Acanthisitta chloris (rifleman): 103801365 Help Entry 103801365         CDS       T08456                                  Symbol PLA2G4F Name (RefSeq) cytosolic phospholipase A2 zeta   KO K16342   cytosolic phospholipase A2 [EC:3.1.1.4] Organism achl  Acanthisitta chloris (rifleman) Pathway achl00564   Glycerophospholipid metabolism achl00565   Ether lipid metabolism achl00590   Arachidonic acid metabolism achl00591   Linoleic acid metabolism achl00592   alpha-Linolenic acid metabolism achl01100   Metabolic pathways achl04010   MAPK signaling pathway achl04217   Necroptosis achl04270   Vascular smooth muscle contraction achl04370   VEGF signaling pathway achl04912   GnRH signaling pathway Brite KEGG Orthology (KO) [BR:achl00001]  09100 Metabolism   09103 Lipid metabolism    00564 Glycerophospholipid metabolism     103801365 (PLA2G4F)    00565 Ether lipid metabolism     103801365 (PLA2G4F)    00590 Arachidonic acid metabolism     103801365 (PLA2G4F)    00591 Linoleic acid metabolism     103801365 (PLA2G4F)    00592 alpha-Linolenic acid metabolism     103801365 (PLA2G4F)  09130 Environmental Information Processing   09132 Signal transduction    04010 MAPK signaling pathway     103801365 (PLA2G4F)    04370 VEGF signaling pathway     103801365 (PLA2G4F)  09140 Cellular Processes   09143 Cell growth and death    04217 Necroptosis     103801365 (PLA2G4F)  09150 Organismal Systems   09152 Endocrine system    04912 GnRH signaling pathway     103801365 (PLA2G4F)   09153 Circulatory system    04270 Vascular smooth muscle contraction     103801365 (PLA2G4F) Enzymes [BR:achl01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.1  Carboxylic-ester hydrolases     3.1.1.4  phospholipase A2      103801365 (PLA2G4F) BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  PLA2_B cPLA2_C2 C2 Motif Other DBs NCBI-GeneID:  103801365 NCBI-ProteinID:  XP_009072026 LinkDB All DBs Position Unknown AA seq 852 aa AA seqDB search MFHEVLRGLFPPRVLPVLAAVLFQRKERKETGFYHWRREKHPYYNLTVKVLQARNIKGTD LLSKADCYVELKLPTASPIVSRTQVVDNSDNPEWNETFQYRIHSAVKNIVELTLYDKDVL VSDELTSIIFDVGGMKLGQPLLRTFRLNPEANEELDVEFYLEKCSDAPTEVLTNGVLVVH PCLSLQGTVNKEESTREKNQGSCEVKVSVPGAYQNQLCIPWTPDNEKDYGTSFVFHVDKE MCPELQVELEQTISVLQDGVNPDIEKHTTVLGLGTVPVNSLPVGEKVDRVVSLGEGQSLN MSLKAEESTWDLDIRLGFDLCREEREFLDKRKKIVSEALRKTLHLRESPLKDEVPVVAVL GSGGGMRALTSFYGSLAGLQQLGLLDAATYLCGISGSTWCLSTLYQDPDWSQKDLQDAIR RAQGMVSSSKAGAFSPERLKYYFQELNAMEISGRKVSVTDLWGLIVEYFLQQKEDSSKLS DQQEAVKWAQNPYPIYAAVNVRPNISGGDFAEWCEFTPYEVGFRKYGAFVRTEDFDSEFF MGRLVQKHPEPRICFLQGMWGSAFAASLDDICLKVAGIGLSFLDSFKDVIKVVDDCRRFH FRDPARLKTRFVTPGGLLLQIFQDFFKSRVTCGETFNFMQGLYLHKDYVNIKKFVTWKGT HLDAFPNQLTPMGKSLYLVDGGFSINSPFPLVVQPERDVDVILSFNFSWDAPFEVLELTQ KYCEEREIPFPKIKFSEEDEKKPKECYMFVDDNNPKAPIVLHFPLVNDTFQKYKAPGVER