Research Articles
The Gut Microbiome's Hidden Role in Aging: How Your Gut Bacteria Shape Lipid Metabolism
Explore how gut bacteria influence lipid metabolism and aging through sphingolipids, with cutting-edge research on age-related changes in intestinal metabolism.
The Hidden World Within: New Opportunities in Mechanistic and Functional Microbiome Studies
Explore cutting-edge research on the human microbiome, its role in aging, and new tools for studying microbial interactions for precision medicine.
The Gut Microbiome: The Hidden Organ That Shapes How We Age
Discover how trillions of gut bacteria influence aging, inflammation, and longevity through groundbreaking scientific research.
The Secret World in Your Mouth: How Your Oral Microbiome Ages With You
Explore the fascinating relationship between your oral microbiome and immune system throughout the aging process, and discover how this dynamic ecosystem impacts your overall health.
Your Skin's Microbial Clock: How Bacteria Reveal Your True Age
Discover how the trillions of bacteria living on your skin form a unique microbial fingerprint that changes predictably as you age, creating a microbial clock.
The Gut Microbiome, Vitamin E, and Aging: How This Powerful Antioxidant Helps Keep Us Healthy
Explore how vitamin E affects the gut microbiome in aging and its relationship with age-related diseases through scientific research and clinical findings.
The Gut Immune Connection: How Fats and Friendly Bacteria Shape Healthy Aging
Explore how high-fat diets, prebiotics, and probiotics affect gut microbiota and immune function in elderly populations through scientific research and data visualization.
The Gut-Omega Connection: How Fish Oils Shape Your Inner Ecosystem in Aging Women
Discover how omega-3 fatty acids influence gut microbiome diversity and N-carbamylglutamate production in aging women's health.
The Hidden Power of Umbilical Cords: How Stem Cells Are Rewriting the Story of Aging
Discover how umbilical cord stem cells (UC-MSCs) can rejuvenate aging immune systems by restoring thymus and spleen function in groundbreaking research.