Gene CBUD_1524 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagCBUD_1524 
Symbolsmc 
ID5458481 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameCoxiella burnetii Dugway 5J108-111 
KingdomBacteria 
Replicon accessionNC_009727 
Strand
Start bp1521684 
End bp1525193 
Gene Length3510 bp 
Protein Length1169 aa 
Translation table11 
GC content44% 
IMG OID 
Productchromosome partition protein smc 
Protein accessionYP_001424868 
Protein GI154707358 
COG category 
COG ID 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones
Plasmid unclonability p-value
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
ATGTATCTAA AGACCATCAA ACTTGCTGGA TTCAAATCAT TTGTTGATCC TACGCTTATC 
CCCATTCGCG GTTCGATGAA CGCCATCGTT GGCCCTAATG GCTGCGGTAA ATCAAATGTG
GTTGATGCAG TGCGCTGGGT AATTGGAGAA ACCTCGGCAA AACAGTTGCG CGGGCAGTCG
ATGAGCGATG TGATATTCAA CGGCACCACC TCCCGTAAAC CCGTCGGTAA AGCCTCCATT
GAACTTCATT TTGATAACAG TGAAGGCCGA ATTGGCGGCG AGTACGCCAA ATACGGCGAG
ATCGCTATTC GCCGCGAAGT CGAGCGCGAT GGGCAATCGA ATTATTTTAT CAACGGCGCG
CACGTACGCC GGCGTGATGT CGTGGATGTC TTTTTGGGCA CAGGGCTTGG ATCGCGTAGT
TATGCCATCG TGGAACAAGG GATGATTTCT AATCTCATCG AAGCAAAGCC AGAAGAATTG
CGGGTTTACA TCGAAGAAGC TGCCGGTATT TCAAAATACA AAGAACGCCG CCGCGAAACC
GAAAGCCGAA TGCGCCATAC ACAAGAAAAC TTAGATCGGG TCAACGATAT TGCTGAAGAA
CTGGCTAAAC AACTGCGGCA TTTAAAACGT CAGGCCAACG CGGCGGAACG TTATAAAGCT
TATAAGCAAG AAGAACGCGT GCTTGGCGCT CAATTCAAAG TTTTACAATG GAAGGCGCTA
GACCATAAAT TATCTGAACA TGATCAAGCT ATTAATCAGA AAAATACCCG CCGAGAAGAA
AAACAGAGCG AGCAACATCG CATTGAAACC GAAATAGAAA AAATGCGGGA GCAATTAACC
GATGTTAATG AGAAACATAA TGCTGTGCAA AAACGTTATT ATGGTTTAGG CGCTGATATT
GCCCGTTTAG AGCAGCGTAT TAAAGACACG CAAGAAAAAA TTCACCAATG GCAATCCGAA
TTAGAAGAAA ATGAAAATGT ATGGGAGGAA CTGCAAAATA ATACGGCTGA ATGCGAAGCG
CAAATAACGG AATTAGAAAC CGAGTTAGAG CATTTAAAGC CTCGATCGTC TGATATTCAT
TCAGCTGCCG CCGAAGCTTC CAAGGAATTG GCGCAAGCGG AATCGAACAT GGCCCGATGG
CAAGAAGCTT GGGAAGCTTT TCAAGCAGAA ACTTCGCAAA CCATGAGTCA GCTAGAAGTC
ATGCGAACCA AAAGAGAGCA TTGCGAACGT CAATTAACGG ATTTAGAAAA ACGCAAACAG
CAATTGCAAC AAAATTTAAA GCAATTACAA CTCGATCAAC TTTTAAATGA AATCGCGCCC
TTATCCTCAC AGTCCGAATT ATTAAACGCG GAACTCAGCG ATAGCCAGTC GAAATTACAA
TCATTAGCTG AAACAATTGC TTCTCGCCGT GATGCGAATC AAACTACACG GGAGGAATTA
CAAACCCAAC GACGCGAACT GCAAGCTTTG GAAGCCCGCG CAGCTTCATT AGAAGCGTTG
CAAAAAGCGG CCTTAGGAGA GAGTGACGGA AAAATCAGTG AATGGCTTTC TTCCCAGCAG
TTAAAAGAAA ATCCGCGCCT GGGGCAAAAA TTAGTTGTCA ATCCCGGTTG GGAGATAGCA
GTTGAAACAG TATTAAGCGG CTTTTTTGAC GCGGTTTGTG TGGATGCAGC GCTGCCATTT
CTGACTGATT TGACGACGGT GTCAGAAGGC CGGGTTACAC TAGTAGAAAA AAAATCGGTT
TCTGCCAGCG CTTTTGACAA AGCGCCTACA TTGGCCAGTC AAGTCAAAAG TGAGTGGCCT
TTTCAACAAT GGTTAGCGGG AATTTATATC GCCGACACAC TGGACCAAGC AAAACAATTG
CAAAGTTCAT TGCAAGAGAA TGAGTCTGTG ATTACCAAAG AAGGCCTTTG GCTTGGTCCC
CATTGGGCAC GAATTTCGAA ACTACAAGAC GCACCGCAAA GCGGATTTTT ACTGCGGGAA
CAACAATTAA AACAATTAAA AGCGAATATT CTTGGACAGC AAAAAAAATG CGACGAGCAG
