Rhodamnia argentea (silver malletwood): 115737691
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Entry
115737691 CDS
T10595
Name
(RefSeq) triacylglycerol lipase SDP1-like
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
rarg Rhodamnia argentea (silver malletwood)
Pathway
rarg00100
Steroid biosynthesis
rarg00561
Glycerolipid metabolism
rarg00564
Glycerophospholipid metabolism
rarg00565
Ether lipid metabolism
rarg00590
Arachidonic acid metabolism
rarg00591
Linoleic acid metabolism
rarg00592
alpha-Linolenic acid metabolism
rarg01100
Metabolic pathways
rarg01110
Biosynthesis of secondary metabolites
Module
rarg_M00089
Triacylglycerol biosynthesis
rarg_M00098
Acylglycerol degradation
Brite
KEGG Orthology (KO) [BR:
rarg00001
]
09100 Metabolism
09103 Lipid metabolism
00100 Steroid biosynthesis
115737691
00561 Glycerolipid metabolism
115737691
00564 Glycerophospholipid metabolism
115737691
00565 Ether lipid metabolism
115737691
00590 Arachidonic acid metabolism
115737691
00591 Linoleic acid metabolism
115737691
00592 alpha-Linolenic acid metabolism
115737691
Enzymes [BR:
rarg01000
]
2. Transferases
2.3 Acyltransferases
2.3.1 Transferring groups other than aminoacyl groups
2.3.1.51 1-acylglycerol-3-phosphate O-acyltransferase
115737691
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.3 triacylglycerol lipase
115737691
3.1.1.4 phospholipase A2
115737691
3.1.1.13 sterol esterase
115737691
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Gene cluster
GFIT
Motif
Pfam:
DUF3336
Patatin
GvpG
DUF7242
IZUMO
Motif
Other DBs
NCBI-GeneID:
115737691
NCBI-ProteinID:
XP_030525828
UniProt:
A0A8B8NVI5
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Position
7:complement(10571715..10575882)
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AA seq
814 aa
AA seq
DB search
MDISNEANINPFSIGPSTILGRTIAFRILCSRSMSHLSQQLFHVVLDYAFRIGGFVTPMI
SWFHPRNPQGILAMVTVIAFLLKRYTSVKVRAEMAYRRKFWRNMMRAALTYEEWAHAAKM
LDKETVKMNESDLYDEELVRNKLQELRQRREEGSLRDIIFCMRADLVRNLGNMCNPELHK
GRLQVPKLIKEYIDEVSTQLRMVCNSDSDELSLEEKLSFMHETRHAFGRTALLLSGGASL
GAFHVGVVKTLVEHKLLPRIIAGSSVGSIMCSIVATRSWPELQNFFEDSLHSLQFFDQLG
GIFAVVRRVRRQGAVHEIRQLQWILRHLTSNLTFQEAYDMTGRILGITVCSPRKHEPPRC
LNYLTSPHVVIWSAVTASCAFPGLFEAQELMAKDRSGEIVPYHPPFNLGPEENGGAPGRQ
WRDGSLEIDLPMMQLKELFNVNHFIVSQANPHIAPLLRMKDFVRAYGGSFAAKLAQLIEL
EVKHRCNQVLEFGFPLGGIAQLFAQEWEGDVTVVMPATLAQYSKIIQNPSHIELQKAANQ
GRRCTWEKLAAIKANCGIELALDECVAILNHMRRIKRSAKRAAAASLGLTATAKFSGSRR
IPSWNCLARENSTGSLDEDLLADTTSSLHQGVGGSLGRNSRPYRSGHDGSDSESESVDVP
SWTRSGGPLMRTSSANKFTDYVQSLDLHVDLNKIPNLNSNVTQMGAETHSQSSRVTTPDR
TSENAEFDLRDLSNRSSSSITVTEGDLLHAEKVQEGIVFNVVRRENLSISNRSHDSESYN
