In Other News

• Smart Ring Continuously Monitors Glucose and Ketones from Passive Sweat

• Single Robotic Platform Supports Three Minimally Invasive Approaches

• Navigation-Compatible Instruments Improve Precision in Lumbar Facet Fusion

• Smart Ring Continuously Monitors Glucose and Ketones from Passive Sweat

• Invisible Skin Sensors Could Transform Everyday Biosignal Monitoring

• Reusable Pulse Oximetry Sensor Improves Accuracy Across Skin Tones

• Patient-Specific Artery-on-a-Chip Refines Stroke Risk Stratification

• Implantable Neural Interface Undergoes First Real-World Surgical Validation

• Existing Cardiovascular Risk Calculators Predict Several Common Cancers

• New Neurovascular Guidewire Enhances Access and Control in Stroke Thrombectomy

• Robot-Guided Surgery Treats Multiple Deep Brain Abscesses in Single Session

• AI Surgical Platform Enables Real-Time Intraoperative Decision Support

• New AI Tool Identifies Support Needs in Spinal Cord Stimulation

• New AI Tool Identifies Support Needs in Spinal Cord Stimulation

• New PE-RADS Framework Standardizes Pulmonary Embolism Imaging Reports

• AI-Guided Arterial Mapping Improves Brain Tumor Drug Delivery

• AI Tool Automates EEG Analysis and Flags Clinically Relevant Abnormalities

• Low-Cost Antiseptic Regimen Reduces Bacteria Linked to Newborn Infections

• Implanted Nerve Stimulation May Improve Health Outcomes in Sleep Apnea

• AI Tool Automates EEG Analysis and Flags Clinically Relevant Abnormalities

• Low-Cost Antiseptic Regimen Reduces Bacteria Linked to Newborn Infections

• New Risk Models Improve Sudden Cardiac Arrest Prediction

• Collaborative ICU Admission Process Cuts Time to Critical Care Involvement by Half