Research Library — Page 85 | Reta Compare
3563 research articles. Page 85 of 143.
Articles
- Epigenetic Clock Insights: Linking Chronic Pain and Alzheimer's Risk
- Disrupted Epigenetic Regulation in Senile Lentigines: Implications for Aging Research
- Epigenetic Information Loss: A Key Factor in Aging and Disease
- Nucleosome Stability and Its Role in the Information Theory of Aging
- Kidney-Specific Methylation Patterns and Their Role in Aging and Healthspan
- Understanding Aging Through Information Theory: Implications for Healthspan
- Epigenetic Changes and Their Role in Mammalian Aging
- Metformin's Role in Enhancing NRF2 Signaling for Longevity and Periodontal Health
- Metformin's Role in Modulating Trophoblast Aging and Pregnancy Outcomes
- Metformin Longevity: Enhancing Healthspan in Frail Older Veterans
- Metformin's Role in Longevity: Mechanisms and Future Directions
- Metformin's Role in Enhancing Healthspan by Preserving Musculoskeletal Function
- Metformin's Role in Mitigating Macrophage Senescence Induced by High Glucose
- Metformin Longevity: Optimizing Dosing for Circadian Clock and Metabolic Aging
- Metformin's Role in Longevity: Exploring Mechanisms and Implications
- Metformin Longevity: Mitochondrial Health and Oxidative Stress in Age-Related Macular Degeneration
- Metformin's Role in Addressing Accelerated Vascular Aging Post-Preeclampsia
- Metformin Longevity: Insights on Alzheimer's Disease and Brain Health
- Metformin's Role in Longevity: Balancing Metabolic Health and Muscle Function
- Metformin and the Gut Microbiome: Insights into Longevity Mechanisms
- Metformin Longevity: Exploring Its Role in Healthspan and Lifespan Extension
- Metformin's Role in Longevity: Insights from Antidiabetic Drug Research
- Resveratrol's Role in NAD+ and Ovarian Health: Insights from Laying Hens
- NAD+ Precursor NMN Mitigates Senescence in Hepatic Stellate Cells
- NAD+ and Ischemic Tolerance: Insights into Aging and Cognitive Resilience