Showing posts with label Multiple Sclerosis. Show all posts
Showing posts with label Multiple Sclerosis. Show all posts

Apitherapy Symposium, Workshop Boston Area, April 28-29

These workshops and symposiums are fantastic, intense sessions on the truly marvelous merits of honeybees, helping humans and animals with better health...

The American Apitherapy Society, Inc. & the York County Beekeepers Association Present “Honey Bees for Health,” An Apitherapy Symposium & Workshop
April 28-29, 2012
York Harbor Inn, York Harbor, ME
For more information:

All are welcome to this event in York Harbor in Southern Maine, just one hour north of Boston, MA. You will be able to learn from three experienced Apitherapists (two physicians and one acupuncturist), and interact with them and other people interested in Apitherapy. 

This ancient form of medicine with products of the beehive (honey, pollen, propolis, bee venom, and royal jelly) is used for health and healing throughout the world. The use of these products to maintain health is currently becoming well recognized in mainstream as well as scientific publications, and their power to heal when illness or accident occurs is also documented.

Conditions such as arthritis, MS, pain, and wounds are known to respond well to Apitherapy. Examples of material covered at this event are:  
 - adverse reactions, 
 - informed consent 
 - legal issues,
 - treatment of scars
 - Veterinary Apitherapy
 - Apitherapy for pain, arthritis, and accidents

The AAS is a nonprofit membership organization established for the purpose of educating about Apitherapy. This event is a prelude to the more comprehensive program of AAS’s course and conference (known as CMACC) to be given this year, October 5 - 7 in Portland, Oregon.

AAS and YCBA look forward to having you with us at the end of April. Enjoy early Spring in Maine at a beautiful historic inn, close to many of southern Maine’s coastal natural resources, as well as to fine shopping.

MS Gets Stung by Bee Venom Therapy

There are numerous studies being conducted worldwide on Bee Venom Therapy (BVT) for its therapeutic effects, ranging from Alzheimer's Disease and Arthritis to Multiple Sclerosis and Parkinson's Disease. To better understand BVT,  it's best to contact an Apitherapy association. Visit www.apitherapy.com for a global listing.

Multiple Sclerosis with Bee Venom Therapy
www.altmeds.com, 2011, Dec
Bee Venom therapy, sometimes called Bee Sting therapy, is a form of Apitherapy that may be a helpful treatment for those suffering from Multiple Sclerosis.

What is Multiple Sclerosis?

Multiple Sclerosis, or MS, is characterized by destruction of the myelin protective sheath that covers the spinal cord and nerves. While it is not clear why MS occurs, some believe it is an auto immune problem in which the immune system starts attacking the central nervous system. The tears, rips, and open spots in the covering of the nerves can “short circuit” the electrical signals that the brain and body use to communicate with one another.

Those who have MS suffer from symptoms that include hot flashes, dizziness, and incoordination. MS is a degenerative disease, meaning it progressively gets worse. There is currently no cure for MS. There are several medications that may help with some of the symptoms, but they have side effects.  One of the treatments for MS, making a comeback from ancient Egyptian times, is bee venom therapy.

Why does bee venom help those with MS?

Bee venom therapy uses live honey bees for the benefits of their stingers. Some patients with MS who use bee venom therapy have noted decreased pain, increased coordination, and increased muscle strength.

So why would a bee sting help those with MS? Scientists believe it is because of two main ingredients in bee venom—adolapin and melittin. These compounds may reduce the pain and inflammation associated with MS. Bee venom therapy as a whole is thought to encourage the human body to release natural healing defenses to protect itself from the sting. These chemicals may heal other ailments in the body.

Pat Wagner, also known as “The Bee Lady” was diagnosed with MS at age 19. She claims on her website that bee venom therapy is the best treatment for MS. After receiving her initial bee stings, her hearing improved as well as her internal thermostat. She no longer felt chills, and she started moving around without her wheel chair. Her husband was so encouraged with her development that he bought a bee hive. She still uses bee venom therapy to this day.

