Solutomic™ technology to provide superior mineral nutrition for maximum effectiveness.*

Mineral Blends 

Individual Minerals

Vitamins

                         

 Links | Home | Individual Minerals | Mineral Blends | Vitamins| Order | Contact | Application

     

Adrenal Stress and M.E.

Theresa Coe looks at how Adrenal Stress can impact on M.E. and what can be done about it.

The body is not designed to cope with prolonged stress, whatever the cause. Its response is to produce high levels of the hormone Cortisol , which in time leads to negative clinical consequences in the body. These include:

  • reduced insulin sensitivity (i.e. inability to maintain constant blood-sugar levels);
  • poor sleep due to raised cortisol levels at night;
  • compromised immune function;
  • fatigue, allergies, depression, PMS, yeast overgrowth.

Adrenaline is the hormone secreted in response to immediate stress, such as a loud bang. Many M.E. people seem to have `trigger-happy' adrenal glands which are far too sensitive to stimuli therefore producing the `fight-or-flight' feeling at the slightest provocation. This leads to a constant sense of anxiety, which may never have been present before M.E. This again is as a result of the endocrine system malfunctioning due to chronic adrenal stress.

The doctor I see tests all his chronic fatigued patients for adrenal stress, and so far all twenty have shown severe adrenal dysfunction. At last here is a test which not only shows something to be clinically wrong with M.E. patients, but for which there is treatment.

A couple of months ago my father (Peter Coe, who also has M.E.) and I had the Adrenal Stress Index (ASI) test, which involves taking four saliva samples throughout the day to test cortisol levels, corresponding levels of DHEA (the hormone which regulates cortisol) plus immune response and sensitivity to gluten.

In a healthy person cortisol levels are highest on waking and fall throughout the day to allow for restful sleep. My results showed exactly the opposite. Reducing adrenal stress and correcting cortisol levels is reputedly 80% successful using a nutritional approach alone although this can be done with drugs failing this.

My own treatment involves:

  • Dietary changes: cutting out sugar and eating protein and carbohydrate at every meal to help stabilise blood sugar levels
  • Taking nutritional supplements at a specific time to help boost/lower cortisol as appropriate
  • Taking the hormone DHEA in supplement form as my DHEA level is way too low
  • Avoiding stress and making a conscious effort to relax as much as possible
  • Increase Intake of Sodium, Potassium, Iodine, and Licorice Root.

So far, my sleep pattern has improved slightly, but it's early days: it takes about six months to correct malfunctioning cortisol output. I have no idea what, if any effect, this test/treatment will have on my health, but for those of you who are interested in finding out more, here are some details.

The test is by doctor-referral only, but your GP, if anything like mine, may not be the best-qualified person to analyse and treat your test results. For this reason, I phoned up Diagnostec (the company responsible for this test) and asked if they could recommend a good doctor to both refer me for the test and see me afterwards. They put me in touch with Dr. John Briffa who is a medical doctor that uses a holistic/nutritional approach to treat chronic conditions including M.E. He charges £45 an hour and the ASI test cost £50

 

The Thyroid - M.E. Link

Could you have an underactive thyroid?

Symptoms usually associated with under-active thyroid include low body temperature and low energy (especially on waking), intolerance to heat and often, but not always, slowed metabolism and weight gain. A physical examination may reveal dry, brittle hair, dry skin and weak nails with the outer third of the eyebrows missing, a slow pulse rate, cold hands and feet and possibly an enlarged thyroid gland. As well as taking thyroid hormone drugs (which at 100 tabs for £1.50 are extremely cheap), treatment should also include correction of trace elements, especially zinc, magnesium, iron and selenium.

If you think you may have an under-active thyroid, you could try taking your temperature immediately on waking for three consecutive days, for ten minutes under the armpit (in menstruating women this should preferably be done on days 2-4 of the menses). If body temperature is below 97.8F, this is a likely indication of an under-active thyroid and you could request that thyroid function tests be carried out by your GP, with possible referral to an endocrinologist. If morning temperature is above 98.2F this may reflect an infection or hyperthyroid state. One final point to note: not all GPs are skilled at interpreting test results correctly and may only be looking for low levels of T4 (thyroid hormone). However, another clear indicator of early stage under-active thyroid is raised TSH (thyroid stimulating hormone) and this is cause for thyroxine treatment in itself, even where T4 levels appear to be normal. Remember, you do have a right to a copy of your own test results under the law.

