Research Articles
Super Crops vs. Fungal Armageddon: Engineering Plants to Fight Back
How genetic engineering is creating crops with built-in resistance to devastating fungal diseases through antifungal genes.
The Double Life of Tissue Factor: Blood's Master Switch and Cellular Messenger
Exploring the dual roles of Tissue Factor (TF) as both a coagulation catalyst and cellular communicator in health and disease.
The Crystal Crusader: How John Northrop Unlocked the Secrets of Enzymes
Explore how John Howard Northrop's groundbreaking work in crystallizing enzymes revolutionized biochemistry and virology.
The Invisible Threat: Unmasking Scrub Typhus in Children Through a Landmark Study
A groundbreaking study of 262 children reveals critical insights about scrub typhus diagnosis, symptoms, and treatment in pediatric cases.
The tRNA Modification Detective Story: How Antibodies Cracked a Bacterial Mutation Mystery
Discover how antibodies helped solve the mystery of tRNA modifications in E. coli mutants, revealing crucial insights into bacterial translation machinery.
The Sugar-Coated Revolution: How a Vitamin A Derivative Rewires Cellular Architecture
Discover how retinoic acid-induced glycosaminoglycan remodeling transforms aggressive teratocarcinoma cells and opens new frontiers in regenerative medicine.
The Interstellar Yeast: How Earth's Humble Spores Could Hitchhike Across the Galaxy
Exploring how yeast spores survive hypervelocity impacts up to 7.4 km/s, supporting theories of panspermia and interplanetary life transfer.
Nature's Nano-Cleaners: How Enzyme Engineering is Revolutionizing Pollution Control
Exploring how engineered enzymes are transforming environmental remediation with their ability to break down pollutants efficiently and sustainably.
The STAT1 Switch: How a Molecular Pathway Decides Bone Life or Death
Exploring the critical role of STAT1 signaling pathway in osteoblast apoptosis and potential therapeutic interventions to block this pathway for bone health.
The Color Code: How Butterfly Moms Sniff Out the Perfect Nursery by Disrupting Plant Pigments
Discover how disrupting carotenoid pigments through virus-induced gene silencing affects the oviposition behavior of Pieris rapae butterflies.