• Politics
  • Diversity, equity and inclusion
  • Financial Decision Making
  • Telehealth
  • Patient Experience
  • Leadership
  • Point of Care Tools
  • Product Solutions
  • Management
  • Technology
  • Healthcare Transformation
  • Data + Technology
  • Safer Hospitals
  • Business
  • Providers in Practice
  • Mergers and Acquisitions
  • AI & Data Analytics
  • Cybersecurity
  • Interoperability & EHRs
  • Medical Devices
  • Pop Health Tech
  • Precision Medicine
  • Virtual Care
  • Health equity

Texas Team Becomes First in US to Perform AR Sinus Surgery


Augmented reality could become a valuable teaching tool for the next generation of surgeons.

Surgery is changing rapidly thanks to new technologies. In addition to the robotic devices that offer a steadier hand for certain interventions, there are various other ways that new tech can improve surgical precision. Augmented reality is an example.

This week, surgeons at the University of Texas Health Science Center at Houston and Memorial Hermann-Texas Medical Center announced that they were the first in the United States to successfully complete a sinus procedure using augmented reality. The technology overlays guidance tools onto the screen during endoscopic procedures, showing targets and helping surgeons avoid blood vessels and important nerves.

“The addition of augmented reality to a surgical navigation serves as a GPS-like system and offers patients the benefits of minimally invasive surgery with lower risks and better outcomes,” Martin J. Citardi, MD, of UT Health said in a statement.

Citardi used the Scopis Target Guided Surgery System to alleviate a case of recurrent chronic rhinosinusitis. "This was a complicated case. By using this technology, we were able to plan a pathway to drain that blocked frontal sinus and avoid the need for a more extensive procedure," he said.

Scopis, a German company founded in 2010, is now part of global surgery tech giant Stryker. It requires prior patient imaging to create a roadmap for the procedure. According to Citardi, the system will also allow procedures to be recorded, and it could become vital for training future surgeons.

The Texas system is not the first in North America to use the augmented reality technology for ear, nose, and throat (ENT) interventions, however. McGill University Health Centre in Montreal, Canada, began to apply Target Guided Surgery about a year ago. McGill’s Nader Sadeghi, MD, said that the Scopis system “turns any operation into educational content that we can use to teach residents.”

For Stryker, the technology fits into a larger effort to capture the surgical modelling and planning market. In January, it announced a deal to distribute 3D Systems’ virtual surgical planning technology. It also substantially bolstered its ENT surgery business in December when it bought surgical product maker Entellus for over $660 million.

Intuitive Surgical, the dominant maker of surgical robots and perhaps Stryker’s biggest competitor in the surgical tech space, also understands the value of recording surgical procedures for analysis and training. It recently worked with researchers at the University of Southern California’s Keck Medicine to develop a “black box” tool for its its daVinci surgical robots, which could someday be used to log maneuvers made with the device.

Related Coverage:

Nailing Down the Numbers Surrounding Robotic Surgery

Stryker Reaches Deal to Distribute 3D Systems' Surgical Modeling Tech

EchoPixel Announces $8.5 Million Series A Round

Recent Videos
Image: Ron Southwick, Chief Healthcare Executive
George Van Antwerp, MBA
Edmondo Robinson, MD
Craig Newman
Related Content
© 2024 MJH Life Sciences

All rights reserved.