Gene BURPS668_A2041 details

Gene Information

• Locus tag: BURPS668_A2041
• ID: 4886248
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Burkholderia pseudomallei 668
• Kingdom: Bacteria
• Replicon accession: NC_009075
• Strand: -
• Start bp: 1970755
• End bp: 1974285
• Gene Length: 3531 bp
• Protein Length: 1176 aa
• Translation table: 11
• GC content: 64%
• IMG OID: 640131979
• Product: chromosome segregation ATPases
• Protein accession: YP_001063036
• Protein GI: 126444856

Plasmid Coverage information

• Num covering plasmid clones: 19
• 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

GTGGACAGCG ACGCGAGGTT GCTGTTGGTC GCGTTGATGC TGGTCGACAG CGAGCCGATG 
CCGGTCGAGC TCGACGTGGA GAGCGACGCG AGGTTGCTGT TGGTCGTGTC GATGCTGGTC 
GACAGCGAAC CGATGCCGGT CGAGGCGGAC GTGGAGAGCG ACACGAGGTT GCTGTTGGTC 
GACGACAGGC CGGTGGACAG CGAACCGATG CTGGTCGAAG TCGACGTGGA CAGCGAGGCG 
ACGGTGCTGT TGGTCGTGGA CAGGCCGGTG GAGAGCGAGC CGATGCCGGT TGACGTGGAG 
GTCGACAGCG AGGCGATCGA GCTATTCGCC GAGCTCAGGC CGGTCGAGGT CGACGTGGAC 
AGCGAGGCGA CGGTGCTATT GGTGGTCGAC AGCCCGGTGG ACAACGAATT GACACCGCTC 
TGCGCGGTGC TGATGCCGGA CGAAGCTGAA GTCGACAGCG AGGTCAGCGA GCTGTTCGTG 
CTGCTCAGGC CGCTGGACAG CGAGGCGACG TTGCTGTTGG TCGTGGACAG GCCGGTGGAA 
AGCGAGTCGA TACCGGTCGA CGTGGAGGTC GACAGCGAAG CGATCGAGCT GGTGGCCGAG 
CTCAAGCCGG TCGAAGTCGA CGTGGACAGC GAAGCGACGG TGCTATCGGT CGTGGACAGG 
CCGGTGGACA GCGAGCCGAT ACCGGTCGAC GTGGAGGTCG ACAGCGAGGC GATCGAGCTA 
TTCGCCGAGC TCAGACCGGT CGAAGTCGAC GTGGACAGCG AGGCGACGTT GCTGTTGGTC 
GTCGACAGGC CGGTGGAAAG CGAGCCGATG CCGGTCGACG TGGAGGTCGA CAGCGAAGCG 
ATCGAGCTGG TGGCCGAGCT CAAGCCGGTC GAAGTCGAGG TGGACAGCGA AGCGACGGTG 
CTATCGGTCG TGGACAGGCC GGTGGAAAGC GAGCCGATGC CGGTCGACGT GGAAGTCGAC 
AGCGAAGCGA TCGAGCTGGT GGCCGAGCTC AAGCCGGTCG AGGTCGACGT GGACAGCGAA 
GCGACGGTGC TATCGGTCGT GGACAGACCG GTGGAGAGCG AGCCGATGCC GGTCGACGTG 
GAAGTCGACA GCGAAGCGAT CGAGCTGGTG GCCGAGCTCA GGCCCGTCGA AGTCGACGTG 
GACAGCGAAG CGACGTTGCT GTTGGTCGTC GACAGGCCGG TGGAAAGCGA GCCGATACCG 
GTCGACGTGG AGGTCGACAG CGAGGCGATC GAGCTATTCG CCGAGCTCAG GCCCGTCGAA 
GTCGAGGTGG ACAGCGAAGC GACGTTGCTG TTGGTCGTGG ACAGACCGGT GGAAAGCGAG 
CCGATACCGG TCGACGTGGA GGTCGACAGC GAGGCGATCG AGCTATTCGC CGAGCTCAGA 
CCGGTCGAAG TCGACGTGGA CAGCGAGGCG ACGGTGCTAT CGGTCGTGGA CAGGCCGGTG 
GAAAGCGAAC CGATGCCGGT CGACGTGGAG GTCGACAGCG AAGCGATCGA GCTATTCGCC 
