CONDITIONS

Treat Chondromalacia Naturally Without Steroids or Surgery


Chondromalacia patellae, also known as “runner’s knee,” is a condition where the articular cartilage on the underside of the patella or kneecap deteriorates and softens. This condition is common among young, athletic individuals, but may also occur in older adults who have osteoarthritis of the knee.

The patella sits between the femur (upper leg bone) and tibia (shinbone) residing over the front of the knee joint. The patella not only protects the knee joint but connects muscles in the front of the femur to the tibia. Under the patella and the at the end of the femur is articular cartilage, which makes it possible for the patella and femur bones to move alongside each other without friction. When these components fail to move properly, it can cause the kneecap to rub against the femur causing the patellar cartilage to wear down causing symptoms typical of chondromalacia.

What are the symptoms of chondromalacia?

Symptoms of Chondromalacia will typically present as pain in the knee region, known as patellofemoral pain. Most common symptoms of this condition are:

  • Pain behind kneecap (patellofemoral syndrome pain or kneecap pain)
  • Grinding or cracking when bending/extending the knee (kneecap popping)
  • Kneecap pain when walking or standing for long periods
  • Warmth, tenderness, swelling. This can also be associated with patellar bursitis which often accompanies chondromalacia

What are the causes of chondromalacia?

Knee cap pain or patellofemoral syndrome pain typical of Chondromalacia are caused by various musculoskeletal imbalances including the following:

A direct blow or trauma to your kneecap
Poor knee alignment due to a congenital condition
Weak hamstrings and quadriceps (the muscles in the back and front of your thighs, respectively)
Muscle imbalance between the adductors and abductors (the muscles on the outside and inside of your thighs)
Repeated stress to your knee joints, such as from running, skiing, or jumping

Causes, Signs And Symptoms

What are risk factors for chondromalacia?

Chondromalacia can affect the young and old. Here are the most common risk factors:

  • Age. Adolescents experiencing growth spurts can cause muscles and bone to develop rapidly creating short-term imbalances.
  • Sex. Females are at higher risk as they typically possess less muscle mass than males causing abnormal knee positioning.
  • Flat feet. More stress is placed on the knee due to flat feet relative to higher arches.
  • Activity level. Frequent, repetitive, high impact activities increase the risk for knee problems.
  • Arthritis. Chondromalacia can be a symptom of osteoarthritis where inflammation alters the function of the knee.

How is chondromalacia diagnosed?

Our specialists base their diagnosis of Chondromalacia (Patellofemoral Syndrome) using a multipronged approach:

  • Medical History: Our doctors will ask you about the nature of your knee pain (e.g., when and under what conditions you experience knee pain). They will ask about prior surgeries, accidents, and trauma to the knee.
  • Physical Exam: The doctor will assess your knee function by testing the range of motion, pain when kneeing, listen for any cracking or popping noises (crepitus), and perform a patellar grind or Clark’s test to test for chondromalacia.
  • Imaging with X-Rays or MRI: X-rays can diagnose osteoarthritis of the knee which can co-occur with chondromalacia but are not sufficient to diagnose chondromalacia. Blood tests can rule out other forms of arthritis. More advanced imaging like magnetic resonance imaging (MRIs) will be required to determine the extent of damage to the knee.
  • Arthroscopy: A tiny, flexible camera can be inserted into the knee to determine the condition of the cartilage.

How are ACL/PCL and meniscus tears diagnosed?

Our specialists base their diagnosis of ACL and PCL tears using a multipronged approach:

  • Medical History: Our doctors will ask you about the nature of your knee pain (e.g., when and under what conditions you experience knee pain). They will ask about prior surgeries, accidents, and trauma to the knee.
  • Physical Exam: The doctor will check for signs of trauma by testing the range of motion and listening for any cracking or popping noises (crepitus) or tenderness/pain, bruising, and swelling.
  • Magnetic resonance imaging (MRI): This imaging test shows a detailed view of the ligaments surrounding the knee joint and is the only way to confirm diagnosis of ACL and PCL tears/ruptures. X-rays cannot show tears but can rule out other sources of knee pain.

How is chondromalacia treated?

The StemX clinic offers a range of regenerative medicine advanced therapy treatments to treat orthopedic injuries.

Wharton’s Jelly

Hyaluronic Acid/
Prolotherapy

The StemX Approach

How To Get Started

Consultation:

Our California-based clinic intake team will match you to the appropriate provider with the expertise to treat your injury and schedule an exam.

Initial Exam:

Your doctor will take your medical history and facts surrounding your injury/complaint, conduct a physical exam, and order imaging tests (X-rays, MRI’s, etc.).

Treatment determination:

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Mark your calendar:

A date will be set for your procedure, and you will be given instructions on how to prepare for your appointment.

Treatment Procedure

Frequently Asked Questions

Mild to moderate chondromalacia can be treated and reversed. Advanced regenerative orthopedic medicine can stimulate the body to repair the weakened cartilage and treat the swollen kneecap.

Chondromalacia (patellofemoral syndrome) and the associated patella tendon pain and pain in the kneecap can be treated with regenerative medicine treatments that offer a natural method to stimulate healing by reducing swelling and pain.

Chondromalacia is rarely a severe condition. However, factors such as being an athlete, being overweight, or having experienced trauma to the knee can worsen pain under the kneecap to a point where typical over-the-counter therapies are no longer useful.

Healing time varies depending on the severity of the condition, the patient’s adherence to therapy (such as kneecap stretching), and activity levels. Regenerative medicine approaches can reduce the healing time significantly.

Cortisone injections can be helpful for pain management but may adversely affect cartilage health; therefore, the frequency of use is very limited.

Treatment depends on the needs of the patient. StemX specialists offer customized regenerative medicine treatments together with physical therapy and behavioral modification (adjusting activity levels and losing weight) for the best results.

Depending on the chosen treatment, improvement can be seen in as little as 3 weeks, with maximum effects appearing anywhere from 6–9 months later as the body is stimulated to heal.

No treatment is permanent if the underlying cause of chondromalacia is not also addressed. However, regenerative medicine approaches have been shown to reduce pain and increase mobility much longer than cortisone shots.

70% of patients are good candidates for regenerative medicine treatments. Surgery may be the only option for the most severe cases. Allergies, medication concerns, or implants that pose an infection risk may disqualify a patient from treatment.

Regenerative medicine treatments are not painful. They involve simple injections into the area around the affected joint, which causes minimal discomfort.

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