Skip to main content

Save the Meniscus – It’s Possible with Regenerative Cell Therapy

 The meniscus is the key distributor of the knee joint. When it is torn, it loses its ring-like structure made up of collagen. Hence, it fails to even protect the tibia bone from the forces exerted by playing sports or doing extensive walking. What happens finally? Pain arises. What if the surgeon eliminates the torn portion of the meniscus? Often the pain gives relief only for a while – till the bone and cartilage beneath the meniscus wear down. So what is the ultimate solution then? Save the Meniscus! And it is possible only with the help of regenerative cell therapy. Know how by reading this article in detail. Let me tell  you my tale of a torn meniscus journey, and how I revived by saving my meniscus through regenerative cell therapy.




Five years ago, I was injured by playing football. My left knee got bridged across another player when the opponent player fell onto the knee, causing it to extend more. Though I knew something was wrong, I was able to complete the season without any therapy.

Later, after 6-7 months since that incident, I was doing some work in my home. I had to climb the steps frequently at that time. That’s when I experienced a sharp pain from the inside of my left knee. It generally hurts a lot while fully bending my left knee or straightening it. Even twisting on the knee by fixing the foot on the ground hurts a lot. Similarly, I started experiencing a locking sensation while kneeling onto my heels and squatting to the floor. The localised pain and locking sensation at this location, followed by the nature of pain, may indicate damage to my meniscus.

During that time, I consulted a physician to find out the underlying cause of my symptoms. He performed several knee assessment tests, which proved to be pain-inducing. 

  1. Bounce test – The affected knee will be allowed to hyperextend with the help of the knee weight itself. This test induces pain from the inside of the knee. If you ask me, this test moreover indicates that there is something wrong within the knee joint that evokes pain.

  2. McMurray’s test – The affected knee is compressed, bent, and rotated at once and throughout the range of movement. If there is anything wrong with your knee joint, you will experience pain and a locking sensation.

  3. Apley’s examination test – By lying on the stomach, the knee will be placed at a 90-degree bend. The examiner will then push down the knee through the heel. He also rotates the leg, and he will be checking for pain, if any.

  4. Swipe test – The examiner will make us swipe the knee using our hands. If there is any meniscus problem, there will be swelling in the tear region.

These tests are mostly reliable. However, their negative results do not prove that there is no tear. Especially if the knee pain, swelling, and dysfunction continue, it’s the MRI test that confirms the presence of a meniscus tear. In my case, all these examinations gave positive results. My physician also recommended that surgery is the last resort.

You won’t believe I was reluctant to proceed with surgery at that time. I am scared of surgery, and I am not financially sound to opt for that treatment.

During that time, I came across the Medica Stem Cells clinic website in the UK who offers regenerative treatment that helps improve the pain associated with a meniscus tear. I scheduled an appointment with their medical team, who explained the significance of regenerative cell therapy in detail. That was the moment where I decided why not try this non-surgical treatment. However, I was keen to save my meniscus. And I think that was the best decision I have ever taken in my life. They recommended me to opt for PRP treatment in the UK after assessing my medical condition. PRP treatment in the UK proves to be affordable as it is a daycare procedure. Furthermore, I could see a significant improvement in my knee pain, swelling, and range of motion within 2 weeks of my injection.

Just the initial home treatment modalities like rest, ice therapy, compression, elevation, and regular consumption of painkillers may not work all the time. In my opinion, the pain associated with meniscus tears should be treated with regenerative cell therapy if the initial treatment fails. I am not recommending this treatment just because I underwent it. Usually, treatment modalities such as medications, cortisone shots, and surgery have only temporary relief. They also have side effects as far as I enquired my colleagues. Unlike these treatment methods, regenerative cell therapy can deliver long term relief from the symptoms associated with a meniscus tear. 

Kindly note that this is based on my personal experience to date. I genuinely believe that there will be more research evidence to substantiate this treatment. In my case, I am no more facing any knee pain, swelling, or locking sensation. I can play all the sports, especially my favourite football, without any discomfort. In a nutshell, I have just one suggestion. Don’t just rush to surgery! Try to save the meniscus!

 


Comments

Popular posts from this blog

Start running again with Regenerative Treatment for Runner’s knee

  The Knee joint is one of the most important and strongest joints of the locomotor system of the human body. The pressure experienced by the knee joint is approximately three times the body’s weight when walking and about five times the body’s weight when running. In short, a person who weighs 80 kg puts about 400kg of pressure on the knee when landing each running stride. The immense pressure experienced by the knee, especially in runners, makes the knee more prone to injury. Iliotibial or IT band syndrome, also called runner’s knee, is a common knee injury, especially in runners. It is the second most common knee injury in runners after the jumper’s knee.  What is Iliotibial or IT band syndrome or runner’s knee? The Iliotibial band, or IT band, is longitudinal fibrous support of the Fascia Lata. It is originating from the upper outer part of the hip and runs along the outside and lastly attaches to the top of the shinbone (tibia). When the knee bends, the IT band ...

Heal Jumper’s Knee Naturally with Medica Stem Cell Therapy

  Are you a runner or a competitive jumper? Do you overuse your knee repetitively? Check whether you have a Jumper’s knee condition? Jumper’s knee can be referred to as Patellar tendonitis. Your physician may recommend surgery, especially if the non-surgical methods don’t provide any significant relief. This condition requires treatment, but that need not be surgical. Medica Stem Cells Clinic in the UK recommends Medica Stem Cells therapy and PRP therapy as the best alternative to treat Jumper’s knee. Before knowing the importance of Medica stem cell therapy , let us learn what patellar tendonitis is. What is Jumper’s knee/patellar tendonitis? Patellar tendonitis occurs when there is an injury to the tendon that connects the kneecap to the shinbone. It arises due to the stressed patellar tendon. The repeated stress of the tendon causes micro-tears that become inflamed over time. The risk factors may include: Partaking in sports or other physical activities that involve running or ...

How to Treat Ankle Arthritis with Regenerative Cell Treatment?

    Don’t let this constant severe ankle pain due to arthritis hinder you from doing your routine activities? If your physician says medication and surgery are the only treatment options for ankle arthritis, hold on! Medica Stem Cells therapy in the UK may help in healing the ankle arthritis naturally by itself. Let us first understand the causes and symptoms of the ankle arthritis and see how regenerative cell treatment can be the right surgical alternat ive. What is ankle arthritis? Ankle arthritis occurs at the joint that connects the tibia (shin bone of the leg), and the talus (above the heel bone) called the tibiotalar joint. Ankle arthritis pain emerges at this point in your ankle. It greatly affects your quality of life by hindering your mobility.    Ankle osteoarthritis is a degenerative joint disease where the articular cartilage helps in providing a cushion between the bones of the talocrural joint, starts to degenerate gradually. It will decrease...