| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | COXBURSA331_A1374 |
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| Symbol | |
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| ID | 5793442 |
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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 | Coxiella burnetii RSA 331 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010117 |
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| Strand | + |
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| Start bp | 1254375 |
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| End bp | 1256963 |
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| Gene Length | 2589 bp |
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| Protein Length | 862 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 641330786 |
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| Product | hypothetical protein |
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| Protein accession | YP_001597081 |
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| Protein GI | 161830979 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG3857] ATP-dependent nuclease, subunit B |
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| TIGRFAM ID | [TIGR03623] probable DNA repair protein |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.0000000886385 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGTATCGTG AGTTATTTCT TAGATTGAAT GAAGATACCA TTGTACTAAC CGCCAATCGT
CGCCTTACCC ATTATCTTTC AAAGGAATAT GCACAATATC AGCTCAATAC AGCGAAGAAA
GTTTGGTCCA CGCCTCGTAT TTTGCCTTTA ACCACTTGGC TTTCTGATTG TTGGCAACAC
TGCCCCCAAG CGGAAGGCAT TCTTCTCACC GATTTTCAAG AGCAATTCCT TTGGAGAGAA
ATTGTTCCGT TTTTGGATAA AACCGTTCTC TTAGCAAAGG AAGCCTGGCG CTTGATGAAA
GCCTGGGGAT TATCAACTGA TGAGCTTAAA CTTGAAGCCA ATAGCGAGGT TCAGTGTTTT
ATTGATTGGG CACTGCAATT CCAAAAGGAA TTGGAACAAA ACCAGTGGAT TAGTTCCGTC
GAACTGCCCG AACAACTGCA ATCGCTAATC CCCCATTTAA AGCTACCCAA ACAAATAATT
TTGATTGGTT TTGATGAATT AGCACCCAAC GTCCAGCAAT TATTCGCAGC ACTCGAAAAA
AAAATCACAA TAACGATCCC ACAAAGTAGC CCGTATGAAG CGCAGCGGAA TACGGGAACC
GAATCATCAT TGCCTCCCGT ATTTCACGGT ACTTCATACA GGCGCGTCAA CTTCCAAAAT
AGCGAAATGG AAATTCAAAC GATGGCACGG TGGGCGTATG CCCAATGGGA AAAAGAACCT
AATCAAAAAA TCGGCTGCGT TATGCCAGAT CTTACTCAAC ATCGTACTCA GGTATTGCGT
CTTTTCACAG AAATATTTGG AAGCAGCGAG CATTTTAACA TTTCTGTCGC TGAGTCGTTG
ACTCAAATAC CGCTCACCCA AATCGCCCTT AAGTGCTTAG AATTAGACCC TTTTAAAATC
GATATTATGC AATTAGGAAC TGTCTTTCGT TCTTCTTACA TCAACAGCCG TACCGTCGAT
GTCTGTCTAG CCGCTCAACT GGATGTGAAA CTGCGAGAAT CAGCGCATTG GCAAGCGAAT
CCCGCATTCA TTTTATACCA CCTCCATCAA CTCCAACCCC ATTTTCAATC AACGACGTTA
ACCACGCGTT GCCAAACATG GCTTAGTAAA AGATCATCGA CTCGTCTTTT CCCTAGCGCC
