MBST to treat Rheumatoid arthritis

A new tool has successfully been developed to predict the progression of Rheumatoid arthritis. This could help in the prevention and treatment, as well as give experts a clearer understanding of the disease.

Below, we look at what the research revealed, and how MBST can help to combat and control Rheumatoid arthritis.

What the latest research revealed

The new research, carried out by the Tokyo Medical and Dental University, assessed the effectiveness of a new tool to predict the progression of Rheumatoid Arthritis. A Polygenic Risk Score (PRS) was developed to predict radiographic progression, from data taken from the Genome-Wide Association Study (GWAS).

Genetic factors have been discovered to have an association with the disease in previous studies. However, up until now there hasn’t been a way to accurately predict these factors. In the latest study, summary statistics taken from GWAS were used to develop a PRS. Radiographic joint damage was then evaluated through patient records.

The researchers concluded by carrying out a statistical analysis to determine if a link between the severity of the disease and PRS. A multivariable analysis was performed to assess the association between PRS and other factors, and radiographic progression.

It was discovered that there was a significant difference in the PRS of non-severe and severe progression groups. Patients who were discovered to have a high PRS, were also found to have an increased risk of experiencing severe progression.

The findings could help in the development of more precise medicine approaches within the treatment of Rheumatoid arthritis.

What is Rheumatoid arthritis?

Rheumatoid arthritis is an autoimmune condition that leads to stiffness, pain, and swelling within the joints. It tends to affect more than one joint, and it causes damage to the surrounding tissue. This can lead to deformity, issues with balance, and long-term chronic pain. Many patients experience flare ups of the condition, though treatment can be provided to help ease the symptoms.

The cause of the condition isn’t yet known and there is no cure. The condition is known to affect more women than men, and people who smoke or have a history of Rheumatoid arthritis are at an increased risk.

Using MBST to treat Rheumatoid arthritis

While there is no cure for Rheumatoid arthritis, there are treatments that can help patients to manage the condition. Long term medications can help to slow down the rate of progression, and physiotherapy can aid in mobility. If problems develop in the joint, surgery may also be required to correct them.

MBST is another treatment option that is currently gaining in popularity. This revolutionary treatment has proven to be effective at repairing the cartilage and tissue damaged by arthritis. This ultimately reverses the damage caused by the condition, eliminating pain and improving mobility in patients.

To discover if MBST could be an ideal treatment option to treat your Rheumatoid arthritis, book a consultation with MBST London.

MBST for sporting injuries

Players who experience a sporting injury are understandably keen to get back to play as soon as possible. However, depending upon the severity of the injury, it can take months to fully heal.

Returning to play too early can cause further damage, resulting in an even longer stint away from sport. However, there are options to help speed up recovery. Here, you will discover more about the different types of sporting injuries, and how MBST could help you return to play after an injury.

What are common sporting injuries?

Sports of all kinds pose a risk of injury. Whether taking part in competitions or simply training, players can suffer injuries to their tendons, muscles, and ligaments. Sprains and strains are especially common, as are fractures and bruises. While some injuries are minor, others can see players out of action for months, if not years. Some of the most common sports injuries players experience include…

Muscle Injuries – During sport, the muscles in the body can easily get damaged through external impact or overuse. While many muscle injuries can be minor, in some cases the muscle could tear. These types of injuries are graded from Stage 1 to Stage 4.

In stages 1 and 2, less than 5% of the fibres have been damaged. With stage 3 injuries, more than 5% of the fibres are damaged, but the muscle remains intact. For stage 4 injuries, there has been a total rupture of the muscle, and functionality is completely lost.

Tendon and ligament injuries – Your tendons connect your bones and muscles, and they can be slow to regenerate if they suffer a micro rupture. These types of injuries tend to occur due to uneven stress distribution or over-use. There will be limited use of the affected limb, and it will cause localised pain.

The ligaments in the body stabilise the joints and connect the bones together. Like tendons, they are slow to regenerate and often do not heal fully after they have been damaged. If either the tendons or the ligaments rupture, surgical treatment will usually be required.

These are some of the main injury’s players can experience that could lead to lengthy time away from sport. However, treatments are available and MBST is one option to consider.

How can MBST help?

Magnetic Resonance Therapy (MBST) helps to heal the body at a molecular level. It works by increasing the metabolism, triggering the body’s repair system. It targets your own electromagnetic energy to the damaged tissue, causing it to start regenerating.

