| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BURPS1710b_A0464 |
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| Symbol | |
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| ID | 3694075 |
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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 | Burkholderia pseudomallei 1710b |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007435 |
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| Strand | - |
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| Start bp | 641455 |
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| End bp | 645360 |
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| Gene Length | 3906 bp |
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| Protein Length | 1301 aa |
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| Translation table | 11 |
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| GC content | 64% |
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| IMG OID | 637730718 |
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| Product | gene 11-1 protein precursor, putative |
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| Protein accession | YP_335623 |
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| Protein GI | 76817640 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.45092 |
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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 | GTGATTTGCC GCTGCTGCGT GGCGCTGCCG ACCGAGACGA CGTTCGAGCG GCCGCCGTCG
GTCGAGTTCG CGCCGAGCGC GACCGAGTTC GAGCCGGCCG TGACGGACGG CGCGGCGGCG
TTCGGCGCGC TCATGTCGGC GGCGATGCCC GTGCTCGCGG GCAGCGCGCG GATCACGTTG
TTCGTGCTGT TGACGATCGT CGTCGACAGC GACGTGAGCT GCGTGTTGAG GTTGGTCACG
CTCGTCGACA GTGACGCGAC GCTCGTGTTC GTCGTCGACA GGCCGGTGGA CAGCGAGTTC
ACGCTTGTCG AAGTCGACGT GGACAGCGAC GCGACGTTGC TGTTGGTGGT CGACAAGCTG
GTGGACAGCG AGCCGACGGC CGTCGAGGTG GACGTGGACA GCGAGGCGAC GTTGCTGTTG
GTGGTCGACA GGCCGGTGGA CAGCGAGCCG ACGGCCGTCG AGGTGGATGT GGACAGCGAG
GCGACCGTGC TGTTGGTTGC GGCGAGGCCG GTCGAGGCGG ACGTCGACAG CGACGCGACG
CTGCTGTTGG TGGCGCTCAG GCCGGTGGAC AGCGAGCTCA CGGAGGTGAG CGTCGACGTG
GACAGCGACG CGAGATTGCT GTTGGTCGTC GCGAGGCCGG TGGACAGCGA GCCGATCGAG
CTCAGCGCCG ACGAGAAGCT CGTCGAGGTC GACGTCGAGA GCGAAGCGAT CGAGCTGGTT
GTTGACGAGA GGCCGGTCGA CGTGGAGGTC GACAGCGAGG CGAGGTTGCT GTCGGTGGTG
CTCAGGCCGG TCGAGAGCGA TGCGACGCTG CTGTTGGTGG TGCTCAAGCC GGTGGACAGC
GAGTCGACAT TGCTGTTGGT CGTGCTCAGT CCGCTCGAAA GGGAGGTAAT CGAACTGTTG
