| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Slin_0181 |
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| Symbol | |
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| ID | 8723909 |
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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 | 234454 |
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| End bp | 237801 |
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| Gene Length | 3348 bp |
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| Protein Length | 1115 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003385045 |
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| Protein GI | 284035115 |
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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 | 17 |
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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 | 31 |
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| Fosmid unclonability p-value | 0.96611 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATAACT CTGTACATCA TTTATGGAAA GGACTTTTTG CCATCGTGGT GATAAGCTTA
CTTTCAGCAA CATCAGGCTG GGCGCAGATT GCGCTGTCGT TACGGTATAG CAACACCGAC
GGCCGGTATC ATGTGTATCT GAAGCCTACT TCAACTCCGG GTAGTGTTAC TAACCCTAAT
TTAACGGATG GTAGCTCAAT TATTACCATT ACGTCGGCTA CCGGTAGCTT GTCCATAAGT
TCGGTCAATT CGTCGAATCC GAGCAGCAGC TGGTCGTTAA TAGACGTTCA ACGGAATAAT
GGAGACGTGT CGTCGGGTGC GCCGGCCAAT ACTGATTTCT TTGTTTTTGC ACCCAGCGGT
GACTTTTCGT CGATCAGCTA CGCATCGGGT ACTGAGGTCC CTTTATTCGA TTTCGCCGTA
TCGGGTGTTT GTTCGGGAAC GTTAGACATT CTGCCTGCTC TGGGCCAGAC TGCTGGCGGA
AGTTTGTTCA ATATCAGTTC GTACTACAGT GTGCGTGGTT TCACGACTGG GATCGGGACA
AACCACTTTT TGGCTACCTA TAATATAGAT GGTGTATGTC CGCCCGACCT AACCAGCGCC
TTTAGTCAGC CCCAACCGTC GCTAACGGCC AAGGTAAGTA GTACCCTGCC GTTTACGGTC
AACAATATTA GTTTGGGGCA GACAGCCGGT TTAATTACGG CAACTGTAAC GATACCAGCC
ACGTTGTCGG TAGCCTCCGC CTTTACGAGT GGGACTTGGG GGTGTTCAGT TACAAATAAT
GTGGTCAGTT GTACCACTAC CACATCCATT GCAGCATTAT CCAGCAGTAC GATCAATATA
CCCATATTGC CTTCGGTGGC CGCCATCGGC ACCAGTATAA CCTTTACGGG GGGCGTATCG
ACGATTGGTG ACATCAACAC CAGCAACAAC CCCGCTGCGC CACTGACGAT CAGCACACCG
GTACAGGTTG GATCGCCGGA TCTGATCAGT AGCCTCAGCT CGCCTGTGCC AGCCCTGATG
GCAGGTGCGA CCAGTTCAAT GACCTATAGT TTAACAAACA TTGGTGGTGG GCCGACAACG
GGGCCTATTT TGGCTTCCAT GACGCTACCA GCAAACCTGA CGGCACTGGC TTCGTTTACC
AGTGGAGGCT GGTCGTGTGC TACAACGGGC AATGTCGTTA GCTGTACGTA TACGCCTGCT
TTTGCCATTG ATGCCACCAC ATCCTTTAAT ATATCGGTTA CGCCTACCGT GGCAGCTATC
AACAGTACGG CTGTCTTCAG CGGAACGGTA ACTACGGCCA GCGACAGTAA CCCGGCCAAC
AACAATCCGG CTTCGTTTAC GGTCACACCG CCAGTTGTTG CGGGTCCACC TGATCTAATT
ACGGCCATTG GTCAGCCATC GCCAGCTTTT GTGGCAGGCA GTACCAGTAC CGTGCCGTTT
ACAGTAAATA ACATTGGGTC GGGACCAACC ATTGGCACGA CCACGGTCAC ATTGACCCTG
CCTACCGGCA CCACCGCCAC AGGTAACTTT ACCAGTGGTG TATGGGGATG CGCCACGGTT
AGTGGTCTGG TAAGCTGTAC CACGGCAACG GTACTCGCCA TTGGCAGCAG CAGTACTATT
TCGATACCGA TTACACCGGC TACAAGCACC ATTGGCTCAT CGCTGACATT TAGTGGTACG
GTGAGTACGC CGGGCGAGAG CGTAACAGCC AACAATGGGT CTGGCAATAC CGTGACCAGC
ACCACGGTAG CCGCTGGCAA CCCTGACTTA ACGACACAGA TGGCCCAGCC AACCCCAGCG