Is there research on bee venom therapy and MS?

Currently there is very limited research that has been conclusive on bee venom therapy. The information about bee venom therapy being used for any form of treatment comes from case studies. There are reportedly thousands of patients using bee venom therapy as an alternative to medications typically taken for the treatment of MS.

Georgetown University just began a research project for bee venom therapy, funded by the Multiple Sclerosis Association of America. This study will be conducted for one year and will serve as the first of many research studies performed on the hypothesis of bee venom therapy for those with MS.

Bee Venom therapy Precautions

Some people are highly allergic to bee stings. The allergic reaction can result in anaphylactic shock and can result in death. Do not try to use bee venom if you are not sure if you are allergic to bee stings. Bee sting allergies, like all allergies, may develop over time. Just because you were not allergic at one time does not mean you are currently not allergic to bee stings. There are 10,000 health care professionals that specialize in bee venom therapy. Please consult one of these individuals before attempting bee sting therapy.

Treating Lyme Disease with Bee Venom Therapy

Numerous studies are being done with Bee Venom Therapy (BVT) for its effect against Parkinson's Disease, Osteoarthritis, Rheumatoid Arthritis, Cerebral Palsy and Multiple Sclerosis. I've also seen BVT used for scar therapy, mole removal, bone spurs, even pain relief!  Thanks to medical practitioners like Dr Klinghardt for incorporating BVT into a complementary treatment protocol .


TheTreatment of Lyme Disease with Bee Venom
by Dietrich K. Klinghardt, M.D., Ph.D.
Apitherapy Review, Apitherapy Commission Apimondia 


PART 1
Introduction
Lymedisease has become, after AIDS, probably the fastest spreading infectiousdisease. "Classical" Lyme disease is a bacterial infection caused bya spirochete, Borrelia burgdorferi, which is passed to the patient by a tickbite. Since several other infections that cause similar symptoms can betransmitted by the same tick bite, and other infectious agents not transmittedby a tick can cause similar symptoms, the term "New Lyme Disease" isused by most holistic physicians. Lyme disease is not only a frequentunderlying causal factor in chronic human illness, but also extremely common inpets, especially in dogs and horses.

Thefollowing microorganisms have to be considered when making the diagnosis of"New Lyme Disease."

Borreliaburgdorferi;
Babesiamicroti (a protozoan intracellular invader);
Ehrlichiosis;
Mycoplasmapneumoniae (associated with MS, ALS, Chronic Fatigue and Fibromyalgia);
Chlamydiapneumoniae;
Bartonellahenselae;
Rickettsiarickettsiae.
Thefollowing symptoms can be caused by Lyme disease:

ChronicFatigue (more severe in the early afternoon);
Lack ofendurance;
Non-healinginfections in the jaw bone, devitalized teeth, dental pain;
Fibromyalgia;
Joint pains(especially in the spine);
MultipleChemical Sensitivity;
CranialNerve Problems:
- Facialnerve: Bell's palsy (60% are caused by Lyme disease, 30% by one of six commonviruses from the herpes family, such as EBV, Herpes simplex type I, type II,type 6 etc);

-Trigeminal nerve: sense of vibration in the face, TMJ and facial pain,headache, tension and cramps in the face/skull/jaw;

- Ears(VII, VIII): tinnitus, vertigo, and hypersensitivity to noise;

- Eyes (II,III, IV, VI): decreasing and changing eye sight (fluctuates during the day),light sensitivity, floaters;

