| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcryo_1698 |
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| Symbol | |
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| ID | 4036052 |
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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 | Psychrobacter cryohalolentis K5 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007969 |
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| Strand | + |
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| Start bp | 2098822 |
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| End bp | 2101815 |
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| Gene Length | 2994 bp |
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| Protein Length | 997 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637974163 |
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| Product | putative organic solvent tolerance protein |
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| Protein accession | YP_580959 |
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| Protein GI | 93006522 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.999611 |
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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 | 11 |
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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 | TTGTTATATT CTCCGCTTTA CCAAAGCATC CGTTTGATTT TATTTGGCGC GCTGGGCTTA
TCGAGCCTGA CCGTTAGTGC CGCTATCAAT CAGACTGACT CGATGATGCC TGAGCCATTG
GTGACTGATA GCTCAAACCA GTATGCCGAT GACGTAGCAA CTGATGCTGG TTTTAATAAT
GAAATCAACA ATCAAGACAT CAGCTATCAA AGCGACAGTC AGCAGTCAGC AGCCTATAAA
AAAGCCAGTT TGAGTAGTGA TGCTACTCTC AGTAATGACG CGGCTGTAAA TAACAATAAT
ATCACTGCGA TTAACGATCG TACCAAGACG AGCCAAGATA GCCGCGTTGC CCCAGTAAAT
ACAAGCAACG CAGCAAAAGC TGGTAATCGT CGAATTGATA CCAATGATGA GAGTATTCAA
GAAAGCCTTA AACGTTTAGC AGAATTTTAT GAGCTGACGC CAGATACGAA TGTTGCAACA
TCAAACAATA CAGGCACTAG CGTAAACGAC GAACAAAATA ATATTCAAAA CAGTTTGACG
CCTGTAACGA CTAATATCCC AACCGTAGGT AGCAATCTGC GCTTGCTGCC ACATACCGTC
GATAGTGCGG CGCGCTGTGA AGGACAATGG GTTTATCCTA AGAAAAACCC TAACTATCAA
CGGGCTGTTA ATGAAGCAAG CGCCAGTAGT GGGCAACCAG CACCCAATTT AAATGGTCTG
CCCAATAATC AAGCGCCACT ATTTGCAGAG TCAGATTATG GCTACTATGA TAATGTCGAT
TATGCCGAAC TATCAGGTAA TGTCATCATT GACCAAGGGA CTCAGCATAT TGAGGCTGAA
AAAATCGTAT TGGACTTAAG CAACGGGGTG GCAGCGGCGC AAGGTAAAGT GATGTTTACT
GACCAAGCTA CTGGCAATGT CTCTGTAAAT GGTGCACAAG ATCGCACTCA GCAAAATGGT
AAAACTAGCC TTACTGATAA AGCAACACAA GGTGGTCTCA TTGGTGTCGC TGACAATTTG
AATTATAATA CTGAAACAGG GCAATCTACT GCTACAAATG TTGCCTTTGC CAGTGTTGAG
CTACAAGCAC ATGGTTATGC CAAGCGCTTA AACCGACCGA ATGAGAGCCA ATATGAATTG
GATGAGGTCA TGTATAGCAC CTGCCCTCCG ACCAATCGTA AGTGGCAATT TGATGCCAAA
AGCATAGATT TAGACACTGA GACAGGACGC GGTGAAGCTT ACAATACCAC CTTCCGTATT
GCTGATGTGC CTGTATTTTA TCTGCCCTAT TTTAACTTTC CAATAGACAG TCGACGCGGT
AGTGGCTTCT TATTGCCTAA TGCAAGTATC AGTAGCGAAA ACGGACTTGA AATTGATGTG
CCTTATTATT TCAACCTAGC TCCCAACTAT GATGCCACGC TAAGCACGCA TATTTATACC
