20 articles
Saunas and hot baths improve slow wave sleep by triggering immune signals, growth hormone release, and brain thermoregulation pathways.
Explore cutting-edge regenerative therapies including young blood, stem cells, and innovative anti-aging treatments.
Scientists use red blood cells to transport healthy mitochondria into diseased brain cells, showing promise for treating Parkinson's.
Researchers explore how eliminating senescent cells could revolutionize longevity medicine and healthy aging.
Regenerative medicine expert shares cutting-edge insights on stem cells, exosomes, and peptide protocols for longevity optimization.
Discover how mitochondrial health, red light therapy, and advanced biologics can transform your skin from the cellular level up.
Dr. Harry Adelson and Dr. Amy Killen reveal how U.S. stem cell treatments now rival international clinics for regenerative medicine.
McMaster researcher reveals why current protein recommendations are too low and how resistance training fights aging.
Discover how the vagus nerve and immune system communicate bidirectionally to regulate inflammation and overall health.
Dr. Uri Alon uses a simple village model to reframe aging as a balance between damage accumulation and cleanup capacity.
Dr. Brad Schoenfeld reveals evidence-based strategies for building muscle, bone density, and power throughout life.
Biotech company reports positive preliminary results from clinical trial testing cellular rejuvenation therapy targeting aging cells.
Leading geneticist discusses CRISPR advances, multiplex gene editing, and combination therapies targeting aging mechanisms.
Recent longevity podcasts explore AI-powered supplement stacks, regenerative medicine breakthroughs, and critical takes on peptide culture.
Dr. Rhonda Patrick reveals how intestinal permeability triggers inflammation that affects metabolism, brain health, and aging processes.
Scientists discover two polyunsaturated fatty acids that may help eliminate aging cells, offering potential longevity benefits.
Analysis reveals gap in podcast coverage of cellular senescence despite growing research interest in this aging mechanism.
Yale researcher who developed PhenoAge discusses epigenetic aging clocks and interventions that could slow biological aging processes.
Recent podcasts cover sunlight's metabolic benefits and vitamin D's impact on biological aging clocks from Nature studies.
Science-backed strategies using three fundamental interventions to enhance cellular health and prevent age-related disease.
