Research Articles
Rewiring Medical Education: How Genetics is Revolutionizing Problem-Based Learning
Explore how genetics is transforming medical education through problem-based learning approaches, integrating genomic medicine into clinical training.
Redefining the Fight: New Strategies for HIV in Southern Africa
Exploring innovative HIV prevention strategies in southern Africa, including targeted testing, integrated care, and long-acting technologies.
The Language Code: How Dianne Patterson Deciphers How Brains and Birds Master Speech
Explore Dianne Patterson's groundbreaking research bridging parrot speech and human language, revealing how brains and birds master communication.
The Achilles' Heel: How a Unique Genetic Flaw Makes One Blood Cancer Vulnerable
Discover how the t(11;14) genetic flaw in multiple myeloma creates a unique vulnerability to the targeted therapy venetoclax through BCL-2 protein dependency.
Evolutionary Innovation: Nature's Creative Masterstroke
Exploring how life continually reinvents itself through spectacular new traits and evolutionary innovations
CK2α and the Phosphorylation of P-Protein: How Poplar Trees Manage Their Cellular Factories
Explore how poplar CK2α regulates cellular processes through phosphorylation of P-protein C-terminal domains, with insights from genomic analysis and computational modeling.
The Invisible Threat: When Dog Ear Infections Resist Antibiotics
Understanding how multidrug-resistant Pseudomonas aeruginosa in dogs poses a threat to the One Health ecosystem through antibiotic resistance mechanisms like IMP-45.
The Campus as a Living Laboratory: Reimagining Botany Education
How labeled trees and garden beds are transforming academic landscapes into vibrant classrooms for botany education
The Secret Garden Within: How Trillions of Tiny Tenants Keep You Alive
Discover the fascinating world of human microbiota - the trillions of microbes living in symbiosis with our bodies that play crucial roles in digestion, immunity, and mental health.
The Body's Double Agent: Turning Viruses into Cancer Killers
Discover how RIG-I-like receptors are being engineered to fight cancer by activating the body's antiviral defense system.