| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Slin_1769 |
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| Symbol | |
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| ID | 8725506 |
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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 | 2134179 |
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| End bp | 2137436 |
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| Gene Length | 3258 bp |
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| Protein Length | 1085 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 | TonB-dependent receptor plug |
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| Protein accession | YP_003386613 |
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| Protein GI | 284036683 |
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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 | 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 | 30 |
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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 | ATGAGAAACT TTATATGTCT GAGTTTGCTC CTGATATGTG CACTCAGCAT GTCTGCCCGG
GCGCAGGATC GGCGAATTAT TGGTAAAGTA ACATCGGCTG AAGATGGCTC TCCACTACCC
GGCGTTTCGG TAGTCCTGAA AGGAACAACA AAGGGCACGT CAACGGATGC GGGGGGTATT
TTCGACATTT CGGTACCGTC GGCCAAGGGC ACTACGCTTG TTTTCAGCTT TGTTGGCGTA
GCTACACAGG AAATACCCGT TGGCAATCAG TCTGAGCTAA ACGTCAGTAT GGTATCCGAC
TCCCGGTTGC TGACCGAAGT GGTCGTTACG GGTAGCGGGG TAGCTACCAG TAAAGCCAAG
CTGGGTATTG CGGTCGAAAG TGTATCGGCC AAAGACCTAC CCCAGACGCC CACCGCATCC
ATCGATCAGG CGCTGGTCGG TAAAATTCCG GGCGCTCAGA TATCCTCTAC CAGCGGTAAC
CCCGGCGATC CGGTCAATAT TCTCCTGCGC GGTATCAACA GCGTACAGGG CGGCACCAAA
CCCCTTATTA TGGTCGATGG CGTTCAGGTA GCCTCTACTG ACATCAACTC GCTCGATCTG
AGCAATGTCG ACCGGGTAGA AGTTGTACAG GGTGCGGCTT CGGCCTCCAT TTACGGCGCT
CAGGGGGCCA ACGGCGTTAT TCAGGTATTC ACCAAAAAAG GTAAAAAGGG CCGGACGGCG
ATCAATTTCT CTACCAGTTA TTCGGCAAAT GAATTTCTGA ATACCGGCAA TGTACATAAA
GCCCAACTGC ACCCCTACCT GACCGACGCC AACAATAATA TCGTTGATAC GCAGGGAAAT
ATACTGGATT ATACGAAATA TGGCGCCATT GAAGGTATTT CTTATCAGTA TGGCGGGGCC
ACCCGCTACG CCATTCAGGA TATCCGGAAC GTAGCCGACA AACCGTACAA TGCCAACCTG
AAGTATTACG ATCACTTCAA GCAGGTATTT CAAACCGGCA GCACGACTAA CAATACGATC
AATATTTCGG GGGCGTCGGA AAAAAGTGAT TTTAACATAG CAGCCGCCAA TAACCATACG
ACCTCCCCGA TTTTGACAAA GGAAAACGGT TATATTGACC GGAGTAACCT GTCGGCCAAC
GTCGGCACAG AGCTTTTCAG AGGGTTTACT ATTCGGTCAA CAACCCAGCT GGTGTATACC
AAAAACACCC TTAAGCCAGG ACTGGGCGCA AGCTATGGCC CCCTGAATGG TGGCAATGGT
CTGGTTGGTT CGGTCTACTC GTTTCTGAAT ACATCTCCCT TCTTTGACCT AACCCGTAAA
CTGGCCGACG GTACCTATCC GGTGTACCCA ACGGCGGACT TTCTGAGCGT CAATGCCGGT
AACCCCTATT ATCAGGCGAC GTATACCGAT GCCATCAATA ACAAGATCGA CGTTCTTCAG
AATTTCAACG CCAATTACAA GGTCAACAAA TACCTGGAAC TCGACGCCAA ATACGGCATC
AACTACCGGA ATGAGACCGC CCGCTGGACG TACTTTAACC AGTCGCAAAA TACAAGCTCT
GAGTATTACC AGTCTTGGTC GAGCAACTAC GCCCCGGACA ACAAGGGCGA AATTGACAAT
TTTCAGTACA ACAATACCTT TCAGAACTTC CTGGGTACAG CCTTTATCCG CACGGATTTT
CAGGACGATT TCCATTCGAA ACTGCCAATC CAGACCAGCA CCCAGATTTC ATTCGATTAT
