| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cag_1611 |
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| Symbol | |
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| ID | 3746477 |
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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 | Chlorobium chlorochromatii CaD3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007514 |
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| Strand | - |
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| Start bp | 2104884 |
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| End bp | 2107784 |
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| Gene Length | 2901 bp |
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| Protein Length | 966 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 637774152 |
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| Product | putative DNA repair ATPase |
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| Protein accession | YP_379909 |
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| Protein GI | 78189571 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.230196 |
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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 | ATGACAACAT ACAATAGATT TTCAAGAGGT TCAGAGTGGA GAATATGGGA TTTACATATT
CATACACCTG GGACAAAGAA GAACGACCAA TTCACTGGGG CAACCCTTGA TGAAAAATGG
CAGAACTATG TTGCGAGCAT CAATAGTTCG ACAGAGGAGA TTTCTGTTAT TGGAATAACT
GACTATTTCA GCATTGAGAA CTACTTTAAA TTTAAACATC TGGTAGCAAA TGGAGAAATC
ACAAAGAATT TCGACCTTAT TATACCAAAT TTAGAGTTGA GAGTATTACC AGTGACAGGC
TCTTCAACTC CCATAAACCT CCATTGCCTT TTTAATCCTT CAATAGATTC AGAAATTGAG
TCAAGGTTTT TGGCTAAACT TCAATTTAAT AATTCAGGAA GTAATTATTC AGCTACAAAA
TCAGAATTAA TTCGTTTCGG ACGAGACCAT TTGAACAATC AAGGATTAGA TCAAGAATCC
GCATATAAGA AGGGCGTAGA ACAGTTTGTA GTTTCTCTTG ACGCATTAGG ACTAATTTTT
AAAAACGACC CAACTTTAAG AGAAAATACC ATCGTTGTTG TGTCTAACCG TAGCACTGAC
GGAGTAACTG GTGCAATTAA ACACGAAGAT TTTTTTATTA ACAAAGGAGA ATCACAATTA
GATGCCACAA GGAGAAGCTT ATATCAATTT TCAGACGCTA TCTTTTCATC TAATGATAAA
GATAGACTCT ATTTTCTAGG TGAAAGCGTT GATGATGAGA AAATTGTAAT CAGAAAATGT
GGTTCCTTGA AGCCTTGCTA TCACGGGTGT GACGCACACT CAAATGATAA AATATTCAAG
CCAGATGGAA ACCAATTTTG CTGGATAAAA GCAGACCCAA CATTTGAAGG TTTAAAACAA
ACACTTTATG AACCTGAAGA CAGAGTAAAA ATACAAGCAA TACAACCTGA TATAAAAAAT
GATAGATATG TGATTTCAGA ACTTCAATTC ATAGATTCTG GTAATTTATT TGGAAATCAA
AAAATTGAAT TGAATGAAAA CTTGAACTCA ATAATCGGTG GAAAATCATC AGGAAAATCA
TTACTTCTTT TTTCAACAGC TAAAAGCATA GACCCTGAAC AAGTAGATAA AGCGTCAAAA
AGACTGAACT TTGAAGGATA TAGGTTTGAA ACAACCTTTG ACTTTAAGGT GGTTTGGAAA
AATGGGGATG AAGATTTTTA CAGCAAAAGT GACCCAACAC AGAAACTTCA TAAAATATCA
TACATTCCTC AGCTTTACAT TAACTATCTA GTTGAGAAAA ACAATAAAGA AGAGCTTAAT
CAGCTCATAA AAAACATCCT ATTACAAGAT TCAGAATTCA AGGTTTTTTA TGAAGATACG
TTCAGAGAAA TTTCTGATAC AAATTCAGAA ATTGAAAGAT TAATCAATGA ATACTTCAAA
