Explore how RNAscope technology enables the detection of single RNA molecules, providing clear visualization of gene expression within its native cellular and tissue context.
Delve into the basis of bear strength, examining the specialized muscle anatomy and the biological mechanisms that sustain their power through seasons of activity and rest.
Examines the fundamental chemistry of polyamides, explaining how their molecular architecture dictates material properties for use in synthetic and natural systems.
Discover how mRNA vaccine science is applied to canine rabies, guiding a dog's own cells to produce a specific viral component for a targeted immune response.
Beyond the gland, a set of crucial muscles supports neck function. Learn how these structures relate to the thyroid, from daily actions to surgical considerations.
Dihydrotestosterone (DHT) plays a shifting role in the body. Learn how its function and impact evolve from early physical development to later in life.
KC chemokine plays a dual role in the body, orchestrating essential immune defense and tissue repair while also contributing to various inflammatory diseases.
Explore Bacillus coagulans, a spore-forming probiotic. Its unique resilience helps it survive the journey to the gut to support digestive and immune function.
Explore X chromosome mosaicism, a condition where one person has multiple cell lines with different genetic makeups, resulting in a highly variable range of outcomes.
Researchers are equipping T cells with synthetic biological circuits to remodel the tumor microenvironment, overcoming resistance in hard-to-treat cancers.
Learn how microorganisms build resilient communities, gaining unique abilities through their collective structure and sophisticated intercellular communication.
Explore octenol, a naturally occurring substance that mimics human scent cues. Learn how it functions as a key component in modern insect control devices.
Discover the Membrane Attack Complex, an immune tool that kills pathogens by forming pores, and the critical balance needed to prevent it from harming healthy tissue.
Visualizing bacteria requires more than high magnification. Explore the processes that make it possible to see the detailed architecture of these microorganisms.