Explore how inflammation can occur without infection. This immune response to internal cell damage is a key factor in the progression of many chronic diseases.
Explore the pivotal transition from solitary cellular existence to the complex, cooperative systems that define multicellular organisms and reshape biology.
Understand the CD10 protein, a cellular marker whose presence helps pathologists accurately classify certain cancers and inform critical treatment decisions.
Explore the contact factor, a blood protein with a complex role in coagulation. Learn how its unique biological functions inform new therapeutic strategies.
Discover the foundational science behind our genetic blueprint and learn how this information is used to understand individual health and medical care.
A Kratky plot translates scattering data into a visual assessment of a molecule's folding state, revealing its overall compactness and internal flexibility.
Plants capture less solar energy than is physically possible due to key biological trade-offs. Explore these natural limits and efforts by nature and science to overcome them.
Understand the immune system's strategy for converting a single, correctly matched T cell into a powerful and lasting defense against a specific invader.
Explore the porc-épic, a widely distributed rodent. This guide details its unique quill-based defense system and corrects common misconceptions about its behavior.