| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_0281 |
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| Symbol | |
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| ID | 3518591 |
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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 | Colwellia psychrerythraea 34H |
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| Kingdom | Bacteria |
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| Replicon accession | NC_003910 |
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| Strand | - |
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| Start bp | 285249 |
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| End bp | 288356 |
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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 | 39% |
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| IMG OID | 637282747 |
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| Product | PqiB family protein |
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| Protein accession | YP_267048 |
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| Protein GI | 71278821 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3008] Paraquat-inducible protein B |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGACCGATA AAAAAGACTT TGCTGCCTCT GAGCATAATA ACAATGACAA TATTCATGCA
GAAGTTGTGC CTCGACAGGG CATATCTATT ATTTGGTTTG TGCCCTTTAT CGCCTTAATT
TTCGGCTTAT GGCTCACCGC AAAGGTAGTT TCTGAACAAG GGACTTTTAT CACGATAGAG
TTTGATAATG GCTCAGGCAT AATACCCAAT AAAACAGAAA TTCGTTATAA AGGTTTAGTG
ACTGGCTTAG TAAAAAAAGT GGTACCGTCA GCAGATTTAC AACGCGTTAT TGCCGAAGTA
GAAATTTCTA AAAACTTTAC CGACTACCTT ACTGAAAACA CGCGTTTTTG GTTAGTCAGT
GCTGATATAT CACTGCAAGG GGTTTCTGGG CTAGATACGC TGATTTCGGG TAGTTATATC
ACGATAATGC CAGATACAAA TCAAGAAGCA GACAGCCAAG ATCATTTCGT CGCGTTAACT
GAAGCGCCGA CCTTAGATAT GTCGACCCCA GGCTTACACC TTACCCTGCA TACCGATGTA
TTGGGCTCTA TCAGTGAAAA TTCACCCATT AGTTTCAAGC AAATTCCCAT TGGACATGTT
ACGGGTTATC ACTACAAAGA AAGCAGTAAA AAAATTGGCA TTAATATTTA CATTAAACCC
GAATTCGCGC ACTTAGTAAA AGAGAACTCC TTATTTTATA ATACCAGCGG TGTACAAGTT
ACCGCGTCAC TCACTGGTGG CGTAAAGGTT AATACCGAGT CGTTAGCCTC TATTATGGCT
GGCGGAATAT CCGTTGATAA CTTAAGTTAT CAAACAGAGT TAGCGCCCGC TAAAAATGGT
CAAACTTTTC CCTTACATGC TGACTTTCAA TCAGCTGAAA TGGGCCATGA AGTTGAATTA
ACGTTAGAGT GGAATTCAGG CATAGATCAT AATGCTGCCA TTTTATTCCA AGGCCTAACC
ATAGGCGTTA TTGAATCATT CAGTAAAATA GACCCTGTAA GTCGAAAGAT TACCGCAACG
GCTAAAGTTA ACCCTCGCGT AGTACCTTAC TTAACGGATC AATCGCAGTT TTATATTGTT
GCACCTCAAA TTAGCTTGGC AGGTTTAACA AATGCTAAGA CCTTATTAAC GGGAAACTAC
CTAAGCATCA GGCCCTCTTT AGCTGGTAAC CCAAGTAACA AATTTAATGT ATTTAGCAGT
AAACCTCCGT ATAAATACAC AGAGCCGGGC TTGCACTTAA TGTTAACAAG TAGTGACCGT
AGTTCATTGC AAATTGGTAG TAATGTATAT TACAAACAAC AAGTGGTTGG TAATATACAA
GCCATTGAAA CCACTGCGCC AGAACGTCAC TTAATTCATA TCCATGTCCA ACCAAAATTC
AGCCATTATG TGAATCATAG CAGTCGTTTT TACAATAATT CTGGCGTTAA AATATCTGCC
AATTTACTGG GAGTCGATAT TCAAGCACAG TCATTACAGA GTATATTAAC GGGTGGTATT
GCTTTTACTA GCCAAAATAG TACACAAGAG TCACAAAAAA AGTTGGTCAA AAATGGTGAT
