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 : Microbial spectrum and histo-pathological pattern in patients with breast abscess: A 5 year retrospective study in a tertiary care rural teaching hospital in South India
Caroline Francis, Hull Royal Infirmary, United Kingdom
Title : The coincidence between spinal perineural cysts, increased intracranial pressure and the appearance of small fiber neuropathy. Exploring the relationship and (surgical) lessons to be learned
Ricky Rasschaert, AZ Rivierenland, Belgium
Title : Evolution of surgical oncology
Nagy Habib, Imperial College London, United Kingdom
Title : Improvement in general surgery handover
Amaan Akhter, Nottingham University Hospitals NHS Foundation Trust, United Kingdom
Title : Giant anterior sacral meningocele masquerading as cystic sacrococcygeal teratoma in a neonate: A diagnostic pitfall and literature review
Gamal Al Saied, Al-Azhar University, Egypt
Title : Tracheostomy-free total ventilatory support
John R Bach, Rutgers University, United States