Research Articles
The Invisible Shield: How Genomics and Microbes Protect Rapeseed Crops
Exploring genomic loci for Sclerotinia stem rot resistance and chlorophyll stability in Brassica napus through GWAS and microbiome insights
The Hidden World in Our Mouths: How Bacteria and Fungi Influence Oral Cancer
Explore how the oral bacteriome and mycobiome influence oral squamous cell carcinoma development and detection through cutting-edge microbiome research.
The Gut-Kidney Axis: How Metagenomics is Unraveling the Mystery of Uremic Toxins
Exploring how metagenomic approaches reveal uremic toxin levels in hemodialysis patients through the gut-kidney axis
The Hidden World on Your Skin: How a Single Protein Shapes Your Microbial Community
Discover how filaggrin protein deficiency affects Gram-positive anaerobe cocci bacteria in the skin microbiome and its connection to atopic dermatitis.
The Unseen Casualty: How Antibiotics Are Crushing the Genetic Diversity of Honeybee Gut Microbiomes
Exploring how antibiotics are destroying the genetic diversity of honeybee gut microbiomes and threatening colony health worldwide.
Seeds vs. Soil: The Hidden Architects of Your Daily Bread
Discover how seed-borne bacteria are reshaping our understanding of the wheat rhizosphere microbiome and sustainable agriculture.
The Gut Highway: How Your Diet Builds Roadblocks or Opens Floodgates
Discover how dietary fiber and fats influence your gut microbiome and intestinal barrier integrity, affecting leaky gut syndrome and overall health.
The Gut's Hidden Army: How Microbes and Metabolites Shape Sepsis in Children
Exploring how gut microbiome and metabolites influence sepsis outcomes in children, with research on microbial changes and therapeutic potential.
Oral Hydrogels: Engineering the Gut Microbiome to Fight Cancer
Explore how oral hydrogels are revolutionizing cancer treatment by modulating the gut microbiome through targeted delivery systems.
The Germy Crystal Ball: How a Simple Nose Swab Could Predict Severe Flu in Kids
Discover how nasopharyngeal microbial signatures can predict severe influenza outcomes in children through groundbreaking research.