Understand Fowler's syndrome, a functional cause of urinary retention in young women, from its physiological origin in the urethral sphincter to effective treatments.
Explore the biological adaptations prey use to communicate about danger. These systems convey nuanced information to different audiences to manage threats.
Delve into games that value deep, interconnected systems over accessibility, revealing the unique satisfaction that comes from true mastery and emergent stories.
Explore how digital holography moves beyond photography, capturing an object's complete light field to computationally reconstruct an authentic three-dimensional image.
Discover how our methods for growing food, building cities, and managing waste impact the physical composition and chemical health of the world's soils.
An overview of Hibiscus sabdariffa extract, exploring its bioactive compounds, researched effects on wellness, and important considerations for safe use.
Learn the fundamental process of growing oyster mushrooms at home by creating the ideal conditions for mycelial colonization and a rewarding fresh harvest.
Lupus and rheumatoid arthritis share overlapping symptoms but are distinct conditions. Learn how their unique biological targets lead to different diagnostic paths.
An overview of how pathologists use cellular features and tissue patterns to classify liposarcoma, a diagnosis confirmed with advanced molecular testing.
Discover the fundamental biological principles that dictate bacterial cell size and how their small scale enables efficient metabolism and rapid growth.
Explore the synergy between autistic cognitive styles and programming, and see how this natural aptitude is creating new pathways to careers in technology.
The function of our genome extends beyond genes. Learn how vast non-coding regions orchestrate genetic activity, influencing health and long-term evolution.
Explore how stem cells create embryo models, offering insights into early human development and prompting a review of established scientific guidelines.
Understand how droplet generators use microfluidic physics to create precisely controlled, uniform droplets, enabling advanced research and industrial processes.
Stretching across the continent, the North American boreal forest is a vast ecosystem that acts as a crucial regulator for global climate and freshwater systems.
Learn how the division of physical space allows diverse species to coexist, fostering greater ecological complexity and supporting overall biodiversity.
Understand how biological processes are scaled into an industrial workflow, using microorganisms to synthesize pharmaceuticals, food ingredients, and more.
By integrating human neurons into living animal models, scientists can study complex brain disorders and test new therapies in a highly controlled setting.