The traditional model of a branching "Tree of Life" is challenged by the sideways movement of genes, suggesting a more complex and interconnected evolutionary past.
Explore how cancer cells exploit the body's own "don't eat me" signal, CD47, to hide from the immune system and how therapies aim to restore detection.
Explore the brain system that governs goal-directed thinking and learn how its efficiency influences daily problem-solving and long-term cognitive health.
Explore how a protein's molecular architecture within the cell membrane dictates its function, influencing everything from cell signaling to overall health.
Ovarian health is foundational to your overall wellness. Learn how daily choices influence their function and support your long-term hormonal and reproductive vitality.
Explore how intense neural firing causes a temporary boost in synaptic strength, a form of short-term plasticity distinct from long-term memory formation.
For non-small cell lung cancer, identifying specific uncommon EGFR mutations with advanced testing is essential for guiding effective, targeted treatment choices.
Explore how the immune protein TNFSF13B acts as a key survival signal and why its dysregulation is a common mechanism in autoimmunity and certain cancers.
The filament-like coverings on pterosaurs suggest feathers may not be unique to the dinosaur lineage, prompting a new look at their shared evolutionary history.
An overview of the NLRC4 inflammasome, a molecular machine that senses internal bacterial threats and orchestrates a dual immune response of inflammation and cell sacrifice.
Explore the function of HLA proteins, the cellular markers that tell your immune system what to protect and what to attack, and their impact on human health.
Discover the science behind a crucial gut microbe not found in probiotics. Learn its role in metabolic health and how to support its growth through diet.
Explore fungal lipase, a purified enzyme that breaks down fats. Understand its biochemical role and how this process is applied in various consumer goods.
Explore ZBTB7B, a master regulator that directs T-cell development. Learn how this single protein maintains immune balance and contributes to disease when altered.
The number of stalks in a lucky bamboo arrangement changes its purpose. See how a seven-stalk plant is used to foster well-being in your home or office.
Learn how the Tks5 scaffold protein acts as a molecular platform, assembling the components that allow cells to become invasive and drive disease progression.
Scientific analysis of Neanderthal remains offers a new perspective on their lives, revealing a world built on close family ties and community cooperation.