Surgeons have successfully treated brain aneurysms by using robot, The use of robots to treat brain aneurysms is possible and can provide increased precision in the placement of stents, windings, and other devices, according to the science launched today at the International Stroke Association 2020 American Stroke Association.

The conference in Los Angeles, February 19-21, is the world premiere for researchers and doctors dedicated to stroke science and brain health.

Robotic technology is used in surgery and cardiology, but not in brain vessels.

In this study, Canadian researchers reported the results of the first vascular robotic brain procedure. They use a robotic system specifically adapted for neurovascular intervention. The software and hardware adaptations allow microcats, guides, and other devices to be used for endovascular interventions in the brain. Surgeons have successfully treated brain aneurysms by using robot.

This modification also provides the operator with additional precise fine motor control over the previous system model.

“This experience is the first step in realizing our vision for distant neurovascular interventions,” said lead researcher Vitor Mendes Pereira,M.D., M.Sc., a neurosurgeon and neurologist at Toronto’s Western Hospital and professor of medical and surgical imaging at the University of Toronto in Canada. .

The ability to treat robots with intracranial aneurysms is an important step forward in neuroendovascular intervention.

In the first case, a 64-year-old woman presented with a non-destructive aneurysm at the base of the skull. The surgical team successfully used a robot to place a stent and then go to the aneurysm bag with the same microcatheter and secure the aneurysm by placing a different roll. Surgeons have successfully treated brain aneurysms by using robot.

All intracranial steps are carried out with a robotic arm. From this first case, the team successfully performed five additional aneurysm treatments with robots, where various devices were placed, e.g. B. Stents that divert the flow.

“The hope is that future robotic systems can be controlled remotely. For example, I can be in a hospital and provide therapy to patients for hundreds or even thousands of kilometers,” the researcher said.

The ability to quickly provide critical procedures such as stroke through remote robotics can have a major impact on improving patient outcomes and allows us to provide advanced patient care anywhere, regardless of geographic location. .Surgeons have successfully treated brain aneurysms by using robot

“Our experience, as well as the experience of these technology operators in the future, will help develop the workflows and processes needed to implement a successful robot program, which will ultimately help build a remote care network in the future,” the researchers said.