| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CA2559_03180 |
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| Symbol | |
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| ID | 9296121 |
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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 | Croceibacter atlanticus HTCC2559 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_014230 |
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| Strand | + |
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| Start bp | 726195 |
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| End bp | 729359 |
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| Gene Length | 3165 bp |
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| Protein Length | 1054 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | |
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| Product | putative helicase |
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| Protein accession | YP_003715400 |
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| Protein GI | 298207221 |
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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 | 0.927265 |
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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 | ATGCAAGATG CTCCCTTCAA AATTTATAAC GCTTCAGCAG GATCTGGTAA AACCTTTTCC
TTGGTTAGAG ATTACCTCTC TTTATTGTTT TCAGCTAAAA AAACAGATGC TTTCAGGTCC
ATTTTAGCAA TAACCTTTAC AAACAAGGCC GTTGCTGAAA TGAAATCTAG AATTGTTGAA
AACCTTATAG CGTTTTCAAA AGATAATACG CAAGATGATT ATTTGGCCAT GTTAAATGCC
GTTGCCAATA GTACTAATAT TAGTCAGGAT CTTATAAAAA CAAGATCTGT AATCCTACTA
AAAAAACTAA TTCATAATTA CGCAGCCTTC GAGATTTCAA CAATTGATGG CTTTACGCAT
AGAGTATTAA GAACATTTGC CAAAGATTTA GGGTTACCTT CTAATTTTGA GGTCACTATG
CAGGTAGATG ATATTTTGCA CGAAGCTGTA GATAAGCTAA TAGCAAAAGC TGGAGAAGAT
AAAGAGCTCA CTAAAGTTTT AATAGATTTT GCATTAAGTA AAGCAGATGA TGACAAAAGT
TGGGACATTT CAAGAGAACT ATACAGCATT GCAAAGCTGT TAACTAAAGA AAACAACCTT
GATCATTTAA AGGCTTTTGA GAATAAAGAC TTAAAAGATT TTAAAACTTA CACTAAAACT
TTAAATGACA AAAAACAAGA TATTACAAGC GCTATTAAGC AAATTGCAGA AAATGTCTTT
AATCTTTTAA ATGAGAATGG CATTTTACCT GAATATGCAT TTACTGGTAA GTATGCATAT
AAATATTTTA ATAACCTTAA AGAAGGAAAC TTAGGGAAAC TAACATTTAC TGCAGGCTGG
CAAAATGATT TAATAAATGG CACAAAGCCA ATTTATTCAA AATCCAGCAA AGACTTAAGT
AAAGAACAAA AAAGTATTTT AGATGGCCTT AAACAACCAA TTGGATCATA TTTTGAAGAC
TCGAAAAACA AGGTTCTTTT ACTTAATTTT ATAGAGCACA TTTCCAAAAA CATTATTCCA
CTTTCTTTAC TAAACAGCAT TAAAAAAGAG GTTGAAGCAA TTAAGAAAGA ACGTGGTTTA
TTACTCATTT CAGAATTTAA CAACACAATT GCAAATGCTA TAAAAGGACA ACCTGCACCA
TTTATATACG AACGTTTAGG TGAACGGTAT AGACATTTTT TTATAGATGA ATTTCAAGAC
ACCTCAGAAT TGCAATGGCA AAATATTATT CCATTAGCAG AAAATCCTCT AATTAGTTTA
GATGAAGATG AAAATCAAGG AAGTTTATTG TTGGTAGGAG ATGCCAAGCA AAGTATATAT
AGGTGGCGTG GTGGCAAAGC AGAACAGTTT ATAAATTTAT GTAATAAGAT ATCGCCGTTT
TCTATAAATC CAGAAGTCAC TAATCTTCCA AATAATTTCA GGAGTTTACC TCAAGTTGTA
AATTTTAATA ATGCATTATT TAAGCATATT GCTCAATATT TTAAAGTAGA AGATTATGAA
TCACTTTATG AAAAATCACC ACAGGAAATA ATAAAAAAAG ACAAAGGTTA TGTTAATCTT
