| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Slin_0256 |
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| Symbol | |
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| ID | 8723984 |
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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 | 336298 |
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| End bp | 339612 |
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| Gene Length | 3315 bp |
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| Protein Length | 1104 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003385120 |
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| Protein GI | 284035190 |
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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 | 12 |
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| Plasmid unclonability p-value | 0.543076 |
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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 | 20 |
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| Fosmid unclonability p-value | 0.0161956 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATTTGA TCCGCTCTGC GTTACGAAAG CCAATTACCA TTTTGGTGCT CGTAGCCAGC
CTGTTTTACT TTGGTATTGG TGCCGTTCGC ACGATTAAGA TTGACATTTT CCCGAACCTG
AATCTGCCGG TCATTTACAT TTCCCAACCC TTTGGGGGCT ATACGCCCAA CCAGATGGAG
TCGTTTTTTG GGAAGCAGTA CGTCAACCTG CTCTTGTATG TATCGGGGGT AAAAAGCATT
GAGACAAAAA ACATTCAGGG GATAACACTT CTGAAACTGT CGTTCTACGA AGGCACTAAC
ATGGCCCAGG CGGCTGCGGA GGTGTCTGCC TATTCGAACC GGGCCCAGTC CAGCTTTCCG
CCGGGTTCGC AGCCGCCGTT TATTCTCCGT TTCGATGCCT CTACACTGCC GGTCGGGCAG
TTGGTACTAA GTAGCCCCCA ACGGACAAAT AATGAATTGC AGGATTTGGC CAACGTGTAT
ATTCGATCAG GTTTTACGTC CATTCCGGGG CTGGTTTCTC CCGCGCCCTT TGGGGGCAAT
GCCCGGTCTA TCGTGATCAA AGCCGACCCC GAGTTACTGC GATCACATAA TCTCACGCCC
GACCAGTTGG TTGCCGCTCT GCGCATCAAT AACCAGGCAA CCCCAGCCGG GAACGTGCGT
ATCGGCGACT TCAATTACTT TACACCCGCC AATACCACCG TTAAGAATAT TCAGGATTTC
GGCGATATTC CGCTTTATAC CGGAACCGTT CAGAACCTGT ATCTGAAAGA TGTGGCTACG
ATTGAGGATG GTGCCGATAT TACGCAGGGG TATGTGCTGG TCAACGGAAA ACGGTCTGTG
TACCTGCCAA TTACTAAGTC GGCGGATGCG TCGACCTGGG AGGTGGTGCA AAATCTGAAA
GCGGCTTTGC CCCGTTTTCA GGCGCTGCTG CCCGAAGATG TCAAGCTGAC GTATACCTTC
GACCAGTCGG TGTATGTGAT CAACGCGGTC GAAGATCTGA TGACGGAAGG GGCTATTGGA
GCCATTCTGA CGGGACTGAT GGTATTGCTC TTTTTGGGCG ATGTACGCGG GGCGTTGATT
GTGATCATCA CCATTCCGAC CTGTATTATA TCCGGCGTTT TGTTCCTGTC GCTGTTCGGG
CAAACGATCA ATATCATGAC CCTGAGCGGC CTTTCGCTGG CTATCGGTAT TCTGGTCGAT
GAGAGTACGG TAACGATTGA GAATATTCAC CAGCATATGG ATATGGGCAA ACCCAAAGCC
CTGGCCATCT GGGATGCGTG TAAGGAAATT GCCTTTTCGA AACTGCTGAT CCTGTTTTGT
ATTCTGGCCG TGTTTGCGCC TGCTTTCACC ATGACGGGTA TTCCGGGCGC TTTGTTCCTG
CCGCTGGCAC TGGCTATCGG ATTCTCCATG ATCACCTCGT ACCTGATGGC GCAAACGCTG
GTGCCAGTAC TGGCCAACTG GATGATGAAA GAACACCACC CTGCCAGTAA TGGGAAAGCC
AGTAAGCCCG AAGCTGTCAA TGGTCATGCA ATGGCCATCA ACGGAAACGG GAAAGCAGGC
GCAAACGGGA AACATACGCA GGATGACATA CTACAGGAAA AGACAAAAAT TGCGCACCGG
GTCGACCTGA ATAACGACGG TAAAATCAGC TTCTTCGAGC GGATACGCGC CCGTTTTGTG
CGGTCTATCG GTCGGATGCT GCCCTATCGT AGAATTATTG TAGGGGCTTA TGTCGTCGGC
