| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CPS_4562 |
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| Symbol | |
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| ID | 3520607 |
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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 | 4814259 |
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| End bp | 4818989 |
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| Gene Length | 4731 bp |
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| Protein Length | 1576 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637287002 |
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| Product | hypothetical protein |
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| Protein accession | YP_271210 |
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| Protein GI | 71280143 |
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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 | 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 | GTGAAAAGTG CTTTGGTATT TGCCATATTA TTATATTGCA TTTCAATTCC TGCTCAAGCG
GCTAGGGTTA TTAATAGCGT ATTGCTAAAT GGAAATACGA CGACAAATGT TGCTGCTGGC
GAAACAGTTA CCGTAACTAT GGAGGTCACT ACCTCAGGGA ATGGTGCTAA CGCTAATTGG
AAGTCAACAT CGTATAAATT TAATGATGAA CCAGTTATTT GTGAAAATAC AAATGATAAG
AATGGAAGAG GAACTTATAC AAATACTTTC GAAATAACAG CCCCTCTAAA TGGTGGTAGC
TATAATGTTT CCTTTTATGC CCATAAAAAT GGTAGTTGTA ACCCAGGCGA TCCAGGTAGT
GAATTAGTAG TTCCAGATGG CATTGTTGTT TCTAGTTTAA TTGCTGAATA TCGTTTTGAT
GAAATAGAAT ATACTGATAC CCCTAACGAG ATTATTGATA GTGCAGGAGG CTTTCATGGG
CAGGCAAAAG GTAGTCAACC AGTAGAGGGC AAGGTCTGTA ATGCTATAGA TCTTAGCGCG
ACTGGTACAA GTGATTATGC TGTGCTGGAT AAAGATATTT TAACGGGAAA AACTGATTTT
AGTATTTCAG TATGGGCAAA AACTAGTAAG ACCTCCAACC AGAGTGTTCT CTCAGGAGCC
GGTAGCTTTA GTAGTAATGA GTTGATTATG TGGTTTGAAA ACCACACCAG TTTTCGTCCC
TATTTGTATA ATTCACAAAA TGGAATAATT ACCACTTCTT CAATTGCAGA CAATAATTGG
CAACATTTTG TGTGGACAAA GGAAGGGAGT CAAAGTTGCT TGTTTGTAGA TAAAACATTA
AAAGGCTGTG TTACACAGGA AACCTTTCAA TTAGATATAC AAAGTCTAAT TTTAGGGCAA
GAACAAGACG CTGTTGGTGG TGACTTCTCT TCTAGTCGTG CGTTTGATGG TTTACTTGAT
GAATTTTTAG TCTTTGATTC GGCTATAACG CCTGATGAAA TAGCCACTAT TTATGATAAC
CAAAATGCAG GCTTGGGTTA TGATGGTAGT ATTCGTAACT GTCCTATTCT TCCTTCTCCG
GTTTTAGATC TTCATTTTGA TGAAAATAAT TGGGATGCCG CTAATTCCAT TATTGATATC
AGTGGTAATG ATTATCATGC TAATGCGGTT AATGTCACGC CAACGGAAGG TTTTATATGT
AATGCAGCCG ATTTATCTGC TACAGGGATT AATGATTACT TAAGCCTAGA TCATAGTGCT
ATCAATGGAT TAAAAGACTT CACGTTATCA GCTTGGGTCA ATACTGCTCG TACCAGTGCA
CAAACCATAT TATCAGTTGC AAATAGCACG CAGTTTAATG AAGCAGTCTT TTACTATGAA
AATAATACCA GCTCTTGGCC CACCATAAGA GAAAGCCCTT TTAATACATC GACCAAAAAT
CCTGTCAGCA ATATTAGCAC AGGTTCATGG AAACATCATG TTTGGACTCG AAAGACTAAT