TGGGCTCAAC AATTTAGTGA AGAACTAACC GCCATCGGCT GGCCGGGGCA ACGGTCTTTG
GATTCAAAAG AATACCAACA ATGGAAACGT TGGGAGAACC TTCTGCACGA ATACGCTGCG
CTAGATACCT TTACACAACA GCAAACACGA AAAAATGCGT TACAGCTGCT CCGACAGCTC
GCGCACCATA CGCTGTTTCA ACCCATGTCT TCCCAAAATT CCTCTATTCA AATATTGGGT
TTACTAGAAA CAACGGGCCA TTATTTCGAT AAGCTGTGGA TTGCCGGATT GAATGATAAA
AAATGGCCGC GTGTGGCCTC CCCCAACCCT TTTTTACCGC TAAGTTTGCA AAGACGCTGC
CAAATGCCGC ACGCTTCTGC TAAACGGGAA ATGGAGTACA CATTGCAACT GCAAAACCGT
CTTTTAAAAA GCGCACCTGC TATTATTTTA AGCGCACCAT TGCAAGAAGG CGACATTCAG
CTATCTACCA GCCCGCTCAT CCGCCATTTC CCAGAAATAA ATAACGAGGA CCTACAGTTG
ACTGCGTGGC AACCGTTAAA AGCGCATTTG TTTAAAATAA AAATGCTGGA AACGATAGAG
GATGCACAAG CGCCGGCCCT TCAAGAAAAT GAACCGATGA GCGGCGGCAG CGGCCTATTA
CAAAGTCAAT CGATCTGCCC TTTTCAGGCC TTTGCCAAAG TTCGTCTTCA AGCAAAACCA
TTAAATAAAC CCCATACGGG GCTAAACGGG ATAGAGCGTG GAAATTTCGT TCATCAAACC
CTCGATCTTG TGTGGAAAAA AATTAAAGAT TGGCAAACCC TAAATTCCTC TTCCGACGGC
GAATTAGAAA ATATTATTGA CGAAACTATT ACCCATCTTA TTAGCCAAGA AAAATTAATT
CAACCGTTAT TTTTGAACAC CGAAAAAAAA CGACTCAAGC AACTCATTAA AAACTGGTTA
CTTCTTGAGA AAAAACGCCC ACCCTTTGAA GTTAGTCAAC GGGAAACCAA ACGCCATATT
AAAATTGGTC CGCTTCGACT CGAGGTGAGA ATTGATCGGA TAGACAATAA TTGTTTTATT
ATCGACTATA AAACCGGCGG CCAAAATAGC GTGGACGATT GGTTTGGCGA TCGATTAAAA
AGCATTCAAT TGCCCTTGTA TTGCGCGTAC GCCGCGCGAG AGGCTACGGG CATTGCTTAT
GCCGAAGTGC GAAGCCAAAA AATGACGTTC AAAGGATTAA TCAGCGCCAA TGAAAAATTT
AATTCATTTT CTGAAGTGAA ACCTTCACCG CTCGCGTGGA ATGAATTAAT TCGTCGATGG
AAAATGCAAT TATATCATTT AGCCGTGGAT TTTTCCTCGG GAAAAGCTGA TGTTGACCCC
CTCGATTCCA AAACTGTTTG TAAAGTCTGC CATTTACATT CGCTCTGCCG TATCGGAGAA
ACCGAATGA
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| Protein sequence | MYRELFLRLN EDTIVLTANR RLTHYLSKEY AQYQLNTAKK VWSTPRILPL TTWLSDCWQH
CPQAEGILLT DFQEQFLWRE IVPFLDKTVL LAKEAWRLMK AWGLSTDELK LEANSEVQCF
IDWALQFQKE LEQNQWISSV ELPEQLQSLI PHLKLPKQII LIGFDELAPN VQQLFAALEK
KITITIPQSS PYEAQRNTGT ESSLPPVFHG TSYRRVNFQN SEMEIQTMAR WAYAQWEKEP
NQKIGCVMPD LTQHRTQVLR LFTEIFGSSE HFNISVAESL TQIPLTQIAL KCLELDPFKI
DIMQLGTVFR SSYINSRTVD VCLAAQLDVK LRESAHWQAN PAFILYHLHQ LQPHFQSTTL
TTRCQTWLSK RSSTRLFPSA WAQQFSEELT AIGWPGQRSL DSKEYQQWKR WENLLHEYAA
LDTFTQQQTR KNALQLLRQL AHHTLFQPMS SQNSSIQILG LLETTGHYFD KLWIAGLNDK
KWPRVASPNP FLPLSLQRRC QMPHASAKRE MEYTLQLQNR LLKSAPAIIL SAPLQEGDIQ
LSTSPLIRHF PEINNEDLQL TAWQPLKAHL FKIKMLETIE DAQAPALQEN EPMSGGSGLL
QSQSICPFQA FAKVRLQAKP LNKPHTGLNG IERGNFVHQT LDLVWKKIKD WQTLNSSSDG
ELENIIDETI THLISQEKLI QPLFLNTEKK RLKQLIKNWL LLEKKRPPFE VSQRETKRHI
KIGPLRLEVR IDRIDNNCFI IDYKTGGQNS VDDWFGDRLK SIQLPLYCAY AAREATGIAY
AEVRSQKMTF KGLISANEKF NSFSEVKPSP LAWNELIRRW KMQLYHLAVD FSSGKADVDP
LDSKTVCKVC HLHSLCRIGE TE
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