| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Slin_0921 |
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| Symbol | |
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| ID | 8724651 |
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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 | 1097432 |
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| End bp | 1100749 |
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| Gene Length | 3318 bp |
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| Protein Length | 1105 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 | histidine kinase |
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| Protein accession | YP_003385772 |
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| Protein GI | 284035842 |
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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 | 14 |
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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 | 28 |
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| Fosmid unclonability p-value | 0.615746 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTTGTTC GTACGATCAG CCTACTGGTG ATCCTGTGCT GGTTTGTTCT CCGAAGTCAA
GCTCAGTCAC CGAACGCACG ATTCACCTTC CTGACCACTA ACCAGGGGCT TTCCCAGAAC
AACGTCACCT GCATTTTACG TGACCGGAAA GGGTTTATGT GGTTCGGAAC CCGGGATGGG
CTTAATAAGT TTGATGGCTA TACCTTCACC GTATATCGTA ATGACCCCGT TAAGCCCACC
AGCCTGAGCA ATAGTTATGT TCATGCTTTA GTAGAAGATA AACAGGGCCG CTTGTGGATA
GGCACCGATA ACGGAGGGCT AAGTTTGTTC GATCCGGTTT CGGAAACATT TATCAATTAT
ACACACACGC CTGGTAGGCC GTCCAGTCTG GCCCATAATA AAGTAGTGGC CATTGCTCAG
GATACCAGCG GTAATCTCTG GGTCGGGACT GGGGGTGGGG GACTGGATCG GTTCGACATT
CGGCAAAAAA TCTTTACGCA TTTTGTGCAT CAGCCGGGTC AGACCGGTAG TCTAAGCCAT
AATGAGGTAA GCTCGGTCCT GATTGATCGG AGAGGCATCG TTTGGGTGGG TACTTTAGGG
GGTGGTTTAA ATAGACTCGA TCCGTCCACC TCAACGTTTA CTCATTTCGT TCATAATCCG
CAGAATGCTC ACTCACTTAG TCAGAATCGG GTCACTGCCT GCCTGGAAGA CTCCAGGGGA
CGTTTCTGGG TAGCTACCGA GGGAGGATTA AACTTGCTTG ACCGGCAGCA GGGCGTTTTT
ACACACTATT TACAGGAGAC CCATCAACTG AGTCTTAACG ATGTCAAGGC GCTGGCCGAA
GACAATAACC ATACTATATG GATTGGTACC CAGAATGGAG GCATCAATCT GTTACATGCG
GATGGCACCT TTTCCTATTA CGCCTACCAG GTTGATTCGA ACTGGGGGCT TAACAGCGGC
TCAATTTATT CCCTCTACCG GGATCCCTTA GGCACCATGT GGATTGGTAC CTTTTCCGGC
GGAGTGAATA AGCTGGACAC TAACCCTCTC AAATTTAATC TCTATCAACG TTCATTAGGT
AACACCCACA AGCTAACGAA TAATAACATA CTGACAGTTC TCCTGGATCA GCGGGGTGAT
TTGTGGCTAG GCACCGATGG AGGTGGGATT AATCGACTTC GAAAAGGACA ATCGGTTTTT
AAGGCCTATC AGGATACGGG CCCGTTAGCC GCTTCGAATA GCGCCAATTT TGTCCTGACG
ATGTATGAAG ACCGCCAGAA GCGAATTTGG ACCGGTCATT ATAAAGGTGG CCTTCGGCTG
TATAATCCGG TAAGGGATAG CTTTGAGCCA AAGGGGAACT TTAGCCCGCT GAGTATTAGC
ACCATTTTGG AAGCCCGGTC AGGAATGATG TGGCTGGGCA CCTACGAGGA GGGATTAATT
CGCTACGACC CGGCGACGGG CTCGGTGGTC CGGTATCAGT CTCACCCGAC ACAGGCGGGC
CAACTGACTT ACCACACGAT CACCAGTTTG TGGGAAGATC GGCTGGGCAA CATCTGGGTG
GGTACCGATG GCAGCGGAAT TAATGTATTC CACCCGGACC GGAATCAGTT TACTCAATTT
AAGCAGGAAA GTCATCGGGT CACCACTTTA AGTAACAATC AGGTTAATTG CCTGTTTGAA
AGTACTACCG GTCAACTCTG GATTGGGACG AATAGTGGCC TCAACCGGTA TGATGCCCGT
