For millions of people suffering from severe knee arthritis and exhausting joint pain, total knee arthroplasty has been a saving solution for many years. The process of replacing the worn -out joint by a new artificial, has evolved significantly over the years, and in particular the introduction of robotic assist has led to the emergence of innovative techniques. Panagiotis Gikas, BSC (Hons), MBBS (Hons), PhD, MD (RES), FRCS, Robotic Orthopedics Manager The Mako system, which ensures the highest degree of efficiency and improved results for patients, redefining how surgeons perform this vital procedure.
What is total knee arthroplasty
Total knee arthroplasty is a surgical procedure designed to relieve pain and restore function in people with a final stage of osteoarthritis, rheumatoid arthritis or post -traumatic arthritis. Traditionally, surgery involves removing the damaged cartilage and bone from the knee joint and replacing them with an artificial implant. Although conventional techniques have provided significant pain relief and mobility improvement, challenges such as incorrect implant placement, soft tissue injury and long recovery have led to the search for more sophisticated solutions.
The robotic system Mako
The Mako Robotic System, developed by Stryker, has introduced a new era into orthopedic surgery. This advanced technology combines preoperative design with intracetic accuracy, offering a level of precision that transcends traditional techniques.
How it works
- Preoperative design: The procedure begins with a computed tomography of the patient’s knee, which creates a three -dimensional (3D) model, allowing the surgeons to evaluate the anatomy of the joint in detail. This model helps to create a personalized surgical design adapted to the unique bone structure and the balance of soft tissue.
- Intra -operative guidance: During surgery, the Mako system provides real -time visual, tactile (strength feedback) and acoustic guidance to the surgeon. The robotic arm ensures that the incisions are made with complete precision, minimizing damage to the surrounding tissues.
- Accurate placement of implant: The system helps to accurately place the knee implant, ensuring optimum alignment and balance. Proper placement of the implant, in the ideal position for this particular anatomy of the patient, is critical for the long -term functionality and success of the process.
Advantages
Patients undergoing total knee arthroplasty with the assist of the Mako Robotic System enjoy many benefits that distinguish it from conventional approaches:
- Optimal accuracy, stability and flexibility in surgical movements
- Avoiding Soft Tissue Injury
- Personalized surgical approach
- Reduced risk of complications
- Faster recovery and improved functionality
Before and after surgery
Before total knee arthroplasty with the MAC system, patients undergo imaging tests, including computed tomography, to create a detailed surgical design.
Most patients start physiotherapy immediately after surgery. The advanced accuracy of surgery with the MAKO system often leads to a smoother rehabilitation process, with many patients recovering their full operation faster than those who undergo conventional knee arthroplasty.
Indications
The use of the Mako system is an excellent choice for patients suffering from severe knee arthritis and have not found relief with conservative therapies.
It is particularly beneficial for people looking for an extremely accurate, minimally invasive procedure that optimizes the implantation of implants and accelerates postoperative rehabilitation.
Consultation with an experienced orthopedic surgeon specializing in robotic assist interventions can solve any questions.
For more information you can refer to the site www.pgical.gr or contact the phone +30 698 066 8969