The robotic knee replacement in Ludhiana is an effective treatment for chronic knee damage. It involves 3D visualization, mapping and pre-testing to achieve accuracy of the replacement. After the procedure, the doctors conduct physical therapy so the body stabilizes in regaining mobility and balance and to alleviate stiffness, which may take 6 to 12 months for the individual to experience effective results. This advanced procedure allows patients to regain their ability to walk, bend and indulge in some exercises. This article explains the procedures of the treatment and the post-care treatment.
The robotic knee step-by-step procedure
Pre-surgical procedure and mapping
Imaging: The patient undergoes CT scans and X-rays so that the specialist can have visual imaging.
3D modelling: The scans are taken for 3D modeling so that the doctors have a detailed visual presentation of the patient’s anatomy.
Virtual blueprint: The 3D modeling helps the surgeons to have a clear visualization of the anatomy so that they can be able to map a surgical procedure accurately
Anesthesia and registration
Anesthesia: This is administered so that the patient may not experience pain during the procedure.
Tracking arrays: The surgeons place markers on the knee that sync with the real-time movement of the thigh bone and knee bone.
Live syncing: The surgeons use infrared cameras to track the markers, which sync with the patient’s real-time movement and pre-surgical 3D plan.
Joint access and verification
Incision: In order to have access to the damaged area, the doctors make incisions, which are small cuts.
Anatomy mapping: The surgeon makes specific landmarks on the knee using a probe to analyse if the computer is in alignment with the physical anatomy.
Soft tissue check: This process involves testing the joint gaps and ligament tightness
Robotic bone preparation and cuts
Guided resection: With the help of the pre-guided plan, the surgeon uses a robotic arm to remove the damaged area.
Bone shaping: The surgeon uses the robotic arm to make cuts to fit the precise contours of the implant.
Trial and final implant and placement
Trial component: The doctors insert trial implants to test the knee’s range of motion, its stability and alignment.
Permanent fixation: When all the tests are in alignment, the doctors insert permanent metal and plastic components.
Final tests: After securing the permanent structure, the surgeons conduct final checks
Closure
Wound closure: After the final procedure, the incisions are closed using stitches and/or staples.
Dressing: The surgery area is finally closed with a sterile bandage and then transferred to the recovery room.
Post-care and recovery
Immediate recovery
After the surgery, recovery begins. During this process, the individual may experience notable changes. The physical therapists start to help the patient learn how to walk by helping them through short steps using a walker or a cane. It's expected to experience swelling or stiffness around the area; it's normal, and it can be alleviated through prescribed medications, application of ice and elevating the leg. The specialists conduct gentle therapies that involve in-bed movements or bending exercises to address the stiffness.
Short-term recovery
The physical therapy continues, and the patient continues to undergo movement exercises. They start using a cane instead of a walker and are eventually expected to walk alone; they are still advised to indulge in gentle movements. As time goes by, the pain starts to reduce and becomes manageable, and the stiffness is reduced. The patient continues to undergo gentle in-bed movements to restore mobility.
Long-term recovery
Significant improvement can be noticed after 3 to 12 months, when the patient is able to indulge in low-impact activities like cycling, swimming and walking longer distances, and they can resume driving after 5 to 6 weeks. In 12 months, the patient may experience deep tissue healing. The patient no longer experiences pain and stiffness.
Conclusion
Post-care treatment takes time because the body requires time to heal and to adapt to the replaced knee. As such, doctors ensure they monitor the patient’s progress and evaluate the knee’s functionality, and over time the knee gains strength, and the patient is able to continue with their daily activities without experiencing pain. The robotic knee replacement in Phagwara provides long-lasting results and eliminates pain or stiffness that was caused by the damaged area.