A high-tech third eye for neurosurgeons, Proprio could change the OR forever

A high-tech third eye for neurosurgeons, Proprio could change the OR forever

Medical technology is advancing at an exponential rate. From robots and AI to more precise surgical tools, modern medicine is continuously being augmented with cutting-edge technology. Now, a Canadian startup has developed an innovative new tool that they claim could revolutionize neurosurgery: Proprio.

Proprio is a so-called “third eye” for neurosurgeons, a camera and software system that is designed to provide an unfiltered look inside a patient’s brain during an operation. The camera is a small, 3D endoscope that is inserted into the patient’s skull during the procedure. The camera works in conjunction with the software system, which thoroughly scans and maps the brain as the surgery progresses. This ensures that medical personnel have a detailed view of the patient’s tissue before, during, and after the operation.

In addition to providing detailed visuals of the patient’s brain, Proprio is also equipped with AccuSense technology. This technology helps neurosurgeons to precisely analyze and determine the boundaries of a tumor or other anomalies in the brain tissue. With Proprio, the boundaries of a tumor or other anomalies can be discerned with accuracy levels as high as 99%.

What’s more, Proprio can also provide the medical team with real-time tissue composition information. This means that during surgery, the software can detect changes in the tissue’s composition, allowing the team to adjust accordingly.

Given Proprio’s potential benefits, it’s no surprise that medical personnel are excited about the possibilities that this technology brings. Neurosurgeons are especially optimistic, as Proprio could help improve patient outcomes and reduce operative time.

In summary, Proprio provides a high-tech third eye for neurosurgeons that could completely overhaul how operations are conducted. It’s not hard to see why this cutting-edge technology has the medical community so thrilled – it has the potential to revolutionize neurosurgery forever, and countless lives could be saved as a result.

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