[Podcast] Q&A #74: How to Slow Immune Aging—Plus Gluten, Stroke Risk, & APOE4
Dr. Rhonda Patrick discusses stroke risk, eczema, immune resilience, her new smoothie recipe, and whether everyone should cut out gluten. ... rhonda immune system cholesterol gluten sauna stroke intestinal permeability microbiome green tea L-Theanine
Watch now[Podcast] Q&A #72: What Causes Fragmented Sleep—and Which Lipid Markers Best Predict Heart Risk?
Dr. Rhonda Patrick discusses fragmented sleep, lipid biomarkers including ApoB and LP(a), coffee makers and bean quality, and choline supplementation. ... biomarkers heart disease coffee sauna supplements sleep rhonda Microplastics Ubiquinol magnesium L-Theanine
Watch now[Podcast] Q&A #54: Can Glycine and Inositol Improve Sleep?—Plus Melatonin as an Antioxidant
Dr. Rhonda Patrick explores melatonin's antioxidant properties, curcumin supplementation, antinutrients, and SARMs in her latest Q&A. ... rhonda exercise cancer sleep melatonin curcumin sulforaphane berberine moringa
Watch now[Podcast] Aliquot #22: Q&A Mashup - Rhonda's personal supplement routine
This is a special mashup episode, featuring a collection of clips on a range of topics related to supplements — including Rhonda's evolving supplement routin... ... aliquot rhonda supplements
Listen now[Podcast] Q&A Mashup #1: Pregnancy and child development
In this first episode of the Aliquot podcast, Rhonda discusses topics such as her pre-pregnancy diet, exercise, and sleep; which supplements she included and... ... aliquot brain omega-3 pregnancy development breast milk supplements
Listen now[Topic] Hydrolyzed collagen
[toc position='left'] Background Collagens are major structural proteins in numerous body tissues, including tendons, ligaments, cartilage, skin, blood vessels, muscles, gut tissue, and dentin.[ref doi='10.1101/cshperspect.a004978'] They are the most abundant proteins in the body, comprising 30 percent of the total protein mass. The human body continuously manufactures collagens to maintain tissue structural integrity. However, aging drives a progressive decrease in protein synthesis and reduced capacity to produce new collagen.[ref doi='10.1016/S0047-6374(01)00337-2'] Collagens are also highl... interesting nutrition aging metabolism autoimmunity
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