Senolytics: The Science of Removing Zombie Cells to Slow Aging
Senolytics target senescent “zombie cells” that drive aging and disease. Learn how this emerging longevity science may improve healthspan and slow age-related decline.
The Longevity Equation Journal
A physician-led exploration of the biological systems that shape aging, performance, and long-term resilience.
Grounded in clinical practice. Written by Anil Bajnath, MD, and the Institute for Human Optimization. New entries published periodically.
Explore Articles
Senolytics target senescent “zombie cells” that drive aging and disease. Learn how this emerging longevity science may improve healthspan and slow age-related decline.

Scientists are exploring cellular reprogramming using Yamanaka factors to reset biological age, restore tissue function, and potentially reverse aging.

VO₂ max—a direct measure of aerobic capacity—is the strongest predictor of all-cause mortality in clinical research, surpassing cholesterol and other traditional biomarkers. This article explains the science behind VO₂ max as a survival indicator, highlights its practical superiority in risk assessment, and offers evidence-based strategies to improve aerobic capacity. Explore how VO₂ max testing, now available at IFHO, can form the cornerstone of your preventive health and longevity plan.

In this article, Dr. Anil Bajnath explores the science behind VO₂ max, why it reflects how efficiently your body produces and utilizes energy, and how declining aerobic capacity accelerates biological aging. Learn how VO₂ max is measured and how targeted performance medicine interventions can improve long-term healthspan.