| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mbur_0913 |
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| Symbol | |
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| ID | 3998657 |
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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 | Methanococcoides burtonii DSM 6242 |
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| Kingdom | Archaea |
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| Replicon accession | NC_007955 |
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| Strand | + |
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| Start bp | 979255 |
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| End bp | 982230 |
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| Gene Length | 2976 bp |
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| Protein Length | 991 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 637958692 |
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| Product | multisensor signal transduction histidine kinase |
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| Protein accession | YP_565608 |
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| Protein GI | 91772916 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG3920] Signal transduction histidine kinase |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.650855 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGCAAAAGC AGGTAACCCG TTTTTCTGCG ATCGAGCAGA AGCTTGTCAA TACAGGAGAT
CTCCTTGATC GGGAATTGGG GCGCTTTAAA TCGATCCAGT CCTACAACAA AGAAGCTATT
CAGGCTACGA GTCTGGATGA ACTTGCTTCA ATAACAGTAG AATCCATAGT TGAGGTTTTT
GAAGTTGAAT GTGGGGCGAT CTTCACTTAC GATGCAACTA ATAATAGCTT AGCTATTGTG
GAGAATTATG GTTTAGAGGA GAAGCACCCA TTGGTCATGG ATTGGATCGT TTCCGAAGAT
ATAATTAACG CAAAGGAAGG AGTCTTTATC GAGGGATCGA AACCATCAAA ACCGTGGGGA
TCGCTGGGGT TATGCCAGGT AATTTACGCA CCTTATTATA AAAATGGGAA GCTGCATGGA
TTTGTCCTAG GTGGAATAAC CACAAAAAAG AAGGATTTCT ATGATACGAT CGATGAAGAG
ATCAAACCGT CTTTCAGGGT GTTTGTTCAG CAGATGGATG CATTGCGATA CAATATTGAA
TCACGGGAAA TTATCCGACA TAATATATCA GAGCTGACAA TTTCCAATGA ACAGCTCCAA
CGAGAGATCA AACAACGTGA ACGAACAGAA GATCGCATCA AAAGGATGAA CAAATGTTTT
TTAAATTTTG GGGCAGACCC ACTCGAGAAC ATCAATAGCC TTACAGCTCT TTTCGGGGAA
TTGATGGGAG CTACCTGTGC ACTTTACAAC CGATTAGATG ATGGTATACT CTATTCATGG
GGACAATGGA AAACACCAAC TGACTATAAC CCATTGGATG AGCCAGAAGG ACATATTTGT
TATGATGTGA TCCAGCGTGC AGATAATCAT TTGATGGTAG TCAGGAACCT TTCCGAAACA
GCATATGCAC AGACAGACCC AAATGTGATC CCATATGCAT TAAAGACCTA TATAGGAACA
GGTGTTAAGC TCGGAGAAAG CTTCGTTGGT TCCTTGTGCT GTGTATTCCA AAAAGATATA
GTACCTACTA AAGAAGATAA ATGGATGATA GGGGTCATTG CTACGGCAAT AGCAGTGGAG
GAAAAGCGTA AATGGGTACA AGAAGAATTA GTGAAATCCG ATAACAAGTA TCGCATGATA
TTTGAAAATT CCCCGGTAGG AATTTTCCAT TATGATCAGG ATGGAATTAT TACCCATTGT
AATAGTAGTT TTGCAAGGAT CATTGGACCA CCAGCAGAAA AGATTATCGG TGTTAATATA
CTGGACTCAA AAACAAATGC TCACGTATCA GAGGTTGTTA AAGAAACGCT TTCTAAAAAC
ACAGGATCTT TTGAAGGTGA GTATATTTCC GTTATCAGTG GCAAAAAGAC ACAGATCAAA
