Surgical Techniques

In Other News

• POC 3D Imaging Platform Enables Real-Time Assessment of Surgical Specimens in OR

• 3D-Printed Cerebral Cortex Tissues to Enable Personalized Implantation for Repairing Brain Injuries

• Next-Gen Insertable Cardiac Monitor Offers Long-Term Monitoring for Arrhythmias

• Minimally Invasive Surgical Technique Limits Blood Loss by Partially Blocking Aorta

• World’s First Smart, Refillable and Fully Implantable Medical Device Delivers Medicine Directly to the Brain

• Protein Identified for Immune Rejection of Biomedical Implants to Pave Way for Bio-Integrative Medical Devices

• First-in-Human Implant of Thought-Driven Movement Device to Treat Spinal Cord Injury

• New Sense-and-Respond Implant Technology Could Halve Cancer-Related Deaths

• World's First Cooperatively Powered Robotic Surgical Assistant Platform Facilitates ENT Procedures

• First-of-Its Kind Robotic Technology Uniquely Addresses Scale and Complexities of Microsurgery and Supermicrosurgery

• AI Model Analyzes Tumors Removed Surgically in Real-Time

• AI Robotic System Selectively Kills Microscopic Tumor Cells without Damaging Surrounding Tissue

• Thin-Film Neural Electrodes Placed Directly On Brain Tissue Can Diagnose and Treat Epilepsy

• Steerable Lung Robot Reaches Targets Not Possible Even With Robotic Bronchoscope

• Single Use Broncho Videoscope Meets Diverse Clinic Needs of Respiratory Surgeons

• Small, Portable and Modular Surgical Robotic System Suitable for Any Operating Room

• World’s First Miniaturized Robotic-Assisted Surgery System Allows Operating Room to Be Set Up in Minutes

• Single-Use Flexible Video Rhinolaryngoscope Allows Physicians to See Patients in OR and Office

• Implantable Device Could Eliminate Insulin Injections for Diabetics

• Novel Device for Treatment of Anal Fistula Uses Single-Operation Approach to Prevent Multiple Surgeries

• All-In-One Surgical Camera Platform Brings Enhanced Technology to the OR

• Precision Surgery System for Early-Stage Lung Cancer Provide Surgeons with Real-Time GPS Guidance

• World’s First Gastroscope with 4.2 MM Working Channel Helps Access Difficult-to-Reach Anatomical Areas