Surgical Techniques

In Other News

• Ultrasound-Based 3D Printing Technology Could Enable Surgery without Cutting Open Patient

• Shape-Shifting Robotic Catheter to Make Heart Surgery Safer

• Miniature Laser System Could Accurately Distinguish Tumors from Healthy Tissue

• AI Transforms Colonoscopy by Improving Detection and Reducing Missed Rates

• New Implants Reduce Infection and Improve Recovery from Orthopedic Surgery

• Brain Implants Revive Cognitive Abilities Long After Traumatic Brain Injury

• Novel Endovascular Catheter Opens Blocked Arteries Deep Within Lungs

• Next-Generation Robotic-Exoscope Delivers Leap Forward in Optical Performance and Robotics to Modernize ORs

• Innovative Biopsy Marker Provides Clinicians with Long-Term Ultrasound Visibility

• Innovative Gel Offers Revolutionary Treatment for Challenging Gastrointestinal Leaks

• New Surgical Implant to Transform Treatment of Complex Bone Infections

• First-of-Its-Kind 4K Single-Use Surgical Arthroscope Simplifies Endoscopy

• Soft Supercapacitor Could Power Implantable Devices

• Novel Surgical Implant Kills Infection-Causing Bacteria Without Compromising Tissue Integration

• Minimally Invasive Procedure Offers New Approach for Treatment of Hypertension

• New Biologic Repair Patch Uses Natural Body Motion to Fix Herniated Discs

• First Biological Implants Used for Treatment of Cartilage Lesions and Osteoarthritis in Humans

• AR-Based Surgical Visualization and Navigation System Sees First Inpatient Utilization

• First-of-Its-Kind Wireless Guidewire for TAVR Provides Real-Time Physiologic Data During Interventional Procedures

• Robotic Surgical System Seamlessly Integrates into OR for New Clinical Experiences

• Implantable Wireless Cardiac Pacemaker to Reduce Mechanical Burden of Pacing-Related Medical Complications

• Game-Changing Spinal Implant Can Restore Movement in Advanced Parkinson's Patients

• Next-Generation Tissue Adhesive Material for Wound Management Could Replace Suture and Stapling