Research Articles
The Gut-Brain Axis Unlocked: How Diet and AhR Shape Your Microbial Universe
Explore how diet and the aryl hydrocarbon receptor (AhR) interact with your gut microbiome to influence health, disease prevention, and personalized nutrition.
The Gut Microbiome: How Your Inner Ecosystem Shapes Your Weight
Explore how gut microbiota phenotypes influence obesity through energy harvest, inflammation, and hormonal regulation, with insights on racial disparities and future interventions.
The Athlete's Hidden Advantage: How Gut Bacteria Transform Training and Performance
Discover how training periodization reshapes the gut microbiome of elite Japanese athletes, creating a powerful feedback loop that enhances endurance, power, and recovery.
The Hidden Garden Within: How Your Diet Shapes Your Gut Microbiome and Health
Explore how diet influences your gut microbiome and impacts health conditions from obesity to multiple sclerosis, with insights from cutting-edge research.
The Silent Partners Within: How Gut Microbiomes and Their Metabolites Shape Our Health
Explore how gut microbiomes influence human health through their metabolic output, from brain function to disease prevention.
The Silent Spread: How Gut Microbes Influence Stealthy Viral Infections in Northern Laos
Exploring how gut microbiome influences asymptomatic enteric virus infections in Northern Laos communities and its global health implications.
The Silent Conversation: How Your Gut Bacteria and Inflammation Team Up to Shape Mental Health
Discover how C-reactive protein and gut microbiome interact to influence anxiety and depression risks through groundbreaking research.
The Gut's Hidden Conductor: How Pancreatic Enzymes Tune Your Microbial Symphony
Discover how pancreatic enzyme replacement therapy reshapes the gut microbiome in exocrine pancreatic insufficiency, based on groundbreaking minipig research.
The Gut-Asthma Connection: How Your Microbiome Shapes Your Respiratory Health
Exploring the revolutionary connection between gut microbiota and asthma through Mendelian randomization and the gut-lung axis.