Milestone occasion signifies yet one more feat for the development of surgical practices and modern methods at The Steadman Clinic.
VAIL, Colo., April 20, 2022 (GLOBE NEWSWIRE) — Identified worldwide as one of many leaders in orthopaedic surgical procedure on the forefront of medical expertise and development, The Steadman Clinic’s surgeons have repeatedly reached milestones in progressive practices and surgical methods.
On Tuesday, April 19, the latest member of The Steadman Clinic’s esteemed surgical workforce—robotic and endoscopic backbone surgeon Dr. Michael Gallizzi—reached a private milestone along with his one hundredth robotic spinal surgical procedure.
Dr. Gallizzi joined The Steadman Clinic on March 14 after a number of years of follow within the Denver space. In 2019, he turned the primary surgeon within the state of Colorado to carry out a robotic spinal process. Lower than three years later, the Detroit native has joined a brief checklist of spinal surgeons worldwide who’ve eclipsed the century mark in making use of the fast-growing strategy of robotic surgical procedure.
Robotic surgical procedure provides a protracted checklist of benefits for the affected person.
“The robotic process permits the affected person to spend considerably much less time within the working room,” stated Dr. Gallizzi, “and that’s all the time a giant plus. The accuracy, planning and placement of the {hardware} for fusion in a robotic process is superior to it being positioned manually by hand with X-ray steerage and even simply with navigation.
“The robotic holds the trajectory and follows a pre-programmed plan within the process,” continued Dr. Gallizzi. “The robotic system that I take advantage of (Globus Excelsius)—versus different aggressive programs—actively tracks the affected person in the course of the process versus being a passive-tracked picture steerage system.”
In robotic spinal surgical procedure, it’s all concerning the tiny particulars.
“With the robotic itself, you’ll be able to truly watch the affected person respiratory and see the refined motion that happens throughout surgical procedure,” stated Dr. Gallizzi. “You’ll be able to time the intervention, inserting the screws, drilling the holes for {hardware} placement with the affected person’s breath. That drastically improves the accuracy of the surgical procedure.”
Even the tiniest variance might be averted throughout robotic procedures.
“The robotic has a face plate that tells you if the instrument you might be utilizing is being deflected in any refined approach. If its path is altered by mushy tissue, by anatomy or by the load of the drills or handles that you’re utilizing to place the screws in, the robotic will detect this. Any slight alteration in its path can be famous and might be averted with using the robotic software.
“Merely put,” provides Dr. Gallizzi, “the robotic methodology provides the best accuracy of {hardware} placement to lower the chance of placing screws the place you don’t need them to go.”
Using cutting-edge expertise is nothing new for the surgeons at The Steadman Clinic or the scientists and researchers at Steadman Philippon Analysis Institute (SPRI). The addition of Dr. Gallizzi and his proficiency on this fashionable methodology of robotic spinal surgical procedure continues The Steadman Clinic’s legacy of innovation.
Dr. Gallizzi is actively concerned on an advisory workforce that’s designing future functions in backbone surgical procedure. Modifications and developments within the discipline of robotic surgical procedure are taking place each day. Enhancements to procedures can be put to make use of expeditiously by Dr. Gallizzi as they’re examined and authorized.
It took lower than three years for Dr. Gallizzi to carry out his first 100 robotic surgical procedures. There are lots of extra in his future, with sufferers of The Steadman Clinic reaping the numerous advantages of the progressive and technologically superior strategies of robotic surgical procedure.
For additional data, contact Lynda Sampson, vp of exterior affairs at SPRI (lsampson@sprivail.org).
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