Explore chromosome 11p15, a vital genetic region where the precise balance of parental genes directs human growth and influences health throughout life.
Scientific names for bacteria follow a regulated system. Learn how this language encodes a microbe's history, characteristics, and its relationships in the natural world.
Explore the conditions under which aquatic environments lose oxygen, altering global biogeochemical cycles and reshaping the trajectory of life on Earth.
Explore how a lysogenic phage integrates into a bacterium's genome, altering its host's traits and contributing to bacterial evolution and pathogenicity.
Discover how nanostructures create the glass winged butterfly's transparent wings, an adaptation that serves as one part of its complex survival strategy.
The autistic brain processes visual information in a distinct way. Learn how this unique perception shapes daily experiences, creating both challenges and abilities.
Learning from others is a fundamental process that refines our thinking, deepens our connections, and integrates us into a shared culture and community.
GPR126 is a key cellular receptor. Learn how its molecular design governs critical developmental processes and contributes to human health outcomes and physical traits.
Lymphoblastoid cell lines preserve an individual's unique genome, creating a renewable biological model for investigating cellular function and disease.
A spirometry test provides key data on lung function. Learn how these results are interpreted to assess airflow and determine the status of your lung health.
A termite's survival depends on hydration. Learn how they source this vital resource from their environment and even create it through unique biological processes.
Understand the immune response to beta-lactoglobulin, a key whey protein in cow's milk, from initial signs to effective, long-term management strategies.
An analysis of Amazon's environmental impact, contrasting its public climate goals with the complexities and criticisms of its corporate emissions reporting.
Explore the environmental adaptability of *Serratia marcescens*, a bacterium whose simple needs and survival traits allow it to persist in both nature and human settings.
Learn how the total number of accumulated genetic mutations serves as a key biomarker, influencing our understanding of disease and guiding treatment decisions.
GRO-seq provides a direct measure of gene transcription by capturing nascent RNA, offering a real-time view of cellular activity distinct from accumulated RNA levels.