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.

Treating shin splints with MBST

Shin splints can be a real pain for athletes and fitness enthusiasts alike, often manifesting as a nagging, aching pain in the lower leg. Whether you’re a runner, a dancer, or someone who enjoys a brisk walk, you’ve likely heard of, or experienced this condition.

Recent research has gone in-depth into understanding the causes and effects of this condition. This can help to offer fresh insights and allow patients to explore innovative treatment avenues, including MBST.

What Are Shin Splints?

Shin splints, medically known as medial tibial stress syndrome, occur when there’s pain along the inner edge of the shinbone (tibia). This condition is commonly seen in people who engage in moderate to heavy physical activity and is particularly prevalent among runners.

The symptoms typically include sharp or dull aching in the front part of the lower leg. This discomfort can be aggravated by physical activities, affecting your training routine and overall quality of life.

Latest Findings on the Causes and Effects of Shin Splints

Two recent studies have offered valuable insights into the science of shin splints, enhancing our understanding of both their causes and effects.

Researchers at the University of Calgary focused on the role of running speed, utilising motion sensor technology to track the leg movements of 17 volunteers. The participants ran on treadmills at various speeds and inclines while sensors gathered data on force, acceleration, and leg movement speed. This data was analysed using a specialised computer program. It calculated the resulting strain on the shin bones and muscles, finding that running speed had the most significant impact on the onset.

A second study by the University of Michigan focused on muscular impact. For the first time, ultrasound technology was used to examine the legs and feet of adolescent runners, with and without shin splints.

Compared to healthy runners, those with the condition had decreased muscle and tendon size in their feet and calves. They found that more muscles were compromised than previously thought, and the quality of certain muscle fibres also decreased, signalling a loss of strength.

The study also suggested that injuries in the lower leg could lead to abnormalities higher up, like in the knee tendons. The researchers highlighted the value of musculoskeletal ultrasound in formulating rehabilitation plans.

What Are your Treatment Options?

For years, the go-to treatment has been the RICE method (Rest, Ice, Compression, and Elevation). This approach aims to reduce inflammation and relieve pain. Over-the-counter pain relievers like ibuprofen are also often recommended.

In more severe cases, medical interventions such as physical therapy to improve running form, or orthotics to correct imbalances may be suggested.

If conventional treatments haven’t worked for you, it might be time to explore MBST. This groundbreaking therapy uses magnetic fields to stimulate the cells in the affected area, encouraging natural healing processes.

Unlike other methods, MBST addresses the root cause of the pain, not just the symptoms. It has proven to help with various musculoskeletal issues, making it a promising alternative for those suffering from shin splints.

By understanding your options, from conventional treatments to innovative methods like MBST, you can make an informed decision about how to manage and potentially eliminate the pain from shin splints.

Book an appointment to discover whether MBST could be an ideal treatment option for you.

good bone health

The menopause causes all kinds of changes in a woman’s body. One of the lesser known, but crucial changes that take place is the effect on bone health. As oestrogen levels drop, the bones start losing their density, increasing the risk of fractures and osteoporosis.

Here, we delve into what happens to your bones during the menopause, the associated risks, and ways to promote good bone health.

What Happens to the Bones During the Menopause?

The menopausal phase is a transformative period for women, not just hormonally but also for bone health. Oestrogen, a hormone that plays a crucial role in maintaining bone density, decreases significantly during menopause. As a result, bones lose calcium and other essential minerals at a faster rate, making them more fragile and prone to fractures.

The Risk of Osteoporosis During the Menopause

Due to the rapid decrease in oestrogen levels, the risk of developing osteoporosis, a condition characterised by weakened bones that are susceptible to fractures, increases substantially during menopause. According to statistics, one in two women over the age of 50 will experience an osteoporosis-related fracture in their lifetime.

Given these risks, it’s imperative to take proactive steps to maintain and improve bone health during this life stage.

How to Promote Good Bone Health During and After the Menopause

Promoting good bone health during and after menopause involves more than just calcium supplements. A balanced diet rich in vitamin D, magnesium, and omega-3 fatty acids, can help improve bone density.

Exercise also plays a role, particularly weight-bearing activities like walking, jogging, and strength training, which can stimulate bone formation. Additionally, lifestyle choices like quitting smoking and limiting alcohol consumption can have a positive impact on bone health.

