Computed tomography provides a detailed view of the lungs, revealing the specific visual characteristics and patterns of emphysema to assess its profile.
Learn about the UBE3A gene's function in neuronal maintenance and how its maternal-only expression in the brain leads to specific neurodevelopmental outcomes.
Deep learning finds subtle patterns in complex health data to aid in more precise diagnostics, personalized treatments, and efficient clinical operations.
This introduction explains the shared biological design making arthropods the planet's most abundant animal phylum and vital to nearly every ecosystem.
Explore the methodical approach to diagnosing ovarian cancer, from evaluating persistent symptoms to the specific medical steps required for a definitive answer.
Explore how a once-helpful protein in the brain can change, forming tangles inside neurons that disrupt their structure and lead to cellular breakdown.
Discover how a simple hand x-ray provides pediatricians with crucial information about a child's bone health, from assessing injuries to monitoring development.
Learn how dopamine antagonists function by binding to brain receptors, their applications in medicine, and the important balance between their effects and risks.
Explore the integrated anatomy and physiology that allow this unique mammal to navigate complex environments, manage energy, and master a nocturnal world.
Explore the biological connection between sleep loss and cancer, examining how it affects cellular defenses and internal clocks to understand the nuanced risk.
Discover how scientists engineer proteins with specific functions, from therapeutics to consumer products, and the established processes that ensure their safety.
Discover how the body's inflammatory response contributes to small cell carcinoma and is then used by the cancer itself to help it grow, spread, and survive.
Understand the distinction between a cancer recurrence and a secondary malignancy—a new, unrelated cancer that can arise as a late effect of treatment.