Karen, CONSERVE^® Total Hip with BFH^® Technology Recipient

Karen had always been active, but being on her feet day after day selling cars really took a toll on her. About 20 years ago, Karen started developing pain in her knee which made it difficult for her to get around. As the pain progressed, Karen consulted with her doctor. After examining her, he told her that it was actually her hip that was causing the pain in her knee. She learned that she had osteoarthritis, which was hereditary from her mother. Karen thought she was probably going to need a replacement at some point, but decided to opt to take pain medication in the meantime.

Ten years ago, Karen retired from the car business and focused on her family. She took a European vacation with them in September of 2007 and, despite her pain, continued to be as active as possible, which took a toll on her joints. She could not walk up or down the stairs without going one at a time. Karen said her body was making her feel as though she was 81 instead of 61. About a year ago, Karen was having a picnic at the zoo with her son and grandchild when she could not get back up off the blanket because of her hip pain. On top of that, she could not pick up her grandchild without her leg giving out. It was at this point Karen decided it was time to do something about her pain.

Karen's friend, who had noticed Karen was not as active as she once was, recommended she go see Dr. Cyna Khalily at the Louisville Bone & Joint Center. Dr. Khalily took an x-ray of Karen's hip and found it hard to believe that she could even walk because of the bone spurs on her hip. He recommended implanting Wright's CONSERVE® BFH® Hip by way of the PATH® Tissue-Sparing Surgical Technique. Dr. Khalily told Karen that, by utilizing this unique and patented technique, he could replace her hip through a small incision. This technique, in particular, intrigued Karen as it was something she had never heard of in regards to a total hip replacement.

On March 16, 2009, Karen went in for her hip replacement and saw immediate results.

"I was able to walk right after my surgery, which was incredible, and I was able to go straight to using my cane instead of my walker because there was no pain. In fact, I did not need to take any of my pain medication."

Karen has gotten back to her old self now that she has had her hip replaced. She is able to go walking, do gardening and even jump on a trampoline.

"I feel 20 years younger. I just can't believe it!" said Karen.

Her family has also noticed an improvement in her attitude since the surgery. Karen said this whole experience has been great.

"Dr. Khalily has been just a doll. I thought my pain was due to old age, but he turned me back into the person I used to be and I am so grateful."

Wright's CONSERVE^® Total Hip with BFH^® Technology is designed to replicate the natural anatomy and motion of the hip. It features a larger femoral ball and socket design that more closely matches the sizing of a natural femoral head, resulting in greater range of motion, and can reduce the potential for dislocation. In addition, the implant's metal-on-metal bearing surface is designed to offer the benefits of added durability and reduced wear compared to alternative treatment options. Furthermore, the larger implant, in conjunction with PROFEMUR^® modular necks, enables a greater range of motion without impingement of the hip, allowing most patients to enjoy a wide range of activities after their surgery. This can make a big difference for those trying to return to a more normal, active lifestyle.

These results are specific to this individual only. Individual results and activity levels after surgery vary and depend on many factors including age, weight and prior activity level.
There are risks and recovery times associated with surgery and there are certain individuals who should not undergo surgery.
Only a physician can tell you if this product and associated procedure are right for you and your unique circumstances. Please consult with a physician for complete information regarding benefits, risks and possible outcomes.