Surgical Techniques

In Other News

• New Laparoscopic Imaging Technique Accurately Maps Biological Tissue for Minimally Invasive Surgery

• Mechanical Heart Valve Replacements Have Better Long-Term Survival, Study Finds

• Zinc-Based Dissolvable Implants to Transform Bone Repair

• Endoscopic Ultrasound-Guided Procedure Could Transform Blood Pressure Management

• New Implant to Help Patients Regenerate Their Own Heart Valves

• Injecting Clot-Dissolving Drug After Removing Large Brain Artery Clot Improves Stroke Outcomes

• Low-Cost, Robust Laparoscope Addresses Cost, Power and Sterilization Challenges

• Innovative Apatite Nanoparticles Improve Biocompatibility of Medical Implants

• Nanotechnology-Based Drug Delivery System Could Help Dialysis and Heart Patients Avoid Repeat Surgeries

• Heart Patch Offers Innovative Treatment Option for Advanced Heart Failure Patients

• Groundbreaking Tool Accurately Predicts Stroke Outcome for Better Carotid Surgery Decisions

• AI Predicts After-Effects of Brain Tumor Surgery from MRI Scans

• Pioneering Technology Enables Real-Time Detection of Residual Breast Cancer During Lumpectomy

• Basal Cell Carcinoma Treatment Reduces Tumor Size, Improves Surgical Removal

• Advanced Augmented Reality System to Transform Spine Surgery

• World's Smallest Multifunctional Biomedical Robot Holds Promise for Interventional Diagnosis and Treatment

• New Imaging Technique a Game-Changer for Bladder Cancer Surgery

• Synthetic Material for Use in Spinal Surgery to Revolutionize Bone Graft Technology

• World’s First Capsule Endoscopy System with Four Cameras Provides Comprehensive 360° Panoramic Imaging

• Novel ‘Scaffolding’ Biomaterial Improves Bladder Regeneration and Function

• Plant Molecule Prevents Formation of Bacterial Biofilms on Catheters and Implants

• Biocompatible Sensor Implant Allows Brain Monitoring Through Development

• Biodegradable Electrodes Repair Damaged Brain Tissue Without Need for Surgical Removal