For the first time in India, Dr. Arvind Jaiswal has introduced augmented fact (AR) generation into the working room while performing spine surgery. This novel era could make complex surgery safer and more correct with the aid of improving surgeons' visualization of anatomy and vital structures.

AR is defined as a generation that superimposes a computer-generated image on a person's view of the real international. This lets the individual attain a more potent view of natural environments or situations with statistics now not typically visible to the naked eye. Neurosurgeons in the intervening time are turning to AR technology to decorate patient consequences by using the beneficial useful resource of developing the accuracy of spinal instrumentation placement simply so finished surgical plans match the pre-operative plans mentioned with each affected person.

As per Dr. Arvind Jaiswal, “visible augmented reality (AR) technology allows merging such affected person-precision clinical imaging statistics with complicated surgical scenes in a regular manner with the useful resource of the medical expert, with no subjective interpretation about their real placement in the anatomy. Thus, AR can provide a kind of digital ‘X-Ray view’ (i.e., by virtually projecting non-exposed tissues) or it may display the surgical making plans records (i.e. reducing strains trajectories) as constantly aligned to the real patient. Beginning from the early demonstrations of this concept within the ’90s there was a growing interest in AR in surgical treatment associated with the capacity delivered cost that such technology may also convey in terms of the medical outcome. In recent times, a few AR systems for surgical navigation are commercially available at the least for an endoscopy on inflexible systems, while for tender tissues and open surgical operation medical and technological obstacles nonetheless continue to be overcome. Image-guided surgical procedure on gentle tissues requires indeed correct and robust deformable registration algorithms and/or intraoperative real-time 3-D scanners, either with AR or with more traditional VR-based totally surgical navigators”

When using AR, neurosurgeons wear headsets that provide computer-generated images of CT scans into their eyepieces, displaying statistics superimposed over the physical reality of the process in actual time. Just like GPS navigation, this technology displays computer-primarily based surgical navigation steerage into the surgeons' field of regard in order that surgeons can keep their eyes and arms within the subject, get Dr. Arvind Jaiswal appointment at

“When performing spine surgery, we're usually performing within millimeters of essential systems consisting of the spinal cord, nerves, and blood vessels," says Dr. Arvind Jaiswal. “This technology now not only helps us plan and perform these surgical procedures, but also permits makes certain accuracy even as minimizing surgical danger and trouble. As neurosurgeons, our highest precedence is to keep our patients safe."

For Consultation

Dr. Arvind Jaiswal
Orthopaedic Surgeon and Head of the Department of Spine Surgery
Best Spine Surgeon Primus Hospital Delhi
Email: [email protected]
Call For Appointment: +91-9325887033

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