GCCGACGAGA GCCCCGTCGA CGTGGAGGTC GACAGCGACG TGAGGTTGCT GTTAGTGGTG
CTCAGGCCGG TGGAAAGCGA GCCGATGCCG GTCGAGGTCG ACGTGGACAG CGAAGCAACC
GAGCTATTGG CCGAACTGAT GCCCGACGAG GCGGACGTTG AAAGCGAGGT GAGCGAGCTG
TTGGTGGTGC TCAAGCCGGT GGACAGCGAG GCGACGTTGC TGTTGGTCGT GCTCAGCCCG
CTCGAAAGGG AGGTGATCGA GCTGTTGGCC GACGAGAGCC CCGTCGACGT GGAGGTCGAC
AGCGACGTGA GGTTGCTGTT GGTGGTGCTC AAGCCGGTGG AAAGCGAGCC GATACCGGTC
GAGGTCGACG TGGACAGCGA AGCAACCGAG CTATTGGCTG AGCTGATGCC CGACGAGGCG
GACGTTGAAA GCGAGGTCAG CGAGCTGTTC GTGCTGCTCA AGCCGGTGGA CAGCGAGGCG
ACGTTGCTGT TGGTCGTGCT CAGCCCGCTC GAAAGGGAGG TGATCGAGCT GTTGGCCGAC
GAGAGGCCGG TCGACGTGGA GGTCGACAGC GAGGCGAGGT TGCTGTCGGT GGTGCTCAAG
CCGGTGGACA GCGAGCTGAT GCCGGTCGAG GTCGACGTGG ACAACGAAGC GATCGAGCTG
GTCGCGGACG AGAGGCCGGT CGACGTGGAA GTCGACAGCG AGGCGAGGTT GCTGTCGATG
GTGCTCAAAC CGGTGGACAG CGAGCCGATG CCCGTCGAGG TCGACGTGGA CAACGAAGCG
ACCGTGCTAT TGGTCGTCGA CAGTCCGGTC GACAGCGAAT TGACGCCGCT CTGCGCGGTG
CTGATGCCGG AGGAAGCGGA CGTTGAAAGC GAGGTCAACG AGCTGTTCGT GCTGCTCAGG
CCGGTGGACA GCGAGGCGAC GTTGCTGTTG GTCGTGCTCA GCCCGCTCGA AAGGGAGGTG
ATCGAGCTGT TGGCCGACGA GAGCCCCGTC GACGTGGAGG TCGACAGCGA CGTGAGGTTG
CTGTTGGTGG TGCTCAGACC GGTGGACAGC GAGCTGATGC CGGTCGAGGT CGACGTGGAC
AGCGAAGCAA CCGAGCTATT GGCCGAGCTA ATGCCCGACG AGGCGGACGT TGAAAGCGAG
GTCAGCGAGC TGTTGGTGCT GCTCAGGCCG GTTGACAGCG AGGCGACGTT GCTGTTGGTC
GTGCTCAGTC CGCTCGAAAG GGAAGTGATC GAGCTGTTGG CCGACGAGAG GCCGGTCGAC
GTGGAGGTCG ACAGCGACGT GAGGCTGCTG TTAGTGGTGC TCAGGCCGGT GGAAAGCGAG
CCGATGCCGG TCGAGGTCGA CGTGGACAGC GAAGCAACCG AGCTATTGGC CGAGCTGATG
CCCGACGAGG CGGACGTTGA AAGCGAGGTG AGCGAGCTGT TGGTGGTGCT CAAGCCGGTG
GACAGCGAGC TGATGCCGGT CGAGGTCGAT GTGGACAGCG AGGCGATCGA GCTGGTTGCG
GACGAAAGGC CGGTCGACGT GGAGGTCGAC AGCGACGTGA GATTGCTGTC GGTGGTACTC
AAGCCGGTGG ACAACGAACT GATGCCGGTC GAGGTCGACG TGGACAGCGA GGCGATCGAG
CTGGTTGCGG ACGAAAGGCC GGTCGACGTG GAGGTCGACA GCGACGTGAG ATTGCTGTCG
GTGGTACTCA AGCCGGTGGA CAACGAACTG ATGCCGGTCG AGGTCGACGT GGACAGCGAA
GCGATCGAGC TGGTCGCGGA CGAGAGGCCG GTCGAGGTGG AGGTCGACAG CGACGTGAGG
TTGCTGTTGG TGGTGCTCAG GCCGGTGGAA AGCGAGCCGA TGCCGGTCGA GGTCGACGTG
GACAACGAAG CAACCGAGCT ATTGGCTGAG CTGATGCCCG ACGAGGTGGA CGTTGAAAGC
GAGGTCAACG AGCTGTTCGT GCTGCTCAGG CCGGTTGACA GCGAGGCGAC GTTGCTGTTG
GTCGTGCTCA GCCCGCTCGA AAGGGAGGTG ATCGAGCTGT TGGCCGACGA GAGCCCCGTC
GACGTGGAGG TCGACAGCGA CGTGAGGTTG CTGTTGGTGG TGCTCAGGCC GGTGGAAAGC
GAGCCGATGC CGGTCGAGGT CGACGTGGAC AGCGAAGCAA CCGAGCTATT GGCCGAGCTG
ATGCCCGACG AGGCGGACGT TGAAAGCGAG GTCAGCGAGC TGTTGGTGCT GCTCAGGCCG
