| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Slin_1989 |
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| Symbol | |
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| ID | 8725727 |
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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 | Spirosoma linguale DSM 74 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013730 |
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| Strand | - |
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| Start bp | 2400312 |
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| End bp | 2403644 |
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| Gene Length | 3333 bp |
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| Protein Length | 1110 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | |
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| Product | MCP methyltransferase, CheR-type with PAS/PAC sensor |
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| Protein accession | YP_003386833 |
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| Protein GI | 284036903 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.175442 |
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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 | 0.013335 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACTTAC CTGACAATAC CGACCCTGAT ACACCGGATA CGATCACTCC TACAGGTGTG
GATGGCCAGG AAGCGGTAGT GCCTGATTCG CCCGAACAAC GTGGGGCATC CCAGGAAGCC
GAAACCAGTA ATGACGAGTT GGTTGCTCTT CTTGAGTTGC TGCGCAAGTT TATCGGGGTC
GATTTTACGC ATTATAAAAC AGCTACTATC CGCCGACGGG TTCTCCGGCG AATGGCACTG
TATAAACTGC GGGCAGTGCC GGACTATATG GACTATCTGC ACCAGCATCC GACAGAAGCC
GGTTTGCTGT ATCATGATCT ACTCATTAAC GTAACCAGCT TTTTCCGGGA TACCGACACG
ATGGACTACC TGGGGAATGT GCTTTTTCCC AGGCTGCTTA CAACTAAACC ACCCAATCAA
CCCTTCCGGC TCTGGATTCC GGCCTGCTCA ACGGGCGAAG AAGTCTACTC ACTGGCGATA
TTACTTCTGG AAGCGATGGA CAATCTCGAT AAGGCTGTCT CCATCCAGAT TTTTGCTACC
GATCTGAGTG AACGGGTCAT TGCCCGCGCC CGATTAGGCC GTTATTCAGC CAGCCAGGTA
GCGGAGATTT CCCCCAGGCG ACTGAAACGC TTTTTTACCG AAGATCAGGA CGGGTACTGC
ATCAGTAAGG TAATCCGGGA TTTGTGCGTT TTTGCCACCC ACAACATCTT TGTCGATCCG
CCCTTCTCCC GGCTCGACCT GGTTAGCTGC CGCAACCTGC TGATTTATAC AGATAACGTG
CTCCAGCGGA AAGCAATTGC CACCTTTCAT TATGCCCTGA ACCCAACGGG TCATCTGATA
CTGGGAAAAG CCGAAACGGT TGGTTCGTCG ACCATGCTTT TTACGCAGAT AGCCAAGAAC
TTTAAAATCT ACGCCCGAAA AAACATGGGC CTTCGTTCGG TTATGCCGCT GGTGGATTTA
TTGCAGCAAC GAACAACCAC AACTCCTGGC TATCTGAATC GGCTCGACTA TACCAGCGAT
CAGGAACCAG TGCCGGTATC CGGTGCCTAT CCTCCCGTTA CCCTACCTGT TCCTGAGCCC
TCTACCCCCG ATTATCCGGA TGAAGCGGGT GAAAAAAGAG ATCTACAATC CATGTCTATG
CATCAAAAAC CTGGTCAGCC CGACGATTTG GACCAACGCG TCAATGGACT GCTTACCCAG
TATACCCCAC CCTCCGTTGT TGTCAATAAA GACATGGAGA TTATCCGCTT TCAGGGGTCG
ACCAGCCTGT TTCTGGAACC TGCACCGGGG CGAGCTAATT TCAATCTTCT GAAAATGGCC
CGCCCCGAGC TGGTCTTTGA CCTGCGGACT GCCATCAACA AAGCGCATAA ATCCGGCCAG
CCAGCGTCGA AGACCGGCTT GATGATCCGG GTTCGGGAGC AGACTTACCA TATAACGATC
AATGCCGTCC CTTTCCTGTC CCAAAATCAT GAACCCCTGA TACTGGTTAT TTTCGGCGAG
GTTACCCCTA CCCTACAGCC CGCCATCTCG CTGACCCAGC TCCGCAACCG ACGCATTAAA
CAACTGGAGG ACGAGCTGGT AACCCTACGG GATGATATGC GGTCGATGTT TGAAGAACAG
GAAGCTGGCC GGGAAGAACT ACAGTCCGCC AATGAAGAGA TCATCAGCAG CAATGAAGAG