- Vagus(X), Glossopharyngeal nerve (IX) and Hypoglossus (XII): difficulty swallowing,faulty swallowing, reflux, hiatus hernia, heart palpitations, supraventriculararrythmias.
CNSproblems:
- Physical:epileptic seizures, insomnia, tremor, ataxia, movement disorders (torticollis,etc.);
-Emotional: irritability (key symptom in children), depression, bi-phasicbehaviour (manic-depression), bouts of anger, listlessness;
- Mental:confusion, difficulty thinking, poor short term memory, increasingly messyhousehold and desk, difficulty finding the right word, feeling of"information overload;"
- Mixedpictures: can resemble or imitate any known psychiatric illness.
Peripheralnervous system problems:
Paraesthesia,burning, vibration, numbness, shooting pains.
Pelvis:interstitial cystitis, prostatitis, sexual dysfunction, loss of libido, pelvicpain, menstrual disorders.
Immunesystem failure: with all known secondary illnesses such as herpes virusinfection, intestinal parasites, malaise.
Generalsymptoms: hair loss, loss of zest for life, sensitivity to electric appliances.

LaboratoryTesting

Untilrecently laboratory testing has been unsatisfactory with a detection rate ofprobably below 30%. In the past it was believed the laboratory evaluation ofthe spinal fluid was a reliable way to confirm or refute the diagnosis of Lymedisease. This has been proven wrong. The test with the broadest detection rate,the Western Blot ELISA test, has low specificity. The test with the highestspecificity but with a fairly low detection rate was the PCR test. The B.burgdorferi is a master at evading the body's immune system and evadinglaboratory detection by modulating and changing its surface antigens. It canform a cystic stage, which is resistant to antibiotics, evades laboratorydetection, and gives birth to healthy spirochetes once the antibiotics arediscontinued.

A new testhas become available recently: the C6 Lyme Peptide ELISA test (BBI ClinicalLaboratories, Tel.: 1-800-866-6254 or 860-225-1900, test code: 556 - C6LPE. Thetest is based on the discovery of six peptides on the surface of thespirochete, which are consistently present and do not evade detection by thelaboratory as many of the other surface antigens of B. burgdorferi do. Thistest detects all B. burgdorferi strains and genospecies. It is highly specificand more sensitive than conventional tests for chronic Lyme disease. It is alsosensitive in early Lyme disease (which used to be problematic) and can be usedfor accurate antibody results for Lyme vaccinated patients.

Treatment

Treatmenthas often been unsatisfactory in spite of correct diagnosis. Multipleantibiotic regimes have been tried with varying successes. The cystic stageresponds only to one antibiotic: metronidazole (Flagyl). This drug should begiven intravenously. The oral version is less effective and hard on the liver.It should always be given together with the herb "milk thistle"because of its liver-protective effect. A less toxic alternative is tinidazole,a Flagyl-derivative that is available in compounding pharmacies.

I useproteolytic enzymes for the purpose of breaking up the cyst wall and making thedormant form of B. burgdorferi inside the cyst vulnerable to both the host'simmune system and the medications given for treatment.

Dosage:Wobenzyme, 8-10 tablets three times/day between meals and first thing a.m.

Treatmentprotocols using antibiotics are outlined in the website of J. Borrescano, MD:www.lymenet.com. I use, in selected cases, a combination of azithromycin orclarithromycin 250-500 mg two times/day in combination with trimethoprim 100 mgtwice/day for 6-8 weeks.

Mypreferred treatment is a combination of enzymes, herbs, specific transferfactors and the injection of honeybee venom.

Herbs

I followthe recommendations of Dr. Zhang, MD, LAc of New York(http://www.dr-zhang.com).
His specialgarlic extract with a high concentration of Allicin:

2 mgAllicin/kg of bodyweight per day for 6 months; HH (Houttuyniae Herba):
3 tabletsthree times/day for 6 months.

His specialArtemesia (wormwood) combination: 1-2 tablets three times/day for 6 months
(usuallyrecommended when Babesia is involved).

In additionI use the specific herbal combinations from the Monastery of Herbs in Los Angeles
(Tel.:818-360-4871). These are very effective 18-day programs. I use AutonomicResponse
Testing todetermine the most effective combination.
I rotatedifferent regimes over the 6-month treatment period.

