Cryptomeria japonica (Japanese cedar): 131030408
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Entry
131030408 CDS
T10556
Name
(RefSeq) triacylglycerol lipase SDP1
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
cjf Cryptomeria japonica (Japanese cedar)
Pathway
cjf00100
Steroid biosynthesis
cjf00561
Glycerolipid metabolism
cjf00564
Glycerophospholipid metabolism
cjf00565
Ether lipid metabolism
cjf00590
Arachidonic acid metabolism
cjf00591
Linoleic acid metabolism
cjf00592
alpha-Linolenic acid metabolism
cjf01100
Metabolic pathways
cjf01110
Biosynthesis of secondary metabolites
Module
cjf_M00089
Triacylglycerol biosynthesis
cjf_M00098
Acylglycerol degradation
Brite
Enzymes [BR:
cjf01000
]
2. Transferases
2.3 Acyltransferases
2.3.1 Transferring groups other than aminoacyl groups
2.3.1.51 1-acylglycerol-3-phosphate O-acyltransferase
131030408
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.3 triacylglycerol lipase
131030408
3.1.1.4 phospholipase A2
131030408
3.1.1.13 sterol esterase
131030408
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GFIT
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NCBI-GeneID:
131030408
NCBI-ProteinID:
XP_057817221
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Position
7:443546169..443550795
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AA seq
968 aa
AA seq
DB search
MDGSAEANVGTFLIGPSTVLGRTIAVRVLLCKSLSEFQKIVAIAISLYLNKCERFLRRAY
RTTFAPVFNWLHPRNSHALLALIVGIALILKRYSSVKSKAQVAYRRKFWRNLMCNALTYD
EWSHAAKMLEKETPRRNETDLYDEELVKAKLHELQRRRKKGGLQDIVFYLRADLVRNLGN
MCNPDLHKGRLQVPKVIKDYIDEVSTQLRMVCDSDSEEILSEEKLAFMQETRHAFGRTAL
LLSGGASLGAFHVGVVKTLIENHLLPRVVAGASVGSIICAVIATRTWPELQSFFADSVPT
LQFFDQLGGIFTVVRRLLTQGALHEIRQLQKMLRSLTRNLTFQEAYDQTGRVLGISVCSP
RRHEPPRCLNYLTSPHVVIWSAVTASCAFPGLFQAQELMAKDRHGELIPYHTPFQVSPEE
SGIGTRQWIDGSLESDLPMMQLKELFNVNHFIVSQANPHIAPLLRFKEFVRAHGGDFAAK
LAHLLEMEVKHRCNQILELGFPLGGIAKLFAQEWEGDVTVVMPATLAQLTKLIQNPTHLE
LQKAVNQGRRCTWEKLSAIKANCDVELVLDECVSFLNRLRKQKRQTERSSPQGTSSMMRF
SAAKRIPSWNVMARETSWGSLDEEGVIESGNHQGGPWGGPSWRTLRFARNNPNGSDSESE
NVDSNVSWTRVGGPLMRTASATTFIKSFDVEGEFNKQWNREEIQNEATSESLQDSALPYS
CAACMSNRGVLCNKCGNQRKQNVDWNANNSGNYTDTENQFNSFSETRNLENTLPKPQSRI
TVAEGDMLLAEKSPTGTVLNVVKREDIALVNRSLNIASPLNAHACECIPLSLEKDFVDDG
SSTTSDGSNMDSEADACSPACNKVGKDADLPTFRPQGIFEIDRIGPSNLTGMHSDINNKF
TDHSFMVESQDCVDNFEHENGKAGIQSSKDCRKPIVPNELVGFDQNAVDEWNEHNYKPEN
DNAEGSRQ
NT seq
2907 nt
NT seq
+upstream
nt +downstream
nt
atggatgggagtgccgaggctaatgtgggcacattcctaataggtccatcaacagtttta
ggcagaacaattgctgttagggtcctgttatgtaaatctctatccgaatttcagaaaatt
gttgctattgcaatctcattatacctcaataaatgcgagagatttttgaggcgagcatac
aggacgacatttgctccagttttcaactggctccatcctcggaactcgcatgctctttta
gccttaattgttggcatagcattgattttgaagcgatattcttctgtaaaatccaaggct
