KEGG T01072: BC1G

Botryotinia fuckeliana: BC1G_05268

Entry

BC1G_05268 CDS T01072

Definition

hypothetical protein

Orthology

K14338

cytochrome P450 / NADPH-cytochrome P450 reductase [EC:1.14.14.1 1.6.2.4]

Organism

bfu Botryotinia fuckeliana

Pathway

bfu00071	Fatty acid metabolism
bfu00380	Tryptophan metabolism

Class

Metabolism; Lipid metabolism; Fatty acid metabolism [PATH:bfu00071]
Metabolism; Amino acid metabolism; Tryptophan metabolism [PATH:bfu00380]

SSDB

Motif

Pfam:

p450 FAD_binding_1 Flavodoxin_1 NAD_binding_1 Flavodoxin_5

Other DBs

NCBI-GI:

154314349

NCBI-GeneID:

5437077

AA seq 1072 aa
MPLALDAQRGNLHVDTFIATTCPRTVVCGDLCKMTTAIPGPKAKPLVGNLLDLKDEEAPL
RALEHLAVEYGPIYKLTRGGTRIIVVSSVEMMEELCDESRFEKAPPMALSKKDDRPSGMF
TATNDDPDWGQAHRILVPAFGPLAIEQMYDHKMHPFVDAMVGFLSESGDRIRRPAIVTSL
MRKKNAKFQRDLDYMFEVSQGLVQHRKQNPTEKKDLLNAMLSGKDPKNKDEMRDDLIIAN
MITFLIAGHETTSGLLSFAFLNLMKNPDAYNAAQREVDQVVGRGPIRVEHLNKFEYLNGV
LRESLRLTPTAPIVSKQLVKGVSGENATLSRGKYKIEQTDKIIALLGAIQQDPNVYGSDA
NEFKPERMMGDDFKNLPSAAWKPFGSGVRACIGRAFAWQEALMVTAMLIQNFDFHLHDPG
YKLRIKQTLTIKPKDLIMQATLRHGMTAMDLEHLLRGSPSSSIKSPEISTAPSKLPDVSS
LKLDSKPMTILYGSNTGTCLAFAQRMASTAAGHGFEAKVSEMDSVVGKLPKSQPIVIITA
SYEGNPPENAARFVSWLGKLEPTSLSGTQFAVFGCGHSDWRATFQKIPTVVDNRMAEFGS
LRLVHRGLSDAANGDLSGDFDDWLNKTFWPKISRGSKSQGAALETGMHLEISTQPGVTSL
RQDVQDGVVVEAKVLTAPGTPEKRHLEIELPPDASYESGDYLAVLPVNSNQNVRRVMKVF
GLAWDSTIVIKGQSLGTLPLDTPLSIRDILAGYVELFEPVSRKILQTMANSATDQDSKQQ
LAAMSRDSETYEKQVLTKRLSIIGLLEAHSSVKLTFRDFLSSLSPLRVRYYSISSSPLHS
PNTCTITYKVLSIPSFSGPGHYAGICGTYLSSLLPGDPIKVSVRPSSKKLFHLPLDIKRT
PLLMFCAGTGIAPFRGFIQQRAMQAAASPDRKLAPAILFVGCRSSTSDRLYAQEFDKWED
LGVVDIRYSFSRDSDSSRSERETVRIGQGYKYVQERMLADIDKKDILRLWDEGARVYVCG
GGAFVKEVGRAAREIVKERLREKGEKIEGREEELEERFKTGLVDRCATDIFG

