
Sign up to save your podcasts
Or


π New insights into extreme longevity! π
Our latest read on the multiomics blueprint of a 117-year-old supercentenarian reveals how genetics π§¬, metabolism β‘, microbiome π±, and epigenetics π°οΈ can decouple aging from disease.
π Findings:
Ultra-short telomeres but no cancer π
Protective genetic variants and robust mitochondria πͺ
Efficient lipid metabolism (high HDL, low triglycerides) π§
Low inflammation π₯
Youth-like microbiome (rich in Bifidobacterium) π¦
Epigenetic age decades younger than chronological age β¨
β οΈ Limitations: single-subject study, but a powerful window into healthy aging.
π‘ Takeaway: Longevity isn't just about adding years β it's about adding healthy years. This work opens doors for biomarkers and interventions that could redefine aging.
#Longevity #Multiomics #HealthyAging #PrecisionMedicine #Epigenetics
By Dr RR Baliga, MD, MBA5
66 ratings
π New insights into extreme longevity! π
Our latest read on the multiomics blueprint of a 117-year-old supercentenarian reveals how genetics π§¬, metabolism β‘, microbiome π±, and epigenetics π°οΈ can decouple aging from disease.
π Findings:
Ultra-short telomeres but no cancer π
Protective genetic variants and robust mitochondria πͺ
Efficient lipid metabolism (high HDL, low triglycerides) π§
Low inflammation π₯
Youth-like microbiome (rich in Bifidobacterium) π¦
Epigenetic age decades younger than chronological age β¨
β οΈ Limitations: single-subject study, but a powerful window into healthy aging.
π‘ Takeaway: Longevity isn't just about adding years β it's about adding healthy years. This work opens doors for biomarkers and interventions that could redefine aging.
#Longevity #Multiomics #HealthyAging #PrecisionMedicine #Epigenetics

893 Listeners

3,374 Listeners

21,500 Listeners