MBST for neck pain

Medical leaders are warning of a significant health crisis in Britain, driven by a sharp increase in back and neck problems. Linked to factors like obesity, sedentary lifestyles, and limited access to treatment, more needs to be done to tackle this growing problem.

Here we’ll look at the latest statistics into this crisis and its impact on both patients and the economy.

New study reveals true extent of health crisis

The National Office of Statistics’ latest figures paint a stark picture. Approximately 2.9 million people in the UK are suffering from back and neck related problems. Worryingly, between January and March 2023, around 995,000 people were out of work due to these issues. This is placing immense pressure on the economy, with an estimated cost of £1.4 billion annually in welfare.

There are several reasons for the increase in cases, such as the rise in remote working during the pandemic and obesity. Other contributing factors include an aging population, difficulties accessing treatment, and the fact people now work longer hours.

Many people unable to access the treatment they need

While back and neck pain can often be effectively treated with physiotherapy and rehabilitation, access to these services is becoming increasingly difficult. The NHS is currently facing a staffing crisis, resulting in over 310,000 people on the waiting list for musculoskeletal services.

Many people are unable to receive the timely and effective treatment they need, prolonging their pain and discomfort. It is also driving more patients to turn to private healthcare, and to search for alternative treatments like MBST.

MBST: an effective treatment for back and neck pain

Magnetic Resonance Therapy (MBST) is a highly effective method for treating back and neck pain. This non-invasive treatment works by targeting cells in the affected area, stimulating them to regenerate and repair. It is particularly effective for those suffering with conditions like osteoarthritis or degenerative disc disease; both of which are common causes of back and neck pain.

By focusing on the root cause of the pain, MBST offers a solution that goes beyond mere symptom management. It’s a safer alternative to treatments like opioids, which come with a risk of dependency and side effects.

If you’re experiencing back or neck pain and are seeking an effective treatment option, consider scheduling an appointment with MBST London. With their expertise, you can explore whether MBST could help relieve your back or neck pain.

Carpal Tunnel Pain Relief with MBST

For some patients, Carpal Tunnel Syndrome (CTS) can become a life-altering condition, leading to severe chronic pain. This can make it almost impossible to carry out daily tasks, significantly impacting quality of life.

Thankfully, groundbreaking research is currently underway, exploring new methods to help alleviate Carpal Tunnel pain. Here we explore what Carpal Tunnel Syndrome is, the new treatments being investigated, and current treatment options available.

What is Carpal Tunnel Syndrome?

Carpal Tunnel Syndrome occurs when the median nerve, which runs from the forearm into the palm, is pressed or squeezed at the wrist. This nerve controls sensations to the palm side of the thumb and fingers, excluding the little finger. It also sends impulses to some of the small muscles in the hand that allow the fingers and thumb to move.

Symptoms can include numbness, tingling, and pain in the arm, hand, and fingers. Chronic pain from CTS can significantly impact a person’s quality of life, making everyday tasks difficult and uncomfortable. It can also spread away from the hands and wrist, with many patients experiencing centralised pain in the brain.

What new methods are being tested to treat Carpal Tunnel pain?

Innovative research funded by the Helping to End Addiction Long-term® Initiative is exploring new ways to alleviate chronic pain caused by conditions like Carpal Tunnel Syndrome. One method being investigated is Electrosonic Stimulation (ESStim™). This is a non-surgical approach that combines electrical and ultrasound energy to target brain areas processing pain. The neuromodulation technique aims to modulate nerve activity and reduce pain signals.

This area of study followed 20 participants with carpal tunnel pain. Half received the ESStim™ treatment, while the other half received a placebo treatment. The results were promising, with those who received the actual treatment reporting a significant reduction in pain and improved hand functionality. The next phase of this research will investigate if combining physical therapy with ESStim™ can provide even greater relief. Other methods being tested include spinal cord stimulation and deep brain stimulation.

MBST for relieving Carpal Tunnel pain

While traditional treatments for carpal tunnel pain, such as opioids, have shown limited effectiveness, they come with potentially dangerous side effects. MBST is a safer and more effective alternative.

MBST is a non-invasive treatment that uses magnetic fields to stimulate cellular repair and regeneration in the affected area. This therapy can relieve pain, reduce inflammation, and improve mobility in the wrist and hand.

