Research Articles
The Hidden World Within: How Gut Bacteria Influence Gestational Diabetes
Explore how gut microbiota alterations in the second trimester affect gestational diabetes in Shanghai Han population
The Gut-Brain Axis Decoded: How Your Gut Bugs Influence Stroke Recovery
Discover how gut microbiome influences stroke recovery through Mendelian Randomization studies showing causal relationships between gut bacteria, immune cells, and brain injury.
The Invisible Wound: How Lifesaving Antibiotics Shape the Preterm Gut
Exploring how intravenous antibiotics in preterm infants negatively affect microbiome development and long-term health outcomes.
The Invisible War on Your Grapes: How Ozone Rescues Fruit and Fights Residues
Discover how ozonated water washing reduces pesticide residues and transforms the berry microbiome in table grape storage
The Hidden Battle: How Antibiotics Impact Ovarian Cancer Survival Through the Microbiome
Exploring the surprising connection between antibiotic use, gut microbiome disruption, and survival outcomes in epithelial ovarian cancer patients.
Hidden World: How Deep Earth Microbes Shape the Story of the Dinosaur-Killing Asteroid
Discover how deep subseafloor microbes in the Chicxulub impact crater are reshaping our understanding of the dinosaur extinction and Earth's deep biosphere.
The Social Network Within: How Wild Lemurs' Friendships and Food Shape Their Gut Microbes
Discover how wild lemurs' gut microbiomes are shaped by social interactions, diet, and environmental factors through longitudinal metacommunity analysis.
The Antibiotic Obesity Myth: Separating Fear from Fact
Exploring the scientific truth behind the claim that antibiotic exposure leads to obesity in adults
The Gut-Ovary Connection: How Your Microbiome Influences PCOS
Discover how gut microbial diversity correlates with hyperandrogenism in PCOS and the groundbreaking research connecting gut health to hormonal balance.
The Gut-Brain Axis: How Your Second Brain Influences Parkinson's Disease
Discover how the gut microbiome influences Parkinson's Disease through the gut-brain axis, including groundbreaking research on fecal microbiota transplantation.