WE WERE MADE TO MOVE

Considering hip replacement surgery for osteoarthritis?
Here’s what you should know.

Find a doctor in your area to see what's possible for you!

Living With Hip Osteoarthritis

Osteoarthritis typically develops after years of constant motion and pressure in the joints, causing the cartilage in your joints to gradually break down. Symptoms can include aching, stiffness, swelling, limping, and decreased range of motion.

Hip-Healthy
HEALTHY HIP
Hip-Arthritic
ARTHRITIC HIP

If you are diagnosed with osteoarthritis, your doctor may recommend several treatment options.

Treating Hip Osteoarthritis Without Surgery

While hip osteoarthritis is an irreversible degenerative process, certain treatments can help manage the disease’s progress and minimize your pain. Non-surgical treatments include:

Physical therapy and exercise

Periodic rest and limiting certain activities

Warm or cold compress

Weight loss

Medications and injections

Supportive devices

Signs It Might be Time for a Hip Replacement

Non-surgical treatments for osteoarthritis don’t always alleviate the pain. Only an orthopedic surgeon can give you a correct diagnosis and help determine what treatment option is best for you, but here are a few indicators that hip replacement surgery might be a good option:

Hip pain persists or gets worse after non-surgical treatments

Using medications or a cane fails to reduce your pain

You find it difficult to move around, climb stairs, and exercise

Hip pain prevents you from sleeping

Your hip feels very stiff after sitting in a car or movie theater

What Happens During Hip Replacement Surgery

During hip replacement surgery, the surgeon resurfaces the bones that form the ball-and-socket of the hip joint. The femoral head is replaced with a prosthetic ball, and the rounded socket is lined with a prosthetic cup.

When complete, the prosthetic femoral ball fits into the prosthetic hip socket to form a new hip joint.

Traditional Hip Replacement

Traditional total hip replacement uses an 8- to 12-inch incision located on the side or back of the hip. This procedure requires your doctor to cut through muscles and tendons, which need time to heal. During the healing process, patients are typically prescribed extensive physical therapy to regain strength and stability in the joint.

Minimally Invasive Hip Replacement

Minimally invasive hip replacement, such as the Direct Anterior Supine Minimally Invasive Hip Procedure, uses a 3- to 6-inch incision on the front of the hip. This allows your doctor direct access to the hip joint by going between the muscles that surround it. Traditional approaches require cutting the muscles and/or tendons that surround the hip. By preserving these muscles and tendons, it’s possible to walk the day of surgery, experience less postoperative pain, and return to daily activities more quickly.1

We Were Made to Move

When considering hip replacement surgery, your doctor may tell you about the Zimmer Biomet Anterior Supine Minimally Invasive Hip Procedure. This procedure is designed to provide a number of benefits:

  • Accelerated recovery time and reduced pain, due to the minimal trauma to muscles, tendons, and nerves3-4
  • Decreased soft tissue damage5-6
  • Improved component positioning and stability of the hip since the muscles are not disrupted during the procedure7-11
  • Potential for a faster hospital discharge8

In addition to the Anterior Supine Minimally Invasive Technique, Zimmer Biomet offers bone-conserving implants that replace painful, arthritic portions of the bone.

What Risks Are Involved?

While there are no guarantees, the complication rate following hip replacement is low. Serious complications, such as infection, can occur in approximately 2.0% of patients.2 Major medical complications, such as heart attack or stroke, occur even less frequently. Each of the following reactions or complications can occur during and after surgery and may require medical attention (such as further surgery and/or implant removal):

  • Blood clots
  • Bleeding
  • Slow wound healing
  • Infection
  • Allergic reaction to the hip implant components
  • Blood vessel damage
  • Nerve damage
  • Stiffness
  • Poor range of motion
  • Swelling and joint pain
  • Hip instability and/or dislocation
  • Loosening or fracture of the hip implant components
  • Bone fracture or break during surgery
  • Leg length discrepancy