Season 1: The Science of Aging | Episode 4: Genomic Instability & Telomere Attrition
In this episode of Deep Dive, we embark on an ambitious exploration into the heart of biological aging, focusing on genomic instability and telomere attrition. These intricate mechanisms form the very foundation of how we age, interweaving genetics, molecular biology, and surprising medical interventions. Our discussion spans seminal research, real-world case studies, and the latest discoveries.
Join us as we systematically unpack how DNA and its protective telomere caps dictate cellular aging. We delve into the molecular mechanics, the ripple effects on human health, and emerging therapeutic avenues. The episode sheds light on the biological drivers of aging and explores practical measures to protect genomic integrity.
From real-world examples of radiation exposure to the molecular nitty-gritty of DNA repair and groundbreaking research in telomere biology, we examine the intricate interplay of damage and repair in cellular aging. Practical advice for genomic health, potential interventions, and the broader implications of manipulating these processes round off this comprehensive exploration.
This episode is designed to equip you with a robust framework for understanding aging, offering insights that are profoundly relevant to health and longevity.

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