Gene COXBURSA331_A1119 details

Gene Information

• Locus tag: COXBURSA331_A1119
• Symbol: asnB2
• ID: 5792815
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Coxiella burnetii RSA 331
• Kingdom: Bacteria
• Replicon accession: NC_010117
• Strand: -
• Start bp: 997200
• End bp: 999098
• Gene Length: 1899 bp
• Protein Length: 632 aa
• Translation table: 11
• GC content: 38%
• IMG OID: 641330571
• Product: asparagine synthetase B, glutamine-hydrolyzing
• Protein accession: YP_001596873
• Protein GI: 161829937
• COG category: [E] Amino acid transport and metabolism
• COG ID: [COG0367] Asparagine synthase (glutamine-hydrolyzing)
• TIGRFAM ID: [TIGR01536] asparagine synthase (glutamine-hydrolyzing)

Plasmid Coverage information

• Num covering plasmid clones: 40
• Plasmid unclonability p-value: 1
• 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

GTGTGCGGTA TTGCAGGCAT TTTCAATTTA AATGGTAAGC CAGCTGCTTT CGATCAAATT 
AAAGCGATGA CGGATTCTAT TGCTCATCGC GGACCGGATG GCGAGGGACA GTTTACTGAC 
AAATATATCG GATTGGGACA TAGAAGACTG GCGATTATAG ATTTAAGTCC CGCAGGGCAT 
CAACCGATGC AAACGAAGGA TGGTCGTTAT CTTATTACTT ATAATGGTGA AGTTTATAAT 
TTCAAAATAC TGCGTAAAGA GTTAGAAACT TTGGGCTATT CATTTTTTTC TAATACCGAT 
ACGGAAGTGG TTTTAAACGC TTATGTACAA TGGGGAGAAA AGTGTTTAGA AAAATTTAAT 
GGCATGTTTG CTTTTGCCGT TTGGGATCGC AAAGAAAAAA CATTATTTTT AGCCAGAGAC 
CGTTATGGAA TTAAACCATT ATATTATTAT CAAACAAACG ATTGCTTCGT TTTTGCCTCT 
GAAATAAAGG CGATTATTGC TTCAGGTCTT TATGGCGCTG AGATTAATAA AGAGGCTTTG 
GTAGAATATT TAACTTTCCA AAATTTCTTT ACGGATCGAA CGCTTTTTAA AGATGTCCGC 
ATTATGCCTG CCGGTCATTT TATGATGGTA AAAAGAGAAA ATTCATCTCT TCATCAATAT 
TGGGATTTTA ATTTTACAAA TGATTCAGCG CTTTCTGAAA AAATGCTATT AGAAAAAATT 
AATGATTTGT TTCAGCAAGC GGTTAACCGC CAGCTTGTCA GTGATGTTCC TGTGAATAGT 
TATTTAAGCG GGGGGGTGGA CTCGGGATCG ATTACAATGA TTGCAGCAAA ACAATTGCCG 
CACATACGTA CTTTCACAGT AGGGTTCGAT TTGAGTTCCG CTTCTGGTTT GGAATTAGCA 
TTTGACGAGC GTCAAGCAGC CGAACATCTT TCTTATCTTG CTGGCACTGA GCATTATGAA 
ATGGTATTAA AAGCGGGAGA TATGGAGCGT TGCATGCAGG ATTTGGTGTG GCATTTGGAA 
GAACCGCGGA TCGGACAAAG TTATCCAAAT TTTTACGCGG CTAAATTGGC CAGTAAATTC 
GGTAAAGTTG TATTAGCTGG AACTGGCGGA GACGAGCTTT ACGCAGGATA CCCATGGCGC 
TATTTGTGCG GACAGAGTAG CGAAAATTTT GAAGATTATA TTGATAAATA TTATCAATAT 
TGGCAGCGGT TGATGAGTAA CAAAAATCTT TTTAAAGTTC TTGCTCCTAT TGCTGAAGAA 
GTAAAATCTA TTTGGACTCG AGATATATTT GCTAATGTTT TTCGAATTAA GGATACGCCA 
ATAAAGACTG AAGACTATAT TAATTATTCT TTATATTTTG AAGCCAAAAC ATTTTTGCAT 
GGATTGCTCG TAGTTGAAGA CAAACTAAGT ATGGCGCACG GACTTGAAAC TCGGGTACCT 
TGTCTTGACA ATGATTTCGT TGATTTTGCT TTACAGGTGC CTGTGAAATA TAAGCTATCT 
GATTTCGCGT TTGAAAGGGT CAATGAAAAC GACACATTCT CTAAACGAGA AAAAAGGATG 
AATGGTAAAA AAATCTTACG TAAAATGATG AGTCGCTATG TGCCCGATAA CGTCGCTCAT 
GCTCCGAAGC AAGGATTCTC GGCGCCGGAT GCCAGTTGGT TCAAAGGAGA AAGTATCGAA 
TTTGTGCGCT CGTTGCTTGG TGATAGAAAT GCTAAAATTT TCGAATTACT CGGTTATTCA 
GTCGTGAACC ATTTGGTGAA TGACCACATT CAAAACCATC ACAATCACCG ATTATTAATT 
TGGTCACTAA TTTATTTAGA AATTTTTATG CAGGTTCATT TGTCTAAGGG TCATAAATCT 
AATTATCATT TGTTTACGCC AGAAACGGTG GAGCTTTAA 

 

Protein sequence

MCGIAGIFNL NGKPAAFDQI KAMTDSIAHR GPDGEGQFTD KYIGLGHRRL AIIDLSPAGH 
QPMQTKDGRY LITYNGEVYN FKILRKELET LGYSFFSNTD TEVVLNAYVQ WGEKCLEKFN 
GMFAFAVWDR KEKTLFLARD RYGIKPLYYY QTNDCFVFAS EIKAIIASGL YGAEINKEAL 
VEYLTFQNFF TDRTLFKDVR IMPAGHFMMV KRENSSLHQY WDFNFTNDSA LSEKMLLEKI 
NDLFQQAVNR QLVSDVPVNS YLSGGVDSGS ITMIAAKQLP HIRTFTVGFD LSSASGLELA 
FDERQAAEHL SYLAGTEHYE MVLKAGDMER CMQDLVWHLE EPRIGQSYPN FYAAKLASKF 
GKVVLAGTGG DELYAGYPWR YLCGQSSENF EDYIDKYYQY WQRLMSNKNL FKVLAPIAEE 
VKSIWTRDIF ANVFRIKDTP IKTEDYINYS LYFEAKTFLH GLLVVEDKLS MAHGLETRVP 
CLDNDFVDFA LQVPVKYKLS DFAFERVNEN DTFSKREKRM NGKKILRKMM SRYVPDNVAH 
APKQGFSAPD ASWFKGESIE FVRSLLGDRN AKIFELLGYS VVNHLVNDHI QNHHNHRLLI 
WSLIYLEIFM QVHLSKGHKS NYHLFTPETV EL