KEGG   Verticillium dahliae: VDAG_07521
Entry
VDAG_07521        CDS       T03450                                 
Name
(RefSeq) linoleate diol synthase
  KO
K17862  linoleate 10R-lipoxygenase [EC:1.13.11.62]
Organism
vda  Verticillium dahliae
Pathway
vda00591  Linoleic acid metabolism
Brite
KEGG Orthology (KO) [BR:vda00001]
 09100 Metabolism
  09103 Lipid metabolism
   00591 Linoleic acid metabolism
    VDAG_07521
Enzymes [BR:vda01000]
 1. Oxidoreductases
  1.13  Acting on single donors with incorporation of molecular oxygen (oxygenases)
   1.13.11  With incorporation of two atoms of oxygen
    1.13.11.62  linoleate 10R-lipoxygenase
     VDAG_07521
SSDB
Motif
Pfam: An_peroxidase
Other DBs
NCBI-GeneID: 20708984
NCBI-ProteinID: XP_009654721
UniProt: G2XBI9
Position
5
AA seq 994 aa
MPLLCRRLRRPRHAQIGDYPQSAVDTMTDKPADELQALGSDNSPEARQTGQQQQKGLTDD
RRLDLENVVRTADGSYNSLYNPSLGKAGSPYSRSVQPTAWQPSALPAPQLIFDTLLSREN
GGFKPHPNGISSVFFYLATIIIHDIFRTSRDDPGVSLTSSYLDLAPLYGANQDEQNTIRT
FKNGKLKPDSFCEKRTHGFPPGVNCLLVFFNRYHNWVVERLAMINERNRFSQPSRTQDSD
MRKRALENLDNDLFQTGRLIVCGLYVNIILHDYLRVILGLNQTASTWSLDPRMDTDTEKI
PRGGGNQCSFEFNLLYRWHSAISQRDEKWMDAHLESLLRGPEDRMGAPDPHIFATFEQSV
PSEPERRTFGGLTRGPDGRYSDSDLARIWVESIEDAAGAFGPNNIPRALRMIEVIGINHA
RALRVATLNDFRKYFGLLPYACFEHITSDPAVAQRLQALYGQPDMVELYPGLLSEDAKPL
MIPGSGLCAPYTLSRAILSDANMNRYHEAASDVLVDDGCVFYKLVLRALPTAFSPSSIYA
HLPLVMPTTNRMIVERLQRESRYSFDRSRTLSPQIHVSNPLAVKEILRSDAFGGDSWRHQ
LTYLMGKPNHQMGPYGDAIDFEQRRARLEKTIFCPSLEKEFRNLFSQSSRCIYLEAEEIG
GLPQTLQIDLVACFADAIPINFVGHLLPLPLKSHEDVDGAHTPRNLHSTLVSIFAVLFLR
LDPVLLYNIRIGAQPIAASVGDSLETEISNVPALMLLHDNEDHQSESQGPEKKLKKLGYE
FIRKLLVAGVSVCQVAWVDIIPALAAFVVNQSRMLCQVVDYYLGPGIEYWPLLQKLAASD
DHEHDDMLLHYALEAIRLNGNYSVFKTVNRDSDVQGHSQPLKVGDKLVIRYSDLAFNAEV
YPRPNDILVTRPLDSYHFVGYGPNQALASPLSRFVLVSMFRAVARLKNVRKAPGPQGEIK
TVDDGDAAGLDRYMDVFWREFSPSPVNMKLHFDA
NT seq 2985 nt   +upstreamnt  +downstreamnt
atgccgctattatgcagaaggcttcgtcgtccgcgacatgcgcaaatcggtgactatccg
caatctgctgttgataccatgacggacaagccagcagacgagcttcaagctcttggctcc
gacaattccccagaagctcggcagacggggcagcagcagcaaaaaggactgacagacgac
cgcagattggatctagagaatgtcgtgcggaccgcagacggttcctacaacagcctctat
aatccatctctcggcaaggcgggatcaccatactcaaggtccgtccagccaacagcatgg
caaccatcagccttgcccgcgccccagctcatatttgacactctactgtcgcgcgagaat
ggtggtttcaagcctcacccgaacggcatatctagtgttttcttttacctagccactatc
atcatacacgacatcttcagaacatcgcgcgacgaccccggcgtctccctcacatcgtct
taccttgacctcgccccgctgtatggtgccaatcaagacgaacagaacactataaggaca
ttcaagaatggcaagctgaagcctgactccttttgtgagaagcgcacccatggctttcca
cccggggtcaactgtctcctagttttcttcaatcgctatcacaattgggttgtggaaaga