AAATTCTTCG ATCTAAAAAA CAAAGAAGAA GAGAATGAGG TTTTCCCTGA AGAAGTTTTA
AAGATTATTA AAGAATGTGA AGCTCTTGGT TATAAAAAAT CTGATATCTG CATACTAAAT
AGAAATCGAA AAGAAGGCGT AGTTATAGCA GATTATCTCA GTGAAAAAGG CATTTCTTTA
ATTTCTTCTG AAACCTTACT GGTAAAAAAC TCTAAAGAGG TTCTATTTAT AATTGATGTT
CTTAAGCTAA TAAAAAACCC TAAAGATGCA CTTACCAAAG TTAACTTGCT CCACTATTTG
ATTGCTTCAG AAAAGATTCA AAAAGATGAA ACGCAGTTTA TTTTAGAAAG CCTTCAAAAA
GATCACGAAG ATTTTTACAG TTCATTAGAG CAATACAATA TAAATTTTGA TCATAATTTA
TTGACAAGTT TAGCTCTCTA TGATGCCTTA GAGTATATTA TTTCAAGCTT TAACCTTTTA
CAATCTTCAA ACGCTTATTT ACAATACTTT TTAGATTTCG CTTTCGATTA CGGTAATCAA
AATGTTGGAG GTATTCATGG ATTTTTAGAG CATTGGTCTC AACACGAAGA TAAATTAAGT
ATTGTTGTTC CTAAAGGAGA AGATGCAGTA CAATTGCTTA CTATACATAG AGCTAAAGGA
CTTGAGTTTC CAGTTGTTAT ATATCCATAC GCTTCAGAAA ATATTCTTGA TACTAAAATG
GATGATATCT GGGTTAATTT AAAAGATCCC TATAATGATA TTCCAAAGGC TTACATTTCT
GCTAGCTCTA AGCTAGAAAC GCTGGATGAA AGCATGGCAG TACCTTATGA GTATCTATTA
AATGAAAAGC AGATGGATGG TGTTAACGTT CTATATGTTG CACTAACCAG AGCTAAAGAG
CAACTTTATG TTTTAAGTAA AAAAGATATT AACTCAAAGG GAGTTGTAAA TACAAAAACG
GTTTCAGGTT TATTAATAGA TTTTTTAATT AATGAAAACA TTTGGGACAA CACTCAGACA
AGTTTTCATT TTGGAGAACC TCATTTTAAA GTATCTACAG AATCTTCATC TTCACAAGCA
ACACAAACTC AGTCTAAAGT AGAAACACTA CCATTTAAGG AACGTTCAAT AACACTATCT
ACCAATTCAG GAAGGTTATG GGGCACTACA CAACAAGAAG CTATTGATGA AGGTATATTA
ATTCATGATA TTATGGCAAA TATAAATTCC GTTTCAGATT TGGAATCTGC CATAAACTTA
TTTGTAGACA AAGGTATTTT GCCAAATGAT GATGTTTTGA GGGTAAGAAA AAAGGTAAAG
ACTATTATTA TGCATCCAGA ATTAAATACA TACTTTAAGG AAGCAAACAA GAATTACAAC
GAAAGAGATC TGGTTTCAAG AGATGGTAAA ATCTTAAGAC CAGACAGAAT TAATGTGGTA
GAAAATAACA CTGCAGTAAT TATTGATTAC AAAACCGGAG TGTTTAATGA GCAGAATGAG
CGTCAAGTTA AAGAATACAA GAAAGCTCTT GAAGACATAG GTTATACTGT TACAAAAACT
ATTTTGGTTT ACACTAATGA AAGCCTTACC ATTAAGAATG TGTAA
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| Protein sequence | MQDAPFKIYN ASAGSGKTFS LVRDYLSLLF SAKKTDAFRS ILAITFTNKA VAEMKSRIVE
NLIAFSKDNT QDDYLAMLNA VANSTNISQD LIKTRSVILL KKLIHNYAAF EISTIDGFTH
RVLRTFAKDL GLPSNFEVTM QVDDILHEAV DKLIAKAGED KELTKVLIDF ALSKADDDKS
WDISRELYSI AKLLTKENNL DHLKAFENKD LKDFKTYTKT LNDKKQDITS AIKQIAENVF
NLLNENGILP EYAFTGKYAY KYFNNLKEGN LGKLTFTAGW QNDLINGTKP IYSKSSKDLS
KEQKSILDGL KQPIGSYFED SKNKVLLLNF IEHISKNIIP LSLLNSIKKE VEAIKKERGL
LLISEFNNTI ANAIKGQPAP FIYERLGERY RHFFIDEFQD TSELQWQNII PLAENPLISL
DEDENQGSLL LVGDAKQSIY RWRGGKAEQF INLCNKISPF SINPEVTNLP NNFRSLPQVV
NFNNALFKHI AQYFKVEDYE SLYEKSPQEI IKKDKGYVNL KFFDLKNKEE ENEVFPEEVL
KIIKECEALG YKKSDICILN RNRKEGVVIA DYLSEKGISL ISSETLLVKN SKEVLFIIDV
LKLIKNPKDA LTKVNLLHYL IASEKIQKDE TQFILESLQK DHEDFYSSLE QYNINFDHNL
LTSLALYDAL EYIISSFNLL QSSNAYLQYF LDFAFDYGNQ NVGGIHGFLE HWSQHEDKLS
IVVPKGEDAV QLLTIHRAKG LEFPVVIYPY ASENILDTKM DDIWVNLKDP YNDIPKAYIS
ASSKLETLDE SMAVPYEYLL NEKQMDGVNV LYVALTRAKE QLYVLSKKDI NSKGVVNTKT
VSGLLIDFLI NENIWDNTQT SFHFGEPHFK VSTESSSSQA TQTQSKVETL PFKERSITLS
TNSGRLWGTT QQEAIDEGIL IHDIMANINS VSDLESAINL FVDKGILPND DVLRVRKKVK
TIIMHPELNT YFKEANKNYN ERDLVSRDGK ILRPDRINVV ENNTAVIIDY KTGVFNEQNE
RQVKEYKKAL EDIGYTVTKT ILVYTNESLT IKNV
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