ACTCGTAATC CTATGCTATC TGGAGAGTTT CGTTATTTAA CAGAAAATTA TGGCGAGGGT
ATCTTTAATG GTTCGTACTT GCCTAATGAT AAAGAATACG ATGGCGAAGA CCGCCGCAGT
TTGTTCTATG ATCATTATTG GTCATCTACC AGCATCCCAC GCCTAAGCGG TGAGGCCAAA
TACAGCTACG TATCTGATGC CGACTACCTT AATGATTTTG ATACGCTAGG TTTATCAGAT
AACACCTTAA ACTTGCCGCG CCGAGCGCAA CTGAATTATT ATAATGACTA TGTCGACGGC
GAGCTAAAAG TAGAAACCTT CCAAACACTT GATGCGTTGA ATAACAATGG GCAGATGTTG
CAAGATAAAG ACAAGCCTTA CTCGCGCCTA CCGCAGCTCA AACTTGATTA CCGTCTACCT
TGGGCAAAGC ATTTTGATAT CACTGGCGTC AGTGACTCCG CTTATTTTAA AAAATCTATC
GATGATGGTT CTGAGAATGA AAAAAGTGGC ACACGTTTTT ATAATAAACT CAGTGCATCT
TATCCTATGG AGAACTCATG GGGTTATATC AAGCCAAAGC TAAGCTTACA ACATCTGTTT
ACCACTTATG ATGAAGATAG CTTAGTTGAC AATTCACTGG ATAAAGATGA TGGCAGCCAG
TCAGTGTTTG TCCCGCAAGC CAGTATTGAT GCAGGTTTAC ATTTTTATCA AGCCGGCTCA
CCGTTTGGCG CATTTGATGA CACGTTAGGT GGTTATCGTT TACTTAGCCC GCGCCTGAAA
TATACTTACT CGCCTTATAG AGACCAAAAC GATATTCCAA ACTTTAATAC TCGTATTGCC
TCTATTAACT ATGAGCAGTT ATTCTCAGAC AGCTGGTTTT TAGGGCATGA TCGCTTACAA
GATTTACATG CTTTTACCCC AGGTATTAAC TATCGTTACA TCGATGCAAC GGGCGTGACA
CGTTTTGATG GTAGCATTGG TGAACAATTT TATCTCGATG ATGGACGCGT TACGCTTGAT
AATACAAAAC CTGTCTTTAC CTCATCCTCT TCAGGGCTAG TTTGGGATAC CAGCACACAG
CCTTATAATA ATGTCTGGGT CGATGTGAGT GGCGCGCTGA CCAATAGCTA CGATTTAAAT
TATATTACTA CTGAGTTACG TTACCAGCCA TCTGATAGAA GCTTATTTAA TGTAGGCTTT
ATCAAACGTC AACGTGATGA AAATACCAAC CAGTTACCAC TGTCTGCATT GACAGCGTCA
GCAGTTTTCC CAATCAATAA TAACTGGCGT GTACTGGCTC AAGGTCAATA CGACTATAAT
CGCAACCAAA TGCTCGATTC ATTGATTGGG ATCGATTATG AAGATTGCTG TTTTGGCTTT
GCGGTTTATG GTCGTCGTTA CTATAATGAC TTGAATATTG CTGAAAAACC CACACAAGCG
ATTATGGCAG AAGTAAGATT AAGTGGTCTT GGCAGTGGTA GTAGCCGTTT GACACGCTTA
CTTGCTGATA AAGTATTAGG TTTTGAACCT GTTCAAAATG CATGGAAAGA CTAA
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| Protein sequence | MLYSPLYQSI RLILFGALGL SSLTVSAAIN QTDSMMPEPL VTDSSNQYAD DVATDAGFNN
EINNQDISYQ SDSQQSAAYK KASLSSDATL SNDAAVNNNN ITAINDRTKT SQDSRVAPVN
TSNAAKAGNR RIDTNDESIQ ESLKRLAEFY ELTPDTNVAT SNNTGTSVND EQNNIQNSLT
PVTTNIPTVG SNLRLLPHTV DSAARCEGQW VYPKKNPNYQ RAVNEASASS GQPAPNLNGL
PNNQAPLFAE SDYGYYDNVD YAELSGNVII DQGTQHIEAE KIVLDLSNGV AAAQGKVMFT
DQATGNVSVN GAQDRTQQNG KTSLTDKATQ GGLIGVADNL NYNTETGQST ATNVAFASVE
LQAHGYAKRL NRPNESQYEL DEVMYSTCPP TNRKWQFDAK SIDLDTETGR GEAYNTTFRI
ADVPVFYLPY FNFPIDSRRG SGFLLPNASI SSENGLEIDV PYYFNLAPNY DATLSTHIYT
TRNPMLSGEF RYLTENYGEG IFNGSYLPND KEYDGEDRRS LFYDHYWSST SIPRLSGEAK
YSYVSDADYL NDFDTLGLSD NTLNLPRRAQ LNYYNDYVDG ELKVETFQTL DALNNNGQML
QDKDKPYSRL PQLKLDYRLP WAKHFDITGV SDSAYFKKSI DDGSENEKSG TRFYNKLSAS
YPMENSWGYI KPKLSLQHLF TTYDEDSLVD NSLDKDDGSQ SVFVPQASID AGLHFYQAGS
PFGAFDDTLG GYRLLSPRLK YTYSPYRDQN DIPNFNTRIA SINYEQLFSD SWFLGHDRLQ
DLHAFTPGIN YRYIDATGVT RFDGSIGEQF YLDDGRVTLD NTKPVFTSSS SGLVWDTSTQ
PYNNVWVDVS GALTNSYDLN YITTELRYQP SDRSLFNVGF IKRQRDENTN QLPLSALTAS
AVFPINNNWR VLAQGQYDYN RNQMLDSLIG IDYEDCCFGF AVYGRRYYND LNIAEKPTQA
IMAEVRLSGL GSGSSRLTRL LADKVLGFEP VQNAWKD
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