Explore the biological process of programmed cell death, a vital function for health, and how its failure contributes to disease and informs new therapies.
Explore the chondrocranium, the embryonic cartilaginous scaffold that serves as the foundation for the skull base and initial housing for sensory organs.
Understand the biological process of cellular immunotherapy, where a patient's own immune cells are enhanced to recognize and target specific disease markers.
Learn about ipilimumab and pembrolizumab, a combination immunotherapy that uses a dual approach to help the immune system recognize and fight cancer cells.
Explore how inherited conditions affect brain chemistry, detailing the diagnostic journey and the established medical approaches for long-term management.
The concept of diagnostic efficiency is a balance of factors. This guide explains how to weigh trade-offs between accuracy, speed, and cost for any scenario.
An overview of Opitz G/BBB syndrome, a rare condition rooted in genetics. Understand how it affects midline development and the path to diagnosis and care.
Observing your own gut bacteria is a real possibility. Understand the practical requirements and visual reality of viewing this complex microbial world at home.
Examine the scientific evidence behind the Mozart effect. This overview separates the popular theory from the actual findings on music and cognitive performance.
Discover how MRI technology creates detailed brain images and the key visual information radiologists analyze to assess and characterize a brain tumor.
Explore the science of combining cells from different species, a field driven by the potential for medical breakthroughs and complex ethical considerations.
Understand AHR inhibitors, compounds that modulate a crucial cellular receptor involved in immune response, detoxification, and cell growth regulation.