGGTTATAC AAGGCCATGT AGAGATGGTG AAGCTGTTGT TGGAGAAGGG GGCCGATGCT
ACCCTAGCCG ACGAGGATGG GAATACTCCC CTACATGTTG CAGCTATAAA AAATGAGTTG
GTATGCGCAG AAGCTTTGTT AGCCAGTGGC AAGGTAGATG TTGATGCCCG AGGAAATCAC
TCCAGAACAG CGCTTAACAT GGCGGTTAGA AAAGGCCATG TAGAGATGGT GAAGCTGTTG
TTGGAGAAGG GTGCTGACCC TAATTCGGAA ATATTCAGTG GTTCTTGCCT TCATCTCGCT
ATATTCCGAG GGCATGAGGA GGTTGTTAGC GCTCTGTTGT GTGATCCAAG AACAGATATC
CATAAGCGAG ATGAAGATAA CATGACGCCC TTGACTCTTT CCCAGCAGAG TGGTAATCAG
AAAATAGCAC AGCTATTATT GGACGCGAGC CGTGGCATGG CAGGAGCATA A
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| Protein sequence | MAEEDTTESK NQLEEISSIL FEAVLDAELI KKLKEKNNAN ILIDELKNEF GGPRLLWRPI
YWWILVPGFE KGGKALQSSL KGFNNRMLKH LISYLYSHKE KIKGSLKQKL SDLTESNAQL
VDEDPKADLE EFKQFLGDAF KDLSSAVEKA LAQGQSPLPL SLKIPVIAGD ELTIYWELRA
RTSPFRLHGR ESNLDSLDAF LCERAIFSWW VIKGGGGLGK TRLVLDFIKD RALGWHAGFL
DSLAFDWAGW CPTMPTLIVV DYASTHGQDL FKTFLLILAG MQNWSSPLDF PVRVLLIERS
FPDDLKNLKI DPLWQDMGSQ SDFDFLTQSF HSKQAMSLEL LPLKESCWVI QDVSHRADVP
VFVTERLEED EQLRRPLFLT LIGQALRKGN GPTNEAENIN LDIDDLIESS LASWERCPWL
KKNFNDGLYA SILVLWMTIT RSENYSKAVG HLFKHEIFNE NVDMEASKAI AANLVGASSR
GNFSLPPLEP DILGEFFSLL FLEHVRSRNM MLANKLREAL LDLADLDQNE QEINQVVSFF
TRLAQDTFRP IINKRSQTLL DIIDWLFGET VSQKNGSSRL DFKKYIVENC FLVACIQGCE
AIVEKFISLF NHESASEAIT KGLNVAIFSG RDDILKYLLE EGADATLAGA KGYAPLHIAA
ALNKLACAEA LLGSGKVELD ARGSHSSTAL HLAVMQGHVE MVKLLLAVGA DATLADEIGN
TPLHVAAFKN ELACAEALLG SGKVDVDARA EHILTALNMA VMQGHVEMVK LLLAVGADAT
LADEAGQAPL NVAAGNNELA CAAALLIYGK VNVDARAEHS GTALNMAVIQ GHVEMVKLLL
AVGADATLAD EIGNTPLHNA AINNELACAE ALLGSGKGDV DARAEHILTA LNMAVIQGHV
EMVKLLLAVG ADATLADEFG NTPLHNAAIN NELACAEALL GSGKGDVDAR AEHILTALNM
AVIQGHVEMV KLLLEKGADA TLADEDGNTP LHVAAIKNEL VCAEALLASG KVDVDARGNH
SRTALNMAVR KGHVEMVKLL LEKGADPNSE IFSGSCLHLA IFRGHEEVVS ALLCDPRTDI
HKRDEDNMTP LTLSQQSGNQ KIAQLLLDAS RGMAGA
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