Spine surgeons at risk for musculoskeletal disorders

Spine surgeons dedicate their careers to improving the health of others, but often at a significant cost to their own bodies. The demanding nature of spine procedures, involving prolonged standing, wearing lead aprons, awkward postures, and repetitive motions, places them at high risk for work-related musculoskeletal disorders (WRMSDs). Studies show that over 87% of spine surgeons experience WRMSDs, with surgeons that employ minimally invasive techniques being particularly susceptible. (Mavrovounis, G., et al., Global Spine Journal, 2023) Neck (52.5%), back (46.3%), and shoulder (18.8%) are the most common WRMSDs in spine surgeons. (Choi, S. W., et al., Journal of the KOA, 2017) The cumulative effect of these injuries can lead to reduced surgical efficiency, early retirement, and a decreased quality of life for these vital healthcare professionals. Investing in ergonomic solutions isn't just about surgeon comfort; it's about patient safety and the sustainability of our healthcare system. When surgeons are free from pain and discomfort, they can maintain focus, precision, and endurance throughout long and complex operations. By proactively addressing ergonomic challenges, we can protect the well-being of our spine surgeons, extend their careers, and ultimately enhance the quality of care they provide to countless patients. Assisting with or automating arduous physical tasks is one way that robots can help improve the quality of life for our surgeons. It is better to swap out a robot's parts than to have to eventually reconstruct a surgeon's shoulder or to fuse a surgeon's spine. #SpineSurgery #Ergonomics #SurgeonWellbeing #MusculoskeletalHealth #WorkplaceSafety #surgicalrobotics

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Shiva Kumar

Dr. Shiva Kumar R | Spine Surgeon (Ortho), Bangalore | Fellowship‑Trained in Minimally Invasive Spine Surgery & Endoscopic Spine Surgery | Expert in Safe Spine Care

1w

Such an important point—protecting surgeons’ musculoskeletal health directly impacts patient safety and care quality. Ergonomics and robotics aren’t luxuries; they’re essential tools for sustainable, high-precision spine surgery. Investing in surgeon well-being today ensures better outcomes for patients tomorrow.

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