| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Slin_6268 |
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| Symbol | |
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| ID | 8730052 |
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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 | 7603202 |
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| End bp | 7607776 |
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| Gene Length | 4575 bp |
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| Protein Length | 1524 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 | Nitric oxide synthase NOS |
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| Protein accession | YP_003391026 |
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| Protein GI | 284041096 |
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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 | 33 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGCCAACCT CCACCAGAAA GTACGCTAAA GACGATATAT CTGACCCAGT ACATACCATC
CGAATCACGG AAGTAGTCGC TACGGGCTAC CCCGAAAATG GCTATGTATA TCGCGGAACG
ATTCAGGCAA GACATACAAC CGCAACAAGT GTAGGCGAAC AACTCCTACA GGCAAGGCGC
AAACCCGAAT GGCTCATCAA TGGGCGGCAT CGGGGAGACG GCGACCTTTG GCTGAGCTTT
CAATATCGGC ATGAAGATGA GCACCACTGG CAATCGATGA CTCCGGTGGC AATTCCGCTG
CCCGCCCCAA ATGATGGGCA AAGTAGCACG GATACTTACT TACCTTTGCG GGGCTGGACT
GAAGCTCCGC ATATGCAGGT ACGCATCCGG CTCACGAAAG AGCAAGCCGA CGACCACGTC
GGGATTCCAT TAATGCATTC AACAAACGAT ACAGCACAGC CCTCCGTAAC AGGCTGTCCT
TTTTTTGCGC CTAAAACGAC ACCGGCTCCC CCCGTGACCC GCCCGGCGGC CAACGAGAAC
CAGCCAGCCG GGAAGCCGGA CGATGGTACA TTCCCTGATC AGCTGACGGC ACCTGAGCAG
GTGATCGTAA AAGACATATG GAACAAGTTC ATGGCTTATC AGGATATGCT CATCGAACTG
TTTGTTGAGC GACTCCTGCA CGAAGAACCG GAACTTATCA GCCATTTCGG CGACGCCATT
GACCTGATAC CCGCCTACTT TGCCAGCCTT TTCGATGTGA GTGTTCGGCA GCTTATGCCG
CGTACGGAGC AGATGCCGAA CACAAGCGCC CGGGGCATCT ACCCAAAGCC GACAGAGGGC
TATAACCTGG TCGATGAGTA CGTAGCTCTC CTGACCGACC TTGGCATGAG ACCCAATCAC
TGGCTCACCG CCCGCCGGGT CTGGTCCTGG ACGCTGGTAC AGATACCGCA CCTGGAGGAG
TATGACCTGG AAAACCTCAG CAAGGGCAGC GGTTCGGCCA TGTACCGCTT CTTTACAAGG
GACATTCTTA CCCCCGCGCT GGACGCAACC CAGCGGTATG CAGAAGCGCT TACCCCGGAC
ATGATCCGCC AGATGCGCCA GATTGGCGAC GAGTTGTCGG CAAACGCCCG CGTGATAGGA
ACGGACTTCT ACCATGCCCT CTTCCAGACG CATCCGGAAA TCATCCCGTA CTTTAACCGG
ACCGACTTGG ATAGCCTGAC GGAGCATTTG ATGCTGGCCA TTGGTTTCCT GGTGCGCTCG
CTGGATAACG GCCTCGACAT CACACACGAG TTACGCGAGT TAAGTCAGAT TCATACCAAC
TTTTCGGTAC CACCCGATGC CTATCCCAAG CTGGTGGACC CCCTGCTCAC CGTTCTGCGG
AAGCATGTAC CCGGTTTCGG TACAGAGCAG GAACAGGCCT GGGTGATTCT GCTCAACCGG
GTGACCAACG TGCTGCGCCA GCCGATGATC AACCAACAGC GGATATTGAC GCAGGCGAAG
