Automated cell culture replaces manual lab work with integrated robotic systems, enabling large-scale biological research with greater precision and reproducibility.
Not all white patches in the mouth are the same. This guide explains the spectrum of causes, from minor irritations to conditions requiring a professional evaluation.
Understand cell fusion, a process where cells combine. This fundamental mechanism has diverse roles in physiology, pathology, and scientific innovation.
Explore how RNA translates an organism's genetic blueprint into functional proteins, a fundamental process that directs all cellular activity and life.
Understand the role and standards of the Biophysical Journal, a leading peer-reviewed publication for research at the intersection of physics and biology.
While probiotics add live organisms to the gut, postbiotics are the beneficial compounds they create, offering a more direct and stable path to gut health.
Explore how HLA genes provide each person with a unique immune profile, a key factor that influences individual health and informs medical decision-making.
A dental filling can develop tiny gaps over time, allowing new decay to form underneath. Learn how this process occurs and the best ways to protect your restorations.
An overview of anthracyclines, a vital chemotherapy class, detailing how they target cancer and the clinical methods for managing their significant cardiac risks.
An overview of the 15q11.2 microdeletion, a common genetic variation that can influence developmental pathways and is distinct from other chromosome 15 conditions.
Explore a deep-sea snail that incorporates environmental minerals into its unique biological structure, a survival strategy tied to its fragile habitat.
Discover the science of papillomaviruses, a common group of viruses. Learn how different types interact with the body and the factors that influence health outcomes.
Discover the molecular machine that builds and proofreads our genetic code. Understand how its precision safeguards health and drives scientific innovation.
Understand the liver's Kupffer cells, the resident immune macrophages that maintain health, but can also drive inflammation and are essential for repair.