Technology being developed at The Neuro aims to revolutionize how brain surgery is taught around the world.
Simulators are used to train pilots and maintain their skills. 鈥淭here is no way in the next few years that medical students going into neurosurgery will operate on humans without first being trained on simulators,鈥� says Dr. Del Maestro.
During simulations, tiny motors inside the handles of the surgical instrument create resistance so users can feel the density of a virtual tumour compared to normal brain tissue. 鈥淵ou can get information with a simulator that you鈥檇 never get simply by watching a person operate. The data can outline all the multiple forces that the individual applied during the complete operation 鈥� every single force applied by every instrument during every part of the operation. We call this the surgical force fingerprint.鈥�
The simulator has important applications for training and testing aspiring neurosurgeons. It evaluates skill and gives tailored feedback on how to improve operative performance. The algorithm can correctly determine whether the surgeon is an expert, a beginner, or somewhere in between 90 per cent of the time, according to a study published in the open-source Journal of the American Medical Association.
Montreal neurosurgical residents and researchers have used the simulator for the last decade, although it鈥檚 not yet integrated into the broader curriculum. 鈥淭he more skillful and confident the surgeon, the better outcome for the patient,鈥� Dr. Del Maestro said. 鈥淲hat we鈥檙e really trying to do is make people better.鈥�
To know more about the transformation of the surgery over the last 25 years, please read this .