How reliable are current testing procedures?

Barbara Houghton, former group leader of the Chester area M.E. support group writes:

I feel that I must let other sufferers know that several members of our Action for M.E. self-help group are now actually getting better. In September 1996 I was put in touch with Dr. Gordon Skinner, a consultant virologist at Queen Elizabeth Hospital, Birmingham, and a senior lecturer at University of Birmingham medical school. He is especially interested in looking at thyroid function tests and how these can be misleading and open to misinterpretation, partly because they only represent what is happening to 95% of the population.

As a result there is a three-fold problem i.e. treated cases of hypothyroidism (underactive thyroid), still unwell, whose thyroxine doses are insufficient because test results fall within the 'normal' range; cases of overactive thyroid with insufficient treatment for the same reason and those people who have not been diagnosed with hypothyroidism because their results fall within the normal range - a range which is based on 95% of the population. So what happens to the other 5% of the population? Whilst treating patients of these three problem areas, Dr. Skinner is finding that he is actually treating many patients who have also been diagnosed as having M.E. He believes about a third of these are actually hypothyroid despite having normal test results and these people are making significant improvements with thyroid replacements therapy.

 

Clinically hypothyroid despite 'normal' blood tests

 

I subsequently went to see Dr. Skinner for a consultation and after a careful examination he declared me to be clinically hypothyroid despite having been diagnosed as having M.E. in 1993. At that time I could hardly walk and felt very ill indeed despite having a positive attitude. He ran some tests and the results showed FT4=12.7 (range 10-17) and TSH=1.8 (range 0.5-5.5). I began a trial of thyroxine for two months, taking 25mcg daily for one week and then 50mcg for the rest of that time. Very quickly I noticed an improvement in mental alertness and very slowly I began to have more energy to do various small tasks. I am currently taking 100mcgs each day and can now easily walk around the supermarket to get in the shopping when before I had to be pushed in a wheelchair. My brain functions much more like it used to do and I would estimate that I am 60% better. I feel that I can start living again and that I can plan for the future.

Individual experiences

As the group leader of the self-help group, naturally many people have seen the great improvement in my health and wanted to know more. So, Diana Holmes who was ill for 23 years before being diagnosed hypothyroid, despite 'normal' test results, and who is now fully recovered, came to talk to our group and consequently many more people wanted to see Dr. Skinner. We have set up a clinic here in Chester and he has seen 27 members of our group so far, of which seven were already taking thyroxine, but have subsequently improved on a higher dose. 23 have been diagnosed hypothyroid, (of which 16 had normal test results) and have started thyroid replacement therapy. Whilst it is still very early days yet, so far 18 members feel they have improved noticeably despite only taking thyroxine for three months. Three members have seen no change yet and for a further four it is too early to tell, while two people have dropped out of the trial after experiencing a further loss of energy; another person is experiencing some problems but these seem to be alleviated by taking Efamol marine. Four members have had their GPs refuse involvement due to prior medical conditions.

Issues that are of importance to all people with M.E.:

  • That thyroid function tests cannot always be relied upon and that clinical diagnosis must be the prime factor, however difficult, in deciding whether someone is hypothyroid.
  • That because a doctor doesn't have thyroid levels from when someone was well, you don't have a baseline to work from and therefore test results can be open to misinterpretation. For example, my test results could have been in the higher levels of the reference range when I was well and dropping to what they were was a significant change requiring treatment.
  • That many people diagnosed as having CFS, PVFS or M.E. are actually hypothyroid, undiscovered due to test results in the normal range.

Could it be that thyroxine could actually help someone rightly diagnosed as having CFS?

I feel that everyone should have a thyroid function test carried out to find out their FT4 and TSH levels with the exact figures and the 'normal' range that they refer to as a starting point before investigating with their GP if they could actually be hypothyroid to some degree. Some people may in fact only need a small dose of thyroxine to return to normal life. Dr. Skinner holds clinics in Leeds, Glasgow, London and Birmingham as well as Chester.

An excellent reference book is 'Solved: The Riddle of Illness' by Langer and Scheer ISBN 0-87983-667-9 which backs up what Dr. Skinner is doing and suggests that a large percentage of the American population may be hypothyroid.

