These specialized brain compartments act as crucial hubs, translating emotional and cognitive inputs into behavior and influencing neurological and mental health.
Explore how a species becomes the world's rarest moth, revealing the fragile ecological links that can lead to extinction and inform modern conservation.
Examine the fundamental principle of selective ion transport, a mechanism governing processes from industrial water purification to biological nerve function.
Discover Magnetospirillum, a bacterium that produces internal magnetic crystals to orient itself, providing a key model for navigation and biomineralization.
Learn how a sophisticated microscopy technique preserves delicate samples to allow for precise internal milling and high-resolution 3D imaging at the nanoscale.
Examine the ADAM12 protein, a key molecule in cellular processes from tissue development to disease progression, and its significance in clinical diagnostics.
Explore the biology of mycophages, the viruses that exclusively infect fungi, and understand their significant influence on fungal life and the environment.
Explore the dorsomedial thalamus, a central brain structure that integrates executive functions, memory, and emotion via its extensive neural connections.
Achieve a healthier, more productive spinach crop by understanding the link between plant nutrition, proper fertilizer, and correct application techniques.
Explore ubiquitination, the cell's system for tagging proteins. Learn how this versatile molecular code directs a protein's fate, from degradation to signaling.
Explore the state of Africa's diverse natural environments, the unique wildlife they sustain, and the crucial balance between modern pressures and preservation.
An enzyme's function relies on its ability to maintain a specific structure. Learn about the principles of enzyme stability and its critical role in biology and industry.