TTGCAGAGCA TTAATGAAGA GCTGGAAACC AGTAAAGAAG AGATCCAGTC GAATAATGAA
GAACTGCAAA CCATCAATCA GGAGCTGCAG CTCAGCAACG ATCAGTTGTC GGAAGCCTAT
GATTATTCCG ACGCCATCTT TGGAACGATC CGCGAAACGG TACTCGTACT CGACAAAGAC
CTCCGTGTGC GAACAGCCAA CCGGGCTTTT TTTAAAACCT TCCGGATTGA GCCCGACGAT
ACAATAGGCC GACTTTTATA TGAACTGGGG AACCGTCAGT GGGATATACC CGCCCTGCGG
TCGTTGCTCG ACCAGGTTAT TAATCAGAAT ACCCCGATTC AGGCCTATGA GATGGTCCAT
CATTTCCAGG ATTTGGGCGA AAAGGTATTG CGGCTCAATG CACGGAAGGT CGTTCGGCTA
CAGGGTCAGG CTGCTATACT GCTCGCTATT GAGGACATTA CCGATCATTC GCAGGTCCAG
CGGTTGCTGA TATTTCTACA GAGTATACTG GCCCACGCCC CGGTGGGTAT TCAGTTGTTC
AAATCGGTTC GGAATGAACG CAACACCATC GTGGATTTTC AACTGGTTCC GCTGGTCAAT
GAATTAGGGC AACGGGATAA ACCATCGGTG GAGGATCTGT ACAAAACCAG TTATAAAGCC
CTGTTCAGCG ACACTGAACA AAGTGCCTTA TTTTCCCGGT ATGTACAGGT CGTTGAAACC
GGCGAAGCTA TGCAGGCTGA AGTACTCGAC AAACTGGCCC GACAGCCCGA GTGGCACCTG
ATTTCGGCGA ATCGCTTTGA AGACGGATTT CTGTTGGTTA CCTCCACAAT CACGGATCGG
AAGAAAGCGG AAGAAGCCAT TCTTGAACGA GAAGCCCAGC TAAGCCGACT GGTAGAAAAC
ACCCCTGACG TGATTACCCG ATGGGATAAA AACCGGCGAT TGGTTTTCGC TAATTCGGCT
TTCTCCGAAA AAACCGGCTT ACCCCCGAAC CAGTTGCTGG GGCTCACCAA CCTGGAAATG
GGACAGCCCG ATGAAATTGC GATTCCTTAT ATGGATAGTA TACAGGAAGT GCTGGACACC
GGACGGCCGA AAGAGCATTA TAACGTTTAT ACCCAACCCA ATGGGGTCGT CTTCTTCCAA
TCGCGTATGG TTCCCGAACT TGGGCAGGAC GGTGCGGTCG AAGGGGTACT GGCCATCGCT
CGGGATATAA CCCAGTTGAA TGAAGGATCG ATGCTTAAGC AAGCCTATGA AACAATTCAG
CAAGCAAACC TCGACCGCGA CCGACAAGCC AAACGACTTC AACATATTCT GGATGCCTGC
CCCACGGCTA TTCTTACCCT AACCCCCCAA TACACTGACA GTGAGCAGGG AGACGCCACG
AAACTGGCAG ATTTCAGGAT TGTGACTGCC AACAAAACAC TGGCACAGTA TCTTGAGCAG
GCAGAAACGA CCCTGCCCGG AACGCTGCTG AGTCAGTGGT TCACCGACGA CAGCTTTCTT
AACCAGTGCC GCCAGGCTTA TCTGTCGGGT CAGTCTCACA CCATCGTATG GCACGACACG
ACCAACACCC ACGACTCCTG GCTGGATGTT TCCCTTTCCC GAATCGATGA CGACCTATTG
ATCACCTTTT CCGTTCGGCC AAAACCAGCA TAA
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| Protein sequence | MNLPDNTDPD TPDTITPTGV DGQEAVVPDS PEQRGASQEA ETSNDELVAL LELLRKFIGV
DFTHYKTATI RRRVLRRMAL YKLRAVPDYM DYLHQHPTEA GLLYHDLLIN VTSFFRDTDT
MDYLGNVLFP RLLTTKPPNQ PFRLWIPACS TGEEVYSLAI LLLEAMDNLD KAVSIQIFAT
DLSERVIARA RLGRYSASQV AEISPRRLKR FFTEDQDGYC ISKVIRDLCV FATHNIFVDP
PFSRLDLVSC RNLLIYTDNV LQRKAIATFH YALNPTGHLI LGKAETVGSS TMLFTQIAKN
FKIYARKNMG LRSVMPLVDL LQQRTTTTPG YLNRLDYTSD QEPVPVSGAY PPVTLPVPEP
STPDYPDEAG EKRDLQSMSM HQKPGQPDDL DQRVNGLLTQ YTPPSVVVNK DMEIIRFQGS
TSLFLEPAPG RANFNLLKMA RPELVFDLRT AINKAHKSGQ PASKTGLMIR VREQTYHITI
NAVPFLSQNH EPLILVIFGE VTPTLQPAIS LTQLRNRRIK QLEDELVTLR DDMRSMFEEQ
EAGREELQSA NEEIISSNEE LQSINEELET SKEEIQSNNE ELQTINQELQ LSNDQLSEAY
DYSDAIFGTI RETVLVLDKD LRVRTANRAF FKTFRIEPDD TIGRLLYELG NRQWDIPALR
SLLDQVINQN TPIQAYEMVH HFQDLGEKVL RLNARKVVRL QGQAAILLAI EDITDHSQVQ
RLLIFLQSIL AHAPVGIQLF KSVRNERNTI VDFQLVPLVN ELGQRDKPSV EDLYKTSYKA
LFSDTEQSAL FSRYVQVVET GEAMQAEVLD KLARQPEWHL ISANRFEDGF LLVTSTITDR
KKAEEAILER EAQLSRLVEN TPDVITRWDK NRRLVFANSA FSEKTGLPPN QLLGLTNLEM
GQPDEIAIPY MDSIQEVLDT GRPKEHYNVY TQPNGVVFFQ SRMVPELGQD GAVEGVLAIA
RDITQLNEGS MLKQAYETIQ QANLDRDRQA KRLQHILDAC PTAILTLTPQ YTDSEQGDAT
KLADFRIVTA NKTLAQYLEQ AETTLPGTLL SQWFTDDSFL NQCRQAYLSG QSHTIVWHDT
TNTHDSWLDV SLSRIDDDLL ITFSVRPKPA
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