CTGGTTGCCA ACTCAGCCAG TACGCTGGCG GTAACGATCC AGAATTCAGG CTTCGGCGCT
ACCACATCCA CACTTACTGC CAGCGTAACG TTACCGGTCA ATACTACTGC ACCGGCAACC
TTTAGCAGTG GGGTGTGGGG ATGTGCAACT GTCGGCAGTG TAGTAAGTTG TACAAGTACA
ACGCCCATCG CGATTAGTGG GGTTAGTACG ATCAGTATTG CTGTTACGCC ACTGATCGCC
ACGATCGGTT CTTCTCTGAC ATTTGCTGCC AGCGTTGTTA CATCGGGCGA AACGGTAACG
GCTAACAACG GGTCTACGCT TACGGCATCG CCTGCTGTGG CAGCTGGTGC CCCCGATCTG
ATTGTTGCAG CTGGCCAGCC AACGCCCGTA CTGGTCGTGG ATGCCACCAG TAGTTTGCCT
ATCAGCCTGA CCAATATCGG AGCGGGGCCC ACCACCGGAA CGACAACCGT GCTGATTACC
TTACCAGCGG GCGTTTCGGC ACCGGCTACC TTTAGCACTG CAACTTTCGG TTGCAGCACC
AGTGGCAGCC TGATTAGCTG TATCACCAGC CAGCAAGTGA GCATCGGTGG AAGCCTGACA
CTCAATGCAT CTATTATTCC CGGTGTGGCA ACGCTGGGCA CTACGCCTAG CCTGACGGTT
AGTGTAGGCA CCCCGAGCGA AACGGTCGTT AGTAATAACA CCGCCATCCT AACGGTTACC
AGCGCCGTGC AGCCGACCAC CCTGGTGGTG TCGGTGAAAG CCTGGCTACA GGGGGCCGGT
GCCCAAACCA ACAGCCCCAC CCTGGCCAAT GCCGATGGGC TCATGCGCGA TGACCTCCGG
GTGGCCGGTC TGCTGCCCAC CACCGAACCC TATACCGCCC TGGGCTACTC CGCCGTGGTC
GCTACCAGTA TCGCCCCTTC GGTCACCGCC ACCACCGGGG CCGATGCCAT TGTAGACTGG
ATACTGCTCG AACTGCGCGA TGCCAACCAG CCCACCACCG TCGTACGCCG ACAAGCGGCT
CTGCTCCAGC GGGATGGCGA CATTGTGGCT ACCGACGGGG TGTCGCCAGT GTCGATTCTG
GCGCCCACGG GCAGCTACTA CGTGGCCGTT CGTCACCGCA ACCACCTGGG GGCGATGCTC
GAGACCTCGG TTGGGCTGTC GGGCACAGTG ACCTCGGTCA ACTTCACCAA TACGACAGCG
ACCTACGGGG CAAATGCCCA GACATCGGTC GGGGGCAAGT ACAGCTTATG GGCGGGCAAT
GCGAACGGGG GGCCGGGTAC CACCTCGGGT CAGAACACAT TGATTGCCCA GGGCCTGGGC
AGTGACCGCA GCACGGTGAC CAACCAGGTA ACGGGGGCTT CGGGTAACAG CACAGGCGTG
AACACGTTCA TTTCGGCGGG CTACCAGCAG ACGGATGTGA ACATGGATGG GAAGGCGATT
GCCAGCGGCC AGCGTGCCGA CAACTCGTTC ATTCTGAACG TAGTGCTATC GAGTTCCTTA
AACAGTGCAG CGGTAAACAG CTTCATCATC ACCCAGCGGT TGCCGTAA
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| Protein sequence | MNNSVHHLWK GLFAIVVISL LSATSGWAQI ALSLRYSNTD GRYHVYLKPT STPGSVTNPN
LTDGSSIITI TSATGSLSIS SVNSSNPSSS WSLIDVQRNN GDVSSGAPAN TDFFVFAPSG
DFSSISYASG TEVPLFDFAV SGVCSGTLDI LPALGQTAGG SLFNISSYYS VRGFTTGIGT
NHFLATYNID GVCPPDLTSA FSQPQPSLTA KVSSTLPFTV NNISLGQTAG LITATVTIPA
TLSVASAFTS GTWGCSVTNN VVSCTTTTSI AALSSSTINI PILPSVAAIG TSITFTGGVS
TIGDINTSNN PAAPLTISTP VQVGSPDLIS SLSSPVPALM AGATSSMTYS LTNIGGGPTT
GPILASMTLP ANLTALASFT SGGWSCATTG NVVSCTYTPA FAIDATTSFN ISVTPTVAAI
NSTAVFSGTV TTASDSNPAN NNPASFTVTP PVVAGPPDLI TAIGQPSPAF VAGSTSTVPF
TVNNIGSGPT IGTTTVTLTL PTGTTATGNF TSGVWGCATV SGLVSCTTAT VLAIGSSSTI
SIPITPATST IGSSLTFSGT VSTPGESVTA NNGSGNTVTS TTVAAGNPDL TTQMAQPTPA
LVANSASTLA VTIQNSGFGA TTSTLTASVT LPVNTTAPAT FSSGVWGCAT VGSVVSCTST
TPIAISGVST ISIAVTPLIA TIGSSLTFAA SVVTSGETVT ANNGSTLTAS PAVAAGAPDL
IVAAGQPTPV LVVDATSSLP ISLTNIGAGP TTGTTTVLIT LPAGVSAPAT FSTATFGCST
SGSLISCITS QQVSIGGSLT LNASIIPGVA TLGTTPSLTV SVGTPSETVV SNNTAILTVT
SAVQPTTLVV SVKAWLQGAG AQTNSPTLAN ADGLMRDDLR VAGLLPTTEP YTALGYSAVV
ATSIAPSVTA TTGADAIVDW ILLELRDANQ PTTVVRRQAA LLQRDGDIVA TDGVSPVSIL
APTGSYYVAV RHRNHLGAML ETSVGLSGTV TSVNFTNTTA TYGANAQTSV GGKYSLWAGN
ANGGPGTTSG QNTLIAQGLG SDRSTVTNQV TGASGNSTGV NTFISAGYQQ TDVNMDGKAI
ASGQRADNSF ILNVVLSSSL NSAAVNSFII TQRLP
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