Tag Archives: anti-aging

Pausing Necrosis: A Clinician’s Perspective on a New Anti-Aging Frontier

Emerging research on necrosis as a therapeutic target marks a pivotal shift in the field of longevity medicine. Historically considered a passive byproduct of tissue injury, necrosis is now being recharacterized as a proactive driver of systemic aging and chronic disease.

This paradigm shift holds clinical implications across specialties, from nephrology and neurology to cardiovascular and regenerative medicine, suggesting that early intervention at the cellular death cascade could preserve organ function, limit fibrosis, and potentially delay biologic aging.

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We’re Not Programmed To Die — So What’s Really Driving Agi

We’re Not Programmed To Die — So What’s Really Driving Aging?

Aging is not a preordained program locked in our DNA – that’s one of the eye-opening messages Nobel laureate Venkatraman “Venki” Ramakrishnan delivered at the Milan Longevity Summit 2025. Ramakrishnan, a structural biologist renowned for uncovering the ribosome’s structure (Nobel Prize in Chemistry, 2009) and author of Why We Die, provided evidence-based insights into the biology of aging that debunked popularized “anti-aging” myths. In a field awash with hype and hope, his perspective, firmly grounded in evolutionary biology, challenges many mainstream longevity narratives while affirming where legitimate progress is being made.

From why evolution “does not care” about longevity to why no miracle cure for aging exists (yet), the Nobel laureate’s recent discussions provide a reality check on what science tells us about extending life. The main takeaway: Longevity science is advancing, but claims of age reversal require scrutiny, and the most potent tools at our disposal might just be the fundamentals often overlooked.

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Best Of 2024: A4M Recaps The Top Longevity Developments In 2024

Best of 2024: The Stories That Defined Longevity

Medicine stopped asking “what if” and started delivering “what’s next” in 2024.

Familiar drugs revealed new powers – GLP-1s protected brain tissue while reshaping metabolic health. Psychedelic therapy protocols moved from promising data to proven results. Anti-aging treatments once reserved for elite clinics found their way to neighborhood practices. Meanwhile, in pop-up enclaves across the globe, independent communities merged Web3 tools with longevity research, questioning every assumption about how science advances.

Yet, as medical possibilities soared to new heights, U.S. life expectancy data laid bare the chasm between medical capability and public health reality. This stark contrast forced hard questions about implementation – not just of new treatments, but of medical education itself.

Real-time analysis from the A4M Blog translated emerging science into practical guidance. From hormone optimization advances in menopause care to supplement safety investigations that exposed dangerous oversight gaps, each new revelation spurred meaningful progress in modern healthcare.

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