Earlier this year, Vancouver General Hospital (VGH) successfully treated its first patient using a revolutionary spine robot—one of the first in Canada. This robotic arm, made possible entirely through donor support, is transforming spinal surgery by enabling unparalleled precision and planning. At the center of this milestone is Dr. Nicolas Dea, Division Head of the Combined Neurosurgery & Orthopaedic Spine Program at VGH and Clinical Associate Professor at UBC, whose vision is driving innovation in spinal care across BC.
From Montreal to Vancouver: A Journey of Purpose
When Dr. Dea arrived in Vancouver in 2011 for a spine fellowship, staying was never part of the plan. Originally from Montreal, he expected to complete his training and return home. But the complexity of cases at VGH, the collaborative culture, and the opportunity to make a profound difference in patients’ lives changed everything.
“I really enjoyed the center, enjoyed the people, and working with such a magnificent team,” says Dr. Dea. “The case mix we have here at VGH is unparalleled. We see the most complex cases from across the province—and even Western Canada. It’s incredibly stimulating and challenging.”
A Passion for Spine Oncology
Dr. Dea’s journey into spine surgery was shaped by two factors: the technical challenges of the specialty and his deep commitment to improving the lives of cancer patients.
“I’ve always been drawn to the cancer patient population,” he explains. “We have a huge impact on their life and quality of life. That was something that definitely made me interested in spine oncology.”
His expertise in spinal oncology and spinal cord injury has earned him international recognition, including being named one of North America’s top 20 spine specialists under 40 in 2020.
Bringing Robotics to BC
The spine robot, manufactured by Medtronic, is a multi-million-dollar investment—and 100% donor-funded. “Without philanthropy, acquiring this technology would not be possible,” says Dr. Dea. “We’re so lucky to have donors who support innovation in health care.”
Unlike fully autonomous robots, this technology assists surgeons rather than replacing them. “It’s not like I can sit in my living room and the robot does surgery for me,” Dr. Dea laughs. “It’s robotic-assisted surgery. The surgeon is still the key player.”
What makes the robot remarkable is its ability to create a 3D virtual blueprint of a patient’s anatomy before surgery. This allows surgeons to plan every detail and then execute with unparalleled precision. “It’s navigation—but on steroids,” says Dr. Dea. “It standardizes how surgeries are done and helps us place instrumentation exactly where it needs to be.”
Impact on Patients and Training
Since its introduction, the spine team has successfully completed 20–25 cases using the robot. While the technology is still in its early stages, the benefits are clear: minimally invasive procedures, faster recovery, shorter hospital stays, and reduced pain.
The robot also enhances surgical education. “It forces surgeons to plan, which is in the patient’s best interest,” says Dr. Dea. “And for trainees, having experience with robotics is invaluable. It attracts fellows from around the world and gives them comprehensive training in advanced spinal surgery.”
Looking Ahead
Dr. Dea sees this as just the beginning. “Spinal robotics is at its infancy,” he says. “Right now, it helps us place screws and plan surgeries. But future generations will assist with decompression, complex bone cuts, and tumor resections. I’d rather be an early adopter than lag behind the technology—and help drive the next generation of robotics.”
Ultimately, the goal is better access to care. “As we refine the technology, surgeries will be faster and safer, with fewer revisions,” says Dr. Dea. “That means more patients treated and better outcomes.”
Innovation Powered by Philanthropy
The impact of donors on spinal care at VGH—and across BC—cannot be overstated. “Philanthropy plays a crucial role in advancing health care,” says Dr. Dea.
To help fund groundbreaking research, cutting-edge technology, and life-saving care, visit vghfoundation.ca/ways-to-give.