Many athletes who have used MBST have reported returning to sport much quicker than was originally prognosticated. To find out if this revolutionary treatment could help to treat your sporting injury quickly, book a consultation with MBST. The first step is to have a comprehensive examination which will determine if you are likely to benefit from MBST

osteoarthritis pain pathway

A molecular signalling pathway has been identified as contributing towards osteoarthritis pain. The findings were discovered through a study carried out by researchers from the North Carolina State University.

The identification of the pain pathway could now help scientists to develop new treatments for those suffering with osteoarthritis. So, what did the study find and what does it mean for patients currently suffering with the condition? Find out everything you need to know below.

Understanding the latest study

The study used a mouse model with painful arthritis to show that blocking the pathway helped to eliminate pain. It also helped to restore mobility in the limb. It is the first study to identify an association between osteoarthritis pain and the pathway.

The GFRa3 system was already known to play a role in acute pain, but it hadn’t yet been associated with osteoarthritis. During the study, researchers found that GFRa3 was increased in sensory nerves in mice with chemically-induced osteoarthritis. After treating them with monoclonal antibodies, the limb function in the mice returned to normal within a couple of hours. This highlighted that the pathway does play a role in osteoarthritis pain.

It was essentially a proof-of-concept study that has revealed promising results. Now, researchers need to carry out more in-depth research of what triggers the pathway to signal pain in the first place.

Could it help develop new treatments moving forward?

The new study could lead to the development of new treatments. As shown in the mice model, monoclonal antibodies have shown to help eliminate pain and restore limb use in cases of osteoarthritis. However, now they need to be tested in human models to determine if they offer the same level of effectiveness.

So, future treatments could be developed based upon these initial findings. It won’t be anytime soon however, as further research still needs to be carried out. In the meantime, there are some effective ways to eliminate the pain associated with the condition.

MBST for osteoarthritis pain

MBST is one of the newest treatments available to address chronic pain. It is used to restore cartilage and heal the joints. For those with osteoarthritis in the knee or other joints, MBST can help to slow down to progression of the disease and eliminate pain and stiffness. Some studies have even shown the treatment can increase bone mass density.

MBST works by using the body’s electromagnetic energy. This is done through stimulating nuclei within hydrogen atoms. This activates specific cells, leading to the production of bone and cartilage. No other treatment can produce the same effects.

As it stands, MBST isn’t known to cause any side effects. It is one of the most effective treatments to help eliminate pain for those suffering with osteoarthritis in the joints. Book a consultation with MBST today; the first step is to be assessed for suitability prior to undergoing treatment.

MBST for osteoporosis

The menopause is known to cause many side effects. From hot flushes to hair thinning, your body goes through a lot due to hormonal changes. As well as these unpleasant and frustrating symptoms, the menopause can also result in more serious health concerns as it causes you to lose bone density. This makes the bones break much easier than they should.

While you can’t stop the menopause, there are things you can do to protect your bones. Here, you’ll discover some of the best ways to boost bone density during the menopause.

Focus on bone building exercises

As you get older, there is no denying that exercise gets harder. Your body aches more and your strength naturally starts to decline. However, just because it might be harder, it doesn’t mean it is impossible to build up strength in the bones.

To keep your bones strong and healthy, make sure you partake in gentle weight bearing exercises. These include walking, swimming, tennis, and climbing stairs. Ideally, you’ll want to do around 30 minutes exercise each day. If you’re new to exercise, you should talk to a health professional before getting started to ensure you don’t cause yourself an injury.

Give your bones the nutrients they need

Did you know that what you eat can also play a role in how healthy your bones are? You will want to make sure you are eating a diet high in calcium, Vitamin K, and Vitamin D. Some good foods to focus on include milk, egg yolks, oily fish, and leafy greens. You can also seek advice from your GP about starting to take multivitamin supplements if needed.

Make healthier lifestyle choices

Lifestyle choices can also impact the health of your bones. Smoking and drinking excessive levels of alcohol can both cause issues with bone density. Tobacco is known to decrease your bone density, and it also increases your risk of developing osteoporosis. Drinking excessive levels of alcohol, on the other hand, can reduce the amount of nutrients the bones absorb.

So, look at your lifestyle and see where you can make healthier choices. This will ultimately help you to protect your bones.

Consider MBST treatment

If you are at risk of developing osteoporosis or suffering from loss of bone density currently, MBST treatment may help. Triggering the production of additional bone and cartilage, this revolutionary treatment is known to eliminate pain and restore mobility.

MBST is also well tolerated by the body and is not known to cause any complications. Instead, it has shown to be an effective treatment for numerous conditions, including osteoporosis.

