Magnetic resonance therapy (MRT) is a noninvasive procedure that employs electromagnetic energy to stimulate cartilage cells. MRT facilitates regeneration while alleviating symptoms like pain, inflammation and stiffness.
Standard morphological MRI sequences can detect knee osteoarthritis progression but lack sensitivity for early changes.
Reduces pain and inflammation
Osteoarthritis is an inflammatory condition of the joints that causes pain, swelling, and stiffness, often in the knee joint. Osteoarthritis affects people of all ages and activity levels and can even result in permanent disability for some people. There is no known cure for arthritis; however symptoms can be managed with medication and therapy treatments.
Magnetic Resonance Imaging (MRI) has become an indispensable diagnostic tool, providing unparalleled detail of tissues within the body. Utilizing nuclear magnetic resonance, this innovative technology uses nuclear magnetism to illuminate internal body structures without exposing patients to harmful radiation levels. By activating hydrogen nuclei to produce images and data, MRI allows precise visuals of internal structures like bones, muscles, tendons, ligaments as well as cartilage and soft tissues structures of knee joints.
MRI systems allow for early diagnosis of knee osteoarthritis by detecting changes to biochemical composition of cartilage such as proteoglycans and glycosaminoglycans as well as changes to water content of joints. Furthermore, it can detect changes to synovial fluid which acts as a marker for inflammation within joints.
Treatment options for arthritis may include medications, physical therapy and surgery. Medication includes pain relievers such as acetaminophen and nonsteroidal anti-inflammatory drugs (NSAIDs). Both of these can be obtained over-the-counter or with a valid valid prescription and taken up to the maximum recommended dosage level.
Another option for treating arthritis involves injections of hyaluronic acid, which replicates natural components found in knees. Studies have indicated that such injections can provide temporary relief of arthritis pain; however, they are ineffective at slowing its long-term progression or improving function; furthermore they aren’t as safe.
Enhances blood flow
Attributed to increased joint activity, activity-induced blood flow changes can have an immediate effect on surrounding areas. A normal healthy joint requires enough bloodflow to deliver essential nutrients necessary for its optimal strength and functionality; however, with knee osteoarthritis there can be reduced bloodflow which results in decreased nutrient supply to cartilage which subsequently results in its reduced ability to heal itself resulting in pain and stiffness associated with this condition.
Magnetic Resonance Imaging (MRI) is widely considered the gold standard in diagnosing knee pathologies due to its high accuracy and ability to visualize all components of a joint without using radiation, such as articular cartilage, synovium, menisci, ligaments and bone. Unfortunately, it’s rarely used due to limited availability, long scanning time and some contraindications (e.g. pacemakers or implants incompatible with magnetic fields).
Novel compositional MRI sequences have emerged as noninvasive ways of diagnosing early stage knee osteoarthritis, monitoring efforts to slow disease progression and ultimately providing guidance for conservative or regenerative treatments that could prevent structural osteoarthritis damage [30]. Techniques like dGEMRIC aim to increase sensitivity for lesions by detecting abnormalities in subchondral bone and showing potential windows of reversibility within degenerative processes like degeneration [33,34].
MBST Magnetic Resonance Therapy is a relaxing, noninvasive therapy using three separate magnetic fields to target specific cells within damaged tissues. By encouraging those cells to initiate natural repair and regeneration processes that directly address the source of damage, this therapy can relieve symptoms associated with osteoarthritis, back pain, sports injury and many other conditions that impact soft tissues in our bodies. Furthermore, blood circulation improves which allows more nutrients to reach cartilage cells for healing purposes and so help to support tissue health overall.
Stimulates the body’s natural repair and regeneration processes
Magnetic Resonance Therapy (MRT) is an innovative non-invasive knee treatment using magnetic fields to trigger natural repair and regeneration processes in the body, thus relieving pain and inflammation. MRT offers an alternative to surgery for patients suffering from knee injury or arthritis and its use has no known side effects or contraindications compared to medications, making MRT safe and suitable for most users.
At each MRT session, the device emits magnetic fields that penetrate deep into the tissues surrounding an injured area, targeting damaged cells and stimulating their activity to initiate healing processes. MRT sessions also encourage new cartilage growth as well as ligament and tendon production – helping alleviate joint pain while improving mobility.
Studies conducted by the Journal of Biomedical Engineering & Sciences have revealed that Magnetic Resonance Therapy (MRT) enhances cell growth, leading to tissue repair and regeneration. MRT was found to increase collagen synthesis as well as other important proteins related to healthy cartilage development synthesis through MRT treatments.
MRT also enhances chondrocyte proliferation and differentiation, and promotes formation of fibrocartilage formation. Researchers concluded that MRT can be an effective therapy option for knee injury or arthritis patients when used alongside other treatments such as bracing and orthotics.
MRT not only stimulates cellular activity and blood flow, but it can also reduce pain and inflammation in the knee, allowing patients to return immediately back to regular activities without needing downtime following each treatment session compared with surgical procedures that often involve lengthy recoveries periods with complications like infection and nerve damage.
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Non-invasive
Magnetic resonance therapy, an alternative form of treatment that does not rely on surgery or medications, stimulates your body’s natural repair mechanisms to promote cell regeneration and decrease inflammation. A magnetic resonance device placed over the knee produces electromagnetic energy which stimulates cartilage healing while alleviating symptoms associated with osteoarthritis. Treatment sessions usually last an hour each and should continue every five to ten days for best results.
Knee osteoarthritis occurs when the protective cartilage that covers bones in a joint wears away, exposing bone surfaces and leading to discomfort, stiffness, swelling and difficulty walking. It can be brought on by age, trauma or other causes and typically affects women more than men.
Conventional treatments typically include analgesics and corticosteroid injections to ease discomfort, physical therapy and prescribed exercise to promote mobility and function, and when necessary surgery such as upper tibial osteotomy or unicompartmental or total knee replacement. Unfortunately, however, none of these solutions provide long-term relief for most patients suffering from knee issues.
Researchers conducted this research study to test the effects of MRT in patients suffering from knee osteoarthritis (OA). They discovered that this technique helped relieve pain and increase mobility by stimulating healing in cartilage to heal itself faster. Furthermore, inflammation levels decreased and blood flow to the area was increased significantly reducing severity of disease significantly.
Researchers also determined that MRT is safe and noninvasive, with no serious adverse reactions or allergic reactions reported by most patients. Their conclusions supported previous studies demonstrating MRI-guided MRT as a safe and effective treatment option for people suffering from knee osteoarthritis symptoms.
As there are currently no approved disease-modifying medications for osteoarthritis, research into non-invasive therapies has produced promising results. Magnetic resonance therapy could be one viable non-invasive alternative that uses electromagnetic fields to stimulate cells in the knee to heal and regenerate cartilage and bone; providing an attractive option to invasive surgical techniques while possibly decreasing medication costs with potential side effects.