caggttgcatatcgtcggaaattctggagaaatctcatgtgcaatgcacttacatacgat
gaatggtcccatgctgctaaaatgcttgaaaaggagactcccaggagaaacgagaccgat
ttgtatgatgaagagcttgtgaaagctaagttacacgagttgcaaaggcgccggaaaaaa
ggtggcttgcaagacatagtattctatctgagagctgatttggttcggaatctgggcaat
atgtgcaacccggatctccacaaaggcaggttgcaggtacccaaagttatcaaagactac
atagatgaggtctcaacacagttgagaatggtgtgtgattcagactcagaggaaatactc
tcggaagaaaagcttgcatttatgcaagaaacaaggcatgcttttggcagaactgctctt
cttctgagtgggggtgcatctctcggtgctttccatgtgggtgttgtcaagacattaata
gagaatcaccttctaccgcgcgtggtagcaggagcaagtgtcggatcaataatctgtgct
gtaattgccacaaggacatggccagagcttcaaagtttttttgcagattctgtgccgacc
ttgcagttctttgatcaattgggcggcatatttactgttgttcgtaggctgctaacacaa
ggggcactccatgaaattagacagctgcagaagatgcttagatctttaacgaggaatcta
actttccaagaagcttatgaccagacaggcagagttttgggcatttcagtttgctcgcct
agaaggcatgagcctcctagatgccttaattatctaacttctcctcatgtggtgatttgg
agtgcagttactgcttcctgtgctttccctggattatttcaagcccaggaattgatggcc
aaggaccgacacggagagctcattccctatcacactccatttcaggtaagtcctgaagaa
tcgggcatcgggactaggcagtggattgatggaagcttggaaagtgacttgccaatgatg
cagctaaaggaattattcaatgtgaaccacttcattgtcagtcaggctaatccccacatt
gcaccactgttaagattcaaggaatttgtgagagcacatggaggggattttgcagcaaag
ctagctcatctattagagatggaggttaagcatcggtgcaatcaaatcttggagctgggt
tttcccttgggtgggatcgccaagctttttgcccaagaatgggaaggtgatgtgaccgtg
gttatgcctgccactcttgcacagttaactaaattaattcagaatccaactcacttggag
cttcagaaagctgttaatcaagggaggcgatgcacatgggaaaaactctctgcaataaaa
gccaactgtgacgttgaacttgtgctagatgagtgtgtatcttttctcaatcgtctccgt
aagcaaaagaggcaaacagagaggtcttccccacaaggaaccagcagtatgatgagattc
agtgcggcaaagaggataccctcatggaatgtcatggcccgtgaaacttcatggggatcc
cttgatgaagagggtgttattgaatctggtaatcatcaaggaggaccatggggaggacca
tcttggagaacactcagattcgctcgcaacaaccctaatggcagtgacagtgagagtgaa
aatgtggattccaatgtttcttggacaagagttggtggccccttgatgagaacagcatct
gcaaccacatttattaagagttttgatgttgaaggagagttcaataagcagtggaataga
gaggagattcaaaatgaggctacttctgaatctcttcaagactctgcacttccctactct
tgtgctgcttgtatgtcaaacaggggtgtactttgcaacaaatgtggtaaccaaaggaaa
cagaatgtggactggaatgcaaacaattctggaaattatactgatacagagaatcagttc
aactctttttccgaaacaaggaacttggaaaacaccttacctaaaccacaatctagaatt
acagttgctgaaggtgacatgctcctagctgaaaagagtcctactggaacagtgcttaat
gttgttaaaagggaagacatcgcccttgttaacaggagcctcaatattgcctctccccta
aatgctcatgcttgtgaatgtataccacttagcctagaaaaggacttcgttgatgatgga
tcttcaacaacttctgatggtagtaatatggatagcgaggcagatgcttgttcacctgca
tgtaacaaagttgggaaggatgccgatcttccaacttttaggccacaaggtatctttgaa
attgatagaataggtccatcaaaccttactgggatgcactccgacattaacaataaattc
acagaccattcattcatggttgaatcccaagattgtgtcgataattttgaacatgaaaat
ggcaaagctggaattcaatcgtcaaaggattgcaggaaacctatagtccccaatgagttg
gttggcttcgatcaaaatgctgtagatgaatggaatgaacacaactacaaaccagagaat
gataatgcagagggatcgagacaataa
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