SpecificTransfer Factors
When apregnant cow is infected with a certain illness, her first milk (colostrum)after the calf is born contains specific peptides that prevent the illness inthe calf. Based on this principle, specific transfer factors have becomeavailable for the treatment of B. burgdorferi, Babesia, Mycoplasma pneumoniaeetc.
Mostreadily available are oral capsules with dried peptide extracts (ChisolmBiological Laboratory,
Tel.:803-663 9618 / ext. 9777). By adding the specific transfer factors into thetreatment regime, the successrate can be dramatically increased.

To becontinued …

RESOURCESFOR INFORMATION

Books,Booklets and Literature
Beck, B.F., MD (1997) The Bible of Bee Venom Therapy. Health Resources Press, Inc.,Silver Spring, MD, USA, book, ISBN 1-890708-03, pp. 238. Reprint of theoriginal 1935 edition of Dr. Beck: Bee Venom Therapy - Bee Venom, Its Nature,and Its effect on Arthritic and Rheumatoid Conditions. (available fromApitronic Services: Tel.: 604-271-9414)

Broadman,J., MD (1997) Bee Venom - The Natural Curative for Arthritis and Rheumatism.Health Resources Press, Silver Spring, MD, USA, book, ISBN 1-890708-01-3,references, index, glossary, foreword by Harold Goodman, DO, pp. 224 (availablefrom Apitronic Services: Tel.: 604-271-9414)

Klinghardt,D. K., MD (1990) Bee Venom Therapy for Chronic Pain. The Journal ofNeurological & Orthopedic Medicine & Surgery, Vol. 11, No. 3, pp.195-197

Klinghardt,Dietrich, MD(1999) Treatment Protocol for Bee Venom Therapy. Apitherapy Education Service -Apitronic Services, Richmond, BC, Canada,booklet, 11 pp.

Lubke, L.L. and Garon, C. F. (1997) Bee Stings as Lyme Inhibitor. J. Clin. Infect.Diseases, July, 25 Suppl. 1, pp. 48-51

Marinelli, Rick, ND and Klinghardt, Dietrich, MD(1999) Methodology for Injectable Bee Venom Therapy. Apitherapy EducationService - Apitronic Services, Richmond, BC Canada,12 pp.

Mraz,Charles (1994) Health and the Honeybee. Queen City Publications, Burlington, VT, USA, ISBN0-9642485-0-6, pp. vii+92 (available from Apitronic Services: Tel.:604-271-9414)

Organizations
AmericanApitherapy Society, Inc., 5390 Grande Rd., Hillsboro, OH 45133 USA, Tel.: 937-364-1108, Fax: (937)364-9109, e-mail: aasoffice@in-touch.net, web page: www.apitherapy.org/aas

AmericanAcademy of Neural Therapy, Inc., 410 East Denny Way, Suite 18, Seattle, 98122USA, Tel.: 206-749-9967, Fax: 206-723-1367, e-mail: neuralt@aol.com, web page:

Internet Resources:
American Academy of Neural Therapy, Inc.
Bee VenomTherapy Supplies and Books
www.beevenom.com

ApitherapyBookshop
www.apitherapy.net

ApitherapyReference Database
www.saunalahti.fi/~apither/

Bee VenomTherapy Supplies and Books Bee venom products and therapy related books,literature and Apitherapy Education Service.
ApitronicServices
9611 No. 4Road
Richmond, BC
Canada, V7A 2Z1
Ph./Fax:604-271-9414
e-mail:msimics@direct.ca

ConversionTable 0.10 ml = 0.10 cc0.60 ml = 0.60 cc 0.20 ml = 0.20 cc0.70 ml = 0.70 cc0.30 ml = 0.30 cc0.80 ml = 0.80 cc 0.40 ml = 0.40 cc0.90 ml = 0.90 cc 0.50 ml =0.50 cc1.00 ml = 1.00 cc

Thanks to the Apitherapy Commission for reprinting this article. 



Bee Venom Therapy Used to Treat Multiple Sclerosis, Arthritis

Bee Venom Therapy (BVT) works for many reasons and must be used carefully. But it's feasible to learn even for non-medical people... 

