| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BURPS668_3054 |
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| Symbol | |
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| ID | 4884032 |
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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 668 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009074 |
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| Strand | + |
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| Start bp | 2997692 |
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| End bp | 3000337 |
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| Gene Length | 2646 bp |
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| Protein Length | 881 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 640128982 |
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| Product | hypothetical protein |
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| Protein accession | YP_001060067 |
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| Protein GI | 126440872 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.00156029 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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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 | ATGCCCCGAC TATCCTACCG ACTCGGCGAC CGATACAACG AAACGCCCCC GCCACAACTT
CATTCGTATG CGCTCCTCAG GTCGTCGGCA ACGGCGCTTC CTCGAAGCAT TCGCGGACGT
GTGCATAAAG GTCCACGGCG CTTCGCTTTC ACCACCTGCT GTGCGATGAT ATTGGCGCGT
CATACGCGAC GCCATATTAC CGACCAGACT CTAAAACAAG GAATTTCGAT GCTAACGGAA
TCGCAATTGG AAGAGGTTAA GGCCAGCCTC TTCGCCGGAA AATACAATCT GCTACTTGGC
AGTGGAATTT CACTTGATAG CTTTGATCGG CACGGGCAGC CCATAATGAG CGCCTCGGAT
CTAACCAATA GATTGTGCTC ACTCAAGGGC GCCCGACCTG GCACAACACT TGCCAGAATC
TCACTTCTTC TTAATAAAGA AGAAACACAA TCCGAACTCA CCAATAGGTA TCTCGGATGC
AGACCAGGCG AAACGGTACG TCGAATCACT AATTTTATTT GGAAAACGGC ATTTTCATTC
AATATCGATG ACGCGCTCGA GGCCGCATAC GAATCGCAGC AGAGACCTCG ACAAACCGCC
GAGACACTCA ACTACGATGC GGTGTACCAA TCTCCGGCAA ATCGCTCTAT ATTACCAATC
GTACATCTAC ACGGATTTTC CCGAGAAAAT GAAAAAGGTT ATGTTTTTTC GGTTGCCGAG
TACGGTCGAA TTACGCGCGG ACTGAATCCA TGGATGCACG TCCTAGCCGA ACTACTGGCA
AGCGAGCCTT TTATAATTTC CGGGACCAGC CTAAATGAAT CAGATCTAGA ATATTATTTG
AGCGGCCGCA CTGAGGTGTC CCCTCGAAAA AATCGTGGAC CTTCGATACT GGTGGAACCA
TATCCGGACG CGGTTACAGA AAGCGACTGT CAACGCCATG GATTGATACT CGTCAAAGCA
AAATTAAATG AATTTCTGAT CTGGCTCAAC GAAAAACTGG GAGCGTCACC GACGGTTCAA
GAGTTGCTTA TTCCGACCTC GACATCAATA TTCCAGGTTC CACCAACGCA ACTTTCACAA
GTAGCCTTTT TTTCCGATTT TCATCTTGTC CGCCCCGCCG CCCCACTGCC TGACAATAGC
CCAACACCAT TTCTGTATGG CAGGCCGCCG TCCTGGCAAG ATTTAGAGTC GGCTTTAGAT
ATCCCCACGG CAGATGAATC AAACCTGACA CGCCGGACGC GCAACTTCCT TGAAGACCCC
