Okadaic Acid - Phenotypes

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	Chemical	Phenotype	Co-Mentioned Terms	Interaction	Organisms	Anatomy	Inference Network	References
1.	Okadaic Acid	superoxide anion generation		Okadaic Acid results in increased superoxide anion generation	1: Rattus norvegicus	Brain \| Endothelial Cells \| Cell Line	2 genes: SOD1 \| SOD2	1
2.	Okadaic Acid	histamine secretion mediated by immunoglobulin	Ouabain	Okadaic Acid promotes the reaction [Ouabain results in increased histamine secretion mediated by immunoglobulin]	1: Rattus norvegicus	Mast Cells \| Cells, Cultured		1
3.	Okadaic Acid	positive regulation of cell death	NADP	NADP inhibits the reaction [Okadaic Acid results in increased positive regulation of cell death]	1: Homo sapiens	Hep G2 Cells	10 genes: ACOX2 \| BCL2L11 \| EGR1 \| EP300 \| GRIN1 \| HTRA2 \| IL1B \| PDX1 \| PTGS2 \| UCP2	1
4.	Okadaic Acid	protein serine/threonine phosphatase activity	SLCO1B3 \| Sulfobromophthalein	Sulfobromophthalein inhibits the reaction [[SLCO1B3 protein results in increased susceptibility to Okadaic Acid] which results in decreased protein serine/threonine phosphatase activity]	1: Homo sapiens	HEK293 Cells	5 genes: PPP1CA \| PPP2CA \| PPP2R1A \| PPP4C \| PPP5C	1
5.	Okadaic Acid	apoptotic process	Ursodeoxycholic Acid	Ursodeoxycholic Acid inhibits the reaction [Okadaic Acid results in increased apoptotic process]	1: Homo sapiens	HeLa Cells	53 genes: ABL1 \| AKT1 \| APP \| BAX \| BBC3 \| BCL2 \| BCL2L11 \| BCL2L14 \| CASP10 \| CASP3 \| CASP7 \| CASP8 \| CASP9 \| CDK1 \| DAB2 \| DDIT3 \| EGLN3 \| EP300 \| ERN1 \| FIS1 \| FOXO3 \| GAPDH \| GJA1 \| HTRA2 \| IER3 \| IL1B \| ITPR1 \| JAK2 \| MAP3K10 \| MAPK1 \| MAPK3 \| MAPT \| MFN2 \| NFKB1 \| NFKBIA \| NR3C1 \| OPA1 \| PARP1 \| PPP2CA \| PPP2R1A \| PRDX5 \| RAD21 \| RAF1 \| RB1 \| RPS6KB1 \| TAX1BP1 \| TF \| TNF \| TNFSF10 \| TP53 \| TRP53 \| UBE2D3 \| XBP1	1
6.	Okadaic Acid	positive regulation of ion transmembrane transporter activity	Norepinephrine	Okadaic Acid promotes the reaction [Norepinephrine results in increased positive regulation of ion transmembrane transporter activity]	1: Anas platyrhynchos	Erythrocytes		1
7.	Okadaic Acid	positive regulation of cell death	CYP3A2	CYP3A2 protein promotes the reaction [Okadaic Acid results in increased positive regulation of cell death]	1: Rattus norvegicus	Hep G2 Cells	10 genes: ACOX2 \| BCL2L11 \| EGR1 \| EP300 \| GRIN1 \| HTRA2 \| IL1B \| PDX1 \| PTGS2 \| UCP2	1
