Research Articles
How a Cellular Machine Gets Hijacked to Spread a Dangerous Virus
Discover how Enterovirus 71 hijacks the cellular VPS34 protein to create replication organelles and spread infection in children.
The Cellular Conversation: How Your Body's Trillions of Cells 'Reply' to Stay Alive
Discover how your body's cells communicate through signal transduction - the fundamental process of cellular replies that drives everything from heartbeat to healing.
Roots of Revolution: How Plant Cell Factories Are Making Biologics Affordable
Explore how plant cell-based drug production is revolutionizing biologics manufacturing, making life-saving treatments more affordable and accessible worldwide.
Unmasking the Stealth Pathogen: How a High-Tech Test is Cracking the Case on Lyme Disease
Discover how flow cytometry is revolutionizing Lyme disease detection by identifying borreliacidal antibodies - the immune system's elite bacteria-killing forces.
Silent and Deadly: How Hidden Malaria Relapses Sneak Past Our Immune Defenses
Discover how humoral immunity prevents clinical malaria symptoms during Plasmodium relapses while allowing gametocytes to persist and maintain transmission.
Calming the Storm: How Targeting a Single Receptor Could Revolutionize Sepsis Treatment
Discover how targeting the α2A-adrenoceptor could revolutionize sepsis treatment by calming the deadly inflammatory storm that claims millions of lives annually.
How Your Genes Fight Hepatitis C: The HLA Story
Discover how HLA genes, particularly HLA DQB1*0301, determine who successfully clears Hepatitis C virus and who develops chronic infection.
Little Fighters, Big Protection: Unlocking COVID-19 Vaccine Response in Pediatric Cancer Patients
Research on BNT162b2 mRNA COVID-19 vaccine effectiveness in pediatric cancer patients reveals crucial insights for protecting immunocompromised children.
The Silent River Within: Taming a Rare Vascular Disease with a Targeted Pill
How JAK inhibitors like tofacitinib are revolutionizing treatment for refractory Takayasu arteritis, offering new hope for patients with this rare vascular disease.
How a Virus's Clever Trick to Shut Down Our Defenses May Be Its Undoing
Discover how FMDV's irreversible inactivation of ISG15 creates unique detection opportunities for viral infections and advances diagnostic technology.