Huddle #33 – Chat with Dr Ken Kinakin, SWIS Founder and Chiropractor

Ken is a Canadian chiropractor and the founder of the Society of Weight-Training Injury Specialists (SWIS) which is focused on the prevention, treatment and rehabilitation of weight-training injuries.

The mission of SWIS is to “bring therapeutic professionals and professional weight lifting trainers together. The goal is to create a win-win-win relationship between the doctor/therapist, the trainer, and the client. SWIS is focused on creating a “bridge” for the doctors/therapists and the gym trainers. This allows each profession to do the best work they can.”

Huddle #32 – Wanting to know the why of training, not just the what

Todd Wilkins joined the US Military at the age of 17 years and training has played a been big part of his life.  Some are happy to just train; others want to know the ‘why’ of training. Todd is one of those with a thirst to know why.

Ten years ago as part of his search for answers, he reviewed all the strength training books in two local libraries and settled on the Book of Muscle, in which he found effective programs. This led him to seek out Ian King and KSI.

Fast forward 10 years Todd’s search for knowledge has led him to complete the KSI Level O course and to continue on his path of learning through KSI!

As a dad Todd is also driven by a desire to lead his kids to optimal training that serves their lives, not detracts from it.

You can learn a lot about training – speed, strength, endurance, plyometrics, optimal long term development for the young athlete – and much more from listening to this huddle between Todd W and Ian King!

Nutritional supplements and strength training: Part 5 – Questions you should consider asking before ingesting

If you have read and been influenced by the prior four installments in this article series on nutritional supplementation. I trust you moved past the place where your primary influences on selecting your supplements included what ‘everyone’ is taking, the claimed benefits in the marketing material, and the claimed ingredients on the label.

If so you may find real value in this, Part 5, of the series. In this article I focus on what I believe are some of the key questions to ask and answer prior to selecting a supplement.

Note many of the questions revolve around the concept of trust. Not blind, head in the sand type of trust, that may have been the platform for some of your selection decisions in nutritional supplementation to date. Rather the kind of trust that is earned slowly and lost fast.

How many people in the US alone take nutritional supplements? About 75% of the population! There are a lot of people who need to be asking questions before they consume their nutritional supplements!

Here are seventeen (17) questions you should consider asking before settling on a supplement.

  1. Who owns the company?
  2. Who founded the company?
  3. What was the reason the company was founded originally?
  4. Are nutritional supplements their core business?
  5. How long have they been operating?
  6. How many product recalls and FDA complaints have they been subject to?
  7. Does the company care about your health as much if not more than their profits?
  8. Who formulated the product/s?
  9. Are their scientists in-house or outsourced?
  10. Do they manufacture in-house or outsource?
  11. Do they manufacturer at GMP?
  12. Do they guarantee the potency of every pill?
  13. What is their refund policy?
  14. What customer support do they offer?
  15. Is the product approved for use in your country?
  16. Will the products dissolve in a timely and optimal way?
  17. Will I pass a drug test?

Q1. Who owns the company?

The first question is about ownership. Put aside the company name. Ask who owns it? Company acquisitions are part of business life, and often the original name is retained to exploit the marketing power of the original owner. Don’t accept or assume that the name on the company still owns the company. Dig a bit deeper.

When you are confident you have found the owner of the company – be it an individual or an entity – do your homework on the owner. What you are wanting to understand are the values of the people who run the company. Do they really care about you?

Q2. Who founded the company?

If it turns out the current owners (individuals or entity) were not the ones who founded the company in the first place, find out who was the founder of the company.

Q3. What was the reason the company was founded originally?

The purpose behind the company’s origin provides a great insight into the values and operations of the company. Was the company found with the primary purpose to make a profit, or were there more altruistic motives, such as contributing to the quality of life of society.

The original purpose for the existence of the company in the first instance tells you a lot about the company. Sure, things can change, but this information is I suggest incredibly valuable and insightful.

Q5. How long have they been operating?

Relatively few companies make it past the ten year mark, and even less the twenty year mark – and so on. Now being a younger company doesn’t make it bad, it just means it hasn’t proven itself. Generally speaking a company that has compliance, integrity, or profit before purpose issues usually gets found out over time. On the other hand, those companies who are truly adding value to customers in a sustainable business culture typically last longer.

Q6. How many product recalls and FDA complaints have they been subject to?

In the internet era it’s not too difficult to discover the ‘skeletons in the closet’ of a company. Now you can give a company a ‘leave pass’ on one or two ‘hiccups’, however if you start seeing a pattern you may want to pass on this company’s offerings.

Q7. Does the company care about your health as much if not more than their profits?

Profit before purpose is important. I have no issues with companies making a profit – in fact it’s healthy for their sustainability. However it can be done without putting the needs and safety of the consumer at risk.

Your challenge is to get a feeling for a company’s values, and find a company that aligns with your own values of the profit and purpose trade-off.

Q8. Who formulated the product/s?

