| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CBUD_1234 |
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| Symbol | enhC |
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| ID | 5458468 |
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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 | 1209352 |
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| End bp | 1212588 |
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| Gene Length | 3237 bp |
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| Protein Length | 1078 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 | enhanced entry protein enhC, tetratricopeptide repeat family |
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| Protein accession | YP_001424594 |
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| Protein GI | 154705972 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.155783 |
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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 | ATGAAACGAA TAGCTGTTTT TATCTTAACG TTAAGTTTTT TTTCAATTAG TTATTCTGAT
AAAAACCCTG TCTTCCAGGA GTATTACGAA GGCAACTATC GCGCGGCCGA AACTGGCTTA
AAACAATTAG CGGAAAAAAA TAATGGGGAA GCGACATTTT ATTTGGCCAC CATGTATATG
AATGGTTTTG GAGTTCGGAG AGATTTTGAG AAAGGATTTG ATTATATGAC GCGCGCGGCA
GAATTAAAAT ATTTGCCGGC CCAATTATAT CTGGGGAATT ATTATTTTCA ACAGCAGAAA
GATTTGGAAA AGGCCGTGCC TTGGTTTAAA AAAGCAGCGG ATGCTGGGGA TGCTGGTGCG
CAACTTTTTA CTGGAATTAG TTATTTGAAT GGATACGGTG TTAAAAAAAA TATTGATATT
GCTAGAAAAT ATTTCATTGG AGCCGCTCAA AACGAAATTC CAATGGGTCA ATATGAGCTA
GCCAAAATTT TCTTAGCCAG CAGGCACGCT GGCGATAGAC GAATGGGAAG AATTTGGTTA
ACCAAAGCGG CTGATAAATA TAACTATCCA GATGCTCAGT ATTTACTGGG TACAATGCTA
TATACTGGAA ATGAAGCAGA AAAAGATCCT GTCAAAGGGG TTGAATGGTT GGAAAAAGCG
GCTGCTAACG GAAGTAAAGA AGCAAGCAAA ACATTGGATA AAATTAATCG AATTAATACC
AGCGATGCCA AGGCGAATAG TGAGAATCGT TCTGAGCCCA CGCCTTGGCA AATCATGGTT
GGACTCATGC AAAAAGCAGG CGTTCAGTTA AACAACCCCA TTACAGTCAC TGCGTCTATC
AACAATTTTA CTAAAACGCC GAAATCCATG GCCTTAGATA AAAATTCTAT AATTAAATTA
AATTTAAATT TAGCAAATTC TAAAGACATT CCGCCCGAAA AAATTCTATC TTACATGACA
CAATTAAATT ATAAAGAAGA AAAATTTGAT CTAACCGTCC CTGCTTATCC TTTTAAAATG
CCGCCTGGAG CTAATAACTA CAAAGAGGCT TTTCAATCCC TCTCCCGAGT GGCCAATTAC
GGTTATGCTC AATCACTCTT TAGATTGGGG CAAATGTATG AGAATGGATT AGGTGTTCAA
AAAGACCCTG AAACTGCATT TCAATTGTAT ATGAAAGCGG CGGAACAAAA TTATTTAAAA
GCCCAATACG CTATTGGAAC TTATTATTTA CAAGGGAAAG GGGTTCCTCA AGATTATGAG
AAAGCCATCA GTTGGTTTAT AAGGGCTGCT CTGAAAGGCA GTTTACAAGC TCAATTTGTC
CTAGGCAACA TTTATGAGCG AGGCATTAAA GCTAGCAATA ATAAAATTCT TTTCAAGAAC
TTTGATAGGG CGAAAGCTAT GTACAGCTTA GCTGTGGGTG GAAACTTACC TATTGCTGCG
TATCGTTTAG CAGAACTTTA TGTCAGCGGT TTTCTAAATC CCGATAATAA TGTTTCTTTA
GAAACACAAA ATTGGAAAAA AGCCTATGCA CTTTACCAAA AAGCAGCAAA AAGTGGCCTA
GAGAAAGCTG ATGTGGCTCT AGGTTATTTT TATTTGCAAC AAAATCAGAC CACTTTGGCA
GAGAAAACGT TTGAGATAGC ACAAAAAGCT TATCAAACGA ATGATCCAGA AGCCGCTATG
TTATTAGCTA TTTTATATGA TCGTGGTTTC GGAGTTAATA GCAACAGCCG AAAATCAGCG