The treatment targets the root cause of the pain, rather than just masking symptoms. It’s particularly beneficial for those looking for a solution without the risks associated with surgery or long-term medication use.

To explore whether this innovative treatment could be an effective solution for you, book an appointment with MBST London. They will guide you through the possibilities of MBST, and whether it could be an effective approach to managing and alleviating your carpal tunnel pain.

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ACL injuries

The prevalence of ACL injuries in female athletes compared to men has come under the spotlight in recent years with the alarming ‘epidemic’ affecting women’s football.

Now, research has revealed various factors that could contribute to the increased risk of these injuries in elite female players.

The study suggests a correlation between the intensity of the game schedule, travel demands, and rest periods with the likelihood of sustaining an ACL injury.

Here we’ll explore the findings of this latest research and discuss the various treatment options available.

What Factors Affect ACL Injuries in Female Football Players?

A recent study by Fifpro, the players’ union, explored the workload and injury patterns of 139 female football players in Europe’s top leagues. Among them, 58 players were injured during the 2022-2023 season.

The study’s findings showed those who suffered ACL injuries typically had fewer rest days, played in more matches, and travelled more extensively than their uninjured counterparts.

This correlation suggests that the intense demands of the sport contribute to the higher incidence of ACL injuries in female footballers.

Preventing ACL Injuries in Women’s Sport

Preventing ACL injuries in women’s sports requires an understanding of the unique physiological and biomechanical factors at play.

One approach involves targeted training programs that focus on building up leg strength, improving balance, and teaching proper techniques for jumping and landing. These exercises aim to reduce the stress on the knee ligaments during intense activities.

Incorporating adequate rest periods and managing the match and training schedules can also help reduce the risk of overuse injuries like ACL tears.

Educating players and coaching staff about injury prevention and the importance of rest and recovery is crucial in safeguarding an athletes’ health and career.

Treating an ACL Injury: Your Options

When it comes to treating an ACL injury, the options vary based on the severity of the injury and the patient’s specific needs. One of the newer forms of treatment is Magnetic Resonance Therapy (MBST). This non-invasive treatment focuses on stimulating the regeneration of damaged tissues, potentially aiding in the recovery process without the need for surgery.

ACL repair surgery remains a common and effective treatment, especially for athletes looking to return to high-level sports. This procedure involves repairing or reconstructing the torn ligament to restore knee stability. Post-surgery rehabilitation is crucial for regaining strength and functionality.

A consultation with an orthopaedic surgeon who specialises in sports injuries, such as Mr Jonathan Webb, is essential for finding the right approach. If you would like to find out if MBST is an appropriate treatment option, call 020 3282 7553 to organise an assessment at MBST London.

Treating ski injuries

Skiing, a thrilling winter sport, comes with its share of risks and potential injuries. From knee ligament damage to fractures, understanding these common ski injuries is crucial for both prevention and effective treatment

Here we’ll explore the 5 most common ski injuries, offering insights into how they can be avoided and treating ski injuries with and without surgery.

  1. Anterior Cruciate Ligament Injuries

ACL injuries, where the ligament in the knee gets stretched or torn, are a common hazard for skiers. These injuries can occur due to sudden stops, falls, or incorrect landing from jumps.

To prevent them, you should focus on leg strength exercises, proper stretching before skiing, and using correct techniques. If an injury occurs, treatment options range from rest and physiotherapy for minor tears, to reconstructive surgery for complete tears.

Post-treatment, rehabilitation is crucial to regain full knee function and prevent future injuries.

  1. Breaks and Fractures

Skiing can result in various types of breaks and fractures, particularly in the lower legs, wrists, and arms. These injuries often occur from direct impacts or falls.

Prevention strategies include using the right protective gear, such as padded clothing and helmets, and ensuring you use proper ski techniques. Treatment typically involves immobilising the affected area with casts or splints, followed by a period of rest and gradual physiotherapy to rebuild strength and mobility.

  1. Shoulder Sprains and Dislocations

Shoulder injuries are typically the result of a fall onto an outstretched hand or directly onto the shoulder itself. These injuries can range from mild sprains to complete dislocations.

Preventive measures include strengthening shoulder and arm muscles and learning proper fall techniques. Treatment may vary from rest and ice for minor sprains to surgical intervention in the case of severe dislocations or ligament damage. This will be followed by rehabilitation for restoring strength and range of motion.

