The following is a list of the advantages of shockwave therapy:
In the United States, the most common applications of this non-invasive therapy, which can provide results that are sometimes superior to those achieved by surgery or the injection of steroids, are for the treatment of plantar fasciitis and erectile dysfunction. This treatment is helpful for a variety of painful orthopedic issues, including those that are comparable to those that are described below. I have found it to be successful. However, the true elegance of this treatment lies in a few specific aspects, namely:
1. It is a quick treatment: The average session of shockwave therapy takes less than ten minutes to complete.
2: You won't require a ton of visits because the majority of diseases respond to treatment in four to eight sessions. Sometimes less!
3: It doesn't hurt that much Although I wouldn't say that it's completely painless, I would say that it just causes minor discomfort. Comparable to a vigorous application of deep tissue massage.
4: It is within most people's price range: the majority of practitioners charge between $50 and $100 per session. Therefore, the cost of treatment could range anywhere from $200 to $1,000.
5. The effects last for a long time - Contrary to massage or steroid injections, research shows that the effects of shockwave therapy last for a longer period of time.
6: The research - Okay, I'll admit it: I'm a nerd, but it's not often that I come across a medication that consistently demonstrates a favorable impact in study after study.
7: It works well in conjunction with other treatments Although it can be used as a treatment on its own, shockwave therapy is most effective when used in conjunction with a personalized rehabilitation plan that targets the reasons why you have sustained an injury in the first place.
You are most likely perplexed as to why this treatment, known as shockwave therapy, is new to you.
Before conducting some research on plantar fasciitis, I had never heard of shockwave therapy. It was a completely new concept to me. At first, I didn't pay much attention to the therapy because the label is somewhat misleading and is extremely similar to that of ultrasound (which is not very effective). Nevertheless, as I looked through previously published literature, I kept coming across references to shockwave therapy, and the findings of these studies are really encouraging.
After some time, I decided to buy a shockwave unit for my workplace, and ever since then, I've been completely captivated by this form of treatment. Patients can reap significant benefits from it if they are fortunate enough to be aware of it and to have a healthcare professional in their area who employs it. Permit me, if you will, to shed some light on this one-of-a-kind treatment and to share some information on how and why shockwave therapy is effective.
The medical method that is used in hospitals to break up kidney stones is termed lithotripsy. Extracorporeal Shockwave Therapy, often known as ESWT (and also EPAT or AWT), is related to this procedure. Shockwave therapy is really used to treat this condition, despite the widespread misconception that ultrasound is the modality of choice. Miniaturized versions of these machines were produced by European firms in the late 1990s and early 2000s. These hand-held, pocket-sized devices were designed for use in everyday clinical settings.
The pulse of pressure that is produced with the use of shockwave therapy is what makes this treatment effective. This pressure pulse is quite intense, yet it only lasts for a very short amount of time. It can travel very deeply into tissue. When tissues are subjected to stimulation in the form of rapid changes in pressure, the tissues respond in a variety of helpful ways. The term "mechanotransduction" is used to describe this process. Examples of this include the relaxing of muscles as a result of the force that is delivered during massage and the growth of muscles as a response to the stress that is caused by weight lifting. Shockwave therapy is simply a scientific technique that works by exerting a force on the body in such a way that it produces a response that is advantageous to the patient.
Shockwave therapy was one of the earliest treatments that was proved to be effective for a variety of illnesses. One of these conditions was plantar fasciitis. This orthopedic condition continues to be the only one that an insurance company will pay for in the United States (which is BS). This effective treatment has been limited to primarily podiatry as a result of our inadequate insurance structure, and it is frequently only used as a last resort because of the absence of coverage. The application of shockwave therapy has seen consistent growth throughout the rest of the world. It has demonstrated positive results in the treatment of:
-Tendinopathies, which can include plantar fasciitis, achilles tendinopathy, patellar tendinopathy, proximal hamstring tears, calcific tendinitis, rotator cuff injuries, and golfer's or tennis elbow
-Pain in the joints that can be felt in the facet joints of the spine, the tiny joints of the hands and feet, and osteoarthritic joints
-Muscular conditions such as trigger points, spasms, and contractures
-Pathologies of the nerves such as carpal tunnel syndrome, diabetic neuropathy, sciatica, and small fiber neuropathy
-A variety of medical issues, including diabetic ulcers that do not heal, fractures that do not mend, and increased skin restoration after experiencing acute pain.
