3D Knee Replacement

Is knee pain affecting your daily activities? Are you considering a knee replacement? Don't replace your knee, recreate it with the Conformis 3D Knee Replacement.

Learn more about Conformis 3D Knee Replacement »

Meet Dr. Jason Davis

Dr. Davis brings sports medicine expertise to The Dallas Limb Restoration Center. He also completed a fellowship in hip and knee replacement and honorably served in the U.S. Army…

Learn more about Dr. Davis »

Regenerative Orthopedics & Stem Cells

Utilizing Regenerative Medicine and Stem Cells we can get you back to doing the things you want to faster and without surgery.

Learn more about Regenerative Orthopedics & Stem Cells »

Total Knee Joint Replacement

Knee Implants That Promote Easier Motion1,2,3

Stryker knee replacements are different than traditional knee replacements because they are designed to work with the body to promote easier motion,1,2,3 and a study has shown a more rapid return to functional activities after surgery.2 This is due to the single radius design of the knee implant. Single radius means that as your knee flexes, the radius is the same, similar to a circle, requiring less effort from your quadriceps muscle.1,4,6

Because the thigh muscle (the quadriceps) is attached to your knee, it is unavoidably involved in the surgery. Therefore, the quadriceps muscle can become a source of discomfort or pain during your recovery period. The quadriceps muscle plays an important role in your ability to move your legs so it also has a major impact on your recovery and how quickly you can get back to living your life.2

Knee implants designed to last longer5
Several factors influence how long an implant will continue to perform. Stryker knees are designed to resist wear in many ways — they use advanced bearing surfaces; they're balanced to help avoid excessive stress in any one spot; and, they're sized to better fit your personal anatomy. X3 Advanced Bearing Technology has demonstrated up to 96% decrease in wear in laboratory testing compared to competitive premium bearing technologies.5


Stryker Corporation or its divisions or other corporate affiliated entities own, use or have applied for the following trademarks or service marks: Stryker and X3. All other trademarks are trademarks of their respective owners or holders.

References:

1. Ostermeier, S; Stukenborg-Colsman, C, Hannover Medical School (MHH) Hannover, Germany 'Quadriceps force after TKA — a comparison between single and multiple radius designs," Poster No. 2060 • 56th Annual Meeting of the Orthopaedic Research Society.
2. Harwin, S.F., Hitt, K, Greene, K.A. Early Experience with a New Total Knee Implant: Maximizing Range of Motion and Function with Gender-Specific Sizing Orthopedic Surgery, Surgical Technology International, XVI. pgs 1-7.
3. Greene, K.A. Range of Motion: Early Results from the Triathlon® Knee System, Stryker Literature Ref #LSA56., 2005.
4.Wang, H., Simpson, K.J., Ferrary M.S., Chamnongkich, S., Kinsey, T, Mahoney, O.M., Biomechanical Differences Exhibited During Sit- To-Stand Between Total Knee Arthroplasty Designs of Varying Radii, JOA, Vol. 21, No. 8, 2006.
5. Stryker Orthopaedics Test Report: 06-013.
6. The effect of total knee arthroplasty design on extensor mechanism function, JOA, Vol. 17, Issue 4, June 2002, pp. 416-421.