Explore the principles of near-infrared spectroscopy, a non-destructive method that measures how light reveals the internal properties of biological and material samples.
Explore how zinc oxide's behavior changes at the nanoscale, leading to innovations across industries and prompting important studies on its broader impact.
Learn how a specific mammalian cell line became a living factory for modern medicine, enabling the production of complex and life-saving biopharmaceutical drugs.
Learn how measuring your total lung capacity (TLC) offers a deeper look at lung function than standard tests, helping to differentiate between lung conditions.
Delve into phenazine-1-carboxylic acid, a microbially-produced compound that mediates ecological interactions and serves as a tool for crop protection.
Discover how preserved animal remains become scientific evidence, offering a detailed record of Earth's past life, evolution, and ancient environments.
Explore the cingulum bundle, a deep brain structure that links emotional responses with memory and thought, influencing both mental and cognitive health.
Gain a comprehensive understanding of Down syndrome, a common chromosomal condition, including its biological basis and the pathways to support and inclusion.
Learn the clinical pathways for managing drug-induced movement disorders, including medication adjustments and the use of specific counteracting agents.
Explore the complex cellular mechanics of Hydra's nematocysts. Learn how these specialized stinging organelles enable this simple organism to capture prey and defend itself.
Managing the bacteria behind tooth decay requires more than basic hygiene. Explore the multi-faceted strategies used to inhibit *S. mutans* for better oral health.
Delve into the science of natural immune support. This balanced review examines proposed mechanisms, the quality of evidence, and how to navigate claims.
Beyond its famous smile, this Hawaiian spider reveals a story of genetic diversity, unique maternal devotion, and a fragile existence in the rainforest ecosystem.
Explore the cellular mechanism where a genetic error disrupts how a gene's instructions are processed, leading to faulty proteins that underlie some diseases.
Examine the U2AF1 gene, from its role in cellular information processing to how acquired alterations can disrupt this system and contribute to human disease.
Explore the biology of pathogenic microbes, their mechanisms for causing illness, and the ongoing dynamic between these organisms and their human hosts.