The 9 Hallmarks of Aging Explained | How Scientists Target Longevity | GlobalRPh

The 9 Hallmarks of Aging Explained | How Scientists Target Longevity | GlobalRPh Breaking the Code: New Molecular Targets Reset the Hallmarks of Aging Can we truly reset the biological clock? In this in-depth lecture, we explore how cutting-edge molecular interventions—such as TERT reactivation, SIRT6-mediated DNA repair, senolytic therapies, and epigenetic reprogramming—are redefining aging as a modifiable biological process, rather than an unavoidable fate. You’ll learn how scientists are targeting the fundamental drivers of aging to extend healthspan, delay disease onset, and potentially reverse age-related functional decline. What You’ll Learn How telomerase (TERT) functions beyond telomere lengthening to regulate neurogenesis, inflammation, and cellular survival Molecular mechanisms behind telomere attrition, genomic instability, impaired DNA repair, and epigenetic drift How senolytic therapies eliminate p16INK4a-positive senescent cells to restore tissue function The role of mTOR inhibition and NAD+ boosting in improving proteostasis and mitochondrial performance How partial epigenetic reprogramming (OSK/Yamanaka factors) can reset cellular aging markers Translational implications for Alzheimer’s disease, cardiovascular disease, cancer, and metabolic disorders Who Should Watch Physicians, researchers, geriatricians, pharmacists, biomedical scientists, and healthcare professionals interested in longevity medicine, regenerative therapies, and translational aging research. Key Takeaway The future of aging medicine is shifting from symptom management to biological intervention—targeting core aging mechanisms to preserve function, resilience, and vitality. Future-forward. Evidence-based. Clinically relevant. 📺 Subscribe to GlobalRPh for more expert-led lectures on the frontiers of longevity science and biomedical innovation. #Longevity #AgingScience #HallmarksOfAging #AntiAgingResearch #Healthspan #Geroscience #Senolytics #Telomerase #Epigenetics #NADplus #mTOR #RegenerativeMedicine #LongevityMedicine #CellularAging #Biotechnology #MedicalResearch #GlobalRPh #TranslationalMedicine #AgeReversal #FutureOfMedicine