Top 5 Shockwave Therapy FAQs
Knee Pain: What Is It and How Can You Recover From It?
Shockwave therapy is an advanced pain management technique. But while this innovative treatment for chronic pain has been growing in popularity, it’s actually been around for decades. In fact, it was first introduced into clinical practice in 1982, but not to treat pain—it used to be a way to alleviate urologic conditions.
Today, clinics across the country are embracing the capabilities of Shockwave Therapy in providing both short-term and long-term pain relief, and restoring mobility by stimulating the healing of muscles, tendons, and fascia. It’s also a viable alternative to lifelong prescription medications or invasive surgery!
However, Shockwave Therapy is still a mystery to many people. They may be skeptical about it, or hesitant to undergo the treatment because they don’t understand how it works. That’s why, today, we’re going to shed some light on Shockwave Therapy and clear up a few misconceptions about it. We’ll be answering five of the most commonly asked questions about Shockwave—so let’s not waste any more time and get right into it!
FAQ #1: What exactly is Shockwave Therapy?
Shockwave Therapy is a non-invasive and highly beneficial therapy that uses advanced technology to emit high-energy, short-wavelength sound waves and heal ailing bones, tendons, and periosteum.
Shockwave Therapy can aid in bone and tendon regeneration, increase blood vessel growth, and provide a chemically-induced decrease in pain and sensitivity of the pain receptors.
FAQ #2: Is Shockwave Therapy safe?
Yes! As we said before, this treatment is entirely non-invasive. That means no incisions, no needles, and no blood.
When people see the word ‘shockwave,’ they might think of electric shocks or some other forceful treatment. But shockwave actually just refers to the soundwaves that are sent into your body.
This treatment has no harmful side effects whatsoever. The most you will feel is tingling in the affected body part because of the vibrations. You might experience some minor bruising, tingling, or numbness at the site, but these are very rare and are usually just mildly uncomfortable.
FAQ #3: How long does Shockwave Therapy take?
Five minutes—and no, we’re not kidding.
Sessions can last up to around 20 minutes to half an hour, but sometimes they can even go as short as 5 minutes. Even better, you don’t need to wait long to start feeling relief. The pain noticeably decreases with each treatment!
FAQ #4: How many Shockwave Therapy sessions do I need?
Now, this one is a little tricky.
The number of treatments varies depending on the indication and how responsive your tissues are. You should expect around 3-5 sessions, because of the cumulative effects of each treatment.
However, you will most likely feel better after just one treatment, and you can expect things to get better and better with each session. Bottom line—you don’t need to worry about the number of treatments, because there is virtually no limit to the relief that you will gain once it’s all done!
FAQ #5: Is there anything I should avoid after receiving Shockwave Therapy?
While there is no downtime needed, it’s highly advisable to avoid strenuous exercise after receiving treatment. But that doesn’t mean you need to be confined to your bed. Light, low-impact, and low-intensity exercises are encouraged, such as walks, cycling, or even swimming.
Conclusion
So there you go! Now you know why Shockwave Therapy should be your first choice for getting rid of your chronic pain over costly drugs or risky surgical procedures. It’s safe, effective, and hassle-free!
And best of all, you’ll be pleased to know that we offer Shockwave Therapy right here at First Choice Medical Center! We’re ready to help you break free from your chronic pain with this revolutionary technique.
Book your appointment right here on our website or by calling 360-575-8897. When it comes to pain management, let us be your First Choice!
Sources:
https://www.firstchoicemedical.us/shockwave-therapy
https://www.footcentregroup.com.au/blog-shockwave-therapy/#:~:text=Extracorporeal%20shockwave%20therapy%20will%20help,healing%20of%20any%20injured%20tissue.
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6029898/#:~:text=Shockwave%20therapy%20represents%20an%20innovative,surgical%20procedure%20and%20postoperative%20pain.
https://glenmorechiro.com/shockwave-therapy-faq/
https://www.physio-pedia.com/Extracorporeal_Shockwave_Therapy_(ESWT)
Besides the elderly, other groups may also be at risk of knee pain. These include people who regularly participate in high-impact sports, those with weight issues or underlying health conditions such as arthritis, gout, and infections, as well as women—specifically those who are pregnant or have recently undergone labor.