GTTAACAATG GCGAGTTATG CTTATATATT GATAATGTTT TACAGGGGTG TTCGACACAT
AATAATGGTG AGTTTGCCAT TGATGTTGAT GCCACTGGCT TTATTTTAGG GCAAGAGCAA
GACTCACTTG GAGGAGATTT TGATAGCTCA CAAGCCTTTT CAGGCTTACT TGATGAAGTT
TTATTGTTTG ATAAGCAGTT ATCAGTTAAT GACATCAATA ATATATATAA TAATCAAGTT
CAAGGGAAAA ACTGGGATGG AACTGAGCGT TCATGTGGCC CCCTAGAACC TATAGCTGAA
TGGCGCATGG ATGAACAGGC CTGGAATGGT AGCACAGGTG AGGTAATCGA TGAAACTGGT
AGCTTTAACG GACAATCTAA AAACGGGGCT GATACGGCTC GTTCAACTCC CGCGCTTATA
GGTAACCCAG GCACATGTGC TTATGGTACC TTTGATGGGG TAAATGATTA TGTGGCGTTA
CCAACTTCTT TTGAAAACCA ACAGGGTAGC TTCACTATCA CGGCATGGAT AAATCCAAGT
AACTTACAAA GTGGCTCTAG AATTTTTGCT GATGATGAGA ATAATAGTCG CGGATATGCT
TTTAGTTTGG GAGACCCTGG CAGTGGTCAG CTTCGTTTTT ATTCTCGGGG CGTAAGTCCT
GTCTCTGTTG ATACTCTCTC AGCAGTTATT TCTGCAGATA CATGGACCTT TGTAACAGCT
GTGCATAATT TTGACACAAA AACCCGAGAG ATTTATATCA ATGGTATTGC TCAAACCGTT
ACCGGGGGAG GGACCAGTAA TAATTATAGT GGTAATTGGG GCGTTGATAC GGGTATTGCT
TCTATTGGTG GAGAAACCGA CTCTGGGGAG ACGGGCAATA GGTTTACTGG CTCAATTGAT
GAAGTGAGGA TGTATGACTC GGCATTATCT GCGGCTGAAA TTGAGGGGGT TTATCGAGAA
ACTCATCCAT GTGACAGTTT TATCGATCAC TTTGAGATAA ATACTCTTAA TGGACAAGGC
TTAACATGTG AGCCTGATAT TATAAAATTA CGTGTTTGTA GTGATCCATC TTGTAGTATT
TTAACCCCCG ATGCTGTCGA TGTGGTGTTA TCCGTCTCGG ATAGTATGAG CGATGTGTTA
ACTAAAAATG TCACAATTGT TGGTGGTGAA ATTGATGTTG AATATATTCA TACCAAAGCT
GAGGTCGTGT CATTAAGCTT AGATCAAACG TTTGAATGTT TAAATGGCTC TCCTACCTTA
TGTGATGTTA CTTTTGCCGA TGCGGGTTTT AGGTTTGTTA CTGACTCAGG GGATTTAACT
TTACCCGTGC AGCTTTCAGG GAAACCTTCA AATATTGGTT TTAATGCGGA TACCTTCAAA
ATTGAAGCGG TTAAAACTGA TGATGCAACC GGTGCTTGTG CACCACTTTT GATCACGGGT
GAATCTATTG AAATGGCGGC AAGTTATCAA TCACCTGGTA CAGGAACTGA ACTGGTTAAT
ATTTCAGGTA AAAATATCGG CACATCCATC ACTGGTACCG TTTTTGATAG CTTACCATTT
ATAGCCGTTC CGTTAGACTT TGGTGGTATT ACTCAGCACA GTGCAGAATA TATTTTTACT
TACCCTGATG CAGGTTCTGT TGTTTTAAAT GCGCGTTATG AATTACCAGA TGATGAGGGT
AACCCTTCAG GAGATTTCAT AAAAGGTACT TCTAATCCAA TTATAGTGCG TCCATTTGCT
TTTGATATGT TTGTTGATAA GAACTTACCA ACGGGTGATA CCGCGTATAA AGTAAACCCT
GCGGCAACAG ATGGTAGTGG TGGAGAAGAG GATGTGTTTA CAGTCGCGGC AGATGAAATA
CGTATAAGCA CTCGAGCAGT AGCGTGGAAA ACTGGTGATG ACGCAAATGC TAACGGCTTA
GCAGATCAAG TTGAAGATTT AACTACTAAC GCAACGACCA ATAATTTTAT TGATGTCAGT
TTATCGAGTT TGTCTCATAC ACAGTTACTG CCTACGTCAG ACATAGATGG AGCATTGAGT
GTAGAAACTG GGGCTGAATT TACTTCTGGT AGCCAAGTAG ATATTGCTAC CTATGATGAA
GTGGGCATTA TCTCTTTACA GGCTCTCAAA GAAGACTATT TAGCTGCAGG TGTTAGCATT
GAAGGCAATA CACCTTATGT CGGTCGCTTT ATCCCCAGTC ATTTTACTGT AACGAGTATT
GCTGATGGAA TATTAACAGG GACTTGTAGT GTTGATGACT CAGCAGAATT ACCGTTTGTT
TATAGCGGTC AAATGTTATC AGACAGTCCA ACAAGAGGGG CATTAAGTTA CTTGACTACA
CCATCTTTTG TTATTGAGGC AAGGAATAAA GATGATGTAT TAACACAAAA CTATATTGAT
GATTTCTTAA AGCTATCATT AACAAGTTTT CAACGTTTAA TGGTACCAAA CTTCGCTGTA
