An overview of how coupling CRISPR gene editing with cell sorting by fluorescence enables the systematic discovery of genes controlling cellular behavior.
A VDR Taq homozygous result offers insight into how your body utilizes vitamin D. Learn about this common genetic variation and its role in your health.
Learn how the huntingtin protein's architecture supports neuronal health and how a single genetic change alters its structure, leading to cellular dysfunction.
Examine the protein responsible for a transparent eye lens. Learn how its stable structure enables sight and its surprising secondary role protecting cells.
Skin bumps that appear in groups can have diverse origins. Explore the key distinctions and learn to recognize the signs that warrant a doctor's visit.
Explore the sea urchin's reproductive strategies, from a free-swimming larval form that transforms on the seabed to survival through physical division.
Discover the biological seal where your gums meet your teeth. This junction serves as a primary defense in maintaining long-term oral health and stability.
Examine the principles governing biological variation. Learn how it arises, why it is essential for population health, and the processes that can diminish it.
Learn about intracranial pressure monitoring and how an ICP transducer works to translate physical pressure within the skull into actionable medical data.
Explore how assembling two identical protein subunits is a fundamental biological strategy for achieving greater stability, efficiency, and complex regulation.
Learn how a crucial immune pathway detects internal cellular threats to launch a defense, and how this same process links infection, cancer, and autoimmunity.
Our DNA requires constant upkeep. Learn about the multi-step molecular pathway that specializes in correcting the most common forms of single-base damage.
Learn how secondary lymphoid organs coordinate the immune response, acting as sites where cells are activated to fight infection and causing familiar physical signs.