AGTTTCTCAC TCTATGCCAA TAACAAACTC GCCGAACAAA ATATAAGCTT TACATTAAAT
TATATGGCTA GCGAGCACAT AAGTTCTGAT ACTCGGCTTT TATATCGCGG CATAGAAATT
GGCGCAATTC ATCAAACTAA GATTCAAGGT AATAAACAAC AACTACAGCT AGGGTTATTA
CCTGAGTATG AACATATATT AAAAGCCGAC ACACAATTCT ATATAGTTAA ACCAAACTTA
AGTCTTTCTG GTGCTAGTGA TACCGATGCT TTATTCGGTG GCACCTACAT CACCTTTAAT
CTTGGTCAAG GTAAAGCTAA AAATCAGTTC ACTTTGTTTA GCCAACCGCC AGTAAAACTA
GCAAGTTCAC CCGGCTTACA GCTTTCCTTA TCCACCGATC ACGCCAATGT GGCGACGCCT
GGTAGTGCAA TTAGCTATCG TGGAATAACT ATTGGTCAAG TAGACAATGT CAGCCTAAAT
AAAATTGATG ACGAGATTAA AGTCAACATA ACAATTGATG AAGAACACCG AGGTTTATTA
AAAAGTACCA GCCGTTTTTA TAATGCTGGC GGTATGACTA TTTCCGGTGG TTTAAGTGAC
TTTGTAGTAA AAACTGAATC AATTGATGCC ATTTTACGCG GCGGAATAAG CTTTTATAAC
CCAGAAGTAT TACTGCCAAC TTCACTAATA ACTAATACCC AAGTTGAAGA ATTGTCAAAC
TTCACTTTAT TTAAACATGA AGAGCATGCC AAAGATGCTG GACAAACAAT TAGCATCCAT
TTTAATGATA TTTCTGGCTT AAAAGTAAAT ACAAAAGTTA TATACCAAGA GCAAACCTTA
GGCACAATTG AGCGCTTAAT ATTTACTGCA GACAAAGTTG GCGTAACCGC TTTAGTACTA
CTAAATGATT CAGGTAGCCA ATTTGCTCGC AAAGGAACAA AATTTTGGAA AATTGAACCT
CAAATTGGAC TAGTAGGCTC GAAGAATGTT GCCGCCTTAC TTGACGGTGC CTTTATTGGT
TTGTTACCGT CACATAATGT AGAAGCTAAG CTGAAGAATG AATTTGAAGC TCTTGAGTTG
GCCCCGACCG TTGAACAACT GAGTTATGGC TTAAATATCA AATTGACTAC AGCTCGACTT
GGCTCGGTTC GCGTGGGTAA TCCTGTGTTA TATCGCCAAA TTAAAGTCGG TAAAGTCATT
GGTATTGATT TATCTGCTAC GGCCGATCAA GTAAATATTT TTATCAATAT CGCCAAACGT
TATGCGCCGC TTGTTAATGG GAATAGTCAG TTTTGGAATA CCAGTGGTAT TAATATAGAA
GCCAGTATTT TCTCTGGTAT TAATATTGAT TCTGAATCGA TAGAAACCCT AATTGCGGGT
GGTATTGCCT TTGCAACACC TGACATTGAT GAAAATAATG ATAAAGAGCA AAATGATGAA
ACGAAGTCCC TACCGGCAAG TTTTATTTTG CATCAAGACG TCGATGAAGA CTGGTTAGAA
TGGCAGCCAA AAATAGCAAT TAACAATCAA ACTACTTCAG CTGAGTAA
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| Protein sequence | MTDKKDFAAS EHNNNDNIHA EVVPRQGISI IWFVPFIALI FGLWLTAKVV SEQGTFITIE
FDNGSGIIPN KTEIRYKGLV TGLVKKVVPS ADLQRVIAEV EISKNFTDYL TENTRFWLVS
ADISLQGVSG LDTLISGSYI TIMPDTNQEA DSQDHFVALT EAPTLDMSTP GLHLTLHTDV
LGSISENSPI SFKQIPIGHV TGYHYKESSK KIGINIYIKP EFAHLVKENS LFYNTSGVQV
TASLTGGVKV NTESLASIMA GGISVDNLSY QTELAPAKNG QTFPLHADFQ SAEMGHEVEL
TLEWNSGIDH NAAILFQGLT IGVIESFSKI DPVSRKITAT AKVNPRVVPY LTDQSQFYIV
APQISLAGLT NAKTLLTGNY LSIRPSLAGN PSNKFNVFSS KPPYKYTEPG LHLMLTSSDR
SSLQIGSNVY YKQQVVGNIQ AIETTAPERH LIHIHVQPKF SHYVNHSSRF YNNSGVKISA
NLLGVDIQAQ SLQSILTGGI AFTSQNSTQE SQKKLVKNGD SFSLYANNKL AEQNISFTLN
YMASEHISSD TRLLYRGIEI GAIHQTKIQG NKQQLQLGLL PEYEHILKAD TQFYIVKPNL
SLSGASDTDA LFGGTYITFN LGQGKAKNQF TLFSQPPVKL ASSPGLQLSL STDHANVATP
GSAISYRGIT IGQVDNVSLN KIDDEIKVNI TIDEEHRGLL KSTSRFYNAG GMTISGGLSD
FVVKTESIDA ILRGGISFYN PEVLLPTSLI TNTQVEELSN FTLFKHEEHA KDAGQTISIH
FNDISGLKVN TKVIYQEQTL GTIERLIFTA DKVGVTALVL LNDSGSQFAR KGTKFWKIEP
QIGLVGSKNV AALLDGAFIG LLPSHNVEAK LKNEFEALEL APTVEQLSYG LNIKLTTARL
GSVRVGNPVL YRQIKVGKVI GIDLSATADQ VNIFINIAKR YAPLVNGNSQ FWNTSGINIE
ASIFSGINID SESIETLIAG GIAFATPDID ENNDKEQNDE TKSLPASFIL HQDVDEDWLE
WQPKIAINNQ TTSAE
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