| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_4714 |
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| Symbol | |
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| ID | 3521418 |
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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 | 4988188 |
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| End bp | 4990836 |
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| Gene Length | 2649 bp |
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| Protein Length | 882 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637287153 |
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| Product | hypothetical protein |
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| Protein accession | YP_271358 |
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| Protein GI | 71280949 |
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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 | 7 |
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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 | TTGCGATTGT TTAAATTTAC CTTAGCCATA TCTTTGGTCT TTGTTATCAC ACTCAGTGCG
GTATTTTATA GTCGAAGCTC GGTGGTGACA GCAATAGTAA ATAATTATCT GACTGAGCAT
AATAGTGAGT TAACCTGTAT TGATTTTGAA GTAAATAACA ACTTTGATTT ACTGATCACC
CGTATATGTA TTGATTCTCC TTATGCGGAA ATAGAATTAA TTGGTAGTCT GGTAGAATGG
CGATTTGAGC CCAGCAAGTT AGACGTAGAT AATATAGCCG ACGCTATTTC AGCGATAAAT
ATTGATGTAG CTACGGTACG TGCTAAAGGT GATTTTCAAT TCCCTGAAAA CCCTACTTCA
AGTAACGTAA AATTCAGTGA GTTACCCACA CTTATTAGAA AAAAAATTAA TGACCTTGCG
TTGATATCCA TTCCAGTTGA AATTGATATC AAAACCTTTA GCTACCAACC CTTTACTAAT
AAAAAAACTA ATAAACAAAC CCATCAAAAA GCTAATAAAA ACCACACTTA TCAAGGGCAA
TTTTCAGCCA ATGCTCAGCA GCTCGCATTC TCTTTAGCTA ATCAAAAGAA TGAAAGTGTT
CTTGCTTTGG CGTTAACTAA AAATGGTGAT GAGATTCGTG CTAGTTTAGC GACAGATTTA
GCAAAGCTCA GGCCATTTCT CGTCAGACAC CAAAGAGCTT TGCCTCTTAG TTTATCAACA
CTCTTGCTCG ATGACTCTTG GATTGCTGCG GGGAAACTTA ATAGCCAACT TGATTGGCAA
CAGCAAACCT TGGCTCTGAC CAATCAAATG ACTGATTTTT CTTTCGAGGC ATCACAAGGT
TTTTCTTCAT TAGGGCCGAT TGAGCTAGAG ACAACATTGT CGTGGCAAAC AGCTTTAGTG
GGAGAAACCC TACAATTTGA CTTTACTCAT AAAGATTACC AGCGTAATAA CATACAGTTA
GTTTTTAATG CAGAAAAGTT ACTTGAGCAA CTCACAGCGC AAACAGTGGA CCAGCAGATA
ATAAACGTGC TCACAGACAA TGCTATAAAT TCCTTAACAG TTCAGTCATT GGGTTCGCTA
ACAATTGACT TTGCCCAGCA ATCTATAGCC AGCGATAGCC TTGATATTGT TAGTAGAAAT
TTATATGGGC CAATAAAACT CTCGTTAAAC GATGTACTCT TTAATTTTAA TGATGATCCA
GCAATAACAA CTAACTTACA AAAAGCAAAA TTATCACTGA CAGGAGCAGC AAGCATTGCT
CAATTACAGC CTTATAGCAG ACAGCCAGTA AAGGTAAGTG TCATAGGGGA AATTGTGCAG
