Explore how the closed-ring structure of cyclic peptides confers high stability and target precision, making them a significant class of modern therapeutics.
The human skeleton comprises two specialized bone tissues. Learn how their distinct differences in density and metabolic function determine overall bone strength and health.
A COVID vaccine prompts an immune response that can temporarily affect sleep. Learn about the body's process and the transient nature of this side effect.
Explore miRBase, the primary repository for microRNA data. This overview explains its data organization, naming conventions, and role in reproducible science.
Explore how engineered viruses are repurposed to transport CRISPR gene-editing tools into cells, a method facing key challenges in safety and precision.
Learn about the small, hardened deposits that form in the tonsils. This guide explains what they are and provides practical approaches to managing them.
Explore how a common pelvic injury in seniors is often managed without surgery, emphasizing pain control and guided mobility for a return to daily life.
Understand the link between high myopia and posterior staphyloma, a structural eye change that requires monitoring to manage vision-threatening complications.
This guide provides a balanced overview of catheter ablation for AFib, from the science of correcting heart signals to the realities of the patient journey.
Understand how the tuberculosis pathogen's distinct biology allows it to evade immune defenses, establish latent infection, and evolve resistance to treatment.
The continent's long-term isolation and distinct evolutionary timeline explain the absence of native primates and the rise of its unique marsupial-dominated fauna.
Explore the fundamental chemical process of peptide bond formation within the ribosome, driven by RNA catalysis and a unique, pre-loaded energy system.
Learn about Leukotriene D4, a natural inflammatory molecule, and its complex influence on the body’s health, disease processes, and medical treatment.
A protein's function is tied to its physical shape. The most compelling evidence emerges when a change to its structure, from external or genetic causes, impairs its role.