CGCAAGAACA AGTCAAACCG GTACGATACC TATGGCTTAA GCCTGAGTAC GGCCCCACCC
TATAATGTTG CGGCTACGTC GTCGCAGGCG GTAGCGTTCG ATGTTGTTAC GCCCTTTATC
ACCTACGGTT ATCTGGTGAA TCAGAAAGTA GATTTTGGCG ACTACGGCGG TATAACGGCC
GGTTTTCGGA GCGACTGGTC ATCGGCTTTC GGGGGCGGCT CTACGCCGTT CACATTCCCG
CACTTTGATG CGCACGTGGC TCCGTTAACG TTTTTCAAGA ACAGTGGCCT GTCTACTACG
CTGCCTTATT TCAAGCTACG GGCAGCCTAT GGCGAAGCGG GTATTCAGCC GGGTGCGTTC
GACCGCTACC CCGTTCTAAG CCAGCGCAAC CTGGGTACGG GGCTGGTCTA TACCGTTCCA
ACAACCACCC AGAATCCGAA TTTAAAGGTA GAAGTATCGA AGGAGTTTGA AGTGGGAACT
GATTTCACCC TTGGCGGGAA TGCCGGTCGG TCGTGGCTGA ACTCGCTTTC GGGGTCGTTT
ACCTACTGGA AACGCTCCAG CGAAAACGTG ATCTATACGG TCAGTGTACC GCCATCGCTG
GGCTCGACGG GGCAACTGAC GAACGCCATC GACATGTCGT CTAATGGAGT TCAGTTCTCG
CTGACCTTAC CCGTTTATAG CTCCAAAGAT CTGAAGTGGG ATTTCACGAC CAACTTTGGC
CATCAGATTT CTAAAATTGA TGCTATTTCG GGTGGTGCCG ATATTATCCT GACCTCAAAT
GCCGGGAGCA CGGCGCTGGT GTTGACGGCC GGGCAACCTA TTGGGCAGGT ATACGGCTAC
AAGACCCTGA CCAGTATGGA CTTCACCAAC CAGGAAGGGG TAAAGTATAT AACCGATGCC
AACCGGGCCA ATTACACCAT GGTAGGGAAG TACGTTGTGG ACAAGACGAC CTATCAGCCA
CAGTTCACCA ACGAAACCTA CCCACTGATG AATCCGAACC CGAAATTCAA CGCGTCGTTC
ATCAACGGTT TTAGTTTCAA AAACTACCTC ACTCTCAACG TCCAGTTCGA CTGGGTGTAT
GGCAGCCACC TGTACAACCA GACGAAAGAG TGGATGTATC GCGACGGCAT CAGCGGTGAT
TTCAGCAACC CAGTAACCAT CGACGGCAAA ACAGGGGCGT TTACGGCCTA CTATGCCGGT
GCGTACTATG GCTTATGGGG AAGCACCCGG GGGGCGGGCA ACAACGCAAC GAAAGACTTT
TTCGTAGAAG ATGCCTCGTT TGTCCGCCTA CGCAACATTT CGCTGGCCTT CGATCTGGCG
AAAGTGGTTC AGCTACCGTA TTTCAACAAA GCCCAGATTG TGTTTACCGG CCGCAACCTG
CTGACGTTCA CGAAATACAC GGGCTATGAC CCCGAAATAA GCTCGGGTAC ATCGAACTCT
TCATTCGACC GGGGCGTCGA CCACAGTACC CTGCCCAACA TTAAATCGTA CCAGGTGGGC
CTGAATATTG GCTTTTAA
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| Protein sequence | MRNFICLSLL LICALSMSAR AQDRRIIGKV TSAEDGSPLP GVSVVLKGTT KGTSTDAGGI
FDISVPSAKG TTLVFSFVGV ATQEIPVGNQ SELNVSMVSD SRLLTEVVVT GSGVATSKAK
LGIAVESVSA KDLPQTPTAS IDQALVGKIP GAQISSTSGN PGDPVNILLR GINSVQGGTK
PLIMVDGVQV ASTDINSLDL SNVDRVEVVQ GAASASIYGA QGANGVIQVF TKKGKKGRTA
INFSTSYSAN EFLNTGNVHK AQLHPYLTDA NNNIVDTQGN ILDYTKYGAI EGISYQYGGA
TRYAIQDIRN VADKPYNANL KYYDHFKQVF QTGSTTNNTI NISGASEKSD FNIAAANNHT
TSPILTKENG YIDRSNLSAN VGTELFRGFT IRSTTQLVYT KNTLKPGLGA SYGPLNGGNG
LVGSVYSFLN TSPFFDLTRK LADGTYPVYP TADFLSVNAG NPYYQATYTD AINNKIDVLQ
NFNANYKVNK YLELDAKYGI NYRNETARWT YFNQSQNTSS EYYQSWSSNY APDNKGEIDN
FQYNNTFQNF LGTAFIRTDF QDDFHSKLPI QTSTQISFDY RKNKSNRYDT YGLSLSTAPP
YNVAATSSQA VAFDVVTPFI TYGYLVNQKV DFGDYGGITA GFRSDWSSAF GGGSTPFTFP
HFDAHVAPLT FFKNSGLSTT LPYFKLRAAY GEAGIQPGAF DRYPVLSQRN LGTGLVYTVP
TTTQNPNLKV EVSKEFEVGT DFTLGGNAGR SWLNSLSGSF TYWKRSSENV IYTVSVPPSL
GSTGQLTNAI DMSSNGVQFS LTLPVYSSKD LKWDFTTNFG HQISKIDAIS GGADIILTSN
AGSTALVLTA GQPIGQVYGY KTLTSMDFTN QEGVKYITDA NRANYTMVGK YVVDKTTYQP
QFTNETYPLM NPNPKFNASF INGFSFKNYL TLNVQFDWVY GSHLYNQTKE WMYRDGISGD
FSNPVTIDGK TGAFTAYYAG AYYGLWGSTR GAGNNATKDF FVEDASFVRL RNISLAFDLA
KVVQLPYFNK AQIVFTGRNL LTFTKYTGYD PEISSGTSNS SFDRGVDHST LPNIKSYQVG
LNIGF
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