Multiple sclerosis (MS) is an autoimmune disease in which the immune system attacks the brain, spinal cord, and the rest of the central nervous system. The National Multiple Sclerosis Society states there are, on average, one million people in the United States living with this disease.
One treatment that has the potential of offering an improvement in the symptoms of MS is biotin. Learn what biotin is and what it can offer.
What Is Biotin?
Biotin is also known as vitamin B7. It is one of the B-complex vitamins essential for nerve cell metabolism and is present in many foods, including:
Egg yolks
Chard
Brewer’s yeast
Nuts
Livers
Soybeans and other legumes
Whole grains
Bananas
Mushrooms
Cauliflowers
Biotin is a part of enzymes that break down fats, carbohydrates, amino acids, and other substances. It also has links to healthy nails, hair, and skin.
How Biotin Can Help Combat MS
Biotin can work to combat MS by stimulating enzymes that help produce more myelin. Myelin is a layer that wraps around your nerves and increases the rate at which electrical impulses travel, and when the immune system targets and damages myelin, multiple sclerosis develops.
Having healthy levels of myelin makes it possible for nerve cells to communicate better, which can relieve symptoms of MS and might even slow the disease’s progression. As such, a supplement such as biotin that encourages myelin production can be very helpful in managing MS.
In some studies, people with MS saw an improvement in their vision upon taking biotin. Another study showed that those taking high doses of biotin felt a reduction in pain levels as well as a boost in energy and a reduction in paralysis.
Learn More About Biotin
Biotin has the potential to offer relief from symptoms of multiple sclerosis. Whether it is the right choice for you will depend on many factors, including your doctor’s recommendations.
If you have MS and are interested in exploring biotin, contact us to learn how you can order today.
Multiple sclerosis (MS) is a chronic inflammatory disease that attacks myelin, the protective sheath that covers nerves and causes progressive and serious communication issues between the brain, central nervous system, and the rest of the body[1].
Currently, it’s estimated that over 2.3 million people worldwide, and over one million people in the US have a diagnosis of MS[2].
While there have been significant improvements in treatments designed to stabilize, delay, and even improve symptoms of MS, new and more effective treatments are needed to improve the long-term outcome associated with the condition.
One area currently being investigated as a potential therapeutic option for treating MS is the use of regenerative medicine, also known as stem cell therapy, and specifically treatment using mesenchymal stem cells (MSCs).
In this review of evidence from preclinical and clinical studies, Gugliandolo et al. examine studies involving the use of MSCs or their derivatives in vivo models of MS and patients affected by MS. The authors also examine and discuss the feasibility of autologous MSCs therapy for MS patients.
Specifically, and when assessed in terms of effectiveness when treating MS, the therapeutic potential of MSCs was associated with their differentiation capacity and paracrine effects, their ability to differentiate toward oligodendrocytes and express oligodendrocyte progenitor cell (OPC) markers, and their capacity for homing (moving towards the damaged area following chemical gradients).
As part of this review, the authors also examined the effectiveness of various sources of MSC in MS models, these sources included bone marrow MSCs (BM-MSCs), adipose tissue-derived MSCs (AD-MSCs), periodontal ligament stem cells (PDLSCs), skin-derived MSCs (S-MSCs), Wharton’s jelly-derived MSCs (WJ-MSCs), human umbilical cord MSCs (UCMSC), human amnion mesenchymal cells (AMCs), placental derived MSCs (PMSCs), and decidua derived MSCs (DMSCs). According to the research reviewed by Gugliandolo et al., all MSCs, regardless of where they were harvested from, demonstrated beneficial effects in the therapeutic treatment of MS.
Specifically, the results demonstrated that MSCs were able to produce some form of protective effects in reducing inflammatory cell infiltration, disease score, demyelination, and blood-brain barrier disruption.
A review of 29 phase 1 or 2 clinical trials registered on clinicaltrials.gov demonstrated that MSCs, regardless of the type and method of administration, demonstrated to be safe and absent of severe adverse effects with the majority demonstrating measurable improvements when used in MS patients.
While clinical trials demonstrated the safety of administration of MSC in MS patients, the authors were particularly interested in learning if autologous MSC transplantation presented some advantages over heterologous administration.
The authors of this review found that samples obtained from healthy controls and MS patients showed similar features, indicating the possibility of autologous stem cell therapy in MS patients. However, other studies found that MSCs obtained from MS patients exhibited a different transcriptional pattern and fewer immunosuppressive functions compared to healthy donor MSCs.
