KEGG T01044: LACBIDRAFT

Laccaria bicolor: LACBIDRAFT_305274

Entry

LACBIDRAFT_305274 CDS T01044

Definition

linoleate diol synthase

Orthology

K11987

prostaglandin-endoperoxide synthase 2 [EC:1.14.99.1]

Organism

lbc Laccaria bicolor

Pathway

lbc00590	Arachidonic acid metabolism
lbc01100	Metabolic pathways

Class

Metabolism; Lipid metabolism; Arachidonic acid metabolism [PATH:lbc00590]

SSDB

Motif

Pfam:

An_peroxidase p450

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 1062 aa
MSVNRLSSFLGRRPSASTTGVANGTATETSPTNGASGDPKILKDFREQIKRGVPFSLETS
SLAAILDLIRHKDAIDDRKLLLEHALTFVSRLEEGDLSRKLKNGIIELLYNDLTHPAATS
ISNKYAWRTADGSYNNIDVPDMGKAGTPYSRSVQQSNPLPKNQLPDPGLVFDTLLKREGF
VKHPGGLSSLMFSFAALVIHSVFRTSHRDININETSSYVDLAPLYGNNVEDQNRIRVRDG
RGRLHPDVFAEDRLLLLPPQVCVLLVLFSRNHNYIVERLLEINERGTYVDPDQLSPDDPA
QKAQLLAQEEELFQTGRLINCGWFGSVVFSDYFSCILGLVRDGNNWSLSPFGEIRKDDHS
LFERGKGNVCSVEFNCLYRWHATTSLEDEAWVHKAFSQIFGGKPIDQITPEDFRNAAKRL
EQVQPDVTHWTFGGLQRQENGRFKDSDLADVLKNATEHSAGAFRARGTPAAMRLNEVMGI
EQNRRWGVCSLNDFRKYLGLKPYATFLEWNSDPEIADSAEKLYGDINFLELYVGLQAEEA
KPLVEGAGLCPGYTISRAILSDAIALTRGDRYFTHDFTPFNLTAWGFADCQRDPNAFGFG
STLGRLFLRTLPNDYTENSVYTFFPLMTPESMKTNLTKLNLLDKYDLSRPQTRTPLKIVS
DHTEVVKLLKDKESTSKPYAARVARVIKGKGFFPAEGGKEQEAVTTALSGSPELVDDIGK
YFYETTKKLIVDNSFTLVGGKVAGVDLVKHVLRVVPVLWVATDLAGIELKTKSHPHGPYT
PSELFDVLGEIYAFVFLDVELAKVMVLQESIKSHVKKLLRLIKGGLDGGAGNRLSIAGIV
ETVSSLFSKPKKSDHSVLMKRLHELGQSHDQLANTVLALMVGASVELSLSLTNMVNLYLG
SDKQAQITALAKNPDSSLKGYVYEALRIDPPFEGVYRISTKDQTIAGQTVNKNDRIFVDI
GTANLNEKVFPHPVAVDISRSTKEALFAEGVFEYLGEHLTVKVMGEVLRAVFDLNNVSRA
PGQSGVLKRFKVHTRPECRYGYLNHSQIAYEWPTSMAIQYSK

