Learn how measuring protein stability via thermal unfolding provides key biophysical data to guide research in drug discovery and biologics development.
Explore the molecular mechanics of the kinetochore, a complex acting as both an anchor and a sensor to maintain genetic stability during cell division.
Explore how analyzing the genetic code of organisms provides a detailed view of their evolution and spread, informing a coordinated response to health threats.
Explore how scientists construct artificial cells to test the fundamental rules of biology and engineer new capabilities for medicine, industry, and research.
Spike and wave discharges are distinct electrical patterns recorded from the brain. Learn how neurologists interpret these findings to understand and manage related health issues.
Explore the crucial eye coordination that enables clear binocular vision and depth perception, and how its dysfunction can lead to eye strain or discomfort.
A fundamental protein modification, citrullination is essential for tissue structure and immune function, yet its misregulation is a key factor in chronic disease.
Discover how microscopic analysis of mouse lungs provides crucial insights into respiratory health, from normal tissue structure to key markers of disease.
Learn how your blood glucose response after a meal is a key indicator of metabolic health and what dietary and lifestyle factors influence this process.
Discover how the natural compounds in mangoes function to support digestion and learn how the fruit's life cycle impacts their effectiveness for your body.
Explore the 14-3-3 protein family, fundamental regulators that coordinate cellular activity and whose function is critical for understanding health and disease.
Explore Myanmar's Northern Forest Complex, a globally vital ecoregion defined by the interplay of its unique ecosystems, cultures, and modern pressures.
Explore the link between nerve mobility and physical well-being. Learn how this therapeutic approach improves nerve health by restoring normal movement.
Explore how scientists harness a cell's own DNA repair systems to make specific, targeted changes to genes for research and biotechnological innovation.
The Chernobyl Exclusion Zone reveals the surprising resilience of plant life, showcasing the unique biological adaptations that allow flora to thrive in radiation.