KEGG   Arabidopsis lyrata (lyrate rockcress): 9312468
Entry
9312468           CDS       T01578                                 
Name
(RefSeq) triacylglycerol lipase SDP1L
  KO
K14674  TAG lipase / steryl ester hydrolase / phospholipase A2 / LPA acyltransferase [EC:3.1.1.3 3.1.1.13 3.1.1.4 2.3.1.51]
Organism
aly  Arabidopsis lyrata (lyrate rockcress)
Pathway
aly00100  Steroid biosynthesis
aly00561  Glycerolipid metabolism
aly00564  Glycerophospholipid metabolism
aly00565  Ether lipid metabolism
aly00590  Arachidonic acid metabolism
aly00591  Linoleic acid metabolism
aly00592  alpha-Linolenic acid metabolism
aly01100  Metabolic pathways
aly01110  Biosynthesis of secondary metabolites
Module
aly_M00089  Triacylglycerol biosynthesis
aly_M00098  Acylglycerol degradation
Brite
KEGG Orthology (KO) [BR:aly00001]
 09100 Metabolism
  09103 Lipid metabolism
   00100 Steroid biosynthesis
    9312468
   00561 Glycerolipid metabolism
    9312468
   00564 Glycerophospholipid metabolism
    9312468
   00565 Ether lipid metabolism
    9312468
   00590 Arachidonic acid metabolism
    9312468
   00591 Linoleic acid metabolism
    9312468
   00592 alpha-Linolenic acid metabolism
    9312468
Enzymes [BR:aly01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.51  1-acylglycerol-3-phosphate O-acyltransferase
     9312468
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.1  Carboxylic-ester hydrolases
    3.1.1.3  triacylglycerol lipase
     9312468
    3.1.1.4  phospholipase A2
     9312468
    3.1.1.13  sterol esterase
     9312468
SSDB
Motif
Pfam: DUF3336 Patatin
Other DBs
NCBI-GeneID: 9312468
NCBI-ProteinID: XP_002878133
UniProt: D7LVP0
LinkDB
Position
Unknown
AA seq 796 aa
MDISNEAGVDAFSIIGPTTIIGRTIAFRILFCNSVSIFRHKVFRFLMFFLRGGRVLLSPF
VSLLHPRNPQGILVMVTTMAFLLNRYTSLKAKAEMAYRRKFWRNMMRAALTYEEWSHAAK
MLDKETPKVNETDLFDVELVSNKLEELKHRRHEGSLRDIIFCMRADLVRNLGNMCNPELH
KGRLHVPRLIKEYIDEVSTQLRMVCDMDTEELSLEEKLSFMHETRHAYGRTALLLSGGAS
LGAFHLGVVKTLVEHKLLPRIIAGSSVGSVMCAVVGTRSWPELQSFFEGSWHALQFFDQM
GGIFTTVKRVMTQGAVHEIRHLQWKLRNLTNNLTFQEAYDITGRILGITVCSLRKHEPPR
CLNYLTSPHVVIWSAVTASCAFPGLFEAQELMAKDRTGEIVPYHPPFNLDPEEGSASVRR
WRDGSLEMDLPMIQLKELFNVNHFIVSQANPHIAPFLRMKEFVRACGGRFAAKLAQLAEM
EVKHRCNQVLELGLPLREVASLFAQEWEGDVTIVMPATFSQYLKIIQNPSNVEIQKAANQ
GRRCTWEKLAVIKANFGIELALDECVAVLNHMRRLKRSAERAAAFSAISSSPPSKHLLAG
TNRFNASKRIPSWNCIARQNSSGSVDDDVLAEASRLYQHIVVGSGRNSNRTSNLSHSYDA
GSECDSPEAEDWTRSGGPLMRTNSAQMFTDYVQNLDAVDPEQIRASENDSIMAASSSSHS
ITVTEGDYLQTGRTHNGFVLNLVRGENLRMNQDLEDSPNESETPESVQLDSPEKDIIDGD
SSASEDGDAQANLIHE