GTGGAAAGCG AGCCGATGCC GGTCGAGGTC GACGTGGACA GCGAAGCAAC CGAGCTATTG
GCCGAGCTGA TGCCCGACGA GGCGGACGTT GAAAGCGAGG TCAACGAACT GTTCGTGCTG
CTCAGGCCAG TGGAAAGCGA GCCGATGCCG GTCGAGGTCG ACGTGGACAA CGAAGCGACC
GTGCTATTGG TCGTCGACAG TCCGGTCGAC AGCGAATTGA CGCCGCTCTG CGCGGTGCTG
ATGCCCGAGG AAGCGGACGT CGAAAGCGAG GTCAGCGAGC TGTTGGTGCT GCTCAGGCCG
GTGGAAAGCG AGCCGATGCC GGTCGAGGTC GACGTGGACA GCGAAGCAAC CGAGCTATTG
GCCGAGCTGA TGCCCGACGA GGCGGACGTT GAAAGCGAGG TCAACGAACT GTTCGTGCTG
CTCAGGCCAG TGGAAAGCGA GCCGATGCCG GTCGAGGTCG ACGTGGACAA CGAAGCGACC
GTGCTATTGG TCGTCGACAG TCCGGTCGAC AGCGAATTGA CGCCGCTCTG CGCGGTGCTG
ATGCCCGAGG AAGCGGACGT CGAAAGCGAG GTCAGCGAGC TGTTCGTGCT GCTCAGCCCG
CTCGACAGCG AAGCAATCGA GCTGTTCGCC GACGACAGGC CCGTCGACGC CGAAGTGGAA
AGCGAGGTCA GGCCGCTGTT TGTCGACGAC AGTCCGGTGG ACAGCGACGA GATCGAGCTG
TTGAACGTCG ACATGCTGCT CGACAACGAG CCGATGCCCG TCGATGCCGA GGTCGACAGC
GAATAG
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| Protein sequence | MICRCCVALP TETTFERPPS VEFAPSATEF EPAVTDGAAA FGALMSAAMP VLAGSARITL
FVLLTIVVDS DVSCVLRLVT LVDSDATLVF VVDRPVDSEF TLVEVDVDSD ATLLLVVDKL
VDSEPTAVEV DVDSEATLLL VVDRPVDSEP TAVEVDVDSE ATVLLVAARP VEADVDSDAT
LLLVALRPVD SELTEVSVDV DSDARLLLVV ARPVDSEPIE LSADEKLVEV DVESEAIELV
VDERPVDVEV DSEARLLSVV LRPVESDATL LLVVLKPVDS ESTLLLVVLS PLEREVIELL
ADESPVDVEV DSDVRLLLVV LRPVESEPMP VEVDVDSEAT ELLAELMPDE ADVESEVSEL
LVVLKPVDSE ATLLLVVLSP LEREVIELLA DESPVDVEVD SDVRLLLVVL KPVESEPIPV
EVDVDSEATE LLAELMPDEA DVESEVSELF VLLKPVDSEA TLLLVVLSPL EREVIELLAD
ERPVDVEVDS EARLLSVVLK PVDSELMPVE VDVDNEAIEL VADERPVDVE VDSEARLLSM
VLKPVDSEPM PVEVDVDNEA TVLLVVDSPV DSELTPLCAV LMPEEADVES EVNELFVLLR
PVDSEATLLL VVLSPLEREV IELLADESPV DVEVDSDVRL LLVVLRPVDS ELMPVEVDVD
SEATELLAEL MPDEADVESE VSELLVLLRP VDSEATLLLV VLSPLEREVI ELLADERPVD
VEVDSDVRLL LVVLRPVESE PMPVEVDVDS EATELLAELM PDEADVESEV SELLVVLKPV
DSELMPVEVD VDSEAIELVA DERPVDVEVD SDVRLLSVVL KPVDNELMPV EVDVDSEAIE
LVADERPVDV EVDSDVRLLS VVLKPVDNEL MPVEVDVDSE AIELVADERP VEVEVDSDVR
LLLVVLRPVE SEPMPVEVDV DNEATELLAE LMPDEVDVES EVNELFVLLR PVDSEATLLL
VVLSPLEREV IELLADESPV DVEVDSDVRL LLVVLRPVES EPMPVEVDVD SEATELLAEL
MPDEADVESE VSELLVLLRP VESEPMPVEV DVDSEATELL AELMPDEADV ESEVNELFVL
LRPVESEPMP VEVDVDNEAT VLLVVDSPVD SELTPLCAVL MPEEADVESE VSELLVLLRP
VESEPMPVEV DVDSEATELL AELMPDEADV ESEVNELFVL LRPVESEPMP VEVDVDNEAT
VLLVVDSPVD SELTPLCAVL MPEEADVESE VSELFVLLSP LDSEAIELFA DDRPVDAEVE
SEVRPLFVDD SPVDSDEIEL LNVDMLLDNE PMPVDAEVDS E
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