GCATTGGCCA TTGCCTTTGT GCTGATCAAC TCCATCGGTC GCGATGTGTT GCCCAAGGCG
GGTGGTGGGC AGTTCCAGGT TCGGTTGCGA AACCCCGACG GCACTCGTCT CGAAAAGACT
GAAGCCACCA TGCTCAAAAC CATCGACGTA CTGAACAAGA TGGTTGGTAA GGAAAACATC
GAAATCACCT CCGCCATGGT GGGTATGCAC GGCGCTCAGT TCTCGACAAG CCCCATCTAC
CTGTTCATGG CCGGACCACA GGAGGGCGTT TTGCAGGTGA GCCTGAAAGA CGACTACGAT
GTGGATCTGG ATGTGTTGAA AGACAAATTC AGGGCCAGCA TGAAGAAAGC CCTGCCGGGC
GTGAAACTCT CCTTCGAACC CATTGAGTTA ACCGACAAAA TTCTCAGCCA GGGTTCGCCC
ACACCCATCG AGGTCAAGCT TTCGGGTAAG AACAAACAGC AGAACGAAGA ATACGCCAAC
AAGGTAATTG CCAAGCTGAA CAAGATTCCG TACCTGCGGG ATGTGCAGAT TGGTCAGGCG
ACAAAATCCC CCGCCATCAA TGTGAACATC GACCGGACGC GGGCCGCTCA ACTGGGTACC
GACATTTCCA GTATTTCGCG CTCGTTGATT GCCGCTACTT CCTCCTCCCG CTATACTGAG
AAAAGCGTCT GGATCGACCC TAAATCAAGC CAGACCTACA CCGTTCAGGT ACAGGTTCCC
GAAAACCGGA TGACCAGCGT GAACGACCTG GGCGAAATAC CCATTTTGCC CAATTCGAAC
CGGCCCGTAC TTAGCGATGT GGCAACCTTA CAAGAGGGCA CGACTTATGG CGAAAACGAC
AATATTGGTG CTATACCGGT GCTGTCGGTA ACGGCTAACC TAAATGACAT CGACCTCGGT
ACAGCAGCCA GAGATGTACA AAAAGCCATC GACTCGCTGG GCGAACTACC GCGCGGGCTG
ACGGTGAAAA TGCAGGGACT GACTCAAGTG CTGATCGACA CGCTCGATAG TTTGCAAACG
GGTCTGATAA CGGCCATTGT GGTTATTTTT CTGATGCTGG CCGCCAATTT CCAGTCCTTT
AAAGTATCGC TGGTGGTGTT GTGTACCGTA CCTGCCGTAC TGGTGGGTTC GCTGGTGTTG
CTGATGCTGA CCGGCTCAAC GCTCAATCTG CAATCGTATA TGGGCATGAT CATGTCTGTA
GGGGTGTCGA TCTCCAATGC GGTACTCATG GTGACCAACG CCGAGGAATT ACGGATGCGA
AACGGCAACG CGTTGCTGGC GGCTCGGGAA GCGGCATCGC TACGGATGCG TCCTATTCTC
ATGACCAGCG TTGCGATGGT GGTGGGCATG ATCCCGATGG CATCGGGCCT GGGTGAAGGT
GGCTCGCAGT CGGCTCCGTT GGGCCGGGCC GTTATTGGCG GTCTGATTGC CTCGACCTTC
GCGGCTCTGT TCATTCTGCC ATTAGCGTTT GCCTGGGTAC AGGGCAAAAC CTCAACCGAA
TCGGTATCCC TCGACCCCGA AGATAAAGAC AGTAAGTATT ACATTTCCCC CTCGTATGAA
ACGGTCACTA AATAA
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| Protein sequence | MNLIRSALRK PITILVLVAS LFYFGIGAVR TIKIDIFPNL NLPVIYISQP FGGYTPNQME
SFFGKQYVNL LLYVSGVKSI ETKNIQGITL LKLSFYEGTN MAQAAAEVSA YSNRAQSSFP
PGSQPPFILR FDASTLPVGQ LVLSSPQRTN NELQDLANVY IRSGFTSIPG LVSPAPFGGN
ARSIVIKADP ELLRSHNLTP DQLVAALRIN NQATPAGNVR IGDFNYFTPA NTTVKNIQDF
GDIPLYTGTV QNLYLKDVAT IEDGADITQG YVLVNGKRSV YLPITKSADA STWEVVQNLK
AALPRFQALL PEDVKLTYTF DQSVYVINAV EDLMTEGAIG AILTGLMVLL FLGDVRGALI
VIITIPTCII SGVLFLSLFG QTINIMTLSG LSLAIGILVD ESTVTIENIH QHMDMGKPKA
LAIWDACKEI AFSKLLILFC ILAVFAPAFT MTGIPGALFL PLALAIGFSM ITSYLMAQTL
VPVLANWMMK EHHPASNGKA SKPEAVNGHA MAINGNGKAG ANGKHTQDDI LQEKTKIAHR
VDLNNDGKIS FFERIRARFV RSIGRMLPYR RIIVGAYVVG ALAIAFVLIN SIGRDVLPKA
GGGQFQVRLR NPDGTRLEKT EATMLKTIDV LNKMVGKENI EITSAMVGMH GAQFSTSPIY
LFMAGPQEGV LQVSLKDDYD VDLDVLKDKF RASMKKALPG VKLSFEPIEL TDKILSQGSP
TPIEVKLSGK NKQQNEEYAN KVIAKLNKIP YLRDVQIGQA TKSPAINVNI DRTRAAQLGT
DISSISRSLI AATSSSRYTE KSVWIDPKSS QTYTVQVQVP ENRMTSVNDL GEIPILPNSN
RPVLSDVATL QEGTTYGEND NIGAIPVLSV TANLNDIDLG TAARDVQKAI DSLGELPRGL
TVKMQGLTQV LIDTLDSLQT GLITAIVVIF LMLAANFQSF KVSLVVLCTV PAVLVGSLVL
LMLTGSTLNL QSYMGMIMSV GVSISNAVLM VTNAEELRMR NGNALLAARE AASLRMRPIL
MTSVAMVVGM IPMASGLGEG GSQSAPLGRA VIGGLIASTF AALFILPLAF AWVQGKTSTE
SVSLDPEDKD SKYYISPSYE TVTK
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