ctggcaatgatcaatgaacgcaacaggttttcgcagcctagcagaacccaagattcggac
atgaggaaacgagcccttgagaaccttgacaacgacttgttccaaacaggaagattgatt
gtatgcggcctgtacgtcaacattattctccacgactatctccgtgtcattcttggcctc
aaccagacggcttcgacctggagtttagaccctcgaatggatacagacacggaaaagatc
cctcgggggggcggcaatcaatgcagcttcgagttcaacctgctctataggtggcattcg
gcaatcagccagagagacgagaagtggatggatgcgcatcttgagtcattgcttcgaggc
cctgaagatagaatgggggctccagacccccatatctttgcaacctttgagcagtctgtt
cccagtgagcccgaacggcgtacttttggtggcttgacaagaggaccggatggacgttac
tctgacagcgatcttgctcgcatttgggtcgagagcatcgaggatgctgccggcgcattc
ggcccaaataatatcccccgagcacttcgtatgattgaagttattggcataaaccacgct
cgcgccttgcgtgtagctactctcaatgattttcgcaagtattttggcttgcttccttat
gcatgctttgagcacattacctcagaccccgcagtagcacagcgcctccaggctctttac
gggcaaccggacatggttgaactctatcccggtcttctcagcgaagatgccaagccattg
atgatacccggtagcgggttgtgcgccccctacacgctgagtcgagccatactctccgat
gcaaacatgaacagataccatgaggctgcatctgatgtactggtcgatgacggttgtgtg
ttctacaagctggtattgcgagcgttgccaactgccttttcccctagcagtatatacgct
cacctaccgttggtcatgccgacgactaaccgcatgatcgtggagcgcctacagcgagag
tctcggtactccttcgatcgttcgaggactttgagtccccagattcacgtctctaatcct
cttgccgtcaaggagattctccggagtgacgcctttggaggcgatagctggagacatcag
ctgacgtacttgatggggaagcctaatcaccaaatgggcccgtatggcgatgcgatagat
ttcgagcaaaggcgagctcgcctggagaagactatcttctgtcccagcctggagaaagaa
ttcagaaatttgttcagtcaatcatcaagatgcatctacctagaggcagaggaaatcgga
gggcttccccagacactgcaaatcgacctggttgcctgttttgccgatgccataccgatc
aacttcgtcggccatttgctgccattgcctctgaagtcacatgaagacgttgacggagcg
cacaccccccggaatcttcactccacactcgtgtcgatatttgccgtcttgttcttgcga
ctggacccggtcctgttatacaacatccgtatcggagcccagcctattgccgcttcggtt
ggtgacagcctcgaaactgaaataagtaatgtcccggctttgatgctgctacatgataac
gaggatcaccagtcagaaagtcagggccctgaaaagaaattgaagaagcttggctatgag
ttcattcgcaagttgctcgttgcaggcgtcagcgtttgtcaagttgcctgggtcgatatc
atccctgcgctggctgcattcgtcgtcaaccaatctcgcatgctatgccaggttgttgat
tactatctgggaccagggattgaatactggcctcttctacagaagctagcagcttcagat
gaccatgaacatgatgacatgctgctgcattatgcgctggaggccatccggctgaacggt
aactatagcgtcttcaagacggtgaatcgagacagtgatgtccaaggccactcccaaccg
ttaaaagtcggggataagctcgtgatcagatattctgatctcgcattcaatgccgaagtg
tatccccgaccgaacgatatattggtcacccgaccccttgacagctaccactttgtcggc
tacggccccaaccaggctctcgccagtcctctcagtcggttcgtactcgtcagcatgttt
cgcgccgtggcacgtctcaaaaatgtacgaaaggcacctggcccacagggcgagatcaag
accgttgatgacggagatgcggcagggttggatcgatacatggacgtcttctggagagag
ttttcgccgtctcccgtgaatatgaagttgcatttcgacgcctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (37)   

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