Explore the dual role of hybrid RNA, a molecule that can arise in our cells to drive disease and can also be engineered into a precise tool for biotechnology.
Understand the relationship between lake water, microscopic organisms, and human health. This guide offers insight into potential risks and safe recreation.
Learn about the ionocyte, a specialized cell responsible for ion transport, and its recently discovered role in the underlying mechanics of Cystic Fibrosis.
Moths cannot perceive infrared, a fact that enables undisturbed observation. Learn how their unique visual perception of light governs their nocturnal world.
Learn how the LZTR1 gene helps regulate cell growth and what happens when a mutation disrupts this vital function, leading to distinct health outcomes.
Discover the role of primary human hepatocytes, the essential but complex cell model for predicting drug safety and understanding human liver function.
The gastrocnemius calf muscle consists of two heads. This dual structure is fundamental to its power in movement and helps explain its common strain patterns.
Explore the complex communication networks within our cells. Learn how sequences of protein interactions translate signals into action, governing health and disease.
Explore how the unique architecture of the ER's tubular network, shaped by specific proteins, is fundamental for cellular communication and neurological health.
Explore the chemical origin of RNA's negative charge and see how this fundamental property influences its complex folding and essential functions within the cell.
Understand the material that makes up surface-attached microbial communities and how its accumulation dictates their role in health, industry, and the environment.
Gain a true sense of the tardigrade's scale. This guide offers measurements and context to help visualize the water bear's size in our world and its own.
The natural curve in your neck is foundational to spinal support and health. Learn how this alignment is affected and what can be done to maintain its function.
A gene drive is a genetic system designed to bypass standard heredity, ensuring a specific trait spreads rapidly to alter the genetics of an entire population.
Understand how a child's growth is directly linked to their heart health and why addressing a cardiac defect is key to unlocking their full growth potential.