Hormone replacement therapy (HRT) is also an option to discuss with your healthcare provider, as it can replenish diminished oestrogen levels and help maintain bone strength.

Taking steps to improve your bone health during the menopause not only minimises the risk of Osteoporosis, but also paves the way for a more active and fulfilling post-menopausal life.

Recent advancements in medical technology have introduced innovative treatments like MBST, that focus on promoting good bone health. MBST uses magnetic fields to stimulate cellular repair processes. This makes it a non-invasive and painless treatment for Osteoporosis and other bone-related issues. It has the potential to not just halt bone degeneration but also to improve bone density, making it an exciting option for those going through menopause.

If you’re going through menopause and are concerned about your bone health, schedule an appointment with MBST London today. They will answer any questions you may have and explore whether MBST could be a suitable treatment option for you.

understanding osteoarthritis

Osteoarthritis affects millions, and with recent breakthroughs, our understanding of its origins and potential remedies is evolving rapidly. In the UK alone, Versus Arthritis notes that osteoarthritis impacts a staggering 10 million people. It’s a significant contributor to disability, and often causes significant pain and discomfort for those affected.

Here, we’ll look at the latest insights into this debilitating condition, and the treatment options available.

What is Osteoarthritis?

Osteoarthritis involves the wearing down of cartilage in the joints, which can be linked to changes in a special fluid, called synovial fluid. Researchers recently investigated how these changes might be connected.

They focused on a component of this fluid called Hyaluronic Acid (HA). In healthy joints, HA is present in a particular amount and size, but in joints with osteoarthritis, it’s different—there’s less of it, and it’s smaller.

The study also investigated how these changes affect the protective layer in our joints, which lets our bones move smoothly without friction. By experimenting on gold surfaces, the researchers found that having the right balance of HA is crucial for this protective layer to form properly.

These discoveries could help in developing ways to diagnose this condition earlier. The team is now doing more studies to see if what they found on gold surfaces is true for actual joints, aiming to better understand and tackle osteoarthritis.

What is the Difference Between Osteoarthritis and Arthritis?

Arthritis is a general term used to describe inflammation in the joints, including over a hundred different types of joint diseases. The main symptoms usually include joint pain and stiffness.

Osteoarthritis is a specific type of arthritis. It’s primarily caused by the wear-and-tear of joint cartilage over time, which reduces its ability to act as a cushion between the bones. As osteoarthritis progresses, the cartilage breaks down, and bone might rub against bone. This can lead to pain, swelling, and reduced joint mobility.

Your Treatment Options

When it comes to treating osteoarthritis, the initial approach often involves a combination of medical treatments and lifestyle changes. Pain relievers and anti-inflammatory medications, like ibuprofen or acetaminophen, are commonly prescribed to manage pain.

For more severe cases, surgeons might recommend joint injections or even joint replacement surgery.

However, non-medical treatments can also be useful. Physical therapy exercises for example, can strengthen the muscles around the affected joint, providing more support and reducing strain. Weight management is crucial too. If you are carrying excess weight, it can exacerbate wear on the joints.

Another option that is proving to be highly effective is MBST. Unlike traditional treatments that target the symptoms, MBST focuses on the root cause. It harnesses the power of magnetic resonance to stimulate the affected cells, promoting regeneration and offering relief from pain.

Schedule an appointment with MBST London to explore whether MBST could be an ideal treatment for your osteoarthritis.

treatment of chronic back pain

Chronic back pain is a common problem that affects around 5.5 million people according to findings from Versus Arthritis. Traditionally, doctors have often turned to opioids to help ease the pain. However, concern over addiction and side effects has led to increased research into the impact of using these drugs to treat chronic conditions.

According to the latest research, opioids may be no more useful than a placebo in treating chronic back pain. This surprising insight could change the way back pain is treated and prompt a look at other methods to help those suffering.

In this blog, we’ll examine what the study found and look at other ways to relieve this persistent and often debilitating pain.

Breaking Down the Findings of the Latest Study

Published in The Lancet, the latest study aimed to assess the effectiveness of opioids for treating acute lower back and neck pain. The research took place across 157 primary care and emergency department sites in Australia. It is the first placebo-controlled trial specifically for opioid use in acute low back and neck pain cases.

