| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmc1_0232 |
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| Symbol | |
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| ID | 4481680 |
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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 | 258503 |
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| End bp | 261853 |
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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 | 44% |
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| IMG OID | 639720977 |
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| Product | multi-sensor hybrid histidine kinase |
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| Protein accession | YP_864165 |
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| Protein GI | 117923548 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG0642] Signal transduction histidine kinase
[COG0784] FOG: CheY-like receiver |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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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 | 19 |
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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 | ATGAGCAAGC TCAACGAAAT CTTGATGGTT GCTGTGGTCT ATTTCATAAC CGCCCGGTTG
GGTCAACTGC TGGCTATATC CCCGGGCAAT GTAACTCCTG TATGGCTCCC TTCTGGCATC
TGCTTGGCAT GGGTTTTATT GCGGGGTCGG CACCTCTGGC CTGGTATCTT TTTGGGTGCT
TTTGCGGGAA ATATCTGGGC CTATTTTGAT ACAAACACTT TGTCAGCTAT CCTAAAATCT
ATCCTGGCAG GCAGTGCAAA TGGGCTGGGG GATGTCATCG CAATCGTCGG TGCCGCATGG
ATGATTAATA CTATATCTCC CGCTACAGCC CTATTTAATA ACAGCAAAAA TACCACCATA
TTTCTTATTT ATGGGGGTAT CATTGGGCCA TTTATTAGTG CTTCTATAGG AATTTTTGGA
CTATTGCTCA CCGGTAATAT TTTACCCAAT GATGCTTTTT TTTCTCTTAT TACTTGGTGG
ACCGGCGATG CAATGGGTGT ATTATTCATT ACACCTGTTA TTCTTGAACT CTATCATTTA
AAAAATATTC AAACCATACG ACCTAACCGT GATGTTATAC TGCATTTTGT TTTATTCTTA
TCCATCACTA CCACTGTATT TTTCTTGTCT TCTAATCAAG ACCCATCTAT TTGGATTGTT
TTTCTTGCCC CTATGTTAGT CTGGGCAACA CTTAGATTTT CTCAAGTTAT TTTATTTTCT
GAGCTTTTTA TATTATCAAC CATTTCAATT GTTGCAACAG CAACACAACA TGGACCTTTA
TTAATCCTTG ATGATTTAGC CTCTACATTA ATTCATCTTC AGGTGTTTTT GGGTAGTGTT
GCCCTATCGG TCTTCTATCT CAACAGTGTC AACCGTGAGC TGCGCGCGTC TAAACACAAC
CTTGAGCTCA ATGTGATTGA GCGAACCAAA GATTTACAAG TGCTCAATAG CAATCTGCTT
AAAGAGATCC GTTCTCGCCA ACACGCGGAA GATTCTCTTA AAGAGAGTCA AAAAGCCCTG
CTCGAAGCCC AAAATATTGC CCAAGTGGGG AATTGGACAT GGACAATTGA AACCAACACG
CTAAGTTGGA CCGATGAAAT CTACCGCATT TTTGGTTTAA TACCACAAGA GACGCCACCA
ACCTACCAAG CCTTTCTGAG CGCTATCCAC CCTGAGGATC GTCTCTTTGT GCAGAATGCG
GTCAACCAAG CCTTGGAACA GTTAAACACC CCCTATCAAG TCGAACATCG CATCATACGT
CCTAATGGTG ATCTGCGCAC GGTTGTCGAA CTTGGCCGTG TCGAGCGCGA CCAACAAGGA
ACCCCCTTTC GGATGATCGG CACGGTTCAG GATATCACGG CGCGCAAACA AACGGAGGCG
TTGCTACTCT CCAGTGAAAT AAGATTTCGC TCTTTGTTTG ATTCCATGAA TGAGGGTGGT
GCTTTACATG CCATGGTTTT TAATGAGCAT GGAAATCCCA TTGATTACCG CATCCTTGAA
GTTAATAAGG CCTATACCGA AATTTTGGGT ATTACCAAGG AGCAAGCGGA AGGCCGATTG
GCCACAGAAA TCTATGGTCA GACTTCACCT CCCTATCTTG AACTTTATAA CCGTGTGGTT
AAAACGGGGC AGAGCTTACG CTTTGAAACC GAATACTCCC CTATGGTCAG AAACTTTGAA
ATCTCCGTTT TTTCACCCGG GGAAAATCAA TTTGCTACCG TTTTCACAGA TATTACCGAG
