Discover how accelerated rates of genetic mutation function as a fundamental biological mechanism, shaping both organismal health and long-term adaptive change.
Explore the principles of cellular cooperation, a complex system of interactions that governs biological function and is fundamental to both health and disease.
Delve into the biology of a cellular receptor, from its role in the body and its exploitation by poliovirus to its new potential in targeting cancer cells.
Explore tritiated water, a radioactive form of H₂O. Learn how its chemical similarity to normal water dictates its behavior in the environment and biology.
Learn how shRNA screening works as a tool to systematically connect individual genes to their roles in complex cellular processes and biological pathways.
This science-based overview examines how BFR training uses light loads to trigger physiological responses for muscle growth, strength, and fatigue resistance.
Learn how a reversible chemical modification to histone H3 acts as a critical switch, directing DNA organization and governing essential cellular activities.
Explore how cardiolipin, a unique mitochondrial lipid, underpins cellular health by organizing energy production, maintaining structure, and regulating cell fate.
Gain insight into the anterior urethra, a key part of the urinary tract whose specific anatomy influences its function and vulnerability to certain conditions.
Uncover the mechanics of grasshopper flight, a behavior driven by specific survival needs and varying greatly in capability from one species to another.
The popular image of dinosaurs on grassy plains is a modern misconception. Discover the true prehistoric landscape and the flora that actually fueled their reign.
Discover the scientific journey of Dr. Kizzmekia Corbett, a viral immunologist whose years of foundational research were pivotal to rapid vaccine development.
Go beyond specific skills to understand the broad mental aptitude that influences how we process information, solve problems, and adapt to new situations.
Learn how single layers of atoms and molecules create structures with unique surface chemistry and physical behaviors, impacting fields from electronics to biology.