Speaker Creates Buzz Over Bee Venom as Medical TreatmentBy Alexandria Randolph, The Eagle, 7/28/2011

The Eagle
A multiple sclerosis patient who has been self-medicating herself with bee venom will speak Thursday at an annual event sponsored by the Central Texas Beekeepers in Brenham.

Alice Daley and her husband, Bill, said they initially learned about venom therapy in 1995 during a support group meeting for MS patients.

"When we heard about the bee sting treatment, we thought, 'We've got nothing to lose, so let's try it!'" Bill Daley said…

Bill Daley administers the venom once a week to his wife, who suffers from the autoimmune disease that affects the brain and spinal cord. She has received more than 17,000 stings since beginning the treatment. Some use venom in a cream, ointment or injection form, the latter of which is used on her.

"I have a record of every sting I've ever given her," Daley said. "I give her 32 stings every week; five on each arm and leg, nine on her back, one on her neck and two on her chest."
Alice Daley said that while the treatment isn't commercially available or medically approved, it works for her.

"It keeps me out of the hospital," she said. "I get bee stings every week, and I haven't yet had a crash."
And, not only is she more mobile, she said, but doctors at her last neurological appointment could no longer find lesions that had been present on her brain.


Bill Daley, who is a certified reflexologist, also uses bee venom on some of his patients. "I sting a handful of people for arthritis and energy," Daley said. "There's one guy who gets stung just to feel better."


Kelling said bee venom therapy is not uncommon, though people should make sure they're not allergic to bee stings before trying it.

"I've heard my whole life about people with arthritis who had used stings on their knuckles," Kelling said. "It relieved people of the condition for a while."

While Kelling said he's not sure of the medicinal value of bee venom, he's been stung many times while working with his bees.

"All I know is I don't have any aches," he said...

Multiple Sclerosis



Before we get into the disease I will explain what a neuron is, where it is located and where is the problem with multiple sclerosis.

A neuron is the brain type of cell. It is unique in the sense that they do not replicate for most of our lives. Neurons are electrically excitable and are able to produce an electrical signal. Through this signals we are able to feel things ( vision, taste, smell, etc ) and move around.


This electrical signal is of paramount importance. If the electrical signal is delayed, sensation might be lost. The speed through which the signal is transmitted depends considerably on a sheath of fat that the neuron has, which is called a myelin sheath. When the myelin sheath is gone the speed at which the signal travels is slow. This is called demyelination.

Multiple sclerosis (abbreviated MS ) is an autoimmune condition in which the immune system attacks the central nervous system (CNS), leading to demyelination. It was described for the first time in 1835 by Jean-Martin Charcot.

MS has got a prevalence ranges between 2 and 150 per 100,000 depending on the country and the population. MS is five times more prevalent in cold climates -such as those found in the northern United States, Canada, and Europe- than in tropical regions. It is believed that there are currently about 250,000 to 350,000 people in the United States who have been diagnosed with multiple sclerosis. This estimate suggests that approximately 200 new cases are diagnosed each week.

How does MS affect the brain?

MS affects oligodendrocytes ( these are support cells in the brain that help and nourish the neurons ) on areas of the brain and spinal cord known as the white matter. White matter cells carry signals between the grey matter areas, where the processing and signaling is done, and the rest of the body. Oligodendrocytes are responsible for creating and maintaining a fatty layer, known as the myelin sheath.

MS results in a thinning or complete loss of myelin and, less frequently, the cutting (transection) of the neuron's extensions or axons ( see picture ) . When the myelin is lost, the neurons can no longer effectively conduct their electrical signals.


The cause of MS remains unknown, but the most widely believed theory is the auto immune one. This is a result of the harm inflicted to the myelin sheaths by our own immune system. Other theories believe it is a metabolically dependent disease while others think that it might be caused by a virus ( Epstein Barr ). Finally, others believe that because it is virtually absent from the tropics, it might be dependant on a deficiency of vitamin D.


