| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bphy_0246 |
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| Symbol | |
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| ID | 6241748 |
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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 phymatum STM815 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010622 |
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| Strand | + |
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| Start bp | 287759 |
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| End bp | 292492 |
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| Gene Length | 4734 bp |
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| Protein Length | 1577 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 642592009 |
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| Product | hypothetical protein |
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| Protein accession | YP_001856485 |
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| Protein GI | 186475015 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0433] Predicted ATPase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 1 |
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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 | 45 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTGAAC TGATGGTTGA AATTTCGAAT CAAGTCAGTC GGCAGATCAC GGACCTGTTG
CTTGCCGAGT TGGATGCATC AACTGGGCGC GGAGAGTTCG GTGTCGTGGT ACACGATGCG
TCGGTCTTTG ACAGGAAATA TCTTCTTGCG CGCTTGCCCG ACATTTTCAA GGGGACAAAG
GCACGCCTAC GCGTTGCCGT AGTGGGCCAG CACGACGACG TTGCGACCTT CAAAGCGTTG
AACGAAAAAT ACGCAACTCT TGTTGCTTCG GATGAAGAAA GTGCGGTCCA ATGGCGCAAC
CAAAACCTAA AAACAATAGT GGTCCTCACC GACGAGCCAC TGACTAAACA GGGTTCACTG
AAAGACTTCA GTATTATGAG CGAGGCCAAG TTAATCATCA GGCTTTGCGA CCAACAGCGT
GACCACGCGG AAGTTCTGTG GCTTAGAACG CTTTGGGATG CGCTCAAGTC GACGCGTGGG
CCTGCCCTAT CTCTTCAGAA GATTGCTACA TTTGCGGCGG CACTCCAGCG CCTGACTCCC
CTTGAACGGT CAGTTAAGGC GCCTAGAAAT CTGCATGCAC TTGGATTGTT CCCCGACACC
CATTTGGCTG AGGAGTCAAG TGAAGGCCGG ATCATTCGCC GATTGAAAGC CAATGCAGAA
