Fans of Star Trek probably remember Dr. McCoy shinning his red laser beam on both humans and aliens resulting in miraculous recoveries from disease. It’s funny to think of how accurate this depiction of “future medicine” was back in the 1960’s. In fact from its inception, Star Trek had a very deliberate intention of incorporating scientific fact and theory into its paradigm.
Lasers are devices that have fuelled imagination and propagated scientific breakthrough for decades. A laser emits light through a process of optical amplification. What we perceive as a laser beam is highly concentrated electromagnetic radiation which can also be thought of as concentrated energy. Industrial laser beams can be so amplified and powerful that they can cut through metal. Many medical lasers are somewhat less amplified but in many cases can cauterize and cut through tissue with amazing precision and accuracy.
In my Toronto clinic we use what’s known as a cold laser. This type of laser is more powerful than a laser pointer used for presentations but less concentrated than those lasers used to cut and burn tissue. When this type of laser is applied on the surface of the body it transmits energy (known as Joules) into the underlying tissue. When tissue is exposed to this type of energy we can see increase in blood flow, metabolism, anti-inflammatory effects, neurogenesis and stem cell release.
Pain is often precipitated by a decrease in circulation and oxygenation of tissue. Laser therapy works to restore circulation to hypoxic tissue as well as influencing several metabolic processes that decrease inflammation and increase regeneration. Laser therapy treatments are quick (a session typically takes 10-15min) and painless. Laser therapy has been very effective for my patients dealing with both neuropathic and musculoskeletal pain. I have also had success with various neuropathies. I therefore commonly recommend laser therapy as a first line treatment in a variety of conditions for its excellent safety profile and efficacy. For more information or to book an appointment call us today!
Our world is facing an epidemic of Long COVID over the next decade. Assuming at least 10% of COVID-19 survivors develop long COVID, which is likely underestimated, it is estimated that 5 million people are facing long COVID globally. Long COVID affects multiple systems in the body and therefore requires a multidisciplinary approach. It is a shared opinion amongst several specialists that a functional medicine approach will be needed to rehab these patients back to health. While we are still in the beginning stages of understanding this chronic disease, there are some emerging ideas on how to treat Long COVID as well as some nutritional supplements that may offer a complete or partial solution.
The now accepted technical name for Long Covid is Post Acute Sequelae of CO-V-2 (PASC). While a widely accepted definition is lacking, there seems to be some consensus on the approximate timing of symptoms and the type of symptoms common to a diagnosis of PASC. Onset is typically anywhere from 2-8 weeks after a confirmed or suspected COVID-19 infection and may persist up to 6-months or more. Common symptoms include: fatigue, dyspnoea (shortness of breath), cognitive dysfunction, headache, myalgia, chest pain, joint pain, smell and taste dysfunction, cough, hair loss, insomnia, wheezing, rhinorrhea, autonomic dysfunction (POTS), cardiac and gastrointestinal issues.
Some of the clearly defined risk factors for developing long COVID include: More than 5 initial symptoms, initial disease severity, female sex, pre-existing comorbidity, prior psychiatric disorder, and old age. There are also certain biomarkers in blood samples that appear to have a correlation with Long COVID including: Increased levels of D-dimer, CRP, IL6, procalcitonin, troponin-1, BUN, neutrophils and decreased levels of lymphocytes.
Although the exact mechanisms behind what causes PASC in not completely understood recent research has pointed towards a few mechanisms. For some Long Covid sufferers there seems to be evidence of long term tissue damage in the cardiovascular, pulmonary and neurological systems. There is also prevalence of unresolved inflammation, viral persistence, gut dysbiosis and autoimmunity.
The obvious question that everyone would like know is if there are treatment interventions to both prevent and alleviate the symptoms of PASC. The most conventionally accepted treatments thus far are: Personalized rehabilitation programs (light aerobic and breathing exercises), analgesics, antidepressants, ivabradine (for POTS like symptoms) and antihistamines. It is also accepted that treatment to regulate immune and mitochondrial function would be useful. This is perhaps where naturopathic and functional medicine can make an enormous impact.