8.	Okadaic Acid	lipid catabolic process		Okadaic Acid results in increased lipid catabolic process	1: Mus musculus	Hippocampus \| Cell Line	4 genes: CES1D \| LPL \| PLA2G4A \| PRDX6	1
9.	Okadaic Acid	apoptotic process	Ursodeoxycholic Acid	Ursodeoxycholic Acid inhibits the reaction [Okadaic Acid results in increased apoptotic process]	1: Chlorocebus aethiops	COS Cells	53 genes: ABL1 \| AKT1 \| APP \| BAX \| BBC3 \| BCL2 \| BCL2L11 \| BCL2L14 \| CASP10 \| CASP3 \| CASP7 \| CASP8 \| CASP9 \| CDK1 \| DAB2 \| DDIT3 \| EGLN3 \| EP300 \| ERN1 \| FIS1 \| FOXO3 \| GAPDH \| GJA1 \| HTRA2 \| IER3 \| IL1B \| ITPR1 \| JAK2 \| MAP3K10 \| MAPK1 \| MAPK3 \| MAPT \| MFN2 \| NFKB1 \| NFKBIA \| NR3C1 \| OPA1 \| PARP1 \| PPP2CA \| PPP2R1A \| PRDX5 \| RAD21 \| RAF1 \| RB1 \| RPS6KB1 \| TAX1BP1 \| TF \| TNF \| TNFSF10 \| TP53 \| TRP53 \| UBE2D3 \| XBP1	1
10.	Okadaic Acid	intracellular distribution of mitochondria		Okadaic Acid affects intracellular distribution of mitochondria	1: Rattus norvegicus	Brain \| Endothelial Cells \| Cell Line	6 genes: CLU \| DNM1L \| MAPT \| MFN1 \| MFN2 \| OPA1	1
11.	Okadaic Acid	apoptotic process		Okadaic Acid results in increased apoptotic process	1: Homo sapiens	Hepatocytes \| Cell Line, Tumor	53 genes: ABL1 \| AKT1 \| APP \| BAX \| BBC3 \| BCL2 \| BCL2L11 \| BCL2L14 \| CASP10 \| CASP3 \| CASP7 \| CASP8 \| CASP9 \| CDK1 \| DAB2 \| DDIT3 \| EGLN3 \| EP300 \| ERN1 \| FIS1 \| FOXO3 \| GAPDH \| GJA1 \| HTRA2 \| IER3 \| IL1B \| ITPR1 \| JAK2 \| MAP3K10 \| MAPK1 \| MAPK3 \| MAPT \| MFN2 \| NFKB1 \| NFKBIA \| NR3C1 \| OPA1 \| PARP1 \| PPP2CA \| PPP2R1A \| PRDX5 \| RAD21 \| RAF1 \| RB1 \| RPS6KB1 \| TAX1BP1 \| TF \| TNF \| TNFSF10 \| TP53 \| TRP53 \| UBE2D3 \| XBP1	1
12.	Okadaic Acid	regulation of mitochondrial membrane potential		Okadaic Acid results in decreased regulation of mitochondrial membrane potential	1: Rattus norvegicus	Hepatocytes \| Cells, Cultured	5 genes: BAX \| BCL2 \| SOD1 \| SOD2 \| UCP2	1
13.	Okadaic Acid	superoxide dismutase activity		Okadaic Acid results in decreased superoxide dismutase activity	1: Mus musculus	Hippocampus \| Cell Line	2 genes: SOD1 \| SOD2	1
14.	Okadaic Acid	positive regulation of NF-kappaB transcription factor activity		Okadaic Acid results in increased positive regulation of NF-kappaB transcription factor activity	1: Homo sapiens	U937 Cells	10 genes: AGT \| APP \| CLU \| IL1B \| IRAK1 \| NFKB1 \| NFKBIA \| RELA \| TNF \| UBC	1
15.	Okadaic Acid	response to oxidative stress	Glutathione	[Okadaic Acid results in increased response to oxidative stress] which results in decreased abundance of Glutathione	1: Homo sapiens	HeLa Cells	21 genes: ABL1 \| AKT1 \| ALDH1A1 \| APP \| BCL2 \| COX2 \| DDIT3 \| EPAS1 \| JAK2 \| MMP2 \| NFKB1 \| PCNA \| PRDX5 \| PRDX6 \| PTGS2 \| SELENOP \| SOD1 \| SOD2 \| TOR1A \| TP53 \| TRP53	1