NT seq 2391 nt   +upstreamnt  +downstreamnt
atggatataagcaacgaagcaggtgttgatgcgttctcaattataggacccacgactata
atcggaagaacaattgccttccggatcttgttctgcaactccgtttctatattcagacac
aaagtcttcagatttctcatgtttttcctcagaggaggtagggttttactatcaccgttt
gtttccttactacatcccaggaatccccaagggatattagtaatggtgacgacgatggcc
tttctgttgaatcgctacaccagcttaaaagcaaaggctgagatggcttacaggaggaaa
ttctggaggaacatgatgagagctgcattgacgtacgaggaatggtctcacgccgcaaag
atgctcgataaagagactccgaaggtgaacgagacagatctttttgatgtggagctcgtg
agtaataagcttgaggagcttaagcatagacgtcatgagggctctctgagagacattatc
ttctgtatgagagctgatcttgtgagaaatttaggtaatatgtgtaaccctgagcttcac
aagggaaggcttcacgtaccgagactcatcaaagagtatatcgatgaggtctctacacag
cttaggatggtttgcgacatggacactgaagagctttctctggaggagaaactctctttt
atgcatgagacgagacacgcatatggaagaacggctctgcttctgagcggaggagcttct
ctaggggctttccatcttggtgtggtcaagacgcttgtggaacataagctcttgccgaga
attatagccggttcaagtgtggggtctgtaatgtgtgcggttgtggggacaaggtcatgg
cctgagttacagagcttctttgaaggctcttggcatgctttgcagttctttgatcagatg
ggagggattttcactactgtgaaacgggttatgactcaaggcgcagtccatgagatccgg
catttgcaatggaagttgaggaatctcaccaacaatctcacattccaagaagcttacgat
attacaggacggattctagggataacagtttgttccctgaggaaacacgagccgcctaga
tgtctcaattacctgacttcgcctcatgttgtgatatggagtgcagtgactgcatcttgt
gctttcccaggtcttttcgaggctcaagaactcatggccaaagatagaactggagagatt
gttccatatcacccaccttttaacttagatcctgaagagggctcagcatcagttcggcgc
tggagggacggtagtttggagatggatttaccgatgatacaactcaaagagcttttcaat
gtcaaccatttcattgtcagtcaagccaaccctcatatagcaccattcttgaggatgaag
gagtttgtaagagcttgtggaggtcgatttgcggcaaagctcgcgcaactcgcggagatg
gaagtgaagcatagatgtaatcaagtactagaactcgggcttcctctacgagaagtagct
tcactatttgctcaagaatgggaaggcgatgtcactatcgtcatgccagctactttttct
cagtacttgaagatcatacagaacccaagcaatgtagagattcaaaaggcggcaaatcaa
ggaaggagatgcacctgggagaaactcgcagtaatcaaagcaaacttcgggatcgaacta
gcactcgacgaatgcgtcgccgttcttaaccacatgcgccgcctaaaacgcagcgcagaa
agagccgcagctttctctgccatctcatcctcaccgccatctaaacaccttttggccgga
accaatagattcaacgcctccaaaagaatcccttcctggaactgtatagctcgtcagaac
tcatccggatccgtcgacgatgatgtactagctgaagcttcacggttgtaccagcatatc
gtggttggatccgggaggaatagtaatcgaaccagcaacttaagccattcctatgacgca
ggaagcgaatgtgattctccagaagctgaagactggactcgatctggtggaccattgatg
aggaccaattctgctcagatgttcacggactacgtccagaatctcgacgccgttgatccc
gaacagattagagcttcggagaacgattcgattatggctgcttcttcgtcttctcatagc
atcactgtcacggaaggcgattatctgcagacgggaagaacacacaacggattcgtgttg
aatctcgtaagaggagagaatttgaggatgaatcaagatctggaagatagcccaaacgaa
agtgaaactccggagagcgtgcaattggattcgccggaaaaggacattattgacggagat
agctcggcgtcggaagacggagacgctcaggcgaatctaatccatgagtaa

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