Research Articles
The Invisible War in Your Gut: How Scientists Are Recruiting "Good Bacteria" to Fight Superbugs
Exploring how scientists are using good bacteria to combat antibiotic-resistant superbugs in travelers' guts through the ESBL Displace study.
The Secret Garden in Gambian Guts: How Infant Microbiomes Blossom into Prevotella Paradises
Discover how Gambian infants develop Prevotella-rich gut microbiomes and what industrialized nations can learn about restoring our inner ecosystems.
The Invisible War: How Ghana's Farming Revolution Shapes Superbug Threats
Groundbreaking research reveals how Ghana's livestock farming practices influence antimicrobial resistance patterns compared to Europe.
The Feline Secret to Healthier Smiles: How HIV Research is Revolutionizing Cat Dental Care
Breakthrough research reveals how HIV antiretroviral therapies are transforming feline dental care by stabilizing oral microbiomes in FIV-positive cats.
Butyrate: The Microbial Metabolite Rewiring Our Immune System
Explore how butyrate, a gut microbial metabolite, modulates immunity and offers therapeutic potential for asthma, autoimmune diseases, and neurological disorders.
The Hidden Culprits in Your Mouth: How Gum Germs Secretly Fuel Oral Cancer
Discover how periodontal pathogens independently drive oral cancer, independent of traditional risk factors like tobacco and HPV.
The Hidden World on Your Skin: How Microbes Shape Melanoma's Battlefield
Exploring how skin microbiota influences melanoma development and treatment through cutting-edge research.
The Gut-Liver Highway: How Tiny Carbon Beads Are Revolutionizing Cirrhosis Treatment
Discover how Yaq-001 carbon beads are transforming cirrhosis treatment by targeting gut dysbiosis without antibiotics, with groundbreaking clinical results.
The Gut Connection: How a Microbe-Made Molecule Fuels Lupus Inflammation
Discover how gut-derived TMAO metabolite intensifies lupus inflammation and emerging strategies to target this pathway.
The Invisible Divide: Why Your Skin's Bacterial DNA Tells Only Half the Story
Groundbreaking research reveals up to 90% of bacterial DNA on skin comes from dead cells, reshaping our understanding of skin health, acne, and eczema treatments.