Musa acuminata (dessert banana): 103978287
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Entry
103978287 CDS
T03447
Name
(RefSeq) triacylglycerol lipase SDP1 isoform X1
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
mus
Musa acuminata (dessert banana)
Pathway
mus00100
Steroid biosynthesis
mus00561
Glycerolipid metabolism
mus00564
Glycerophospholipid metabolism
mus00565
Ether lipid metabolism
mus00590
Arachidonic acid metabolism
mus00591
Linoleic acid metabolism
mus00592
alpha-Linolenic acid metabolism
mus01100
Metabolic pathways
mus01110
Biosynthesis of secondary metabolites
Module
mus_M00089
Triacylglycerol biosynthesis
mus_M00098
Acylglycerol degradation
Brite
KEGG Orthology (KO) [BR:
mus00001
]
09100 Metabolism
09103 Lipid metabolism
00100 Steroid biosynthesis
103978287
00561 Glycerolipid metabolism
103978287
00564 Glycerophospholipid metabolism
103978287
00565 Ether lipid metabolism
103978287
00590 Arachidonic acid metabolism
103978287
00591 Linoleic acid metabolism
103978287
00592 alpha-Linolenic acid metabolism
103978287
Enzymes [BR:
mus01000
]
2. Transferases
2.3 Acyltransferases
2.3.1 Transferring groups other than aminoacyl groups
2.3.1.51 1-acylglycerol-3-phosphate O-acyltransferase
103978287
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.3 triacylglycerol lipase
103978287
3.1.1.4 phospholipase A2
103978287
3.1.1.13 sterol esterase
103978287
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Gene cluster
GFIT
Motif
Pfam:
DUF3336
Patatin
DUF7242
Motif
Other DBs
NCBI-GeneID:
103978287
NCBI-ProteinID:
XP_009392298
UniProt:
A0A804ICF8
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Position
BXJ2-8:26280471..26293273
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AA seq
888 aa
AA seq
DB search
MISSNRVLSYNIKDFFWSLLHAIGVLCYNFFPFYQSVGAPSLKKVEEDPYFGNRTMDITN
EATVEAFSIGPSTIVGRTIALRILLYGSLHHFRRRFVALLRAAVRRLRDDGLLPLAAWLH
PRNAQGILAVVTLVAFALRRFTNVRSRAESAYRRKFWRNMMRSALTYEEWSHAAKMLDKE
MMPKMNEGDLYDEELVRNKLQELRHRRQEGSLRDIVFCMRADLLRNLGNMCNPELHKGRL
QVPKLIKEYIDEVSTQLKMVCNSDSDELLLEEKLTFMHETRHAFGRTALLLSGGASLGAF
HVGVVKTLVEHKLLPRIIAGSSVGSIMCAIVATRSWPELESFFEDSWHSLQFFDQLGGIF
TVVKRVMTHGAVHEIRQLQRLLRHLTSNLTFQEAYDMTGRVLGITVCSPRKHEPPRCLNY
LTSPHVVIWSAVTASCAFPGLFEAQELMAKDRSGEIVPYHAPFSLSPEDTPGTSARRWRD
GSLESDLPMIQLKELFNVNHFIVSQANPHIAPLLRLKEIIRAYGGNFAAKLAHLAEMEVK
HRCNQILELGFPLGGIAKLFAQDWEGDVTVVMPATLAQYSKIIQNPSYVELQKAANQGRR
CTWEKFSAIKANCAIELALDECVALLNHMRRLKRSADRAAASHGHTNFMRLSASRRIPSW
NCIARENSSGSLEEDILVDAAASIHQGTAPVWQLNRNNRTQQSIHDGSDSESESVDLNSW
TRSGGPLMRTASANKFINFVQNLEIESEFNRSWSREEEINALVAHSNPMVSPTTGRDPYN
NNSRVATPDRNSENTDPENSNRVPVAASTSIMVSEGDLLQPEKIQNGIVFNIVKKETLLV
HRGSDSEQQQDSSREADVDNLQMDICDVSTASEYVEDDAEPTLICDYK
NT seq
2667 nt
NT seq
+upstream
nt +downstream
nt