To find out if you are a good candidate for MBST for osteoporosis treatment, call 020 3282 7553 to book a consultation with MBST London for an assessment.

new treatment for arthritis

A recent small-scale trial has indicated that an injection of fat could help to alleviate arthritis in patients. With approximately 8.5 million people in the UK suffering from painful joints attributed to osteoarthritis, it’s not surprising that this trial received much media coverage.

Here, we will look at what the new trial will involve and whether fat transfer could be a workable treatment moving forward.

A new treatment for arthritis

The latest trial includes 120 patients, and it aims to assess the viability of single fat injections as a treatment to ease arthritis pain. Fat cells within the abdomen will be taken and injected into the patient’s joints.

There has been prior research carried out in 2017, that showed fat transfer to sore joints can help to eliminate pain and stiffness. The research, carried out by the Rush University Medical Center in the US, showed using a patient’s fat tissue as a source for stem cell growth can promote healing.

When can patients expect to receive this new treatment?

Currently, the trial is underway, so we won’t have the results until later in the year. However, there are some clinics across the globe that are already offering stem cell regenerative treatment, but patients should be aware that there is a lack of clinical data before embarking on treatment.

If the latest trial proves to be successful, a larger study will need to be carried out to determine its effectiveness. New treatments can take many years to become approved, so patients shouldn’t expect it to be hitting mainstream treatments anytime soon.

Although this may be disappointing news to patients, there are some effective treatment options available right now.

Current arthritis treatments available

While fat transfer as a potential treatment may take a while to approve, there are current treatment options patients can undergo. MBST (Magnetic Resonance Therapy), is a revolutionary treatment that can help to alleviate the pain of arthritis.

MBST essentially uses your body’s electromagnetic energy to heal itself. In particular, it can trigger the production of additional bone and cartilage. This can help to repair damaged joints caused by arthritis.

One of the main benefits of MBST is that it isn’t known to produce any negative side effects. Patients will need a few sessions to achieve desired results, but the procedure itself is painless and straightforward.

To find out whether MBST could be an ideal treatment option for your arthritis, call xxx to book a consultation today for a full assessment.

cartilage degradation after ACL injury

A new international study has revealed how cartilage degradation occurs after an ACL injury. The first of its kind study was published in the Journal of Orthopaedic Research. The goal of the research was to establish disease progression to help prevent Osteoarthritis caused by cartilage degeneration.

Here, we will look at what this new global study found and why MBST can be a good treatment option for ACL injuries.

New research into knee cartilage degradation

The study was carried out by multiple universities, including the University of Eastern Finland, the Massachusetts Institute of Technology, University of California San Francisco, and the Cleveland Clinic.

The researchers managed to capture the two mechanisms responsible for the progression of Osteoarthritis. Using a computational physics-based model, cartilage degeneration and recovery scenarios could be analysed after an ACL injury.

Recommendations are now being made for practitioners to use Magnetic Resonance Imaging in patients who undergo a ligament reconstruction[i]. Degradative changes can be monitored through 3D computational models, alongside clinical gait analysis.

What is an ACL injury?

Cruciate ligaments are found within the knee joint. They control the back and front motion of the knee, providing stability and keeping the tibia and femur in place. These ligaments can be damaged in several ways, and they are one of the most common sporting injuries experienced.

When an ACL injury occurs, you may hear a popping noise, or feel the knee give way. Other symptoms include a loss of motion, pain and swelling, discomfort when walking, and tenderness that can be felt along the line of the joint.

If the ACL experiences a massive tear, it is not likely to heal without surgery. However, some types of ACL injuries can be successfully treated with non-invasive management. There is evidence to suggest that those who suffer an ACL injury are at an increased risk of Osteoarthritis.

Treating Osteoarthritis with MBST

MBST is proving to be an effective treatment for early Osteoarthritis. This non-surgical approach aims to preserve the joint, by reversing cartilage degeneration.

MBST utilises targeted magnetic resonance imagery to transfer energy to tissue – in the cartilage this can help stimulate production of new cells. The body’s own natural healing process are then triggered to start regeneration. MBST is also thought to trigger anti-inflammatory and pain-relieving effects.

If you would like to determine whether MBST could be a good treatment option for you, call us on 020 3282 7553 to book a consultation today. After assessing your suitability, a treatment plan will be created if MBST is found to be a suitable option.

chronic pain treatments

A new study has pinpointed what causes acute pain to turn into chronic pain. Researchers from the University of California discovered a molecular mechanism is in control of the transition. So, what does this mean for those living with chronic pain and why are the findings important?

What is chronic pain?

Chronic pain is a debilitating condition that isn’t widely understood. It is classified as pain that lasts for longer than 12 weeks, and it can greatly interfere with a patient’s ability to carry out everyday activities. Many people who suffer with chronic pain also have trouble sleeping and experience mental health issues.

