What defines a modern drug is not just its novelty, but its design. Learn how today's therapies are built for specific targets and individual patients.
Understand the clinical strategy behind add-on therapy, where a secondary medication is chosen to refine and optimize a patient's primary treatment plan.
Explore how DeepMind's AlphaFold used a deep learning model to predict protein structures with experimental-level accuracy, opening new avenues for research.
While theoretically synergistic, combining Zytiga and Radium-223 for advanced prostate cancer was found to increase fracture risk without providing added benefit.
A urethral ultrasound provides key information about urinary function. Learn about this safe imaging technique and its role in a complete medical evaluation.
A balanced look at the GHRH analog tesamorelin, weighing its specific medical application against patient-reported outcomes on efficacy, safety, and cost.
Explore the cellular science behind your sense of taste. Learn how specialized gustatory receptors convert chemical information into the flavors you perceive.
The giant tube worm thrives without a digestive system by using specialized blood to support internal bacteria, forming the basis of deep-sea vent life.
Understand the physiological ways nicotine alters digestive function. Learn about its complex, sometimes paradoxical, impact on overall gut health and balance.
Learn about brain parenchyma, the functional tissue that powers thought and action. Explore its cellular basis and its importance in overall brain health.
A necrotic mass refers to a collection of dead tissue. Learn how doctors identify the underlying cause and why this step is essential for proper medical management.