| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmc1_0937 |
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| Symbol | |
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| ID | 4481589 |
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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 | 1149167 |
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| End bp | 1153459 |
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| Gene Length | 4293 bp |
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| Protein Length | 1430 aa |
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| Translation table | 11 |
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| GC content | 58% |
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| IMG OID | 639721685 |
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| Product | serine/threonine protein kinase |
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| Protein accession | YP_864861 |
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| Protein GI | 117924244 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase
[COG0790] FOG: TPR repeat, SEL1 subfamily |
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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 | 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 | 6 |
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| Fosmid unclonability p-value | 0.0370289 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCGATC AAAAAAATCC CGGTAGCGGC ATCAAACTCT CTCTCCTTCC CATCGGGGAA
GAGCAGAACC GTGCCCCTGA ACCTTCAGCC CCAGTGCCAA CCCCCCCGAC CCCCATAACG
GGTTTGTCGC TTAAATCCAC GGCTGACGAC GCCGCCTATA TCCAGGACCC TACACCGGTT
ACGCCCACAA AGCCCGCCGC ACCCGTGCAA CAGGCCGCAC CCGTGCAACA GGCCGCACCC
GTGCAACAGG CCGCACCCGT GCAACAGGCC GCACCCGTGC AACAGGCCGC ACCCAACAGC
GACTTCTCGC CCCCAGATCG GGGTAGCTTT AAATTGGGCT CCAGCAAACC TGCGGCCCCG
GCGCCCAACA GCGACTTCTC GCCCCCAGAT CGGGGTAGCT TTAAATTGGG CTCCAGCAAA
CCTGCGGCCC CGGCCCCCAA CAGCGACTTC TCGCCCCCAG ATCGGGGTAG CTTTAAATTG
GGCTCCAGCA AACCTGCGGC CCCGGCGCCC AACAGCGATT TCTCGCCCCC AGATCGGGGT
AGCTTTAAAT TGGGCTCCAG CAAACCTGCG GCCCCGGCGC CCAACAGCGA CTTCTCGCCC
CCAGATCGGG GTAGCTTTAA ACTGAGCAAA GCCGCCCCTA GCCAGGCTAA GGTCGTGGAG
GAAAAGCCCG AAGCCGAAGC GCCTACCCCT GCCAACCAGG GGGCCTTTAA GCTGGGGGGT
TTAGCCACCC CTATTGCTAA ACGGCCACTA CCGGCTAAAA AACAGGGGGA TTTTCAACCC
ACCACGCGGG AAGAGATTGC CCCTGCTGGA TCAGCTGGCC AACCCCCTGC CCCCTTTACG
GTGGACCCCG ATGAGCAGGA TGATGCGCCA ACTCTTTTGG CACCCATACC ACCCATGGGC
AAACCCCAAT CCGGCTTGAA CCAAACGGCG GGGCAACCCA AACCCTCTTT GCTTGCCACA
GCCCAGCCCC CCGCCGGTTC CTTCAATTGG GATGAGGACG ACGAGGCCAC CCTGCTGGCC
CCACGCGATA CCGATGACGA GGCCACCCTG CTGGCCCCCC ACGCTGGGGA TGACGACGAC
