Understand the principles behind Nucleic Acid Amplification Tests, a class of diagnostics that achieve high sensitivity by detecting a pathogen's genetic code.
Explore a biomaterial that mimics human cell membranes, forming a unique hydration layer that enhances the safety and performance of advanced medical devices.
Learn how the segmented, flexible structure of fin rays gives fish precise control over movement and the remarkable biological ability to regenerate fins.
Blood type frequencies in Native American populations offer a look into population genetics, history, and the complexities of using it to define ancestry.
Hair that repels water requires a different approach. Learn how its structure and product buildup affect moisture absorption and how to manage it effectively.
Explore the body's sophisticated filtration system. Learn how the kidneys and ureters function to create urine and support your body's internal balance.
Discover the stickleback, a small fish whose common name is a misnomer and whose elaborate behaviors have provided key insights into evolution and instinct.
Discover how a specific protein structure, the alpha helix, allows proteins to integrate into cell membranes, forming a crucial interface between a cell and its world.
Explore the science of material longevity. Learn how materials naturally or through engineering prevent degradation like rust for use in all facets of life.
Learn why the gene for a serious inherited disease persists in some populations. Explore the biological trade-off that offers carriers a survival advantage.
Explore the lives of immense prehistoric bears, the environmental pressures that led to their extinction, and their unexpected genetic ties to modern bears.
Explore the shift to land-based aquaculture, where advanced systems create controlled environments for farming fish with greater efficiency and fewer ecological impacts.
Explore how NADH quinone oxidoreductase enzymes perform two separate but vital jobs: fueling cellular processes and safeguarding against internal threats.
Disability glare is a loss of vision caused by light scattering in the eye. Explore how underlying conditions are diagnosed and treated to restore clarity.
Learn how the GCN2 pathway allows cells to manage nutrient scarcity by selectively adjusting protein production, a core process with links to health and disease.