Utility of a high-definition 3D digital exoscope for spinal surgery during the COVID-19 pandemic

Abstract

<jats:p> The COVID-19 pandemic creates unique challenges in the practice of spinal surgery. We aim to show how the use of a high-definition 3D digital exoscope can help streamline workflows, and protect both patients and healthcare staff. </jats:p>

Commentary: Posterior Cervical Decompression and Fusion With Exoscope: 2-Dimensional Operative Video

“…20,21 However, interest in adopting exoscopes as the new standard of care may be hindered by prohibitive cost, especially at a time when the healthcare system is strained and funding is limited; certain models can cost upward of $600 000. 8,21 High cost, coupled with a steep learning curve that surgeons must overcome, may have delayed general adoption of this technology. As the authors discuss, developing appropriate coordination and adapting to the layout of an exoscope and 3D screen risks possible vertigo, headache, and eyestrain, although surgeons have seldom reported those complaints.…”

“…Personal protective equipment, notably goggles, makes it difficult to view the surgical site through a lens, whereas a face-to-machine interface allows surgeons unobstructed, direct line-of-sight to stereoscopic, high-resolution video. 20,21 However, interest in adopting exoscopes as the new standard of care may be hindered by prohibitive cost, especially at a time when the healthcare system is strained and funding is limited; certain models can cost upward of $600 000. 8,21 High cost, coupled with a steep learning curve that surgeons must overcome, may have delayed general adoption of this technology.…”