Explore the ordered structures found throughout nature and learn about the fundamental principles of efficiency and physics that guide their formation.
Discover the DCC gene's fundamental roles in human health, from orchestrating nervous system wiring to maintaining cellular order and preventing disease.
Learn what it means to support your body's own stem cell activity and how to evaluate the science behind various approaches, separating evidence from popular hype.
The human face is a source of complex data. This article examines the scientific methods for interpreting this information and the societal responsibilities it creates.
Explore the molecular architecture of Vitamin K. Learn how minor changes to its chemical structure dictate its absorption and specific biological functions.
Explore the design of double network hydrogels, where a brittle internal structure dissipates energy by fracturing, allowing a flexible network to maintain integrity.
Examine the EF1a protein, a key cellular component whose role in protein synthesis is critical for health and provides a powerful tool for genetic research.
Learn about the muscles that constantly contract to support your posture. Explore the physiology behind how your body maintains stability against gravity.
Understand the link between environmental contamination and public health through the science of identifying and neutralizing harmful microbes in our water supply.
Discover the specialized anatomy of bat hindlimbs, an evolutionary design perfected for energy-efficient hanging at the expense of terrestrial movement.
Discover the systematic approach to finding and optimizing enzymes, bridging the gap between raw biological potential and innovative real-world solutions.
Learn how contaminants impact plant physiology and disrupt ecosystems, and explore the vital role of flora in monitoring and remediating environmental pollution.
Learn how engineered micro-channel geometries create controlled fluid folding and stretching, enabling rapid mixing without external pumps or active components.
Explore how adaptive scientific models move beyond rigid representations to capture the uncertainty and dynamism inherent in complex biological systems.
Explore the KAT7 gene, a regulator of how cellular DNA is accessed. Learn how its fundamental biological role influences the aging process at a molecular level.
Explore how Darwin's observations of geographic animal variations and their fossil relatives provided crucial insights into the processes shaping life on Earth.
Learn about human adenovirus, a common virus group causing diverse illnesses. This guide covers how it spreads, how to identify symptoms, and the role of supportive care.