Editorial comment:

Medical opinion is extremely divided as to the reliability of thyroid function tests, and whether or not it is indeed possible to diagnose hypothyroidism clinically. As well as those points made by Barbara, however, reasons why current testing methods may be inadequate, according to Action for M.E. medical advisor Dr John Briffa, include:

  • That both 'bound' and 'free' levels of hormone may be tested, even though the bound hormone is not active in the body
  • That just because thyroid hormone shows up in the bloodstream, it's not necessarily getting into the cells to do its job
  • Even where T4 (thyroxine) is produced in sufficient amounts by the thyroid gland, its conversion to the more active T3 in peripheral tissues may be inhibited so that the patient will have hypothyroid symptoms in spite of normal thyroid blood tests.

Instead of thyroxine, Dr. Briffa gives those patients he considers to be clinically hypothyroid a nutritional thyroid support supplement from Biocare called TH207, which he says has increased the body temperature of many of these patients. TH207 contains dulse, Siberian ginseng, liquorice, glutamine and some vitamins and trace elements (tel. Biocare on 0121- 433 3727 for more details).

Medical Profession Divided

There is some dispute as to the safety of giving thyroxine to patients whose test results appear to be normal; one person who took part in Dr. Skinner's trial suffered a relapse and it was later suggested that this may have been due to her being given too much thyroxine. While our own medical advisor Dr Sarah Myhill believes thyroxine to be perfectly safe if the patient is started on a low dose and monitored carefully, Dr Charles Shepherd and Professor Behan do not agree, while Dr. Alan Franklin's view is that one shouldn't stay on thyroxine if no improvement is seen within three months.

One of Dr. Shepherd's concerns is that giving a patient too much thyroxine can disturb heart rhythm, and that patients should have their heart checked before taking this drug. Similarly, patients with a disease like Addisons or low cortisol, where adrenal function is very weak, could suffer greatly if given thyroxine as thyroid hormones further challenge the adrenals. This is why it is important to start on a low dose and monitor health closely for any adverse effects, (Dr. Skinner usually checks cortisol levels before starting treatment).

Finally, Dr. Shepherd is worried about the long-term effects of taking thyroid hormone, which he thinks could dampen down the response of the Hypothalamus-Pituitary-Adrenal (HPA) axis, so that the effect wears off and patients may need to increase their dosage, possibly staying on thyroxine for life. He believes that much of the therapeutic effect felt by patients on thyroxine may be due to its stimulating effect, rather than a genuine deficiency in thyroid function. However, in the book 'Why M.E.?', Dr. Belinda Dawes writes "Thyroid function is very often disturbed in a whole range of enviromental and allergic disorders, exactly why we are not sure, but it does seem to be the target for a number of auto-immune disturbances. It is important to check thyroid function, but even if function is normal, I still prescribe a low dose of thyroid hormone supplementation where there are positive levels of thyroid auto-antibodies."

Michael Valentine, pharmacologist, comments: "Those most likely to benefit from thyroid treatments tend to have thyroid levels at the low end of the scale or borderline, and may be considered in conventional medicine to have 'normal' thyroid chemistry. The mechanism is thought to be thyroxine resistance, whereby the body has normal levels of thyroid hormones but does not respond - something similar is seen in cases of 'brittle' diabetes, where massive amounts of insulin are needed to achieve an effect."

Case Histories

We received a great many letters in response to Barbara Houghton's article in InterAction 24 - here is just a selection:

My daughter, now aged fifteen, has had M.E. since she was eight. During that time she has been unable to go to school and was bed-ridden for months at a time. A few years ago I heard about two sisters who had M.E. who were later diagnosed as hypothyroid and made dramatic recoveries once their condition was treated. I took my daughter to see Dr. Barry Peatfield, who specialises in treating thyroid problems and he diagnosed that my daughter was suffering from hypothyroidism (due to her low basal temperature) and low adrenal reserve (from clinical examination). She began treatment with very low levels of hydrocortisone and natural thyroid which were gradually increased and then adjusted to achieve the desired effect.

Within two weeks there was such an improvement in her condition that she was able to come on holiday with us. We could scarcely believe the change in her. She has made steady progress since then, and was soon able to tackle her lessons once again (still at home) and was thrilled, six months after starting treatment, to be able to go horse-riding for the first time. Jane is now fifteen and taking her GCSEs. When we think back to the eleven year-old who spent most of her time lying in bed with a constant blinding headache, the effort of brushing her teeth almost more than she could manage, we realise how fortunate we are now to have found a way forward. Dr Peatfield says that one problem is that the diagnosis is sometimes a difficult one to get doctors to accept. He believes this is due to a deficiency in medical education as well as a misplaced trust in laboratory blood tests.

