| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_2532 |
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| Symbol | |
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| ID | 3522703 |
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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 | 2636881 |
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| End bp | 2640813 |
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| Gene Length | 3933 bp |
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| Protein Length | 1310 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637284986 |
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| Product | hypothetical protein |
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| Protein accession | YP_269247 |
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| Protein GI | 71282230 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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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 | ATGATGTGGC GCAGAATTAG TTTGGTTGTA TCTAAGTATT TGGCAATATC ACTTTGCTTT
ATCACCGTAC TCGTTACGAC TCCTTGGGGC ACAAATATCA CCTTAACATT ACTCAATAAT
TTTGATGGTG TTACCTTTGA CTATAACAGC GGAGCTTTAG TTCGAGATGT ACGATTAAAC
TCATTTCAGT TGCAGTTAGC AAATCTTGAT ATTAGGGTAA ATGGCTTATC AACTGAGATT
AACTTTGCTT GTGTCTGGAA TAAAACCTTA TGTATTAAAT CAGCAAAAGC TGACTATTTC
TCTTTACGTT ACTTGTCTGA CGATGAGGGT GATGAGCAAG TTTCATCAGT AAATAATACC
GCATCTCAAC TTTTTGTAAT GCCCTTTTCA ATTAACGCTG ATTCAGTTGA GCTTAAAAAA
AGTCTGATAG TTATCAATGA TACCGAGATC ACAATTGAGC AATTTATTAC ACAATTGTCG
ATCAGTAAAA GTGAGTTTAA CTTCTTACAA CCCAGAGCAA AGCAGTTGAC GTTATTACTC
GTTGGAGAAG AACAAACAAC GCCTGTTAAC AACCAGAGCA CAACTTCGTT AGTCAATAAT
ACTTTTACTA AGTTACCAGA AATTAACCTG CCTATTGCGC TGAACATTGA GCAATTACAA
CTCGATAGTT TGGCTGTAGA CACTTTGACT GTTAACACTA AGGCTCAGCC AGAACATGCT
CAAGCTACTT CAATAGACAA TCACCAAGCA AGAAATTCAC TGTGGCTTTC AAACAATAAT
CATCTAAGCG CTACTTGGAT TAATACCGAT GTCAGTATCA GCCAATTTAA AACCACCACA
TCAGCGTTCT CTATCAACCA ATTAACTGCT GAGGCAAAGC TACTACCTCC CTACCAGCTT
ACAACTCACT TAGAAAGCCA ACTACACAAG GTGGCATGGT GGTCAGAAAT TGATGACAGT
ACTCAACAAT TATCAATACA AGGCTCATTT GAAGATTTAA CATTTGATGT GATCAGCGAA
GGTAACTTAG CGCTTAAAAG CCAAGGTAAA ATTAACTTCA TTGATGAAGC CATGCCCTTT
AACCTAACCA TAGACGCTCA ACAAATTCCA ACGCCTTTAT CATTAACTGA GTATGGTGAG