GAAATTTTAG AAAAACTTTC AAAACAAAAC AATGCTATTG CACAATTTAT GTTAGGTAAT
TATTACCTTA AAAACAAGCG AAAAGAGAAT ATAGCAATCA GTCTTTTAGA AAAGTCAGCT
AATCAAGGAA ACGGTTATGC GCAGTATAAT TTAGCTATTT TAGCGAAACA AAATAAATAC
ACCAAGCCGG GAGAAAACTT TTTATCGTTA CTGATTAGAG CCGCTAACCA TTACGATAAA
ATAAAAGAGA TTTTGGCGGA TTATTATCTT TTAGACACCC CAGTTCCCGG ATCAGAAAAA
AAAGCTGTCG CTATTTACCA AGAATTAGCT AATAAACAAG ATCCAGCAGC GGAGTTAAAA
TTAGGATTTA TGAATGAGCA TGGTCTTCTT TTTCCGAAAG ATTACCATAA AGCAGAAGAG
TGGTACCAAA AGTCGGCTGA ACAAGGGAAT CCCATCGCTC AATATTTATT AGGAAACATG
TACTATTTGG GTCGGGGCGT TGATCGCGAT GTTAACAAGG CCATCGATTG GTTAAAAAAA
TCGGCTGCCC AAAATTACGT GCCCGCTAAA GTAGGACTTG GCTTTATTTA TGAAATGAGC
AAACATAATT ATCCAGAGGC TAAAAAGTGG TATACCTTAG CTTCTAAGTT TCATAACCCT
CAAGCGCTCT ATAATCTGGG TTTAATGTAT GAGTATGGAA AAGGAGTTAA AAGTGATCCA
CAAAAAGCTT TCCGCTTATA CAAAGACGCG GCCCAAAACG GGCTCGATTT GGCGGCGGTT
CAGGTTGCAG GAATGTATCT AAAGGGAACG GGCATTGGTT TTGATCCTAA CACCGCATTA
AAAATGTATA GCCAAGCGGC GCAAAAAAAT AATTCATTTG CGACTTATCA ATTAGGTTTG
ATGAGCGAGT CAGGCGTTGC GCAAAAAATC GATCTTAATA AAGCTCGATT GTACTATGAA
AAAGCCGCTA AAGAGGGAAG CGTAGAAGCA CAATTAGCGC TAGCTCGATT TTATGAATTT
GGTATCAGCG TTCCAGCAGA CATTTCAAAA TCGATTAACT TTTACCAAGC CGCCGCTGCT
GAAGGAAATG AATTTGCTAA ACAACAATTA ACCCGTTTAT CGAATCAAGG AAAATCTTCC
TCTAATGCAA TGCCATTTCA ATGTGTGAAT CAAGTAGCTC TGGAAAAAGT AAAAAATTCA
TTCTGGAAAA AAGTCACCGA CTGGATTGCA CCGGTGCCCA ATATTGATTA CATGAATGCC
ATTGATTATT TAAATTCTGG CAAAGTTGAG CAAGCAACAA CGGCTTTGCA GAAAATTATA
AAAGTAAGAC CTAATTTCCA GCCCGCAAGA GAGACGGTTT CTCATATTTC TGTCAAAAAG
CAGATAGAAA ATAGTAAAGT AGCCCGTATG AGCGAAGCGA AATACGGGAA AACAATGATG
TCGTCTATCG TTCCCGTATT TCGCTTCGCT CATACGGGCT ACTTAGCTTA TGCATAG
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| Protein sequence | MKRIAVFILT LSFFSISYSD KNPVFQEYYE GNYRAAETGL KQLAEKNNGE ATFYLATMYM
NGFGVRRDFE KGFDYMTRAA ELKYLPAQLY LGNYYFQQQK DLEKAVPWFK KAADAGDAGA
QLFTGISYLN GYGVKKNIDI ARKYFIGAAQ NEIPMGQYEL AKIFLASRHA GDRRMGRIWL
TKAADKYNYP DAQYLLGTML YTGNEAEKDP VKGVEWLEKA AANGSKEASK TLDKINRINT
SDAKANSENR SEPTPWQIMV GLMQKAGVQL NNPITVTASI NNFTKTPKSM ALDKNSIIKL
NLNLANSKDI PPEKILSYMT QLNYKEEKFD LTVPAYPFKM PPGANNYKEA FQSLSRVANY
GYAQSLFRLG QMYENGLGVQ KDPETAFQLY MKAAEQNYLK AQYAIGTYYL QGKGVPQDYE
KAISWFIRAA LKGSLQAQFV LGNIYERGIK ASNNKILFKN FDRAKAMYSL AVGGNLPIAA
YRLAELYVSG FLNPDNNVSL ETQNWKKAYA LYQKAAKSGL EKADVALGYF YLQQNQTTLA
EKTFEIAQKA YQTNDPEAAM LLAILYDRGF GVNSNSRKSA EILEKLSKQN NAIAQFMLGN
YYLKNKRKEN IAISLLEKSA NQGNGYAQYN LAILAKQNKY TKPGENFLSL LIRAANHYDK
IKEILADYYL LDTPVPGSEK KAVAIYQELA NKQDPAAELK LGFMNEHGLL FPKDYHKAEE
WYQKSAEQGN PIAQYLLGNM YYLGRGVDRD VNKAIDWLKK SAAQNYVPAK VGLGFIYEMS
KHNYPEAKKW YTLASKFHNP QALYNLGLMY EYGKGVKSDP QKAFRLYKDA AQNGLDLAAV
QVAGMYLKGT GIGFDPNTAL KMYSQAAQKN NSFATYQLGL MSESGVAQKI DLNKARLYYE
KAAKEGSVEA QLALARFYEF GISVPADISK SINFYQAAAA EGNEFAKQQL TRLSNQGKSS
SNAMPFQCVN QVALEKVKNS FWKKVTDWIA PVPNIDYMNA IDYLNSGKVE QATTALQKII
KVRPNFQPAR ETVSHISVKK QIENSKVARM SEAKYGKTMM SSIVPVFRFA HTGYLAYA
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