Lateral Release
Surgical Solution for Releasing Tension and Improving Patellar Alignment to Reduce Pain and Prevent Dislocations
If you’re dealing with knee pain or instability, particularly if your kneecap feels like it’s being pulled to the outer side of your knee, a lateral release might be the solution you need. This procedure is designed to realign your kneecap (patella) and reduce the discomfort and risk of dislocations that can come with patellar malalignment.
During a lateral release, Dr Keeley carefully cuts the tight tissue on the outer side of your kneecap, allowing it to move more naturally and reducing the pull that may be causing your pain. By improving the alignment of your kneecap, this procedure can help alleviate pain, decrease the likelihood of future dislocations, and improve how your knee functions overall.
Dr Keeley will typically recommend a lateral release when other treatments, like physiotherapy, bracing, or anti-inflammatory medications, haven’t provided enough relief, and depending on your specific condition, a lateral release might be performed on its own or alongside other procedures to give you the best outcome.
YOUR LATERAL RELEASE SURGICAL JOURNEY
The Procedure: Lateral release is usually done using arthroscopy, which involves small incisions and a camera to guide the surgery. This minimally invasive approach often means less pain and a quicker recovery for you.
Recovery: After surgery, you might have some swelling and discomfort, which can be managed with pain relief and ice. Physiotherapy will be key to your recovery, helping you regain strength and mobility in your knee.
Many patients are able to return to their normal activities within a few weeks, though full recovery can take a few months.
Expected Outcomes: Lateral release has been successful for many patients in reducing pain and improving knee function. As with any surgery however, results can vary. Dr Keeley will go over all the potential benefits and risks with you during your consultation, so you can make an informed decision.