| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Slin_2558 |
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| Symbol | |
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| ID | 8726303 |
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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 | 3090674 |
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| End bp | 3093781 |
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| Gene Length | 3108 bp |
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| Protein Length | 1035 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_003387375 |
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| Protein GI | 284037445 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.0417174 |
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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 | 26 |
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| Fosmid unclonability p-value | 0.272072 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATCCCA TTCAAGGCTC GTTAAAATAT CCGCAGATTA CGCTCAGCGT TGTCTTTCTG
GTGGCGGCTT TGGGGATTTA TTCCCTGCTG ACCATGCCGC GTCGGGAAGA CCCGAAAATT
ACGATTCGTA CGGGGCTGGT TGTCGCCTTC TTTCCCGGTG CCAATTCCGC TCAGGTCGAA
GATCAGGTGA CCCGCAAACT GGAGCAGTAC TTATTCGGGT ACGCCGAAGT TCGTAAAGAA
AAAACGTACT CCACCACCCG CGACGGTGCC GTGATCATCA ACGTCGAACT GGAAGAGAAT
GTCAAAAATC CGGACATTTT CTGGTCCAAG CTTCGGCACG ATCTCAACCA GGCCAAAGTG
CTGGATTTGC CGCAGGGTGT TCAGGGGCCC ATCGTCAATA CCGACTTTGG CGATACCGTT
GCGTTGCTGA TTGGGGTTGA ATCCGATCAG CTTTCCTACA CCGAACTGGA CGATAAACTC
AAACGCATTG AAGACGGGCT GCGAACCATC AAAGCTGTGT CGAAAATACG GCGATACGGG
GAACAGAAGG AGCAGATTAC CATTACGGCC CGCTCCGAGC AAATAGCCCA GTATGGCATC
AAATGGACGC AGGTGGTTCA GGTCCTCCAG GCGCAGAACG CGATCAAAGC AACCGGCAAT
GTCAAAACCG ACCAGTCGCA GGTGCCGCTG TACGCACAAG GCTCTTACAA TTCGGAGCAG
GAAATCAGCA ATCAGGTGAT TGGCACCACC CCTACCGGGT CCGTTATTCG GCTGGGCGAT
GTAGCAACGA TTAAACGGGA AGGTACGGAG CCAACATCGA CCATCAACGT AAATGGCCAC
CGGGCCCTGA TGCTGTCCGT CGAAATGCAG GAAGGCAATA ATATCGTCAG GTTTGGCGAC
GATGTTGCGG CCAAGCTGGA CGATATCCGG CACTATCTGC CCAGTTCGGT GAAACTGACA
ACTGTTGTCA ACCAGCCGCA GGTTGTTCAG CACAGCGTGA GTGATTTTAT CCGGGAGTTC
TTTCTGGCTA TCGTCTCCGT GGTTGTCGTC ACGATTGTTC TGCTGCCGTT CCGCATTGCT
GCCGTAGCTG CCATGGCGAT TCCGGTCACG GTAGCCGTTA CGTTTGCGCT GCTGCATACA
TTCGGGATTG AACTGCATCA GGTATCGCTG GCCGCGTTGA TCGTGGTATT GGGAATGGTT
GTCGATGATG CCATCGTCAT TGCCGATAAC TACGTGGAAC TCCTCGACGA AGGCGTTGAC
CGGTGGACGG CGGCCTGGCG CAGCGCCAGT GACCTGGTTG TTCCGGTACT GACGGCAACA
GCCACGATTA TCGCTTCGTT TTTGCCGATG GTCATTCTGA CCGGATCAGT GGGTGAGTTT
ATTTTTTCAC TACCAATTAC AGTTTCTATT GCGCTGGCGT CGTCGTTCAT TGTGGCCATG
CTGCTCACGC CTTTCCTGTG TTACACATTC ATCAAAAAAG GTCTGCATCA GGTCATTGAA
CCCAGCAATC GCCCCGAAAA ACGGAAGCGG AAATCGCTGC TCGATTACAT GCAGGACGGC
TACGACAAAG CCATCAACTG GTGCATCGAC CACCGAACCG CCACGCTGGT GTTTGCCGTC
GTTTCCATTG CCGCATCGGG GCTGTTATTT AAAGCAATCC GGCAGAAATT CTTTCCGGCG
