Learn how transcription factors direct gene expression. Explore the challenges of estimating their number and what this count reveals about an organism's complexity.
Findings from the Dikika research site are reshaping our understanding of the timeline and complexity of early human ancestor development and behavior.
Gene editing is evolving beyond simply cutting DNA. Learn about new approaches offering greater precision and control by rewriting the genetic code directly.
Examine the science behind Earth's stored carbon. Learn how these quantities are assessed and why their balance is integral to the global climate system.
Uncover the intricate system that coordinates eye and head movements, a fundamental process ensuring our visual world remains stable as we navigate through it.
An aphid's ability to grow wings is a strategic response to its environment, enabling dispersal to new hosts and ensuring the species' continued success.
Explore the chemical challenge of converting methane gas to liquid methanol, examining the scientific pursuit of efficient pathways to create a valuable commodity.
Learn how a single transporter molecule, DMT1, plays a critical role in managing the body's supply of essential metals and maintaining metabolic balance.
Beyond being building blocks, proteins are the body's dynamic machinery, executing nearly every biological process from the cellular to the systemic level.
Learn how elastase inhibitors protect tissues by blocking an enzyme that breaks down elastin, a key factor in lung health and certain medical conditions.
A look at the science of embryo vitrification, the preservation technique that underpins the high success rates of modern assisted reproductive technology.
A child's health is shaped by more than DNA. Learn how the prenatal environment can influence gene expression, establishing predispositions for future wellness.
Learn how choline metabolism supports cellular and cognitive function, and why individual factors like genetics and gut health determine its ultimate role in the body.
Learn about the RhD antigen, a specific protein on red blood cells. Understand how its presence or absence influences immune compatibility in medical settings.
The DR3 gene provides the blueprint for a key immune protein. Understand its role in regulating health and how its dysregulation informs new therapeutic strategies.
Explore lipoteichoic acid, a molecule essential for bacterial structure that also serves as a key signal recognized by the human immune system during infection.