atgatctcaagtaatcgtgttctgtcatacaacataaaagactttttttggtctctcttg
cacgcgatcggcgttctctgttacaacttctttccgttctatcaatcggtaggagctcca
tccttgaagaaggtagaggaagacccatactttggaaacagaacgatggacatcacgaac
gaggcaacggtggaggctttctcgatcggcccgtcaacgatcgtgggacgaacgatcgcc
ctccgcatcctgctctacggctccctccaccacttccgtcggcggttcgtagccctcctg
cgcgccgccgtccgccggctccgcgacgacgggctgctgccgctggccgcctggctccac
ccccgaaacgcccagggcatcctggctgtggtcaccctcgtcgccttcgccctgcgtcga
ttcaccaacgtgcggtcccgggcggagtcggcttaccgccgcaagttctggcgcaacatg
atgcgcagcgccctcacttacgaggagtggtcgcacgccgccaagatgctcgacaaggag
atgatgcccaaaatgaacgaaggcgacctctacgacgaggagctcgtcaggaacaaactt
caggagctgcgccaccgccgccaagagggttccctccgggacatcgtcttctgcatgcgc
gcagacctgctcaggaatctggggaacatgtgcaacccggagctacacaagggtaggctt
caggtgccaaaactcataaaggaatacattgatgaggtgtcaactcaattgaaaatggtt
tgcaactcagattctgatgagttgcttttggaagagaagcttacatttatgcatgagaca
agacatgcttttggtaggacagcattgctcctgagtggaggtgcttcactgggtgctttc
catgtaggtgtagtaaagacactagtggaacataagctactgcctcgaataatagcaggg
tctagtgtgggttccattatgtgtgctattgtagcaacaaggtcctggcctgagcttgaa
agcttctttgaagattcttggcactcattgcagttttttgaccagttgggtgggatattt
actgtggttaaaagggtcatgacacatggtgcagttcatgagattaggcaattgcaaagg
cttttgaggcatcttacaagcaatttgacatttcaagaagcttatgacatgactggccgt
gttcttggtatcacagtttgctcacctagaaagcatgagccaccacgatgtcttaattac
ttgacatctcctcatgttgtcatatggagtgctgtaactgcttcttgtgcatttcctggc
ctatttgaggctcaggagctaatggcaaaagatagatctggagaaattgttccttatcat
gcacccttctcactgagccctgaggacacacctggaacttcagctcgtcgttggagagat
ggaagcttggagagtgatttgcctatgattcagttgaaggaattgttcaatgtcaatcat
tttattgtcagtcaagccaatcctcatatagccccattgttgagattaaaggaaattatc
agagcttatggagggaactttgctgcaaagcttgctcatcttgcggaaatggaggtcaag
catcgatgcaatcaaattcttgaactcggttttccattgggtggcatagccaaattgttt
gctcaagattgggaaggtgatgtcactgtggttatgccagctacccttgctcagtattca
aaaattatacagaacccttcttatgtggagctccaaaaggctgctaaccaaggcagaaga
tgcacatgggagaagttctctgctatcaaggcaaactgtgctattgaacttgcactagat
gagtgtgttgctcttctgaaccatatgcgcaggctcaagagaagtgccgatagagctgct
gcttcccatggtcacacaaacttcatgcgactcagtgcttcgaggagaattccttcatgg
aattgcattgcaagggaaaactcatcaggttctctcgaagaagacatactcgtggatgct
gctgcttcaatccaccagggaactgctcctgtttggcagttgaacagaaataaccgtact
caacaaagcattcatgatggaagtgatagtgaatcagaaagtgtagacctaaattcttgg
acaagaagtggtggccctttgatgaggacagcctcagctaataaatttattaactttgtc
cagaatcttgagattgagtcagaattcaacagatcttggtcaagggaagaagagatcaat
gctttagtagcacactcaaatcctatggtgagtccaacaactggtagggatccttataat
aacaactccagagtagcaacccctgacagaaactcggagaatacagatcctgaaaatagc
aatagggttccagttgctgcttccaccagcattatggtttctgaaggagaccttttgcaa
cccgaaaagattcaaaatgggattgtgtttaatattgtaaagaaggaaacactgcttgta
cataggggcagcgactctgaacagcagcaagactcttctagagaagcagacgtggataat
ctacaaatggatatttgtgatgtcagtacagcttctgaatatgttgaggatgatgctgaa
cccacattgatttgtgattataagtga
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