KEGG T01072: BC1G

Botryotinia fuckeliana: BC1G_04254

Entry

BC1G_04254 CDS T01072

Definition

hypothetical protein

Orthology

K11987

prostaglandin-endoperoxide synthase 2 [EC:1.14.99.1]

Organism

bfu Botryotinia fuckeliana

Pathway

bfu00590	Arachidonic acid metabolism
bfu01100	Metabolic pathways

Class

Metabolism; Lipid metabolism; Arachidonic acid metabolism [PATH:bfu00590]

SSDB

Motif

Pfam:

An_peroxidase p450

Other DBs

NCBI-GI:

154316646

NCBI-GeneID:

5438244

AA seq 1128 aa
MEQPHQGGPARRLTLGVPKKSTSGNASSNPQVFEGPDHSVKRAGIVGTLESLGKVISTAN
RPLNTETGDGSYDTKQEQSGLLDDLKALRIKDLETLQMTMKQELGSSNLADDKTMLMEKL
IQLVANLPGTSKTRVKLTEVLVDELWGSLEHPPASMLGDKYNYRQADGSFNNIRFPDIGK
AGTAYARSVTPKIVQPNPKPDPGLIFDTIMSRENGGFKPHPNNISSMLYYIASIIIHDCF
RTSHEDFNISMTSSYLDLSPLYGSNQDEQNNMRTLKDGELKPDCFSEKRLLGFPPGVGCI
LIMFNRFHNYVVKQLATINENGRFTPPKDNLPDDKKQAAWKKYDNDLFQTGRLITCGLYI
NIILLDYLRTIVGLNRVNSTWTLDPRIEMERNSKPGTEAGVGNQCAAEFNLVYRWHSCIS
QRDEKWSEDLYMKIFGKSYKEVTMQELLIGLGKLEAMTPEDPLQRDFAGMKRGTDGKLND
DDLVNELTASIEDLAGSSGANNVPAVLRAVEILGMEQARAWKCATLNEFRKHFGLIPHEK
FSDINSDPAVYEKLKVLFDEPDLVELYAGLVCEDAKKPMDPGVGIGPTYTISRSILSDAV
TLVRGDRFYTTDYHPANLTNWGVTEVKYDLNVNQGCVFYKLFIRAFPNHFSYNSIYAHYP
LTIPSENKKIMEKLGRADDYSWDKPVKVPERKNIVTFDGVKSVLTNAEVFGVDNWRRGLA
YLMGKPGANFMLAGDGDFFAERRNQMKECLYQDKWHESVKNYYESIVPRLLKRWSYNIGG
TTNQVDVIRDIDNSAHVHFAANVFHLPLKTEENPKGVYTEHELYMVLAVIFIVIFFGDVD
PAKTFSLRAAGLPVTQDLGQLVEQNVNFISKTSLVSGIVDTFMEENNALKDYGVHMVRHL
LKAGLGVHETVWSQILPTAGAMVANQAQVFGQVLDFYLGDGKEHLPEINRLAKLNTAEAD
DILLHYLLEGIRMYGTFGAYRTCHQNITINDGSRKVECKPGDSVFVSFVSLAQDPKIYPD
PKTVRLDRPVDSYLVYGVGSHACLGGEASRVALTAMLKCIGRLDNLRRASGPQGEMKKVP
REGGFYVYMDKMMGSEFPFPTTMKICWDGGLNEPVPVVEKGKGKKNGA