16.	Okadaic Acid	response to oxidative stress		Okadaic Acid results in increased response to oxidative stress	1: Homo sapiens	HeLa Cells	21 genes: ABL1 \| AKT1 \| ALDH1A1 \| APP \| BCL2 \| COX2 \| DDIT3 \| EPAS1 \| JAK2 \| MMP2 \| NFKB1 \| PCNA \| PRDX5 \| PRDX6 \| PTGS2 \| SELENOP \| SOD1 \| SOD2 \| TOR1A \| TP53 \| TRP53	1
17.	Okadaic Acid	positive regulation of cell death		Okadaic Acid results in increased positive regulation of cell death	1: Homo sapiens	MCF-7 Cells	10 genes: ACOX2 \| BCL2L11 \| EGR1 \| EP300 \| GRIN1 \| HTRA2 \| IL1B \| PDX1 \| PTGS2 \| UCP2	1
18.	Okadaic Acid	positive regulation of ion transmembrane transporter activity	N-(2-aminoethyl)-5-isoquinolinesulfonamide \| Rubidium	N-(2-aminoethyl)-5-isoquinolinesulfonamide inhibits the reaction [[Okadaic Acid results in increased positive regulation of ion transmembrane transporter activity] which results in increased uptake of Rubidium]	1: Anas platyrhynchos	Erythrocytes		1
19.	Okadaic Acid	reactive oxygen species biosynthetic process		Okadaic Acid results in increased reactive oxygen species biosynthetic process	1: Mus musculus	Hippocampus \| Cell Line		1
20.	Okadaic Acid	apoptotic process		Okadaic Acid results in increased apoptotic process		Lymphocytes \| Cell Line	53 genes: ABL1 \| AKT1 \| APP \| BAX \| BBC3 \| BCL2 \| BCL2L11 \| BCL2L14 \| CASP10 \| CASP3 \| CASP7 \| CASP8 \| CASP9 \| CDK1 \| DAB2 \| DDIT3 \| EGLN3 \| EP300 \| ERN1 \| FIS1 \| FOXO3 \| GAPDH \| GJA1 \| HTRA2 \| IER3 \| IL1B \| ITPR1 \| JAK2 \| MAP3K10 \| MAPK1 \| MAPK3 \| MAPT \| MFN2 \| NFKB1 \| NFKBIA \| NR3C1 \| OPA1 \| PARP1 \| PPP2CA \| PPP2R1A \| PRDX5 \| RAD21 \| RAF1 \| RB1 \| RPS6KB1 \| TAX1BP1 \| TF \| TNF \| TNFSF10 \| TP53 \| TRP53 \| UBE2D3 \| XBP1	1
21.	Okadaic Acid	potassium ion export across plasma membrane	Chlorides \| Sodium Chloride	Okadaic Acid inhibits the reaction [Sodium Chloride deficiency promotes the reaction [Chlorides results in increased potassium ion export across plasma membrane]]	1: Rana temporaria	Erythrocytes \| Cells, Cultured		1
22.	Okadaic Acid	cell migration		Okadaic Acid results in decreased cell migration	1: Homo sapiens	Cell Line, Tumor	11 genes: CD44 \| CDK1 \| CXCL12 \| FGFR4 \| GSK3B \| MMP2 \| PDGFRA \| PODXL \| RPS6KB1 \| THBS1 \| VEGFA	1
