Research Articles
Garlic vs. Snails: A Natural Weapon Against a Hidden Foe
Exploring how garlic affects the snails that spread schistosomiasis, offering a natural solution to combat this devastating parasitic disease.
The Alkaline Enzyme That Turns Waste Into Wonder
Discover how alkaline β-mannosidase from Bacillus sp. 3A transforms agricultural waste into valuable resources through innovative enzymatic processes.
Harnessing Nature's Power: How Vermicompost and Microorganisms Help Wheat Beat Drought
Discover how vermicompost and effective microorganisms enhance wheat drought tolerance through antioxidant defense, glyoxalase system activation, and osmotic regulation.
The Genetic Secret Behind Umami: How Tiny DNA Changes Create Extraordinary Beef Flavor
Discover how genetic variants in NT5E enzyme affect inosine 5'-monophosphate (IMP) levels and create exceptional umami flavor in Japanese Black beef.
The Survival of Cells That "Break the Rules": How Glucose-Deficient Cells Thrive in Mouse Chimeras
Discover how glucose phosphate isomerase null cells defy genetic fate and survive in mouse chimeras through metabolic cooperation and cellular teamwork.
His & Hers Medicine: Why Sex Matters in Drug Therapy
Exploring how biological sex influences drug response, efficacy, and side effects in modern pharmacotherapy.
The Hidden Blood Clues in Age-Related Macular Degeneration: What VEGFR-2 and Adropin Reveal
Exploring how VEGFR-2 and adropin blood biomarkers could revolutionize AMD diagnosis and treatment.
The Self-Healing Bandage: How a Smart Gel Guards a Healing Protein
Discover how thermogelling copolymers protect and deliver basic fibroblast growth factor for revolutionary regenerative medicine applications.
Unlocking Nature's Pharmacy: How Soil Fungi Yield Potential Medical Treasures
Discover how soil fungi like Aspergillus terreus and Cladosporium herbarum produce β-glucosidase inhibitors with potential applications in diabetes, cancer, and infectious disease treatment.
The Immobilized Enzyme: How Trapping Urease Unlocked New Science
Explore how immobilizing urease enzymes revolutionized biotechnology, enabling reusable catalysts with enhanced stability for medical and industrial applications.