Surgical Techniques

In Other News

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

• Digital Heart Twin to Help Treat Dangerous Heart Rhythms

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

• Robotic Telesurgery for Stroke Patients Could Dramatically Reduce Response Times

• ‘Molecular Flashlight’ Detects Brain Metastasis Using Ultra-Thin Probe

• Microsensor Platform Turns Existing Implants into Smart Devices for Real Time Monitoring

• Laser Patterning Technology Revolutionizes Stent Surgery for Cardiovascular Diseases

• Minimally Invasive Surgical Technique Creates Anastomosis Without Leaving Foreign Materials Behind

• Second Generation Robotic Platform Introduces Haptic Feedback and Dual-Mode Articulation

• Novel 3D Printed Scaffolds Ensure Better Healing and Regeneration of Bone Tissue

• Revolutionary Robotic Surgery Combines Dual-System Technologies for Groundbreaking Prostate Procedure

• Robotic-Assisted and AR Spine Surgery Enable Equally High Degree of Precision and Accuracy, Finds Study

• New Microscopy Technique Enables Rapid Tumor Analysis by Surgeons in OR

• Magnetically Driven Robotic Microscrews for Fallopian Tube Blockages to Revolutionize Infertility Treatment

• Innovative Disposable Device to Revolutionize Colonoscopy Procedures

• Innovative Photocurrent-Responsive Coating Cuts Bone-To-Implant Integration Time in Half

• New Technique Safer and Faster for Cancer Patients Undergoing Head and Neck Reconstruction

• Blood Removal Before Major Liver Surgery Cuts Transfusions in Half

• Breakthrough Catheter Technology Offers New Hope for Atrial Fibrillation Patients

• New Algorithm Better Identifies Seizure Origin for More Precise Surgical Interventions

• Reprogrammed Immune Cells Reduce Rejection of Medical Implants

• New Surgical Forceps Enhance Precision and Reduce Surgeon Fatigue

• Revolutionary Coral-Inspired Material for Bone Repair Promotes Faster Healing