The goal of the study was to determine pain intensity, six weeks after starting the treatment. Participants were given a specific opioid therapy, and the dose was adjusted over time to gauge its impact on their level of pain.

Surprisingly, results revealed that using opioids for two to four weeks showed no significant improvement in overall quality of life, physical function, recovery time, or even time off from work. Even after six weeks, there was only a minimal difference in pain levels between those taking the opioids and those on the placebo.

More concerning was the discovery that a quarter of the participants from both groups started misusing opioids a year after the trial. While there were some limitations in the study, like missing data for 25% of participants, the findings suggest that opioids may not only be ineffective for treating certain types of back and neck pain but might also pose a risk for misuse.

What Are the Dangers of Treating Back Pain with Opioids?

Opioids, often prescribed for chronic pain relief, come with a range of risks. One of the main, and most concerning risks, is addiction. These powerful medications can be habit-forming, leading patients down a path of dependency that can be challenging to reverse. Once dependent, patients might increase their dosage beyond what’s prescribed, escalating the risk of overdose, a potentially fatal consequence.

Beyond addiction, there are various side effects associated with opioid use. These can range from constipation, drowsiness, and mental fog to more severe issues like respiratory depression, which happens when breathing becomes dangerously slow. Long-term use can also lead to increased tolerance, meaning over time, patients might need more of the drug to achieve the same level of pain relief, further amplifying the risks.

As highlighted in the recent study, opioids might not even provide significant relief for those with chronic back pain. This means patients could be exposing themselves to these risks without reaping the expected benefits.

MBST: A Safe and Effective Treatment for Chronic Back Pain

As concerns grow regarding opioid use for chronic back pain, alternative treatments are gaining in popularity. MBST, or Magnetic Resonance Therapy, is a particularly effective and safe choice. Unlike opioids, MBST is non-invasive and doesn’t rely on medications. Instead, it utilises magnetic fields to stimulate cells within the affected area, promoting regeneration and healing.

Patients undergoing MBST treatment typically report a reduction in pain and an improvement in mobility, without any nasty side effects. The therapy is especially promising for those who’ve tried other treatments without success.

As we continue to explore safer, more effective ways to manage chronic back pain, MBST could offer a path to relief that sidesteps the pitfalls of opioid use.

Schedule an appointment with MBST London for an assessment of chronic back pain.

Chronic Back Pain Therapy

Researchers are calling for more study into chronic back pain therapy after carrying out an assessment into the effectiveness of Cognitive Functional Therapy. They found that although this emerging treatment is frequently recommended, it doesn’t appear to do any better than traditional treatments for back pain.

Here we look at what the assessment found, and the benefits of MBST for treating chronic back pain.

No Evidence to Support Effectiveness of Cognitive Functional Therapy

Cognitive Functional Therapy (CFT) is a newer approach to helping people deal with ongoing lower back pain. It combines several methods like teaching patients about pain, getting them to exercise, and providing lifestyle advice, all based on a more modern view of how pain affects the whole body.

Jack Devonshire, who is studying for his PhD at UNSW Sydney and Neuroscience Research Australia, took the lead in reviewing current research on CFT. For his study, he defined chronic back pain as pain that lasts for at least three months, in the area from the lower ribs to just above the backside.

CFT started getting popular after the first study on it in 2013, which was based on ideas from 2008. Since then, there have been several studies conducted worldwide. Mr Devonshire looked at all the studies that met certain criteria, and together with other researchers, found that right now, we still don’t really know if CFT is effective.

Blind Studies Now Needed Say Researchers

The research team suggests that future studies should focus on blind trials, where participants don’t know if they are getting the real or placebo treatment. They also recommend larger studies are carried out.

According to the results, CFT might not be better than traditional methods in reducing the intensity of pain. This is true not just right after the treatment, but even a year later. On a positive note, the researchers did find that there were no reports of negative side effects in patients who underwent CFT treatment.

Using MBST to Treat Chronic Back Pain

MBST is an innovative approach to treating chronic back pain. It focuses on repairing damaged cells using magnetic resonance, which involves the transfer of energy into the affected tissues. What makes MBST unique is its ability to address the underlying cause of the pain, rather than just masking the symptoms.

Chronic back pain can be debilitating and affect various aspects of life, including work, hobbies, and even relationships. It’s essential to explore different treatment options to find what works best for you. If you’re tired of living with persistent back pain and are seeking an innovative, non-invasive treatment, MBST might be the solution you’ve been searching for.