There is emerging research looking into nutraceutical compounds to help prevent and treat PASC, here is an overview:
Mitochondrial Support: The mitochondria is an energy producing organelle within every cell of our body. In high school science we are taught that the mitochondria is the “power plant of the cell”. Disruptions in mitochondrial function can lead to fatigue, muscle pain, headache and immune dysfunction. COVID-19 infections seems to disrupt mitochondrial function through mechanisms still being investigated but include oxidative stress and alterations in genetic mutation.
Co-factor nutrients that help support mitochondrial function are being investigated for use in treating COVID-19 infection and PASC. These nutrients include: L-Carnitine, Alpha lipoic acid and Coenzyme Q10. A CoQ10 deficiency has been reported in COVID-19 patients and therefore supplementation with this particular compound is of great interest amongst researchers.
Inflammation: Inflammation seems to be driving a lot of the symptomatology in PASC. Inflammatory compounds have been identified in multiple organ systems including the brain, lungs, pancreas and heart. As such one natural anti-inflammatory compound has been identified as being a possible adjuvant therapy in both COVID-19 infection and PASC.
Curcumin is a compound derived from Turmeric and has anti-inflammatory, anti-viral, anticoagulant, anti-platelet and cytoprotective properties. There has been some evidence to suggest that 1000mg of a turmeric supplement restored smell and taste in individuals who lost these senses following COVID-19 infection. Furthermore in vitro studies have demonstrated that curcumin can inhibit coronavirus from entering the cell, and can disrupt some of the signing processes of the virus.
Immune System: Many of the complications of COVID-19 can be attributed to a dysfunctional response of the immune system, either over-reactive or under-reactive. Many compounds that have a direct and indirect role in proper immune system activity are showing promise in treating COVID-19 infection and PASC.
Vitamin D acts as an immune activity regulator, helping to both increase and decrease immune activity as is appropriate to the situation. Some studies have demonstrated that vitamin D supplementation after COVID-19 infection is associated with less ICU admissions and decrease mortality. Another study demonstrated that a combination of vitamin D, selenium and zinc was able to mitigate the course of respiratory complications with COVID-19 infection. It is likely that co-factors and nutrients which help support normal immune activity can shorten the duration of PASC and alleviate symptoms.
Gastrointestinal: Symptoms affecting the gastrointestinal tract are both common in COVID-19 infection and PASC. There is evidence that COVID-19 and its associated spike protein can persist in the gastrointestinal tract for months after confirmed infection.
Autoimmune type syndromes are commonly seen with PASC. One hypothesis for this outcome is a type of molecular mimicry between spike protein and healthy tissue. Spike protein can enter through a compromised digestive tract into the blood stream. Once in the blood stream the immune system can create auto-antibodies in response.
Maintaining a healthy gut/body barrier is emerging as a possible area of treatment in COVID-19 infection and PASC. A healthy environment of commensal bacteria strengthens the gut/body barrier as well as driving the production of healing compounds such as butyrate.
Butyrate is a short chain fatty acid that is produced by beneficial bacteria in our gastrointestinal tract. Butyrate can cross the blood brain barrier and influence regeneration of damaged nerve cells. Probiotic strains belonging to the Lactobacillus and Bifidobactrium categories are
essential for Butyrate production. While probiotic supplementation can assist in developing a healthy gut environment most of the benefit comes from eating foods which help these probiotics thrive. A diet rich in fibre and polyphenols is therefore essential in influencing the growth of beneficial butyrate producing probiotics. Fruit, veggies, and polyphenols like curcumin, luteolin and resveratrol are likely an important part of what will be a holistic approach to treating PASC.
Conclusions: The COVID-19 virus has turned out to be a multifaceted disrupter of homeostasis in a large percentage of those who have been infected. A functional medicine approach to treatment is likely going to have the most profound impact in addressing PASC. We are already starting to see some natural compounds (L-Carnitine, Alpha Lipoic Acid, Coenzyme Q10, Curcumin, Vitamin D, Selenium Zinc and probiotics) having an impact of this ill defined syndrome. More properly funded research in the area of nutraceuticals and functional medicine for treatment of PASC is much needed. In the meantime Naturopathic Doctors and Functional Medicine Physicians have many tools to start treating PASC with safe and effective protocols.
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Traumatic brain injury is damage to the brain that is the result of a head injury. Quality of life is greatly diminished for those living with a traumatic brain injury. Even fatal results can occur. As the quantity of study devoted to CBD develops, there is the rise in the query that whether CBD can help in treating brain injury or not. Currently, the research indicates that CBD possesses neuroprotective properties. Such effects can include mitigating the effect of head injuries.
