| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sde_0740 |
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| Symbol | |
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| ID | 3966261 |
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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 | Saccharophagus degradans 2-40 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007912 |
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| Strand | - |
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| Start bp | 954667 |
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| End bp | 957249 |
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| Gene Length | 2583 bp |
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| Protein Length | 860 aa |
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| Translation table | 11 |
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| GC content | 53% |
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| IMG OID | 637919802 |
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| Product | organic solvent tolerance protein, putative |
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| Protein accession | YP_526214 |
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| Protein GI | 90020387 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG1452] Organic solvent tolerance protein OstA |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | 29 |
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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 | TTGACAAAAC GCTATTTTTC ACTGCTTGCA GTATGCTCCG CAATTGCAAC AAGCACATTT
GCTGATGATA CCCCTACTAA TAGTTTAAGT TTGGGCAAAA CCTATTTGCG ATGCTACCCG
CAAGCCGACT CCAACCAGTG GGATTGCGCC GAATACTCCA GCGAAACCAA TCTACCTATA
GGCCGCAGCC AAATTCAGCA AGCGCCTAAT GCCTACGACT TTGTTTCTGC AGAAAACCTT
ACCCCCGCCG CCCAGTCGGC TCTGTTGCCG GGCTGCACGG GTATGTACAT AGACCCGCTG
GGCGACCAAA CCAATGCCCC TAGCCCCGAA AACACCCCTC TTATTGTAGA GGCCGACGAC
TCGGTGCTGA CAGGCTCACA AAAAGCCCAG CTAGACGGCA ACGTGCAAAT CTCTCAAGGG
GCGCGCTCTA TTCGAGCGGA CTCCATGACC TACAGCCGCG AAACAGAAGA AGCAAGCCTG
GCCGGTGGCG TAACCATTCG CAACCCGGGC CTACTTATTC GTGGCGACAA GGCCAGCATG
TCCACCACGC GCAACCAAGC GTCCTTCGAA AACGCCATAT TTGTATTGCA CGGCCAACAT
ATTCGCGGCC AGGCTGATGC CATTCGACAA ACAAGCGACA GCAGTATCGT GCTGGAAGGC
GGCAGCATTA CCAGTTGCGA ACCGGGCAGT AACGCTTGGT CCCTAGGTGG TGCCGAGATA
AAAATAGACA ACGAAAAAGG CCAAGGCACC GGCAAACACA TTACCCTTAA AGTGGGTAAG
GTGCCGATCA TGTATGTGCC TTACATCGCC TTTCCTCTGG GCGATCAGCG CCAGTCCGGC
CTGTTATTTC CATCTATTAG CAGCAGCGAC AACGGCGGGC TAGATGCGGC GGTGCCTTTC
TATTGGAATA TGGCCCCCAA TTACGACGCC ACCATCACGC CGCGCATTAT TTCTGGCCGC
GGCGCTATGC TAGAAGTAGA AGGCCGCCAT TTAAATAAAA GCTTCTATAC CGAATCGAAT
ATTGCCTATT TGCCCAACGA TGACGGCGGG CAAGATAAAG ACTTAGACAC GCTGGTGTCC
