Discover how connected devices create a flow of personal health data, enabling new forms of patient care while raising key security and privacy questions.
That pink residue in your bathroom isn't mold. Learn what this common bacterial biofilm is, why it grows, and how to manage the conditions that cause it.
Peptoids are synthetic peptide analogs engineered for precise control over their function, offering enhanced stability for new therapeutics and biomaterials.
Discover an advanced imaging technique that moves beyond anatomy to safely visualize the body's functions, such as blood flow and tissue changes, in real-time.
Explore how a protein's activity is precisely controlled by molecules binding to a secondary site, causing subtle shifts in its structure and function.
Explore the science of tactile pressure, from how our skin perceives sensation to its foundational role in our development, mental state, and overall well-being.
Discover Ruminococcus, a common gut bacterium with a complex role. Learn how it processes dietary fiber and why its balance is important for overall health.
Learn how nerve terminals operate as the final point of neural communication, translating electrical impulses into chemical signals that direct nervous system function.
Understand the core mechanics of bacterial growth and how environmental factors influence its crucial role in our health, food systems, and daily lives.
Discover how the quietest sound you can hear, your hearing threshold, is measured and what the results reveal about the nuances of your auditory health.
Explore how non-invasive magnetic stimulation modulates the dorsolateral prefrontal cortex, a key hub for mood, to offer a targeted therapeutic approach.
Learn how the nephron's segments work sequentially to filter blood, recover vital substances, and precisely regulate the body's water and solute balance.
Learn how a single-celled marine alga is cultivated to produce a pure, consistent, and sustainable source of essential omega-3 fatty acids for nutrition.
HeLa cell contamination is a persistent challenge in biomedical research, quietly invalidating results and compromising the integrity of scientific discovery.
Explore how the T7 expression system leverages a viral polymerase under inducible bacterial control to achieve high-level, targeted protein production.
The brain has a limited ability to heal. Discover the biological reasons why and the scientific approaches being developed to promote tissue repair and restore function.