Now I don’t mind any one putting their hand up as to formulate a product, however with consumer safety and efficacy in mind, I would prefer there is evidence of that person/s background in the science of formulation.

Q9. Are their scientists in-house or outsourced?

Are the ‘scientist/s’ behind the formulation a full-time employee of the company or a sub-contractor? I have my concerns with consumers who rely on sub-contracting relationships with their scientist.

This ‘guns for hire’ approach does not give me confidence about the longevity of the company, as they may lack the uniqueness in the market pace on the basis of who else may gain access to their formula’s.

Q10. Do they manufacture in-house or outsource?

Manufacturing in-house gives me confidence about the control of the manufacturing process. It also gives the company greater commercial sustainability as they are less likely to be sharing their formulas (directly or indirectly) with other companies.

Manufacturing out-sourced can and does work, however it demonstrates a company that lacks the financial means to develop their own manufacturing plant.

Q11. Do they manufacturer at GMP?

Look for GMP reference in the company’s web site about their manufacturing. GMP stands for ‘Good Manufacturing Practices’, a term aimed to designate that drugs or nutritional supplements are being manufactured at pre-determined high standards. This is not optional for drugs, but it is for nutritional manufacturing.

Now a lot of people may throw around claims about their GMP processes. If you want to be sure, I suggest you take a walk through the manufacturing plant.

A hint here – if you find this difficult to achieve, and when you do are dressed in head, clothing and feet covers like you are entering a nuclear plant – you can have more confidence they do use GMP! If not, you should be very skeptical!

Regarding claims of FDA Approved supplement (food) manufacturing facilities, the FDA denies that exists, stressing the difference between FDA ‘registered’ and FDA ‘approved’:[1]

FDA does not “approve” health care facilities, laboratories, or manufacturers. FDA does have authority to inspect regulated facilities to verify that they comply with applicable good manufacturing practice regulations. Owners and operators of domestic or foreign food, drug, and most device facilities must register their facilities with FDA, unless an exemption applies.

Q12. Do they guarantee the potency of every pill?

Will the company guarantee that each and every pill will be exactly what the label says – in both what types of material it contains, as well as the dosages of each of the materials will be as per the label.

This is more important than you may realize, and offered by less companies than you may expect.

Q13. What is their refund policy?

Does the company have a rock solid clearly stated refund policy? Is it at least at 30 days no questions asked one? What is their history of keeping their word?

A company with a great track record in the refund department should give you a lot of confidence. So go behind their claims – find out if they do what they say they do.

Q14. What customer support do they offer?

Once you have bought the product, how much help can you get? Can you call their customer support center on a toll-free number at least during business hours and get support? Do they offer online resources such as a Q&A database for a customer with a more inquiring mind to find out more about the products? For example, does product x have gluten? Does it contain anything else commonly considered an allergen?   Do they offer free customer web portals that allow the customer education and online order managing?

Q15. Is the product approved for use in your country?

In a global economy it is quite normal that products travel from the country of manufacturer to a different country for consumption. The question is whether the product is approved by the regulators of your country for sale. The fact that it got in through customs is not evidence of this.

Consuming a product that is not approved for use in your country will most likely deny you of any usual consumer recourse in the event of an adverse product reaction. Even worse, selling that product to a client in a country where the product is not approved for sale may deny the seller any product indemnity insurance, exposing them to litigation (a risk I see taken by physical coaches all too often).

Also be mindful that even if the product is manufactured in your country is no guarantee that it is approved for sale in your country!

Q16. Will the products dissolve in a timely and optimal way?

There is still a major question – will the product dissolve in the body in the time frame it has before elimination. Don’t take this for granted.

The following is provided by ConsumerLab.com:[2]

The standard laboratory test for disintegration (part of the test known as the United States Pharmacopeia [USP] “Disintegration and Dissolution of Dietary Supplements” method <2040>), is an important test of product quality, although passing this test alone does not assure bioavailability – which depends on additional factors such as how well ingredients are absorbed. During the test, the product under investigation is continuously agitated in warm water for 30 minutes. In that time, the pill should have dissolved or fallen apart to the extent that, if touched, there is no hard core remaining.

They also go on to say: [3]

Poor disintegration is most common with vitamin and mineral supplements. However, other products, including herbals, sold in tightly packed or heavily coated tablets or caplets, may also have poor disintegration, remaining intact after the 30-minute test. Most capsules, by contrast, fall apart easily, and most chewable products (as long as they’re chewed) disintegrate. Poor disintegration can result from poor manufacturing practices and quality control.

Upgrading formulas includes research and development costs. Does the company have the financial means to do this? How often? Hopefully every 5-10 years. Now I am not talking about changes to the artwork of the label – I am talking about real upgrades, improvements, to the formula.

Q17. Will I pass a drug test?

Now I understand that question is not relevant to everyone but it is to say Olympians, and any others who participate in sports that have ‘real’ drug tests.

