Explore the science of healthspan, revealing how the interconnected systems within your body and your life work together to promote sustained vitality and well-being.
Go beyond the scale to understand a key indicator of metabolic health. This guide explains the impact of internal body fat and offers sustainable strategies.
Learn about the profound transformation in human thought during the Paleolithic, a cognitive leap that laid the foundation for complex culture, technology, and society.
Explore how certain fish provide a potent source of essential vitamin B12, helping you meet dietary needs and understand their place in a balanced diet.
The cohesin protein complex is essential for cellular life, ensuring accurate chromosome inheritance and maintaining the structural integrity of our DNA.
Delve into the ACAN gene, a key blueprint for cartilage and bone integrity. Learn how changes in this gene influence skeletal development and long-term joint health.
Explore the science of microneedle patch vaccines, a delivery system that applies immunizations to the skin, potentially simplifying administration and storage.
Discover the story behind the popular idiom for exceeding the maximum, tracing its journey from a classic comedy scene to a widespread cultural reference.
This overview explores the varied contexts of hydrogen sulfide production, from vast environmental processes to its controlled synthesis within the body.
Go inside the plant cell to understand its functional parts. Learn how specialized units work in concert to provide support, generate power, and direct growth.
An overview of the cytokine IL-20, exploring its function in tissue regulation and how its imbalance contributes to chronic inflammatory and autoimmune diseases.
RNase P is a fundamental catalyst essential for protein synthesis. Understanding its unique RNA-based structure reveals its biological importance and medical potential.
Learn how genetic modification enables bacteria to synthesize human insulin, a biotechnological advance ensuring a safe, pure, and scalable supply for patients.
Explore how the brain resolves conflict between sight and touch, revealing the surprisingly flexible nature of our own body perception and sense of self.
By building a designer genome from scratch, synthetic yeast provides a stable, controllable platform for advancing both scientific research and production.
Once considered a final cellular decision, programmed cell death can be reversible. Explore the mechanisms of this recovery and its impact on health and disease.