| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Slin_1041 |
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| Symbol | |
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| ID | 8724771 |
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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 | 1268877 |
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| End bp | 1273097 |
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| Gene Length | 4221 bp |
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| Protein Length | 1406 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | |
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| Product | multi-sensor signal transduction histidine kinase |
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| Protein accession | YP_003385891 |
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| Protein GI | 284035961 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | 29 |
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| Fosmid unclonability p-value | 0.845277 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATAAAT CCAGCCCACT ATTTGAAGAG AAAAACCAGT ACGGCTTTTC GAAATCCAAT
CTACTTGTTG ACGATCTGCC TGATCTGCCA ATGGGTATTG TTGTTTGCAA ACCGGTAAAA
AGTAAAACAG GGGCGGTTAC CAAGTTAAAG ATCACCTATT GCAATCCCTT TGCAGCCTCG
CTCCTTGAGT GGCACGATGA GGCCGGGGAA GCCATTTGCC TTAATGACAT ACCGGAGCTG
ATAACGCTTC TTAAGCCTGC TATTCACGTG CTGGAAACGG GTTATCCCGT TACGACCGAT
ATACACATAG GCAAGTCGAA AAATGTGCCG TTGCATACCT GTTCAATCAG GCGGCACAAC
GGGCAGTGCA TCATCTACCT GGAAGCGACC GGACCCAAAG AAAAGCTTAA CAGTGATCTG
CAACGTCGAC TGCAGCTGGA AGCAATTATT TCGTCAATGT CCAGCCGTCT GCTCTCCATA
GCAGCGCCCG ATCTGGATAC GTTTATTCTT GAATCGCTAG CCAGAATTGG CGAGTACAAT
CGGGCTGATC GGGTGTATGT GTTCAAGTAC TTGAACAATG GCACGATTAT GAGCTGCACG
CATGAATGGT GTGCCGAAGG CATTGATCCC CAACTGCCTC ATATGCAAAA CGACCCTGTC
TCGCTTTACC CGTGGTGGCA CCAGAAAATG ATTAATCAGG AGTCTATTCG ACTGGCTACG
CTGGACGATT TGCCCGCTTA TGCCATTCCG GAGCGGAAAA GCCTGAAAAG GCAAAGTATC
AAGTCGCTGC TGGTTATGCC CATGATTCTC GATGGCAACC TGATTGGGTA TGTAGGTTTT
GATGCAGTAC GGGAGGAGCG CAACTGGGAC GAAAATGATA CCGACTTACT AAAAACCTTT
GCTTCGCTGA TCATCAATGC AACCAGCCGG GTTGTACGGG AACAACTTTT ACAACGAGCT
AACAAGCGCC TTGAGGGGCT CAATAAAATC AGCACGGCTT TACTGAACAG CAGTTTGCTG
AATGAGCAAC CAGGCTTCAC CGCTCTCAAG TACGTTTATG AAATGATTCC GTGCGAGGTC
GGAATTTTAT TTCGTATCGA TAAGAATGAT CAATCTGCTT TTACCGAAAG TCGAATTCGA
CGGGGTAAGC AGGAACACAG GCGGGATATC CGTTTTTCAG CCGAGTTTCT TCGGCATCCA
ACCTTTTTGC AGGGGCGGGA ACTACTCATA AACCAGCTCC AAGCCGATAC TCCCAGTTTT