A flexible and effective anti-inflammatory cannabinoid that has few to no adverse effects is known as cannabidiol or CBD. The number of conditions treatable with CBD increases daily with the introduction of fresh scientific information. There is emerging evidence that CBD is starting to be used as a treatment for severe traumatic brain injury.
TBI can happen to anyone who suffers from brain trauma, and it can affect every aspect of life.
Any brain injury merits serious concern. The brain goes through a cascade of reactions after sustaining a significant injury. Inflammation, edema, and immunological activation are included in this list.
Though this is a usual and helpful set of reflexes in response to a break or fracture. Additional neurological damage might result from this set of events.
When brain cells die, the damage to the brain as a whole will soon follow. Common TBI patients include people who have served in the military, professional athletes, and victims of motor vehicle collisions. TBI can have enduring and crippling repercussions, and might manifest emotionally, physically, behaviorally, and socially.
A lot of the time, these impacts are life-altering. As well as cognitive deterioration and impaired motor function, depression and anxiety are common side effects. Severe symptoms among certain people with TBI can also result in seizures. Conventional medicine currently lacks effective treatments for minor TBI, which is an underreported and frequently misdiagnosed condition.
Scientific Evidence Which Says CBD is Effective for TBI
CBD is showing some evidence of usefulness in reducing some of the harmful effects of TBI, specifically in the areas of inflammation and neurological complications.
A paper published in Frontiers in Pharmacology claims that “The Endocannabinoid System Possesses Potentially Drugable Receptor and Enzyme Targets for the Treatment of Varying TBI Pathology.”
In addition, there are numerous studies which suggest that in combination with THC, CBD is neuroprotective, indicating that regular ingestion of cannabinoids reduces the likelihood of a catastrophic brain injury.
More and more research about TBI is becoming available with each passing year. A variety of research studies agree that the ECS plays a major role in the development of mental, bodily, and behavioral responses after a TBI.
Although further study is needed to produce precise protocols that may be accessible and recommended by mainstream medicine, some preliminary research has already been done. Each example is adding information to the outlook for the condition treated with cannabinoids.
Anecdotal Support for Using CBD as a Treatment for Brain Injury
It takes years for new scientific information to be studied and released. To draw a conclusion, you first must subject the drug being investigated, in this case CBD, to rigorous testing.
While scientific studies take time, evidence exists for the benefits of cannabis in treating brain injury based on anecdotes from patients.
CBD has the potential to improve the quality of life for people who have suffered a brain injury by allowing them to increase their quality of life.
Final Words
CBD’s brain-healing qualities are not yet fully understood and must be investigated further. Much research is being conducted regularly, and soon we will get a clearer understanding of the role of CBD in TBI. The current research suggests that CBD has some properties which can help increase quality of life in brain injury, but we cannot be sure how effective it is or if it has any side effects. We have to wait for more research to be conducted and results to be announced; only then can we be sure about how effective it is to use CBD as a treatment for brain injury.
About the author:
Sean Roberts is a writer by profession. He is a full time writer working with NY Marijuana Card, a leading clinic that provides medical marijuana recommendations. He aims at educating people about the medicinal use of cannabis https://nymarijuanacard.com/
It was my hope to find an effective alternative to Cannabidiol (CBD) that wouldn’t land me in jail when I travel; so is PEA the new CBD?
PEA stands for Palmitoylethanolamide. It is a fatty acid that is found in Eggs, Cheese, Meats and Peanuts. We also make PEA during stress, infections, inflammation, trauma, allergies, pain, cardiac disease, kidney disease and obesity. Much like our endocannabinoids, PEA is responsible for maintaining cellular homeostasis.
While PEA does not have a direct effect on Cannabinoid receptor (CB1 and CB2) it does have similar mechanisms of action to our endocannabinoids and cannabidiol (CBD). PEA looks very similar to our body’s own endocannabinoids (AEA and 2-AG). These similarities allow PEA to exert effects similar to our AEA and 2-AG.