Shockwave therapy has been demonstrated to be effective for treating a variety of conditions, including cellulite and erectile dysfunction.
And keep in mind that this list only includes the circumstances for which I have found data that supports the utilization of shockwave therapy. Shockwave therapy devices are currently in the process of being developed for the treatment of heart pain that continues after a heart attack, and there is even a machine in development that will treat the brain directly in the treatment of Alzheimer's disease!
You may have noticed that shockwave therapy appears to be beneficial in treating a range of illnesses that appear to be unrelated to one another. It would appear that this is the result of the general effect that shockwaves have on the tissues. It has been demonstrated that shockwaves encourage the formation of new blood vessels within tendons and ligaments. This is significant because tendons and ligaments normally do not have a significant blood supply and, as a result, recover slowly. In addition to this, it would appear that they stimulate the rebuilding of tissue by simulating the stresses that are present during severe trauma. When shockwaves are applied to a patient's skeleton, the bone will really become denser. Shockwave therapy appears to stimulate an increase in the metabolic rate of very slowly growing nerves, which also appears to be a response from these nerves. This impact has also been demonstrated with respect to more significant wounds. When supplied at the appropriate strength, shockwaves actually promote the body's natural ability to mend itself.
Everything about this seems like it's too wonderful to be true. After doing some study on shockwave therapy, I came to the conclusion that this was the case. The first shockwave unit I ever bought was a knock-off made in China that cost eight thousand dollars. When it finally arrived, I was almost certain that I had just set a large sum of money ablaze. Because I had never been subjected to the therapy in the past, I was unaware of what to anticipate from it. The device produced a very loud pinging sound and delivered a quick, sharp, snapping pulse that could be adjusted to be anywhere from fairly mild to excruciatingly powerful. Before giving it back, I had less than a month's worth of experience with this machine...
When the firm asked me why I wanted to return my unit, I told them that I had enjoyed it so much that I wanted to buy a top-of-the-line machine instead of keeping the one I had. It came to my attention that the majority of the research on shockwave therapy was conducted with Storz units, be they radial or focused units. According to the same body of data, the outcomes of both approaches are substantially the same. I decided to acquire the radial unit because it has a wider range of applications and is known for its high level of safety. My practice underwent fundamental shifts over the first few weeks that I used the Storz unit. I was able to treat plantar fasciitis, trigger points that had remained for more than five years, shoulder discomfort that persisted after surgery, physical therapy, injections, or massage, difficult golfer's and tennis elbow, and a variety of arthritic symptoms with ease.
My patients expressed the same level of surprise that I did. All of us came to the conclusion that it truly does appear to work swiftly, and the results appear to be long-lasting.
The extent to which I am able to test the boundaries of this treatment at my clinic remains to be seen, but in the meanwhile, I am doing everything I can to get the word out about it. It is unfortunate that insurance companies have chosen to ignore this treatment as an option for their customers.
Finding appropriate recommendations for my patients in other parts of the country has been challenging. I would suggest googling for "orthopedic shockwave near (insert your city)" or "ESWT near me" or "Shockwave therapy for (insert condition) near (insert your city)" if you are looking for a provider who is located close to you.
Finding sport chiropractors and physical therapists who also have a unit in their offices has been the most successful search for me up to this point. Although some podiatrists treat diseases other than plantar fasciitis, none of the podiatrists in my city do so (despite asking them).
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