Learn about Revolution Medicines' novel approach to cancer therapy, which forms a unique molecular complex to inhibit previously undruggable RAS proteins.
Explore the brain's fundamental ability for its connections to change, the core process that underlies how we learn, adapt, and maintain cognitive function.
Learn why a low protein diet is a necessary therapeutic approach for some health conditions and how to manage this dietary change safely and effectively.
Learn about the comprehensive management of congenital diaphragmatic hernia, from prenatal diagnosis and planning to postnatal stabilization, repair, and long-term care.
Discover how GTPases function as a cell's master regulators, using a simple on/off switch mechanism to coordinate vast and essential biological networks.
Go beyond the neuron to understand neuroglia. These cells actively maintain, protect, and regulate the nervous system, influencing overall brain health.
An overview of lambdoid craniosynostosis, a rare infant condition involving premature skull fusion, and the surgical care that enables healthy development.
Discover how underwater flowering plants form vital coastal ecosystems, supporting marine life, protecting shorelines, and storing significant amounts of carbon.
Explore the cognitive tendency to rely on familiar solutions. Understand when this mental shortcut helps and when it hinders effective problem-solving.
Performance improves with repetition, but this isn't always a true measure of skill. Explore the cognitive reasons for this effect and its significance.
Learn how alcohol interacts with semaglutide, affecting the medication's function and your body's overall response to treatment for a comprehensive view.
Learn how an environmental fungus causes this serious neurological infection, why certain individuals are more vulnerable, and the path to diagnosis and recovery.
A low Total Iron-Binding Capacity (TIBC) result offers insights into your body's iron management, often related to iron overload or chronic inflammation.
PLGA is a biocompatible polymer engineered to safely break down in the body. Its tunable degradation rate makes it a versatile platform for medical innovation.