23.	Okadaic Acid	apoptotic process	Ursodeoxycholic Acid	Ursodeoxycholic Acid inhibits the reaction [Okadaic Acid results in increased apoptotic process]	1: Homo sapiens	Bone and Bones \| Cell Line, Tumor	53 genes: ABL1 \| AKT1 \| APP \| BAX \| BBC3 \| BCL2 \| BCL2L11 \| BCL2L14 \| CASP10 \| CASP3 \| CASP7 \| CASP8 \| CASP9 \| CDK1 \| DAB2 \| DDIT3 \| EGLN3 \| EP300 \| ERN1 \| FIS1 \| FOXO3 \| GAPDH \| GJA1 \| HTRA2 \| IER3 \| IL1B \| ITPR1 \| JAK2 \| MAP3K10 \| MAPK1 \| MAPK3 \| MAPT \| MFN2 \| NFKB1 \| NFKBIA \| NR3C1 \| OPA1 \| PARP1 \| PPP2CA \| PPP2R1A \| PRDX5 \| RAD21 \| RAF1 \| RB1 \| RPS6KB1 \| TAX1BP1 \| TF \| TNF \| TNFSF10 \| TP53 \| TRP53 \| UBE2D3 \| XBP1	1
24.	Okadaic Acid	positive regulation of cell death		Okadaic Acid results in increased positive regulation of cell death	1: Homo sapiens	Hep G2 Cells	10 genes: ACOX2 \| BCL2L11 \| EGR1 \| EP300 \| GRIN1 \| HTRA2 \| IL1B \| PDX1 \| PTGS2 \| UCP2	2
25.	Okadaic Acid	apoptotic DNA fragmentation		Okadaic Acid results in increased apoptotic DNA fragmentation	1: Homo sapiens	HeLa Cells	1 gene: CASP3	1
26.	Okadaic Acid	endoplasmic reticulum calcium ion homeostasis		Okadaic Acid affects endoplasmic reticulum calcium ion homeostasis	1: Rattus norvegicus	Brain \| Endothelial Cells \| Cell Line	3 genes: BAX \| BCL2 \| ITPR1	1
27.	Okadaic Acid	response to oxidative stress		Okadaic Acid results in increased response to oxidative stress	1: Homo sapiens	Bone and Bones \| Cell Line, Tumor	21 genes: ABL1 \| AKT1 \| ALDH1A1 \| APP \| BCL2 \| COX2 \| DDIT3 \| EPAS1 \| JAK2 \| MMP2 \| NFKB1 \| PCNA \| PRDX5 \| PRDX6 \| PTGS2 \| SELENOP \| SOD1 \| SOD2 \| TOR1A \| TP53 \| TRP53	1
28.	Okadaic Acid	cellular response to drug	Bumetanide	[Okadaic Acid results in increased cellular response to drug] which results in increased activity of Bumetanide	1: Anas platyrhynchos	Erythrocytes	14 genes: EGR1 \| EP300 \| GSTM1 \| GSTM3 \| HIF1A \| HSPA5 \| IL1B \| MMP1 \| NFE2L2 \| NME1 \| TFRC \| TP53 \| TXN1 \| VEGFA	1
29.	Okadaic Acid	positive regulation of cell death	CYP3A23/3A1	CYP3A23/3A1 protein inhibits the reaction [Okadaic Acid results in increased positive regulation of cell death]	1: Rattus norvegicus	Hep G2 Cells	10 genes: ACOX2 \| BCL2L11 \| EGR1 \| EP300 \| GRIN1 \| HTRA2 \| IL1B \| PDX1 \| PTGS2 \| UCP2	1
30.	Okadaic Acid	cell death	Quercetin	Quercetin inhibits the reaction [Okadaic Acid results in increased cell death]	1: Mus musculus	Hippocampus \| Cell Line	1 gene: MAP3K10	1
31.	Okadaic Acid	filopodium assembly	PPP1R9A	Okadaic Acid inhibits the reaction [PPP1R9A protein modified form results in increased filopodium assembly]	1: Rattus norvegicus	HEK293 Cells		1
