| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CBUD_0699 |
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| Symbol | |
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| ID | 5458158 |
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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 Dugway 5J108-111 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009727 |
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| Strand | + |
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| Start bp | 676941 |
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| End bp | 680279 |
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| Gene Length | 3339 bp |
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| Protein Length | 1112 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_001424099 |
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| Protein GI | 154707293 |
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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 | 14 |
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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 | ATGTCTAAAC CACTCGCTAT TATAAAGCAT TTAAAAAAAG CTATTGAAGA TATTCAACGT
TACCCTGAAT ATCATCTACA AAATGATTTA GAACGCAGCC TTCGGAAGAA GGGGTTAACT
AAAGAACTGA TTCTGTCTGT TGCAGATGTA ATAGGAACTT CACTGAAGAT AACGTCTAAG
AACGCAGATG AGTTAGAGTG GTTCGCAAAT TTTCTAGGGT CATATTTACA TGAATTTGTG
AAAAGTATAC AGATATATTT AGAGATCATT AAAGTGGTGG CACATAAGTC CTCTATTTAT
CGTTCTCTTA TGGAAGTTTA TTTCTATGAC TTAGATACGC TAGTTAATTT TGATTTTGTA
GAAAATGCAG TCTCTCAATT TACAAGCCCA TCGGAATGGG TTGATCCTAT ATTCTATTGT
ATGTCTTATA CTTACGTGGG AATTTTACTG CAACGTCTTG GACGCTTTTG GGATGCTCGG
CGTGTATTTA ATATGGCGGC CCGGTTTCAC CGAGATCCTC GCAAGTTAAC TCGGACAGCA
GAACATGCAA ACATTGAGCT TGATTACCTT GCGAGTATGG TGAGCAAAGA TTTGTTACAA
CGAAAAGAAG TATTATCCAC TGCTAATAAC AAACCTCTAA TTATAGTGGG TTGTGTTTTT
TTTGGCAGTG TGTATAGGCA ACTTTTTCAA AAGTCAGCGG GAGCTTCTTT TTTCTGCAAA
AATAACTTAG AACTTTTGAA AAAAGATTGG AGTCCTATTG TCGTAATTTT TTGTACTTTT
TTTGATAAAA TCAGTTTTGA GCGATCAAAG TTTTATCAAG AAATTTCCTC TTTTGTTCCT
ATTGAAATTC ATGTAATTCC TGAGCGACTG ATTTCGAAAC ATCCTGATTT GGTTCCCCCT
GCTTATGAGA TGACTCCTAG TTTAGCATAC TCCCTTTCAG GGTTGTTACA GACTTGTTTG
CTAGCTATAG CCAAACGATG GAATGCTAGT CTTATCAATT TGCCTCCAGA TGCGATATTT
TCCGATATCG CTGTCGCTGA AATAACTCGC GTAGTTAATA AAGGGTATAA AGTCATATTT
ACTCCGGGCA TCCGATTAAA TAGAGAAACT GTCTTAGATG AGGTTTCAAA ATTAACAGAG
CATAACAACG CTTCTACCTT TGGAATTTCT CCAGCGCAAC TCACCGAGCT GGCTTTTAAC
AATCTCCATC CCGCGACAGA AGCTTCTTTC TGTACTCGCG AAAAAATGAC TTACCCTGGT
TTCTTATTGT GGCCGACAGA GAAGGGTTTA TTTGGCCACT ATTTTCAAAT GCATCCGATC
TTCATCAAGT CCGAATTGCT TCAGCATACT CCCATTCGGC GATTTGACTC CATTGACGGC
GACTTTGTTT ATCTAATGCT TCCTTGCCCT GAGGATTGGC AACGAAATAT TCATATCATA
ACTGAACCTC GTAAAGTTAT CATGTTTGAA TTGTCAGGGC CAGATATTCC GGTCGATATT
AAATACGATA CTAACAACCT TGCTCAGAGT GCGGGTTCGT GGATTGCAAA AGTAATGCGC
CCTTTAAGCT TCTGGCTGTT AACGAAGCGC GTCGCATTTG GAAATACGAA AAATGTAAAA
AATAACCTAA TAGCTCATAT GGATAATGTG ATTTCAGATT TAGTAAAGTT AGGTAATGGA
TTGAACTCTA ATCGATTGCC GAACCCAGCA GCTATTTTAG AAAAGGCGGA TTCCAATTTA
GAAACTCTTA TTGAAAACTG GAAACCAGGG TCTAGTAATT ATAAAACAGC GCCTTCTAAA