GCCGAGCGAA ACCAGTTTGT TGTAGAAGTA TGGATGCCAA CGGGCACTAA ACTCGACCGA
ACGAAAGAAG CCCTCGCCCG GCTGGAAGGG TTGCTCAAAA AAGACGGTCG GGTAGAAACC
TACGCCACCT TCATTGGCAC CAGTGCCCCC CGTTTCTACT ATAACTTCTC GCCCGAACCA
CCCGTCACCA ACTACGGGCA GATTCTGGTA AACACAACAA CCAATGAAGA AACGGAAGCC
CTGGCCGACG AACTGATCGG AAAAGTGGCC GCGCTGGTGC CCGATGGCAC GCCCCGTGTG
CGGCTGATGC AACAGGGCGC GCTAACGATT GCGCCGGTTG AAGTTCGGAT TATTGGTAAC
GACCTGAACG TGCTGAAACG ACTTGGCTCG CAGGTACAGG ACATTGTCCG GAAAGCGCCC
GGCAGCGCCC TCGTCCGCAC GGATTTCAAG GAAGACTATT ATGGTGTAGG CATTAGCCTG
ACCGAAGAAG CCAAACGGCT TGGGTTTACG ACCACCGGTA TTGCTACCAG CATTTACACG
GGTTTCTCGG GTGCGCCAAT CTCGGTCGTA TACGAAGGTG ACCAGCCCGT CAATCTGGTA
TTACGGCTCG ACGAAGAAAG CCGCCAGAAC TTTACAGACC TGGAGAATAC GTACCTCACC
TCCCCCGTAA CGGGCAGCAG TGTTCCGCTC CGGCAGATTG CGACGTTACG ACCCGAATGG
CAAACCGGAC GGATCATGCA CCGCAATGGC GTTCGTACCC TGACGGTTCA GTCCGAAACG
AGTGGCAACA CCCTGCCATC GGAAGTACTG AAAGCCATTC AACCACAAAT CGCGAAGATT
CCTCTACCTG TTGGCTACAG TATTCAATAC GGTGGTGAGG ACGAAAACCG GCGGGCTACG
TTCAGCCAGA TGGTTGGTGC GTTGGGCATT AGCCTCGTGC TCATCTTCCT GATTCTGCTC
TTTCAGTTCC GCAACCTGAA AGAATCGCTG GTGGTGATGG CTTCCATTCC GCTGAGTTTG
TTTGGCGCAT TGCTGGGTCT GGTTTTAACG GGCAACCCCT TTGGCTTTAC GGCCTTTATG
GGTCTCATCA GCCTGTCGGG CATTGTGGTC CGGAACGCGA TTATCCTGGT CGATTACGCG
AATGAACTGA TTCGCAAAGG CATGACTATC CGGCAAGCCG CCATGGAAGC GGGCAAACGT
CGACTGCGGC CTATTTTCCT GACAACGATG GCCGCAGCCA TTGGTGTGGT ACCCATGATT
CTGTCGGGTT CGCCCATGTG GAGCCCGCTG GCCAGTGTCA TTGCCGTTGG CGTTATTTTC
TCGATGGTTA TGGCGTTGCT GGTCATTCCG GTCCTGTTTG TCATGACCGT CAAACCCAAA
GAGGCCAACA CAGAAGTCGC TTCTTTACCA ACCACCCAGA CTCACTGA
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| Protein sequence | MNPIQGSLKY PQITLSVVFL VAALGIYSLL TMPRREDPKI TIRTGLVVAF FPGANSAQVE
DQVTRKLEQY LFGYAEVRKE KTYSTTRDGA VIINVELEEN VKNPDIFWSK LRHDLNQAKV
LDLPQGVQGP IVNTDFGDTV ALLIGVESDQ LSYTELDDKL KRIEDGLRTI KAVSKIRRYG
EQKEQITITA RSEQIAQYGI KWTQVVQVLQ AQNAIKATGN VKTDQSQVPL YAQGSYNSEQ
EISNQVIGTT PTGSVIRLGD VATIKREGTE PTSTINVNGH RALMLSVEMQ EGNNIVRFGD
DVAAKLDDIR HYLPSSVKLT TVVNQPQVVQ HSVSDFIREF FLAIVSVVVV TIVLLPFRIA
AVAAMAIPVT VAVTFALLHT FGIELHQVSL AALIVVLGMV VDDAIVIADN YVELLDEGVD
RWTAAWRSAS DLVVPVLTAT ATIIASFLPM VILTGSVGEF IFSLPITVSI ALASSFIVAM
LLTPFLCYTF IKKGLHQVIE PSNRPEKRKR KSLLDYMQDG YDKAINWCID HRTATLVFAV
VSIAASGLLF KAIRQKFFPA AERNQFVVEV WMPTGTKLDR TKEALARLEG LLKKDGRVET
YATFIGTSAP RFYYNFSPEP PVTNYGQILV NTTTNEETEA LADELIGKVA ALVPDGTPRV
RLMQQGALTI APVEVRIIGN DLNVLKRLGS QVQDIVRKAP GSALVRTDFK EDYYGVGISL
TEEAKRLGFT TTGIATSIYT GFSGAPISVV YEGDQPVNLV LRLDEESRQN FTDLENTYLT
SPVTGSSVPL RQIATLRPEW QTGRIMHRNG VRTLTVQSET SGNTLPSEVL KAIQPQIAKI
PLPVGYSIQY GGEDENRRAT FSQMVGALGI SLVLIFLILL FQFRNLKESL VVMASIPLSL
FGALLGLVLT GNPFGFTAFM GLISLSGIVV RNAIILVDYA NELIRKGMTI RQAAMEAGKR
RLRPIFLTTM AAAIGVVPMI LSGSPMWSPL ASVIAVGVIF SMVMALLVIP VLFVMTVKPK
EANTEVASLP TTQTH
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