Gugliandolo et al. point out that limits to these experimental studies include the use of animals of a single gender, given that sex-dependent differences exist and the use of different MS models, different number of transplanted cells, different MSCs sources, and routes of administration. These limitations make it difficult to define the optimal treatment in terms of cell type, dose, and administration conditions.
The authors conclude that clinical trials demonstrate the safety and feasibility of MSCs treatment, and also some improvements, but more data on larger cohorts are required to establish their efficacy. Considering the controversial results pertaining to the features of MSCs derived from MS patients, the authors also call for additional research in order to conclusively determine the safety and efficacy of autologous MSCs therapy in MS patients.
Muscle spasticity is one of the most challenging symptoms of Multiple Sclerosis (MS). Patients with MS often experience a tightening or stiffening of the lower body muscles in the legs, groin, buttocks, and back.
Muscle spasticity can affect the ability to stand, walk, and balance and is one of the biggest detriments to a patient’s quality of life. Muscle spasticity can worsen during quick stretches or movements. However, when done correctly, gentle stretches can help patients manage spasticity effectively.
Hip Crossovers
While lying on your back, bend your knees at a 45-degree angle, draw them together, and gently let both knees lower to one side, holding for 30 seconds. Then pull the knees back to the center and slowly lower them to the other side.
In this hip stretch, your goal is to decrease tightness, not get your knees to the floor, so only lower them as far as it feels okay. Keep your arms out to the side in a “T,” palms down. Move slowly.
Hip Flexor Stretches
Lying on your back, rest on the lower half of your bed with your knees and lower legs hanging off the edge. You should feel a stretch in your hip flexors located at the front of your hip. Aim to build up to a 30-second, then 60-second hold.
Calf Stretches
Placing a rolled-up towel on the floor, step on the towel with the ball of your foot, keeping your weight on the back of the foot. Then, step the opposite foot slightly forward, still maintaining the weight on the back of the foot, stretching the calf.
Foot Rolls
When seated, place a rubber ball on the floor and roll your foot over the ball, paying particular attention to places on your foot that lack feeling or feel disengaged.
Ankle Stretches
While seated, hold a rolled towel at both ends, wrapping the towel under one foot. Lift the foot and towel with both hands and try to keep the leg extended for up to 30 seconds.
Tips for Exercising with Muscle Spasticity
Muscle spasticity affects everyone differently. If you experience muscle spasticity when extending your legs, avoid stretches that straighten the knee and hip to that point. Also, patients who incorporate stretches regularly see the most benefits and better movement.
If your spasticity worsens, or you’re not finding relief from the suggested exercises, schedule time with a physical therapist to learn about the best exercises for your needs.
The neurodegenerative condition known as multiple sclerosis (MS) causes chronic inflammation within the central nervous system. For decades, clinicians and researchers have tirelessly studied MS to understand the condition better and develop more effective treatments.
Recently, researchers from the Harvard T.H. Chan School of Public Health concluded a study that examined the link between the Epstein-Barr virus (EBV) and multiple sclerosis. They found “compelling evidence of causality” between EBV and MS.
Researchers analyzed data from over 10 million active-duty U.S. military personnel during the study. Of these participants, 955 received an MS diagnosis while serving.
Researchers reviewed serum samples that were collected biennially in order to check for the presence of EBV. As a result of the study, researchers discovered that soldiers were 32 times more likely to develop MS after experiencing an EBV infection.
However, it is essential to note that MS symptoms typically do not manifest until approximately ten years after patients acquire an EBV infection. Researchers theorized that this delayed onset might be partially attributed to ineffective MS diagnosis protocols, as early symptoms are difficult to detect.
What This Means for MS Patients
Currently, no effective EBV infection treatments or preventatives exist. However, researchers are optimistic that the development of an EBV vaccine or antivirals could pave the way for a multiple sclerosis cure.
In the meantime, patients suffering from MS should continue to work with their primary care providers to mitigate the impact of symptoms and slow the progression of the condition.
For those seeking an alternative treatment option, stem cell therapy has shown some promise for treating neurodegenerative conditions like MS. Stem cell therapy may yield several positive benefits such as a reduction in muscle spasticity, improved balance, increased energy, and reduced muscle pain.
What if there was one simple thing Multiple Sclerosis (MS) patients could do every day to increase energy levels, reduce fatigue, and help prevent the chance of injury from falls?
Great news—there are simple exercises you can do at home without expensive gym memberships or special equipment. Try these stretching, strengthening, and balance moves to help improve your overall wellness.
Marching in Place for Balance
Stand with your feet about hip-width apart. Contract your abdominal muscles, and slowly bring one knee off the floor in a marching position. Lift the thigh parallel to the floor if you can.
