Microcaecilia unicolor: 115477526
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Entry
115477526 CDS
T09142
Symbol
PLA2G4D
Name
(RefSeq) cytosolic phospholipase A2 delta isoform X1
KO
K16342
cytosolic phospholipase A2 [EC:
3.1.1.4
]
Organism
muo
Microcaecilia unicolor
Pathway
muo00564
Glycerophospholipid metabolism
muo00565
Ether lipid metabolism
muo00590
Arachidonic acid metabolism
muo00591
Linoleic acid metabolism
muo00592
alpha-Linolenic acid metabolism
muo01100
Metabolic pathways
muo04010
MAPK signaling pathway
muo04217
Necroptosis
muo04270
Vascular smooth muscle contraction
muo04370
VEGF signaling pathway
muo04912
GnRH signaling pathway
Brite
KEGG Orthology (KO) [BR:
muo00001
]
09100 Metabolism
09103 Lipid metabolism
00564 Glycerophospholipid metabolism
115477526 (PLA2G4D)
00565 Ether lipid metabolism
115477526 (PLA2G4D)
00590 Arachidonic acid metabolism
115477526 (PLA2G4D)
00591 Linoleic acid metabolism
115477526 (PLA2G4D)
00592 alpha-Linolenic acid metabolism
115477526 (PLA2G4D)
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
115477526 (PLA2G4D)
04370 VEGF signaling pathway
115477526 (PLA2G4D)
09140 Cellular Processes
09143 Cell growth and death
04217 Necroptosis
115477526 (PLA2G4D)
09150 Organismal Systems
09152 Endocrine system
04912 GnRH signaling pathway
115477526 (PLA2G4D)
09153 Circulatory system
04270 Vascular smooth muscle contraction
115477526 (PLA2G4D)
Enzymes [BR:
muo01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.4 phospholipase A2
115477526 (PLA2G4D)
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Gene cluster
GFIT
Motif
Pfam:
PLA2_B
cPLA2_C2
C2
Motif
Other DBs
NCBI-GeneID:
115477526
NCBI-ProteinID:
XP_030070311
UniProt:
A0A6P7Z0L3
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All DBs
Position
9:143305051..143377061
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AA seq
855 aa
AA seq
DB search
MMPGGMSADTYQEDAASWLLSVRVIQCKNVPWADLMSKADCYVCLWLPSSMDEKFQTKTI
SNSRTPVWDETFHFKICDRTKNVLQLSLHDEDVISKDDHLYTVFFDVEKIKPDETVFKKF
PLNPEGKQELEVEFKLTRIVEPSENIITNGVLVSREVSCLEIRVDKQRNAKLVKEKDNIV
LAVKGSYEKAQRMSFGSGSSPNTVDTFRFHSLKCCEPELTATVESGFGSSFLGIAFGGDS
KNEDFVAVPLKSLPLEQAVRVALPTAEPRRPVNKGKRTGNCCPGLRKIRRAFFPKRKGKQ
LELELKTKECSKKPDVQLGFDLREEEKLFLQKRKKVVSDALKKVLQLDKGLQEHEVPVVA
VMTTGGGVRAMTSLYGTLLGLQKSKLLDCVSYITGASGSTWTMSKLYEDTDWSRKDLKEP
INDARKHVTKSKTSIFSWERLKYYRKELSERAEEGHKTSFTDLWGLMIEFMFHDGILENK
LSDQQRALNNGQNPLPLCLAMNVKENDNSTLDFKEWCEFSPYEVRLLKYGASIRAEDFGS
EFFMGRLMKKVPESKLCYLQGLWSNIFSINLLDAWFSAMSSEHFWHRWTRDRLYDIDEES
LMMEKRSSDLNTHVLSPSGSFSDTLRDILTSRPLDGEHHNFLKGLQLHKSYNEHSDFCSW
RDTELDLYPNQLTPSAEDLCLVDSAYYINASYPPLLRKARKVDVILSFDYGLTGHFNSVE
QTYHYCTKQEICFPKIVLSEEERKNPKECYLFADDKDPEAPVILHFPLVNDTFKKYKAPG
VKRSPAELEDGVVHLTGSRSPYRLLNLTYSEREFNQLLNLTAYNVENNKDLILQAFRTAL
