The Glow AR Tool is Enabling a More Efficient Vascular Neurosurgery
Ellen Smith — October 13, 2017 — Tech
References: leica-microsystems & vrfocus
The GLOW AR system alleviates one of the intricacies of vascular neurosurgery by offering the surgeon an augmented representation of the subject.
Complicated vascular neurosurgery procedures often require surgeons to highlight a portion of the patient's blood using a fluorescent substance that allows blood flow to be seen with a near-infrared camera. This means, that the surgeon must divide their time between the operative microscope, and the camera, resulting in heightened stress and time consumption. The GLOW AR tool poses as a solution to this surgical issue, by allowing the two views to be combined into one. This new augmented reality platform provides surgeons with an optimal visual of the subject, effectively saving both time and energy.
The GLOW AR platform is still undergoing testing in order to be cleared for medical use, but promises to significantly impact the future of vascular neurosurgery.
Complicated vascular neurosurgery procedures often require surgeons to highlight a portion of the patient's blood using a fluorescent substance that allows blood flow to be seen with a near-infrared camera. This means, that the surgeon must divide their time between the operative microscope, and the camera, resulting in heightened stress and time consumption. The GLOW AR tool poses as a solution to this surgical issue, by allowing the two views to be combined into one. This new augmented reality platform provides surgeons with an optimal visual of the subject, effectively saving both time and energy.
The GLOW AR platform is still undergoing testing in order to be cleared for medical use, but promises to significantly impact the future of vascular neurosurgery.
Trend Themes
1. GLOW AR System - The GLOW AR system is a disruptive innovation opportunity that combines the operative microscope and camera views, saving time and energy in vascular neurosurgery.
2. Augmented Reality in Medicine - The use of augmented reality in medicine, like the GLOW AR tool, presents a disruptive innovation opportunity for more efficient and effective surgical procedures.
3. Visual Optimization in Surgery - The visual optimization provided by the GLOW AR platform presents a disruptive innovation opportunity for enhancing surgical precision and outcomes.
Industry Implications
1. Medical Technology - The medical technology industry can benefit from the disruptive innovation opportunities presented by the GLOW AR system for vascular neurosurgery.
2. Surgical Instruments and Equipment - The field of surgical instruments and equipment can explore the disruptive innovation opportunities introduced by the GLOW AR tool to improve surgical procedures.
3. Healthcare Services - The healthcare services industry can leverage the disruptive innovation opportunities offered by augmented reality tools like GLOW AR to enhance patient care in vascular neurosurgery.
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