KEGG   Malus domestica (apple): 103438366
Entry
103438366         CDS       T03194                                 
Name
(RefSeq) linoleate 13S-lipoxygenase 2-1, chloroplastic-like
  KO
K00454  lipoxygenase [EC:1.13.11.12]
Organism
mdm  Malus domestica (apple)
Pathway
mdm00591  Linoleic acid metabolism
mdm00592  alpha-Linolenic acid metabolism
mdm01100  Metabolic pathways
mdm01110  Biosynthesis of secondary metabolites
Module
mdm_M00113  Jasmonic acid biosynthesis
Brite
KEGG Orthology (KO) [BR:mdm00001]
 09100 Metabolism
  09103 Lipid metabolism
   00591 Linoleic acid metabolism
    103438366
   00592 alpha-Linolenic acid metabolism
    103438366
Enzymes [BR:mdm01000]
 1. Oxidoreductases
  1.13  Acting on single donors with incorporation of molecular oxygen (oxygenases)
   1.13.11  With incorporation of two atoms of oxygen
    1.13.11.12  linoleate 13S-lipoxygenase
     103438366
SSDB
Motif
Pfam: Lipoxygenase PLAT
Other DBs
NCBI-GeneID: 103438366
NCBI-ProteinID: NP_001280785
UniProt: S4UKU5
Position
7:complement(489333..497618)
AA seq 918 aa
MTSQLHKPIYAPSFSLFPKSSINPNHLIKHGNPSLISIVPRHHVHQNRNKKNSSSVIRAA
SGELKSSPTSVSTVNSAENQAFTVKALVTVMSTVEGFLSGISLTRPLDDITDLLGKTLLL
ELVSAELDPKTGLEKETVKGYAHNASHKDNEVVYEATFTIPAGFGAVGAVQVENEHHKEI
FIKNIDLDGFPNGTVNIPCISWVHSKFDNSQKRIFFTNKSYITSETPSGLKKLRESELQT
MRGDGGGQRKTSDRIYDYDTYNDIGDPDSSDDLARPVLGGKDHPYPRRCRTGRPRSEKDP
LSEQRSSSVYVPRDEAFSEVKLLTFSTKALRSVLHALVPSLETALLDPDLGFPYFTAIDS
LFNEGVKLPKAKTGEAKTGGFFQTILPRLVKTITEGGDDLLLFETPEIVDRDKFAWFRDE
EFSRQTLAGLNPYSIELVTEWPLKSKLDPEIYGPPESLITTELIEKEIKGCMTVNEALER
KKMFILDYHDLLMPYVNKVREIKGTTLYGSRTLFFLTEDGTLRPVAIELTRPPVGDKPQW
KQVFTPTWDATGCWLWRLAKAHVLAHDSGYHQLVVHWLRTHCCTEPYIIAAYRQLSAMHP
IYRLLHPHFRYTMEINALARESLINAGGIIEKCFSPGKYSMEISSVAYDQLWRFDMEALP
ADLIRRGMAVEDPTAEHGLKLTIEDYPFANDGLMLWDAIKEWVSDYVNHYYPDPNLIESD
TELQGWWTDVRTKGHADKKDEPWWPVLKTTESLIHALTTIIWVTAGHHAAVNFGQYTFAG
YFPNHPTIARTNMPTEDPSDEFFQNFMKKPEMALLMCFPSQIQATTVMAVIDVLSNHSPD
EEYIGDSLEPAWAENPVIKAAYERFSGNLKRLEGIIDERNTNMKLKNRVGAGVVPYELLK
PFSTHGVTGMGVPNSISI
NT seq 2757 nt   +upstreamnt  +downstreamnt
atgacgtctcagctgcataaacccatttacgctccatccttctctctctttccaaaatcg
tccattaaccctaatcatctgattaagcatggtaacccctccctgatcagcatcgttccg
cgccaccatgtccatcaaaatcgtaacaagaaaaactcctcctcggtgatccgtgccgct
tctggtgagctcaaatcatcacctacatcagtgtccacggttaattcagcggagaatcag
gcgtttacagtaaaggctttggtgacggtgatgtcaacagttgaagggttcctctccggc
ataagcttgactcgccccctcgatgacattaccgacttgctcggaaaaaccttgcttttg
gagcttgttagcgccgagcttgaccccaagacggggttggagaaggaaacagtgaagggc
tatgcgcacaatgcgagccacaaggacaacgaggtggtgtatgaggctactttcaccatc
