Introduction
Shockwave therapy is a non-invasive medical treatment that uses acoustic pressure waves to help treat certain medical conditions. It is used to treat a variety of chronic joint and soft tissue conditions, as well as promote circulation and healing. Understanding the science behind shockwave therapy is important to help understand how it works and why it is an effective treatment.
The Science of Shockwave Therapy
Shockwave therapy relies on the science of physics to create acoustic pressure waves. These acoustic pressure waves are created by a device that sends shockwaves into the affected area. There are three main types of shockwaves used in therapy: radial, focused, and electromagnetic. Radial shockwaves are the most common type used, and they are generated in a circular motion. Focused shockwaves are generated in a convergent pattern, while electromagnetic shockwave’s use electromagnetic energy.
The acoustic pressure waves generated by the device produce high-energy impulses that penetrate the skin through ultrasound gel. These impulses are responsible for the therapeutic effect of the treatment. When these shockwaves hit the affected area, they increase blood flow, melt adhesion, kill senescent cells, and reduce pain.
Why Shockwave Therapy is an effective treatment
Shockwave therapy works by affecting the joint or tissue in several ways. First, the shockwaves cause an increase in blood flow to the affected area, which helps to reduce inflammation and promote healing. Second, the shockwaves stimulate the production of collagen, which helps to repair and regenerate the tissue. Shockwave also melts down adhesion, which causes inflexibility and joint compression. Shockwave also kills senescent, or zombie cells, which cause tissue degeneration and inflammation. Finally, the shockwaves also cause a release of pain-relieving hormones, which helps to reduce pain and discomfort.
The biological processes involved in tissue healing are complex, but research has shown that shockwave therapy is an effective treatment for joint and soft tissue conditions. It has been used to help treat conditions such as plantar fasciitis, Achilles tendinitis, and shoulder pain. It is also being used to help treat chronic pain, tendonitis, and bursitis.
What to expect during a Shockwave Therapy treatment
The process of undergoing shockwave therapy is relatively simple and straightforward. Here are the steps you can expect during a typical treatment session:
- The area to be treated is identified and the shockwave device is positioned accordingly.
- A gel is applied to the skin to help the device deliver the energy.
- If the target tissue is a muscle, ligament, or tendon, the tissue is stretched.
- If the target tissue is bone or cartilage, the target tissue is loaded.
- The device is then activated, sending acoustic pressure waves into the affected area.
- The treatment session usually lasts around 10 minutes.
- The area may be treated multiple times, depending on the condition.
Treatments can only be performed once per week to avoid over-treatment.
Most patients report mild to moderate soreness for 24-48 hours after treatment. If cartilage or tendons are treated, you can expect soreness to last for another 24-48 hours.
Call to Action
In summary, shockwave therapy is an effective treatment for joint and soft tissue conditions. It relies on the science of physics to create acoustic pressure waves, which are responsible for the therapeutic effect of the treatment. It helps to reduce inflammation, stimulate tissue healing, break down adhesion, and promote circulation.
If you’re looking for an alternative treatment for a joint or soft tissue condition, shockwave therapy may be an option for you. At City Shockwave, we offer shockwave treatments that are tailored to your needs. So, don’t wait, contact us today to schedule an appointment and start your road to recovery.