ACGCAGACGT TTACCGCTTA CGGTCAGAAT CAGGGCCTGC CCAATGCGGT CATTCAGGCT
ATTCTGGAAG ATGGGCGGGG CCGCTTGTGG CTCAGCACCA ATAACGGGCT AAGTCGCTTT
GATCCCAGGA CAGGCTACTT TCGTCACTAT GATGCCCGTG ATGGCTTACA GGACAGTCCC
TTTAACCAGA AGGCCTGTTA TAAAAGTCTA AAGGGCGCCC TCTTCTTTGG GGGGCAACGG
GGGCTCAATT GGTTTCATCC CGACTCGATA CAGGATAACC CAGTCATTCC GCCGGTTTAT
CTTACGGACT TTCAGCTATT CAACCGGTCG GTTCAGGTGG GGGATAGCCT CTCGGTGCTG
ACCAGGCCCA TTGGAGATAC GCGTCAAATA ACGCTGTCTT ACCAGCAATC CGTGCTTAGC
TTCCAGTTTA CGGCTTTAAA CTATACCCTA TCGGAAAAGA ATCAATATGC CTACAAACTA
GACGGATTCG ATCATCACTG GATTCAGGCT GGTACCCAGC GTACGGCGAC CTACACGAAT
CTGGACCCGG GTGATTATGT ATTCCGGGTT ATAGCCTCGA ATAATGATGG GGTATGGAAT
CGGCGGGGCA CCTATGTCCA TTTACATATT AGGCCGCCCT TTTGGAAAAC AGGCTGGTTT
ACTGGTCTGG TGAGCCTGTT GCTGGCAGGA AGTTTGTCCT GGTTGTATCG TTTTCGGATG
AAGCGTATCC ACGCCACCCA GATTGCCCTT CAAGATCAGC TAATCCAGCA GAGCCTTCAG
GCTACTCAAC AAAATGAAAC GCAACGTATC CTTCAGCAGT CGCTGAATCG GGAGAAGGAG
TTGAATCAGC TGAAGTCGCA ATTTGTTTCC ACGGTCTCCC ATGAGTTCCG CACGCCCCTG
ACGGGCATTA GTACGAGTGT CGAACTGATC CAGCATTACC TGCGGCATGT GCCTGACAAC
CTGGTGCCTC CAGCTATTGG ACGACATCTG CAAGCCATTA TCCGCAAGGT GCAATCGTTG
GACGAGTTAA TTGGTGATAC GCTGACCATC AGTAAGCTGG AAGCCGGGAA AGTTGAGGTC
CACTGGGAAG ACACGGACTT GGTGGCCTTC TGTGAAGCTA TGATGGAAGT TACTTTGGGA
GAAAGAGCCG ATGGCCGCCG GGTCGATCTG AACGTCGAGG GTACGCCCGT TAGGATTAAG
GTCGACAAAA AATTACTGGG CCATATTTTA TTGAATTTGC TGGGGAATGC CTTTAAATTC
TCCACGCGGA ATCCGTCCTT AAGGATTTCT TTTGAGGAAC ACCAAGTAGC GCTGTTGGTC
CGGGATGAAG GCATAGGTAT TCCGGCGGAT CAACTGGACC AGTTATTTGG GAAGTTTTTT
CGAGCCCGCA ATGCCACGGC CTACCAGGGC ACGGGTTTGG GGCTGGTGAT CTGTCAGGAC
TATACGTACC TAATGGGGGG GCGGCTTGAG GTAGTCAGTG AAGAAGGGAT GGGGAGCTCG
TTCACCCTGA CCCTACCCAA ATCCGTACCG GACCAGGAGC CAAAAGGTGA TTGGCAGGCC
AGGAATAGCG TTGAGTAG
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| Protein sequence | MFVRTISLLV ILCWFVLRSQ AQSPNARFTF LTTNQGLSQN NVTCILRDRK GFMWFGTRDG
LNKFDGYTFT VYRNDPVKPT SLSNSYVHAL VEDKQGRLWI GTDNGGLSLF DPVSETFINY
THTPGRPSSL AHNKVVAIAQ DTSGNLWVGT GGGGLDRFDI RQKIFTHFVH QPGQTGSLSH
NEVSSVLIDR RGIVWVGTLG GGLNRLDPST STFTHFVHNP QNAHSLSQNR VTACLEDSRG
RFWVATEGGL NLLDRQQGVF THYLQETHQL SLNDVKALAE DNNHTIWIGT QNGGINLLHA
DGTFSYYAYQ VDSNWGLNSG SIYSLYRDPL GTMWIGTFSG GVNKLDTNPL KFNLYQRSLG
NTHKLTNNNI LTVLLDQRGD LWLGTDGGGI NRLRKGQSVF KAYQDTGPLA ASNSANFVLT
MYEDRQKRIW TGHYKGGLRL YNPVRDSFEP KGNFSPLSIS TILEARSGMM WLGTYEEGLI
RYDPATGSVV RYQSHPTQAG QLTYHTITSL WEDRLGNIWV GTDGSGINVF HPDRNQFTQF
KQESHRVTTL SNNQVNCLFE STTGQLWIGT NSGLNRYDAR TQTFTAYGQN QGLPNAVIQA
ILEDGRGRLW LSTNNGLSRF DPRTGYFRHY DARDGLQDSP FNQKACYKSL KGALFFGGQR
GLNWFHPDSI QDNPVIPPVY LTDFQLFNRS VQVGDSLSVL TRPIGDTRQI TLSYQQSVLS
FQFTALNYTL SEKNQYAYKL DGFDHHWIQA GTQRTATYTN LDPGDYVFRV IASNNDGVWN
RRGTYVHLHI RPPFWKTGWF TGLVSLLLAG SLSWLYRFRM KRIHATQIAL QDQLIQQSLQ
ATQQNETQRI LQQSLNREKE LNQLKSQFVS TVSHEFRTPL TGISTSVELI QHYLRHVPDN
LVPPAIGRHL QAIIRKVQSL DELIGDTLTI SKLEAGKVEV HWEDTDLVAF CEAMMEVTLG
ERADGRRVDL NVEGTPVRIK VDKKLLGHIL LNLLGNAFKF STRNPSLRIS FEEHQVALLV
RDEGIGIPAD QLDQLFGKFF RARNATAYQG TGLGLVICQD YTYLMGGRLE VVSEEGMGSS
FTLTLPKSVP DQEPKGDWQA RNSVE
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