CTATTGAACA TGGTTAGCAA TGCGACGCCG GAAGACCTGG ATCGTATGGC TACGTATTGC
CGACAACTGG CTGCGAAGGA GAAGGTGAAA TTCAATGCCA TTCGGAAACG CCTACGGGCG
ATCGGGGAGC GAAGCTCGGC CGATCTAACG GATCTTGAGT TTTCGGATGT GCAACAGATA
TGGCGCGGAA AGGTGATGTC GCCTACGGCT CGCCTCGACA CGGGAAGCGA TGGAACTGTA
TCCCCGGACA AGGTTCCCGT TGAATCGGTC GTGGCCCAAC TGTTGCTTGA CGGCGGAGCC
GAACAACTTG CTGACTTGGC GGAAAGAGTT GAGCAACTCG CTGATCAAGC GCAAAACGAT
CAGATAAATT CTGATGACGA GCCGCTCGGA TCGGCTGACG TATCCGACGG CACAAACGCA
ACATCCTTCC AGGCGGTCAC GAGCGTCGAC GCGAACATTA TTGCCTTGTC CAGTTCGCGT
TCGACAAATG AAGATTGGGG CGGTGTCATT GACATTGAAT CAGATCGCCT GGATGCGTTG
ACCGAGATCA CGGCGTTTAA GGCGTGGCAA CCGTTCAAGT GCAGTCAATT TAAAGAGTGG
CTTGGCGAAT TTGTCTCCGC TGATCTGGCG CCGGCGACTT GTCTTGATCT GTTCGACTTG
CTTGCAAAAA ACCGTGCGGA GCTTTTGGAG TACATCTCTG AGTTGACGGT TTCCCCGGTT
GCCGTACTTG GCGGTCGTCC AAAAGCACTC GCAGCAGCCG AAGGCTACTT GCAGACGTAT
GACCAATTGC TCAAGCAGTT GCAGGCGACG TATCAGGAAA TGTACGCGCA AGCTAGCGAC
GAAGCAGAGC GCCTTGTGCA CTGGCTTCTC GCCATGGAAC TCTATGTTTA TCGGCGAGAT
GGCATCACAG AGGTTCTTCT TTCACCCGTA CATCCTCTTA ACCTATGGCG CAGTGTAGCG
ATCGTAAAAG ATTTGCAGTC GCTGGGCGGG AAACTGTCCG ACACGGAGCG TGCAACCCTC
ATTGCTGCGT CGGCTGAGGA TGTGCAACTT CTCAACGTTT TGGTGCTCCC TCAGATTGAT
GGGGTAAATT CGCAGGCTTC GTTGTTAGGG CACGCAGGCG GCGTCGGGCA TCTGCCGTTG
TTCAAGGAAG CGCCGCGCGG CGTACTTGAG CCAGACGGGA TAAAGAGCGT AACTGCGTTT
GCAACGCTAA TCGCGCAGTT GCGTCCATTC GCGCGTCCGG GCCTGCAGGT TATGTTTGTC
AATGCACCGA GGCCGGGCAG GTTCTTGGAA GCGGTGCTTG ACGTTCTGGA TCTCGACAAT
ACTTCGGCAG AAGATACCTT TTGGGGAGTC CATTTCCGAT ACCGCTATAC GTCGGACGAC
ACTCGAGGCT GGACTTCAGA ATTCGAAAAC ATCGACGATC AAACGAAAGA CCGGATCCGA
TCAGGACAAG AGCGAGGTCT TATCAGCGTC TCCGTTGATC CTGAGATTCG AACTTGGCCC
GATGTCATAG AAGAGGCGCG ACGACTTCCC GCGCACCTGA CTGTTGTATT TGATCCTTTT
GAAGTTCGCA CCGCGCTAGT AGCGCGTGCT GGTTTGCACG ATCTCAGTCC TTGGATGCCG
AGTTGTGAAT ATCGGTATAA CAAACTGAAG AAGCAGATCA TGGTCGTGCC CGTCGCTGAG
GAAGAGATCT TTGCCACATA CTTCTCTGCC GCAACGCTGG TGCATCGCGA ACTCAAGCAA
AGTACTGCGA CGCATCAACC CCAAGTGTCT TCGGTAAGAA CTTGGCTGGA TGAACTGGCT
GATTCCAGTA TCTGGACCAT CATAGCTGAC CCTCATCGTG TTTTGGTTCC GCGACTGGGG
GAAGCGGAGG TAATCGATCG TCGCATTGAG GGAGCGCGGC AAATTACGGC GTTTGGCCGT
