| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Slin_6008 |
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| Symbol | |
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| ID | 8729789 |
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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 | 7286650 |
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| End bp | 7289730 |
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| Gene Length | 3081 bp |
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| Protein Length | 1026 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_003390769 |
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| Protein GI | 284040839 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.142083 |
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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 | ATGAACCTAT CATCTTTTTC CGTCAAGAAC TGGCAGTTTA TGCTGGTGCT GTTCCTGGGA
GTGGCCGCGC TCGGCGTTAA CTCCCTGCTG AACATGCCTC GGGGCGAAGA CCCCGAATTT
ACCGCTCCCG AGTTTTCGGT AGCCGTCGTC TACCCCGGTA CCGATGCCCT CGATATGGAG
GAACTGGTCG TTGACCCAGC CGAGAAACGA TTCAACGAAC TTGATAACAT CAAACACGTC
ATCACCAGCG TAGACGATGG GCTGGCCGTG TTCCGGATTT CCTACGAGTA CGGCGAAGAT
CCCGACGAAA AATACCAGGA AGTGGTGCGG GAAGTGGGCG CGCTGAAACA GGAACTCCCA
TCCGATATTT TCAAGATCGA CATCCTCAAA TTTTCGCCCT CCGATGTCAA CATCGTGCAG
GTGGCGCTGC AATCTGAAGT AGCCTCAGAC AAAGAGTTGG GCAATTATGC CGATGACCTG
AAGAAGCGGC TCGAAAAAGT CACGAGCCTG AAAAACGTTC AGGACTGGGG GTATGCCGCC
GGTATTGTGC GCGTATCGCT GAATATTGAA AAGATGGCGC AGGAAGGCAT TCCGACAAAC
CGTGTTATTG GCGCCCTGCA AGCCGAAAAT GTAAACATTC CGGGTGGCAG CGTTCAGGTA
GGCAGCCGGA AATTTAACGT TAAAACGGCC GGTGATTACC AGTCGCTGGA CGAGATTCGG
AACACCATCG TGTCGAGCAA CGGGCAGAAG ATTATTTACC TGCGCGATAT TGCGGATGTC
GACTATAACC TCGAAGATGA AACGCACATC ACCCGGCTCG ACGGTCACCG GGCCGTACTG
GTAACGGCCA GTCAGAAAAT GGGTGAAAAC ATCGATAAGG TCGGGAAGAA GATCAACCCG
ATCATTGAAG CATTCGGCAA AACCCTTCCA TCCCATATCA AGCTGGTCAA GAATTTCGAT
CAGGCAGCTA GTGTCGACAA ACGGCTGTCG CATTTTGCAC TCGATTTTGC CATCGCCATT
TTGCTGGTAT CGCTCACCTT GTTGCCGCTG GGTTTTCGGG CAGCTGTCGT TGTCATGATT
TCCATACCGC TCTCTTTGTC TATCGGTCTG TCGCTGCTCA ATGCGTTTGG TTACAGTATC
AACCAGTTGA GTATTGTCGG CCTGATCGTG GCGCTTGGCA TTCTGGTGGA TGACAGCATC
GTGGTGGTGG AGAACATTGA GCGGTATCTG CGTGCCGGGT ACTCAAAAAA GGAAGCGGCC
ATCAAAGCTA CCAGTCAGAT TACGCTGGCG GTCATTGGCT GTACGGTTAC GCTGGTTCTG
GCCTTTTTGC CCCTCCTCTT TCTGCCCGAA GCTTCCGGCG ATTTTATCCG GTCGCTGCCA
ATGGCGGTCG TGACCACAAT TCTGGCCTCG CTGGTCGTTT CGCTTACTAT CGTGCCGTTT
CTATCGAGCC GTATTCTTAA AGAAGAACAC AATCCGCAAG GCAACATTTT CATGCGGGCG
TTGAAAAAAC TCATCAGTGG GTCGTACAGC CGGTTGCTCA ATGTGGCACT GGCTCGCCCG
GCAGTTACGC TGCTGGTGGC GCTGGCTGTT TTTGGTGGTG CCTTGTCGCT GGCGGGTAAG
GTAGGTTTCG GGTTATTTCC AGCTTCCGAA AAGCCGCAGT TTCTGATCAA CATCGAAACG
CCCGACGGCA GCAGCCTGAG CGAAACGAAC CGGGTGGCGC GATATGTCGA GAGTAAGCTG