A tendency to hypothyroidism can be inherited genetically. Equally it can be caused by disease of the thyroid, by physical injury to the gland [possibly viral], or through nutritional, iodine or enzyme deficiency. I'm sure my daughter's hypothyroidism is genetic as my son also suffers from it but with quite different symptoms. My niece also had M.E.-type symptoms which were attributed to hyperventilation and later bradycardia, but before getting a pacemaker fitted (aged 22) she consulted Dr Peatfield, was found to be hypothyroid with a low adrenal reserve and within a month of treatment was absolutely fine. I would urge anyone who thinks they might be suffering from hypothyroidism to take their temperature first thing in the morning. There could not be a cheaper or easier diagnostic test. If you are able to follow it up with the right treatment, life could begin to look up.

name and address withheld

Annabel's story

Once diagnosed I read everything I could about M.E., the recurring message was that I must not expect to recover in a few weeks, worse still, I might be looking at years. This was no light sentence. Soon after the diagnosis, I contacted my local M.E. group, the woman I spoke to said that she had been ill for 6 years, but in the last year was seeing a doctor in Birmingham who was treating her with some success.

Sceptical, I found myself sitting in front of this Scottish doctor, Dr Skinner two weeks on. I half-listened to him saying that he believed some M.E. sufferers were in fact missed cases of hypothyroidism - suffering from an under-active gland, missed because the patient has low normal levels, so the GP would not prescribe thyroxine on these results. I let him take a blood test, and took some natural thyroxine, armour thyroid, home with me, to take with the results of the blood test, on Dr Skinner's advice.

He wrote and said that in his opinion, the results indicated that my ill-health was due to thyroid problems. With my diagnosis of M.E. I continued to believe he was wrong, but I decided to go on the treatment anyway! If it doesn't work, I could always stop was my reasoning. Months passed, I stayed on the treatment, gradually increasing my intake of armour thyroid. It seemed to have no effect, and I took it every day saying tomorrow I will stop.

In April, 5 months after I first saw Dr Skinner, I increased my dose once more, on Dr Skinner's recommendation. I began to notice improvements, I didn't have to take so many rests, the aches were not so bad, and I could walk short distances.

Since April I haven't looked back, a trip to a friend's wedding in Israel and a week in Prague, each week improving. I can only conclude that the armour thryroid has made me so much better, and my diagnosis for M.E. was wrong. The test will be moving to London and looking for some regular part-time work. I can't wait, no wheelchair or muscled-arm mum, services no longer required, sorry mum.

Annabel Schleutker

Despite a 'normal' reading for my blood TSH levels, I started taking 50mcg of thyroxine in March this year after contacting Diana Holmes on her help-line [see below]. I also had a low blood temperature, after checking it every morning for a week. Since starting treatment I have improved in energy and now have a clearer mind ...

Alice Morland

I saw Dr Gordon Skinner in April after getting Diana Holmes' number from the Action for M.E. therapy line. At that time I could only walk one to two hundred yards on a good day and had been badly disabled with M.E. for the last six years. I took 25mcg of thyroxine for two months and then built it up slowly by 25mcg a month. The result, after five months, is amazing - I am now back climbing mountains with no pain, joint stiffness or muscle weakness. In fact all my symptoms of eleven years of illness are gone, except those pertaining to the gastro-intestinal tract. My grandmother, mother and sister all have health problems too so it may be a hereditary problem. My blood tests showed that I was low within the normal range and being slim, I don't appear an obvious case for hypothyroidism, but I did always have a low body temperature and slow pulse and recently constant feelings of vertigo which have now vanished completely.

Sally Pearce

My M.E. started in 1989 but several years later I had a major relapse and after a series of tests (which showed my thyroid level to be at the low end of normal) was treated for hypothyroidism, which does run in my family. I did feel a bit better on treatment, and was advised to stop it for a while, and it was soon clear how much it had been helping me. I used to be freezing cold at night then have night sweats but my body temperature is better controlled now and best of all, my sleep pattern has improved and I have more energy. I started on 50mcg a day but am now up to 150mcg.

