Discover how the fossil record documents subtle yet significant changes in trilobite anatomy, reflecting a long, adaptive history of survival and diversification.
Understand the energy your body uses at rest. This foundational metabolic number offers insight into your unique calorie needs and informs your overall health.
A practical guide to the fluorescent DNA probe DAPI. Learn its binding mechanism for reliable nuclear counterstaining in common microscopy applications.
Learn about the directed flow of cytoplasm, an active process that serves as a cell's internal transport network to overcome the limitations of diffusion.
Explore VLA-4, a protein that directs immune cell movement. Learn how this essential function can also contribute to disease and is a complex target for medicine.
The variety of genetic material within a population is a key indicator of its health and ability to persist through environmental and biological challenges.
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.
Pangenome analysis offers a comprehensive look at the total genetic information of a species, revealing insights missed by traditional single-genome approaches.
Explore America's native butterflies, their distribution across varied ecosystems, and the intricate ecological relationships that define their life cycles.
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.
Explore zinc finger gene editing, a technology that pairs engineered DNA-binding proteins with a nuclease to create targeted, double-strand breaks in a genome.