UC Davis Well being has added the Stryker Mako SmartRobotics system to its assortment of revolutionary expertise. The enlargement permits the well being system to supply sufferers a technologically superior choice for hip and knee replacements.
The Mako SmartRobotics system is the newest orthopaedic expertise that provides the potential for the next degree of patient-specific implant alignment and positioning. This new method means surgeons can create an individualized 3D plan and carry out joint substitute surgical procedure utilizing a surgeon-controlled robotic arm that helps execute the process with a excessive diploma of accuracy.
“The Mako robotic system permits us to create a extra personalised plan for every affected person based mostly on their distinctive anatomy earlier than surgical procedure,” mentioned Bahareh Nejad, medical director of robotic surgical procedure. “UC Davis Well being is all the time on the lookout for the newest expertise and strategies to implement. Having this kind of revolutionary robotic expertise demonstrates our dedication to high quality and patient-centered healthcare.”
UC Davis Well being is all the time on the lookout for the newest expertise and strategies to implement. Having this kind of revolutionary robotic expertise demonstrates our dedication to high quality and patient-centered healthcare.”
Advantages to sufferers
Medical research have proven the Mako SmartRobotics system demonstrated the potential to supply sufferers a number of potential advantages, together with:
- Much less ache
- Much less want for opiate ache relievers
- Discount in size of hospital keep
- Much less want for inpatient bodily remedy
- Improved knee flexion
- Higher mushy tissue safety compared to different strategies.
“Our purpose is to get our sufferers again into their regular routine and actions as rapidly and safely as doable,” mentioned Gavin Pereira, scientific professor and orthopaedic surgeon, who performs these surgical procedures at UC Davis Well being. “This state-of-the-art expertise is remodeling the choices for hip and knee substitute procedures, and I’m excited to supply it to sufferers all through the Sacramento area.”
What’s the Mako SmartRobotics system?
Mako SmartRobotic combines three key elements — 3D CT-based planning, AccuStop haptic expertise and insightful information analytics — into one platform that has proven higher outcomes for complete knee, complete hip and partial knee sufferers.
Mako Complete Knee combines Stryker’s superior robotic expertise with its clinically profitable Triathlon Complete Knee System, which allows surgeons to have a extra predictable surgical expertise with elevated precision and accuracy. Throughout surgical procedure, the surgeon guides the robotic arm throughout bone preparation to execute the predetermined surgical plan and place the implant.
Mako SmartRobotics for Partial Knee substitute is a therapy choice designed to alleviate the ache brought on by joint degeneration as a result of osteoarthritis that has not but progressed to all three compartments of the knee. By selectively concentrating on solely the a part of the knee broken by osteoarthritis, surgeons can resurface the diseased portion of the knee whereas serving to to guard the wholesome bone surrounding the knee joint. Research have proven that robotic arm assisted partial knee substitute results in larger accuracy of implant place in comparison with guide partial knee substitute procedures.
Mako SmartRobotics for Complete Hip is a therapy choice for adults that suffer from degenerative joint illness of the hip. Throughout surgical procedure, the surgeon guides the robotic arm throughout bone preparation to arrange the hip socket and place the implant in keeping with the predetermined surgical plan. The outcomes result in larger bone preservation with Mako Complete Hip in comparison with guide surgical procedure, in keeping with a managed matched-paired research to measure acetabular bone resection.
“The Mako system permits surgeons to visualise the process pre-operatively in order that we are able to make a transparent plan on find out how to place the implant all earlier than getting into the working room,” mentioned Pereira. “Throughout surgical procedure, we are able to validate that plan and make any mandatory changes, whereas the robotic arm then permits us to execute that plan with a excessive degree of accuracy and predictability.”