Ergonomic Challenges in Advanced Laparoscopic Surgery and Their Impact on Surgeon Performance

Advanced laparoscopic surgery has transformed surgical care by enabling complex procedures to be performed through minimally invasive approaches, offering substantial benefits to patients while introducing considerable ergonomic demands for surgeons. The combination of prolonged static posture, restricted instrument movement, fixed trocar positions, indirect visualization, repetitive hand activity, and technically demanding operative tasks places sustained physical stress on the surgeon. These demands become particularly pronounced during lengthy and complex procedures requiring precise dissection, intracorporeal suturing, knot tying, and continuous hand–eye coordination. Poor operating-table height, inappropriate monitor placement, unfavorable trocar geometry, and conventional instrument design may further increase muscular loading of the neck, shoulders, back, wrists, hands, and upper extremities. Repeated exposure to these conditions is associated with fatigue, discomfort, and work-related musculoskeletal disorders that may persist beyond individual procedures and affect long-term occupational health. Physical fatigue also has potential consequences for surgical performance, particularly where fine motor control, instrument stability, concentration, accuracy, and sustained visuomotor coordination are required. Chronic musculoskeletal symptoms may influence procedural workload, operating schedules, productivity, career longevity, and surgeons' ability to perform technically demanding procedures comfortably. Ergonomic optimization therefore has relevance not only to occupational well-being but also to the maintenance of consistent surgical performance and a safe operative environment. Practical measures include appropriate adjustment of operating-table and monitor height, careful trocar positioning, neutral postural alignment, ergonomic instrument design, supportive equipment, and structured intraoperative microbreaks. Formal ergonomic education during surgical training may help prevent maladaptive postural habits before they become established in clinical practice. Emerging technologies, including adjustable support systems, wearable devices, and exoskeleton-based assistance, may provide further opportunities to reduce physical workload. Greater integration of ergonomic principles into advanced laparoscopic practice can support surgeon health, technical performance, and sustainable surgical careers while preserving the patient benefits of minimally invasive surgery