32.	Okadaic Acid	tubulin deacetylation		Okadaic Acid results in increased tubulin deacetylation	1: Rattus norvegicus	Brain \| Endothelial Cells \| Cell Line		1
33.	Okadaic Acid	positive regulation of ion transmembrane transporter activity	N-(2-aminoethyl)-5-isoquinolinesulfonamide	N-(2-aminoethyl)-5-isoquinolinesulfonamide inhibits the reaction [Okadaic Acid results in increased positive regulation of ion transmembrane transporter activity]	1: Anas platyrhynchos	Erythrocytes		1
34.	Okadaic Acid	release of cytochrome c from mitochondria		Okadaic Acid results in increased release of cytochrome c from mitochondria	1: Rattus norvegicus	Brain \| Endothelial Cells \| Cell Line	10 genes: BAX \| BBC3 \| BCL2 \| CLU \| DNM1L \| FIS1 \| JUN \| SOD2 \| TP53 \| TRP53	1
35.	Okadaic Acid	apoptotic process		Okadaic Acid results in increased apoptotic process	1: Homo sapiens	HeLa Cells	53 genes: ABL1 \| AKT1 \| APP \| BAX \| BBC3 \| BCL2 \| BCL2L11 \| BCL2L14 \| CASP10 \| CASP3 \| CASP7 \| CASP8 \| CASP9 \| CDK1 \| DAB2 \| DDIT3 \| EGLN3 \| EP300 \| ERN1 \| FIS1 \| FOXO3 \| GAPDH \| GJA1 \| HTRA2 \| IER3 \| IL1B \| ITPR1 \| JAK2 \| MAP3K10 \| MAPK1 \| MAPK3 \| MAPT \| MFN2 \| NFKB1 \| NFKBIA \| NR3C1 \| OPA1 \| PARP1 \| PPP2CA \| PPP2R1A \| PRDX5 \| RAD21 \| RAF1 \| RB1 \| RPS6KB1 \| TAX1BP1 \| TF \| TNF \| TNFSF10 \| TP53 \| TRP53 \| UBE2D3 \| XBP1	2
36.	Okadaic Acid	apoptotic process	Norepinephrine \| Prazosin	[Prazosin co-treated with Norepinephrine] inhibits the reaction [Okadaic Acid results in increased apoptotic process]	1: Rattus norvegicus	Myocytes, Cardiac \| Cells, Cultured	53 genes: ABL1 \| AKT1 \| APP \| BAX \| BBC3 \| BCL2 \| BCL2L11 \| BCL2L14 \| CASP10 \| CASP3 \| CASP7 \| CASP8 \| CASP9 \| CDK1 \| DAB2 \| DDIT3 \| EGLN3 \| EP300 \| ERN1 \| FIS1 \| FOXO3 \| GAPDH \| GJA1 \| HTRA2 \| IER3 \| IL1B \| ITPR1 \| JAK2 \| MAP3K10 \| MAPK1 \| MAPK3 \| MAPT \| MFN2 \| NFKB1 \| NFKBIA \| NR3C1 \| OPA1 \| PARP1 \| PPP2CA \| PPP2R1A \| PRDX5 \| RAD21 \| RAF1 \| RB1 \| RPS6KB1 \| TAX1BP1 \| TF \| TNF \| TNFSF10 \| TP53 \| TRP53 \| UBE2D3 \| XBP1	1
37.	Okadaic Acid	apoptotic process	Colforsin	Colforsin inhibits the reaction [Okadaic Acid results in increased apoptotic process]	1: Rattus norvegicus	Myocytes, Cardiac \| Cells, Cultured	53 genes: ABL1 \| AKT1 \| APP \| BAX \| BBC3 \| BCL2 \| BCL2L11 \| BCL2L14 \| CASP10 \| CASP3 \| CASP7 \| CASP8 \| CASP9 \| CDK1 \| DAB2 \| DDIT3 \| EGLN3 \| EP300 \| ERN1 \| FIS1 \| FOXO3 \| GAPDH \| GJA1 \| HTRA2 \| IER3 \| IL1B \| ITPR1 \| JAK2 \| MAP3K10 \| MAPK1 \| MAPK3 \| MAPT \| MFN2 \| NFKB1 \| NFKBIA \| NR3C1 \| OPA1 \| PARP1 \| PPP2CA \| PPP2R1A \| PRDX5 \| RAD21 \| RAF1 \| RB1 \| RPS6KB1 \| TAX1BP1 \| TF \| TNF \| TNFSF10 \| TP53 \| TRP53 \| UBE2D3 \| XBP1	1