CCAAGTGTAT CAATGTTAGC TCCCGTCACT GATACCAGTC GAATGGGTAA AGATACTACT
AACTTAGTAC ATTTAACCGC TAATTTAGAT GATGCTAATT TTACAGGAGT AAAAGGTGTT
ATTAGTTATA GTTATCATGA TGAAGATAAC TTTGTGTATT CGCATGAAGA AAATAGTGAA
GTTAATGAAT TCACTAGTGA TATAGATTTG TCTATGGTGT CAATTATTGA TAGCGATACT
GTAGCAGCAC AAGATTATGA TCTGGATAGC TCTAACGGCC TAATCCTTAC TTTAAAACCT
TCTGGTAAAT TAATTCGTTT TGGTCGTGCT CAACTTGCAA ATAGCTATGG TCCCGATACT
TCTAATTTAC CACAAACGTT ATCCGTTAAT TATTATACCG ATGATGGTTA CTTCCTAAGT
GAAAACGATA CGTGCACTAC CTATGATTAT AACAATATAT TTTTAAGTAA TATCAGCTTA
GACCCGGCAT TATCGCCGGT ACAAATTATA GTGCCAGGTA AGTTTTCTGA TGAATTACCT
TTGGGTGAAA CACGCGATAT AATATTAGAA GCGCCAACTG ATAACATAAA GGGTGTTAAC
ACGGGTCAGG TAGGTGTTAT TTATAATATC AGTGATTGGT TACAATACGA TTGGGCGTAT
GACACCGAAG GAGTTGATGG TTTGTTTAAT GATAACCCAC GTGGGATTGC TACCTTTGGC
ATATACCGTG GCAATGATCG TATTATTTAT CAACGTGAAA TATCTCGTTA A
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| Protein sequence | MKSALVFAIL LYCISIPAQA ARVINSVLLN GNTTTNVAAG ETVTVTMEVT TSGNGANANW
KSTSYKFNDE PVICENTNDK NGRGTYTNTF EITAPLNGGS YNVSFYAHKN GSCNPGDPGS
ELVVPDGIVV SSLIAEYRFD EIEYTDTPNE IIDSAGGFHG QAKGSQPVEG KVCNAIDLSA
TGTSDYAVLD KDILTGKTDF SISVWAKTSK TSNQSVLSGA GSFSSNELIM WFENHTSFRP
YLYNSQNGII TTSSIADNNW QHFVWTKEGS QSCLFVDKTL KGCVTQETFQ LDIQSLILGQ
EQDAVGGDFS SSRAFDGLLD EFLVFDSAIT PDEIATIYDN QNAGLGYDGS IRNCPILPSP
VLDLHFDENN WDAANSIIDI SGNDYHANAV NVTPTEGFIC NAADLSATGI NDYLSLDHSA
INGLKDFTLS AWVNTARTSA QTILSVANST QFNEAVFYYE NNTSSWPTIR ESPFNTSTKN
PVSNISTGSW KHHVWTRKTN VNNGELCLYI DNVLQGCSTH NNGEFAIDVD ATGFILGQEQ
DSLGGDFDSS QAFSGLLDEV LLFDKQLSVN DINNIYNNQV QGKNWDGTER SCGPLEPIAE
WRMDEQAWNG STGEVIDETG SFNGQSKNGA DTARSTPALI GNPGTCAYGT FDGVNDYVAL
PTSFENQQGS FTITAWINPS NLQSGSRIFA DDENNSRGYA FSLGDPGSGQ LRFYSRGVSP
VSVDTLSAVI SADTWTFVTA VHNFDTKTRE IYINGIAQTV TGGGTSNNYS GNWGVDTGIA
SIGGETDSGE TGNRFTGSID EVRMYDSALS AAEIEGVYRE THPCDSFIDH FEINTLNGQG
LTCEPDIIKL RVCSDPSCSI LTPDAVDVVL SVSDSMSDVL TKNVTIVGGE IDVEYIHTKA
EVVSLSLDQT FECLNGSPTL CDVTFADAGF RFVTDSGDLT LPVQLSGKPS NIGFNADTFK
IEAVKTDDAT GACAPLLITG ESIEMAASYQ SPGTGTELVN ISGKNIGTSI TGTVFDSLPF
IAVPLDFGGI TQHSAEYIFT YPDAGSVVLN ARYELPDDEG NPSGDFIKGT SNPIIVRPFA
FDMFVDKNLP TGDTAYKVNP AATDGSGGEE DVFTVAADEI RISTRAVAWK TGDDANANGL
ADQVEDLTTN ATTNNFIDVS LSSLSHTQLL PTSDIDGALS VETGAEFTSG SQVDIATYDE
VGIISLQALK EDYLAAGVSI EGNTPYVGRF IPSHFTVTSI ADGILTGTCS VDDSAELPFV
YSGQMLSDSP TRGALSYLTT PSFVIEARNK DDVLTQNYID DFLKLSLTSF QRLMVPNFAV
PSVSMLAPVT DTSRMGKDTT NLVHLTANLD DANFTGVKGV ISYSYHDEDN FVYSHEENSE
VNEFTSDIDL SMVSIIDSDT VAAQDYDLDS SNGLILTLKP SGKLIRFGRA QLANSYGPDT
SNLPQTLSVN YYTDDGYFLS ENDTCTTYDY NNIFLSNISL DPALSPVQII VPGKFSDELP
LGETRDIILE APTDNIKGVN TGQVGVIYNI SDWLQYDWAY DTEGVDGLFN DNPRGIATFG
IYRGNDRIIY QREISR
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