| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CBUD_1243 |
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| Symbol | |
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| ID | 5458774 |
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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 | 1219782 |
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| End bp | 1222751 |
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| Gene Length | 2970 bp |
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| Protein Length | 989 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | |
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| Product | lanthionine synthetase (lantibiotic biosynthesis) |
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| Protein accession | YP_001424603 |
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| Protein GI | 154705870 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.170162 |
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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 | ATGATCGACA TTATCGAAGT AATCAAGGCT AGTTCGCCAG ATGCTACTCA TCAATGGAAA
AATTTGATTA CTGCGTTAGA AAAACGAGAA AAACATTTAT TAGCGTTATT ATCTTCATTA
TTTGCACATG CAGAAAACTT CTTTTTAGAA ATTATCAACG AAACAGGCTC GCCGCTTAGC
CAAATCATCA CTAAACAAAC CTTGATGGAC TTTATCCAGC GGGACTTAAC TAACTTACTG
TTACCGCTGA TCAGCCGTGT TTGTATTTAT GAGATGTATG TCGTGGCTGA AAATCACAAA
CTTCAAGGAG AGACTCCTGA AAAACGGTTT GATTATTTTG TATCTCTCTT GAGTGATCCA
AAAACTGCCT TATTGCTTTT TGAGAAATAT CCTCTTTTAA AGACACTGAT TGACACCGTT
TATCAACAAT ATTTAGAAAA CCAAACGCAA TTGATGCAAA GGCTGGCAAA TGATTACAAA
GAAATTTGCC AGTTCTTTTT TAAGAAAAAA ATTGAACGCC CGTTATTCTT AACTCGCATC
ACTTCTGCAG GGGATAGACA TAACCAAGGG CGTTGCGTTG CCATTTTGGA ATTTTCTAAT
GAAAAAGACA ACTTTAAACT CGTTTATAAA CCCCGCTCGC TTCGCATTGA TCAGGCCTTT
CAACAACTGA TAGATTGGTT CAATCAAAAA TTATCGGCGC AATTGTATTG CCCGAAAATA
CTCCTTAAAC CGGAATACGG ATGGTGCGAA TTTATTACTT ACACTGAGTG TAAAAACAAA
AAAGAAGTAG CCTTGTTTTA TCAGCGTTTG GGCATTTTGT TAGGCATCAG TCACTTATTA
GCTTCCACGG ATATTCATGC TGAAAACATC ATCGCACATG GTTCTCATCC CGTCTTTGTT
GATTTTGAAT GCGCGTTACG TCCCCTCTTT AAGAGCGATG ATCAAAAACC ATCGCCAGAA
GTGCCACCCC ATTTGGTTAG TGATACCGCG CTTTTGCCTG CCAGATTTAT GGCGCGAGAA
GACTATAACG GTATTGATTT AAGCGGCATT TTTTGGCCCG ATGAACAAGA AGCGCCTTAT
CGGCGCATGT GCTGGAAAAA AGTAGGAACA GACGAGATGT ATTTAGTACG TGAAAAAAGC
ATTCTGCCGA CTCAGCAAAA CATGCCGCGA TTAAAGCACG ATCACGTGGA CCCTTTATCT
TATGAAAAAG ATATCAGCAG TGGTTTTACC CGCTGTTATC AATTAATTCT TGATCATAAA
AAAGAATTAT TATCGGATCA TTCGCCGCTG AATGCTTTTC AAAATGTTCC CATTCGCGTC
TTATTTCGGG CAACGGTTGT TTATGCGAAG CTTTTATTCG AAAGTTATCA CCCTTTGTTG
CTTTATGATA ACGACAAGCG CCGAGATCAT TTCTTGTGGC TAAAAGAACA TGCAAAACCG
CTGATTTTTT CTGAAGAGAT ACTGGATTCC GAAATTAACG ATTTATTATC TAACAATATT
CCCTATTTTT CATGTCAGGC TGATAAAGAA CAAGTTTTTA GCCCTACTCA CCAGCAGATT