CCGCCGGGAT TCAATCCGTT TCAATGGGGC CATCACTCAT TTCTGGGTGT TCCTCTCTTT
GCTCACCAGC AATACATTGG CCTTGTTGTA TTGCTGGATA AGACACCGGA TTTTTTTACT
GCCGAACACA TATTGATTGC CCGCGAAGTA GCGGATCAAC TGTCCATTGT ACTGCTACAG
GAAGAAGTTA ACCGGCAGTT GGGCGAACAG GCTGGCAAAC TGCACGAAAA TAACCAGCTT
TTGCAGGCAA TCATTGATCA TACGCCGGCT GTTCTGGCAT TTTGGGAACC GGTTCGCATT
GATGGCCGCA TTGTTGATTT TAAATACCTG CTATCAAATC CGGTCAATTC AGCCGTTACG
GGTTATAGCC ACGAGGAACT CATGCACAGT ACGCTCGTGA CGCTGTTTCC GTTTACGCGC
GATAACGGAA TATTCAGCCG AGCCGTAGAA GTTGCCGAAA CCGGCAATTC GCAACAGTTT
CAGCTTAAGT ACAGGCTGAA AACGGGCGAC CTTTGGGGTG AATATTCGCT GGTTCGGGTT
GGCGGAAATG TCCTGCTGAC TATTAAAGAT ATATCTCATC TTAAGGAGAC CGAAGAACAG
CTCAGGCAGT CTAACGCCGA ACTGGAAAAG CGTGTAGCTG CCAGAACGGG CGAAATCCAA
CAGCTATTTG CCATGCAGCA GGCTGTGTTT AAACACGCTG GCCTGGCAAT CACCGCAACG
GATGCCCAGG GCGTTATTCA ACTCGTTAAT CCGGCATTGG AGAGCCTGAC AGGCTATACC
GCCGATGAAT TGATTGGAAA AGTTACACCC AGAGCGCTAC GAGACCCGGT CTTTCATCAG
AATCTGCTTC AAAAGTTAGC CCCCGATCTG GTTGACGATG GTACCGGCGA AGAGCACGTT
ATCGAGTATA TCCGAAAAAA CGATTTTCTA CGGCGCGAAA ATGTCCTCCT TACCAAGCAG
GGGCAGCGCA TACCTGTTTT GTCGACGGTA AGTGGCCTAT ATGATGATAA CAATGTGCTC
ATTGGATTTG TCGATATCGT TGCCGACATA TCGTATCTGA AAACAATTGA GCACAAATTG
ATGCAGGCTA ACCAGCGCAG TCGATTAGCC ACTATGGCTG GCAAACTGGG TGTATGGGAA
TGGAATCTGC TTACCAACGA GATAATGATG GATGAGAACT TCCTGGTCTT ATTTGGGCTC
CCGGAAAATG CATCAATCAA ACGGATAGAA GATCTGGAAC AGATCGTTCA TCCCGACGAT
CTGGCTTATT TTAAGCAAAA CGTACAGAAT ATCATCGAAT CGCAAAAGCC CTTCGATGTT
GAGTTTCGGG TGTTTTTCCC CTCTACAAAA ACAACCCATT ACTTAAAGGC CGATGGGTTG
ATTGTGCAGA ATGAAGATGG TATCAACAAC CGACTGATTG GCGTCATTCG GGATCGCACG
AAAAAGCGGC AGGCCGATCA GGCACTGAAA ATCAGTGAAA AACGGTACCG TTCATTGGTC
GACCATTTAA AAGATATTGT TTTTCAGATA GATACGTCAG GTTGCCTGAC GTATCTGAAC
CCGGTCTGGC AAAAAATTAC GGGGTTCAGC CTGGAAGAAA CATTGGGGAA ACCCTTCCTG
GACTTTGTGT TTCCTGATGA TCGGGAGCGA AACCAGTATT TATGTGACCA GCTTATATGC
CGTCAAAAGG CAATTTGTCA ACATGTGGTA CGCTACATTC ACAAGGACGG TGGCTATCGG
TGGATCGATG TATTTGCTCA GCTTACCGTA AACGAGCTGG ATGAAGTTAC GGGTATTACT
GGCACTTTCA CGGATATAAC CGAGCGTAAG AAAGCAGAAG ACGCGCTGCT GGAAAGCGAG
CAGCGGTTTC GGGATATTGC CGAAAACGTC GATGAAATCT TCTGGATTCG GGACCTACTG
GAGCCGAAGT TTATTTACAT AAACCCGGCT TATGAAAAGT TTACCGGCCA ACTGGCCGAA
ACGTTGTACG AAAACCCGCT GGTTTTTCTG AATTTTATTC TGGAAGAAGA TCGCTCTAAA
GTACTGGCCA ACTTTGTGGA CGAAGCCAAC CAGGATTCTA CGTTCCAGTT TCGGGCACGG
CACAAAGACG GTAGCCTTCG GCATCTGGAT GTTCGGCTTT TCAGGGTGGT GAATGAAGAG
GGTGTATTGA TACGCCGGAT TGGCATGGCC ACCGACATTA CAACTGCTAT CGAAAAAGAA
