Explore how regenerative medicine is evolving, using new methods to guide cellular communication and repurpose the body's own systems for targeted repair.
While we start with one genetic blueprint, the DNA in our brain cells can vary, offering new insights into neurological function, development, and health.
Explore the history of Marble Therapeutics, a biotech firm whose innovative approach to microbiome science now continues under a larger research program.
Learn the principles for determining correct endotracheal tube depth, a crucial step combining predictive guidelines with a multi-layered verification process.
Gain insight into how endovascular stents treat brain aneurysms, covering the procedural approach, patient recovery, and required long-term management.
An overview of how everolimus and exemestane are combined for HR+ breast cancer to overcome treatment resistance and delay the progression of the disease.
Our cells hold two distinct genetic blueprints. One defines our individual traits from both parents, while the other provides the energy manual inherited from our mother.
Genetic studies provide new clarity on Swahili origins, revealing how DNA evidence supports oral traditions of a blended African and Southwest Asian heritage.
Explore the data behind testicular cancer's low mortality rate and understand how factors like the timing of diagnosis influence individual patient outcomes.
Learn how Myasthenia Gravis stems from an autoimmune response that disrupts the critical acetylcholine signaling pathway responsible for muscle contraction.
Understand Glucocorticoid Remediable Aldosteronism, a rare form of inherited hypertension where a specific genetic fusion dictates both its risks and treatment.
Understand the physiology behind modern defibrillation, where a two-phase electrical current resets the heart's rhythm using less energy for greater effectiveness.
Learn about a subtle form of cellular exocytosis that allows for the rapid, controlled release of signals, conserving resources for sustained communication.
Explore the biomechanics of movement and learn how your unique anatomy, personal history, and daily habits subtly shape your individual walking pattern.