GAATACATAG ACCAGATCAG CGTTGAACTG GCCTGGGACA CGGTCGATTA CGAACGCCGG
TGGGAGGAGA TCAAACGGGA AGTGCTGGCC ACCGGGAGCT ATACGCATAC CTACGAAGAA
CTGGCCTACG GTGCTCAACT CGCCTGGCGC AATGCCTCCA AATGCATCGG TCGGATCTCG
TGGCGCAACA TGGTGGTACG TGACTTACGG CACGTTACCG ACCCCGACGA GATGTTTCGC
GAATGCGCCG AACATCTGCG CATAGCCACC AACGGGGGAA ATGTGCAGAT TGTCATGAAT
GTGTTCCGCC CCAAAAAGCC AATGGAGCGC TGGGGACCAC GCATCTGGAA CAGCCAGTAT
ATCCGATTTG CCGGGTATGA ACAGCCCGAC GGCACGGTAC TCGGCGACAG AGCCAACCTT
AAACTAACGA AAACCCTCAT CCGGCAGGGA TGGATACCAC CCACCGAAAA GACGGCCTAC
GACACCCTGC CCCTTGTGAT CGATGTACCC GGCCAGCCGC CCCGCCTATA TCAGTTCGCC
GACGACGACG TACTGAAGGT AGCCATCGAG CATCCCACCT ACCCCGCCAT GACTGCGCTG
GATTTGCAAT GGTGCGCGAT TCCCGCCATT TCCAACTTCC GGATGAACAT CGGCGGGATT
CAGTACGGGT GCATTCCGTT CAATGGCTGG TTCATGGAAA CCGAAATTGC CCGTAATCTA
TGGGAAGAGG GCCGGTATGA AAAAGCGGAA GCCATTGCCA AAGCCATTGG GCTGGATACG
TCCAGCGAAC AAACCCTCTG GCGGGACCGG GCTTTTCTGG AACTGAACGT AGCCATACTG
CACTCTTTTT CGAAAGCGAA AGTAACGCTG GTCGATCACC AGACGGCATC GCGGCAGTTT
CTGACCCACG ACCAGCGCGA AAAGCGGGCC GGTCGCGAAT GCCCCGCTCA ATGGTCGTGG
GTTGTTCCGT CGGCGGGGGG AAGCGTAACG CCGGTCTGGC ATCACGAAAT GCGCGACTTT
CACCTCAGCC CAAGCTATCA CTATGCCGCT GACCGCTGGG TTGTTCTTGA CGATGAATCG
ACAGGTGTGA ACGATGAAAC GGACGCGAAC CGGGCGAGTC AAACCCACCT TCCCGACCAA
ACCTCCACCC CGGCCCATCG ATCGCGCCGA GTTCTAATCC TGTACGGGTC TGAAACCGGA
ACGGCCGAGC ATTTTGCCCA CAGAACAGCC CGTCGGCTGA AGCGCTTCCA GCCACGGGTA
ATGGCCCTCG ATGAATATGC TATCGAGCAA CTGGCTCAGG AAGACCTGCT GCTGGTCATT
ACCTCAACAT TCAGGGAAGG TCATCTGCCG GGCAATGCCC AGAAGTTCTA CGCCCGCATT
CAATCCCTGC CCCAGGGTGT GTGCAGTGGC GTAAGCTTTT CCGTCATGGC GCTGGGCAGC
ACCGTTTACC CTCATTTCTG CGCGGCAGGC ATCACGCTGG ACCGGGAGCT GGCCCGTGTA
GGAGGCAACC GGGTGATCAT GCTGCACAAA GGCGATGAAA TTAAAGGCCA GGCCGATACC
TTTCGGCAAT GGCTGGACCT CGTTGCCCGC TTACTCGGCG AAGACCCGAC CAGTGCCGAC
CTTTCTGCCA CGGCTGAGCC CGACCTCACG GTGTCCTTCC TGGCACCCGA ACAGGTGCCT
CAAACGGCCC TTGAAGATCG GGCCAAACAG CAGCCCGGCT GCACCGTTCC CGTAACGGCC
AACCGCGAGC TCCTGAAAGA AGTGATTGTC GGCAGTCGGT CAACCCGGTT TATTTCCCTC
GATATCAGCG ACATAGATGC AACCTACGAA ACCGGCGATC ATGTGGCTAT CTATCCCCTC
AATTTGCCCG CTATTGTAGA CCGACTCGTT GATCGACTGA ACATTGATGC CAATGCCTGG
TTCATAACCC CGCTCATTGA TGGAAACAGG GCCGCAGTTC CGGGAAATCA TGCGTATCCA
ACGCCGGTGC AGGTATGGAA GGTGCTCAGC GAAGATGTCG ACCTTGCCAT TCATGAGCCT
TTCGATGAAT TACTCGGTGC CCTCCTAAAA ACAGCAACCT CCGCTATCGA GAAAGACAAG
CTGGAAGACT GGCTGAAGAC ACTCAAACAG CCACAGGAAG CCAGTGAAGA CGCCGTTGCC
TTAAAAAAGC ACATCACAGA TACCTTTCCG ACGGTAGCGG ATTTACTGGA CGCTTTTCCG
TCAGTCCGGT TGTCGTTCGC TCAGTTACTC GACGTACTGC CCCGGCAAAA GCCGCGGTTG
TATTCCATTT CGTCCTGTTC GCTGGTCCAC CCGAACGAAA TACACCTTAC CGTTGGCGTA
