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.
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.
A clear overview of feline T-cell lymphoma for cat owners. Learn how this cancer is identified, the goals of modern treatment, and how to focus on well-being.
Human Papillomavirus includes over 200 related viruses with vastly different health outcomes. Learn to distinguish between strains and their specific implications.
The Ets1 protein acts as a master regulator of cellular activity. Learn how its precise control is essential for health, and how its dysregulation contributes to disease.
Explore the context of the 2015 Nobel Prize for ivermectin, a therapy derived from a soil microbe that transformed global public health for parasitic diseases.
Learn how a key spinal cord region processes sensory signals, actively modulating information to shape our perception of pain and drive chronic pain conditions.
Learn about the developmental stage where insects resemble smaller, wingless adults, growing through molting and filling unique roles in their environment.
Explore the brain's collective electrical signals. Discover how these neural rhythms provide a nuanced window into cognitive processes and brain function.