CTGATTCTGG AAGAGTCGCT CACGAAAGAA CGAACGTTGA ACGCGCTGAA ATCTCAATTC
ATTTCAACCG CTTCTCACGA GTTCAGAACC CCCCTGGCGG CTATCAATTC CAGTGTTGAA
CTGGTAAAGC ACTATGTCAA TGTTGGGAGT GCCGATACGC CTATGACGAA AGTAATTAAT
CAGCACATTG AGAAAATATG CCAGAAGGTT TTCTTTCTCA ATGACCTGAT TACGGATACG
CTGACAATCA GTAAAATAGA CGAAGGAAGG ATAACTGTCA ATTTAGAGTT AACCGATTTA
ATAGAACTGT ACGAGAATAC CGTAAAGCAC TACTTCAGTG ATCGGGAAGA TAATCGATTC
GTTGAATTCG AGTATATTGG TAATCCGGTT ACGGTGAACC TAGATCGGAA ATTAACCGAA
CACATTCTGA CTAATCTGTT GTCGAACGCG TTTAAGTTTT CGAACAAAAA TCCACGATTA
ACGATCAGCT TCTGCACTGA AGAGGTCATG ATGACCATTC GTGATGAAGG AATAGGAATA
CCCGAAAAAG ACATTGCCAA TCTGTTCGGT AAATTCTTCA GAGCCAGTAA TGTCACGGGC
TTTCAGGGTA CCGGTCTGGG CCTGGCCATC TGTCAGGAAT ACATTACGTT GCAGAATGGC
CGGATCACTT GTGAAAGCAG GGAAGGAGTT GGTACGTCGT TTAAGGTTTA CTTTCCGTTT
TCAGCGAATG AGCAGCCGTA G
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| Protein sequence | MNKSSPLFEE KNQYGFSKSN LLVDDLPDLP MGIVVCKPVK SKTGAVTKLK ITYCNPFAAS
LLEWHDEAGE AICLNDIPEL ITLLKPAIHV LETGYPVTTD IHIGKSKNVP LHTCSIRRHN
GQCIIYLEAT GPKEKLNSDL QRRLQLEAII SSMSSRLLSI AAPDLDTFIL ESLARIGEYN
RADRVYVFKY LNNGTIMSCT HEWCAEGIDP QLPHMQNDPV SLYPWWHQKM INQESIRLAT
LDDLPAYAIP ERKSLKRQSI KSLLVMPMIL DGNLIGYVGF DAVREERNWD ENDTDLLKTF
ASLIINATSR VVREQLLQRA NKRLEGLNKI STALLNSSLL NEQPGFTALK YVYEMIPCEV
GILFRIDKND QSAFTESRIR RGKQEHRRDI RFSAEFLRHP TFLQGRELLI NQLQADTPSF
PPGFNPFQWG HHSFLGVPLF AHQQYIGLVV LLDKTPDFFT AEHILIAREV ADQLSIVLLQ
EEVNRQLGEQ AGKLHENNQL LQAIIDHTPA VLAFWEPVRI DGRIVDFKYL LSNPVNSAVT
GYSHEELMHS TLVTLFPFTR DNGIFSRAVE VAETGNSQQF QLKYRLKTGD LWGEYSLVRV
GGNVLLTIKD ISHLKETEEQ LRQSNAELEK RVAARTGEIQ QLFAMQQAVF KHAGLAITAT
DAQGVIQLVN PALESLTGYT ADELIGKVTP RALRDPVFHQ NLLQKLAPDL VDDGTGEEHV
IEYIRKNDFL RRENVLLTKQ GQRIPVLSTV SGLYDDNNVL IGFVDIVADI SYLKTIEHKL
MQANQRSRLA TMAGKLGVWE WNLLTNEIMM DENFLVLFGL PENASIKRIE DLEQIVHPDD
LAYFKQNVQN IIESQKPFDV EFRVFFPSTK TTHYLKADGL IVQNEDGINN RLIGVIRDRT
KKRQADQALK ISEKRYRSLV DHLKDIVFQI DTSGCLTYLN PVWQKITGFS LEETLGKPFL
DFVFPDDRER NQYLCDQLIC RQKAICQHVV RYIHKDGGYR WIDVFAQLTV NELDEVTGIT
GTFTDITERK KAEDALLESE QRFRDIAENV DEIFWIRDLL EPKFIYINPA YEKFTGQLAE
TLYENPLVFL NFILEEDRSK VLANFVDEAN QDSTFQFRAR HKDGSLRHLD VRLFRVVNEE
GVLIRRIGMA TDITTAIEKE LILEESLTKE RTLNALKSQF ISTASHEFRT PLAAINSSVE
LVKHYVNVGS ADTPMTKVIN QHIEKICQKV FFLNDLITDT LTISKIDEGR ITVNLELTDL
IELYENTVKH YFSDREDNRF VEFEYIGNPV TVNLDRKLTE HILTNLLSNA FKFSNKNPRL
TISFCTEEVM MTIRDEGIGI PEKDIANLFG KFFRASNVTG FQGTGLGLAI CQEYITLQNG
RITCESREGV GTSFKVYFPF SANEQP
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