Cell analysis provides a window into the building blocks of life, from their physical form to their molecular workings, informing critical medical breakthroughs.
Explore the Early Cretaceous, a transitional period where a changing planet fostered new dinosaur groups and redefined our understanding of their appearance.
Explore the biological process behind the gradual narrowing of arteries, from the mechanisms of plaque formation to its effects on cardiovascular function.
Examine the distinctive behavioral profile of Angelman syndrome, moving beyond surface traits to explore the full spectrum of its neurological expressions.
Understand the physics of thrips' flight and the environmental cues for their swarms, revealing the science behind why these tiny insects appear in droves.
Learn how sonication employs acoustic forces to physically compromise the structure of biofilms, aiding in their removal and boosting antimicrobial action.
Earth's DNA is one blueprint for life. Delve into the scientific principles of alternative heredity and how we search for life beyond our own chemistry.
The left gastric artery is a crucial blood vessel for the stomach, whose specific anatomical path is significant for both digestion and medical procedures.
Discover how genetically modified monkeys provide unique models for human brain disorders and the strict scientific oversight that governs this advanced research.
Learn how a rare neuron, the chandelier cell, exerts precise control over brain signaling, playing a critical role in maintaining neural circuit stability.