Signs and Symptoms of MS

MS presents with a variety of symptoms such as:

Changes in sensation (hypoesthesia)
Muscle weakness and spasms
Difficulty in moving

Coordination and balance dysfunctions (ataxia)

Speech (dysarthria) or swallowing (dysphagia) difficulty

Visual problems

Fatigue and pain syndromes

Bladder and bowel problems

Neuropathic pain, mostly on lower extremities ( pain is described as constant, boring, burning or tingling intensely)

Paraesthesias ( include pins and needles; tingling; shivering; burning pains; feelings of pressure; and areas of skin with heightened sensitivity to touch )

To notice, the first symptoms of the initial attacks (known as exacerbations or relapses) are often , mild (or asymptomatic), and will go away on their own . They are sometimes identified in retrospect once the diagnosis has been made based.The most common initial symptoms reported are: changes in sensation in the arms, legs or face, vision loss (optic neuritis), weakness, double vision, unsteadiness and balance problems.

How does a doctor diagnose MS?

Multiple sclerosis is said to be a clinical diagnosis, and one of exclusion. this means that your doctor will need to rule out other diseases before it can diagnose you with MS. It makes it then, difficult to diagnose MS in its early stages. For MS of type primary progressive, a slow progression of signs and symptoms over at least 6 months is required. In an effort to standarize the diagnosis of MS, the McDonald criteria is now being used. This integrates clinical, laboratory and radiologic data to increase the likelyhood of diagnosis ( http://www.mult-sclerosis.org/DiagnosticCriteria.html )



Clinical data alone may be sufficient for a diagnosis of MS, provided that the patient has had 2 or more attacks and has consistent abnormalities in physical exam.

Imaging studies usually consisit on Magnetic resonance imaging (MRI) and magnetic resonance spectroscopy (MRS) of the brain and spine . MRI shows areas of demyelination ( are called lesions ) that appear as bright spots on the study. A substance, called Gadolinium, can be administered intravenously to highlight active plaques. This can provide the evidence of chronic disease needed for a definitive diagnosis of MS.

In order to get cerebrospinal fluid (CSF), a doctor might need to perform a lumbar puncture on the patient's back. This fluid can provide evidence of chronic inflammation of the central nervous system. The CSF is also tested for oligoclonal bands, which are immunoglobulins ( defense chemicals the body generates ) found in 75% to 85% of people with definite MS (but also found in people with other diseases). Combined with MRI and clinical data, the presence of oligoclonal bands can help make a definite diagnosis of MS.

Stimulation of the optic nerve and other sensory nerves through visual evoked potentials (VEPs) and somatosensory evoked potentials (SEPs), may show that the brain of a person with MS often responds less actively to it, so decreased activity on either test can reveal demyelination which may be otherwise asymptomatic.

Clinical subtypes of MS and disease progresion

The course of MS is difficult to predict because the disease may at times either be dormant or progress steadily.


The following subtypes have been described for MS ( See above diagram )


A. Relapsing-remitting: This describes the initial course of 85% to 90% of individuals with MS. This subtype is characterized by unpredictable periods of time with symptoms called "attacks" (relapses) followed by periods of months to years of relative symptom free time or with no new symptoms. The deficits suffered during the attacks may either resolve or may be permanent. When deficits always resolve between attacks, this is referred to as benign MS.



B. Secondary progressive: This describes the course of around 80% of those initially diagnosed with relapsing-remitting MS, who then begin to have neurologic decline between their acute attacks without any definite periods of remission. Usually, this decline may include new neurologic symptoms, worsening cognitive function, or other deficits. This type is the most common type of MS and causes the greatest amount of disability for the patients.


C. Primary progressive: Not frequent. It describes around 10% of individuals who never have remission after their initial MS symptoms. Decline occurs continuously without clear attacks. Usually tends to affect people who are older at disease onset.


