Longevity Today
Academic PapersReviewsVideosPodcastsPress ReleasesClinical TrialsDrug ApprovalsTutorialsAnimations
All Articles
Sign In
Deep Dive Audio
Why Magnesium Deficiency Accelerates Aging and How to Optimize Your IntakeSupplements

Why Magnesium Deficiency Accelerates Aging and How to Optimize Your Intake

Magnesium is a critical mineral that most people don't get enough of, yet it plays essential roles in over 300 enzymatic reactions in the body. Dr. Rhonda Patrick explains how magnesium deficiency contributes to accelerated aging through impaired DNA repair mechanisms and increased genomic instability. The episode covers why athletes need 10-20% more magnesium than the RDA, how stress and exercise deplete magnesium stores, and which supplement forms are most effective. Patrick discusses magnesium's role in preventing migraines, improving sleep quality, supporting bone health, and potentially reducing Alzheimer's risk. She also examines the mineral's impact on blood pressure, muscle function, and vitamin D metabolism, while addressing common questions about transdermal absorption and optimal dosing strategies.

Deep Dive Audio
0:00--:--
Read Full Article
Longevity Today

Developed by the Clinical and Foundational Medicine Institute

AI-powered summaries of the world's best longevity research — from peer-reviewed journals to expert podcasts and YouTube deep-dives. Built for those who take their healthspan seriously.

info@LongevityToday.com

Categories

CancerHeart DiseaseAlzheimer'sParkinson'sDiabetesGut HealthNutritionStrength & FitnessSupplements & PeptidesStem CellsReversing AgingAuto-ImmunityAdvanced Therapies

Platform

  • All Articles
  • Membership Plans
  • Search
  • Newsletter

Newsletter

Weekly longevity research, summarized.

© 2026 Longevity Today. All rights reserved.

About UsPrivacy PolicyTerms of UseMedical Disclaimer

Content on Longevity Today is for informational purposes only and is not intended as medical advice. Always consult a qualified healthcare professional before making health decisions.