Formation of a new class of oxylipins from N-acyl(ethanol)amines by the lipoxygenase pathway

Keyphrases

• Triethanolamine 100%
• Lipoxygenase Pathway 100%
• Hydroperoxides 100%
• Acyl 100%
• Oxylipins 100%
• N-acylethanolamines 100%
• Hydroperoxide Lyase 75%
• Linoleic Acid 50%
• Lipoxygenase 50%
• Allene Oxide Synthase 50%
• Hydroperoxy 50%
• Endogeneity 25%
• Ethanol 25%
• Kinetic Study 25%
• Alfalfa 25%
• Plant Lipids 25%
• Free Fatty Acids 25%
• Defense Reaction 25%
• Amides 25%
• Non-volatile 25%
• Hydrolysis Products 25%
• Plant Defense System 25%
• α-ketol 25%
• Hexenal 25%
• Hexanal 25%
• Non-volatile Compounds 25%
• 3 Fatty Acids 25%
• Plant Defence Strategies 25%
• Ketols 25%
• Flaxseed 25%
• Fatty Acid Ethanolamides 25%
• Ethanolamine Derivatives 25%
• Soybean lipoxygenase-1 25%

Pharmacology, Toxicology and Pharmaceutical Science

• Hydroperoxide 100%
• Oxylipin 100%
• Lipoxygenase 100%
• Fatty Acid 50%
• Lyase 50%
• Ketol 33%
• Synthetase 33%
• Linoleic Acid 33%
• Infectious Agent 16%
• Hexobarbital 16%
• Hexanal 16%
• Ethanolamine Derivative 16%
• Hydroperoxide Derivative 16%
• Carboxamide 16%
• Medicago sativa 16%

Biochemistry, Genetics and Molecular Biology

• Lipoxygenase 100%
• Oxylipin 100%
• N-Acylethanolamine 80%
• Lyase 60%
• Plant Defense 40%
• Synthase 40%
• Linoleic Acid 40%
• Lipid 20%
• Enzymatic Hydrolysis 20%
• Free Fatty Acids 20%
• Enzyme 20%
• Infectious Agent 20%
• Hexobarbital 20%