AAAGGCAACC CTGCCGTTCG GCACTTTACG ACGAACGTTG GCCGGGGCAA TCCCCGCATT
TACTACAACA TCATTCAGCG AAATGAGTCG GCTAACTTCT CGCAATTTTA CGTACAGCTC
AATGATGTAG CACCGCCCGA AAAACAGGTC ATCATTGACA AATACCGCGA TGAGTTTGCG
CTGTACCCCA ACGCTAAAAT TGAAGTAAAG GATTTTGAGC AGGGACCCAA TCAGGAAGCG
CCGGTAGCCA TTCGGGTATT TGGCGAGAAT CTGGACACCC TGCGAACGGT AGCCGCCAGA
GTGGAAACCA TTTTGAAAAA AACGCCGGGT ACGATTTATG TGAACAACCC GCTGGCCAAC
CGGAAAACGG ACCTCCGCGT CAGGATCAAT AAAGAGAAAG CTGGTTTGCT GGGCCTATCC
ATGGTGGATA TTAACCGCAC CATCCGCCTG GCCATTGCGG GGCTGAATGT TGGTACGTTC
AAAGCCCCTA ATGACGATGA CGACTATACG ATCAATGTCA CACTGCCCAA GGGGCGCCTG
ACCGACCAGT CTGTACTCAA CAACTTATAC GTCAATAGTG TAACCGGTGG CGCAGTACCC
CTTCGTCAGG TCGCCGACCT GCAATTCGAG ACGGGCACTA ACCTTATCCG GCATTACGAC
AAAGATCGTT TTGTAACCGT AACGGCCTTC GTCAAAACGG GCTTTCTGGT CGATAATGTG
TATACCGATG TGCTGCAAAA ACTGGACGCC ATGAAGTTTC CCGCCGGTTT CCGCTACATG
GCCGCGGGCG AACTGGAAAG CCGGGAGCAG TCGTTTGGCG GTCTTGGTAC CATTATCCTG
ATTACGATTT TCGGGTTCCT GGCCGTGCTG ATTCTGGAGT TCGGTACTAT AAAAAGCACG
CTGATTGTGC TATCGGTTAT TCCGCTGGGT ATAATCGGAG CCATTGCAGC CCTGTTGCTG
ACGGGCAATC CGTTCTCGTT CGTAGCCATC ATCGGATTGA TTGCCCTGAT TGGTATTGAG
GTCAAGAACT CGATTCTGCT GGTTGACTTC ACCAATCAGC TACGCGAAGG CGGCTTGCCT
CTGGTCGAAG CCATCAAGGA AGCGGGTGAA GTACGATTTG TTCCTATCGT TCTAACTTCC
CTGACGGCCA TTGGCGGACT GATGCCGCTG GCATTTGAAG GCAATCCGCT CTACTCTCCC
CTTGCCTGGG TACTGATTGG CGGGCTTATT TCCAGTACGC TCCTTTCCCG GATTGTTACG
CCGGTACTGT ACAAACTTCT GCCGCCGAGG GTTGAGGTAA AAGCAGTTAA CCAGGTTGAA
CAGGAGCCGG TTTTAGCTTA A
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| Protein sequence | MNLSSFSVKN WQFMLVLFLG VAALGVNSLL NMPRGEDPEF TAPEFSVAVV YPGTDALDME
ELVVDPAEKR FNELDNIKHV ITSVDDGLAV FRISYEYGED PDEKYQEVVR EVGALKQELP
SDIFKIDILK FSPSDVNIVQ VALQSEVASD KELGNYADDL KKRLEKVTSL KNVQDWGYAA
GIVRVSLNIE KMAQEGIPTN RVIGALQAEN VNIPGGSVQV GSRKFNVKTA GDYQSLDEIR
NTIVSSNGQK IIYLRDIADV DYNLEDETHI TRLDGHRAVL VTASQKMGEN IDKVGKKINP
IIEAFGKTLP SHIKLVKNFD QAASVDKRLS HFALDFAIAI LLVSLTLLPL GFRAAVVVMI
SIPLSLSIGL SLLNAFGYSI NQLSIVGLIV ALGILVDDSI VVVENIERYL RAGYSKKEAA
IKATSQITLA VIGCTVTLVL AFLPLLFLPE ASGDFIRSLP MAVVTTILAS LVVSLTIVPF
LSSRILKEEH NPQGNIFMRA LKKLISGSYS RLLNVALARP AVTLLVALAV FGGALSLAGK
VGFGLFPASE KPQFLINIET PDGSSLSETN RVARYVESKL KGNPAVRHFT TNVGRGNPRI
YYNIIQRNES ANFSQFYVQL NDVAPPEKQV IIDKYRDEFA LYPNAKIEVK DFEQGPNQEA
PVAIRVFGEN LDTLRTVAAR VETILKKTPG TIYVNNPLAN RKTDLRVRIN KEKAGLLGLS
MVDINRTIRL AIAGLNVGTF KAPNDDDDYT INVTLPKGRL TDQSVLNNLY VNSVTGGAVP
LRQVADLQFE TGTNLIRHYD KDRFVTVTAF VKTGFLVDNV YTDVLQKLDA MKFPAGFRYM
AAGELESREQ SFGGLGTIIL ITIFGFLAVL ILEFGTIKST LIVLSVIPLG IIGAIAALLL
TGNPFSFVAI IGLIALIGIE VKNSILLVDF TNQLREGGLP LVEAIKEAGE VRFVPIVLTS
LTAIGGLMPL AFEGNPLYSP LAWVLIGGLI SSTLLSRIVT PVLYKLLPPR VEVKAVNQVE
QEPVLA
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