In Other News

• Electrically Active Transplantable Material Could Treat Brain and Spinal Cord Injuries

• Electrically Active Transplantable Material Could Treat Brain and Spinal Cord Injuries

• Danaher Partners with Healthcare AI Company Innovaccer on Novel Digital and Diagnostic Solutions

• Breakthrough Technique Stops Irregular Heartbeats

• Novel Coating Extends Lifespan of Neural Implants

• AI Model Accurately Predicts Progression of Autoimmune Disease

• AI Model Accurately Predicts Progression of Autoimmune Disease

• AI Model Accurately Predicts Progression of Autoimmune Disease

• Water Vapor Therapy Offers Alterative to Surgery or Radiation for Treating Prostate Cancer

• AI Predicts and Identifies Subtypes of Type 2 Diabetes from Continuous Blood Glucose Monitor

• Bioengineered Blood Vessels Could Replace Synthetic Grafts for Treating Vascular Injuries

• Water Vapor Therapy Offers Alterative to Surgery or Radiation for Treating Prostate Cancer

• Bioengineered Blood Vessels Could Replace Synthetic Grafts for Treating Vascular Injuries

• AI Predicts and Identifies Subtypes of Type 2 Diabetes from Continuous Blood Glucose Monitor

• Digital Heart Twin to Help Treat Dangerous Heart Rhythms

• Digital Heart Twin to Help Treat Dangerous Heart Rhythms

• Digital Heart Twin to Help Treat Dangerous Heart Rhythms

• Miniaturized Fiber Photoacoustic Spectrometer Enables Real-Time Intravascular Blood Gas Monitoring

• Rapid Nasal Swab Test Detects Asthma Type in Kids

• World's First 90° Articulation Powered Stapler Revolutionizes Surgical Precision

• Robotic Telesurgery for Stroke Patients Could Dramatically Reduce Response Times

• Groundbreaking Dual-Functional Bone Regeneration Scaffold Shows Promise for Infected Bone Defect Treatment

• Flexible Serpentine Probe Enables Long-Term Monitoring of Neuronal Activity