| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Bphy_6093 |
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| Symbol | |
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| ID | 6247660 |
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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_010625 |
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| Strand | - |
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| Start bp | 636820 |
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| End bp | 639609 |
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| Gene Length | 2790 bp |
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| Protein Length | 929 aa |
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| Translation table | 11 |
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| GC content | 63% |
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| IMG OID | 642597796 |
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| Product | oxidoreductase FAD-binding subunit |
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| Protein accession | YP_001862198 |
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| Protein GI | 186470880 |
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| COG category | [C] Energy production and conversion
[H] Coenzyme transport and metabolism
[K] Transcription
[Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG0543] 2-polyprenylphenol hydroxylase and related flavodoxin oxidoreductases
[COG0633] Ferredoxin
[COG1802] Transcriptional regulators
[COG2124] Cytochrome P450 |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.372916 |
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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 | 29 |
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| Fosmid unclonability p-value | 0.34057 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCCCATC AGATCACCCT CCGTTTCGAA GACGGAGTGA CCCGCTTCAT CGAGTGCGAG
GAGGAAGAGC GCGTCACCGA TGCCGCCATT CGCGCCAGGA CCAATATCCC ACTCGATTGC
CGTGACGGTG TATGCGGCAC CTGCAAGGCG GTTTGCGAAT CCGGCGAGTA CGTTTTGGGC
GACTGCGTGG AGGACGCGCT TAGCCCGGAG GAAGCGAACA CTCGCAAGGT TCTCACTTGT
CAGATGAGCC CACGTTCCGA CTGCGTGATC GAGATCGCCA GCGGCTCCGA TGTCTCGGGT
ACCGGCCCGT CTTCGCACAG GGGACGAATC GTCAGCTGCC AACGAGCGTC GGACAGCACG
ATCGCTTTCT CGGTCGAACT CGACAACCGT GCCGATCTCA GCTTCCTTCC TGGGCAGTAC
GTCAACATCC GGGTGCCCGG CACCGATCAG ACGCGGTCCT ACTCGTTCAG TTCGGGGCCG
TCCGACCCGC ACCTGTCTTT CCTTGTGCGC AATGTGCGTC AAGGCGTGAT GTCGACCTGG
CTCTGCGAAA GCGCCAAAGC AGGAGACCCG ATTGAGTTTC GCGGCCCGAT GGGGAGCTTC
TACCTGCGCG CCATCGAGCG GCCGGTGCTG TTTCTGGCGG GCGGCACGGG CCTCGCGCCG
TTCCTCTCAA TGCTGGACAA GATCGTCGAG GACGGCGGCA GCCCTTATCC GATTCACATG
ATCCTGGGTG TGAACAGCGA TGAGGATCTG GTTGGCATCG ACCGGCTCGA CACCTATGCA
CAACGCCTGC CGAACTTCAC CTATGCCTGC ACCGTCGTCA GCCCCGCCAG TGCTCATCTC
AACAAAGGCT ATGTGACCCA CCACATCAAT GCCGCCCAGC TCAACGATGG CGATGTGGAC
GTCTACCTCT GCGGGCCGCC GCCGATGGTT GATGCGGTGC GCACTTTTCT CTTGTCCGAA
GGACTGACAC CGCGCAATTT CTATTATGAG AAGTTCGCCG GAACCGGCCT GGTGGTTCAG
ACCGGCGATG AGCGCATCGC GCCTGTTGAT GTCGATGAAG CGTTCGACCT GCGCATGGCG