38.	Okadaic Acid	superoxide dismutase activity	Quercetin	Quercetin inhibits the reaction [Okadaic Acid results in decreased superoxide dismutase activity]	1: Mus musculus	Hippocampus \| Cell Line	2 genes: SOD1 \| SOD2	1
39.	Okadaic Acid	apoptotic process		Okadaic Acid results in increased apoptotic process	1: Rattus norvegicus	Myocytes, Cardiac \| Cells, Cultured	53 genes: ABL1 \| AKT1 \| APP \| BAX \| BBC3 \| BCL2 \| BCL2L11 \| BCL2L14 \| CASP10 \| CASP3 \| CASP7 \| CASP8 \| CASP9 \| CDK1 \| DAB2 \| DDIT3 \| EGLN3 \| EP300 \| ERN1 \| FIS1 \| FOXO3 \| GAPDH \| GJA1 \| HTRA2 \| IER3 \| IL1B \| ITPR1 \| JAK2 \| MAP3K10 \| MAPK1 \| MAPK3 \| MAPT \| MFN2 \| NFKB1 \| NFKBIA \| NR3C1 \| OPA1 \| PARP1 \| PPP2CA \| PPP2R1A \| PRDX5 \| RAD21 \| RAF1 \| RB1 \| RPS6KB1 \| TAX1BP1 \| TF \| TNF \| TNFSF10 \| TP53 \| TRP53 \| UBE2D3 \| XBP1	1
40.	Okadaic Acid	activation of protein kinase B activity		Okadaic Acid results in increased activation of protein kinase B activity	1: Homo sapiens	Prostate \| Cell Line, Tumor	3 genes: AKT1 \| IGF1 \| TXN	1
41.	Okadaic Acid	calcium-mediated signaling	Ouabain	Okadaic Acid inhibits the reaction [Ouabain results in increased calcium-mediated signaling]	1: Rattus norvegicus	Mast Cells \| Cells, Cultured	4 genes: CALM1 \| CALM2 \| GRIN1 \| TNF	1
42.	Okadaic Acid	cellular response to drug		Okadaic Acid results in increased cellular response to drug	1: Anas platyrhynchos	Erythrocytes	14 genes: EGR1 \| EP300 \| GSTM1 \| GSTM3 \| HIF1A \| HSPA5 \| IL1B \| MMP1 \| NFE2L2 \| NME1 \| TFRC \| TP53 \| TXN1 \| VEGFA	1
43.	Okadaic Acid	apoptotic process	Ursodeoxycholic Acid	Ursodeoxycholic Acid inhibits the reaction [Okadaic Acid results in increased apoptotic process]	1: Homo sapiens	Hepatocytes \| Cell Line, Tumor	53 genes: ABL1 \| AKT1 \| APP \| BAX \| BBC3 \| BCL2 \| BCL2L11 \| BCL2L14 \| CASP10 \| CASP3 \| CASP7 \| CASP8 \| CASP9 \| CDK1 \| DAB2 \| DDIT3 \| EGLN3 \| EP300 \| ERN1 \| FIS1 \| FOXO3 \| GAPDH \| GJA1 \| HTRA2 \| IER3 \| IL1B \| ITPR1 \| JAK2 \| MAP3K10 \| MAPK1 \| MAPK3 \| MAPT \| MFN2 \| NFKB1 \| NFKBIA \| NR3C1 \| OPA1 \| PARP1 \| PPP2CA \| PPP2R1A \| PRDX5 \| RAD21 \| RAF1 \| RB1 \| RPS6KB1 \| TAX1BP1 \| TF \| TNF \| TNFSF10 \| TP53 \| TRP53 \| UBE2D3 \| XBP1	1
44.	Okadaic Acid	lipid catabolic process	Quercetin	Quercetin inhibits the reaction [Okadaic Acid results in increased lipid catabolic process]	1: Mus musculus	Hippocampus \| Cell Line	4 genes: CES1D \| LPL \| PLA2G4A \| PRDX6	1