Samantha Coney

Two years after developing M.E., my GP discovered that I was hypothyroid which we thought was good news as this condition is at least treatable. However, despite taking thyroxine since 1993 there has only been gradual improvement in my health over the years but I cannot attribute this to the thyroxine.

Philip Vaughan

I have had M.E. since 1985 but ten years later developed an overactive thyroid. The drugs for this worked to begin with, but then my legs got so painful I couldn't walk and was forced to have radio iodine treatment. This caused extreme pain, impotence, muscle numbness and bloating and resulted with me becoming grossly hypothyroid.

I was put on 150mg of thyroxine but was still very ill on this as it was not being taken up by my muscles. At no point was my T3 measured; as long as the T4 and TSH were within the normal range then that was that. I believe I would have died had I not read articles about various vitamins to take. I started taking vitamin B12, Co-Enzyme Q-10 and vitamin C which helped my muscles accept the thyroxine. However, I am still not back to normal as the thyroxine drug only supplies T4 which my muscles are having trouble converting this to T3. I am just about surviving but the thyroid problems have ruined my appearance, affected my health and put me through the worst hellish experience that almost cost me my life. I have been told by a doctor that glandular medicine is an alternative but the NHS does not actually recommend it.

name and address withheld

Despite normal tests for thyroid function, I was prescribed 50mcg of thyroxine for one week increasing to100mcg for the next two months in December '96. Two weeks after commencing treatment, I began to develop symptoms of hyperthyroidism such as increased anxiety, palpitations and regular panic attacks. Once I had discontinued use of thyroxine the effects wore off in about fourteen days but by that point my mental state was one of almost total despair. I was bed-bound and my energy levels had diminished to half that prior to taking this drug. It has taken me several months to get onto an even mental keel from this experience, and I would urge doctors to think carefully before prescribing thyroxine to patients with normal blood test results.

Andrew Perry

Action for M.E. medical advisor Dr Sarah Myhill comments:

The symptoms that Andrew describes are those of overdosing and he did the right thing to stop it. I use thyroxine on a lot of my CFS/M.E. patients and this is the first time I have seen such a bad reaction. It is unusual to become toxic on 100mcg a day. However, as a result of Andrew's experience, I now increase the dose very much more slowly, starting on only 25mcg a day for someone who is very small or elderly, and increasing by 25cmg a month until optimum dose is reached. I would urge that people trying thyroxine have their T4 (thyroid) blood level checked every three months after starting treatment so that the levels of hormone can be monitored carefully and one doesn't reach a state of hyperthyroidism. I also warn patients that should they develop palpitations or undue anxiety then they should reduce the dose at once.

However, so many of my patients do well on low dose thyroxine that it is now a regular part of my armamentarium. Some have likened taking thyroid hormone to the 'last piece in the jigsaw' on their road to recovery.

T4 or T3?

If a patient with a low blood level of thyroxine or a high level of TSH (thyroid stimulating hormone) fails to respond to thyroxine I would want to look at their T3 levels. Thyroxine is T4 which is relatively inactive and is converted in the body to T3, the active principle. It is possible but unusual to see patients who've failed to make this conversion, therefore to ensure that the hundred micrograms of thyroxine is adequate, you need to have blood levels done of T4, T3 and TSH and the dose of T3 and T4 prescribed adjusted accordingly.

Editorial comment:

An article on the controversy surrounding diagnosis of under-active thyroid appeared in the Daily Telegraph magazine on October 11th. In this, consultant endocrinologist at the London Lister Hospital Sir Richard Bayliss agreed that in the early stages of disease, thyroxine levels may be normal, with TSH only slightly raised, leading to some patients not being treated. He recommends that doctors do more intensive investigations when the diagnosis is uncertain, such as looking for thyroid antibodies. Diana Holmes, who was ill for more than twenty years before being diagnosed as hypothyroid, adds that 80% of the calls to her help-line in Manchester are from treated cases of hypothyroidism who are still not well, because although their T4 levels have increased, they still need to be higher within the reference range before symptoms will clear up. She also wishes to stress that blood tests only tell you how much thyroid hormone is in the blood and not how much of it is usable at cell level. Diana sums up

"If all cases of M.E. were to be re-assessed, taking the patient's signs, symptoms, history and a clinical appraisal and using the blood test as an indicator only, perhaps many cases of hyopthyroidism would be found."