ccagcagggtttggagccgttggagctgttcaggtagagaatgaacaccacaaggagatc
ttcatcaagaacatcgacctcgatggcttcccgaacggcactgttaatattccctgcatt
tcttgggttcattccaagtttgacaactctcagaagagaatttttttcaccaacaagtcg
tacataacatcagagacgccaagtgggttgaagaagctaagagaatctgagctacagact
atgcgaggagatggggggggccaaagaaaaacatctgataggatctacgattatgatact
tataacgacattggcgatccggacagcagtgatgatctggctaggcctgtccttggcggc
aaagatcacccgtaccccaggcgctgcagaactggaagaccacgctctgaaaaggatcct
ttatcggaacaaagaagcagcagtgtgtatgtaccaagagatgaagcgttttcagaggtg
aaactgctgacattttcgacaaaggccctgagatctgtgctacatgcattggtcccttcg
ctcgagacagcacttcttgatccagacctaggatttccatacttcacagccatagattca
ctgtttaacgaaggagtcaagttacctaaggctaagactggtgaggcaaagactggtggg
tttttccagacaatcctcccaaggctagtcaagactattacagaggggggagacgatctt
ctgctctttgagacgcctgaaatagttgaccgtgataaatttgcttggtttagagacgaa
gaattttccaggcaaactctagctggtcttaatccatatagtatcgagctagtgacggaa
tggccattgaaaagtaaacttgaccccgagatttatggcccccctgaatcattgatcaca
acagagctgattgagaaggagatcaaaggttgtatgactgtcaatgaggccttggaaagg
aaaaagatgtttattttggattaccatgacctgctcatgccttacgtgaacaaagtaaga
gagattaaaggtaccacactgtatggttctcgtacactattcttcctcactgaagatggg
acactgaggcctgttgccattgaactcacgcgaccgcctgttggtgataagccacaatgg
aagcaagtttttactccaacctgggatgccaccggttgctggctgtggaggcttgctaag
gcccacgttcttgcccatgactctggctatcatcagcttgtcgtgcactggctgagaact
cattgctgtacagagccatacataattgcagcttatcgacaattaagcgcaatgcatccc
atctacagacttctgcaccctcatttccggtatacaatggaaatcaatgctctggctcga
gaaagcctcattaatgcaggtggaatcattgagaaatgcttttcacctggaaagtactcc
atggagatcagttctgttgcttatgaccagctttggcgctttgacatggaagctttgcca
gcagatctcatcagaaggggaatggcagttgaggatcctacagctgagcatggcttgaag
ctaacaattgaagactacccatttgcaaatgatggtctcatgctgtgggatgccattaag
gagtgggtgagtgattatgtgaaccattactatccagacccaaatcttattgagtctgat
acggagcttcaaggttggtggacagatgttagaaccaaaggtcatgcagacaagaaagat
gagccatggtggcctgttctgaaaaccacggaaagcctgattcacgctttgactactatc
atttgggtaaccgctggtcatcatgcagcagtgaactttggtcagtacacgtttgccgga
tatttccctaaccaccctacaattgctcgaaccaacatgccaactgaagatccatctgac
gagtttttccagaacttcatgaagaaaccagaaatggctctgctgatgtgcttcccctca
cagattcaagcaacaacagtgatggccgtgatagatgtactatcgaatcattcacccgat
gaggagtatattggtgatagtctagagccagcttgggctgaaaatcctgttataaaggcc
gcatatgagagattcagtggcaatttgaagaggctagaaggaattattgatgagagaaat
accaatatgaaactgaaaaacagagttggagcaggcgttgttccatatgagcttttgaag
ccattctcaacccacggtgtcacaggaatgggagttccaaacagcatctccatctaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (2)   
   Pfam (2)   
All databases (31)   

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