  1. Wrist and Thumb Fractures

Falls onto an outstretched hand can often lead to wrist and thumb injuries, including fractures and sprains. Wearing wrist guards and using proper gloves can help reduce these risks.

Treatment generally involves immobilisation with splints or casts. This is often followed by a regimen of physiotherapy to help regain dexterity and strength in the hand. Early treatment is crucial to prevent long-term mobility issues.

  1. Head Injuries

Head injuries, including concussions, can be some of the most serious injuries in skiing. They can occur from falls or collisions.

Wearing a well-fitted helmet is the best preventive measure. If a head injury is suspected, immediate medical attention is crucial. Treatment for concussions involves physical and mental rest, followed by a gradual return to activity under medical supervision.

Treating ski injuries

For many ski injuries, particularly those affecting ligaments and joints, MBST (Magnetic Resonance Therapy) has emerged as a promising treatment. This non-invasive approach uses magnetic resonance to stimulate tissue regeneration and healing.

While not necessarily a replacement for traditional treatments, MBST can complement physiotherapy and surgery, potentially speeding up recovery and reducing pain.

The first step is to arrange an assessment with MBST London to find out if you’re suitable for treatment. Call 020 3282 7553.

Carpal Tunnel Syndrome

Carpal Tunnel Syndrome (CTS) is a common and often misunderstood condition that affects millions of people each year. Understanding what it is and the symptoms to watch out for can help you deal with its challenges and find the best ways to treat it.

In this blog, you’ll discover what CTS is, how it happens, its symptoms, and the best treatment options currently available.

What is Carpal Tunnel Syndrome?

Carpal Tunnel Syndrome (CTS) is a common condition that occurs when the median nerve, which runs from the forearm into the palm, becomes pressed or squeezed at the wrist.

The carpal tunnel, a narrow, rigid passageway of ligament and bones at the base of the hand, houses the median nerve and tendons. When this tunnel becomes narrowed, or when the tissues surrounding the flexor tendons swell, it leads to increased pressure on the median nerve, causing the symptoms of CTS.

The characteristics of Carpal Tunnel Syndrome

Many patients mistakenly think they have Carpal Tunnel Syndrome as they don’t fully understand the symptoms. The key characteristics of CTS include:

  • Numbness and tingling
  • Symptoms worsen at night
  • It isn’t usually painful
  • It is often caused by other heath conditions

One of the key characteristics of CTS is numbness and tingling, especially in the thumb, index, and middle fingers. Unlike other hand-related conditions, CTS isn’t typically painful, but it can lead to discomfort. This sensation can worsen at night and may radiate towards the elbow and shoulder, causing discomfort there too.

Often, it is caused by other health conditions, including thyroid disease, rheumatoid arthritis, and diabetes. These conditions can lead to changes in the tissues or the nerves within the carpal tunnel, contributing to the development of CTS.

Treating Carpal Tunnel Syndrome

Treatment for CTS varies depending on the severity and the underlying cause. Common treatments include wrist splinting, especially at night, to relieve the symptoms. Cortisone injections are also effective in some cases, particularly in the early stages of CTS, or in mild cases such as those related to pregnancy.

These treatments aim to reduce the inflammation and pressure in the carpal tunnel, providing relief from the symptoms. Oral anti-inflammatory medications can also be helpful, particularly for night-time symptoms.
In recent years, MBST has become a highly effective treatment option for CTS. This non-invasive approach uses magnetic resonance technology to potentially stimulate the regeneration of damaged tissues in the carpal tunnel.

The treatment aims to reduce symptoms and improve the function of the hand and wrist by addressing the underlying causes of the syndrome. However, like all treatments, the suitability and effectiveness of MBST depends on individual factors and should be discussed during an assessment.

Schedule an appointment with MBST London to discuss whether MBST could be the right treatment approach for you.

Plantar Fasciitis treatment

Heel pain is a common complaint that can stem from various causes, but one common reason is plantar fasciitis. Particularly common in runners and athletes, there are various reasons this painful condition can occur.

Here, we’ll explore why the discomfort you’re experiencing in your heel could be due to Plantar Fasciitis. You’ll learn about its symptoms, causes, and the treatment options available to help you better manage the pain and take steps towards recovery.

What is Plantar Fasciitis?

Plantar fasciitis is a common cause of heel pain, often characterised by a stabbing sensation that typically occurs when you take your first steps in the morning.

