Who is hurting? A prospective study of surgeon ergonomics

There is a paucity of prospective data related to surgeon ergonomics, which affects career longevity. Robotic surgical systems may mitigate pain and workload. We hypothesized that ergonomic outcomes would vary based on surgeon height and gender, and the relative benefit of robotic surgery would vary based on these demographics.

Surgeons received questionnaires to fill out immediately before and after surgery to enable calculation of pain scores and task load. Surgeons who were ≤ 66 inches tall were considered “short”. Univariable and multivariable regression analyses were performed where appropriate using Stata-MP version 14.2 (StataCorp LLC, College Station, TX).

There were 124 questionnaires given to 20 surgeons; 97 (78%) were returned, and 12 (12%) laparoscopic operations were excluded, leaving 85 (69%) questionnaires for further analysis: 33 (38%) from short surgeons, and 24 (28%) from women, for 30 (35%) robotic and 55 (65%) open operations. There were 44/85 (52%) surgeons who reported worse pain after surgery. Overall pain scores (1.1 ± 2.6 vs 1.5 ± 2.6, p = 0.70) were similar for robotic and open operations. In multivariable analysis, greater surgeon pain scores were significantly associated with short surgeons (p < 0.001), male surgeons (p < 0.001), and long operative times (p = 0.03). Physical demand was lower for robot vs open operations (median 10 vs 13, p = 0.03). When short surgeons (p = 0.04) and male surgeons (p = 0.03) were examined as sub-groups, lower physical demand during robotic operations persisted, but was lost when only examining tall surgeons (p = 0.07) and female surgeons (p = 0.13).

Short surgeons and male surgeons reported significantly more pain after both open and robotic operations but had less physical demand when using the robotic system. Future work should focus on mitigation of surgeon height-related factors and seek to understand ergonomic gender differences beyond height.