PEA down regulates mast cells, which are responsible for the release of histamine and other inflammatory mediators. PEA can therefore be a powerful molecule for immune heath, inflammation, pain, neuro-protection and allergies. PEA has direct action on receptors GPCR55 and GPR119, which produce effects similar to activation of CB1 and CB2 by endocannabinoids, THC and CBD. PEA also acts similarly to CBD by affecting the breakdown of endocannabinoids via inhibition of the enzymes FAAH and MAGL.
Several studies have shown that when PEA is used with opioid type drugs for low back pain, the dose of the opioids could be reduced significantly. PEA was found to exert pain relief animal models of inflammation and neuropathic pain. These analgesic effects are thought to be due to increasing endocannabinoid levels similarly to how CBD works. All in all many studies have revealed that PEA exerts similar effects to CBD. So I thought I would give this supplement a whirl, as a alternative to CBD (especially for travel) would be an important option for patients using CBD.
I took the supplement P.E.A. Activate from AOR , which contains 600mg PEA per lozenge. My daily dose was two lozenges per day and I did that for 5 days. I noticed a strange light-headed feeling about 5 minutes after chewing my first lozenge. The feeling lasted for a bout 30min. I was excited that I actually felt a bit different after that fist dose by unfortunately each dose produced a similar effect (a light relaxing feeling) that only lasted between 30-60min. There didn’t seem to be much carry over from one dose to another. The effects were always pretty fast acting but short-lived. Furthermore I had a return of some muscle soreness that was absent for most of the time that I was taking my CBD supplement. So, it seemed like, for me, the PEA was not having the same effect that I had experienced while on CBD.
In summary, the effects that I experienced during my PEA trial were fast acting but short-lived. PEA may therefore be a useful tool for acute episodes of anxiety, pain etc… but it did not have the same accumulative and long term effects that I experienced with CBD. The research on PEA is compelling and it is possible that this supplement warrants a more long-term trial. According to the research PEA seems to be a potential alternative to CBD but from my experience it falls a bit short. Check out my video review of PEA here.
“Let food be thy medicine, and let medicine be thy food”; a famous quote from the Classical Grecian physician Hippocrates. Lions Mane mushrooms are a perfect embodiment of this philosophy; as delicious as it is therapeutic.
Lions mane (Hericium Erinaceus) is a white clumpy mushroom with long dangling spines that tends to grow in late summer/early fall on hardwoods.
I was first introduced to Lion’s Mane a few years ago when I had a few patients tell me they were using an extract of the mushroom to help with memory. Supplements that enhance brain activity, AKA Nootropics, have always tweaked my interest as one of my areas of clinical focus is in neurology. At first I thought that maybe this is the newest “superfood fad” but once I began to investigate the research on this mushroom my opinion quickly changed.
It was clear that Lions Mane had some legitimate therapeutic value in inflammation, the immune system, psychiatric conditions, cognitive enhancement, diabetes, heart disease, bowel disease and cancer.
A 2012 study demonstrated that Lions Mane mushroom contains several compounds that have moderate to high levels of antioxidant capacity. This translates into an anti-inflammatory effect in the body. A 2015 study demonstrated that participants who consumed Lions Mane had less depressive symptoms and improvements in blo-markers of depression which was attributed to it’s anti-inflammatory effects. Another study demonstrated that Lions Mane can enhance immune function possibly by reducing inflammation and oxidative stress.
Not only does Lions Mane help boost immune function by reducing oxidative stress, it also seems to benefit intestinal immune function. A study on mice revealed that some of the proteins in the mushroom help encourage the growth of beneficial bacteria in the gut.
Cognitive enhancement is the main reason that I see people taking this mushroom. It is possible that it does have some cognitive enhancement properties but all the research so far has been done on animals. One such study found that mice given a lion’s mane supplement had better object recognition and recognition memory. Other research suggests that Lions Mane may have the potential to prevent or treat conditions of cognitive decline like Alzheimer’s and Parkinson’s disease.
Research on rats has demonstrated that Lions Mane may have cholesterol lowering effects and blood pressure lowering effects. Compounds in Lions Mane may help in the production of Nitric Oxide, which helps keep blood vessels relaxed.
The antioxidant properties of Lions Mane may contribute to some anti-cancer effects seen in rat and in vitro studies. One in vitro study indicated that Lions Mane has activity against human leukemia cells. Another study showed that in mice, Lions Mane has activity against Liver, Colon and Gastric cancer cells.