SEVAECLHLDCPEKEMDGSSDSECGSGGDHVETA
NT seq
2445 nt
NT seq
+upstream
nt +downstream
nt
atggatataagtaacgaggcaaacattaatccgttctccattggaccttcgaccattctt
ggccgcaccattgccttcagaatcctgtgttctcggtcaatgtcacatctgtcgcagcag
ctctttcatgtggtgttggattatgcgtttaggattgggggctttgttacccccatgata
tcatggtttcatcctaggaatccacaagggatattggcaatggtcactgttatagcattc
ttattaaaacggtacaccagcgtgaaagtgagggccgaaatggcttatcggaggaaattt
tggcggaacatgatgagagctgcattgacttatgaggaatgggctcatgctgctaagatg
cttgataaagagacagtgaagatgaatgaatcagatctttatgatgaggaactggtaaga
aacaagctgcaggagctccgccaacgtcgcgaagagggttctcttagagatatcatcttt
tgcatgcgagctgatctagtcaggaatcttgggaatatgtgtaaccctgagcttcacaag
ggtagacttcaggtgcccaagctcattaaggagtacattgatgaggtctcaactcagtta
aggatggtctgcaactctgattctgatgagctctctttggaggagaagctctctttcatg
catgagactaggcatgcctttggtaggacagctttgcttttgagtgggggagcttctctg
ggagcctttcatgttggtgtggttaaaacactggttgaacataagcttttgcctaggata
attgctggttccagtgtgggatctataatgtgctctattgttgccaccaggtcttggcct
gagcttcaaaacttcttcgaagattctttgcactcattgcagttttttgatcagctggga
gggatttttgcggttgtcaggagggtcaggaggcaaggagctgtgcatgagatcagacaa
ttgcagtggattttaaggcatcttaccagtaatcttacgtttcaagaagcttatgacatg
acaggacgaattcttgggataacagtgtgctctccgcgaaaacatgagccacccaggtgc
cttaactacttaacctcacctcatgttgtcatttggagtgcggtcaccgcttcttgtgcc
tttcctggcctttttgaagcccaggaactaatggctaaggatagaagtggagagattgtt
ccttatcatccaccattcaatttgggccctgaggagaacggtggggcacctggccgtcaa
tggagagatggtagcttggaaattgatctacctatgatgcagctaaaggaactattcaac
gtgaatcactttatagtgagtcaagcaaatcctcacattgcaccactattaagaatgaag
gactttgtcagagcttatggtgggagttttgctgccaagcttgctcaattaattgagctg
gaggtgaaacatagatgcaaccaagtattggagtttggttttcctcttggggggatcgct
cagctctttgcgcaagaatgggagggcgatgtcactgttgttatgcctgccacacttgct
cagtattcaaagatcatccaaaacccatcccatattgagcttcagaaagctgccaatcag
gggagaaggtgcacttgggagaagctcgccgccattaaagcaaactgtggcattgagctt
gcacttgatgaatgtgttgcgatcctcaaccatatgcgcagaatcaagaggagtgcaaag
agagctgcggctgcttctcttggcctcactgccactgccaaattcagcgggtcaagaagg
atcccttcatggaactgccttgctagagagaactcaactgggtcactcgacgaagatctc
ctggcagacaccacttcctcattacatcaaggagttggtggatccttaggtaggaattcc
cggccctatcgcagtggacatgatggaagtgacagtgaatctgaaagtgtagatgtacct
tcttggacaagatccggtgggcccttgatgaggactagctctgctaacaagttcactgac
tacgtccaaagcttggacctacacgttgacctaaacaagatccctaatttgaactccaat
gttacccaaatgggagcagaaacgcactcacagagctcgagggtgacaactcctgataga
acgtcagagaatgcggagttcgatctgcgggacttgagcaatagaagcagctcaagcatc
accgtgaccgaaggagatctcttgcatgctgagaaggttcaggaggggatcgtgtttaat
gtcgtcaggagagagaaccttagtatttcaaacaggagtcatgattctgagagttacaac
tctgaagtcgccgagtgtttgcatctcgattgtccagaaaaggagatggatggcagctcg
gattccgaatgcgggtctggtggagatcatgtggaaacagcctaa
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