NR4A1 Acts as a Nutrient Sensor That Inhibits the Effects of Aging

Keyphrases

• Aging Effect 100%
• Nuclear Receptor 4A1 100%
• Nutrient Sensors 100%
• Health Protective 20%
• Resveratrol 13%
• Aging Process 13%
• Flavonoids 13%
• Adverse Effects 6%
• Wild Mice 6%
• Gene-deficient Mice 6%
• Disease Susceptibility 6%
• Protective Effect 6%
• Study Support 6%
• Inflammatory Diseases 6%
• Multiple Tissues 6%
• Fibrosis 6%
• Disease Survival 6%
• Orphan nuclear Receptor 6%
• Ligand-receptor Binding 6%
• Early Genes 6%
• Associated Diseases 6%
• Polyphenolics 6%
• Anti-aging 6%
• Endometriosis 6%
• Survival Curve 6%
• Kaempferol 6%
• Quercetin 6%
• Immune Dysfunction 6%
• Inflammatory Agents 6%
• Improving Health 6%
• NR4A 6%
• Dietary Phenolic Compounds 6%
• Nutrient Targets 6%
• Susceptibility Curves 6%
• Aging Rate 6%

Immunology and Microbiology

• Wild Type 100%
• Wild Type Mouse 50%
• Inflammatory Disorder 50%
• Immune System Disorders 50%
• Orphan Nuclear Receptor 50%
• Susceptibility 50%

Biochemistry, Genetics and Molecular Biology

• Nuclear Receptor 100%
• Resveratrol 14%
• Wild Type 14%
• Flavonoid 14%
• Wild Type Mouse 7%
• Orphan Nuclear Receptor 7%
• Animal Model 7%
• Quercetin 7%
• Kaempferol 7%