After 4 weeks of Lions Mane supplementation, rats with diabetes had lower blood sugar levels than those who did not receive the mushroom. Diabetes can often result in life altering nerve damage. A 2015 study showed that diabetic rats given an extract of Lions Mane had reduced nerve pain and improved antioxidant activity after 6 weeks.
I previously discussed how Lions mane can have anti-inflammatory effect of the digestive tract, as well as benefitting the growth of “good” intestinal bacteria. Another study demonstrated that Lions Mane has some interesting antimicrobial effects. Notably, Lions Mane seems to inhibit the growth of H-pylori, a bacteria responsible for close to 80% of stomach ulcers.
One of the most fascinating health benefits of Lions Mane came out of a rat study. Rats with nerve damage who were given daily extracts of Lions mane had quicker nerve cell regeneration than those who did not.
Up until a few weeks ago I thought Lions Mane was an exotic mushroom that was only used therapeutically as a supplement. Recently, I found myself in a local Farmers Market and low and behold a mushroom farmer was selling fresh Lions Mane; I was amazed! I asked the farmer “how do I prepare this”? He told me to cut the mushroom in ½ inch slices and in a hot pan with butter, sear both sides. So, I bought some and followed his advice, and discovered that Lions Mane is absolutely delicious! It is now one of my favorite cooking mushrooms and I have since heard from many foodies and chefs that it is one of their favorites too. So let food be thy medicine everyone, and cook up some Lions Mane this fall!
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Lion’s Mane Mushroom, <i>Hericium erinaceus</i> (Bull.: Fr.) Pers. Suppresses H<sub>2</sub>O<sub>2</sub>-Induced Oxidative Damage and LPS-Induced Inflammation in HT22 Hippocampal Neurons and BV2 Microglia. |
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Multiple Sclerosis is a complex disease; those living with it need a simple approach. A treatment approach should appreciate the physiology of the disease process without neglecting the human body as a holistic system, and the patient as a person.
Naturopathy is an ideal philosophy of medicine for the treatment of M.S. as it aims to address disease processes and symptoms without loosing sight of the patient as an individual.
I chose to focus in neurological disease early into my professional career and as a result I have come across many complex chronic diseases of the nervous system including all subtypes of M.S. When patients come for their initial visit it is not uncommon to be privy to a long list of life events that have impacted the disease, symptoms that have evolved over years and medications that have been tried, stopped and tried again.
It’s easy to see why the practitioner on the other end of the patient with M.S. can become overwhelmed and confused, loosing sight of the big picture, dismissing the patients needs and goals. Unfortunately, this medical tunnel vision re-aimed at addressing each and every concern translates into complex and confusing treatment plans that most patients cannot comply with. I sympathize with these patients who have to remember to take dozens of pills while also dealing with a life altering condition.
To make matters worse, these confusing treatment plans hardly ever work because they tend to forget that the human body is not a series of islands, rather it’s a society striving to work in harmony and balance. The key to developing a simple, understandable and effective treatment plan is to figure out what is out of balance and how do we bring it back.
A typical treatment plan for M.S. has three parts: Foundations, The Immune System and Specific Symptoms. Since we are working toward bringing the body back into balance it is important to take the time to hear the full story and timeline of how the condition started and progressed. Often during the initial consultation it will become clear as to what type of events precluded the first attack and how these events triggered a physiological imbalance.
Foundations
It’s a futile effort to try and treat symptoms while the very basics of health and wellness are not fortified. The foundations of health can be summed up into three parts: Sleep, Diet and Exercise.
Sleep is the healing chamber for the body. Recently studies have shown that the brain undergoes a type of detoxification process while we sleep. Many neurodegenerative diseases have been correlated to poor sleeping habits. It is common to see sleeping issues in patients with M.S. In fact I have had a few cases where years of terrible sleep may have contributed to the patient experiencing their first symptoms related to M.S. This makes sense in the light of the new research demonstrating how important sleep is in clearing neurotoxic compounds from the brain.
One of the most important protocols I put together for my M.S. patients is aimed at improving sleep. This is achieved through sleep hygiene education and supplements that have been carefully vetted over my years in practices for their effectiveness in improving sleep initiation and maintenance.
Diet is important for a number of reasons, some are general and some are specific to M.S. The food we eat and its relation to our digestive tract determines our nutritional robustness.