GATTTGAGCC CGTTTGTGCG GCGCCTAGAT CAGCAACTTC GGAGGACGCA CTATGTCGCG
GACCCTGAGA CCCTCGAGGA ACTCGTTCGT GACCTGGTCG CGATGGAACC GAATGGTATC
TTGGGTCTAG TTGGCGGAGA CAAGTCGAAG CACATAAAAG GTGCGCTTGG AAAGCTAATC
GCTATGCGCT GGTACCGTGG CCTGGACCCA AGTGGCCTCG CGGTGAGCCT TGATACCCAA
AACGCACAGC GCTGGCTTAC TGCTGGCGGG CATTCAAACG AGAAGGCGGA TTTGATAGGG
CTTCGCGAGG AAAACGGCGA ACTCATTATT GATGTCATTG AGGTTAAAAC GCACGACGAA
GGTGTGCCTT ATTCCGTTCA AAACGGCGTA GTCGCGGGGC ACGCAGTCAA TCAGGTGCTT
TCAACACTGC ATGCGTTAGC TGAAGTCTTC GGGGGGTCAA ATCTCTCGCC GCTCGCAAAA
CCTCGACGTG AGGTGTTGCG GGAACATCTT TATACGGCGC TATTGCGCGA CCTTAACCCG
CAATACATAG AGCGATGGCA TAGCCTACTG CAAGATCTCT TCGACGGAGC GCTTACCGTG
CGATTGAGCG GCAGAATTGT TCACGTCCAA CTCGCGAGCA TAGCCACGAC CCCGTCGGCG
GTCCTACAAA GCAAGGTCGG CGTTCCGATT GAGATAAACA CACTCGCCGC CACCGAAGTG
GGGCTAGTAC TCACATCCAC CAAAGTGGTG GCTGAAACCG CGTTGTTGGA GAGGATAGAT
GCGTCAACAA AGGTGATTCC AGAATCGATT GATCCCACTC AGGCGTATCA TCTTCTCTCG
AGCACGTCGG CAGAAACGAC GATCGAAAAC TCGCTCGAAG GGAGCACCTC GATAGTTGTG
AACGACTCGC GTGAGGACGG TAATGGAGAG CCAATTCGTT CTACAAAGAA TATGGCACGC
ATCCAGAACG TGAGTCCGTC CGATCGGGCT GTCCACGAGG TGACAAAGCG ACAGGAGGCT
GTATCAACTG GTGGCCCGTC TGGCTCGCTC GATATCATGC TCGGGAAGGA AGTCAACTCA
AGCCAGCCGG TTTCATGGGC GCCGGGCCGT CAGAGCAATG GATTCTTTTT GGTACTTGGC
GCATCTGGAT CGGGAAAGAC CGAAACGCTT AAGGTGCTGG GAAAAGGTGT TTCGGATCAC
GGTGTGCCCG TCCTGGTACT CGATTTCCAC GGTGACGTTC AGTTTCCCGG ACTTCGCTCA
GTACTTCTCT CATCGGGCAC CTCCAGTACC ATCGGGGTTA ATCCGATGGA ACTAGATTCG
CAGAGCGCAG AAGAAACCGG GTTATACGAT CAGCGCAAAG TGATTCGCGA CATGATTCGG
AATGCCGTTC CTGCACTCGG ACATCGTCAA GGCGCTATTC TTCGCGACGC CATTGAGGCT
GCCTACACTA CGGCAGGCTT TTCCGACACT GATCCTGCCA CGTGGCGCAA TGCACCGCCG
ACGTTTGCGG ATGTTGAGCA AATTCTCGGA GGTTGGGCGG AAGACGACGC GCGAAAGAGC
CAACGCGCGT CTATTGAAGG GTGTCTAGCA GCTGTCCAAG AGATATTCGA GCATCCGATC
TTCCAGCGTA CTGAGCACGT ATCTGTCGAG GAAATCCTCG CCGAAAGTGT GCGGTTGGAT
CTGAGCAAGC TTACAGATGA GGTTCGGTAC ATTGCCGCCG AGACACTGCT GCGGAAGATA
TTCCGTGTAC TTCGACTGAA GGGACCTATC CCTGTGCAGC CGGTTGACGA TAGGCAGCGG
TTCAGATTGT TTGTCGTCGT TGACGAGGCA AAAATCCTGA GCACCGGTGG TGGTGACCCG
GATGCACCGG ATCGCATCCT GAATCTGCTA TTTACTGAAG CGCGCAAATT TGGGCTTGGG
