Spine Surgery Insights

PD Dr. Cornelius Jacobs, Head of the Spine Department, from St. Remigius Hospital Leverkusen, Opladen held an insightful, hands-on elective course on spinal surgery.

Fourth‑year students of UMFST‑UMCH recently took part in a two‑day neurosurgery elective course focused on contemporary methods in spine surgery. The course was led by PD Dr. Cornelius Jacobs, Head of the Spine Department at St. Remigius Hospital Leverkusen, Opladen, and combined foundational teaching with practical training and exposure to modern intraoperative imaging technologies.

The first day opened with an academic lecture in which PD Dr. Jacobs outlined fundamental principles of thoracic access, emergency procedures, and anatomical orientation relevant to spinal interventions. The session highlighted the significance of precise technique when performing procedures that involve the thoracic cavity, particularly in situations where rapid and accurate action is required.

Following the theoretical introduction, students participated in a practical workshop using porcine rib specimens. PD Dr. Jacobs demonstrated the correct placement of a chest tube, illustrating essential anatomical landmarks, the sequence of procedural steps, and common pitfalls encountered in clinical practice. Detailed emphasis was placed on secure fixation with sutures, a crucial aspect for preventing tube displacement during patient care.

On the second day, the elective broadened its focus toward technological innovations in spine surgery. Through collaborating with Medtronic and the imaging systems of Brainlab, students worked with anatomical models that allowed them to observe real‑time navigation and imaging as used in modern operating rooms. These tools illustrate how imaging guidance supports precise screw placement and contributes to safeguarding critical spinal structures.

By combining structured lectures, practical experience, and exposure to advanced surgical systems, the elective provided students with a comprehensive understanding of current methods in spine surgery. The course offered insight into how contemporary technology aids clinical precision and enhances safety during spinal procedures.