Knee Replacement Surgery
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Total knee replacement surgery is performed to replace severe degeneration of the knee joint. The goal of knee replacement is to provide a pain-free knee that allows relatively normal activities and lasts as long as possible, normally 15 years or longer. More than 300,000 people undergo the procedure each year.
A knee replacement is the resurfacing of the worn-out surfaces of the knee due to inflammation from arthritis, injury, or simple wear and tear. A surgeon replaces lost cartilage with metal and plastic. This is typically done through an incision averaging eight to 10 inches long and down the center of the knee.
Minimally invasive total knee replacement, a different way of performing the surgery, uses an incision that is only four to six inches long. This means that potentially there will be less damage to the tissue around the knee. The benefits of minimally invasive total knee replacement include less blood loss, shorter hospital stays, better motion and often much quicker recovery periods. Discuss with your doctor to find out if you are a candidate for this new procedure.
Robotic Orthopedic Surgery
Dr. G. Blake Chandler is the first surgeon in Northwest Tennessee to perform robotic hip and knee replacements. Dr. Chandler, a Board Certified Orthopedic Surgeon, uses a MAKOplasty® robot at Henry County Medical Center to do many of his anterior hip replacements. He also uses the robot for both partial knee and total knee replacements.
In Jackson, many patients having knee replacement surgery at the Physicians Surgery Center are experiencing less pain and an improved recovery because of a new robotic procedure being used by orthopedic surgeons who practice at West Tennessee Bone & Joint Clinic, P.C.
When Bone & Joint Clinic orthopedic surgeons in Jackson began using the NAVIO robotic-assisted surgery for total and partial knee replacements in July, the Physicians Surgery Center became the first free-standing, physician-owned ambulatory surgery center in Tennessee to offer robotic-assisted orthopedic surgery.
As you know, today's joint replacement candidates are young and more active than ever before. For these patients, who expect to make a quick return to work and other daily activities, the Oxford Knee System may be the treatment of choice. It is less invasive than regular knee implants, reduces recovery time and improves mobility after surgery. The Oxford Knee System is the only FDA-approved, free-floating, meniscal unicompartmental knee system available in the United States.
West Tennessee Bone & Joint physicians are among a select number of physicians in the United States trained to use the Oxford Knee System. Physicians performing this surgery are Dr. Lowell Stonecipher, Dr. Michael Cobb, Dr. David Pearce and Dr. Jason Hutchison. For more information about the procedure that has provided excellent pain relief and a better quality of life for many people, ask your West Tennessee Bone & Joint clinic physician.
Customized Knee Replacement
West Tennessee Bone & Joint Clinic, P.C., is among one of few clinics in the country to do patient-customized, knee replacement surgery — an important advance in knee replacement surgery. Traditionally, the orthopedic surgeon spends time during the knee replacement procedure adapting to the patient's knee "terrain" in order to achieve the proper placement of the implant. Misalignment is the leading cause of early implant failure, and it also can cause pain and instability. Every person's knee joint has subtle differences in shape and contour, but traditional surgical instruments that are used to place knee implants are one-size-fits-all.
Visionaire Patient-Matched technology is used with the patient's MRI and x-ray images to design and build surgical instruments customized for the patient's unique knee anatomy. The surgeon comes to the operating room equipped with instruments engineered exclusively for the patient's knee by Smith & Nephew, an innovator in orthopedic implants. The computer-guided precision of Visionaire Patient-Matched technology also assists the surgeon in choosing the correct implant size that matches the dimensions of the patient's knee and helps the surgeon accurately place the knee implant. This minimally invasive surgery with it’s computer-guided precision technology helps their patients return to their active lifestyle faster with less pain and a speedier recovery.