M.S. is a chronic neuro-inflammatory state and therefore patients with M.S. will be using up vitamins and minerals involved in inflammatory processes at a greater rate than in a healthy control group. Therefor it’s important to determine what the nutritional status is of the M.S. patient (through consultation and specific lab tests), bring it back into balance and correct deficiencies. Otherwise the body will be unable to cope with the inflammatory process and the disease will progress.
It is also important to identify any food allergens, intolerances and sensitivities in the M.S. patient for these will perpetuate the inflammation. Chronic inflammation has a detrimental effect on the immune system, which I will discuss further in the next part of the treatment plan.
Another aspect related to diet is the health of the gastrointestinal tract and more specifically the micro-biome (the bacteria of the gut). A healthy micro-biome is important for detoxification, nutrient absorption and immune system regulation. A protocol addressing diet will focus on testing for nutritional deficiencies, food sensitivities, specific dietary guidelines for M.S. and supportive supplements where necessary.
A good dietary resource specific to M.S. is The Wahls Protocol.
Exercise is a powerful health modulator and is under-appreciated for its importance in chronic disease and specifically M.S. Often exercise comes in the form of physiotherapy in progressive M.S. and the first thing I will do with a patient is set them up with one of the physiotherapists in my clinic (if they don’t already have a physiotherapy program). Often patients newly diagnosed with M.S. are neglected by the medical system in terms of exercise. In-patient rehab programs are inadequate, scooters and wheelchairs are promoted over therapy. Exercise and physiotherapy are instrumental in promoting neuroplasticity, decreasing inflammation, improving energy metabolism, maintaining and improving upon range of motion.
My clinic specializes in neurological rehabilitation using the Bobath Physiotherapy approach. Physio-Logic
The Immune System
Multiple Sclerosis is an autoimmune condition and therefore one cannot overlook the role of the immune system. Autoimmunity basically translates to a confused immune system that has targeted healthy cells and tissues rather than disease. The philosophy behind this part of the treatment plan addresses two questions: how the immune system became confused and how to bring it back into harmony.
There are many theories as to the cause of M.S., to name a few: Genetics, Vitamin D deficiency, Environmental Toxin Exposure, Candida Overgrowth, Dairy Protein Antigen Confusion and Leaky Gut Syndrome. There are truths to be told within many of these theories but in reality we just don’t know exactly what causes M.S. Some things we do know are the triggers for symptom activation, and things that reduce the risk of developing M.S. We know that stress (physical and/or emotional) often precipitate symptom relapse and progression. We also know that having adequate vitamin D levels are protective toward the development of M.S.
Vitamin D is not longer thought of as merely a bone-building vitamin. In reality it is more of a hormone and has a very important role in maintaining the health of the immune system. Step one of addressing the immune system is making sure the patient has optimal levels of vitamin D and if not, to adjust those levels using specific supplemental doses of vitamin D along with calcium and regular follow-up blood work.
Stress, whether it physical or emotional, causes a burden on the body. Most of the time we are able to cope with short durations of stress; however, when the stressful event is severe enough or lasts long enough it can impact the immune system in a negative way. Chronic stress can affect the immune system in two ways: Creating chronic inflammation that harms tissues and suppressing immune cells needed to fight infection.
When the immune system is under prolonged stress it becomes tired and makes mistakes, much like how we feel when under stress. One of these possible mistakes is mounting an autoimmune attack, harming normal healthy tissue rather than disease. Prolonged stress also depletes natural anti-inflammatory compounds like cortisol, allowing inflammation to run amuck. Therefore the protocol built around the immune system is aimed at decreasing stress on the immune system and bringing the immune system back into balance.
Anything that can be causing unnecessary inflammation needs to be dealt with and therefore chronic infections and food sensitivities must be addressed. Specific lab testing is used to investigate infections and sensitivities. Common food sensitivities in M.S. patients include: Dairy, Gluten, Yeast and Egg.
Once the major obstacles to a healthy immune system are removed we can work toward assisting the immune system back into a balanced state. The most important cells involved in bringing the immune system back into balance are “regulatory T cells” also known as “T suppressor cells”. These cells maintain tolerance in the immune system preventing autoimmunity. Part of the protocol is therefore aimed at supporting these cells. Some compounds that influence regulatory T cells are: probiotics, vitamin D, vitamin A, Omega 3 fatty acids and food sensitivities.
