Pelodiscus sinensis (Chinese soft-shelled turtle): 102452248
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Entry
102452248 CDS
T02980
Symbol
PLA2G4E
Name
(RefSeq) cytosolic phospholipase A2 epsilon isoform X1
KO
K16342
cytosolic phospholipase A2 [EC:
3.1.1.4
]
Organism
pss
Pelodiscus sinensis (Chinese soft-shelled turtle)
Pathway
pss00564
Glycerophospholipid metabolism
pss00565
Ether lipid metabolism
pss00590
Arachidonic acid metabolism
pss00591
Linoleic acid metabolism
pss00592
alpha-Linolenic acid metabolism
pss01100
Metabolic pathways
pss04010
MAPK signaling pathway
pss04217
Necroptosis
pss04270
Vascular smooth muscle contraction
pss04370
VEGF signaling pathway
pss04912
GnRH signaling pathway
Brite
KEGG Orthology (KO) [BR:
pss00001
]
09100 Metabolism
09103 Lipid metabolism
00564 Glycerophospholipid metabolism
102452248 (PLA2G4E)
00565 Ether lipid metabolism
102452248 (PLA2G4E)
00590 Arachidonic acid metabolism
102452248 (PLA2G4E)
00591 Linoleic acid metabolism
102452248 (PLA2G4E)
00592 alpha-Linolenic acid metabolism
102452248 (PLA2G4E)
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
102452248 (PLA2G4E)
04370 VEGF signaling pathway
102452248 (PLA2G4E)
09140 Cellular Processes
09143 Cell growth and death
04217 Necroptosis
102452248 (PLA2G4E)
09150 Organismal Systems
09152 Endocrine system
04912 GnRH signaling pathway
102452248 (PLA2G4E)
09153 Circulatory system
04270 Vascular smooth muscle contraction
102452248 (PLA2G4E)
Enzymes [BR:
pss01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.4 phospholipase A2
102452248 (PLA2G4E)
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Ortholog
Paralog
GFIT
Motif
Pfam:
PLA2_B
cPLA2_C2
C2
Motif
Other DBs
NCBI-GeneID:
102452248
NCBI-ProteinID:
XP_006130427
LinkDB
All DBs
Position
Unknown
AA seq
875 aa
AA seq
DB search
MFQESLPGVALSIQVVLVVPDLKAAETAMESLAGFHEDLNSKTDPLGNVETKGMKQRAEQ
RNADYKVSFSTKEATLCYLLTVRIIRMRNLQQTDFLSQSDWYVSLWLPTASAEKVRTKTI
KNCSDPVWNETFYFRIQSQVKNVLELVVFDEDVVQDEGHLTVLFDVAKVPLGETIFMKFQ
LNPQRREELEAEFTLENSLDLPENIITNGVIVSREMSCLEVQVDRRRWKKKKKMHSIKHE
LTFTVKGSFEGTHSLSLCCDSSCHLTDPVLFHYAKYSQPQLDITVPKMKTLPSFCACMSC
TAEINRTGPLTVPLNLLPFDQEVIDEHRKFDLHFKTKHCWEDLDVRLGFDLCVEEQDFLQ
KRKKVVAAALKKVLQLEDDLQDDEVPVVAIMTTGGGTRALTAMYAHLLSIQKLNVLDCIS
YITGLSGTTWTMSNLYEDPDWSQKDLEVSLSDIQKHVIKNKFLACFSMDRLKYYVKELHQ
RKQEGHNICFTDLWGLIIEAMFHDGEDHHKLTDQQQALSHGQNPLPIYLALNVKDKMSNR
DFREWIEFTPYEVGLLKYGAFIRSENFGSEFFMGRLMKKIPESRICFLEGIWSSVFSLNL
MDAWYISYESEEFWYKWTQDRVIDIEEEPVLLTGSSKLNTRVFFPPDSLSTVFRDVVMSR
PAISEIHNFLKGFQLHNNYMENEFSKWKDCELDCHPNQLTGAANHLALIDTAFAFETSYP
PLMRPERKVDLILHFNYSSGSQIMPLIKASKYFSEQGIPFPKIVPDEEEAINPKECYLVG
DKEGPETPVVLLFPLVNDTFRNYKAPGVERSPSEMAEGEIDVADVNGPYNVNNLKYSEEN
FDKLTKLSYYNVQNNKDLIFQALRIAVERKKKQRK
NT seq
2628 nt
NT seq
+upstream