Our knees are crucial to our overall mobility and ability to perform our daily tasks. Knee pain may grow worse over time, but early treatment can help greatly—which is why it’s so important to understand this condition and its causes.
About the Knee
The knee is one of the most stressed joints in the body. It absorbs a lot of regular shocks due to commonplace activities such as walking, jumping, and running. Because of this, it has a unique structure.
Unlike the other joints in the body, which only involve two bones moving against each other, the knee is comprised of three parts:
● The tibia (shin bone)
● The femur (thigh bone)
● The patella (kneecap)
To help regulate the tension between these parts, there is also a protective layer of cartilage that absorbs the shocks generated by our movements. Knee pain occurs when the cartilage is worn down and unable to cushion the knee.
Symptoms & Causes
Due to the structure of the knee, symptoms of knee pain can vary. The most obvious way to tell, of course, is a feeling of weakness and instability in your knee when you move it.
The other symptoms often consist of:
● Difficulty bending the knee
● Inability to extend the knee
● Redness
● Swelling
● Popping or crunching sounds
● Shifting weight to the opposite knee and foot
The causes of knee pain can also vary but generally fall under a few broad categories. Most cases of knee pain stem from injuries, mechanical problems, and medical conditions like arthritis and gout.
Here are some of the other common causes of knee pain:
Mechanical Problems
● Loose Body – Because of injuries or damages to the knee, there are instances when small fragments of bone or cartilage get loose and move freely in the joint space. When these fragments get caught in flexion or extension movements, they may cause sudden pain. Joint mobility can decline drastically, ultimately leading to further damage to the articular cartilage.
● Iliotibial band syndrome – The iliotibial band is a tough band of tissue that connects the outer part of the knee to the hip. Iliotibial band syndrome occurs when overuse of the knee causes the band to tighten, making it rub against the outer part of the femur and causing the knee to swell.
● Dislocated kneecap – Usually occurring in the outer part of the knee, one experiences dislocated kneecaps when the triangular bone that encloses the patella moves out of place.
● Hip or foot pain – Responsible for stabilizing the body and knee joints when in motion, the hip and foot play significant roles in walking and running. When these get damaged, further stress is put on the knee joint to compensate, which causes discomfort and even pain.
Injuries
● Anterior Cruciate ligament (ACL) injuries – The ACL is a strong ligament that connects the thigh to the shin bone. It can be torn or sprained by participating in sports activities that involve sudden, pivoting movements, such as basketball, football, and skiing.
● Fractures – Everyone’s at risk of being involved in falls and accidents. And unfortunately, knee fractures are common outcomes of this.
● Torn meniscus – The meniscus is C-shaped cartilage that provides a cushion for the knee, absorbing shocks that occur between the femur and tibia when we walk, run, or jump. It gets torn when sudden twists occur within the knee while bearing weight.
● Knee bursitis – The bursae are small sacs of fluid that cushion the outer part of the knee joint, allowing the tendons and ligaments to move smoothly across the joint. Knee bursitis occurs when overuse, infections, or arthritis swells up these sacs.
● Patellar tendinitis – Occurs when the patellar tendon, the one responsible for connecting the shinbone to the thigh’s front muscles, experiences swelling and pain.
How We Treat Knee Pain
Here at First Choice Medical Center, our treatment for knee pain revolves around Regenerative Medicine, which makes use of the body’s natural healing mechanisms.
Unlike surgery and medications that don’t promote long-term healing and even pose further health risks, regenerative medicine is science-backed and safe. In fact, it has recently made significant leaps in the field of orthopedics, sports medicine, and integrative physical medicine!
If you wish to learn more about our regenerative medicine treatments, click here.
And if you’re currently suffering from knee pain, and wish to get back to doing the things you love the most, living a healthy lifestyle without having to risk surgery and other harmful drugs, you can schedule a consultation by clicking here.
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OUR HEAD CLINIC
1157 3rd Avenue #145
Longview, WA 98632
Our hours of operation are Mondays to Thursdays from 9:30 AM to 12:00 PM and 2:30 PM to 5:30 PM