D. Progressive relapsing: Very uncommon and very debilitating, describes a subtype of MS that from the onset of their MS, have a steady neurologic decline but also suffer superimposed attacks; and is the least common of all subtypes.



Treatment

A. Medical

I. Acute Relapses: High doses of intravenous corticosteroids, such as methylprednisolone, is the routine treatment. The goal of this kind of treatment is to end the attack sooner and leave fewer lasting deficits in the patient. They are very effective in the short term, but do not appear to have a significant impact on long-term recovery. Side effects include osteoporosis, impaired glucose, obesity and impaired memory.

II. Disease Modifying Medications: These are all very expensive medications with several sometimes severe side effects. As of 2007, six disease-modifying treatments have been approved by regulatory agencies of different countries for relapsing-remitting MS. Three are interferons : two formulations of interferon beta-1a (Avonex and Rebif) and one of interferon beta-1b (Betaseron or Betaferon). A fourth medication is glatiramer acetate (Copaxone). The fifth medication, mitoxantrone, is an immunosuppressant (used also in cancer chemotherapy). Finally, the sixth is natalizumab (Tysabri). All six medications are modestly effective at decreasing the number of attacks and slowing progression to disability, although they differ in their efficacy rate and studies of their long-term effects are still lacking.

B. Alternative


The following recommendations are made for patients with MS:

First, engage on a diet using mainly raw unprocessed foods, with organic foods when possible. Cook from scratch. Try fruits and vegetables with color to them ( color in fruits and veggies are usually the pigments of very strong antioxidants they carry ). Whole grains are prererred and whenever possible you should use brewer's yeast and wheat germ to your foods.

Make smoothies with fresh fruit, flax seed and berries. This will provide you with fiber, esssential fatty acids and antioxidants. Products like Lecithin ( found in tofu, soy derivates and bean sprouts ) help to strenghthen the myelin sheath.

DO NOT:


Eat junk food, processed or packed food

Drink Sodas or artificially sweetened drinks

Eat sugary products or products sweetened with refined sugar or high fructose corn syrup

Do:

Try fasting, with short term ( 1 day at a time ) fruit and vegetable juices fasts. Try a Super greens drink every morning for detox.

With respect to supplements it makes sense to increase your intake of highly concentrated Fish Oil. Go all the way up to 10-20 grams ( 10 to 20 capsules a day ). Start low but increase steadily to minimize flatulence. Even though I usually recommend Nordic Naturals fish Oil, here the cost wil be prohibitive. Try using NSI Fish Oil, Puritan's Pride or Vitamin Shoppe's brand Fish Oil for a larger capsule supply at a good price. Don't forget to put the bottle in the fridge once opened ( fish oil will turn rancid if in direct sunlight or exposed to oxygen, cold helps keep rancidity to a minimum ). Try high dose vitamin B12 ( 400mcg-800mcg sublingual a day). For immunity try a good probiotic ( again, keep on the fridge ), with a minimum of 4 billion units. Also the use of Plan Sterols ( Try commercial sytrinol ). GLA essential fatty acids from Borage oil or evening primrose oil is also recommended. For brain support, try Ginkgo Biloba, a total of 240mg dividad in 2 doses a day.


Homeopathic treatment again, and as usual needs to be tailored to the patient's symptoms. Please follow the next link ( http://www.hpathy.com/diseases/multiple-sclerosis-cause-treatment-cure.asp ).

Acupressure, Acupuncture and Chinese medicine can definitively help treat symptoms, specifically pains and aches, fatigue, etc. Cranial acupuncture is specifically useful for neurological symptoms. Also oriental medicine is very good at balancing the body function and optimizing its organs to effectively fight the disease.

Stress reduction is a must. Feel free to use back flower herbs, Saint John's Wort, SAM-e, Valerian, Biofeedback, Yoga, Tai Chi, gentle excercise, etc and/or formal counseling to help you manage Stress.





Video presenting MS:



Can MS be beaten? View this Video!

 
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