Researchers have uncovered why standard blood pressure readings are often wrong, revealing a physical mechanism that could help prevent up to 30% of hypertension cases from being missed.
Most Recent Articles
A Laser-Sintered Liquid Metal Patch for Continuous, Non-Invasive Blood Pressure Monitoring
Researchers have developed a revolutionary skin-like electronic patch using laser-sintered liquid metal that continuously and non-invasively monitors blood pressure, offering a breakthrough alternative to traditional cuff-based...
VISUALIZED: The Role of Noncanonical Clock Regulators in Digestive System Stress Responses
New research reveals how a network of secondary clock regulators helps the digestive system manage stress, paving the way for timed therapies to prevent and treat related diseases.
A Systematic Review of Professional Identity Formation Assessment in Medical Education
A new curriculum successfully teaches medical students that humility is as critical as clinical skill in building patient trust during cardiac assessments.
Clinical Competency of Generative LLMs in Stroke Care: An Evaluation of GPT-4o, Claude, and Gemini
A study assessing three major AI chatbots found their guidance on stroke care to be clinically unreliable, underscoring the need for human oversight to ensure patient safety.