Don’t let chronic back pain hold you back any longer. Take the first step towards a pain-free life by scheduling an appointment to discuss if MBST could be an ideal treatment for your chronic back pain.

Painkillers for back pain

MBST is extensively used in mainland Europe and is frequently prescribed by Orthopaedic surgeons and doctors in Germany and Spain. However, we have been a little behind the curve in the UK but NICE (National Institute for Clinical Excellence) are due to review the treatment in 2025. Hence there is already a lot of research that has been carried out.

The Research

Back in 2000, Froboese used specialist MRI scanning technology to measure the thickness of cartilage before and after MBST, noting that the entire surface of the knee had grown following treatment. As Physios this is pretty exciting stuff, as for many years we believed that arthritis was only ever degenerative in nature and the story only ever went in one direction.

More recently the university of Vienna explored this a little further and looked at the genetic expression of the cells that make up cartilage. They found that MBST not only modulates the RNA but also stunts a number of the biological processes associated with inflammation. This, therefore, could explain why patients with arthritis benefit from the treatment and describe a reduction of stiffness in their joints after the 9 sessions.

It is important that we don’t just use laboratory based experiments to quantify the efficacy of medical interventions which is why some research carried out by Kullich in 2013 was so exciting. They surveyed 4500 patients and used qualitative information to measure the success of MBST, finding significant improvements in patients’ pain both at rest and when loading.

At Six Physio we recognise the importance of NICE approval for medical interventions to find themselves in the healthcare setting. However, with such high quality research available, we want to be ahead of the curve and in a position where we’re able to offer the treatment to our patients should they wish to have it.

wound healing therapies and MBST

Skin wounds are a common issue that can lead to extended hospital stays, infection, and in severe cases, death. While there have been advancements in devices that aid in wound healing, they primarily address the large-scale aspects, rather than the minute underlying processes.

A recent study provides an overview of the progress in creating new drugs, biological products, and materials specifically for wound healing. This includes both therapies that are currently available, and those that are still in the experimental stage.

Hundreds of New Wound Dressings in Development

According to the latest study, there are hundreds of new wound dressings being tested and developed to treat both fresh and long-standing wounds. These dressings work in different ways and can be used during various stages of wound healing. For example, some help in quickly sealing the wound to stop bleeding, some help in controlling the immune response during the swelling phase, and others act as substitutes for natural materials in the body during the healing and restructuring stages.

The variety of these approaches is promising, as it suggests that healthcare professionals may soon have new methods to improve wound healing. However, despite these advancements, there are still significant challenges in treating both fresh and chronic wounds.

What Causes Wound Healing Disorders?

The body naturally works to fix a wound quickly by creating new tissue. However, sometimes the wound healing process encounters problems, which can lead to chronic pain, difficulty moving, or lasting nerve damage. Normally, wounds heal effectively, but complications arise when the process is disrupted. A wound that hasn’t healed after six weeks is considered chronic.

Insufficient blood flow to the wound area is one issue that can restrict healing. Without proper circulation, the wound edges can decay, or the wound can reopen, allowing germs and bacteria to enter. This can lead to a persistent wound healing disorder such as infections, bruising, excessive scar tissue, wound reopening, and poor blood supply.

Wound Healing Therapies: MBST

MBST therapy uses magnetic resonance, a method where hydrogen nuclei absorb and release energy into nearby tissue. Research indicates that MBST can stimulate connective tissue cells and the substance between cells (ECM). It is believed to have anti-inflammatory and pain-relief effects and helps to promote the body’s natural repair mechanisms.

The primary goal of MBST therapy is to improve the wound healing process, as well as boost the healing rate of chronic wounds. It aims to quickly repair damaged tissue, restore the skin’s protective function, and improve scar formation. After surgery, MBST therapy is employed to encourage tissue repair and promote the development of strong, unnoticeable scars that protect against reopening or infection.

The level of pain experienced after surgery often depends on how the incisions are made and how tissues and bones are manipulated. Post-surgical pain is not only uncomfortable, but it can also hinder the normal healing process. MBST therapy intervenes by reducing pain and inflammation through focused energy transfer, to injured or impaired tissues.

To learn more about how MBST can aid in wound healing, schedule a consultation with MBST London today.