ESCRS - FP08.08 - Utility Of Practical Educational Ergonomic Intervention To Prevent Msk Pain In Early Ophthalmology Career Training

Utility Of Practical Educational Ergonomic Intervention To Prevent Msk Pain In Early Ophthalmology Career Training

Published 2023 - 41st Congress of the ESCRS

Reference: FP08.08 | Type: Free paper | DOI: 10.82333/4f9q-eb85

Authors: Victoria Liu* 1 , Rem Aziz 2 , Shakeel Qazi 3 , Saama Sabeti 4 , Kashif Baig 4

1Ophthalmology,University of Ottawa Eye Institute,Ottawa,Canada, 2Precision Cornea Centre,Ottawa,Canada, 3Department of Family Medicine,University of Alberta,Edmonton,Canada, 4Ophthalmology,University of Ottawa Eye Institute,Ottawa,Canada;Ophthalmology,Precision Cornea Centre,Ottawa,Canada;Herzig Eye Institute,Ottawa,Canada

Purpose

Improving ergonomic practices can alleviate chronic musculoskeletal (MSK) pain and promote sustainable healthy habits. The goal of this study was to assess ergonomic practices among ophthalmology residents, and evaluate the utility of a practical educational intervention in improving MSK pain.

Setting

University of Ottawa Eye Institute

Methods

This is a quality improvement study involving ophthalmology residents at a single site. Observation of ergonomics occurred both pre- and post-educational intervention, which consisted of teaching by a trained physiotherapist and an ergonomic assessment in the clinic and operating room (OR) with individualized feedback. Pain rating was evaluated using the Cornell MSK Discomfort Questionnaire (CMDQ), and compared at initial visit and 5-months post-intervention, along with observed ergonomic changes by physiotherapy evaluation.

Results

Nine ophthalmology residents were evaluated. Skills perceived to contribute the most pain included using the slit lamp (89%) and indirect ophthalmoscope (78%). Residents reported an average of 3-4 areas with MSK pain, the most common being the neck (100%) and lower back (56%). Physiotherapy feedback was provided one-on-one. Majority found education and individual feedback to be helpful, and all tried to implement recommendations. CMDQ pain scores decreased by 31% post-intervention, calculated using a paired t-test, showing significance pre- and post-intervention (58 vs 40, p=0.027). Residents reported the biggest barrier to implementation being lack of time (67%) followed by poor ergonomic setup (50%) and a changing work environment (50%).

Conclusions

The implementation of recommendations from ergonomic assessment and education by trained professionals demonstrated improvement in MSK pain among ophthalmology residents 5-months following intervention. Proposed recommendations included optimizing the work environment and increasing awareness of body position. In summary, practical educational interventions focusing on ergonomics at an early stage in ophthalmology residency training may be valuable in preventing chronic MSK pain resulting from clinical and OR activities. Next steps include educational strategies and initiatives to disseminate ergonomic strategies to mid-career ophthalmologists.