GTAAGAAAAA CTGCCTTAGA TGTTCAACAA AAATCAAAGG ACACAGGAAA CTCAAAAACA
ATACAACAAG CAATTCAGAA TACCACAGAA CTAATTCAAA AAGGTCAACA AGCATCTAAT
CTTTCAGAAA CTGAATTCAA AGAATATAGT GAGTTGATTC AAACTAAATC GACACTTGAT
GCAGAAATCA GAACGATGTC TTTGAAAGGA TTGACTTTAC AAAAAGTATT AAACGAGGTA
ATCTCAAATA AGCACAACTT GCTTGGCAAA ATTGATACAG GAGTTATTCT AAAAGGGTCA
ATTGACAGAA TTTTAGATGA ACTTGGTGAT GTTGGTGCCG ATATTGCTAA AATAAAAGAA
TTAATAGTTA GCGACTATGA TACTCTTATT TATAATTTAC AACAGAACAT AATAAGTTTA
GATTTAGTGA ATAAGAAAAT GGCTATTGAA AAACAATTGA TTCAAAATTC AGAAAAACTC
AGACCATTAC TTGAAAAACT TGCAGGACAA AAAGAAATAC AGAAATTGTC AAAGCAACTT
GAAGATGAAA AGCAAAAATT TCAAACGGCA TTAGCTCTTG AGCAACAACT CAAAAATTTA
TTTGAAGAAT ATAATAATAT ACGAAAACAA ACCGCAAATC TTTTGCAACA GAGATTTACG
CTATATAAGC GAGTTGTTGA CAAAGTAAAT TCTACCAAGA ATAATATTGG TTCTGATATT
CAATTGAATA GTAGCCTAAT TTACAGACAA GAAAATTTCG CTTTAAATAA TCAGGTTAAC
AAGGCAGCAT TAAGAAGCGA CCACTATTTT AATGGCTTTT TTGTTGATGG TGCTTTACAA
TATCCAAAAG CGATTGAACT TTATGAGAAG CCTTTGAGAG TAAATGAGGA AAAACTTTTT
TCAACCACAG ATGATATAAT ACCATTAAAA CTAAAAATCA CTCTTGAGGA TGTTTTGAGA
GGACTTGCAA AAGATAGTTT TGAAATAGAT TATACCGTTA CATACAAAGG GGACAACCTT
CTTCATATGT CACCAGGAAA AAAAGGAACT GTTTTGCTTA TTCTGTTTTT GCAAATAAGT
TCTTCTGAAT TCCCAATCTT AATTGACCAA CCAGAGGACA ATTTAGATAA TAGAACTATT
TACGAGCTTT TATGTAAAAT GATTAAGGAA AAAAAGAAAG AACGACAAAT ATTAATTGTT
TCGCACAACG CAAATCTTGT TGTAGCTACT GACACTGAAA ATATAATTGT TGCAAACCAA
AAAGGGCAAT CAGACGGAAG TTCAGGCGGA ACTTACCGTT TTGAATATGT TAACGGGTCT
TTAGAACACA CAAAAATAAA GGACGACAGA ATACTTTCTA TTTTGCAGAG TCAGGGTATA
AGAGAACACG TTTGTGACAT ACTTGAAGGT GGTGACGAAG CATTTAAACA AAGAGAAAAA
AAATATGCTA TTAAGAACTG A
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| Protein sequence | MTTYNRFSRG SEWRIWDLHI HTPGTKKNDQ FTGATLDEKW QNYVASINSS TEEISVIGIT
DYFSIENYFK FKHLVANGEI TKNFDLIIPN LELRVLPVTG SSTPINLHCL FNPSIDSEIE
SRFLAKLQFN NSGSNYSATK SELIRFGRDH LNNQGLDQES AYKKGVEQFV VSLDALGLIF
KNDPTLRENT IVVVSNRSTD GVTGAIKHED FFINKGESQL DATRRSLYQF SDAIFSSNDK
DRLYFLGESV DDEKIVIRKC GSLKPCYHGC DAHSNDKIFK PDGNQFCWIK ADPTFEGLKQ
TLYEPEDRVK IQAIQPDIKN DRYVISELQF IDSGNLFGNQ KIELNENLNS IIGGKSSGKS
LLLFSTAKSI DPEQVDKASK RLNFEGYRFE TTFDFKVVWK NGDEDFYSKS DPTQKLHKIS
YIPQLYINYL VEKNNKEELN QLIKNILLQD SEFKVFYEDT FREISDTNSE IERLINEYFK
VRKTALDVQQ KSKDTGNSKT IQQAIQNTTE LIQKGQQASN LSETEFKEYS ELIQTKSTLD
AEIRTMSLKG LTLQKVLNEV ISNKHNLLGK IDTGVILKGS IDRILDELGD VGADIAKIKE
LIVSDYDTLI YNLQQNIISL DLVNKKMAIE KQLIQNSEKL RPLLEKLAGQ KEIQKLSKQL
EDEKQKFQTA LALEQQLKNL FEEYNNIRKQ TANLLQQRFT LYKRVVDKVN STKNNIGSDI
QLNSSLIYRQ ENFALNNQVN KAALRSDHYF NGFFVDGALQ YPKAIELYEK PLRVNEEKLF
STTDDIIPLK LKITLEDVLR GLAKDSFEID YTVTYKGDNL LHMSPGKKGT VLLILFLQIS
SSEFPILIDQ PEDNLDNRTI YELLCKMIKE KKKERQILIV SHNANLVVAT DTENIIVANQ
KGQSDGSSGG TYRFEYVNGS LEHTKIKDDR ILSILQSQGI REHVCDILEG GDEAFKQREK
KYAIKN
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