GAGCTCAGAC CGGTCGAAGT CGACGTGGAC AGCGAGGCGA CGGTGCTATC GGTCGTGGAC 
AGGCCGGTGG AAAGCGAGCC GATGCCGGTC GACGTGGAAG TCGACAGCGA AGCGATCGAG 
CTGTTCGCCG AGCTCAGGCC CGTCGAAGTC GACGTGGACA GCGAAGCGAC GGTGCTGTTC 
GCGGTCGACA GCCCGGTGGA CAACGAATTG ACGCCGCTCT GCGCGGTGCT GATGCCCGAC 
GAAGCGGACG TCGACAGCGA GGTCAGCGAG CTATTCGTGC TGCTCAGGCC GCTGGACAGC 
GAGGCGACGT TGCTGTTGGT CGTGGACAGG CCGGTGGAAA GCGAGTCGAT ACTGGTCGAC 
GTGGAAGTCG ACAGCGAAGC GATCGAGCTG TTCGCCGAGC TCAGGCCCGT CGAAGTCGAG 
GTGGACAGCG AAGCGACGTT GCTGTTGGTC GTCGACAGGC CGGTGGAAAG CGAACCGATG 
CCGGTCGACG TGGAGGTCGA CAGCGAAGCG ATCGAGCTGG TGGCCGAGCT CAGACCGGTC 
GAAGTCGAGG TGGACAGCGA AGCAACGGTG CTATCGGTCG TGGACAGACC GGTGGACAGC 
GAGCCGATGC CGGTCGACGT GGAGGTCGAC AGCGAAGCGA CGGTGCTATT GGTGGTCGAC 
AGCCCGGTGG ACAACGAATT GACACCGCTC TGCGCGGTGC TGATGCCGGA CGAAGCTGAA 
GTCGAAAGCG AGGTCAGCGA GCTGTTCGTG CTGCTCAGGC CGCTGGACAG CGAGGCGACG 
TTGTTGTTGG TCGTGGACAG GCCGGTGGAA AGCGAGCCGA TGCCGGTCGA CGTGGAGGTC 
GACAGCGAGG CGATCGAGCT ATTCGCCGAG CTCAGGCCGG TCGAGGTCGA CGTGGACAGC 
GAGGCGACGG TGCTATTGGT CGTGGACAGA CCGGTGGAAA GCGAGCCGAT GCCGGTCGAC 
GTGGAGGTCG ACAGCGAAGC GATCGAGCTG GTGGCCGAGC TCAGACCGGT CGAAGTCGAG 
GTGGACAGCG AAGCGACGTT GCTGTTGGTT GTGGACAGGC CGGTGGAAAG CGAACCGATG 
CCGGTCGACG TGGAAGTCGA CAGCGAAGTG ATCGAGCTGG TGGCCGAGCT CAGACCGGTC 
GAAGTCGAGG TGGACAGCGA AGCAACGGTG CTATCGGTCG TGGACAGACC GGTGGACAGC 
GAGCCGATGC CGGTCGACGT GGAGGTCGAC AGCGAAGCGA CCGAGCTGGT GGCCGAGCTC 
AAGCCGGTCG AGGTCGACGT GGACAGCGAA GCGACGGTGC TATTGGTGGT CGACAGCCCG 
GTGGACAACG AATTGACACC GCTCTGCGCG GTGCTGATGC CGGACGAAGC TGAAGTCGAA 
AGCGAGGTCA GCGAGCTGTT CGTGCTGCTC AGGCCGCTGG ACAGCGAGGC GACGTTGCTG 
TTGGTCGTGG ACAGGCCGGT GGAAAGCGAG CCGATGCCGG TCGACGTGGA GGTCGACAGC 
GAGGCGATCG AGCTATTCGC CGAGCTCAGG CCGGTCGAGG TCGACGTGGA CAGCGAGGCG 
ACGGTGCTAT TGGTCGTGGA CAGACCGGTG GAAAGCGAGC CGATGCCGGT CGACGTGGAG 
GTCGACAGCG AAGCGATCGA GCTGGTGGCC GAGCTCAGGC CGGTCGAAGT CGAGGTGGAC 
AGCGAAGCGA CGTTGCTGTT GGTTGTGGAC AGGCCGGTGG AAAGCGAACC GATGCCGGTC 
GACGTGGAAG TCGACAGCGA AGTGATCGAG CTGGTGGCCG AGCTCAGACC GGTCGAAGTC 
GAGGTGGACA GCGAAGCGAC GTTGCTGTTG GTCGTGGACA GGCCGGTGGA AAGCGAACCG 
ATACCGGTCG ACGTGGAGGT CGACAGCGAG GCGATCGAGC TATTCGCCGA GCTCAGGCCC 
GTCGAGGTGG AAGTGGAGAG CGAAGTAATC GAACTGGTGG CCGACGACAG TCCCGTCGAC 
AGCGACGAAA TCGAACTCGA GGCCGAGTCG AGCTTCGACG CAACCGCATA G 

