Surgical Techniques

In Other News

• First-of-Its-Kind Non-Surgical Pediatric Heart Valve to Transform Treatment of Congenital Heart Disease

• Biodegradable Balloon to Revolutionize Rectal Protection from Toxicity during Prostate Cancer Radiation Therapy

• Spine Surgery System Uses Visible Light to Create 3D Image for Surgical Navigation in Seconds

• Handheld Pen Enables Real-Time Tissue Identification during Surgery

• Neurosurgical Navigation Robot Combines High-Precision Technology and Surgeons’ Experience for Greater Accuracy

• Innovative Breast Biopsy Marker Enhances Ultrasound Visibility during Surgical Procedures

• First-of-Its-Kind Minimally Invasive Surgery Platform Combines Magnets and Machines

• Temporary Organic Electrodes to Allow Implant and Removal of Bioelectronics without Surgery

• Nature-Inspired Pressure Sensing Technology to Transform Laparoscopic Surgeries

• First-of-Its-Kind 4K Advanced Visualization System for Minimally Invasive Spine Surgery Enhances Procedural Efficiency

• Cutting-Edge Solution Combines Robotics and Catheter-Based Technology for Less Invasive Open Heart Surgery

• First-Of-Its-Kind Expandable Cryoballoon Catheter Advances Cryoablation Therapy

• Endoscopic System Allows Visually Guided Gynecological Procedures to be Performed Right in Physician's Office

• Deep-Learning Approach Precisely Identifies Potentially Cancerous Growth in Colonoscopy Images

• Handheld Mass Spectrometry Device Detects Cancer by Touch

• MRI-Based Brain Mapping Software Helps Visualize Key Areas during Complex Neurosurgery

• Ground-Breaking Medical Device Coating Technology Eliminates Implant-Associated Infections

• Novel Hemostatic Technology Controls Bleeding in All Cardiac Surgical Procedures

• Cutting-Edge AI Software Detects Gastrointestinal Lesions in Real Time during Colonoscopy Procedures

• First Light Field-Enabled Spine Surgery Navigation Platform Reduces Need for Intraoperative Radiation

• Bimanual Magnetic Soft Robots Perform First Ever Skull Base Surgery

• Tiny Surgical Robot Travels Deep Into Lungs to Detect and Treat Cancer

• Non-Invasive Adhesive Hydrogel Patch Marks Breakthrough in Treatment of Collapsed Airways in Newborns