Learn about hydrosyringomyelia, a neurological condition involving a fluid-filled cavity in the spinal cord, and the key approaches to managing its progression.
Explore the scientific reality of eye transplantation, from the biological hurdles preventing whole-eye procedures to the sight-restoring surgeries possible today.
Discover how analyzing rare cancer cells from a blood test provides minimally invasive, real-time insights to help monitor disease and guide treatment decisions.
Learn how investigational anti-TIGIT therapy enhances the immune system's cancer-fighting ability by blocking a key inhibitory signal, often with other immunotherapies.
Understand how a common skin bacterium transitions from a harmless resident to a trigger for acne by exploring its growth within pores and transfer across skin.
Beyond amyloid, Alzheimer's research is exploring therapies targeting the tau protein. Understand the scientific approaches and strategic thinking behind this evolving field.
Brain aging is not a uniform process. Learn the biological reasons why regions for memory and executive function are uniquely vulnerable to age-related changes.
An examination of how surgical elements can converge to create an airway fire and the systematic protocols medical teams use to mitigate this rare event.
Swelling in the inner eye corner often relates to the tear drainage system. Learn how this condition is evaluated and the range of available solutions.
A microscopic look at brain tissue reveals the full story of a TBI, from initial impact to the brain's complex cellular response and attempts at healing.
Gain insight into Avian Leukosis Virus (ALV), a subtle poultry disease. Learn how it perpetuates in a flock and the vital role of sourcing and biosecurity.
Explore the science of *Bifidobacterium breve*, a specific probiotic strain whose importance begins in infancy and extends to targeted wellness support.
Learn how a surgical team uses advanced endoscopes through the nasal passages, a natural pathway for removing pituitary tumors without external incisions.
Blood pressure naturally rises during physical activity, but an excessive response can be a key indicator of underlying cardiovascular health and future risk.