Explore the biological basis of memory, detailing how interconnected neural pathways encode experiences, support different memory systems, and maintain our sense of self.
Explore the chemokine CXCL9, a key signaling molecule that directs the immune system's response, coordinating both protective and detrimental inflammation.
Learn how ratiometric imaging corrects for common measurement artifacts to provide reliable, quantitative data on the vital role of calcium in cellular function.
Delve into the deep evolutionary history of spiders, exploring the pivotal adaptations that allowed them to diversify and become successful terrestrial predators.
Discover how UV light physically distorts the DNA helix, initiating a cellular response that determines whether the damage is repaired or becomes a permanent mutation.
Discover how the unique chemical properties of copper complexes make them indispensable components in diverse fields, from industrial technology to life itself.
Learn how inherited mutations in the MLH1 and PMS2 genes impair DNA repair, which forms the genetic basis for Lynch syndrome and its associated cancer risks.
Delve into the biology of the Nogo protein, a primary factor that restricts the central nervous system's natural capacity for nerve repair after injury.
The Sarpa salpa is a Mediterranean fish whose diet can render it a potent hallucinogen, creating a complex relationship between its history and edibility.
DNA Polymerase III's accuracy in replication relies on its exonuclease activity, a self-correcting mechanism that removes errors to preserve genetic integrity.
Understand how the charged calcium ion operates as a fundamental biological signal, coordinating cellular actions, muscle movement, and nerve communication.
Explore how the dynamin protein uses mechanical force to sculpt and sever membranes, a fundamental process essential for cell life and human well-being.
Learn about the foundational neurosurgical technique allowing for precise targeting in the mouse brain to study complex neurological disorders and function.
Learn how specialized artificial intelligence interprets the complex language of medicine to find meaningful patterns in clinical notes and scientific research.
Gain insight into CHD3 syndrome, a rare condition where a specific gene mutation impacts neurodevelopment, leading to a varied range of physical and cognitive traits.