As one of the most common musculoskeletal injuries, ankle sprains can very persistent and painful. Every day, 25,000 people sprain their ankle, and about half of all ankle sprains occur during an athletic activity, says WebMD. In addition, more than one million people visit emergency rooms each year due to ankle injuries.
For many patients, the pain and discomfort don’t go away after the initial injury heals. Chronic ankle instability can be characterized by repeated sprains, persistent weakness, or a feeling that the ankle may “give out”. Let’s take a look at why this happens and why regenerative medicine in Michigan may provide a more effective, non-surgical option.
Chronic Ankle Instability: Defined
Chronic ankle instability happens when the ligaments that support the ankle joint get injured repeatedly or do not heal properly after a sprain. The job of your ligaments is to stabilize the joint. However, when they become stretched, torn, or weakened, the ankle can no longer maintain proper alignment during movement.
If you have chronic ankle instability, you may experience:
- Frequent ankle sprains
- Feeling of weakness or looseness in the joint
- Persistent swelling or discomfort
- Difficulty walking on uneven surfaces or during physical activity
Over time, this instability can place additional stress on surrounding tendons and cartilage, which further increases the risk of injury and degeneration.
The Impact of Recurrent Ankle Sprains on Joint Health
Each ankle sprain causes microscopic damage to ligaments and soft tissues. Mild injuries usually heal with rest and rehabilitation, but repeated trauma can result in incomplete healing and degraded tissue quality.
At first, you can manage ankle pain with traditional treatments such as:
- Braces
- Physical therapy
- Anti-inflammatory medications
However, these conservative approaches just mask symptoms. So if you keep experiencing persistent pain over the long term, the underlying tissue damage should be addressed.
Regenerative Medicine and Ankle Instability
Treatments such as platelet-rich plasma (PRP) and other regenerative medicine treatments encourage tissue repair while improving the health of damaged ligaments and tendons.
Such approaches target the specific areas of ligament weakness or degeneration with a goal of:
- Reducing ongoing inflammation
- Supporting tissue healing and repair
- Enhancing joint stability and function
- Improving ligament strength and resilience
Often guided by imaging, precise placement is an essential part of the process and success of the outcome.
Who Can Benefit From Regenerative Treatment?
You may be a good candidate for regenerative medicine to address your ankle instability if:
- You experience repeated ankle sprains
- You suffer from persistent instability despite physical therapy
- You wish to avoid surgery
- Your imaging results reveal ligament or soft tissue damage
Active individuals, athletes, and people with physically demanding jobs often consider regenerative options due to the fact that they support long-term joint health over short-term symptom relief.
Recovery: What to Expect
Recovering from regenerative treatment for ankle instability will depend on several factors, such as the severity of the condition and the specific treatment used. You may have to modify activities temporarily while you heal, and your doctor will likely recommend physical therapy to further support strength, balance, and proper movement patterns.
If you have chronic ankle instability, early intervention is key in ensuring successful results as it addresses ligament health before significant joint damage occurs. The goal is to preserve function and reduce the risk of future injuries.
Contact the Regenerative Medicine Institute of Michigan
Schedule a consultation today to learn more about regenerative options for chronic ankle instability so you can start moving with confidence! Contact us today at (248) 771-1300 to book a customized consultation and assessment.
By Regenerative Medicine Institute of Michigan
Board-certified Doctors – Aaron Greenberg, DO and Eduardo José Otero Loperena, MD