NT seq 3189 nt +upstreamnt +downstreamnt
atgtccgtgaacaggctttcgtctttcctgggccgtcgccctagtgcatcaacaactggt
gtcgcgaatggtacagcgacagagacctctcccaccaacggtgcctcgggcgatcccaaa
atcttgaaagacttccgcgagcagatcaagagaggggtgcccttcagcctagagacgtct
tctctggccgcaattctcgatcttataaggcataaggatgcgattgatgacaggaaattg
ctgcttgagcacgccctcacgttcgtctctcggttggaggagggtgatctctcacgcaaa
ctgaaaaatgggatcattgaacttttgtacaatgaccttacgcacccagctgcgaccagc
atcagcaataaatatgcctggcgaactgcagacggatcctacaacaacattgacgttcct
gatatgggcaaggctgggacaccttactctcggtcggtgcagcaatccaaccctttgcct
aagaatcaattgccggaccctggtctcgtgttcgatacgcttctgaagcgtgaaggattt
gtcaagcaccccggcggactttcctccctcatgttctcgttcgctgcactcgtcattcac
agcgtttttcggacttcccatcgtgacatcaatatcaatgaaacctcttcctatgttgac
ctcgctcctctttacgggaataatgttgaagaccagaatcgaatccgggtgcgcgatggc
cgtggtcgtcttcatcctgatgttttcgcggaggaccgactgctcttgctccctcctcaa
gtttgcgtcctcttggtactcttcagtcgcaatcacaactacattgtggaacgtcttctg
gaaatcaacgaacgaggaacttacgttgatcctgatcaactttcgcccgatgatcctgct
caaaaagcccagcttctggcgcaggaagaagagcttttccagactggtcggctcatcaat
tgtggctggtttggttcagtcgtcttctctgattatttctcctgcatcttgggacttgta
agggacggcaataactggagtttgagtccctttggagaaatcagaaaagacgatcattcg
cttttcgagcggggtaaaggtaacgtatgcagtgttgagttcaactgcttgtatcgctgg
cacgcgaccactagcttagaagacgaggcatgggtccacaaggctttttcccagatattc
ggaggcaagccaatcgaccagatcacaccggaagatttcaggaatgcagcaaagaggttg
gagcaggtccaacctgatgtcactcactggactttcggaggcttgcagcgacaagaaaat
ggaaggttcaaggactctgatctcgctgatgttctaaaaaacgctactgaacactctgca
ggtgcattccgagcccgcggaacgcctgctgccatgcgtttgaatgaagttatgggtatt
gagcaaaacaggcgatggggcgtgtgttctctgaatgatttcagaaagtacctgggcctt
aagccctatgccacattccttgaatggaactcggaccccgagattgcagacagtgctgaa
aagctctacggagacatcaacttcctcgagctctacgtcggtttacaggcagaggaggcc
aagcctttggttgaaggtgctggtctgtgccctggttacactatcagtcgtgccatcctc
agtgacgctatcgccctcactcgtggcgacaggtacttcactcacgactttacgcctttc
aatcttactgcctggggattcgctgattgtcaaagagatcccaacgcttttggatttgga
agcacactcggcaggcttttcctccgcactctgccaaatgactacactgagaatagtgtc
tacacgttcttccccttgatgacacccgaatcaatgaaaactaacttgacgaagttgaac
ctgctcgacaaatatgatctgtcgaggccgcaaacgcgaaccccgctcaaaattgtcagc
gatcataccgaggtggtgaaacttttgaaggacaaagaaagtacttctaaaccatacgct
gcgagggttgccagggtaattaagggtaaaggatttttccctgcggagggcggtaaggaa
caagaagcggtcaccactgccttgagtggctcaccggagttggtggacgacattggcaaa
tacttttacgagacaacaaagaagcttatcgtcgacaactcattcaccctcgttggcggg
aaggttgctggtgtcgatcttgtgaaacacgtcctcagagttgttcccgtcctatgggtc
gccaccgatcttgcgggcatagaactgaaaaccaagagccacccccatggaccttacaca
cctagcgaactcttcgatgttcttggcgaaatttatgcatttgtcttcctcgatgtagaa
cttgcgaaggttatggtcttacaagaaagtatcaagtcccatgtcaagaagttgttgcgc
ctcatcaagggtggcttagacgggggtgctggtaacaggctttcaattgctggcatcgtt
gagaccgtctcgtccctattctctaaacccaagaagtccgaccactccgtcttgatgaag
cgacttcacgaactagggcaatcccatgaccagcttgccaacactgtcctcgccctaatg
gtcggagcaagtgttgagctgtccctcagtttgacaaacatggtcaatttgtaccttggg
tcggacaagcaagcacagattactgccctcgccaagaacccagattcttctttgaaaggt
tacgtgtacgaagctcttcgaattgacccacccttcgaaggtgtctaccgcatctcaacc
aaggatcaaaccatcgctgggcaaaccgtgaacaagaatgaccgcatttttgtggacatt
ggcacggctaacctaaacgagaaggtgttcccccaccctgtagccgtggacatctctcgt
tcgacgaaagaggctcttttcgccgagggtgtgtttgagtatcttggggaacatttgact
gtcaaggtaatgggtgaggtgttacgcgctgtcttcgacctcaacaacgtttcgcgagcc
cctggtcaatcgggagtgctgaaacggtttaaggtgcacacccgacctgaatgtcgttac
ggatacctcaaccacagtcaaattgcttatgaatggcccacgtcgatggccatccaatat
tcaaagtga

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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-LBC (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (23)   

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