Our genetic blueprint sets the stage for immune function, but lifelong environmental and lifestyle factors ultimately shape its day-to-day performance.
Analysis of a pristine sample from Asteroid Bennu provides insights into the solar system's past and helps refine our understanding of its future orbit near Earth.
Go beyond isolated samples. Learn how observing subjects in their native environment provides the contextual data needed for a complete scientific picture.
Understand how engineered, biodegradable structures provide a temporary framework for the body's cells to grow, organize, and form new, functional tissue.
Discover how the distinct molecular architecture of Amphotericin B dictates its antifungal activity, from membrane disruption to modern clinical formulations.
Explore the scientific framework used to evaluate viral transmission and understand the key principles that inform our collective response to infectious diseases.
The foundations for adult health are established in the earliest stages of life. Explore the science of how prenatal and childhood conditions influence long-term wellness.
Discover how computational tools enhance the precision of CRISPR gene editing by optimizing guide RNA design to avoid unintended modifications in the genome.
Examine a vital metabolic pathway and its role in cellular defense. Discover how a common genetic variation can disrupt this balance, affecting red blood cell health.
Learn how the pairing of EGFR proteins regulates cell growth and how dysregulation of this fundamental process drives cancer and informs targeted therapies.
Explore how scientists program molecules to self-assemble into microscopic structures, creating dynamic tools designed for precise functions in medicine and research.
Explore the cellular basis of Pompe disease, where histology reveals how lysosomal glycogen storage causes tissue damage and informs diagnosis and therapy.
Examine a cellular basis for depression where astroglial dysfunction in the habenula impairs potassium management, driving the neuronal bursts underlying depressive states.
Menopause initiates biological changes that affect metabolism and body composition. Learn why this occurs and discover strategies to support your long-term health.