GRRKNAAAAASGNNH
NT seq
2568 nt
NT seq
+upstream
nt +downstream
nt
atgatgcctggaggaatgtctgctgacacttaccaggaggacgctgcttcttggctgctg
tctgtaagagtcatacaatgcaaaaatgtcccctgggctgacctgatgagtaaagcagat
tgttatgtatgcctgtggcttccatcgtctatggacgaaaagtttcagactaagactatt
tctaacagtagaactcctgtttgggatgagaccttccacttcaagatctgtgacagaact
aagaatgttctacaactgtcactccacgatgaagatgtgatatccaaggatgaccatctc
tacacagttttctttgatgttgaaaaaatcaaacctgatgaaactgtcttcaaaaaattt
cccctcaatccagagggaaagcaagagctggaggtggaattcaagttgacaagaatcgtg
gagccttctgaaaatatcataactaatggagtacttgtgtctcgtgaagtttcatgctta
gaaattcgagtagacaaacagaggaatgcaaagctggttaaagagaaagacaatattgtg
ctggcggtgaaagggtcctatgagaaggcccaaagaatgtcattcggctcaggttccagt
cccaacactgtagacaccttccgctttcactctctgaagtgctgtgagccagaactgacc
gccactgtggagtcgggatttggaagctcttttctgggcatcgcttttggtggagatagc
aagaatgaagattttgtggctgtgcctctgaagtcacttcccttggaacaggcagtaaga
gtagcacttcccactgcagaacccagaagacctgtgaacaagggaaaaagaacagggaac
tgctgtccaggactgagaaaaataagaagagcattttttcccaaaaggaagggcaagcaa
ttggagctggaactcaagacaaaggaatgctcaaagaaacccgatgtgcagttggggttt
gatctgcgtgaggaagagaagctttttctgcagaaacggaaaaaggtggtctcagatgca
ctgaagaaggtgcttcagcttgacaagggcctgcaggagcacgaggtgcccgtggtggct
gtcatgacaactgggggaggagtccgagcaatgacttcactctatggcaccctattagga
cttcaaaaatcaaagctcttagactgcgtttcatacattactggtgcatctggctcaact
tggaccatgtcgaaattatatgaagatactgattggtctcgtaaagatctgaaggagcca
ataaatgatgccaggaagcatgtgaccaaaagcaagacaagcatcttttcctgggagcgt
ctgaaatattatcgcaaggaactgagtgagagggccgaggagggtcataagacatcgttt
acagatttgtggggactgatgattgaattcatgtttcacgatggaatacttgagaataag
ctctccgatcagcagcgggcactgaataatgggcagaatcctttacccctgtgtctggca
atgaatgttaaagaaaacgacaatagcacgttagacttcaaagaatggtgtgaattctct
ccatatgaggtgcggcttctgaagtatggagcctccattcgtgcagaggattttggcagt
gagttctttatgggacggttgatgaagaaagtcccagaatccaagctttgctacctgcaa
gggttgtggagcaacatcttttcaataaatcttcttgatgcctggttttcagccatgagt
tctgagcatttctggcaccgctggacccgagacagactgtatgatattgatgaagagtca
ctaatgatggaaaaaaggtcctctgatctgaatactcatgttctcagtccttctgggagt
ttctccgatactctgagggacattttaaccagccgacccttagacggagaacatcataac
ttcctgaaaggcctccagttgcacaagtcctacaacgagcacagcgatttctgcagctgg
agagacacagagctggacttgtatcctaatcagctgacaccatcagcagaggatctgtgc
ctggtggacagcgcctactacatcaatgctagttacccgccactcctaaggaaggccagg
aaagtggatgtcatcctctcctttgattatgggttgacaggacatttcaattcagtggag
cagacctaccactactgcacaaagcaggaaatctgctttccaaaaattgtgctgagcgag
gaggagaggaagaatccaaaggagtgctacctgtttgcggatgataaggaccctgaggct
ccagttatccttcacttcccgttggtgaatgacacattcaagaagtacaaggcacctggg
gtaaagcgaagtcctgctgaattagaagatggtgttgtgcatctcaccggttcgaggtca
ccttatcgtttgctgaatttgacctacagcgagcgcgaattcaaccagctgttgaacctg
acggcctacaatgttgagaacaacaaggatctcattctgcaggccttccgcacagcactg
ggccgaaggaaaaatgcagcggcagcagcatcaggcaacaatcactga
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