Research Articles
The Science of Freshness: Cracking the Shelf-Life Code of Fish Sponge Cakes
Discover how food scientists are extending the shelf life of fish sponge cakes through innovative preservation techniques and additives.
Cellular Sabotage: How E. coli Toxins and Brucella Stealth Tactics Hijack Our Cells
Exploring the virulence mechanisms of E. coli hemolysin HlyA and Brucella abortus' interaction with non-phagocytic cells
Unlocking Better Livestock Feed: How Tiny Microbes Transform Tropical Grass
Discover how microbial inoculants and Trichoderma enzymes improve Guinea grass silage quality, nutrition, and aerobic stability in tropical regions.
The Gut-Eye Connection: How a Cholesterol Drug Could Revolutionize Inflammation Treatment
Exploring how fenofibrate, a cholesterol drug, may treat inflammation by modulating gut microbiota and protecting retinal health.
The Invisible Scaffold: How Electron Beams Are Transforming Bacterial Goo into Bone-Building Marvels
Exploring how electron-beam modified bacterial cellulose membranes are revolutionizing guided bone regeneration in dental implants
The Invisible Shield: How Scientific Audits Are Revolutionizing the Air We Breathe Indoors
Exploring how systematic indoor air quality audits are transforming public health in buildings worldwide.
The Metal-Eating Microbes of Ethiopia: How Soil Bacteria Fight Pollution in Horo Guduru
Exploring how soil bacteria in Ethiopia's Horo Guduru region are evolving to resist heavy metal pollution and their potential for bioremediation.
The Green Nano Revolution: How Nature is Powering Tomorrow's Technology
Exploring the sustainable future of nanotechnology through green synthesis methods using natural materials.
The Silent War Within: How Neutrophils Prime the Gut's Defenses Against Salmonella
Discover how neutrophils orchestrate gut defenses against Salmonella through intestinal organoid research, revealing new insights into inflammatory responses.
Nature's Tiny Solar Panels: How NMR Reveals the Secrets of Bacterial Light Harvesting
Exploring how NMR spectroscopy uncovers the atomic secrets of green sulfur bacteria's remarkable light-harvesting chlorosomes