Examine how the brain learns to associate neutral cues with fear. This fundamental process explains how fears are formed, maintained, and can be diminished.
Learn about the somatostatin receptor, a cell protein whose unique expression on certain tumors enables targeted diagnosis and advanced cancer therapies.
The jejunum is the small intestine's central section, where a highly adapted internal surface captures the vast majority of nutrients from digested food.
Delve into the life of the Jamaican land crab, an animal whose annual biological rhythms are deeply intertwined with the island's ecosystem and cultural practices.
Discover how the synchronized beating of microscopic cilia, a process powered by molecular motors, performs essential roles in human physiological function.
Gain insight into the experience of welcoming late preterm twins, from their initial medical needs to their unique developmental path and transition home.
Discover Penicillin-Binding Proteins (PBPs), enzymes vital for bacterial structure and a central element in the dynamic between antibiotic action and bacterial resistance.
Examine the protein regions that integrate into the cell membrane, mediating essential cellular processes and offering key targets for therapeutic intervention.
The smoke plume in surgery is more than a visual impairment. It's a bioaerosol with known health risks for clinicians and implications for patient safety.
Discover how Multivariate Pattern Analysis goes beyond single data points to reveal complex patterns and insights hidden within the relationships in your data.
Learn about the link between urinary catheters and infection. Understand how specific bacteria lead to complications and the principles of safe catheter management.
Social stability allows a society to function predictably and peacefully. Discover the principles that maintain this delicate equilibrium and its role in our daily lives.
Understand the connection between Turner Syndrome's genetic basis and its associated facial characteristics, including the wide variation in their presentation.
Learn how the transfer of electrons to an acceptor molecule is a fundamental process that drives energy generation in both biological and chemical systems.
Learn how the GLI3 gene directs crucial aspects of embryonic patterning and how alterations in its code can lead to specific developmental health conditions.