Peripheral effects of FAAH deficiency on fuel and energy homeostasis: Role of dysregulated lysine acetylation

Agriculture & Biology

• amide hydrolases 97%
• acetylation 72%
• homeostasis 57%
• lysine 56%
• fatty acids 46%
• energy 39%
• liver 29%
• mice 14%
• cannabinoids 11%
• malates 8%
• aspartic acid 7%
• disease models 5%
• metabolites 5%
• phenotype 5%
• liver diseases 5%
• insulin resistance 5%
• fructose-bisphosphate aldolase 5%
• calorimetry 4%
• alcohol dehydrogenase 4%
• malate dehydrogenase 4%
• alcohol abuse 4%
• acid hydrolysis 4%
• obesity 4%
• stable isotopes 4%
• lipid metabolism 4%
• citrates 4%
• oxygen consumption 4%
• glycogen 3%
• skeletal muscle 3%
• animal models 3%
• glycerol 3%
• alcohols 3%
• triacylglycerols 3%
• cholesterol 3%
• mutation 2%
• body weight 2%
• glucose 2%
• synthesis 2%
• methodology 2%
• lipids 2%
• genes 1%

Medicine & Life Sciences

• fatty-acid amide hydrolase 100%
• Acetylation 70%
• Lysine 65%
• Homeostasis 49%
• Liver 29%
• malic acid 12%
• Endocannabinoids 11%
• Aspartic Acid 10%
• Fatty Acids 8%
• Dihydroxyacetone 8%
• Malate Dehydrogenase 6%
• Fructose-Bisphosphate Aldolase 6%
• Acetyl Coenzyme A 6%
• Alcohol Dehydrogenase 6%
• Indirect Calorimetry 6%
• Alcoholic Liver Diseases 6%
• Foster Home Care 5%
• Citric Acid 5%
• Isotopes 5%
• Glycerol 5%
• Glycogen 5%
• Oxygen Consumption 4%
• Lipid Metabolism 4%
• Hydrolysis 4%
• Insulin Resistance 3%
• Triglycerides 3%
• Skeletal Muscle 3%
• Alcohols 3%
• Cholesterol 3%
• Body Weight 3%
• Observation 3%
• Obesity 3%
• Lipids 3%
• Glucose 3%
• Phenotype 2%
• Mutation 2%
• Genes 1%
• Therapeutics 0%

Chemical Compounds

• Acetylation 67%
• Lysine 63%
• Fuel 55%
• Energy 31%
• Malate 17%
• Endocannabinoid 14%
• Aspartate 10%
• Fatty Acid 7%
• Metabolite 6%
• Lipid 6%
• Acetyl-CoA 5%
• Glycogen 5%
• Stable Isotope 5%
• Triglyceride 5%
• Insulin Derivative 4%
• Calorimetry 4%
• Cholesterol 4%
• Mutation 4%
• Pharmacological Metabolism 3%
• Glucose 3%
• Resistance 3%
• Hydrolysis 2%
• Alcohol 2%
• Weight 2%
• Dioxygen 2%