TATTCCTCAT TATTGTTATC TCTCTCAGGC GATGTAAAAC AACAAACGAT GGATTTAGCC
AGTCAGATTA AAGGTTATGG CTATAATAAT GCACAGCTGA AACTCAAAGC CAGTTATCAG
AAAAACCGCG CTACTATTGA CCAGTTTATT TTTAACGATG AAGACTCAGA AAGCCAAGTA
TATTTAACGG GTGATATAGG CTTATTAGCT GACGATATTA GTTGGCAGTT ATCTGCTCAA
TCAACCGGTT TTACCTTGCC CGAAATAAAC ATACCGGCGC TATCAGAGTT AGGCACCAGT
GAAGAACAAG TTGCGATGTT AACAAAAACA CTGCCTGATT TAATTACCGG TAGATTGCAA
GGAAGCATCA ACAGTCATGG TGCATGGTCA AAAAAAGCAT GGTCTGTCTC GCTAAGCGAT
ACCGACATTT CAGGAAATAT AAATGCACTA GACCTAACGA TAAAAGCAGA TATTGGTTTA
AATCAATTAG GTAATCTACA ACCAGGTAAA CTGCTGATCG ACTTCAATAA TAGTGCCTTA
ACACTGCAAG CCTCGGATAG TGACTTTTGG GATATTAAAG GAAAGTTAAC AGTAGATAAT
ATTAATCAAT GGCATCAAGA GATACACGGC AGTTTTACCA GTGATTTTTC AGTTACCGGA
GCGCAAGACA ATCCTACTGT TAACCTACAA AGTCAATTAA ACCAGTTAAA TTGGCAACAA
TGGTATAGTG ATTCGTTAGC TATTAAGGCG AACTATCAAC CAATGAGTGG TCACGACATT
CAATTAACAG TAAAGAATGA CTATTTGGAT TGGGTGAACG AATCTACGCG TTATCGCATT
AAAAATATCC TATTTGATAT AACAGGCAAC GCGAGTAATC ATCAAATAAA CGCTCAGTGG
TTAGGTGATT TTGCTGGCAA ACTTGCCCTG TCTGGTCATT GGGATGATGA ATTTACTTTA
TGGCAGAGTA CTATTGAGCA AAGTGCATTA ACCTATAAGA ATATTACCCT TAAAAATAAT
AAAGACTTCG ATGTTAATGT CGATTTAGCC AAACAAGAAA GCATGGTAGC GAGTCATTGC
TGGCAAGGTG AAGGGTTTGG TCTTTGTTTG CCCCATCAAG TGAATCTCGG TAATGTTGGT
GATGTTGCCC TTAAAATGAA TATTGACCTT GCTGTCATTG ACGAATTATT TTTACCTAAA
GACACTGAGA TCATTAGTGA AATTGACGGT GATATTCAGA TAAATTGGTC TACCCAGCAA
GCTATCTCAG CAAAGGCGCG CTTTACGATG TCGCCGGGTT ATTTAAAAGT GAGTGATGAT
TTTGGCGAGC ATGTGCTGTC ACAGTGGTCG CAAGGTTTGT TTGCTTTGAC TGTTGATGAA
AAGCAATTAA CGAGCAAGTT AGCGCTAATA GCGACTAATA ACCTTCCCTT GGTAGATATC
ACTTCAAGCA TTGACTTTAT TGATGATAGT TTTACTGATA ATAACTTAGT GAGTAACCCT
AAAGCCGACT ATTCTTTTAC TGATTCCACG GTAAATGCAC AAATATCATT AAATCAAATA
AACTTATTAC CTTTCCAAGG CATTTTAACA GATGTAATTA CTTTAGAAGG TAAAGTAACA
GCGGATATAT CCGTTGATGG CACTCTCGGC TCTCCTTTGT TTAATGGTGA CATAGCATTA
ACTAAAGGTA AATTTCGATT GCTGCAAAAT GCCAATACCT TAGAAAACAT ATCCTCTTCA
GTCATGATTA ATAATAATCA AGCGACAATG GACGCTGACT TTTATCTCGC CGATAAACTG
GCAAAAGTAC AAGGAAATAT GTCATGGCAA AACAGTTTGT CGATGAACTT AGATTTAACA
GGCTACGCGT TGCCGTTAGT TTTCCCTCCA CAATTAGTGA TGAGCATTTC GCCCACGTTG
AATTTTTCAC TGGTAGAAAA AGCATTAACC ATAAGTGGCA ATATTGACGT GGTAGACGGC
ACGTTTAATA TCGAGAAACT ACCTCAAAGC AGCGTTTCAT TGAGTGATGA TGTCATCATT
CTTGACCAAT ATGGCAAAGC TGTTGTTAAA GAAACTTCTG GTTTTGATAT AAAAACCGAC