CTCGAACTGG GAGCGGCGCA GCTGACAATG GGCCGGCTAT CGAGCGCGCA ACTGATCGAC
TTCCGCCAGC TCGCCGAGGC GACGGCACCG TTCGTGTCCG GCCGGCACTT TACCGATGTT
CGCCGCTACA TTGAGGCGAA TCACGCCTTC CACATGTTCA CAGTGGAAGC TTCAGGAAAC
GCCCAATTGA TCGCGCGCTA CCGGGAACTG GCCGTGCAGG ACTACATCGC TCGCACGCTG
ACCGACAGGA TCAAGATCGT CGGCGATATC GTCCAGCAGC ACCGGGACAT TGTCGCTGCC
TTCGAACTGG GCGACCTGAA CGCGGCGCGG GACGTGATCG CGCTGCATGC ACGCCACTCC
AAGGCCACGA TGAGCCGGGC GCTGGCGCAC ATGACGCTGG ACAACACCGC GCCCAGCGTC
GCCGCGCCGC CCGCTCCGAC ACCTGCCGTG CCGCAAAGCG CGCCGCAGAT CTGCCCATTC
GCGGGCACGA CGCTTCCGCC GTATTCGCAC GAACTGGACT GGCCCGAAGG GCTGGAACCG
TTCAAGGTGG TCGATGACGG CTCGCAAGGC GACCCTTACG AGCACTACCG CTGGATGCGG
GAGCATGCGC CGGTGCTGCG TTGCCAGTCG GCGACTTCGG ACGTGTGGTT CCTCTCGCGC
TATGACGACG TCTATCAGGC GATCCGCAAC CCGAAGCTGT TTTCCTCCGA GGTCGTCAGC
CCTCCACCGC TGACGTTCCT GACGCTGTTC GACGCGCCCG ACCATTCGCG GTTGCGCAAG
GTCGTGCAGC CGTCCTTCCT GCCGTTGTCG CTCGATCCTT TTGTCGAGCA GATCGCACAA
AGGGCGGAAG ATCTGCTCGA CGCGATGATT GCCAGAGGCG GCGGTGATGT CGTCAACGAT
TTCGCTATCC CGCTCAGCAT CTCGACCATC TCCACGATGA TCGACGTGCC CAACGAGGAT
GAGGAAAAGA TGAAGTTCTG GTCGGACGAG ACCTTTAGCT ACTTCGGACG CCTCGCCCGC
AATGCGCCGG GAACCGGCAC CGACGAACAG AGCGCACAGG CATTCTTCGC TTACCTGAAG
GAGGCGATGG AGCGGCTCGC GCTCACCGGC AGCCAGTCAA TCGGCGGGCA TATCGCGCGC
ATGTGGAAGG ACGGGCTGCT TTCGGAAAAG GAAGCGAAGG AGCTGTGCGC ATTCGTCTTC
ATCGCCGGGC ACGACACGAC AACGATCCTT GTCGCGAACG CTTTTCGCAT GTTCACCGAA
CAGCCGCATC TGCTCGGACG TATCCGCGAA AACCCCGCCG ATGCCGACCG CTTCGTCGAG
GAGGTGGCGC GCTATCGCGG CACCGTCCAG CGTGTGAGCC GCATCACCAC CGAGGCGACC
ACGGTCGCGG GCGTCGATCT GCCCAAGGGC GCGGTCGTGA GATTGCTGCT ATCGGCTGCG
AACCGCGACA GCCGCAAGTT TCCGGAGGGC GAGACCTTCG ATATCGACCG CGATACCAAC
GGCCATCTGG GTTTCGGCAA CGGCATGCAC AAATGCCTTG GCGCGCCGCT CGCCAAGCTG
GAGACGCTGA TCGCGACGAA GGCTCTGGCC CGGAAGGTCG GCGATATCGC CCTCGATCCG
GCAAGACCGA TCCAGTACGT GCGGGGCAAC AACCTGACCA ACTCCGGACC GGAGCATCTG
TTCGTGAAGC TCGGTGGGTT ATCGGTCTGA
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| Protein sequence | MPHQITLRFE DGVTRFIECE EEERVTDAAI RARTNIPLDC RDGVCGTCKA VCESGEYVLG
DCVEDALSPE EANTRKVLTC QMSPRSDCVI EIASGSDVSG TGPSSHRGRI VSCQRASDST
IAFSVELDNR ADLSFLPGQY VNIRVPGTDQ TRSYSFSSGP SDPHLSFLVR NVRQGVMSTW
LCESAKAGDP IEFRGPMGSF YLRAIERPVL FLAGGTGLAP FLSMLDKIVE DGGSPYPIHM
ILGVNSDEDL VGIDRLDTYA QRLPNFTYAC TVVSPASAHL NKGYVTHHIN AAQLNDGDVD
VYLCGPPPMV DAVRTFLLSE GLTPRNFYYE KFAGTGLVVQ TGDERIAPVD VDEAFDLRMA
LELGAAQLTM GRLSSAQLID FRQLAEATAP FVSGRHFTDV RRYIEANHAF HMFTVEASGN
AQLIARYREL AVQDYIARTL TDRIKIVGDI VQQHRDIVAA FELGDLNAAR DVIALHARHS
KATMSRALAH MTLDNTAPSV AAPPAPTPAV PQSAPQICPF AGTTLPPYSH ELDWPEGLEP
FKVVDDGSQG DPYEHYRWMR EHAPVLRCQS ATSDVWFLSR YDDVYQAIRN PKLFSSEVVS
PPPLTFLTLF DAPDHSRLRK VVQPSFLPLS LDPFVEQIAQ RAEDLLDAMI ARGGGDVVND
FAIPLSISTI STMIDVPNED EEKMKFWSDE TFSYFGRLAR NAPGTGTDEQ SAQAFFAYLK
EAMERLALTG SQSIGGHIAR MWKDGLLSEK EAKELCAFVF IAGHDTTTIL VANAFRMFTE
QPHLLGRIRE NPADADRFVE EVARYRGTVQ RVSRITTEAT TVAGVDLPKG AVVRLLLSAA
NRDSRKFPEG ETFDIDRDTN GHLGFGNGMH KCLGAPLAKL ETLIATKALA RKVGDIALDP
ARPIQYVRGN NLTNSGPEHL FVKLGGLSV
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