The condition involves inflammation of the plantar fascia, a thick band of tissue that runs across the bottom of your foot that connects your heel bone to your toes. Pain usually decreases as you move more, but it may return after long periods of standing, or when you stand up after sitting for a long time.

The plantar fascia acts like a shock-absorbing bowstring, supporting the arch in your foot. If tension and stress on this bowstring become too great, small tears can develop in the fascia. Repeated stretching and tearing can also cause the fascia to become irritated or inflamed.

The condition is more common in runners, those who are overweight, and people who wear the wrong type or size of shoes.

What causes Plantar Fasciitis?

Plantar fasciitis is primarily caused by repetitive strain injury to the ligament of the sole of the foot. This strain injury can be a result of excessive running or walking, inadequate foot gear, or from landing after a jump.

People with very flat feet, or very high arches, are more likely to develop the condition. The risk is higher for women and age too plays a role. It is most common in people between 40 and 60 years of age.

Occupations that require a lot of walking or standing on hard surfaces can also contribute to the onset of plantar fasciitis. Finally, a tight Achilles tendon or calf muscles, which attach to the heel, can put extra stress on the plantar fascia.

Treating Plantar Fasciitis with non-surgical methods

Non-surgical treatments are often very effective at treating plantar fasciitis. These include rest, reducing activities that cause heel pain, ice application, and over-the-counter pain relievers to reduce pain and inflammation.

Physical therapy exercises can also help stretch the plantar fascia and Achilles tendons, and strengthen lower leg muscles, which stabilises your ankle and heel. Orthotics or arch supports for your shoes and night splints that stretch your calf, and the arch of your foot, can also provide relief.

Another non-surgical treatment option is Magnetic Resonance Therapy (MBST). MBST is a non-invasive technology that aims to stimulate the healing process at a cellular level. It can potentially regenerate damaged tissues in the plantar fascia, helping to reduce pain and improve foot function.

This therapy could be especially beneficial for those seeking an alternative to more traditional treatments, or who are trying to avoid surgery. However, it’s important to consult with a professional to determine if MBST is a suitable treatment option for you.

To find out if you’re suitable for MBST for Plantar Fasciitis, book an appointment with MBST London today.

pain at night treatment

Have you ever wondered why body aches appear to worsen at night?  Often referred to as ‘Painsomnia’, this phenomenon is especially common in those with arthritis.

While it’s not unusual for aches and pains to amplify during the night, the reason behind it has remained a mystery for experts. However, new research has suggested that it may be down to our internal clocks, also known as circadian rhythms.

Here, we’ll explore the findings of the latest research, why arthritis symptoms often worsen at night, and the treatment options available.

Understanding the Latest Study

The recent French study, led by Claude Gronfier, took place over 34-hours, and included 12 participants. The researchers aimed to analyse the daily ebb and flow of pain sensitivity. By raising the heat on a device against the subjects’ skin every two hours, they identified the temperature that triggered pain.

As the study progressed, they asked participants to rate their pain levels at specific heat points. To ensure accurate results, the researchers measured the participants’ circadian rhythms through melatonin levels in saliva, aligning everyone to a unified 24-hour cycle.

Remarkably, they found that pain sensitivity consistently peaked in the early hours around 3 to 4am and diminished approximately 12 hours later.

They also discovered people’s feelings of pain followed their body’s natural clock. It turned out that the body’s 24-hour clock, or circadian rhythm, was mostly responsible for when pain felt more intense or less intense.

What is Arthritis Pain at Night?

The cloak of night seems to bring more than just darkness for those battling arthritis; it also ushers in heightened pain. Scientists speculate that this nocturnal increase in discomfort could be linked to the body’s circadian rhythms.

During the night, changes in hormonal activity, such as a decrease in the body’s natural anti-inflammatory corticosteroids, coincide with an increase in pro-inflammatory cytokines. These alterations can intensify the pain and stiffness associated with arthritis.

The body’s natural position during sleep can also lead to the immobility of the joints, which may exacerbate pain. Additionally, night-time temperatures can contribute to increased joint discomfort, as muscles and tissues around the joints can stiffen, adding to the sensation of pain.

Treating Body Aches and Pains with MBST

MBST can be an effective treatment option for those tormented by the relentless discomfort of body aches, particularly those associated with arthritis. It utilises the principles of magnetic resonance, like MRI technology, to potentially stimulate the regeneration of cells and repair tissues.

