Discover how the protein lumican acts as both a structural organizer for tissues and a key signaling molecule in processes ranging from repair to disease.
Explore how immortalized cells from mice serve as sustainable and ethical biological models, accelerating progress in medicine and scientific understanding.
Explore the mechanism of DNA cleavage, a core biological process that scientists have harnessed to create foundational tools for medicine and biotechnology.
Harnessing nanotechnology requires certainty about particle behavior. This guide explores the foundational principles of nanoparticle characterization.
The Etruscan shrew's status as the smallest mammal by mass drives its extreme metabolism and the unique physiological demands required for its survival.
Many common foods, from tomatoes to potatoes, naturally contain nicotine. Understand the biological origins and context of this widely misunderstood compound.
Discover the hypocotyl, the embryonic stem that strategically pushes a seedling through soil to find the light essential for its survival and development.
Understand Cartilage-Hair Hypoplasia (CHH), a complex genetic condition where short stature is one part of a spectrum requiring comprehensive, lifelong care.
The CD25+ marker plays a complex role, signaling both immune system control and activation. Learn how this balance is vital for health and targeted in disease.
Discover the unique ecology of the Mediterranean monk seal and the combination of factors that threaten the survival of this rare European marine mammal.
That familiar smell at the pump has a direct effect on your brain. Learn how gasoline vapors interact with the central nervous system and impact neurological function.
Learn about serine integrases, the natural enzymes that precisely rearrange DNA, and understand their evolution from a viral mechanism to a key biotechnology tool.
Your approach to personal challenges and effort plays a key role in your psychological well-being. Understand this connection to cultivate a healthier outlook.
An overview of the fundamental cells produced in bone marrow, from their biological development and purpose to their applications in modern therapeutic procedures.
A scientific overview of how our species populated the world, examining the ancient journeys and the innovations that made these global migrations possible.
Learn how the study of infrequent genetic variations helps explain individual health outcomes and provides a deeper understanding of the origins of disease.