Pause for a count of three, and slowly lower the leg. Repeat on the other side. Continue for five repetitions, working your way up to 10–15 repetitions.
Wall Push-Ups for Stretching and Upper-Body Strength
Stand or sit facing a wall, approximately two feet away, with your feet together. Place both palms flat on the wall with arms straight at shoulder height, slightly wider than shoulder-width apart.
Lean in, keeping elbows tucked to your sides. Bring your nose close to the wall, and feel the gentle stretching in your calves and chest. Hold for one breath, checking to make sure your back is straight.
Slowly return to the starting position. Repeat three times, building to as many repetitions as you can.
Single-Leg Pose for Balance
Do this exercise while holding onto a chair or table for stability, especially if you have problems with balance or are receiving treatment for a neurodegenerative condition.
Stand with your feet shoulder-width apart. Lift your arms parallel to the floor, keeping one hand on a stable surface. Straighten one leg in front of you with your heel a few inches off the floor.
Hold and balance for up to 30 seconds. Lower your foot back to the ground. Repeat on both legs for three repetitions.
Over Head Press for Upper-Body Strength
Use lightweight dumbbells for this exercise. If you don’t have weights, try using soup cans or full water bottles.
Holding your weights, stand (or sit) with a straight posture, arms out to your sides, and bent upward with your hands at ear height. Stretch your arms up, keeping your back straight and lifting the dumbbells over your head. Your biceps should be close to your ears. Return to the starting position. Repeat ten times.
As one of the most common neurodegenerative disorders, multiple sclerosis (MS) affects millions of patients. This progressive condition can cause everything from muscle weakness to double vision. Regenerative medicine is showing new potential when it comes to treating multiple sclerosis. Read on to learn more about how stem cells can help patients with MS.
What Happens During Multiple Sclerosis Flares?
In multiple sclerosis, a person’s immune system attacks the myelin of their nerve fibers. Myelin is a material that forms a protective layer, or sheath, around nerve fibers and shields them from damage. When the immune system attacks the myelin sheath, it causes inflammation and lesions that make it difficult for the brain to send signals throughout the rest of the body.
While there is no cure for multiple sclerosis, patients may undergo a wide variety of treatments to manage their symptoms. This may include physical therapy, immunosuppressants, steroids, and beta-blockers. Regenerative medicine, also known as stem cell therapy, is also showing great potential when it comes to managing multiple sclerosis and its symptoms.
Stem Cells and Multiple Sclerosis
Regenerative medicine works within the body at a cellular level, stimulating a healing response that can address certain symptoms of multiple sclerosis. Various types of stem cells have the potential to regenerate lost or damaged cells, including those that form the myelin sheath. This has the potential to improve the lives of MS patients, whose myelin layers have been damaged by inflammation.
The following are three types of stem cells that can be used to treat multiple sclerosis:
Haematopoietic Stem Cells (HSCs)
Haematopoietic stem cells are adult stem cells found in the blood and bone marrow. These cells play an active role in immune function.
Mesenchymal Stem Cells (MSCs)
Mesenchymal stem cells (MSCs) are present in umbilical cords and fat tissue. These cells help promote the function of other stem cells throughout the body.
Neural Stem Cells (NSCs)
Neural stem cells are specialized stem cells that can repair the myelin in the brain. These cells can come from other stem cells, such as mesenchymal stem cells.
How Can Stem Cell Therapy Manage MS Symptoms?
Stem cell therapy can modulate the immune system, temporarily disabling the abnormal attacks on myelin tissue. When the immune system is no longer destroying healthy myelin cells surrounding nerve fibers, it can help slow the progression of multiple sclerosis conditions and potentially improve symptoms.
When patients receive stem cell therapy to treat their multiple sclerosis, they may experience some of the following benefits:
Reduction of muscle spasticity
Increased energy
Improved balance
Enhanced concentration
Decrease in visual disturbances
Improved range of motion
Reduction of muscle pain
While stem cell therapy has the potential to manage MS symptoms, it is still considered an experimental treatment and can not guarantee a cure. Although stem cell therapy is not FDA approved, there has been research to suggest it is safe and patients result in positive outcomes. Patients must have realistic expectations when choosing regenerative medicine for multiple sclerosis but it may be an option worth exploring. If you are interested in learning more about how Stem cells can help patients with MS, contact us today and speak with a care coordinator.
This website and its contents are not intended to treat, cure, diagnose, or prevent any disease. Stemedix, Inc. shall not be held liable for the medical claims made by patient testimonials or videos. They are not to be viewed as a guarantee for each individual. The efficacy for some products presented have not been confirmed by the Food and Drug Administration (FDA).
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