The integration of real-time imaging into operative workflows has redefined how surgeons approach anatomical precision. Image-guided surgery and navigation technologies now allow clinicians to visualize critical structures with exceptional accuracy, reducing risks and improving outcomes. Techniques such as intraoperative CT, MRI, and fluorescence imaging, paired with advanced tracking systems, provide dynamic feedback during procedures. This real-time guidance is particularly valuable in neurosurgery, orthopedic reconstruction, and oncologic resections where millimeter-level accuracy is paramount. As these technologies become more accessible, the fusion of imaging data with surgical execution enhances both safety and efficiency. Surgeons are increasingly relying on digital overlays and navigation systems to tailor interventions to individual anatomy, marking a pivotal shift in personalized surgical care.
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