ON-SITE
AFTER HOURS ORTHOPEDIC
Image of patient getting physical therapy
Image of patient at urgent care
COPYRIGHT © MURPHY WAINER ORTHOPEDIC SPECIALISTS ALL RIGHTS RESERVED. WEB DEVELOPMENT BY A BETTER WEB, INC.

Quad-Sparing Knee Replacements

Photo of a senior man running through the shallow water on a tropical beach with a surfboard under his arm.
The quadriceps-sparing, minimally invasive total knee replacement reduces post-operative discomfort by sparing the quadriceps muscle and tendon that are traditionally cut through during a normal total knee replacement surgery. During the quad-sparing procedure, Dr. Wainer makes a small incision and moves the quadricep muscle and surrounding soft tissue rather than cutting through it. Dr. Wainer is assisted by a computer the procedure can be performed without inserting a guide rod into the femur bone. The computer gives Dr. Wainer constant feedback during the procedure to provide the best possible knee alignment for the patient.
Less trauma to muscles and tendons Smaller, less noticeable incision No guide rod is needed through the femur bone Less damage to tissue Shorter rehabilitation Less blood loss Shorter hospital stay Faster return of basic knee functions Generally good mobility within 24 hours after operation
ON-SITE
AFTER HOURS ORTHOPEDIC
Image of patient getting physical therapy
Image of patient at urgent care
COPYRIGHT © MURPHY WAINER ORTHOPEDIC SPECIALISTS ALL RIGHTS RESERVED. WEB DEVELOPMENT BY A BETTER WEB, INC.

Quad-Sparing Knee

Replacement

The quadriceps-sparing, minimally invasive total knee replacement reduces post-operative discomfort by sparing the quadriceps muscle and tendon that are traditionally cut through during a normal total knee replacement surgery. During the quad-sparing procedure, Dr. Wainer makes a small incision and moves the quadricep muscle and surrounding soft tissue rather than cutting through it. Dr. Wainer is assisted by a computer the procedure can be performed without inserting a guide rod into the femur bone. The computer gives Dr. Wainer constant feedback during the procedure to provide the best possible knee alignment for the patient.
Less trauma to muscles and tendons Smaller, less noticeable incision No guide rod is needed through the femur bone Less damage to tissue Shorter rehabilitation Less blood loss Shorter hospital stay Faster return of basic knee functions Generally good mobility within 24 hours after operation
Photo of a senior man running through the shallow water on a tropical beach with a surfboard under his arm.
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