The distinct anatomy of gorilla and human feet reveals divergent evolutionary paths, one shaped for grasping and the other for efficient upright walking.
Discover how cells use granules to organize key materials, from static storage to dynamic regulatory hubs that are critical for maintaining human health.
The connection between a common pain reliever and depression treatment is complex. Explore the conflicting evidence on ibuprofen's role and its impact on medication.
Explore the dual role of the CCR5 protein, a component of our immune system that enables both cellular defense and viral entry, shaping modern therapies.
Learn how a heart ultrasound reveals more than just a perimembranous VSD, providing key measurements that inform the path forward for monitoring or care.
Explore how the small protein ubiquitin acts as a critical cellular tag, directing protein fate and influencing processes from routine cell maintenance to disease.
While no single MRI finding confirms ALS, scans help neurologists rule out mimics and may reveal subtle patterns of neurodegeneration in the motor system.
The physical bending of inner ear hair cells is the key mechanism that converts sound vibrations into the neural information the brain interprets as hearing.
Learn why doctors use a CT scan for a rib fracture. This detailed imaging provides a complete view of the injury to ensure an accurate diagnosis and treatment plan.
A circular bioeconomy integrates natural cycles with production, using renewable biological materials to create value while designing out waste from the system.
PFAPA syndrome is classified as a rare disease, yet it's the most common cause of periodic fevers in children and may be more prevalent than data suggests.
Scientific analysis reveals how ancient encounters with Neanderthals left a lasting genetic mark on modern humans, shaping our biological functions and health today.
Sacral sparing is a critical finding that distinguishes an incomplete from a complete spinal cord injury, providing vital insight into the potential for recovery.
Discover how the intricate structure and precise arrangement of molecular complexes within chloroplast membranes enable the conversion of light into chemical energy.