AACGGCGACA TTACCGAGAG CCAAGCACAC CCCTACACGG GCCAAAACCG CTGGCTCGGC
CACCTCAGCC AGCAGGGCGG CAGCGCCAGT AATGGCGGCT GGTATTCAAC CATCGACTTC
ACCAAAGTTA GCGATCAAGA TTACTTTCGC GATTTGGGTG CCTCGTCGTT TAGCGAGCAG
AATCAATCCT ACTTAGATCA GCGCGCCGAG CTCGGCTACC TGTTCGAACA CTGGACAGTA
AGCGCCATGG CGCAAAACCG CCAAGTGCTG CTGTACGATC TCGATACCCC CTACCGCAGA
GCGCCGCAGC TTAACGCTAT TGGCCACTAC TCGGTGAATG GGTTTGAATT TAAACTCGAT
AACGAGCTGG TAAGGTTTGA TCACCCCTCA AACGAATGGC GCAATGGCGA CACCTTAATA
ACGGGTAGTC GGTTAAGTAC CGATTACCGC GCAGCTTGGC CAATACGCGG CCGCTGGGGT
TTTATCAAAC CAGAAGTGGG CTACAAGGCG TTAGGGTACC AGCTCGAGTC AGACGGCTTA
GCCAGCAGTG CAGAAAGCAG CCCAACCCTA GGGGCGGCGC AGGCCAGCAT AGATATGTCG
GTAATATTTG AGCACCGCGG TGGCAGCATT ATGCAGACCA TCGAACCGCG TGTTTATTAC
CTGCATCGCG CCTATACCGA TCACAGCGAT CTGTACGCCG TAACCGCAGA CGGTCAAAAT
GTGAATTTTG ATACCTCTAT ACGCACCTTT TCGTATAGCC AGCTATTCCG CGATAGCCGC
TTTGGCGGGC GCGACAGACT AGACGATGCC AACCAAACTA CCGTGGGTTT AACCTCGCGC
TGGTACAGCA ACAACAGTGG CCGCGAATTG TTTAGCGCCA GTATTGGTCA GGTGTTCCAC
AACGCCGACC GCCGCGTAGG CTTAAATGGC GAAGAGCTAA ACACAGGTCA AACCTCTGAG
CTGGCAGCCG ATGTATCGGT AATGCTTGGC CCGCTCTCGC GCTTTTACGT CAACTCTATA
TACGACACCG AAGCGGCAGA AATCACCCGC GCAAGCTCTG GGGTGTATTA CCATTCCCAA
GACTTAAGTA CACTGGCCAA CCTGTCGTAC TCTTACGTGC GCGACTACCG CCAATCGTCG
ATAGCCGCAG GCACCACCGA GGCCACAGAT ATAGACCAAG TAGACCTGTC GTTCGTTACC
CCCATTAACA AACAGTGGAG TTTAATGGGC CGGTATAACT ACGACTTTAC CCAAGCACAG
GAACTCGAGA CCTTTTTAGG GTTCGAATAT AACGATTGCT GCTATCGTGT GCGCCTCTTG
GCGCGAAAGT GGCTGGACAG TAATATAGCG TCCCTAACAG ACAATCACGA CCTAGAACAC
GACCAAGGCG TATTCTTTGA AGTGCATTTC AAAGGCTTAG GCGGCTCTGG CGCCAAGGTT
AACAGTATTT TAGAAGACAG TATTCGCGGG TATCAGGAGC GGGAACGTCG CAACAAACAG
TGA
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| Protein sequence | MTKRYFSLLA VCSAIATSTF ADDTPTNSLS LGKTYLRCYP QADSNQWDCA EYSSETNLPI
GRSQIQQAPN AYDFVSAENL TPAAQSALLP GCTGMYIDPL GDQTNAPSPE NTPLIVEADD
SVLTGSQKAQ LDGNVQISQG ARSIRADSMT YSRETEEASL AGGVTIRNPG LLIRGDKASM
STTRNQASFE NAIFVLHGQH IRGQADAIRQ TSDSSIVLEG GSITSCEPGS NAWSLGGAEI
KIDNEKGQGT GKHITLKVGK VPIMYVPYIA FPLGDQRQSG LLFPSISSSD NGGLDAAVPF
YWNMAPNYDA TITPRIISGR GAMLEVEGRH LNKSFYTESN IAYLPNDDGG QDKDLDTLVS
NGDITESQAH PYTGQNRWLG HLSQQGGSAS NGGWYSTIDF TKVSDQDYFR DLGASSFSEQ
NQSYLDQRAE LGYLFEHWTV SAMAQNRQVL LYDLDTPYRR APQLNAIGHY SVNGFEFKLD
NELVRFDHPS NEWRNGDTLI TGSRLSTDYR AAWPIRGRWG FIKPEVGYKA LGYQLESDGL
ASSAESSPTL GAAQASIDMS VIFEHRGGSI MQTIEPRVYY LHRAYTDHSD LYAVTADGQN
VNFDTSIRTF SYSQLFRDSR FGGRDRLDDA NQTTVGLTSR WYSNNSGREL FSASIGQVFH
NADRRVGLNG EELNTGQTSE LAADVSVMLG PLSRFYVNSI YDTEAAEITR ASSGVYYHSQ
DLSTLANLSY SYVRDYRQSS IAAGTTEATD IDQVDLSFVT PINKQWSLMG RYNYDFTQAQ
ELETFLGFEY NDCCYRVRLL ARKWLDSNIA SLTDNHDLEH DQGVFFEVHF KGLGGSGAKV
NSILEDSIRG YQERERRNKQ
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