ESEEEKSFGDFIIESKDSPYRTLNFTFEPYDFSRLVEVNHYNVLNNKDTLFKTLNLALQR RKLKKMMNKSNT NT seq 2559 nt NT seq  +upstreamnt  +downstreamnt atgttccatgaggtgctgcggggcctgtttccacccagagtgctgcctgttctggcagct gtgctgttccaaaggaaagagaggaaggagactgggttttatcactggcggcgggaaaaa catccttactacaacctaacagtaaaagtcctccaagccagaaacatcaagggtacagat ctgttgtccaaagcagactgctatgtggaactaaagctgcccactgcatctccaatagtc tcccgaactcaggttgttgacaactctgataacccagaatggaatgaaactttccagtat cgaatccatagtgctgtcaagaacattgtggaattgacactctatgataaggatgtcctt gtcagtgatgaactcacgtctatcatctttgatgtaggaggcatgaagctgggtcagccc ctgctgcgcactttcaggttgaaccctgaggctaatgaagagctggatgtagagttttac ttggagaaatgctcagatgcccctacagaggtattgaccaatggagtccttgtggttcat ccttgcttgtctctgcaaggcactgtcaacaaagaggaaagcacaagagagaaaaaccaa gggagctgtgaggtcaaagtgtctgtcccaggggcatatcaaaaccagctgtgtattcct tggacaccagacaatgagaaagattatggaacctcatttgtctttcatgtggataaagaa atgtgtccagaactgcaagtggagctggagcaaacgatatctgtcctacaggatggcgtg aaccctgatattgaaaagcatactacagttctgggactggggactgtaccagttaattcc cttcctgttggagaaaaagttgatagagtcgtttctttgggagagggacaaagtttgaat atgagtctgaaagctgaagagagcacttgggatcttgatatacgtctgggtttcgacctc tgtagagaagagagagaatttttggacaaaaggaagaaaatagtttctgaggcactgagg aagactcttcacttaagagaatcccctctaaaagatgaggttccagttgtagcagtactg gggtccggaggtggaatgagagcactgacatcattctatggcagtcttgctgggcttcag cagctgggccttttagatgctgctacatatctgtgtgggatttctggctctacttggtgt ttatcaacactgtatcaagaccctgactggtcgcagaaagaccttcaagatgcaatcaga agagctcagggtatggtgtccagcagcaaagcaggggcattttccccagaacgactgaaa tactatttccaggaactgaatgcaatggagattagtggacggaaagtttccgttacagat ttgtggggccttattgtggaatatttcctacaacagaaggaagattcatcaaagctatct gatcagcaagaagcagtaaaatgggcccagaacccctatcctatttatgcagctgtcaat gtgagaccaaatatcagcggtggtgactttgcagaatggtgtgagttcactccttatgaa gttggatttcgtaaatatggagcttttgtccgaacagaggactttgacagtgaattcttc atgggacggctcgttcagaaacatccagagcccaggatttgttttctacaaggaatgtgg ggcagtgcctttgctgccagcttggatgatatctgcctgaaggtggctggtataggactg agctttctggattctttcaaagatgttatcaaagttgtagatgactgccgacgattccat ttccgagacccagctcgactgaagactcgctttgttacacctggaggcctcttgttacaa atttttcaggatttcttcaagtcccgggtcacgtgtggagaaaccttcaacttcatgcag ggattatatcttcataaagattatgttaacatcaagaaattcgtcacttggaaaggtact catctggatgcatttcccaatcagctgacccccatgggaaagagcttgtatttagtggat ggtggcttttctatcaactctccctttcctttggtggttcagccagagagggatgtggat gttatcttgtcattcaatttttcctgggatgctccatttgaggttttagagctgactcag aaatactgtgaggagcgggaaattccttttccaaaaattaaatttagtgaggaagatgaa aagaaaccaaaagagtgttacatgtttgtggatgataataatccaaaggctccgattgta cttcatttcccattggtgaatgacacattccagaaatacaaagctccaggagttgaacgt gagtcggaagaagagaaatcctttggtgacttcatcattgagtcaaaagattctccttac cgtacactaaatttcacctttgagccgtatgatttcagcaggttagtggaagtgaatcac tacaatgttctgaacaacaaggacactctcttcaaaaccctaaacctggctctgcaaagg agaaagttgaagaaaatgatgaataagtccaatacataa

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