Explore the specialized anatomy of Dryosaurus, a small herbivore whose physical structure was key to its survival as a swift runner in the Late Jurassic.
Explore how scientists can make specific changes to DNA, a technology with profound potential for medicine and fundamental questions for the future of humanity.
The CD45 protein acts as a specific identifier for most immune cells. Its detection is a fundamental tool used to distinguish cell types and guide medical diagnoses.
Intrinsic neurons act as the brain's local managers, creating the essential balance between neural signals required for clear information processing and health.
Learn how brain probes translate the brain's electrical language, examining the technology's design, its medical potential, and biological integration.
Beyond the daily clock, your body follows a 90-minute rhythm. Understanding this internal cycle explains the natural peaks and troughs in your energy and focus.
Understand the functional health of your arteries, a process distinct from plaque buildup, and its direct connection to heart, brain, and kidney wellness.
The FDA's ruling on zuranolone marks a new chapter for postpartum depression treatment while setting a different course for its use in major depression.
An overview of how crizotinib functions as a targeted therapy, selectively blocking the energy supply to faulty proteins that signal for cancer cell division.
This common food additive from seaweed is used to thicken and stabilize foods. Examine the science behind its regulatory approval and health considerations.
Discover the scientific techniques that make the brain's structure, circuits, and live functions visible, providing insight into its normal and altered states.
Explore the process of building polymers by linking monomers and releasing small molecules, and learn how controlling this reaction determines a material's final properties.