Delve into the molecular world of immune proteins, the system that identifies threats, orchestrates defenses, and maintains your body's internal health.
Explore how AI moves beyond simple object detection to understand images at the pixel level, creating precise masks that define an object's exact shape.
Explore the evolution of a potent plant-derived substance, from its origins as an indigenous hunting poison to its role as a key muscle relaxant in anesthesia.
Metformin's effectiveness in managing blood sugar stems from its complex actions. Learn how it influences the body's energy systems at the organ and cellular level.
Discover the endoplasmic reticulum, a complex membrane network vital for molecular synthesis, cellular regulation, and the maintenance of overall cell health.
Explore the centrosome, an organelle that directs the cell's internal architecture, guiding chromosome separation and maintaining overall cellular stability.
An overview of the FDA's system for collecting post-market adverse event reports and how this data informs drug safety without establishing direct causation.
Learn about the clinical progression of Marburg virus disease, its transmission pathways, and the public health strategies used for outbreak containment.
Effective management of Marek's disease relies on understanding how the virus spreads and how vaccination works to prevent clinical signs in your flock.
Modern imaging reveals that listening to music is a complex, whole-brain process, dynamically engaging the systems for emotion, memory, and physical rhythm.
The adenohypophysis orchestrates key bodily functions like growth, stress, and metabolism by translating hypothalamic signals into precise hormonal responses.
Biological systems are organized into distinct, semi-independent parts. This fundamental design explains how life achieves both stability and evolutionary change.
Discover how TCR therapy modifies a patient's T-cells to recognize internal cancer proteins, a distinct approach to immunotherapy with applications for solid tumors.
An overview of the academic research project DNA.Land, covering its unique crowd-sourced model, its eventual closure, and its commitment to data deletion.