Osteoarthritis is a condition that can affect multiple joints in the body, including the knee. Cartilage breakdown in the knee leads to excruciating pain following movements like walking, thus hindering productivity. Collaborating with a certified physician who will accurately diagnose the underlying concern causing knee joint stiffness and swelling is important to develop an effective Houston robotics-assisted knee replacement plan for optimized movement. Moreover, relying on trained and experienced providers will guarantee improved treatment predictability.
Although your doctor will recommend conservative treatments like medications to relieve osteoarthritis symptoms, you may need surgery on your knee to address the underlying concerns like stiffness. The knee joint is a complex structure requiring delicate care. The only way to eliminate the risk of surgical complications during total knee joint replacement following severe arthritis is to collaborate with a skilled physician who will perform the necessary techniques to maximize your surgical outcomes.
The anatomy and physiology of the knee
Your certified surgeon will review knee joint anatomy and physiology to develop a safe and effective approach to address surgical and functional complications. The knee joint is a synovial hinge joint comprising various elements like the distal femur, proximal tibia, and patella to enable minimal rotational motion. Your doctor will recognize critical knee joint articulations and compartments and perform surgery in a patient-centered approach that will restore knee joint stability and thus enable motion.
The benefit of robot assistance during knee arthroplasty
You can rely on total knee placement surgery to receive predictable results like relieved symptomatic osteoarthritis. However, professional intervention is the only way to guarantee a good clinical experience. Your certified surgeon will implement necessary robotics assistance during your total knee joint reconstruction for clinical efficiencies like accuracy and minimized risk of complications.
Some of the elements that make robot-assisted knee arthroplasty an evidence-based treatment option for structural and functional complications affecting this synovial hinge joint include the preoperative CT scan that your doctor will review to appreciate the best way to restore the original structure of the affected knee through 3D imaging that gives an accurate view of underlying parts of the joint.
Knee arthroplasty involves accurate femoral and tibial bone resection measurements to help your doctor select the appropriate implant to replace your knee joint. Your doctor will leverage robot assistance to ensure predictable surgical outcomes. Another crucial benefit of robot assistance is the minimized risk of procedural side effects. For example, you may get iatrogenic bone and soft-tissue damage that may influence the length of your recovery and predispose you to reduced joint stability. Robot-assisted knee joint reconstruction ensures the placement of prostheses in the correct position for enhanced movement.
Robot-assisted technology involves using specific software that converts anatomical images into virtual three-dimensional reconstruction enabling effective surgical planning. Collaborate with a trusted primary care provider to undergo safe and effective knee joint surgery for improved mobility and function. Contact J. Michael Bennett, MD, PA, if you have knee problems for a detailed diagnosis of your knee problem and receive robot-assisted surgical treatment that accurately targets underlying issues for enhanced mobility.