CGCAAAAAAA CCTTACAAAA GCTCAACGGT GCTCTGGATG AACTTGAGAA AAAAAGTAAT
TTTCTGCAAT CATTGGTGCA AAATCTTCCT GATTTGATCT GGATGAAGGA TCCTGAGGGG
GTGTTTCTAA CCTGTAACCC TGCCTTTGAA CGCTTTGTTG GTTCTCAAGA GCAGCAGATC
AAAGGAAAAA CAGATTATGA TTTTGTTGAT CAAAAACTTG CTGATTTTTT TAGAATGAAT
GATCTGTTAG CCATAGAGAA AGGGGGTCCG GTTATCAATC AAGAGTGGGT GACCTTTGCC
GCAGATGGTC ATAAAGCCCT TTTAGAAACC ACAAAAACCC CCATGTTTGA CAAACAAGGG
CGCATTATTG GTGTATTAGG TGTCGCGCAT GACATTACAG CCACCAAACA GGCTGAACAG
GATTTAATCC ACGCCAAGGA GAAAGCAGAG GCCGCTTACC AGGCAAAAAG TGAATTTCTT
GCCACCATGA GTCACGAAAT TCGCACACCC ATGAATGTCA TCATTGGTCT GTCTGATATT
TTAATGGAAA CCCCTATTGA TCATGAGCAA CGCGATCATC TACTACGGCT ACAGAAGGCC
AATAAAACAC TGCTTGATTT GGTCGACTCC ATCCTAGATT TGAGCCGAAT TGAAGCCAAC
CAAATTTCAT TAAAACAAGA ACCCCTCAAC CTGGCGCTCA TGGTTGAGGA GACCATGAGC
ATGATGAGCA TTGTCGCCGA CCAAAAGGGG TTACGTCTGG AGAGTCAGGT CACCCAGGCC
ACCGATGATT ATTGGAGCTT GGGTGATGAA AGTCGTATAC GCCAGATTTT GGTTAATTTG
ATTGGCAACG CGGTTAAATT TACAGAAAAA GGCTCTATAT GGGTAACCCT TGAGCTTTTT
ACAGACACCC TTGAGCGCAC ACTGGTACGT TTGTGCGTCA AGGATACGGG AATCGGCATC
GGCCCTGAGC ACCTGGAAAC CATTTTTGAT AAGTTTACCC AGGTCGATTC CAGCTATGCG
CGTCGATATA GTGGCACGGG CTTAGGTTTG GCTATTACAC GTCGCATCAT TCAATTAATG
GGCGGGAAAG TTTGGGTGGA AAGCAACCCA TCCCAAGGGA GTCTCTTTTG CGTTGAGTTA
CCTTTCATCC CTGTCCAGCC TATTGCTCTC AAAGAGGATA CAACCCTGCA AAATGACGTG
AACAGATCAA CCAACCGCCC TCTACGTATC CTCTTGGCTG AAGATTCTGA GGATAATCAG
ATGTTGGTAC AGACCTATTT ACGACGCACC CACCATGAAT TAGTCATCGT CATGGATGGC
CAGCAAGCGG TTGATGCGGC CTGTTCTAAA CCATTTGATC TTATCCTTAT GGATATTCAA
ATGCCTATTA TGGATGGTTA TCAAGCCACG GGTATAATAC GTGACGATCA ACACCGGCAT
AACAAACCTC ACACCCCAAT TTTAGCATTG ACCGCCCATG CCCTCGATGA AGATGTCGCT
AAAAGTTTGG CTGCGGGTTG TGATGGACAC CTGACCAAAC CCATCAGAAA GGCTAAATTT
TTACAATGCA TCGAGCGCTA TCAACCCATT ACGTTTCTGG ACGAGTCTTA A
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| Protein sequence | MSKLNEILMV AVVYFITARL GQLLAISPGN VTPVWLPSGI CLAWVLLRGR HLWPGIFLGA
FAGNIWAYFD TNTLSAILKS ILAGSANGLG DVIAIVGAAW MINTISPATA LFNNSKNTTI
FLIYGGIIGP FISASIGIFG LLLTGNILPN DAFFSLITWW TGDAMGVLFI TPVILELYHL
KNIQTIRPNR DVILHFVLFL SITTTVFFLS SNQDPSIWIV FLAPMLVWAT LRFSQVILFS
ELFILSTISI VATATQHGPL LILDDLASTL IHLQVFLGSV ALSVFYLNSV NRELRASKHN
LELNVIERTK DLQVLNSNLL KEIRSRQHAE DSLKESQKAL LEAQNIAQVG NWTWTIETNT
LSWTDEIYRI FGLIPQETPP TYQAFLSAIH PEDRLFVQNA VNQALEQLNT PYQVEHRIIR
PNGDLRTVVE LGRVERDQQG TPFRMIGTVQ DITARKQTEA LLLSSEIRFR SLFDSMNEGG
ALHAMVFNEH GNPIDYRILE VNKAYTEILG ITKEQAEGRL ATEIYGQTSP PYLELYNRVV
KTGQSLRFET EYSPMVRNFE ISVFSPGENQ FATVFTDITE RKKTLQKLNG ALDELEKKSN
FLQSLVQNLP DLIWMKDPEG VFLTCNPAFE RFVGSQEQQI KGKTDYDFVD QKLADFFRMN
DLLAIEKGGP VINQEWVTFA ADGHKALLET TKTPMFDKQG RIIGVLGVAH DITATKQAEQ
DLIHAKEKAE AAYQAKSEFL ATMSHEIRTP MNVIIGLSDI LMETPIDHEQ RDHLLRLQKA
NKTLLDLVDS ILDLSRIEAN QISLKQEPLN LALMVEETMS MMSIVADQKG LRLESQVTQA
TDDYWSLGDE SRIRQILVNL IGNAVKFTEK GSIWVTLELF TDTLERTLVR LCVKDTGIGI
GPEHLETIFD KFTQVDSSYA RRYSGTGLGL AITRRIIQLM GGKVWVESNP SQGSLFCVEL
PFIPVQPIAL KEDTTLQNDV NRSTNRPLRI LLAEDSEDNQ MLVQTYLRRT HHELVIVMDG
QQAVDAACSK PFDLILMDIQ MPIMDGYQAT GIIRDDQHRH NKPHTPILAL TAHALDEDVA
KSLAAGCDGH LTKPIRKAKF LQCIERYQPI TFLDES
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