Xvision, the first Augmented Reality Guidance for surgical treatment, permits surgeons to visualize the 3-D spinal anatomy of a patient during surgical treatment as though they had “x-ray vision,” and to as it should be navigate devices and implants at the same time as searching directly on the patient, rather than a faraway screen. “Today marks a new era in spine surgical operation,” said spine surgeon in Bangalore . “this first case is just the start of a modern change to the way surgical procedure is completed by imparting surgeons with extra control, giving them the information they need, directly within their working field of sight, to instill technological confidence inside the surgical workflow, and to assist surgeons carry out as effectively and efficaciously as possible. We expect xvision will dramatically enhance accuracy, safety, operating efficiencies and person results in an environment that more and more can tolerate nothing much less.”
According to spine surgeon in Bangalore, “Surgical navigation systems appreciably improve the outcomes, with more than ninety five percent success rates due to better accuracy. They also reduce screw insertion time by using 50 percent and provide a 92 percentage decrease in x-ray radiation. However, simplest 9 percent of spine surgeons mechanically use them and 66 percent never do. This can be attributed to quite a number of factors: surgeons find them to be uncomfortable, and that they do not meet surgeons’ expectancies in terms of time performance, ease of use, and integration into the surgical workflow. Further, they distract surgeons from their patients through requiring them to have a look at a remote display screen across the room or positioned at the person’s feet.
To cope with the unmet needs of spine surgeon in Bangalore, the xvision spine system consists of a transparent near-eye-display headset and all factors of a traditional navigation system. It appropriately determines the position of surgical tools, in actual time, and a virtual trajectory is then superimposed at the patient’s CT data. In a minimally invasive system, the 3-D navigation records is then projected onto the patient’s retina the usage of the headset, allowing her or him to concurrently take a look at the person and spot the navigation facts without averting their eyes to a faraway display for the duration of the procedure. “The system is designed to revolutionize how surgical treatment is achieved by giving the surgeon higher control and visualization, which might also cause simpler, quicker and safer surgeries. in a percutaneous cadaver study, the xvision spine system proven 98.9 percentage screw placement accuracy.” stated spine surgeon in Bangalore.
Dheeraj Bojwani Consultant
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