| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bphy_3526 |
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| Symbol | |
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| ID | 6245077 |
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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_010623 |
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| Strand | - |
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| Start bp | 462029 |
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| End bp | 465007 |
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| Gene Length | 2979 bp |
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| Protein Length | 992 aa |
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| Translation table | 11 |
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| GC content | 61% |
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| IMG OID | 642595304 |
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| Product | molybdopterin oxidoreductase |
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| Protein accession | YP_001859716 |
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| Protein GI | 186472374 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | [TIGR00509] molybdopterin guanine dinucleotide-containing S/N-oxide reductases |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.286142 |
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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 | 55 |
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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 | GTGAAACGAC AGATCCTCAA GACCATTCTC TTCACCATGC CCAAGGTCCT CGACCTGACG
GCACGCCGCT TCCCTGCCTA TCGCGATCGG TTGAAGGAGC GCGATCTCGT CGCGTGGATC
GGGCTCATGG ATCAAAGCCT CGGTCGCGTC ATCAAACTCG AGAACGGCCG CATCCGGTCG
TGTGCCGGCA CGCATCCGCA GCCCGACGTG CGCATGCTAT TCAAGGACGT CGGCACCGCC
CTGAAATTTC TCTTCCCCAA TCCGGACTAC CTGGATATCA TCCACGCGGC GAAAAATTTC
AAGGTGATCA CCGAAGGCGA CGATGAGCTG CTGGTGTGGT TCATGCAAAC GCTGAGCATG
ATGCAAACCA TCAGCCTGCC GATGGGTACG CAAATGCGCG ACGGCACGCA GCGTTACACC
ACGTGCACCA ACGGCGGCCC TTTGTTCGTA TATGTGAAGG ATGGACGCAT CGTTCGCGTG
ACGCCGGTCG ATCTCGACAG CAAGGATGCG CCGAGCTGGG AGATCGAAGC ACGCGGACGC
CGTTTCAGCC CGCCGAGGCG CGGCCTCGTC GCACCGCACG CATTGTCGAT CAAATCGCTC
GTCTATTCGG ACAAGCGCAT CCTTCACCCG ATGAAGCGGG TCGATTTCGA CCCGGACGGC
GAGCGCAATC CGCAGAACCG TGGCAAGTCC GGCTATGTGC CGATCAGCTG GGACGAGGCG
TTGGACATCG TCGCGAAGGA GATCAACCGG CAAAAGCGGG TTCACGGTCC GGGCTCCATC
ACATTCCCAA TGTCGTCGCA CCACCAGTGG GGCAACGTTG GCTACTATCT GAGCGCGCTC
ACGCGTTTTG CCAACCTGAT CGGCTTCACA CGGGTGGCCG CGAATCCGGA CAGCTGGGAG
GGGTGGTACT GGGGCGCCAT GCATCACTTC GGCAACTCGA TGCGCGTTGG CGTGCCCTCC
GGCTATGGCG GAATCGAGGA TTGCCTTAAG GAAGCCGAGA TGATTGTTTT CTGGTCTTGC
GACCCGGAAA GCACGAATGG CGCCTATGCC GGATTCGAAG GTACGCCGCG GCGTATGTGG
GCAAAGGAGT TGGGGATCGA ATTCGTGCAT ATCGACCCGC ACTGCAATCC GACTGCCCAG
TTGCTGGGCG GCCGATGGAT TCCGGTTCGA CCACAAACGG ACGCAGCCCT CGCCACCGCC
ATCATGTATG TGTGGCTCAA GGAGGGCCTG TATGACAAGG ATTACGTTGC CAACCGGACG
ACCGGGTTCG ACGAATGGCG GGCCTATCTG ACCGGCGAGA CCGATGGCGT GCCCAAAACG