CTTGGCACAT CTGTTGATGC GATTGGGGTG ATATATTCTC TTGCTGTTTG GGGCAGGCGC
TATATTGAAA ACTTTCTTAA CATATGCTTG CCTAGTTTGT TAGCCGAAGA CAATTTGGGC
AATTTAACGA ATAATAAATA CAGTTTATTT CTTCTCTATA CGCGCGATGA AGATATTCCA
CTTTTTGAAG AGACGGCGCA ATTTCAAAAA CTCAAAAGAA TTATTTCTGT TGAAATAGTG
CCTCTCGATC CCCAGCAATT TAAAAATAAA TACACTGTTT TAAGTAACGC CCAATCCGAT
ACTGTACAGC GTAGTCATTG CTTTGATGCG ATCTGCTTTC TGTATTCTGA TTTTCTATGG
GCTAAAGGGG GAATTAAATT TTGTTTGCAA AAGCTAGCCG AAGGGTATGA AGGGGTTGTT
TCTCCAGTGC CACCGGTGTT ATTGGAGGAT TTTTATGAAG TTTTAAATAG TCATTTTACT
GATTTTGTGC AGTACACTGA AGATGGGATT AAAGATTTTA ATATATCAAT CACTCCGCGA
ACATTGGTTC ACTATGCAAA ACCTATTCTG CATCCTATGA TGCGGGATAA TAACGTGTCC
TATAACCTTA ACACAGGGAA TCCTGCTTAT GTGCTTTGGC TAGGTCCCGG AGATGACTTG
CTTATCCGTT GTTTCCATAG CCATCCGGTG ATGTTAAAAG TAAAGCATGA CACGCCTGAG
TATTGGATTC CTTTTGATAA GACTTTAGAT GAATGGTTTT TGCCCTCTGC TTATCCGGCA
ACAGATCGCC TCTATTTTAT TCAGGACTCT GATGAGCTAG CTGTTATTAG TTTAACTGAG
GAAGACTTTC CAACGCCTTA TGTAGGAGAA AATCATCATC TCGATGCAGT ATCCATTGCT
CAGTGGGCTG AAAGTTGTGG AGCACCCATG CATAAGATCA TGTTTAATTA CTATACACTA
TGGCATGAAC ATGAGCTGAT CCTTTCAAAT TGGCAGCAAA CAATTGACCG ATCTAAGATA
ACAGCCGCGG AAGTTCAGTG GCGTCTTTCC ATGCCAGATC TCGTTGCTCA ATCAGAAAGT
TCTAAGATAT ACCTTGCGCG AAAAGATCGG GCTCTGCGTT TTGGAAAAAA GGATATTATA
GAAACGATTT CAATTAGGCC AGAATTAAAT GAAGCTAATA AAACAAATTT AGAAAAAAAA
CAAGCAATCT TTAGTTCAAT GTTGGTTAAT ATATTATCTT TATTATTGTC GTATAAAGTT
TTACAGTCGG TTGCTCGTAG CTTTCCTCCA AGAGTTAAAG CTTGGCGTTC ATTTGCTTCA
TTAAAAGACG CCTTCGAGAC ACGTCAAGCA CGTGTCTCGA ATAAGTCTAA CTCGAATAAG
TCTAACCCGA ATAAGTTTAT GAATCGTTCC AGGGGTATGG AAATTAAATT TACTCATTAC
GTTCCGTCCA TTCTGAAAAC TGTCTTCTTT TCTTTTCGCC GACTTTTTCG CAAAAAATAT
GACGATGGTA GTCCCGAGCC AAAAAATCAT TTTAGTTGA
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| Protein sequence | MSKPLAIIKH LKKAIEDIQR YPEYHLQNDL ERSLRKKGLT KELILSVADV IGTSLKITSK
NADELEWFAN FLGSYLHEFV KSIQIYLEII KVVAHKSSIY RSLMEVYFYD LDTLVNFDFV
ENAVSQFTSP SEWVDPIFYC MSYTYVGILL QRLGRFWDAR RVFNMAARFH RDPRKLTRTA
EHANIELDYL ASMVSKDLLQ RKEVLSTANN KPLIIVGCVF FGSVYRQLFQ KSAGASFFCK
NNLELLKKDW SPIVVIFCTF FDKISFERSK FYQEISSFVP IEIHVIPERL ISKHPDLVPP
AYEMTPSLAY SLSGLLQTCL LAIAKRWNAS LINLPPDAIF SDIAVAEITR VVNKGYKVIF
TPGIRLNRET VLDEVSKLTE HNNASTFGIS PAQLTELAFN NLHPATEASF CTREKMTYPG
FLLWPTEKGL FGHYFQMHPI FIKSELLQHT PIRRFDSIDG DFVYLMLPCP EDWQRNIHII
TEPRKVIMFE LSGPDIPVDI KYDTNNLAQS AGSWIAKVMR PLSFWLLTKR VAFGNTKNVK
NNLIAHMDNV ISDLVKLGNG LNSNRLPNPA AILEKADSNL ETLIENWKPG SSNYKTAPSK
LGTSVDAIGV IYSLAVWGRR YIENFLNICL PSLLAEDNLG NLTNNKYSLF LLYTRDEDIP
LFEETAQFQK LKRIISVEIV PLDPQQFKNK YTVLSNAQSD TVQRSHCFDA ICFLYSDFLW
AKGGIKFCLQ KLAEGYEGVV SPVPPVLLED FYEVLNSHFT DFVQYTEDGI KDFNISITPR
TLVHYAKPIL HPMMRDNNVS YNLNTGNPAY VLWLGPGDDL LIRCFHSHPV MLKVKHDTPE
YWIPFDKTLD EWFLPSAYPA TDRLYFIQDS DELAVISLTE EDFPTPYVGE NHHLDAVSIA
QWAESCGAPM HKIMFNYYTL WHEHELILSN WQQTIDRSKI TAAEVQWRLS MPDLVAQSES
SKIYLARKDR ALRFGKKDII ETISIRPELN EANKTNLEKK QAIFSSMLVN ILSLLLSYKV
LQSVARSFPP RVKAWRSFAS LKDAFETRQA RVSNKSNSNK SNPNKFMNRS RGMEIKFTHY
VPSILKTVFF SFRRLFRKKY DDGSPEPKNH FS
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