The treatment is non-invasive, and its targeted approach is designed to repair the molecular structure of cartilage and bone cells. This potentially eases inflammation and promotes a faster recovery.

As this treatment is relatively new, it offers a novel approach for managing pain that may not respond to conventional therapies.

If you are suffering with aches that worsen during the night, book an appointment with MBST London to find out if this unique treatment could alleviate the discomfort and pain associated with arthritis.

Novel approach to treating osteoarthritis

With over a quarter of a billion people worldwide suffering with Osteoarthritis (OA), the need for effective treatments has never been more critical. The condition is the most common joint disease, causing chronic disability for millions of people.

In the absence of a cure and approved medications to treat OA, a team of UK researchers has stepped into the limelight, unveiling a potential new treatment approach.

In today’s blog, we explore the novel new treatment approach, what osteoarthritis is, and the best treatments currently available.

Exciting Discovery Could Lead to New Treatment for Osteoarthritis

Researchers from the University of Manchester and Link Biologics Limited have discovered a potential new treatment for Osteoarthritis. The results of the study have been published in the Osteoarthritis and Cartilage Journal, revealing Link_TSG6 may be the key to controlling inflammation.

This drug is based on a fragment of the TSG-6 protein, a molecule naturally present in the human body. As well as controlling inflammation, the protein is also responsible for protecting the cartilage.

The study put Link_TSG6 through a series of tests, including experiments with cells, rodent models, and human cartilage samples from knee-replacement surgeries. It was discovered that the drug actively suppresses enzymes known to cause cartilage damage, which is a key problem in osteoarthritis.

Excitingly, it also seems to help ease pain, acting as a potential analgesic. Its effects could benefit a diverse range of osteoarthritis sufferers, with many of the cartilage samples responding positively to the treatment.

The implications of this new research are significant. It’s a potential treatment that not only slows down the damage, but also reduces the pain associated with the condition. This could drastically improve the quality of life for millions of people.

What is Osteoarthritis?

Osteoarthritis is a degenerative joint disease that is characterised by the wearing away of the protective cartilage at the ends of bones.

As this cushioning cartilage breaks down, the bones can rub together, causing pain, swelling, and a decrease in motion at the joint. The condition can affect any joint but is most found in the knees, hips, hands, and spine.

While it develops gradually, the impact on a person’s quality of life can be significant, making everyday activities challenging and painful.

What Osteoarthritis Treatments Are Currently Available?

When it comes to managing Osteoarthritis, current treatments focus on addressing the symptoms and improving joint function. Patients often turn to pain relievers, anti-inflammatory drugs, and physical therapy as a starting point.

As the disease progresses, injections of corticosteroids or hyaluronic acid directly into the joint can offer relief. In severe cases, joint replacement surgery might be the recommended route.

Another option is MBST, a non-invasive therapy that has the potential to target the root causes of osteoarthritis. It works by using magnetic fields to stimulate the molecular activity in cartilage cells, potentially slowing the degenerative process and promoting regeneration.

Patients who undergo MBST report reduced pain and enhanced mobility. It is an effective, pain-free option ideal for those looking for an alternative to surgery or long-term medication use.

While it has shown to be effective in most patients, it isn’t suitable for everyone. To find out if MBST could be the key to treating your osteoarthritis, schedule an appointment MBST London for an assessment.

Menopause and Bone Health

World Menopause Day is marked on 18th October, making this the perfect time to highlight the effects it has on the body. it’s not just about the common symptoms many of us know. Beyond the hot flushes, mood swings, and issues sleeping, the menopause can lead to issues with the bones, joints, and muscles.

Here, we explore how the menopause affects the bones, and more importantly – what you can do about it.

The Menopause and Bone Health

The menopause is known to cause a range of symptoms, but few realise the impact it can have on bone health.

Bones, like other parts of our body, undergo a continuous process of breakage and repair. Oestrogen, one of the primary female hormones, plays a pivotal role in this cycle. It supports the cells responsible for forming new bone, ensuring a healthy balance between bone formation and loss.

However, as women approach and transition through the menopause, oestrogen levels begin to drop. This decline disrupts the balance, leading to bone loss at a rate faster than it can be replaced.