Meanwhile Dr. Toft, who is president of the British Thyroid Association, is about to embark on a study to determine whether patients with borderline TSH levels may also benefit from thyroid hormones. Interestingly, the World Health Organisation has now stated that laboratory experts are to abandon the term 'normal range' from the reference values and instead replace it with 'reference interval'.

For further information about thyroid problems, send an SAE to the British Thyroid Foundation at PO Box HP22, Leeds LS6 3RT. The BTF recommends that those with persistent illness should get their thyroid function checked as the thyroid can be both over or under-active and both conditions can cause a variety of symptoms that may be mistaken for other illnesses. However, they do still assert the reliability of blood tests for diagnosis.

Bolton GP Dr. Andrew Wright comments:

"Work coming from America shows that not only can patients be hypothyroid because of a thyroid gland problem, but also because other hormones - including melatonin and cortisol (secreted by the adrenal gland) - are affecting thyroid function."

The thyroid and adrenal stress

For more on melatonin, see article on Insomnia. To check for adrenal weakness you can get the Adrenal Stress Index test done by Diagnos-techs (tel. 01792- 464 911) - see Adrenal Stress and Interview with Dr. Briffa more details about this. Alternatively, you can ask your GP to do a cortrosyn stimulation test first thing in the morning. For this you have your blood taken both before and then half an hour after being given an injection of cortrosyn (ACTH - 25 units) to check your cortisol levels. If they are low, (less than 11mcg/dL) then you have adrenal weakness, and if the cortisol level doesn't rise after the injection then you have a low adrenal reserve. Both of these problems can be treated with a natural adrenal support like liquorice (try AD206, available from Biocare, tel. 0121- 433 3727 for more details) or by taking a very low (sub-physiological) dose of hydrocortisone in the morning.

We are hoping to cover adrenal problems in more depth in the future and would welcome feedback from members who have had treatment for weakened adrenal function.

Recommended reading: Thyroid Problems by Patsy Westcott (£5.99 from Thorsons). AfME also has an info pack on adrenal problems and M.E. send SAE and £1 in stamps to the Wells office.

Everyone with M.E. should read this book

Tears behind closed doors by Diana Holmes

Available from Vinehouse books on 01825 723398 or write to Plot B, Sunnybank, Lapley, South Staffordshire, ST19 9QH for £9.30 including pp

Reviewed by Elaine Myers

InterAction has consistently monitored the thyroid connection. Diana Holmes' book examines how an underactive thyroid (hypothyroidism) mimics M.E. and tells us how to differentiate between the two conditions.

It has long been believed that many chronically ill people are undiagnosed with M.E. This book turns that theory on its head and purports that thousands of people are wrongly diagnosed with M.E. when they really have deficient thyroids. The reader will learn why the thyroid can suddenly fail and how to look out for warning signs of hypothyroidism: symptoms formerly disregarded by doctors. She does not advocate that everyone suffering from M.E. has a thyroid condition but she wants every sufferer to have a thyroid function test.

Diana Holmes was previously diagnosed as suffering from epilepsy, depression, coeliac disease, carpal tunnel syndrome and asthma and was so debilitated at one point that she was doubly incontinent. Now fully recovered, her crusade is to apply a different approach to the interpretation of the blood tests which currently allow thousands of people to be falsely diagnosed with an efficient thyroid.

Don't expect a book written by a scientist. Much of it is anecdotal and there is poetry by long term sufferers. However, it provides the ammunition to approach an apathetic or sceptical doctor. Knowledge is power.

I totally understand why this book sold out after a first print run.

Also available from the Action for M.E. library

Contact details for Dr Gordon Skinner:

Harborough Banks, Old Warwick Road, Lapworth, Warks., B94 6LD Tel/fax. 01564 782488

 

Antioxidants and M.E.

Gill Jacobs, Action for M.E. Executive and Council member and health writer, looks at the connection between Antioxidants and M.E.

There has long been an unsolved paradox in medicine, which is the fact that oxygen is the source of all life and also the major cause of ageing. Energy is released when oxygen burns hydrogen. If we do not have enough free hydrogen, then too much oxygen -oxidation- can cause the formation of free radicals which can destroy tissues, and cause reduced immune function and disease.

