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A transformation in neurosurgery

Published: 25 September 2025

Demonstration of an AI-powered tool during a live surgery at The Neuro

A surgical device powered by artificial intelligence (AI) was demonstrated live for the first time at The Neuro (Montreal Neurological Institute-Hospital) in a historic step forward for the field of precision neurosurgery. ո™, an innovative technology developed by Montreal-based Reveal and its university partners, can differentiate cancerous tissue from healthy tissue in real time, offering tangible hope to patients for better outcomes.

Quebec Health Minister Christian Dubé was welcomed at The Neuro today by Dr. Lucie Opatrny, President and Executive Director of the ĢƵ Health Centre (MUHC), to view this procedure that will enable safer and more effective precision surgeries. They also had the chance to meet and speak with a patient who had taken part in a previous study to gather data for the system.

Concrete impact for patients

The surgery performed by The Neuro’s Dr. Kevin Petrecca marks a major medical step forward. The result of a more than ten-year research collaboration with Frédéric Leblond, a professor at Polytechnique Montreal, this device heralds a new era in AI-assisted precision surgery. This real patient demonstration illustrates the device’s potential to transform our treatment of brain tumours, one of medicine’s most complex dilemmas.

“If we want to prolong patient lives, we have to detect and destroy every cancer cell possible. This technology gives us unprecedented accuracy to find these cells, which significantly increases the chances of surgical success. I am proud to have helped put this powerful new tool into the hands of my fellow surgeons around the world for the benefit of people with this difficult-to-treat disease.” — Dr. Kevin Petrecca, Chief of Neurosurgery, MUHC

“Designing a tool to detect cancer cells in real time was a huge scientific and technical undertaking. We are very proud to see this technology leave the lab and turn into concrete gains for patients in the operating room. Our aim has always been for science and engineering to serve patients, and today we have taken a decisive step toward safer, more effective procedures.”
— Frédéric Leblond, Professor, Polytechnique Montréal

Quebec’s healthcare innovation ecosystem

This demonstration shows that powerful things can happen when our clinical teams and researchers join up with innovative Quebec companies.

“The world-leading Montreal Neurological Hospital at the MUHC provides ultra-specialized care for patients across Quebec. Shaping next-generation practices is a priority for our institution, and we are particularly proud of this achievement. In addition to transforming patient lives, this evolution builds on the skills of our extraordinary surgeons, multidisciplinary research, and collaboration with experts in AI. With this innovation, Quebec and Canadian expertise will make a mark on the international stage.” — Dr. Lucie Opatrny, President and Executive Director, MUHC

“Brain tumours represent one of medicine’s most daunting challenges. At The Neuro, we are tackling this challenge with a unique ecosystem that brings together cutting-edge research and patient care to drive innovation in Quebec and Canada. This technology is a major advance for precision neurosurgery and signifies a major new medical first for our teams.” — Dr. Guy Rouleau, Director, The Neuro

“We were honoured to be named a top-5 finalist in the Tech for Change initiative at the VivaTech 2025 annual conference in Paris. However, demonstrating right here in Montreal how our technology can support surgeons and save lives is even more profound.” — Alexandre Triquet, Co-Founder and Executive Chairman, Reveal

Quebec and Canada: Leaders in AI healthcare

This procedure took place against the backdrop of ALL IN, the largest Canadian event dedicated to innovation and AI held in Montreal. With this breakthrough, Canada and Quebec have confirmed their standing as world leaders in AI-applied healthcare by combining research, innovation, and a clinical vision to benefit patients.

“A turning point in the history of precision surgery, this first real-time patient demonstration of a state-of-the-art, AI-powered spectroscopy probe is a technology combination that could revolutionize medical practices. Thanks to this innovation developed right here in Quebec, surgeons can now identify cancerous tissue in real time with unprecedented accuracy. This is a huge step toward safer, more personalized, and more effective care.” — Christian Dubé, Member of the National Assembly of Québec for La Prairie and Minister of Health

Collaboration that gives rise to innovation

Գٰ™ shows what is possible when engineering and research come together to align with a clinical vision.

“These results from work by Frédéric Leblond and Dr. Kevin Petrecca with teams at the CRCHUM demonstrate the impact that leading Quebec organizations can have when they combine their talent and vision to execute major projects. Collaborative research takes on critical importance when it translates into tangible outcomes in people’s lives. We are delighted that Polytechnique Montréal was able to play a key role in this unique initiative.” — Maud Cohen, President, Polytechnique Montréal

About The Neuro

The Neuro – The Montreal Neurological Institute-Hospital – is a bilingual, world-leading destination for brain research and advanced patient care. Since its founding in 1934 by renowned neurosurgeon Dr. Wilder Penfield, it has grown to be the largest specialized neuroscience research and clinical center in Canada, and one of the largest in the world. The seamless integration of research, patient care, and training of the world’s top minds make The Neuro uniquely positioned to have a significant impact on the understanding and treatment of nervous system disorders. It was the first academic institute in the world to fully adopt Open Science, to help accelerate the generation of knowledge and discovery of novel effective treatments for brain disorders. The Neuro is a ĢƵ research and teaching institute and part of the Neuroscience Mission of the ĢƵ Health Centre. For more information, please visit

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