Over time, this continuous loss can thin the bones, leading to a condition known as Osteoporosis. The decline in bone density can also cause joint pain, increased vulnerability to fractures even from minor falls, and a gradual decrease in height.

These changes can impact overall mobility, posture, and the quality of life, making it crucial for women to be proactive about their bone health during and after the menopause.

Protecting Your Bone Health During the Menopause

Taking proactive steps towards maintaining bone health is essential, especially during the menopause. Here’s what you can do:

  • Diet: Ensure you’re getting enough calcium and vitamin D. These are bone-building essentials. Leafy greens, dairy products, and fortified foods are excellent sources.
  • Exercise: Regular weight-bearing exercises like walking, jogging, or even dancing, can be beneficial. These activities help in building and maintaining bone density.
  • Avoid excessive alcohol and tobacco use: Both can decrease bone mass, making bones more fragile.
  • Regular Check-ups: Schedule bone density tests with your doctor, especially if you have a family history of osteoporosis.

Using MBST to Repair the Bones, Joints, and Muscles During the Menopause

MBST, or Magnetic Resonance Therapy, is a breakthrough approach that’s been gaining traction as a solution to menopausal bone health challenges. It uses magnetic fields to stimulate cells in bones, joints, and muscles, helping to boost repair and regeneration.

Many women have found relief and rejuvenation through MBST, especially when experiencing joint pains or weakened muscles during the menopause. By targeting the root of the problem, MBST offers a promising treatment for maintaining strength and mobility during this transformative period.

Understanding and addressing the impact of the menopause on bone health is crucial. Remember, the menopause may be a natural phase, but that doesn’t mean you can’t take charge of how it affects your bones, joints, and muscles.

Schedule an appointment with MBST London to see if MBST could be an ideal option to protect your bone health during the menopause.

Arthritis Treatment

According to a recent study published in The Lancet Rheumatology, by 2050, nearly 1 billion people could be dealing with osteoarthritis. Today, 15% of people aged 30 and above are already affected by the condition globally.

Here, we explore the latest findings, why Osteoarthritis is a growing problem, and how it is best treated.

What is Osteoarthritis?

Osteoarthritis, commonly referred to as ‘wear and tear’ arthritis, is a degenerative joint condition that affects millions worldwide. It develops when the protective cartilage that cushions the ends of your bones wears down over time.

As the cartilage deteriorates, the bones can begin to rub against each other, causing pain, swelling, and stiffness. Osteoarthritis can occur in any joint, but commonly affects the hands, knees, hips, and spine.

Various factors can increase the risk of developing osteoarthritis, including age, genetics, previous joint injuries, obesity, and overuse of certain joints. Over time, the condition can impair movement and even lead to joint damage.

Recognising and managing osteoarthritis early can help control pain, stay active, and maintain a good quality of life.

Exploring the Findings of the Latest Study

The latest study analysed osteoarthritis data over a period of 30 years. Researchers discovered that the number of people with the condition has seen a dramatic rise due to ageing, an increased population, and higher levels of obesity.

In 1990, 256 million had Osteoarthritis, and this number more than doubled to 595 million by 2020. By 2050, we could see close to 1 billion people with the condition.

The data also revealed women are more affected by the condition than men. In 2020, out of everyone with osteoarthritis, 61% were women and 39% were men. Scientists think reasons like genes, hormones, and body structure could explain this difference.

Obesity is another big reason for the increase in cases. According to the data, if we could reduce obesity worldwide, we could lower osteoarthritis cases by around 20%. In 1990, obesity caused 16% of the osteoarthritis-related problems and by 2020, this number grew to 20%.

Arthritis Treatment with MBST

MBST is an innovative arthritis treatment. It focuses on stimulating the affected cartilage cells using magnetic fields, aiming to promote natural repair and regeneration within the joints.

Unlike traditional treatments that often focus on treating the symptoms, MBST addresses the root cause by encouraging the body’s natural healing abilities. The treatment is also painless and non-invasive, which means no surgeries or injections are involved.

Patients undergoing MBST often report a reduction in pain and enhanced joint mobility, making daily activities more comfortable.

The therapy sessions are typically relaxed. Patients sit or lie down in the MBST device, which resembles an MRI machine, allowing the targeted magnetic fields to work on the affected area.

The duration and frequency of treatment sessions can vary based on individual needs and the severity of the osteoarthritis.

Interested to learn more? Book an appointment with MBST London.