Discover the unique characteristics of *Plasmodium malariae*, a malaria parasite known for its 72-hour fever cycle and potential for long-term, chronic infection.
Learn how B cell lymphocytes provide targeted defense and long-term immunity, and understand their essential, finely-tuned role in maintaining overall health.
A single nucleus acts as a cell's efficient command center, housing its DNA and regulating all essential life processes from a central point of control.
Learn what separates the paddlefish from its evolutionary cousin, the sturgeon. Explore their divergent anatomy, ecological roles, and shared ancient ancestry.
Learn how systems are deliberately designed using psychology and data to guide human action, and explore the implications for personal decision-making.
A tooth’s vitality refers to the health of its living inner tissue. This core aspect influences sensation, how a tooth responds to treatment, and its overall longevity.
Learn about choline chloride, a widely used chemical that provides the essential nutrient choline for critical biological processes in both animals and humans.
Gain insight into GEF-H1, a regulatory protein whose control over core cellular processes makes its function essential for health and its disruption a factor in disease.
Discover the biology behind plants that use built-up energy to propel their seeds, an effective evolutionary strategy for reproduction and colonization.
Learn how de Bruijn graphs provide a computational framework for assembling genomes from short DNA reads by navigating sequence overlaps and inherent complexities.
Learn to predict chemical stability by analyzing how a molecule's fundamental electronic and geometric properties dictate its overall potential energy.