GAAGCGTTAT TAAAATCGGG TGAACAACAA TTAAATCAGC TCGAAACTGA CCGCGATACG
TTGCTCCAGA CTTATCAGAA GTTAAACGCA GAAGCAACGA CTGTTCAAAG CGCGTTAAGC
ACTAAACAAG CGCAATTGGA TAATGCACAA CAACAACAAA CTCGTTTAAA AATAGGTCTT
AACGAATGTG AACAGCAGAT TAAACAATGC CAACAACAAT TAACGCTTAT AAAAAATAAA
GCGTCTTCGT TAGACGATTC ACAAGGCTTA TTAGCCACGC GGCGCGAAGA AATGATACGG
GAACGAGATC ATTATCGCAC CCAATTAATC GAATTACGTG AAAAAGCCCA TCAAAAACGC
AAAGAAGCCG ATGAGTTGGA GATTCGATTG GCCAGCAACG AAGATCAGCT ATCTCTGTTA
AGACAAACGG TTGCGCGATA TCAACGGCAA TTAAAGCAGC TTACCGAACG GCGCGAAATG
TTGTCTCAAT ATTTATCGGA AGGTGATAAG CCTTTAGAAG AGTTAAACGA GAAATTACAA
ACGCAATTGG AACAACGACT TATTTTGGAA ACGGAGCTAC GAGAAGTCGA AAAAGAACTC
GAAGAGGCCA ATCAATTATT ACGTCACCTT GAAGAAAAAC GCGTTTCGAC GCAGAAAGCG
CTTAATGAAG CGCAAGCGCA ATTAGAAGAA TTGCGTATGC AGCGCCAAAC CGTCAGTGTA
AGACAAACCA CTATTAAAGA ACAGCTAAGC GAAAATGATT TTGATCTTGA GAAAGTCATG
GCTGAATTGC CAGAAGAAGC GACGATCGAA AGTTGGCAAG AAAAATTAGA TCAGCTCGTC
GAACGTATTC AACGGATGGG ACCAATCAAT TTGGCCGCTA TTGAAGAATA CGAAAGCGTG
AATGAACGAA AAAATTATTT AGATAAACAA CATGCCGATT TAACCGAAGC GCTGGAAATT
TTAAAAAACG CAATCCATAA AATCGATCGT GAAACACGCG CTAAATTTCA AGAAACCTAT
GATCAGGTCA ATCAACAATT TCAATCCTTA TTTCCACGCA TTTTCGGTGG CGGCCGGGCA
ACCCTCGAAA TGACAGATAC TGATTTATTG ACGGCCGGCG TAATCGTGCG CGCCCAACCG
CCCGGAAAGC GCAACGTCAC TATCCATATG CTATCAGGCG GTGAAAAAGC GCTGACGGCC
GTTGCGTTGG TTTTTTCCTT ATTCCAATTA AATCCAGCGC CTTTTTGTAT TTTGGACGAA
GTGGATGCCC CCCTTGATGA TATTAATGTC GGTCGTTTCT GCCAACTTGT TCAAGAAATG
TCTAAAGAGG TTCAATTTCT AGTAATTAGC CATAACAAGG TGACTATTGA AATGGCTGAT
TATTTAATGG GTGTTACAAT GCAAGAGCCT GGCGTCTCGC GAATTGTCTC AGTCAATATG
CAAGAAGCTA TCGGGTTGGT GGAAGCATAA
 
Protein sequence
MYLKTIKLAG FKSFVDPTLI PIRGSMNAIV GPNGCGKSNV VDAVRWVIGE TSAKQLRGQS 
MSDVIFNGTT SRKPVGKASI ELHFDNSEGR IGGEYAKYGE IAIRREVERD GQSNYFINGA
HVRRRDVVDV FLGTGLGSRS YAIVEQGMIS NLIEAKPEEL RVYIEEAAGI SKYKERRRET
ESRMRHTQEN LDRVNDIAEE LAKQLRHLKR QANAAERYKA YKQEERVLGA QFKVLQWKAL
DHKLSEHDQA INQKNTRREE KQSEQHRIET EIEKMREQLT DVNEKHNAVQ KRYYGLGADI
ARLEQRIKDT QEKIHQWQSE LEENENVWEE LQNNTAECEA QITELETELE HLKPRSSDIH
SAAAEASKEL AQAESNMARW QEAWEAFQAE TSQTMSQLEV MRTKREHCER QLTDLEKRKQ
QLQQNLKQLQ LDQLLNEIAP LSSQSELLNA ELSDSQSKLQ SLAETIASRR DANQTTREEL
QTQRRELQAL EARAASLEAL QKAALGESDG KISEWLSSQQ LKENPRLGQK LVVNPGWEIA
VETVLSGFFD AVCVDAALPF LTDLTTVSEG RVTLVEKKSV SASAFDKAPT LASQVKSEWP
FQQWLAGIYI ADTLDQAKQL QSSLQENESV ITKEGLWLGP HWARISKLQD APQSGFLLRE
QQLKQLKANI LGQQKKCDEQ EALLKSGEQQ LNQLETDRDT LLQTYQKLNA EATTVQSALS
TKQAQLDNAQ QQQTRLKIGL NECEQQIKQC QQQLTLIKNK ASSLDDSQGL LATRREEMIR
ERDHYRTQLI ELREKAHQKR KEADELEIRL ASNEDQLSLL RQTVARYQRQ LKQLTERREM
LSQYLSEGDK PLEELNEKLQ TQLEQRLILE TELREVEKEL EEANQLLRHL EEKRVSTQKA
LNEAQAQLEE LRMQRQTVSV RQTTIKEQLS ENDFDLEKVM AELPEEATIE SWQEKLDQLV
ERIQRMGPIN LAAIEEYESV NERKNYLDKQ HADLTEALEI LKNAIHKIDR ETRAKFQETY
DQVNQQFQSL FPRIFGGGRA TLEMTDTDLL TAGVIVRAQP PGKRNVTIHM LSGGEKALTA
VALVFSLFQL NPAPFCILDE VDAPLDDINV GRFCQLVQEM SKEVQFLVIS HNKVTIEMAD
YLMGVTMQEP GVSRIVSVNM QEAIGLVEA