Discover sensory ganglia, the nerve cell collections that function as vital relay stations for transmitting physical sensations to the central nervous system.
The FDA's approval of Dupixent for COPD introduces a new biologic treatment option that targets underlying inflammation to reduce exacerbations in select patients.
Learn how glycoproteins, a hybrid of protein and sugar, are vital for cell communication, immune response, and overall biological function in health and disease.
Understand the biochemical connection between eating beets and improved blood flow. Learn how this root vegetable influences nitric oxide levels and bodily systems.
Explore the fundamental physical constraints and biological controls that dictate a cell's size, ensuring its dimensions are optimized for its unique function.
Understand caudal regression syndrome, a rare condition impacting lower body development. This article explains its wide-ranging effects and multidisciplinary approach to care.
This guide to the brain's arterial geography explains how clinicians use this anatomical map to connect specific symptoms to a precise vascular location.
Understand how cysteine's protonation state, governed by its pKa values, determines the chemical reactivity essential for protein structure and catalysis.
Explore the small recesses in the throat that guide food safely past the airway and understand their link to common sensations and serious health concerns.
Understand how oral ketamine treats depression by promoting new neural pathways and what to expect from a medically guided, at-home treatment protocol.
Explore the science behind the seasonal journeys of different pelican species. Learn what compels their travel and how they navigate their distinct paths.
Examine the critical role of the spike protein, the molecular key that allows SARS-CoV-2 to enter cells and also serves as the primary target for immunity.
Understand the physiological changes that can influence breast cancer after childbirth and learn how to advocate for your health during the postpartum period.
Understand the physiological mechanisms by which multiple myeloma disrupts red blood cell production, leading to anemia and affecting patient outcomes.
When nutrient pollution initiates a biological cascade, it can deplete aquatic oxygen, fundamentally altering marine ecosystems and the food webs they support.