GCTTTACAAT TTCGTTTCTC AGGATTAGAG CGCGTAAAGC AGCATTTGAT CCACCGTTTC
AACAAAAATG ATTTGCGATT ACAATTGCTC ATTATCGAAA ATAGTTTTAT GACATTACGG
TTAAATCGAG GTTTGGCTTA CGAAAAAAAC ATTCCTGTTT CCGATGAGAT ACCTTCATCC
AGCAGAAATA TAAAAGATGA AGCTTTCATG CTAGCCAAAA AAGAACTCGA CCGATTAATG
GATTATGCAA TTATTGGTGA CAATCGAATT ATGTGGCCTT GTATTGAAAT GGTTGGCTCC
GACGCATGGT CACCTGCCTT TACCGACATT AGTCTCTATA AAGGAATTGC AGGAATTTCC
CTTGTCTTTG CATACGCAGC TTCTCTTTTT GAAAGTAAAC CCTATGAAAG GATTGCTCGA
TTAGGCTTAA ATAGTTTGAT TGAGGTATTT TCAGAGCAAA AAAAGGAAGC GATTGTTAGT
ATGGGTGTGG GTGCTTTTAC AGGGTTGGGC GGCTTGATCT ATGCACTGTC GGTTTTCGAT
CAGTTCATAC CGGACAAACG TATTCGCCCA ATGCTAGAAA TACTATTTAC ATGGATGGAT
GAGTTTATTG AGAAAGACAA TATCTTGGAT GTCTTGAGCG GTTCAGCCGG TTTTATTCCA
TTGCTTTTAT CAGCACAGAG CTTTATTAAT CCCAAAAGGA AGATAATGCT GCTTAAAAAA
GTGGCAAAGC ATATTCTTAC TCAATACCCA AACCCTGCCA AATTATTTAC GGGATATAAA
AATCCATACG CGAATCAGCC GCTGCTAGGT GCCTCACATG GTGCGGCGGG ATTTATATGG
GCTTTAGTGA AAGCCAATTA TTTTTTGCAT GACAAAAATA TTGAGCAATG GATAAAAAGC
GCGCTTGCTT ACGAACGCAG CCACTTCGAT TATGAAAAAA ATAATTGGCC GAGCTTCCAA
AAGCAGAATC GAGAGCATTA TCGAGGGGAT AAATTTATGA CAGCATGGTG TCACGGAGCA
GCTGGCATTG GTTTAACCCG GTTAGATAGT CGAGAATTTT GGCAAGATGA TTTAATTGAT
GAAGAGATTG ATAGGGCAAT ACAGACTACT TTAAAAGAAG GCTTCGGTTT GAGCACGACC
CTTTGTCATG GTGACCTTGG GAATCTCGAC TTTTTGTTAG AAGCCAGCCA AAAAAATCCA
TCGAAAAAGT TACAGGACAT TTTTCACACA CACGCCGTCT TTGTCGTAGA GCGCATTAAA
AAGCATGGTA TTTCTTTAGA CATTAGAGGC ACACTGCCAT TCCCTGGGCT CATGCTAGGG
GTCGCTGGTG TTGCTTATCA GCTAATGCGA GTTGCTGAAC CTCAACGCTT ACCTTCCATT
CTACTGCTTA AATTACCAAC TCTTTGGTAG
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| Protein sequence | MIDIIEVIKA SSPDATHQWK NLITALEKRE KHLLALLSSL FAHAENFFLE IINETGSPLS
QIITKQTLMD FIQRDLTNLL LPLISRVCIY EMYVVAENHK LQGETPEKRF DYFVSLLSDP
KTALLLFEKY PLLKTLIDTV YQQYLENQTQ LMQRLANDYK EICQFFFKKK IERPLFLTRI
TSAGDRHNQG RCVAILEFSN EKDNFKLVYK PRSLRIDQAF QQLIDWFNQK LSAQLYCPKI
LLKPEYGWCE FITYTECKNK KEVALFYQRL GILLGISHLL ASTDIHAENI IAHGSHPVFV
DFECALRPLF KSDDQKPSPE VPPHLVSDTA LLPARFMARE DYNGIDLSGI FWPDEQEAPY
RRMCWKKVGT DEMYLVREKS ILPTQQNMPR LKHDHVDPLS YEKDISSGFT RCYQLILDHK
KELLSDHSPL NAFQNVPIRV LFRATVVYAK LLFESYHPLL LYDNDKRRDH FLWLKEHAKP
LIFSEEILDS EINDLLSNNI PYFSCQADKE QVFSPTHQQI ALQFRFSGLE RVKQHLIHRF
NKNDLRLQLL IIENSFMTLR LNRGLAYEKN IPVSDEIPSS SRNIKDEAFM LAKKELDRLM
DYAIIGDNRI MWPCIEMVGS DAWSPAFTDI SLYKGIAGIS LVFAYAASLF ESKPYERIAR
LGLNSLIEVF SEQKKEAIVS MGVGAFTGLG GLIYALSVFD QFIPDKRIRP MLEILFTWMD
EFIEKDNILD VLSGSAGFIP LLLSAQSFIN PKRKIMLLKK VAKHILTQYP NPAKLFTGYK
NPYANQPLLG ASHGAAGFIW ALVKANYFLH DKNIEQWIKS ALAYERSHFD YEKNNWPSFQ
KQNREHYRGD KFMTAWCHGA AGIGLTRLDS REFWQDDLID EEIDRAIQTT LKEGFGLSTT
LCHGDLGNLD FLLEASQKNP SKKLQDIFHT HAVFVVERIK KHGISLDIRG TLPFPGLMLG
VAGVAYQLMR VAEPQRLPSI LLLKLPTLW
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