GTTCAGGTAA CGACCGATGC GGGCAAGACC GTTGCCGGTT TATGTTCCAA TTACCTGGCT
CAGCTGGACC CCGAACAGGG AGCCACCGTT CGAATCGCCA TTCGTTCGTC GGGCTTCCGT
CCGCCACAGC TGCCCCAGGC GCCCATGCTC ATGGTTGGGG CGGGTACGGG CTTATCGCCC
CTTGTCGGCT TTTTGCAGCA TCGCGAAGTA CAGCTTCGGG CTCTGCACGA AGCCAGCTAT
AAGCAGCGTA CCGACGATGA CGCCATTATC CCGTTGCCAA CGCACATTGG TCATGCCCGC
CTGTTCTTTG GCTGTCGTAA CTTAAATGAT TACCTCTACC AGCAGGAGCT GGAAACCTGG
CACGAAGCGG GGGTGCTCAC CCACCTGGAC GTAGCTTTTT CGCGGCTCGA CGACGAAAAA
ATTTACGTGC AGGACCTCAT CGGGCAGCGT AGTAAGGACC TGTGGGATGT ACTGTCGCAA
CCCGATTGTC ACTACTACAT CTGTGGCGAT GGCCAAATGG CCGATGCTGT ATTTGAGGTA
TTGATGACCA TCGCCAAAAC AGCGGGCGGC CTTTCGCACG CCGAAGCAGT CAACTTCTTC
CGGCATATGC AGGCCGAAAA CCGATTTGTG ATGGATGTGT GGGGAGTATT GCTCAACGCC
CGAAAATCCC TTCTGGAACT TCAGGAAACG AAGTATACGC AGGGAGAACG CTGGCTGGAA
CGGGTATCGG TATAA
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| Protein sequence | MPTSTRKYAK DDISDPVHTI RITEVVATGY PENGYVYRGT IQARHTTATS VGEQLLQARR
KPEWLINGRH RGDGDLWLSF QYRHEDEHHW QSMTPVAIPL PAPNDGQSST DTYLPLRGWT
EAPHMQVRIR LTKEQADDHV GIPLMHSTND TAQPSVTGCP FFAPKTTPAP PVTRPAANEN
QPAGKPDDGT FPDQLTAPEQ VIVKDIWNKF MAYQDMLIEL FVERLLHEEP ELISHFGDAI
DLIPAYFASL FDVSVRQLMP RTEQMPNTSA RGIYPKPTEG YNLVDEYVAL LTDLGMRPNH
WLTARRVWSW TLVQIPHLEE YDLENLSKGS GSAMYRFFTR DILTPALDAT QRYAEALTPD
MIRQMRQIGD ELSANARVIG TDFYHALFQT HPEIIPYFNR TDLDSLTEHL MLAIGFLVRS
LDNGLDITHE LRELSQIHTN FSVPPDAYPK LVDPLLTVLR KHVPGFGTEQ EQAWVILLNR
VTNVLRQPMI NQQRILTQAK EYIDQISVEL AWDTVDYERR WEEIKREVLA TGSYTHTYEE
LAYGAQLAWR NASKCIGRIS WRNMVVRDLR HVTDPDEMFR ECAEHLRIAT NGGNVQIVMN
VFRPKKPMER WGPRIWNSQY IRFAGYEQPD GTVLGDRANL KLTKTLIRQG WIPPTEKTAY
DTLPLVIDVP GQPPRLYQFA DDDVLKVAIE HPTYPAMTAL DLQWCAIPAI SNFRMNIGGI
QYGCIPFNGW FMETEIARNL WEEGRYEKAE AIAKAIGLDT SSEQTLWRDR AFLELNVAIL
HSFSKAKVTL VDHQTASRQF LTHDQREKRA GRECPAQWSW VVPSAGGSVT PVWHHEMRDF
HLSPSYHYAA DRWVVLDDES TGVNDETDAN RASQTHLPDQ TSTPAHRSRR VLILYGSETG
TAEHFAHRTA RRLKRFQPRV MALDEYAIEQ LAQEDLLLVI TSTFREGHLP GNAQKFYARI
QSLPQGVCSG VSFSVMALGS TVYPHFCAAG ITLDRELARV GGNRVIMLHK GDEIKGQADT
FRQWLDLVAR LLGEDPTSAD LSATAEPDLT VSFLAPEQVP QTALEDRAKQ QPGCTVPVTA
NRELLKEVIV GSRSTRFISL DISDIDATYE TGDHVAIYPL NLPAIVDRLV DRLNIDANAW
FITPLIDGNR AAVPGNHAYP TPVQVWKVLS EDVDLAIHEP FDELLGALLK TATSAIEKDK
LEDWLKTLKQ PQEASEDAVA LKKHITDTFP TVADLLDAFP SVRLSFAQLL DVLPRQKPRL
YSISSCSLVH PNEIHLTVGV VQVTTDAGKT VAGLCSNYLA QLDPEQGATV RIAIRSSGFR
PPQLPQAPML MVGAGTGLSP LVGFLQHREV QLRALHEASY KQRTDDDAII PLPTHIGHAR
LFFGCRNLND YLYQQELETW HEAGVLTHLD VAFSRLDDEK IYVQDLIGQR SKDLWDVLSQ
PDCHYYICGD GQMADAVFEV LMTIAKTAGG LSHAEAVNFF RHMQAENRFV MDVWGVLLNA
RKSLLELQET KYTQGERWLE RVSV
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