Antioxidant enzymes, hormones and nutrients have the job of neutralising free radical damage. The antioxidant enzymes include two forms of superoxide dismutase (SOD), as well as glutathione, (glutathione has potent anti-viral properties) and catalase. In a similar way, antioxidant vitamins, such as vitamin C, vitamin E, and beta-carotene, a precursor to vitamin A, act as 'scavengers' to remove various free radicals from the body and prevent new ones from being formed.

Oxidation

Oxidation is a loss of electrons - we age, die and decay because we cannot continually control this loss of electrons and the energy contained within them. The single factor that is common to all antioxidants is that they are sources of hydrogen. Most M.E. specialists who recognise the importance of nutrition, also recognise the central role played in M.E. by free radical damage.

Free Radical Damage and Live Blood Analysis

Dr Majid Ali in his book 'The Canary and Chronic Fatigue' defines the scientific basis of chronic fatigue as accelerated oxidative molecular injury. Dr Ian Hyams, who trained with Dr Ali, prescribes antioxidants as a key element in his treatment regimen. By using live blood analysis Dr Hyams is able to see free radical damage as white clumps in the blood. After a course of antioxidants the patient is rewarded with feedback from a new blood reading. One of the antioxidants used at Harley Health Clinics is Quench from Bio-Tech-Pharm. Quench, among other things, contains the enzymes SOD, catalase, and glutathione peroxidase, important for defending against oxidant damage at an intracellular level. It costs £35 for 120 capsules.

A natural source of glutathione is sprouted wheat, or wheatgrass, suitable for those with wheat intolerance. BioCare do a wheatgrass product called Oxyplex, providing 800mg. Wheatgrass also contains superoxide dismutase, catalase and methionine reductase.

Disorders Related to Free Radicals

Cancer, coronary heart disease, diabetes, cataracts, alcohol-induced liver damage, adverse drug reaction, immune hypersensitivity, arthritic tissue damage, inflammatory bowel disease, Parkinson's disease, neurological degeneration, senile dementia, chronic brain disease, and traumatic inflammation.

Link with M.E.

Free radicals damage cell membranes. We now know that M.E. causes misshapen red blood cells, and this is clearly evident in live blood analysis. When cell membranes are damaged the immune system cannot function properly. In addition, the link between M.E. and allergies and chemical sensitivity points further to oxygen stress, as an underlying mechanism.

ACE+Selenium

The most common antioxidants which you will be familiar with are beta-carotene in the form of Vitamin A and Vitamin C, from vegetables and fruits, and vitamin E from oils. Many effective supplements are a combination of these vitamins together with selenium. For example, NutriGuard Forte, from BioCare (also includes lycopene.)

Lycopene

You may be confused by the choice of other antioxidants appearing on the market, which all claim to be highly effective at combating free radical damage. Lycopene, for example, is found in the pigmentation of tomatoes, pink grapefruit and red grapes. In one study lycopene was at least three times more effective than beta-carotene in preventing cell death by quenching free radicals from tobacco smoke. However, the key to all protective carotenoid activity is in ensuring COMBINATIONS of natural carotenoids.

Anthocyanosides and PCO's

More powerful free radical scavengers come in the form of anthocyanosides, (the colour in blueberries, cherries, and blackberries), proanthocyanadins, and procyanidolic oligomers (PCO's, or the French equivalent, OPC's). The particular PCO's found in the pine bark have a patented name of Pycnogenol. Other PCO's are found in purple grape skins and grape seeds. These antioxidants are as much as 50 times more potent than Vitamin E and 20 times more than Vitamin C. Research has shown that the use of antioxidants derived from blueberries and grape seeds can inhibit the breakdown of the blood/brain barrier in rats and also reduce inflammation. Anthocyanosides tend to be better anti-inflammatories and PCO's better antioxidants.

Products

Many people with Multiple Sclerosis are trying the Neways product Revenol to improve the blood brain barrier. (Multi Level Marketing - MLM - see note below) It contains 60mg of OPC's from Maritime Pine Bark, Grapeseed and Curcumin extracts from Pycnogenols and other bioflavinoid antioxidants.

Another multi-level marketing product is from Life Plus International; Proanthenols Bio-Complex High Potency (HP), with 100mg of grapeseed and pinebark, and 200mg of other antioxidants. At £39.66 for 60 capsules this product seems overpriced, given the superior ratios at less cost in some of the other products which we review. The marketing hype pushes the line that this product is superior because of the 'secret' blend of synergistic nutrients alongside the OPC's.

