Gene CBUD_2035 details

Gene Information

• Locus tag: CBUD_2035
• ID: 5458868
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Coxiella burnetii Dugway 5J108-111
• Kingdom: Bacteria
• Replicon accession: NC_009727
• Strand: -
• Start bp: 2010501
• End bp: 2012543
• Gene Length: 2043 bp
• Protein Length: 680 aa
• Translation table: 11
• GC content: 44%
• Product: ankyrin repeat protein
• Protein accession: YP_001425341
• Protein GI: 209364250

Plasmid Coverage information

• Num covering plasmid clones: 9
• Plasmid unclonability p-value: 0.430099
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

GTGGGACAAA ATACAACGAG GGCTACAACA ATGAAACGTA CTCATTTTCA GTTTGGGGAC 
GAGAGTAAAA ACGATGAAGA AAAATCACTT TCGTTTTCTT CATCATCAGG ACCAAGCCTG 
CCCCACAGTT CGCCCATTGC ACAACCGCCT TTGATGGGCC ATCAATCTTT AAATCCGTTA 
GAAAGCCGAT ATAGACAATT AAAGGACGCT ATGCGAAGAA GGTCATGGTC GGATGTCATT 
GAATGTTTAT GGGAATGCGA CGACGCGGTT GCTTTCCAAT CAGATAATCA GGGGAATACA 
GTTTTGCATG AGGCGGTTTT ATTAGAAGAT TCAAAAATCC TAACACAGTT ATTGACCTGG 
CTGGTTAGGA AAAACCTGTT ATTGACGGCG TTGGAGCAGA CAAACCAGAA GAAAGAAACC 
GTTTGGCACT TAGTTTGTCA ATCTAAAAAT CCCAAAGCTT TGCTTATGCC AACTATTCAG 
ACCTGCTATC AAATCTGGAA AGGAGATAAG CGGGATTATG TTCGAGAATT TGGGGAGCGC 
AAGAAAAGTA TTGCCGAAGC AACCAAGGAA ACAAAAAAGA GAAAAGCAGA ACAGAAGGAT 
TCTGATCAAG CAGCAGAGCA GAAGAGTACT AAAAAGGAAA GGCCTATTAG TGAATTCCCT 
CCGCCTTACC CAGATTTTAA GATAAATAAA CCCAATAGTT TTAATAAGAC GCCTTTCGAC 
CTCTTATTGG AAAAGGCAGA AAATTTAGAC GCTATTGAGT TATTGCTACA ATATCCCTGG 
TTAGGTATTG AAATTAAGGA AAACGGATCA AAAGTTATTG ACGTTAGAAA AACGCTCCAT 
CGTGCGCAGA GTTCAACCTT CTTCCGGGCG CAACCTGCCA GATTGGCGGC TGATGAAAAA 
GCGCCTGAGT CGAGTTCTAC CTGGACAGTA GAAACCTCGC AGCGCTTGCT CAATGTATTT 
TTCTGGTACG CCACACATTG TGGAGCCCAA AAAGAAGCGG AGTTGTTATG GGAGAAAGGC 
GCCGATTTTT CCTCTGTCAA TGAGAGTGGG TGGAATGCGA TATTGTGGGC AGCATCCAGC 
GGCGATATTA AGACGCTGAA ATGGTGTCTA GACCCAGAAC GGTGGAAAGG CACGTGGGTG 
GAGAAAAGAG GGGGACCGTA CGCTATCACA ACTAACGATG GGAGCAACGT ACTGTTGTTA 
GCGATATTCT CCGGTAACCT TAAAATGTTA GAAGACTTGG AGAAAGCAGG ATTGTCTTTG 
GATAATTTGT CTACTGCAAG AAAGCATCCT GTGTCCGCGG CCATCCGATC GGGTAATCCT 
AAGATGGTGG CAAAATTGCT GAAATCATTT TCCTTGGAGG AGGTCGTGAA TTATCATACA 
GATGATCCTT TCCTCGTCGC AGCAGAACAA GGGTATCCCC TCCTACTTGA AAACCTCAAG 
AAAAAAATGA AAAAGAAGAA TTTTCCCCCA TCGAGCCTGA AACCTCTACT ACTGATCAAT 
TCCCCAGCAG CCAATATCGC AGCGTTTAAA AATCACCTTG ATGTATTATC ATGGCTAAAA 
AAAATCCAAT TAGAGTCTTT TTCGTTTTTT CCGGATAAGA GGTCCCAGCT CGCGACTTTA 
ATTAGCGCGG TGATTGCTAA TCAAGTGGGA ATTGTGGAAT GGTTGATAGA GGATAAGTTC 
CACGCCGACT GGCAGAGCAC GAAAGACGAT TATGGCAATG ATCTTGTTCT GCTGACCACA 
GGGGCTGATC ATTTGGAGAT GTTGAAATGG CTGGTAGAGC GCAAAGGCCT CCCTTTGAAT 
AGTAGGAACA AGCAGGGCAG GGGAGCAGTA TTAATGGCAG CGCGTTATGG CTGTTTTGAG 
ATACTGAAAT GGCTAATAGA AGAGAAAAAG TTATCTTTGA ATGATATGGA TAGCGCTAAG 
AGTAACGTTG TGTTGGCTGG AGCAAGGTCA GGCAATCTTG CATTGCTAAA ATGGTTAATA 
GATGAGAAAA ACCTCTCTTT ATCCACTACA GATGCAGCAG GTAATACCCC TTGCTTAGCT 
TAA 

 

Protein sequence

MGQNTTRATT MKRTHFQFGD ESKNDEEKSL SFSSSSGPSL PHSSPIAQPP LMGHQSLNPL 
ESRYRQLKDA MRRRSWSDVI ECLWECDDAV AFQSDNQGNT VLHEAVLLED SKILTQLLTW 
LVRKNLLLTA LEQTNQKKET VWHLVCQSKN PKALLMPTIQ TCYQIWKGDK RDYVREFGER 
KKSIAEATKE TKKRKAEQKD SDQAAEQKST KKERPISEFP PPYPDFKINK PNSFNKTPFD 
LLLEKAENLD AIELLLQYPW LGIEIKENGS KVIDVRKTLH RAQSSTFFRA QPARLAADEK 
APESSSTWTV ETSQRLLNVF FWYATHCGAQ KEAELLWEKG ADFSSVNESG WNAILWAASS 
GDIKTLKWCL DPERWKGTWV EKRGGPYAIT TNDGSNVLLL AIFSGNLKML EDLEKAGLSL 
DNLSTARKHP VSAAIRSGNP KMVAKLLKSF SLEEVVNYHT DDPFLVAAEQ GYPLLLENLK 
KKMKKKNFPP SSLKPLLLIN SPAANIAAFK NHLDVLSWLK KIQLESFSFF PDKRSQLATL 
ISAVIANQVG IVEWLIEDKF HADWQSTKDD YGNDLVLLTT GADHLEMLKW LVERKGLPLN 
SRNKQGRGAV LMAARYGCFE ILKWLIEEKK LSLNDMDSAK SNVVLAGARS GNLALLKWLI 
DEKNLSLSTT DAAGNTPCLA