Editorial Comment: Evaluating Surgical Ergonomics: An Analysis of Musculoskeletal Pain Across 11 Urologic Procedures

This study by Borrell et al1 makes a commendable foray into a critical but relatively unexplored area within urologic surgery: the prevalence and nature of work-related musculoskeletal (MSK) pain among surgeons. Addressing this occupational hazard, the authors provide valuable data highlighting the significant discomfort experienced by a majority of urology residents and attendings after common surgeries. Although previous works2 have laid foundational groundwork for urologists on this topic, the authors contribute important procedure-specific insights. Key findings reveal that nearly 89% of respondents reported some degree of MSK pain, with the shoulders/upper back, mid/lower back, and head/neck being the most frequently affected areas. As well, the study identifies specific high-risk procedures including urethroplasty, gender-affirming surgeries, and percutaneous nephrolithotomy as particularly prone to severe pain, underscoring the need for targeted interventions. The authors' recommendation for incorporating microstretch breaks aligns well with contemporary discussions, such as the 2025 editorial by Gabrielson et al3 advocating for the inclusion of ergonomics into surgical checklists, demonstrating this study's relevance to practical solutions. Although valuable for its initial insights, it appears more work is in store. For instance, evaluating pain stratified by the age of respondents would offer valuable insight into career-stage specific risks because age is known to influence MSK pain. Although the authors acknowledge the impact of lengthy procedures, tracking pain severity as a function of operative time in future studies could provide more direct evidence linking surgical duration to discomfort. Furthermore, a qualitative assessment of the specific surgical steps contributing to MSK discomfort would enrich subsequent investigations into this critical area. This research serves as an important foundation for understanding ergonomic challenges in urology. It powerfully advocates for integrating ergonomic education and microstretch breaks into surgical training, fostering greater awareness and supporting the long-term well-being and career longevity of urologists.