An excellent new BioCare antioxidant, and non-MLM, is Resveratrol Plus, 30 and 90 capsules, with 100mg of OPC's as grapeseed, 100mg of Bilberry Extract (natural mixed flavonoids) and 50mg of Green Tea Extract, (natural mixed phenols) with zinc, Betatene, Lycopene and Chromium. This costs (AfME 15% reduced prices) £13.99 for 30 or £36.26 for 90.

Resveratrol should ideally be combined with another antioxidant formulation, Procydin. This is made up of 300mg of Black Cherry Extract, 100mg of Blackberry Extract and 100mg of Blueberry Extract. AfME reduced price £13.77 for 90 capsules.

Comparing prices is a very complex task, given different strengths and combinations. Pro Health Inc do Nature's 8 Complex, with 5mg pine bark extract, 450mg green tea extract, and 32.5mg grapeseed extract, 50mg red grape skin extract, 60mg bilberry extract, 40mg gingko biloba extract, 87,5mg milk thistle extract, and 125mg citrus bioflavinoid complex. Although this has lower amounts of OPC's than some products, the other ingredients are good ones, and this could be an effective product to try. It all depends what else you are taking at the same time. An additional bonus with Pro-Health is that substantial profits go towards M.E. research.

Redox Potential

Apart from live blood, it is possible to test the ability of an antioxidant to prevent free radical damage by measuring what is called its redox potential. This is a reduction in oxidation potential (Redox) in the body, helping to create an internal environment that simultaneously promotes healthy cell growth and function, and discourages the proliferation of unhealthy bacteria, fungi and viruses, which prefer more acidic (less alkaline) conditions inside the body. One very new antioxidant which performs exceptionally well on this score is Microhydrin. As the silica hydride passes through the digestive system, hydrogen gives off electrons to neutralise free radicals. The hydrogen atom, minus an electron, combines with oxygen, to create an alkaline condition in the body. Acidity and alkalinity are measured by pH, which is simply a measure of the power (p), or amount, of hydrogen (H). As hydrogen increases, the blood and body tissues become less acidic and change to the more desirable alkaline pH, in which environment viruses and bacteria find it hard to survive. Microhydrin is the only known antioxidant that does not itself become a free radical after it gives up electrons. To work maximally this product should only be taken with reverse osmosis water, plumbed in, as provided by Aquathin, or bought from Sainsbury's. Volvic water is the best substitute. Microhydrin costs £26.68 plus postage for 60 capsules. (fluctuating price according to the rate of exchange).

How to Minimise Free Radical Damage in the First Place

In this factsheet we have attempted to clarify what at first glance could seem to be a confusing area. If your budget is limited, one way to minimise free radical damage is to make sure that you are consuming the right foods and minimising exposure to chemicals and pollutants:

  • fats should be cold-pressed olive oil, and/or flaxseed oils. The latter oils are very unstable, and should only be used unheated, unexposeed to light
  • no margarines or heat processed oils
  • no smoking
  • minimum drug usage (consult your doctor before coming off any drugs)
  • eat fresh, organic food, including freshly juiced wheatgrass
  • do not eat rancid food, or food that is burnt
  • if you can tolerate it, try to eat as much raw food as possible, preferably before the cooked part of the meal to maximise enzyme activity.

How to Take Antioxidants

The flavonoids may be destroyed by bacteria normally found in the bowel and, if taken together with food, may be slowed down in transit and more susceptible to bacterial damage of the active ingredients. Although some advise to take with meals, it may make sense to take on an empty stomach. The doses should be taken as a single dose in the morning or in divided doses in the morning and at mid-day. Taking them in the evening seems to increase the likelihood of disturbed sleep or dreams.

Multilevel Marketing

MLM means that marketing is in the hands of users, who get money back on sales to others below them in the 'pyramid'. As a charity we have some reservations about this way of distributing products, but some of the products are good, and usually there is no other way to purchase them. The problem is that once you are hooked into MLM your judgment about a particular product's worth can get clouded, because of the financial gain from pushing it to others. That is why products are marketed this way. To start with it is probably best, if you do want to try products sold this way, to remain objective, and shop around before committing yourself one way or the other

 

 
 
 Links | Home | Individual Minerals | Mineral Blends | Vitamins| Order | Contact | Application

© 2001 {Rainbow Minerals L.L.C.}
All Rights Reserved