Dr. Andrew Huang, Baylor College of Medicine, in the operating room (OR) performing ear, nose and throat (ENT) surgery using the MyVeo surgical visualization headset.

A Microvascular Surgeon’s View: How MyVeo Transforms Visualization

Real-time 3D surgical visualization, ergonomics, and collaboration during Otolaryngology enhanced with a headset - Dr. A. Huang, Baylor College of Medicine

Dr. Andrew Huang, Baylor College of Medicine, in the operating room (OR) performing ear, nose and throat (ENT) surgery using the MyVeo surgical visualization headset. Dr_Andrew_Huang_using_MyVeo.jpg

In this article, Dr. Andrew T. Huang, MD, FACS, otolaryngologist and a head and neck reconstructive surgeon, shares how digital 3D surgical visualization with the MyVeo headset from Leica Microsystems transforms his practice. For microvascular and nerve repair procedures, he discusses how it helps him focus, train and collaborate with his OR team in a comfortable and relaxed position during surgery. The surgical visualization headset also seamlessly integrates into the OR. Learn how digital 3D viewing technology and augmented reality visualization are shaping the future of surgery.

Transforming reconstructive microsurgery with a 3D surgical visualization headset: A surgeon’s perspective

According to Dr. Andrew T. Huang, a surgical 3D visualization headset has transformed his surgical workflow, improved collaboration, and enhanced ergonomics during, intricate procedures. He uses the MyVeo surgical headset in combination with the Evolved ARveo 8 digital visualization microscope (see Fig. 1).

How a surgeon meets the demands of complex reconstructive surgery

Microvascular reconstruction requires exceptional precision. Surgeons must transplant tissues like skin, muscle, or fat to rebuild critical structures, such as the tongue, skull base, or throat. These procedures depend heavily on high-quality visualization tools. “In our practice,” says Dr. Huang, “We perform microvascular reconstructions day in, day out. We need a microscope to perform the intricate work, specifically the microvascular and anastomotic work.”

Surgical headsets improve collaboration in the operating room

One of the standout benefits of MyVeo, according to Dr. Huang, is its ability to enhance collaboration across the surgical team. He goes on to explain, “Whether it's my fellow trainee assisting me, the scrub tech, or our circulating nurse - everyone can see what I see.” Indeed, the MyVeo headset provides a shared field of vision, allowing surgical teams to work in sync and helps them to anticipate steps and train more effectively. Residents and observers gain a detailed understanding of the surgical field in real time, improving the learning process without disrupting the procedure (see Fig. 1).

Designed around the comfort of the surgeon

The surgical visualization headset also solves a common issue in microsurgery: physical strain. “We’re no longer tethered to the oculars of the microscope,” says Dr. Huang. “We can keep our necks in a much more comfortable and relaxed position.” MyVeo provides ergonomic comfort and ease of movement during long surgeries by allowing surgeons to step away from the microscope's oculars. Surgeons and assistants are free to sit or stand without compromising their surgical visualization (see Fig. 2).

Dr. Huang on choosing the Evolved ARveo 8 microscope and MyVeo headset for surgery

Dr. Huang and his team previously used a wide range of surgical microscopes before making the transition to the Evolved ARveo 8 from Leica Microsystems. He clarifies this, “We chose the Evolved ARveo 8 because its optics were superior to all other microscopes we've utilized.” The addition of the MyVeo 3D headset creates a complete digital solution, offering surgeons advanced visualization while solving ergonomic challenges in the OR (see Fig. 3).

Quick to learn, easy to use for surgeons

Dr. Huang notes that the learning curve with MyVeo is minimal: “About two to three cases.” Once set up, the headset provides real-time 3D visualization without needing to remain tethered to microscope oculars or eyepieces. This heads-up, hands-free setup lets surgeons focus on the operating field without workflow interruptions.

Looking ahead: Augmented Reality (AR), and the future of microsurgery

Dr. Huang sees MyVeo as more than a visualization tool, he sees it as a platform for the future of surgery. With its ability to integrate AR features such as fluorescence imaging, MyVeo enhances intraoperative visualization. This digital solution lays the foundation for future innovations. He explains, “The move to digital visualization is the future of surgery. The ability to have a function where we can see digital images rather than being tethered to physical structures. The ability to have the option of augmented reality, an artificial intelligence that helped guide our decision making in real time.”

The move to digital visualization is the future of surgery.

Dr. Andrew T. Huang, MD, FACS

Dr. Andrew T. Huang

Watch the full interview

About MyVeo

MyVeo, the all-in-one surgical visualization headset from Leica Microsystems, offers new possibilities for your neurosurgical procedures with the Evolved ARveo 8 digital visualization microscope. It frees you from the microscope by unifying essential clinical data in front of your eyes, in real time. With MyVeo, you can stay focused, work comfortably, and enhance team collaboration in the OR. 

Disclaimer: The statements of the healthcare professionals included in this presentation reflect only their opinion and personal experience. Not all products or services are approved or offered in every market and approved labeling and instructions may vary between countries. Please contact your local Leica representative for details.

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