TACAGTGATA TTTGGCAGCT AACACTTGCC CAAGGCACGG CAATCGAATT AGCTCAGCTC
AGCTTACCGT CAAATAAGTC AGTTATTGAA CCGATAAGGA AATCTCAACA ATCAACCCCC
AATGCTCAAC CGAATATAAA ATCGTTAATC AGTCATTGGC AAGGTAAAGT GTCGATTGCT
AAAAATGACA ATCAACCTCA GTCTAAAAAT AGTGAATCAG TGACGTTTGC ATTAGATATT
AACAGTCAGA TAAAACAGCT AAATTATCCT AATATATTGA AAGTTGATGA ACTTGAGTTA
ACTACAAAGC TCAGTGGAAA TATTGAAGAG ATAACGATAA ATACTAAAGT GATTGCCGAT
GATGTACCCA TAGCGACCGC TATCTTAATG GGGGATTTAC GTCATCCGAG TGTGATTGTG
TCGGCACAAG ATGTGTTGCT TACTGATTTA TTAGCTTTGA AGTTGAAACT ACCTGTTGAG
TTGAAGCTTA TTGATGGCAA TATCGACTAT CACTTAAGCG GACAGTTAAA AAATAGTGAT
GACCTATTAG CTAATCCAAT GATACTCACA CTAACGGTAC AAGATGTTAC TGGGGAAGTT
GATGGTACTT GGCTACAAGA GCTTAACTGG CAACAAAAGC TGCAGTTACA AAATGGTGAG
ATAAAATCGA GACCAGACCA GACTAAAACG TCATCTAATC TGACCATTGC CAAGATAGAA
ACGGCGACAC CCATTAATAA TTTTTCAACA AGAACTTATA TCGACTTTTC ACAAGATAGA
CTGAAATTAT TAGCACATAA TATTCGCGGA CACTTATTAG GTGGACGTTT TGATATACCA
CAAGTTCAGT GGCCTTTTAG GAAAGATCTG CCAGTGAAAG TAGCACTAAC TAAAATAGAT
TTAGAAAAAC TACTCGAGTT AGATAAAAAG CAAGGTATAG TCGTGACAGG AAAAGTCTCA
GGGCAGTTAC CCATTCAATA TGATGGTGAA AACTTTCTCA TCAAAGGCGG TAGCATAAAA
AATGTCGGTG ACGGTATTAT CCAAGTTTAT AATAACCCCG CGGTTGAAGA ACTAAAAGCC
AGTAGCACTG AATTAAAGCT GGCGTTTAGC GCCTTGGAAA ACTTGCACTA CCATCATCTC
TCATCAGAAG TTTCGATGGC GGATGACGGC TATATGTTAT TAGATACAGC CATTAGGGGC
CGAAATCCTG ATTTGGACAA TGATGTAAAT TTGAATTTAA ATCTTAGCTA TGATTTATTA
GGCTTAATTG AATCACTCAA TATTACCGAG GATTTTGAAA GCAAAATTAT CAAAGGGTTA
TACCCATGA
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| Protein sequence | MRLFKFTLAI SLVFVITLSA VFYSRSSVVT AIVNNYLTEH NSELTCIDFE VNNNFDLLIT
RICIDSPYAE IELIGSLVEW RFEPSKLDVD NIADAISAIN IDVATVRAKG DFQFPENPTS
SNVKFSELPT LIRKKINDLA LISIPVEIDI KTFSYQPFTN KKTNKQTHQK ANKNHTYQGQ
FSANAQQLAF SLANQKNESV LALALTKNGD EIRASLATDL AKLRPFLVRH QRALPLSLST
LLLDDSWIAA GKLNSQLDWQ QQTLALTNQM TDFSFEASQG FSSLGPIELE TTLSWQTALV
GETLQFDFTH KDYQRNNIQL VFNAEKLLEQ LTAQTVDQQI INVLTDNAIN SLTVQSLGSL
TIDFAQQSIA SDSLDIVSRN LYGPIKLSLN DVLFNFNDDP AITTNLQKAK LSLTGAASIA
QLQPYSRQPV KVSVIGEIVQ YSDIWQLTLA QGTAIELAQL SLPSNKSVIE PIRKSQQSTP
NAQPNIKSLI SHWQGKVSIA KNDNQPQSKN SESVTFALDI NSQIKQLNYP NILKVDELEL
TTKLSGNIEE ITINTKVIAD DVPIATAILM GDLRHPSVIV SAQDVLLTDL LALKLKLPVE
LKLIDGNIDY HLSGQLKNSD DLLANPMILT LTVQDVTGEV DGTWLQELNW QQKLQLQNGE
IKSRPDQTKT SSNLTIAKIE TATPINNFST RTYIDFSQDR LKLLAHNIRG HLLGGRFDIP
QVQWPFRKDL PVKVALTKID LEKLLELDKK QGIVVTGKVS GQLPIQYDGE NFLIKGGSIK
NVGDGIIQVY NNPAVEELKA SSTELKLAFS ALENLHYHHL SSEVSMADDG YMLLDTAIRG
RNPDLDNDVN LNLNLSYDLL GLIESLNITE DFESKIIKGL YP
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