Often, the condition is brought on after an injury. However, sometimes there is no clear cause. It can affect people of all ages and it isn’t possible to predict whose pain will develop into chronic pain. Up until now, there has been little known about what triggers chronic pain to develop.

What did the new study find?

The findings of the latest study have been published within Science Advances. It showed that the intracellular enzyme known as N-acylethanolamine acid amidase (NAAA), signals the transition to chronic pain.

A significant finding was that this signalling could be reversed. By disabling the NAAA enzyme within 72 hours after tissue injury, chronic pain didn’t develop. However, so far, the studies have been carried out on mice. Further studies will need to be carried out on humans to establish if the same molecular process takes place.

While additional research does need to be carried out, these latest findings do provide a better understanding of chronic pain and what triggers the condition. This in turn can help scientists develop new potential treatments for chronic pain.

Treating chronic pain

We may be a long way off developing chronic pain treatments that can prevent it developing. However, there are treatments available to those who are suffering now.

MBST is one of the newer chronic pain treatments developed. It stimulates several biophysical processes, while also delivering pain-relieving and anti-inflammatory benefits. The treatment utilises MRI technology, only it stimulates the body’s natural healing processes rather than scans it.

This non-invasive therapy has no known side effects and has been used to treat MSK conditions since 1998. This is because it utilises the body’s own electromagnetic energy. It has been scientifically proven to activate the cells responsible for the production of bone and cartilage.

If you are struggling with the everyday impact of chronic pain, book a consultation today. MBST isn’t suitable for everyone, but it can greatly help to reduce the symptoms of chronic pain. During your consultation it will be determined whether you are an ideal candidate and whether MBST is the best course of treatment moving forward.

knee cartilage damage case study

Mr Jonathan Webb’s knee arthritis patient describes the difference that MBST has made to his life.

“It is now a year since I learned that osteoarthritis was setting into the knee where the cartilage was wearing thin, and I followed your advice and underwent MBST treatment.

I am very happy to say that my knee not only improved at the time of the treatment with the added physio but has continued to improve all year. I think this has been substantially aided by an intense bi-weekly yoga session.

My yoga teacher has a pretty kick-ass approach and works with failing sportsmen who are clinging to the wreckage of the damage done to their bodies and badly injured ex-army veterans. Over the course of nine months, this has greatly improved my all-round strength and flexibility, especially in the right knee.

I suspect it is the combination of the treatment, physio and then an ongoing tailored exercise regime that has done the trick. I have also cut out impact exercise like singles tennis, although I still play doubles and a bit of cricket. I am keen to maintain this progress and avoid knee replacement surgery for as long as possible.

I believe that an annual treatment of MBST could have a beneficial impact on those suffering from joint deterioration and should be incorporated into an ongoing recovery and stabilisation programme. It could represent a substantial saving in costs to insurers and the NHS.”

Bruce Tozer

Joint Pain

A study, recently published by the British Medical Journal, has aimed to find a new approach for treating joint pain. The goal of the study was to determine the clinical effectiveness of common surgical procedures, compared to having no treatment at all.

Living with joint pain can greatly reduce mobility and reduce quality of life. So, are the treatments currently available effective? Let’s look at what the study found and the best joint pain treatments you should consider…

What did the study find?

The umbrella study carried out a meta-analysis of the ten most common orthopaedic elective surgeries. These included a total knee replacement, arthroscopic anterior cruciate ligament reconstruction, and carpal tunnel decompression.

Data from randomised controlled trials showed total knee replacements and carpal tunnel decompression were superior to non-surgical methods. All other surgical options were not found to be any better or worse than non-surgical treatments.

Improvements have been made in non-surgical treatments in recent years, with options such as MBST showing particular promise. This means many patients can find relief without going under the knife.

The benefits of MBST for joint pain

MBST, or Magnetic Resonance Therapy, is a non-invasive treatment that works by stimulating cell regeneration. It does this at a molecular level, producing long-term results. The therapy can be used to treat a vast range of musculoskeletal issues such as Osteoarthritis, cartilage damage, and sports injuries.

Just some of the benefits of MBST include:

  • Non-invasive treatment
  • Effective results
  • Painless

MBST can be used to treat a wide range of joint problems. It is a non-invasive, painless procedure that is known to provide excellent results. In some cases, it may be a good alternative to a knee replacement procedure. However, it is important to note that it might not be the right option for everyone.

MBST can be a particularly great option for those in the early to mid-stages of Osteoarthritis. However, it’s important to book a consultation to determine whether it is the right treatment for you.