The landscape of modern surgery is rapidly evolving through precision-based tools, robotic assistance, and refined operative planning. Advancements such as image-guided procedures, augmented reality overlays, and enhanced laparoscopic instrumentation are redefining outcomes and reducing recovery times. Amid this progress, innovations in general surgery techniques are playing a pivotal role in shifting the focus toward less invasive and more efficient methods. From 3D-printed anatomical models for preoperative simulation to smart sutures embedded with sensors, surgeons now have access to a powerful arsenal that promotes both patient safety and operative accuracy. Equally transformative are AI-powered decision-support systems that optimize intraoperative navigation. These breakthroughs not only improve surgical precision but also lower the margin of error, enhancing patient prognosis across a broad spectrum of procedures. As global healthcare systems seek scalable, cost-effective surgical models, the integration of these innovations is becoming essential in shaping the future of general surgery.
Title : When things go wrong! From victim to liability and the case of AI
Ricky Rasschaert, AZ Rivierenland, Belgium
Title : Innovation in general surgery
Ashfaq Chandio, Manchester University NHS Foundation Trust, United Kingdom
Title : Artificial intelligence in colorectal surgery: From preoperative planning to intraoperative navigation
Ajit Naniksingh Kukreja, Ratandeep - Dr Kukreja's Laser Piles Clinic, India
Title : Isolated gallbladder injury following blunt abdominal trauma: A rare surgical presentation
Afua Timah Agyei, Medway Maritime Hospital, United Kingdom
Title : Association of alpha-fetoprotein levels with tumour size and aetiological factors in hepatocellular carcinoma: A cross-sectional analysis
Nayab Ahsan, University Hospitals Sussex, United Kingdom
Title : Perioperative nutritional optimisation within enhanced recovery pathways: Impact on postoperative morbidity and length of stay following elective abdominal surgery
Nayab Ahsan, University Hospitals Sussex, United Kingdom