GCTGAAGCAC GGTCTGTTTT CTCTAATAAC GGATCTCCAC TTGGAGGAAT CTGTGTTGTA
GAAGATATTA CCAAACAAAA AAAGGCAGAA ATGGCTCTAA AAGGTCGCGA TGCGATACTT
GAGGCTGTAA GTTTCGCAGC TGAAAAATTA CTGGGACCGT ACCCTTTAGA AGATGCAATA
CAAACGGTTC TTGAAAGATT GGGACAGGCA ACAAATATAG ATCAAGCATA CATTTTTAAA
AACGTGGTCG GTGAAGATGG AATACTTCGA GCATACCAGA CCAATCAGTG GAAGATTACA
GGGATAAATG ACCTGAACGA TAGTTTTGAG CCACATCGTA TATCGTACAC AGAGGATGAT
TATGAACGCT GGATCAAAAT ATTGAAGGCA GGAAATGTGA TAGCAGGACC CATTCATGAA
TTCCCCGAAA TCGAATATCC TATCCTGAAA GCATGCAAAG CATTATCTAT CGCAGCAGTT
CCAATACAGG TGGAAGAAAA TTGGTGGGGA TTCATCTGTT TCAATGATTG TACTAATGAA
CGAGAATGGT TTACCGTAGA GAAGGATGCA CTCAAAGCCG CAGCTGATGC CATTGGTGCA
GCCATTCAAC GCAACCGTGC GGAGGAAGTG TTGCAGGAAA ACGAAGAAAA AGTAAAGAGT
ATACTTGCAT CGATCCAAAC AGGGGTTGTA ATAATCGATG CAGAAACACA TATGATCGTT
GATGCAAATC CTTCCGCAGT TCAAAGTATT GGTGCACCAA AACAGGAGAT CGTTGGCAAA
GTATGCCACA AATTTATCTG TACGGCCGAG AAGGGAGAAT GTCCTATCAG CGACCTCAAA
CAAAACATAG ACAGATCCGA ACGCGTACTG TTAAATGTCA AAGGTGAAGA GATCCCCATC
CTTAAGAATG TAGCTTCTGT AAATCTTAAT GGACGCCTGC ATCTGATAGA GAGCTTTATT
GATATCACAG AACGTAAACA AGCAGAAGAA GTTCAGAAAA AGGATATCCT GTTAAAAGAG
ATCCATCACC GGGTTAAAAA TAATCTCCAG GTAATTTCCA GTCTACTCAA CCTTCAATCC
CGGAATTTCA ATGATGAAAA AGTAATTGCT GCATTCATGG AAAGTCAGAA CCGCGTCAGA
TCAATGGCTA TTGCTCACCA GAAACTGTAC CAATCAAATG ATCTGGCAAG TATAGAAGTT
GGCGATTACA TTAAAAATCT GACTACATAC CTGTTCCAGA CGTACAGAGT AGGCAACCGT
GCCATCAAAC TTAAACTGGA CATTGATAAC GTTTACATGG GAATAGAAAA AACTATTCCC
CTTGGATTGA TAATCAATGA ACTTGTTTCG AATTCCTTAA AGCATGCTTA TAAATCAGAG
AAAAAAGGGG AAATCAATAT AAAATTCCAT CTTGAAAATA ATGTGATCAC CCTTATTGTC
AGCGACAACG GAGAAGGAAT ACCCGAATAC CTGGACTATA AAAATACACA TTCGCTGGGC
TTGCAACTAG TAACAACGCT TGTGAAACAA ATTCATGGTA ATATAGAACT TGACAGAAGT
AATGGAACTA AATTTGTGAT AACTTTTGAA TATTGA
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| Protein sequence | MQKQVTRFSA IEQKLVNTGD LLDRELGRFK SIQSYNKEAI QATSLDELAS ITVESIVEVF
EVECGAIFTY DATNNSLAIV ENYGLEEKHP LVMDWIVSED IINAKEGVFI EGSKPSKPWG
SLGLCQVIYA PYYKNGKLHG FVLGGITTKK KDFYDTIDEE IKPSFRVFVQ QMDALRYNIE
SREIIRHNIS ELTISNEQLQ REIKQRERTE DRIKRMNKCF LNFGADPLEN INSLTALFGE
LMGATCALYN RLDDGILYSW GQWKTPTDYN PLDEPEGHIC YDVIQRADNH LMVVRNLSET
AYAQTDPNVI PYALKTYIGT GVKLGESFVG SLCCVFQKDI VPTKEDKWMI GVIATAIAVE
EKRKWVQEEL VKSDNKYRMI FENSPVGIFH YDQDGIITHC NSSFARIIGP PAEKIIGVNI
LDSKTNAHVS EVVKETLSKN TGSFEGEYIS VISGKKTQIK AEARSVFSNN GSPLGGICVV
EDITKQKKAE MALKGRDAIL EAVSFAAEKL LGPYPLEDAI QTVLERLGQA TNIDQAYIFK
NVVGEDGILR AYQTNQWKIT GINDLNDSFE PHRISYTEDD YERWIKILKA GNVIAGPIHE
FPEIEYPILK ACKALSIAAV PIQVEENWWG FICFNDCTNE REWFTVEKDA LKAAADAIGA
AIQRNRAEEV LQENEEKVKS ILASIQTGVV IIDAETHMIV DANPSAVQSI GAPKQEIVGK
VCHKFICTAE KGECPISDLK QNIDRSERVL LNVKGEEIPI LKNVASVNLN GRLHLIESFI
DITERKQAEE VQKKDILLKE IHHRVKNNLQ VISSLLNLQS RNFNDEKVIA AFMESQNRVR
SMAIAHQKLY QSNDLASIEV GDYIKNLTTY LFQTYRVGNR AIKLKLDIDN VYMGIEKTIP
LGLIINELVS NSLKHAYKSE KKGEINIKFH LENNVITLIV SDNGEGIPEY LDYKNTHSLG
LQLVTTLVKQ IHGNIELDRS NGTKFVITFE Y
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