45.	Okadaic Acid	apoptotic process	chelerythrine	chelerythrine promotes the reaction [Okadaic Acid results in increased apoptotic process]	1: Rattus norvegicus	Myocytes, Cardiac \| Cells, Cultured	53 genes: ABL1 \| AKT1 \| APP \| BAX \| BBC3 \| BCL2 \| BCL2L11 \| BCL2L14 \| CASP10 \| CASP3 \| CASP7 \| CASP8 \| CASP9 \| CDK1 \| DAB2 \| DDIT3 \| EGLN3 \| EP300 \| ERN1 \| FIS1 \| FOXO3 \| GAPDH \| GJA1 \| HTRA2 \| IER3 \| IL1B \| ITPR1 \| JAK2 \| MAP3K10 \| MAPK1 \| MAPK3 \| MAPT \| MFN2 \| NFKB1 \| NFKBIA \| NR3C1 \| OPA1 \| PARP1 \| PPP2CA \| PPP2R1A \| PRDX5 \| RAD21 \| RAF1 \| RB1 \| RPS6KB1 \| TAX1BP1 \| TF \| TNF \| TNFSF10 \| TP53 \| TRP53 \| UBE2D3 \| XBP1	1
46.	Okadaic Acid	apoptotic process	Ursodeoxycholic Acid	Ursodeoxycholic Acid inhibits the reaction [Okadaic Acid results in increased apoptotic process]	1: Rattus norvegicus	Hepatocytes \| Cells, Cultured	53 genes: ABL1 \| AKT1 \| APP \| BAX \| BBC3 \| BCL2 \| BCL2L11 \| BCL2L14 \| CASP10 \| CASP3 \| CASP7 \| CASP8 \| CASP9 \| CDK1 \| DAB2 \| DDIT3 \| EGLN3 \| EP300 \| ERN1 \| FIS1 \| FOXO3 \| GAPDH \| GJA1 \| HTRA2 \| IER3 \| IL1B \| ITPR1 \| JAK2 \| MAP3K10 \| MAPK1 \| MAPK3 \| MAPT \| MFN2 \| NFKB1 \| NFKBIA \| NR3C1 \| OPA1 \| PARP1 \| PPP2CA \| PPP2R1A \| PRDX5 \| RAD21 \| RAF1 \| RB1 \| RPS6KB1 \| TAX1BP1 \| TF \| TNF \| TNFSF10 \| TP53 \| TRP53 \| UBE2D3 \| XBP1	1
47.	Okadaic Acid	toxin catabolic process	NADP	[NADP results in increased toxin catabolic process] which results in increased metabolism of Okadaic Acid	2: Homo sapiens \| Rattus norvegicus	Liver \| Subcellular Fractions		1
48.	Okadaic Acid	DNA methylation	Ionomycin \| Tetradecanoylphorbol Acetate	Okadaic Acid promotes the reaction [[Ionomycin co-treated with Tetradecanoylphorbol Acetate] results in increased DNA methylation]	1: Homo sapiens	Veins \| Blood \| T-Lymphocytes \| Cells, Cultured	2 genes: DNMT1 \| FOS	1
49.	Okadaic Acid	positive regulation of transcription from RNA polymerase II promoter involved in cellular response to chemical stimulus		Okadaic Acid results in increased positive regulation of transcription from RNA polymerase II promoter involved in cellular response to chemical stimulus	2: Homo sapiens \| Scrobicularia plana	COS Cells	2 genes: RELA \| RXRA	1
50.	Okadaic Acid	apoptotic DNA fragmentation		Okadaic Acid results in increased apoptotic DNA fragmentation	1: Rattus norvegicus	Hepatocytes \| Cells, Cultured	1 gene: CASP3	1

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