GCATCTCGCC GACGTGTTAT CTGTGTACTT TCTGACGCGG GCTCCGGAAA AACCACGTGC
TTGCGGCGCG TGGCGTACAA CCTGGCACAA CAAGGGCAGA CAGTCCTATT TCTGAACAGC
AAAGGTGATC TCGATATAGA CAACGCCGAA ATATGCTTCG CGCAAATAGC CAAGCCATTC
GTCGTGGTTA TCGATGGCCT AGCCGATCAT GCCTCGACGG TTCGCGCCCT CTTAACGACC
CCCAAGACGA CGCCCCCCTT CATTATATTG TCCGCCGAAC GTCAATATCG GCAGGAGCAT
ATTGATCGAT TGCTCGGCGA TCTCGCCCTG GAGTTCACCG CGATGAGCTC ATGGCCTCGC
ACCGCGCTTG TCCAATTAAT TGAAAAATAC AGAAAATATG GCTTGGTCGG CGTAAGCGAC
GCAATAAAGC ACCCAGAAAA ATATGCCGAC GACCTTTACG GCGAACCCGT CGCAATTTCA
ACCTGCCGAA TTCTTAACAA TTTTCGCCCA TTTGACAGAA TCGTCAAATC ACTTTGGAAC
GATGCAACAG ATTCAGCCCG AAGAAGCTTT CTTATATCGG CGGTAGCCGA ATATTGTTAT
TCCGGTGGCT TGTATTACCC AATCCTGGAA GCCGCGCAGA ACAATGATGG CCTCAAAGAC
CAGCTATCCT ACAATCATCC ACTATCGCTA GCATTTGCCG ATGACGATGA CTACATTTTA
CCACTCCACG CAGCAGTCGC AGATCGTGCT CTTTTGCTTG CCAGCAATGA AAAGAAAAGC
ATTTTACTTG AAGCATTTAC AAAACTAGCC AGCGCCATTG CACCATACGT GAGCCGCCGA
ACCATTATTG CACGGTCACC CGAAGCACGC TTGACCGCCA GATTATTCAA TGTAGAACAG
GTTGTTCGCA ATTTGCTCGG CGAATTATCG AGCGATTTTT TCGAGGCAAC CAAAGAGAGC
TGGCAATGGA ATTCGCGATA TTGGGAGCAG CGCGCACTGT TAACTGAACC CGACGATATT
GATACCGCGA TCCAATATGC TCGCCATGCA ACCGCGATTG AGTCTCACCC TTACCCGTGG
ACTACTCTCG CATCCATCCT AGTTCGAAAA ATGGAGGGAA CACCATCACT ACGCGACGTG
ATATTTCCCG AAGCGATCGA TCTATTGGAG AAAGTTTTTA GATTCGAGGA AAAACGTGGC
TGGCGGCCCA CACCACACCC GTACTCCACA ATGCTGCACT GCGTGAACGC TTTTCTTGAC
ATTGGCGGCA AGATCACACC AATGCAAAAG ACCTCGATTT TAGCCCTTGT TGAGAAATGC
CAACAGTTGT TTCCTCGCGA CATCGCAATG CAAACAAGCG CCGCGACGTT AGAAAGAAGG
CTTTAA
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| Protein sequence | MPRLSYRLGD RYNETPPPQL HSYALLRSSA TALPRSIRGR VHKGPRRFAF TTCCAMILAR
HTRRHITDQT LKQGISMLTE SQLEEVKASL FAGKYNLLLG SGISLDSFDR HGQPIMSASD
LTNRLCSLKG ARPGTTLARI SLLLNKEETQ SELTNRYLGC RPGETVRRIT NFIWKTAFSF
NIDDALEAAY ESQQRPRQTA ETLNYDAVYQ SPANRSILPI VHLHGFSREN EKGYVFSVAE
YGRITRGLNP WMHVLAELLA SEPFIISGTS LNESDLEYYL SGRTEVSPRK NRGPSILVEP
YPDAVTESDC QRHGLILVKA KLNEFLIWLN EKLGASPTVQ ELLIPTSTSI FQVPPTQLSQ
VAFFSDFHLV RPAAPLPDNS PTPFLYGRPP SWQDLESALD IPTADESNLT RRTRNFLEDP
ASRRRVICVL SDAGSGKTTC LRRVAYNLAQ QGQTVLFLNS KGDLDIDNAE ICFAQIAKPF
VVVIDGLADH ASTVRALLTT PKTTPPFIIL SAERQYRQEH IDRLLGDLAL EFTAMSSWPR
TALVQLIEKY RKYGLVGVSD AIKHPEKYAD DLYGEPVAIS TCRILNNFRP FDRIVKSLWN
DATDSARRSF LISAVAEYCY SGGLYYPILE AAQNNDGLKD QLSYNHPLSL AFADDDDYIL
PLHAAVADRA LLLASNEKKS ILLEAFTKLA SAIAPYVSRR TIIARSPEAR LTARLFNVEQ
VVRNLLGELS SDFFEATKES WQWNSRYWEQ RALLTEPDDI DTAIQYARHA TAIESHPYPW
TTLASILVRK MEGTPSLRDV IFPEAIDLLE KVFRFEEKRG WRPTPHPYST MLHCVNAFLD
IGGKITPMQK TSILALVEKC QQLFPRDIAM QTSAATLERR L
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