CCTGAATGGC AGGAGCAAGA AACTGGCGTG CCCGCCAAAG ACGTTCGGGC CCTCGCGCGG
CGATGGGGCG CGAAGAAGGT CTATCTTGCA GTCGGAATGA CGGGCGCGGG ATTCGGCGGG
GCGGGACGCG GTGCGACGGG AGCCCAATGG GCGCGTTGCA TGATCATGAT GATGGCGATG
CAGGGATGGG GCAAACCGGG TGTGAATTTC GGCTGCCTCG AGATCGGTGT TCCGCATGAT
CTCAACTTCT ACTTTCCGGG TTACGCGGAC GGTGGCGTGT CGGGCGAACT CGCGTGGACC
GCCAATGCCG TCAACAACTA TCAACGCATG CCGCACATCC TGACCATGAA TCCGGTCAAG
CAGATGGTCC CGCGGCAGCA GTTGCCCGAT GCCATCATCA ACGGCCACGC AGCAGGCTAC
CTCTGGGATG GCATGTCCCA GGAAGCGCAG TTCGCGCCGT TCACTTACCC GATGCCCGGT
TATTCGCCGA TTCGCATGAT CTATCGCTAT GGCGGCTCTG CCTTCAGCAC GGTCACGAAA
TCGGGGCGCT GGGCGGACGC GTACCGTCAC CCGAGCATCG AGTTCGTGGT CAATCAGTCG
ATCTGGATGG AAGGCGAGGC GCAGTTCGCC GACATCATTT TGCCTGCGTG CACATCGCTG
GAGCGGTGGG ACATCGGCGA ATGGGCGAAT TCCGGTGGCT ACGCGCATCA CGGTTTCAAT
ACGGTCAACC ACCGTATGGT CACGATGCAG CATAAATGCA TTGAACCCTT GGGGGAGTCC
CGCTCCGACT ATGACATCTT CACTGCTATT CTGACCCGCC TGGGGCTCGG CGGCGTGTTC
ACCGAGGGCT GCGGGGAGTT GGACTGGGTC AAGCGGGTAT TCGACTCGTC CGATCTGCCG
GATCACATTT CGTGGCGCGA GTTCTGCCGC AAGGGCTATT TCGTTGTGCC GCCCGAAAAA
CCGGAAATGC GATCTCCAGT GGATATGCGC TGGTTCGCGG AAGGCCGACG CAAGGATCTG
CCGGAACCGC TTCCGATGCC GTCGCAGTAT GCCGAAAAAT TCGGCATGGG CCTGCAGACG
CCTAGCGGCA AGCTCGAGTT CGTACCCGAC TTGCTGAAGC GGCATACGGC GGACAACCCG
GAGCGGCCGC CCGTGAACCG ATACATCCCG TCGTGGGAGG GCTTGCGCTC CCCACTGGCA
CAGCAGTATC CGCTGCAACT TATCGCCACG CATAGCCGTT ACAGCTTCCA CACCCATTGC
GACGGCAAGA ACTCGTCGGT CAACAGCGTG GAAGATCATC GTGCGTTGAT TGGCGGGCAT
CGCTTCTGGC TGCTACGACT CGGTCCTGTC GACGCGGCGG CCCGGGGCAT TGCCCATCGC
GATCTCGTCA AGATCTACAA CGACCGGGGT GCGGTTATCT GTGCGGCAGA CGTGTCGCCT
CTGGTTACCG CAGGGGTAGT CAAGTCGGCC GAGGCGAGCG CCGAATTCCA GTTGATCGAA
ATAGACGGCG AGTGCGTCGA AATTGGTGGT TGCATGAACC TGCTGACCCC GGATCGGCCC
CAGACGGCGG GTACAAGCAG CATGAGTCCG AATTCGTGTC TCGTGCAGGT GGAAAAGTGG
AAAGACGCGG ACGCTTTCAT GATCCGTCGC GCGGCGTGA
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| Protein sequence | MKRQILKTIL FTMPKVLDLT ARRFPAYRDR LKERDLVAWI GLMDQSLGRV IKLENGRIRS
CAGTHPQPDV RMLFKDVGTA LKFLFPNPDY LDIIHAAKNF KVITEGDDEL LVWFMQTLSM
MQTISLPMGT QMRDGTQRYT TCTNGGPLFV YVKDGRIVRV TPVDLDSKDA PSWEIEARGR
RFSPPRRGLV APHALSIKSL VYSDKRILHP MKRVDFDPDG ERNPQNRGKS GYVPISWDEA
LDIVAKEINR QKRVHGPGSI TFPMSSHHQW GNVGYYLSAL TRFANLIGFT RVAANPDSWE
GWYWGAMHHF GNSMRVGVPS GYGGIEDCLK EAEMIVFWSC DPESTNGAYA GFEGTPRRMW
AKELGIEFVH IDPHCNPTAQ LLGGRWIPVR PQTDAALATA IMYVWLKEGL YDKDYVANRT
TGFDEWRAYL TGETDGVPKT PEWQEQETGV PAKDVRALAR RWGAKKVYLA VGMTGAGFGG
AGRGATGAQW ARCMIMMMAM QGWGKPGVNF GCLEIGVPHD LNFYFPGYAD GGVSGELAWT
ANAVNNYQRM PHILTMNPVK QMVPRQQLPD AIINGHAAGY LWDGMSQEAQ FAPFTYPMPG
YSPIRMIYRY GGSAFSTVTK SGRWADAYRH PSIEFVVNQS IWMEGEAQFA DIILPACTSL
ERWDIGEWAN SGGYAHHGFN TVNHRMVTMQ HKCIEPLGES RSDYDIFTAI LTRLGLGGVF
TEGCGELDWV KRVFDSSDLP DHISWREFCR KGYFVVPPEK PEMRSPVDMR WFAEGRRKDL
PEPLPMPSQY AEKFGMGLQT PSGKLEFVPD LLKRHTADNP ERPPVNRYIP SWEGLRSPLA
QQYPLQLIAT HSRYSFHTHC DGKNSSVNSV EDHRALIGGH RFWLLRLGPV DAAARGIAHR
DLVKIYNDRG AVICAADVSP LVTAGVVKSA EASAEFQLIE IDGECVEIGG CMNLLTPDRP
QTAGTSSMSP NSCLVQVEKW KDADAFMIRR AA
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