GAGGCCACCC TGCTGGCCCC CCACGCTGGG GATGACGACG ATGAGGCCAC CCTGCTGGCC
CCCCACGCTG GGGATGAGGA CGACGAGGCC ACCCTGCTGG CCCCCCACGC TGGGGATGAG
GACGACGAGG CCACCCTGCT GGCCCCCCAC GCTGGGGATG ACGACGATGA GGCCACCCTG
CTGGCCCCCC ACGCTGGGGA TGAGGACGAC GAAGCCACCT TGCTGGCCCC CCACGCTGGG
GATGAGGACG ACGAAGCCAC CTTGCTGGCC CCCCACGCTG GGGATGAGGA CGACGAGGCC
ACCCTGCTGG CCCCTCACGA TGCCTTGAAT GAGGAGGATG AAGAGGGCGC CACCATACTG
GCACCCCCAT CTGCATCTTC AGCAAAATTG GCCCATTTAG CCGCCCAGGA TGATGCCGAT
AGTGACGACG ACGCACCAAC CATCATGACC CAATCCCCCA GGCTAAGCAT GCGCGATGAG
GATGAAGAGC CCATCACAGG CATGACCCAA GAGGGCATGT CCGACGAGGA CGACCCAACC
GAAACCACCG CAGCAACCAG TAACACCACC GGGACCACCA CGGGCACGGG TTCGGTATTG
GCCCGCCGTC GCCGCAAAAA AAAGGATGAG GATGCCGAAG GGGAGGATAG CGATCATAAA
CACCCCGACG CCCTACCCAT CGGTGAACTG CTGTTCAACA ATATGTACCA AGTGGAAAAG
GTATTGGGCC AAGGGGGCTT TGGGCTTACC TATCGGGCGA AGGATCTTAA CCTCAATCTT
AATGTGGCCA TTAAAGAGTA TCTGCCCAAA CAGATTGCGC AGCGTATGCC GGACAAATCG
ATCCAGGCGC GCAACCAGTC TGACATTAAA ATGTTCAATC AAGGGCGCGA CCGTTTTCTG
GATGAAGCCC GTACCCTCGC CCAGTTTAAG CACCCCTCCT TGGTGCGTAT TCTCACCTAT
TTTTCCCACA ACAACACCGC CTATATGGCC ATGGAGTTTG AAGAGGGGGA ACCCCTTTCG
GACGTGCTCA AGCGGGAAAA AACCCTGGAT GAAAAAGCGA TGCTCGCGGT CATTATGCCG
CTGCTTCAGG GGGTAGAGGT TCTTCACCAG AAAAAATATA TCCACCGGGA CATCAAACCC
GACAACATTT TCATCCGCTC CAAAGATGGC ACCCCTGTGC TGTTGGACTT TGGTTCAGCC
CGCCAGCAAT CGGGCAATGA GGATGGCCAA ATGACCGCCA TGCTCACCCC CAACTATGCT
CCCATGGAGC AATATTTCGA CGACGCCTCC CGTCAAGGGC CATGGACCGA TATCTATTCG
GTGGGGGCGG TCATGTACCG CTGCATCAGT GGTCGCAAAC CTGCCAACGC GCCCCAGCGC
AGCAATGCCC TTATGCGCAA TGCTCCAGAC CCCATGAACC CGGCGGTGGA TGTGGGGGCG
GGGCGCTACT CCGAAGCGGT GCTAAAAGCC ATTGATCTGG CCCTAACGGT GGTGGAGACC
GAGCGGCCAC AAAAGATCTC TGACTGGCTC AATGCGGTGG CCACCGAAGA AGGCTCTGCC
GAATTCTCTT CAGAGATGCT GGCCGCCGAT TTTACCAGTG GTCGCAACCG GGTTATTTTG
ATTGCCGCTG CGAGCATTCT GCTGGTACTG GTTGGAGGTC TCATCTGGCT GGGACAGATT
GGCACCGGGG ATCTGCTGCT CAGCGATAAG GAGCGCACCC AAAAGGTCAT TGCCGAGCTG
CGCCTGCAAG CCGAGCAAGG CAATGCCACC GCCATGTATC AACTGGGGCA GCGCCGCAGT
GTGGGGGATG GCCTGCAAAA AAATGATGTA ACCGCGTTTA ACTGGATGGT CAAGGCCGCC
AAACAGGGCC ACGTGCGGGC CATGCGCCAG GTGGCTTTGG CCATGCGCCA AGGGACCGGC
ACGGCTAAAA GCCTAACAGA AAGTGTGACT TGGTTTGCTA AGGCGGCCCA AAAGGGGGAT
GCCCTCTCCC AGTTTTACTA TGCCGTAGCC CTTGGCGAGG CGGATCATGG GGATCCGCTC
AAACATGCTC AAGCGTTGGA GTGGTTAAAA AAATCAGCGG ATCGCGGTTT TGCCCCCGCC
CGTTTTGTCA TGGCCCAGCT TTATGAACTG GGGGATGAAA AGTTTGCCAA AGATCCGCAA
AAAGCTTTTC AACTCTATTT ACAAGCCTCC GCGCAACGGG TAGATCTTGC CACCTATCGC
TTAGCCCAGC TCTACGACAG CGGCATCGGT ACCCAGCAAG ACCCCAAAAA GGCCCGTGAG
GTGATGACCC AAGCGGCCAA TAATGGTCTG GAAGGTGCGC AATACCAGTT AGGGCTGTGG
