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What Is Mako Unicompartmental Knee Replacement?

Imagine a surgery so precise, it cuts down the chance of needing more surgeries later. It also lets you go home sooner. We see robotic-assisted medial arthroplasty as a major leap forward in orthopedic care. It lets our doctors fix just the damaged part of the joint with great accuracy.

We use detailed CT scans to make a plan just for you. This minimally invasive method keeps healthy parts of your bone and tissue safe. We’re excited to offer this at Liv Hospital to help you move better and live better.

Key Takeaways

  • This procedure uses robotic technology for superior surgical precision.
  • It is designed for patients with isolated joint compartment arthritis.
  • Preoperative CT scans allow for a highly customized treatment plan.
  • The technique preserves more natural bone compared to traditional surgery.
  • Patients often experience faster recovery times and reduced hospital stays.

Understanding Mako Unicompartmental Knee Replacement

Understanding Mako Unicompartmental Knee Replacement

Knee pain can really limit your daily life. Knowing your surgical options is key to getting better. We use the Mako robotic system for a precise, less invasive fix for joint problems. This tech lets us replace just the damaged part of the knee, keeping the rest of the bone and ligaments healthy.

Defining Unicompartmental Knee Arthroplasty

Unicompartmental knee arthroplasty is a precise surgery for one part of the knee. It’s different from total knee replacement because it doesn’t harm the healthy parts. Watching a uni knee replacement video can show you how the robotic arm helps achieve this precision.

The Scope of Osteoarthritis and Joint Damage

Osteoarthritis often hits one area of the knee more than others. If the damage is in just one spot, we can fix it without messing with the rest of the joint. This way, we avoid hurting the soft tissues around it. A unicompartmental knee replacement video can show how we pinpoint these areas before surgery.

Candidates for Minimally Invasive Knee Procedures

People who haven’t gotten better with other treatments might be good candidates. If you’ve tried physical therapy, medicine, or changes in your lifestyle but are not better, this surgery could help. Watching a unicompartmental knee replacement surgery video can help you understand the recovery and how precise it is. Choosing the right procedure is key for your joint’s long-term health and movement.

The Role of Robotic Technology in Knee Arthroplasty

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We use the latest robotic technology to make knee surgeries more precise. This technology lets us create a treatment plan that fits each patient perfectly. It helps us offer a refined and predictable way to treat joint pain.

Preoperative Planning with CT Imaging

We start with a CT scan of the knee to get a detailed 3D model. This model gives our surgeons a clear view of each patient’s unique anatomy.

With this 3D model, we plan the implant’s exact placement before surgery. This careful planning is key to our unicompartmental knee replacement protocol. It ensures the implant fits perfectly with the patient’s bone structure.

Real-Time Intraoperative Data and Joint Balancing

The Mako platform gives us real-time data during surgery. We use this data to check joint movement and tension. This helps the implant work well with the surrounding structures.

This data lets us make small adjustments during surgery. These adjustments are hard to make with manual tools alone. We keep full control over the surgery, ensuring the implant is perfectly balanced for comfort.

Maintaining Natural Anatomy and Soft Tissue

We aim to protect healthy bone and soft tissue while fixing the damaged areas. The robotic system guides the surgeon, keeping them within the planned boundaries. This precision helps keep the joint feeling natural after surgery.

Watching a mako robotic knee replacement video can help you understand how our surgeons use this tool. Seeing the process can give patients the confidence they need for their care.

FeatureTraditional SurgeryRobotic-Assisted
PlanningStandard X-rays3D CT Modeling
PrecisionManual AlignmentReal-time Data
Tissue ImpactHigher RiskMinimal Damage
RecoveryVariableOptimized

Clinical Benefits and Patient Outcomes

We focus on your long-term mobility with robotic-assisted surgery. Our advanced technology ensures each procedure fits your unique body. This leads to a better quality of life and joint health for our patients.

Reduction in Revision Risk and Long-Term Success

Joint surgery’s success depends on the implant’s durability. Studies show a 46 percent reduction in revision risk with robotic systems over nine years. This means our patients have more confidence in their procedure’s long-term success.”The precision offered by robotic systems allows us to restore natural joint mechanics, which is the cornerstone of long-term success and patient satisfaction.”

Faster Recovery and Discharge Times

Returning to your daily life is key. Our patients leave the hospital 40.2 percent faster, often 28 hours sooner than manual procedures. This is thanks to the surgery’s minimally invasive nature, which reduces tissue damage.

Shorter hospital stays make recovery more comfortable at home. We aim to reduce post-operative pain, helping you regain independence quickly.

Precision in Implant Positioning

Getting the implant’s fit right is critical for success. Whether it’s a medial or lateral unicompartmental knee replacement, we follow a strict unilateral knee replacement protocol. This ensures the best alignment, preserving healthy bone and tissue for natural movement.

MetricManual ApproachRobotic-Assisted
Revision Risk (9 Years)Baseline46% Reduction
Discharge SpeedStandard40.2% Faster
Implant AccuracyVariableHigh Precision

Conclusion

Choosing the right path for joint health means trusting in proven medical advancements. Mako unicompartmental knee replacement is a precise, evidence-based option. It’s a better choice than traditional joint surgery.

Our team uses advanced robotic guidance and cares for you with compassion. This helps you move more naturally after surgery. We focus on your long-term comfort and independence.

Your journey to a pain-free life starts with knowing your options. Contact our office to learn how this technology can change your life. Let’s help you regain your freedom of movement.

FAQ

What exactly is unicompartmental knee arthroplasty (UKA)?

Unicompartmental knee arthroplasty, or UKA, is a surgery that fixes only the bad part of your knee. It’s different from a total knee replacement because it keeps your healthy bone and ligaments intact. You can see how it works by watching a video about uni knee replacement.

How does the Mako robotic system enhance the surgical process?

The Mako robotic system adds a lot of precision to surgery. It starts with a CT scan to make a 3D model of your knee. During surgery, it gives us live data to check how your knee moves and feels. Watching a video about Mako robotic knee replacement can show you how it helps our surgeons.

Who is considered a candidate for a medial or lateral unicompartmental knee replacement?

People with osteoarthritis in just one part of their knee are good candidates. This includes the medial, patellofemoral, or lateral parts. If you’ve tried other treatments without success, this might be for you. You can see the surgery in action by watching a video.

What are the primary benefits of the unilateral knee replacement protocol?

Our unilateral knee replacement protocol aims for both long-term success and quick recovery. Studies show it reduces the need for more surgery by 46 percent over nine years. Patients also get back to their daily lives faster, with 40.2 percent quicker discharge times than usual surgery.

How does the unicompartmental knee replacement protocol protect healthy tissue?

Our strict protocol uses Mako technology to only remove the bad bone. This careful approach keeps the healthy tissue and ligaments safe. It’s a key part of our top-notch care for patients from around the world.

References

BMJ (British Medical Journal). https://bmjopen.bmj.com/content/11/3/e045678