NT seq 3387 nt +upstreamnt +downstreamnt
atggagcaacctcatcagggcggcccagcacgtcgtttgactttaggtgtgcctaaaaag
tctactagtggtaatgcaagctccaatcctcaagtattcgaaggtcccgatcacagtgta
aaacgcgctggtatcgtaggaactctcgagtcactcggaaaagtcattagcacggccaat
cgtcctttaaacaccgaaactggagatggctcatacgatacaaaacaagagcagtcgggc
ttgttggatgatctcaaagcattgcgaattaaggatctggaaacattgcagatgactatg
aagcaagaactaggatcctcaaatctagcagatgataagaccatgttaatggagaagctt
attcagttggttgcaaaccttcctggaacctccaagactcgagttaagcttacggaagta
ctcgttgatgagctatggggatccttggaacatccaccagcttcaatgcttggtgataag
tacaattaccgacaagctgatggctcattcaataacatcagatttcccgacattggaaaa
gcaggcacagcatacgctcgaagtgttactccaaaaattgttcaaccaaacccaaaacca
gatccaggccttatattcgacacaatcatgagtcgagaaaatggtggattcaagccccac
ccgaacaatatatctagtatgctttactatattgcaagcattatcattcatgactgcttc
cgtacctcgcacgaagatttcaatatttcaatgacctcctcttatttagatctttctcct
ttgtatggaagtaaccaggatgaacaaaataacatgcgcacacttaaagatggagaacta
aaaccggattgtttctccgagaagagattgttaggttttcctcctggagttggatgcatt
cttattatgttcaatcgttttcacaactatgtagtgaaacaattggcaacaataaacgag
aatggacgctttacaccccccaaagacaatctaccagacgataaaaagcaagcagcctgg
aagaagtatgataatgatctatttcaaaccggacggcttattacttgcggtctctacatt
aacatcattctgctcgattatctccgcacaatcgtcggtctgaatcgagtcaattctacc
tggactcttgatcctcgaatcgaaatggaaagaaacagcaagcccggaactgaagctgga
gtcgggaaccaatgtgctgccgaattcaatctcgtgtatcgatggcattcctgtatcagt
caacgtgatgagaaatggtcagaagatctgtacatgaaaatctttggaaagagctacaag
gaagtcaccatgcaggagcttctcattggtttgggtaaactcgaagcaatgacaccagaa
gatcccctacaacgagatttcgctggtatgaagagaggcactgacggaaaactcaatgat
gatgatcttgtcaacgagttgaccgccagtatagaagacttggctgggtcatcaggagca
aataacgttcctgcagtcctgcgtgctgttgaaatccttgggatggaacaagctcgtgca
tggaagtgcgcaactctaaatgaattccgcaaacactttggccttataccacatgaaaag
ttttcagatatcaattcagatccagccgtctatgaaaaattgaaggttctgttcgatgag
cctgatttggtcgaactttacgccggattggtttgtgaagatgccaagaagcctatggat
ccaggtgttggcattggaccgacctatacaatcagtcgtagcattctttctgacgcagtt
acattggttcgtggtgacagattttataccaccgactatcatccagcaaaccttacgaat
tggggcgtcaccgaagtcaagtatgatttaaacgtcaatcaaggttgcgttttctacaaa
ttgttcatccgagctttcccaaatcatttctcgtataatagcatatatgcccactatcct
cttacgataccgtctgaaaacaaaaagattatggagaaactcggccgtgcagatgattac
agctgggacaaaccagtcaaggttccagaacgaaagaatattgtcacctttgatggagtc
aagagtgttcttaccaatgcagaagtgtttggcgttgataattggcgcagaggtcttgct
tacctcatgggaaaaccaggtgctaatttcatgttggctggtgatggcgacttctttgca
gagcgtcgtaatcaaatgaaggaatgtctttaccaagacaaatggcacgagagtgtcaag
aactactacgaaagtattgttccaagactcctcaagagatggtcctacaatatcggtggc
acgaccaaccaggttgatgtcattcgcgatattgataattccgctcatgtacactttgcc
gccaatgttttccacctaccactcaagaccgaagagaatcccaaaggtgtatataccgag
catgaattgtacatggtgttggctgttatcttcatcgttatattttttggtgatgtcgac
ccagccaaaacgttttcattacgtgctgctggtcttccggttacacaagatcttggtcaa
ctagttgagcaaaacgtgaactttatctcaaagactagtcttgtatcgggtatcgttgat
actttcatggaagaaaacaacgcacttaaagattacggtgtgcacatggtgcgccatttg
ttgaaggctggcttgggcgttcatgagactgtttggtcacaaattttgccaacagcagga
gcaatggtagcaaaccaagcacaagtttttggtcaagtcctcgacttttatcttggtgat
ggcaaagagcatcttccggagattaaccgtcttgcaaagctcaacacagcagaagcagat
gatattctcttacattacctgttggaaggaattagaatgtacggcacattcggtgcttac
cgaacatgtcatcaaaacattaccatcaacgatggatctcgaaaagtcgagtgcaagcct
ggcgattcagttttcgtcagtttcgtttcactagcccaggaccctaaaatctatcccgat
ccaaagacagttcgtctagatcgtccagttgattcttacctcgtgtatggcgtcggttcc
cacgcttgtctcggcggtgaagcttcgcgtgtagctcttacagccatgcttaaatgcatt
ggccgacttgacaatttgagaagagcatctggtcctcagggtgaaatgaagaaggttcca
agagaaggaggattctatgtttatatggataagatgatgggatccgaattccccttcccg
actacgatgaagatttgttgggatggagggttgaatgaaccggtaccggtggtggagaag
gggaaaggaaagaagaatggcgcatga

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (7)   
   KEGG COMPOUND (7)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
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 (2)   
   Pfam (2)   
All databases (21)   

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