 

Protein sequence

MDSDARLLLV ALMLVDSEPM PVELDVESDA RLLLVVSMLV DSEPMPVEAD VESDTRLLLV 
DDRPVDSEPM LVEVDVDSEA TVLLVVDRPV ESEPMPVDVE VDSEAIELFA ELRPVEVDVD 
SEATVLLVVD SPVDNELTPL CAVLMPDEAE VDSEVSELFV LLRPLDSEAT LLLVVDRPVE 
SESIPVDVEV DSEAIELVAE LKPVEVDVDS EATVLSVVDR PVDSEPIPVD VEVDSEAIEL 
FAELRPVEVD VDSEATLLLV VDRPVESEPM PVDVEVDSEA IELVAELKPV EVEVDSEATV 
LSVVDRPVES EPMPVDVEVD SEAIELVAEL KPVEVDVDSE ATVLSVVDRP VESEPMPVDV 
EVDSEAIELV AELRPVEVDV DSEATLLLVV DRPVESEPIP VDVEVDSEAI ELFAELRPVE 
VEVDSEATLL LVVDRPVESE PIPVDVEVDS EAIELFAELR PVEVDVDSEA TVLSVVDRPV 
ESEPMPVDVE VDSEAIELFA ELRPVEVDVD SEATVLSVVD RPVESEPMPV DVEVDSEAIE 
LFAELRPVEV DVDSEATVLF AVDSPVDNEL TPLCAVLMPD EADVDSEVSE LFVLLRPLDS 
EATLLLVVDR PVESESILVD VEVDSEAIEL FAELRPVEVE VDSEATLLLV VDRPVESEPM 
PVDVEVDSEA IELVAELRPV EVEVDSEATV LSVVDRPVDS EPMPVDVEVD SEATVLLVVD 
SPVDNELTPL CAVLMPDEAE VESEVSELFV LLRPLDSEAT LLLVVDRPVE SEPMPVDVEV 
DSEAIELFAE LRPVEVDVDS EATVLLVVDR PVESEPMPVD VEVDSEAIEL VAELRPVEVE 
VDSEATLLLV VDRPVESEPM PVDVEVDSEV IELVAELRPV EVEVDSEATV LSVVDRPVDS 
EPMPVDVEVD SEATELVAEL KPVEVDVDSE ATVLLVVDSP VDNELTPLCA VLMPDEAEVE 
SEVSELFVLL RPLDSEATLL LVVDRPVESE PMPVDVEVDS EAIELFAELR PVEVDVDSEA 
TVLLVVDRPV ESEPMPVDVE VDSEAIELVA ELRPVEVEVD SEATLLLVVD RPVESEPMPV 
DVEVDSEVIE LVAELRPVEV EVDSEATLLL VVDRPVESEP IPVDVEVDSE AIELFAELRP 
VEVEVESEVI ELVADDSPVD SDEIELEAES SFDATA