NT seq 3219 nt +upstreamnt +downstreamnt
atgccactcgcactggatgcccaaagaggtaatctccacgtcgatacattcattgcgacg
acctgtccgcgaacagttgtttgtggtgatttatgcaagatgacaacagcaattcctggg
ccaaaagccaaaccccttgtgggaaatttgttggatcttaaagatgaagaagctccactt
agagcactcgaacatttggccgtcgaatatggtcctatatacaaattgaccagagggggc
actagaataatcgtcgttagttctgtggagatgatggaagaactttgcgatgagagtcga
ttcgaaaaggcaccaccaatggcactttcaaaaaaagatgatcgaccgtctggtatgttt
acagcaacgaatgatgatccggattggggtcaagcacatagaattctcgtacccgctttt
ggaccattagctattgagcagatgtacgatcataagatgcatccatttgttgatgcaatg
gtgggatttctatccgaatctggagatagaattaggcgaccagcaatcgttaccagtttg
atgagaaagaagaacgccaaattccaaagagatctagattatatgtttgaggtttctcaa
ggcttagtacaacatcgaaaacaaaaccctacagaaaaaaaggatcttctgaatgcgatg
cttagtggaaaagaccccaagaataaagatgaaatgagggatgatttaatcatagctaac
atgattacatttttgattgctggtcacgaaactacatccgggttgctctcatttgctttc
cttaatttaatgaaaaatccagatgcatacaatgcagctcagcgcgaagtagatcaagtg
gtcggtagaggacctatacgtgtggagcatctcaacaagttcgaatatttaaatggtgta
ctcagagaatcgctacgactcacgccaactgctccaattgtgtcaaaacagctggtcaag
ggtgttagtggagaaaacgcgactctctcccgtgggaaatataagattgaacaaactgac
aaaatcattgcgctacttggggctatacagcaggatcctaacgtttatggatctgatgca
aatgaattcaaaccagagcgtatgatgggagatgatttcaagaacctcccaagtgcggct
tggaaaccatttggaagtggagttagagcatgtattggacgtgcatttgcatggcaagaa
gcattgatggttacagctatgcttatacagaactttgattttcatctccatgatccggga
tataaattacgtatcaagcaaacactcactatcaaaccaaaagatcttataatgcaagct
acactacgtcatggtatgacagctatggatcttgaacatttattgagaggatcaccatcg
tcaagtattaagtcacccgaaatttccacggcaccttcaaaactgcccgatgtctcaagc
ctaaagttggattccaagcccatgacaatactttatggatcaaatacaggaacttgtctt
gctttcgcacaaagaatggcttctaccgctgctggacatggttttgaagccaaagtttcg
gaaatggatagtgtagttggaaaattacctaaatctcaacctatcgttattattacagct
tcgtatgagggtaatccaccagaaaatgcagccagatttgtcagttggttagggaaactc
gaaccaacttcactttcaggaacacaatttgctgtttttggctgcggtcatagtgattgg
agagcgacatttcaaaaaataccaacggtagtagataatcgtatggcggagttcggaagt
ttaagacttgtacacagaggtctttctgatgcagccaatggagatctatctggcgatttc
gatgactggctgaataaaactttttggccaaaaatcagccggggttcgaaatctcaaggg
gcagctctagagacaggaatgcatcttgagatttccactcaaccaggcgttacgagtctc
cgacaagatgtccaagatggtgttgtagttgaagctaaagtattgacagcaccaggaacg
cctgagaaacgtcatctggaaattgaacttcctcccgatgcgtcatatgaaagtggtgat
tatcttgctgtccttccggtaaattcgaatcagaatgttagaagagttatgaaagtgttt
gggctagcttgggattcgaccattgttatcaaaggtcagagtttgggcactttaccactt
gatactccgctatcgattagagatatattggcggggtatgtagagctatttgaacccgtt
agtagaaagatactgcaaacaatggccaattctgcaactgaccaagactcgaaacaacaa
ctcgcagcaatgtctagagattcagaaacctacgaaaagcaagttctgactaaacgacta
agtattattggcttgttagaagcacactcatcagtcaaactcactttccgcgatttcttg
tcttctctttctcccttgcgagtccgctactactcaatctcctcatctcctcttcattct
ccaaatacatgcacaataacctacaaagttctctccatcccatctttctccggccccggc
cactacgccggcatttgcggaacctatctctcctctctcctccccggagatccgatcaaa
gtctccgtccgacccagcagcaaaaaactctttcatctccccttagacatcaaacgaacc
cctctccttatgttttgtgccggcaccggaattgcccctttcagaggctttatccaacag
cgcgccatgcaagctgccgcatcaccggaccgcaaacttgctcctgcgattctatttgtc
gggtgtagatcttcgacttccgatcgtctatatgctcaggaattcgacaaatgggaagac
ctcggtgtagtcgatatccggtattccttttcacgcgattcggattcttctcggagtgaa
agggagacggtgaggatcggacaggggtataaatatgtgcaagagaggatgttggcggat
atagataagaaagatattttgaggttgtgggatgagggggcgagagtatatgtttgtggt
ggaggagcatttgttaaggaggtagggagagcagcgagggaaattgtgaaggagaggtta
agggagaagggagagaagattgaagggagagaagaggagttggaggaaagatttaaaact
gggttggtggatagatgtgcgactgatatttttggttag

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (5)   
   KEGG ENZYME (2)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (30)   

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