ATGATCCTTG CGTCCCAAAT GAGCGACCAT TTCGGATCGG AAGTGAAGGC GAATGCAGCT
ACTTGGCTTG TTCTAAAACC TATGGATATT CGCGAAGCTA AGAAGAACGC CCCGAACGTT
CACATGGAGC CGGAGGCCTT AACGTCCTTA AAGGGGAAAG GCGATGGTTA CTTCCGCGAT
CGATCGTCGC CACGTGCTCG GCGCGTCCAA GTCGAGCCGC TGAAGAGCGA CTGA
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| Protein sequence | MSELMVEISN QVSRQITDLL LAELDASTGR GEFGVVVHDA SVFDRKYLLA RLPDIFKGTK
ARLRVAVVGQ HDDVATFKAL NEKYATLVAS DEESAVQWRN QNLKTIVVLT DEPLTKQGSL
KDFSIMSEAK LIIRLCDQQR DHAEVLWLRT LWDALKSTRG PALSLQKIAT FAAALQRLTP
LERSVKAPRN LHALGLFPDT HLAEESSEGR IIRRLKANAE LLNMVSNATP EDLDRMATYC
RQLAAKEKVK FNAIRKRLRA IGERSSADLT DLEFSDVQQI WRGKVMSPTA RLDTGSDGTV
SPDKVPVESV VAQLLLDGGA EQLADLAERV EQLADQAQND QINSDDEPLG SADVSDGTNA
TSFQAVTSVD ANIIALSSSR STNEDWGGVI DIESDRLDAL TEITAFKAWQ PFKCSQFKEW
LGEFVSADLA PATCLDLFDL LAKNRAELLE YISELTVSPV AVLGGRPKAL AAAEGYLQTY
DQLLKQLQAT YQEMYAQASD EAERLVHWLL AMELYVYRRD GITEVLLSPV HPLNLWRSVA
IVKDLQSLGG KLSDTERATL IAASAEDVQL LNVLVLPQID GVNSQASLLG HAGGVGHLPL
FKEAPRGVLE PDGIKSVTAF ATLIAQLRPF ARPGLQVMFV NAPRPGRFLE AVLDVLDLDN
TSAEDTFWGV HFRYRYTSDD TRGWTSEFEN IDDQTKDRIR SGQERGLISV SVDPEIRTWP
DVIEEARRLP AHLTVVFDPF EVRTALVARA GLHDLSPWMP SCEYRYNKLK KQIMVVPVAE
EEIFATYFSA ATLVHRELKQ STATHQPQVS SVRTWLDELA DSSIWTIIAD PHRVLVPRLG
EAEVIDRRIE GARQITAFGR DLSPFVRRLD QQLRRTHYVA DPETLEELVR DLVAMEPNGI
LGLVGGDKSK HIKGALGKLI AMRWYRGLDP SGLAVSLDTQ NAQRWLTAGG HSNEKADLIG
LREENGELII DVIEVKTHDE GVPYSVQNGV VAGHAVNQVL STLHALAEVF GGSNLSPLAK
PRREVLREHL YTALLRDLNP QYIERWHSLL QDLFDGALTV RLSGRIVHVQ LASIATTPSA
VLQSKVGVPI EINTLAATEV GLVLTSTKVV AETALLERID ASTKVIPESI DPTQAYHLLS
STSAETTIEN SLEGSTSIVV NDSREDGNGE PIRSTKNMAR IQNVSPSDRA VHEVTKRQEA
VSTGGPSGSL DIMLGKEVNS SQPVSWAPGR QSNGFFLVLG ASGSGKTETL KVLGKGVSDH
GVPVLVLDFH GDVQFPGLRS VLLSSGTSST IGVNPMELDS QSAEETGLYD QRKVIRDMIR
NAVPALGHRQ GAILRDAIEA AYTTAGFSDT DPATWRNAPP TFADVEQILG GWAEDDARKS
QRASIEGCLA AVQEIFEHPI FQRTEHVSVE EILAESVRLD LSKLTDEVRY IAAETLLRKI
FRVLRLKGPI PVQPVDDRQR FRLFVVVDEA KILSTGGGDP DAPDRILNLL FTEARKFGLG
MILASQMSDH FGSEVKANAA TWLVLKPMDI REAKKNAPNV HMEPEALTSL KGKGDGYFRD
RSSPRARRVQ VEPLKSD
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