TATAAATATG GGCATGGTGG CCCCATCAGC CATACAGAGG CTTATAAATG GCTGATCAAG
GCGGCACGCC AAGATATTAT ACCGGCTCAA TATTTGGTGG GTGAGGCGCT GATTACTGGC
ATCGGCACCA GCCCCAACTA TACCGAGGCG CGTAGCTTTC TCACCAAAGC GGCCAGCCAA
GGTTATGTCC CTGCCCAACT TAAACTCTCG CAGATTTTAA TGGAAGGGCT GGGCGGCTCA
TCCAGCGACA GCACCGAAGC AACCATTTGG TTACGCAAGG CCGCCGAGTT AGGCAATCGG
GAGGCACAAT ATCAAATGGC GGTCCACCGC CGGGATGGCA TTGGGGTGGA TGAAGATATG
GCGGATGCCT TTTATTGGTT TGGTGAAGCG GCCAAACAGG GCCATGTGGC AGCACAGAAC
CAACTTGCGC TCATGTATGA GCGGGGCCAA GGGGTGGTTA AAAACCTGGA AAAGGCGATT
TTCTGGTATC GTACTGCGGC GCAGCAAGGC TCCCGAGAGG CTCAAAAGAA CTTAGCTTGG
ATGTACGAAG AGGGCAAAGG GGTTGAAAAA GATATTACCC AAGCGGTCAA GCTCTACTTA
ATGGCCGCCC GCCAAGGGGA TATGAAAGCC CAGAAAAACC TCGCTTGGAT GTTTGAGGTG
GGGCGGGGTG TGCCCAAGGA TATCGTCCGT TCCTATTTTT GGAACGCCGT TGCCGCCGCC
GCTGGAGACC AAGACGCCGC TAGCAATCTA AGCCTGATTA TTCGCAATAT GGATCAGCAG
CAGCGCCTGG ATGGGGATAA GATGGTCAAG GCGTGGATTA AAGCCAAAAA ACAGAGTGAT
AACGCCTCCA ATGGACACGC GACCCAGCTC TAA
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| Protein sequence | MSDQKNPGSG IKLSLLPIGE EQNRAPEPSA PVPTPPTPIT GLSLKSTADD AAYIQDPTPV
TPTKPAAPVQ QAAPVQQAAP VQQAAPVQQA APVQQAAPNS DFSPPDRGSF KLGSSKPAAP
APNSDFSPPD RGSFKLGSSK PAAPAPNSDF SPPDRGSFKL GSSKPAAPAP NSDFSPPDRG
SFKLGSSKPA APAPNSDFSP PDRGSFKLSK AAPSQAKVVE EKPEAEAPTP ANQGAFKLGG
LATPIAKRPL PAKKQGDFQP TTREEIAPAG SAGQPPAPFT VDPDEQDDAP TLLAPIPPMG
KPQSGLNQTA GQPKPSLLAT AQPPAGSFNW DEDDEATLLA PRDTDDEATL LAPHAGDDDD
EATLLAPHAG DDDDEATLLA PHAGDEDDEA TLLAPHAGDE DDEATLLAPH AGDDDDEATL
LAPHAGDEDD EATLLAPHAG DEDDEATLLA PHAGDEDDEA TLLAPHDALN EEDEEGATIL
APPSASSAKL AHLAAQDDAD SDDDAPTIMT QSPRLSMRDE DEEPITGMTQ EGMSDEDDPT
ETTAATSNTT GTTTGTGSVL ARRRRKKKDE DAEGEDSDHK HPDALPIGEL LFNNMYQVEK
VLGQGGFGLT YRAKDLNLNL NVAIKEYLPK QIAQRMPDKS IQARNQSDIK MFNQGRDRFL
DEARTLAQFK HPSLVRILTY FSHNNTAYMA MEFEEGEPLS DVLKREKTLD EKAMLAVIMP
LLQGVEVLHQ KKYIHRDIKP DNIFIRSKDG TPVLLDFGSA RQQSGNEDGQ MTAMLTPNYA
PMEQYFDDAS RQGPWTDIYS VGAVMYRCIS GRKPANAPQR SNALMRNAPD PMNPAVDVGA
GRYSEAVLKA IDLALTVVET ERPQKISDWL NAVATEEGSA EFSSEMLAAD FTSGRNRVIL
IAAASILLVL VGGLIWLGQI GTGDLLLSDK ERTQKVIAEL RLQAEQGNAT AMYQLGQRRS
VGDGLQKNDV TAFNWMVKAA KQGHVRAMRQ VALAMRQGTG TAKSLTESVT WFAKAAQKGD
ALSQFYYAVA LGEADHGDPL KHAQALEWLK KSADRGFAPA RFVMAQLYEL GDEKFAKDPQ
KAFQLYLQAS AQRVDLATYR LAQLYDSGIG TQQDPKKARE VMTQAANNGL EGAQYQLGLW
YKYGHGGPIS HTEAYKWLIK AARQDIIPAQ YLVGEALITG IGTSPNYTEA RSFLTKAASQ
GYVPAQLKLS QILMEGLGGS SSDSTEATIW LRKAAELGNR EAQYQMAVHR RDGIGVDEDM
ADAFYWFGEA AKQGHVAAQN QLALMYERGQ GVVKNLEKAI FWYRTAAQQG SREAQKNLAW
MYEEGKGVEK DITQAVKLYL MAARQGDMKA QKNLAWMFEV GRGVPKDIVR SYFWNAVAAA
AGDQDAASNL SLIIRNMDQQ QRLDGDKMVK AWIKAKKQSD NASNGHATQL
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