ATTAGCGTAA ATATAAAACC CGCTTTTGAA GTATCCGGAC AAGGATTATC AAGCCATTTA
TCTGGCCAAT TGAAAATTAG CCAACAAGAG AAAAACCCAT TCCAGTTATT TGGCAATATA
CAATCGTCTG ATGGTACTTT TCAAGCATAC GGGCAAAAAC TTAAAATAGA AAAGGGAGAG
TTCACCTTCA ACGGACCAAT GGATAATCCT TACTTTAATC TCCGTGCAAG TAGACATATT
AAATCTGAAG ATATTGATGT CGGCATTCGG GTAACCGGAT TAGCCAATAC ATTAAATATG
GAACTTTTCT CAACCCCGAC AATGGAAATG CCTGAAATTT TATCTTATCT AGTCAGAGGA
AGAGGCTTAG ATGCAGGGGC AGAAAAAAGC ACCGTTGCAG CCAGTTTGTT GGTCGGCTTT
GGGGCTACCA ATAGCGCTGG ATTATTTGAC CAAATCGAAA AAATACCACT GATTAGTAAT
ATCGCAGTGG ATACTGAAGG TGAAGGCGAT CAAATTCAAG CAACGGTTAG TGGTTATGTC
GGCAACAGAG TTTATTTGAA GTATGGTATT GGCGTATATG AACCCATTAA TGAACTTACG
GTGAGAATGT TCATTTTAAA TCGATTTTGG TTAGAAATTG TCAGTGGTAT TGAGCAATCG
ACAGATCTTT ATTACTCGTT CTACATTGAT TAA
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| Protein sequence | MMWRRISLVV SKYLAISLCF ITVLVTTPWG TNITLTLLNN FDGVTFDYNS GALVRDVRLN
SFQLQLANLD IRVNGLSTEI NFACVWNKTL CIKSAKADYF SLRYLSDDEG DEQVSSVNNT
ASQLFVMPFS INADSVELKK SLIVINDTEI TIEQFITQLS ISKSEFNFLQ PRAKQLTLLL
VGEEQTTPVN NQSTTSLVNN TFTKLPEINL PIALNIEQLQ LDSLAVDTLT VNTKAQPEHA
QATSIDNHQA RNSLWLSNNN HLSATWINTD VSISQFKTTT SAFSINQLTA EAKLLPPYQL
TTHLESQLHK VAWWSEIDDS TQQLSIQGSF EDLTFDVISE GNLALKSQGK INFIDEAMPF
NLTIDAQQIP TPLSLTEYGE YSSLLLSLSG DVKQQTMDLA SQIKGYGYNN AQLKLKASYQ
KNRATIDQFI FNDEDSESQV YLTGDIGLLA DDISWQLSAQ STGFTLPEIN IPALSELGTS
EEQVAMLTKT LPDLITGRLQ GSINSHGAWS KKAWSVSLSD TDISGNINAL DLTIKADIGL
NQLGNLQPGK LLIDFNNSAL TLQASDSDFW DIKGKLTVDN INQWHQEIHG SFTSDFSVTG
AQDNPTVNLQ SQLNQLNWQQ WYSDSLAIKA NYQPMSGHDI QLTVKNDYLD WVNESTRYRI
KNILFDITGN ASNHQINAQW LGDFAGKLAL SGHWDDEFTL WQSTIEQSAL TYKNITLKNN
KDFDVNVDLA KQESMVASHC WQGEGFGLCL PHQVNLGNVG DVALKMNIDL AVIDELFLPK
DTEIISEIDG DIQINWSTQQ AISAKARFTM SPGYLKVSDD FGEHVLSQWS QGLFALTVDE
KQLTSKLALI ATNNLPLVDI TSSIDFIDDS FTDNNLVSNP KADYSFTDST VNAQISLNQI
NLLPFQGILT DVITLEGKVT ADISVDGTLG SPLFNGDIAL TKGKFRLLQN ANTLENISSS
VMINNNQATM DADFYLADKL AKVQGNMSWQ NSLSMNLDLT GYALPLVFPP QLVMSISPTL
NFSLVEKALT ISGNIDVVDG TFNIEKLPQS SVSLSDDVII LDQYGKAVVK ETSGFDIKTD
ISVNIKPAFE VSGQGLSSHL SGQLKISQQE KNPFQLFGNI QSSDGTFQAY GQKLKIEKGE
FTFNGPMDNP YFNLRASRHI KSEDIDVGIR VTGLANTLNM ELFSTPTMEM PEILSYLVRG
RGLDAGAEKS TVAASLLVGF GATNSAGLFD QIEKIPLISN IAVDTEGEGD QIQATVSGYV
GNRVYLKYGI GVYEPINELT VRMFILNRFW LEIVSGIEQS TDLYYSFYID
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