Specific Symptoms
Treating foundations and immune system irregularities take time, therefore it is almost equally important to address the specific symptoms of the patient. Fatigue, weakness and pain are often obstacles to important foundational concerns like sleep and exercise.
Fortunately, there are many great strategies within Naturopathic medicine to help address the most common symptoms in M.S. namely: Weakness, Spasticity, Fatigue, Pain, Bowel and Bladder issues. There are dozens of supplements that have shown promise in treating the common symptoms of M.S. The art of the practitioner is in choosing the right compounds for the right patient. As an example, medical marijuana can be very effective for spasticity, pain, bladder dysfunction and sleep but can exacerbate weakness. A good practitioner with experience in treating M.S. will know how to choose the appropriate medications for the patients needs.
Multiple Sclerosis is a complex condition with many subtypes and many different ways it affects the individual patient. Naturopathic medicine aims to treat the root cause of disease while also addressing the individual concerns of the patient. The treatment plan can be summed up into three areas: Foundations, Immune System and Specific Symptoms. This helps direct the practitioner toward the right approach and simplifies the philosophy behind the treatment, improving upon compliance and therefore patient outcomes.
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A Naturopathic Doctor can play an important role in managing CMT through dietary counseling, specialized testing and by offering relevant integrative therapies.
CMT is a hereditary disorder affecting the motor and sensory nerves. It’s characterized by progressive loss of muscle tissue and sensation in various parts of the body. Currently CMT is incurable and is the most common inherited neurological disorder and affects approximately 1 in 2,500 people.
In terms of managing CMT, by far the most important goal is to maintain movement, muscle strength and flexibility. Often overlooked is the role diet, pain management and antispasmodics can play in CMT. Having a naturopathic doctor familiar with neurological conditions can be a valuable part of a healthcare team.
Sugar
Although sugar is sweet and delicious, at high concentrations it can become a poison for the nervous system. Uncontrolled blood sugar, including diabetes, will exacerbate nerve damage and peripheral neuropathy in CMT. A naturopathic doctor can test blood sugar in order to determine if it poses a risk. Dietary counseling, such as education around glycemic index and glycemic load, can help balance blood sugar levels. There are also effective strategies that can boost insulin sensitivity thus lowering blood sugar. These include; low impact exercise and supplements like chromium, berberine, agaricus mushroom, american ginseng, and vitamin B3.
Diet
A diet rich in antioxidants and anti-inflammatory compounds can greatly improve neuromotor and locomotor performance. Curcumin and vitamin C are two natural compounds that have been and are currently being investigated as potential therapeutic agents for CMT. One study demonstrated a decrease in neuron death and an increase in size and number of nerve sheath cells after administration of curcumin. Intermittent fasting is a diet strategy that promotes a 16 hour fasting period each day and has been shown to improve locomotor functioning in CMT patients after 5-months.
Nerve Pain
Nerve pain and neuropathy can be addressed through a few different approaches. Application of topical counterirritants such as capsaicin and menthol can work by overriding pain signals. Peripheral pain blockers work by re-routing pain signals locally at the source of the pain. Effective peripheral pain blockers include: acupuncture, electro-acupuncture, moxabustion and transcutaneous electrical nerve stimulation (TENS). Central pain blockers block or override pain signals where they are interpreted, in the brain. Central pain blockers include cannabis, wild lettuce and california poppy.
Cramps and Spasms
There are many effective integrative therapies for cramps and muscle spasms. These therapies work by balancing electrical conduction at the muscle and stimulating inhibitory neurotransmitters. Some of the most effective therapies are: magnesium, acupuncture, GABA, valerian, cramp bark, skullcap, passionflower and cannabis.
Nerve-Protection
One of the largest areas a naturopathic doctor can serve as a crucial part of the integrative healthcare team is in offering strategies to prevent further nerve damage, and in some cases reversing existing nerve damage. Neuroprotectants generally belong to two main categories: antioxidants and anti-inflammatories. Neuroprotectant antioxidants include: alpha lipoic acid, glutathione, resveratrol, EGCG, flavonoids, Co-Q10, CBD and THC. Anti-inflammatory strategies include testing for food sensitivities, hormone levels and environmental toxins. Anti-inflammatory supplements include Omega 3 fatty acids, curcumin, boswelia, and CBD.