nt +downstream
nt
atgtttcaggagtcactgccaggtgtggcacttagtattcaagtagtactggtagtgcct
gacctaaaagcagcagagaccgcaatggaatcacttgctggcttccatgaggacttaaat
agcaaaacagacccattgggaaatgtagaaactaaagggatgaagcaacgtgcagaacag
aggaatgctgactataaggtatcattttctacaaaggaagcaacgctttgctacttgctc
actgtaagaatcatacgaatgagaaatcttcagcagacagactttttgagccagtctgac
tggtatgtgagcctgtggttgccgactgcttcggctgaaaaggtccggaccaaaactatc
aagaactgcagcgatccagtgtggaatgaaaccttctacttcaggatccagagtcaggtc
aagaatgtcctagaactggtagtgtttgacgaagatgttgtccaagatgagggccatctc
actgttctctttgatgtagctaaagtcccacttggagaaacaatttttatgaagttccaa
ttgaatccacagagaagagaggagctggaggctgagttcacactagagaatagtctggat
ctgcctgaaaacatcatcactaatggagtaatagtgtctcgtgaaatgtcctgcttggaa
gttcaggtggataggagaaggtggaagaagaagaagaaaatgcattctataaagcatgaa
ctgacatttacagtgaaaggatcctttgaaggaacccatagcctttcattgtgctgtgac
tccagctgtcatcttacagatcccgtcctgttccactacgccaagtatagccagccacaa
ctggatattacagtcccgaagatgaagacacttcccagcttttgtgcttgtatgtcatgt
acagcagaaataaacagaactggccccctgactgtcccactgaatttacttccctttgat
caagaagtaatagatgagcacagaaaatttgacctacactttaagacaaaacactgctgg
gaagacctagatgtgcgtttagggtttgatctgtgtgtggaagaacaggattttctgcag
aaaaggaaaaaggtggttgctgctgctctgaaaaaggttctccagctagaggatgacctg
caggatgatgaggtaccagtggtggcaatcatgacaacaggtggtggtacgagagcattg
acagcaatgtatgctcacctgttgagtatccagaagttgaatgtcttggactgtatttca
tacatcactggtttatcaggcacaacatggacaatgtcaaatttatatgaagatcctgac
tggtctcagaaggatctggaagtatcattgagtgacattcagaaacatgtaatcaaaaac
aagtttttggcttgtttttccatggatcgtctgaaatactatgtaaaggagctacaccag
cgaaaacaagaggggcacaatatatgttttacagatctctggggactcattattgaagcc
atgttccatgatggggaagaccaccataaactcacagatcagcaacaagcactaagtcat
ggtcagaatcccctgcccatctaccttgctctcaatgtgaaggataaaatgagcaatcga
gattttagagaatggatagagttcacaccctatgaggtgggacttcttaaatatggggcc
tttattcgctctgagaattttggaagtgagttcttcatgggtaggctgatgaagaagatc
ccagaatcccggatctgcttcttggaagggatctggagtagtgtattttccttgaatctt
atggatgcctggtatatttcctatgagtcagaagagttctggtacaaatggactcaagat
agagttatcgacattgaggaagaacctgttctacttacagggtcaagcaagttaaatact
cgagtgttcttccctccagatagcctttcaacagtttttcgagatgttgttatgtcgcgg
ccagcaatttcagaaatccacaattttttaaagggtttccagttacacaataactacatg
gaaaatgagttttctaaatggaaagactgtgagcttgactgtcaccccaaccagctgaca
ggagcagcaaatcacctcgctctgatagatactgcttttgcctttgaaaccagttacccg
ccgcttatgaggccggagaggaaagtggacctcatcctgcatttcaactacagttcagga
tcacagataatgcctttgataaaagcctctaagtacttctcagagcagggaatccctttc
cccaaaattgtgccagatgaagaagaagcaataaatccaaaggagtgctacctagttgga
gacaaagaaggcccagaaacacctgtagtgcttctctttccactagtgaatgacaccttc
agaaactacaaagcacccggtgtggaacgcagtccctcagagatggcagaaggtgaaatt
gatgttgctgatgtcaatggtccatataatgtaaataacctgaaatattcagaggaaaat
tttgacaaactgacaaaactgagttactacaatgtccagaataacaaagacttgattttt
caggccttgcgtatagctgtggaacggaaaaaaaaacagaggaaatag
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