Over the last 10 or 15 years, scientists have really started to understand the fundamental underlying biology of the aging process. And they broke this down into 12 hallmarks of aging.
We track age by the number of birthdays we’ve had, but scientists are arguing that our cells tell a different, more truthful story. Our biological age reveals how our bodies are actually aging, from our muscle strength to the condition of our DNA.
The gap between these two numbers may hold the key to treating aging – which could help save 100,000 lives per day and win us $38 trillion dollars.
00:00 Rethinking longevity
01:27 Understanding aging
02:58 Biological age and epigenetics
04:29 New frontiers in longevity science
08:04 Future possibilities and ethical questions
10:24 The moral...
Summary: The video titled "Aging and healthspan. The greatest revolution in the history of medicine" features Dr. Andrew Steele discussing recent advancements in understanding the biology of aging. He highlights the distinction between chronological age, marked by birthdays, and biological age, which reflects an individual's actual physiological condition. The exploration of 12 hallmarks of aging suggests that addressing the gap between these two measures could lead to significant health benefits and economic value.
The study of aging has gained momentum as researchers uncover the mechanisms behind biological aging, including genetic and epigenetic factors. This emerging field, often referred to as longevity science, aims to extend not just lifespan but healthspan—the period during which individuals remain healthy and free from age-related diseases. Understanding these processes could have profound implications for public health and economic systems worldwide.
Keywords: biological age, aging process, healthspan, longevity science, ethical considerations
Related chunks with this resource
No comments yet. Be the first to comment!