The World Anti Doping Agency (WADA) is responsible for controlling drug testing globally. It’s important to note the following:[4]

WADA is not involved in any certification process regarding supplements and therefore does not certify or endorse manufacturers or their products. WADA does not control the quality or the claims of the supplements industry which may, from time to time, claim that their products have been approved or certified by WADA.

If a company wishes to promote its products to the sport community, it is their responsibility as a manufacturer to ensure that the products do not lead to any anti-doping rule violation. Some third-party testers of supplements exist, and this may reduce the risk of contamination but not eliminate it.

So don’t get misled by the supplement companies claims. At best they have used a third party certification, which is better than nothing, but this approval is not given by WADA itself.  An example of a third party certification organization for WADA compliance is Informed Choice.org.

Summary

So there you have it – seventeen questions you should consider asking and answering before putting a nutritional supplement in your mouth. If you think that is too many questions, rest assured, there are many more that you can and probably should ask!

In conclusion you might also reflect on a comparison of the questions I have raised versus the methods of discernment typically offered up on other articles. I suggest many of the are off-track or lacking.

[1] https://www.fda.gov/ForConsumers/ConsumerUpdates/ucm047470.htm

[2] https://www.consumerlab.com/results/hometest.asp

[3] https://www.consumerlab.com/results/hometest.asp

[4] https://www.wada-ama.org/en/questions-answers/prohibited-list-qa#item-1359

Huddle #31 – Bicep Tears and Other Things

Muscle tears are another strength training related injury that have increased substantially during my four decades in coaching to what I would describe as almost epidemic. At this rate it will be the odd-person who has not had one. Yet that are for the most part an injury of choice.

After learning that US former American college football player and KSI Coach Justin Green had become another victim of this injury I reached out to him and he agreed to share the lessons of his situation with others keen to learn my perspective on this injury.

We reviewed his sporting history, the conditions existent in the lead up to the surgery, the analysis of the injury and the subsequent surgery, his recovery, and the future of his bicep training.  So many lessons!

Huddle #30 – KSI from a complementary medicine perspective

Huddle #30 – The KSI way, the future of the industry and much more – Chat with Darren Manser, Australian Naturopath, Acupuncturist and Kinesiologist

Nutritional supplements and strength training: Part 4 – Has the full vitamin story been told?

Vitamins and minerals as food extracts have a long history dating back to the early 1900s when they were first identified. They have since been recognized for their potential to contribute to human health, although there is a divergence of thinking as to their exact potential and role.

This debate is almost mute in the sport and fitness industry, where the focus on these micronutrients has been overshadowed by the development and marketing of more supplements touted as ‘performance enhancement’ supplements.

In fact its fair to say that the humble vitamin has become so ‘boring’ or ‘old-world’ or ‘not sexy’ that potentially the majority of those taking supplements in this industry do not both to include them in their supplement regime.

Why have the majority in the sports and fitness industry eschewed the humble vitamin? One contributing factor could be that the lack of consensus and presence of debate surrounding the efficacy (and in the minds of some) and safety of this century old discovery. This has certainly made it easier for the so-called performance enhancement supplement manufacturers and marketers to promote their offering in an environment where the full vitamin story may not have been told.

The aim of this article is to contribute to and perhaps enhance your consideration towards vitamins. Perhaps if the extent of the role of the humble vitamin was more greatly appreciated, the average person influenced by the power of marketing may have more reason to return to the basics, or at least include these basics.

The journey of one vitamin – Vitamin C – will be used to give insights into and highlight the journey of vitamins. Vitamin C is also an excellent showcase as it is one that has received a lot of attention since Linus Pauling turned his (and the world’s) attention to it from the late 1960s.

The vitamin story origin

The vitamin story origin began back in the early 1900s. Casimir Funk, a Polish biochemist, is credited this origin, when in 1911 he published on the subject, using the words “vital amines” or “vitamines” to describe his discovery. In 1912 he published another article proposing :

“…the existence of at least four vitamins: one preventing beriberi (“antiberiberi”); one preventing scurvy (“antiscorbutic”); one preventing pellagra (“antipellagric”); and one preventing rickets (“antirachitic”)[1]

Ironically Funk proposed the idea that various diseases could be cured with nutrients.[2] I say ironically because from the out-set the battle lines were drawn with an industry that was already in existence, and arguably felt threatened – the medical industry.

This cited quote from a 1922 Journal of the American Medical Association (JAMA) in relation to certain supplements:

“ The claims set forth on the labels of the medicinal values of these preparations are extravagant and misleading…”[3]

The Vitamin C story

Albert Szent-Gyorgyi, a Hungarian scientist and 1937 Nobel Peace Prize winner, is credited with discovering Vitamin C in the 1930s. Within a few years, vitamin C (ascorbic acid) became recognized as a substance that greatly improved one’s health.[4]

One prominent US scientist who took a great deal of interest in the vitamin discovery was Linus Pauling.

Linus Pauling has a very substantial resume. He is described as: [5]

“…an American chemist, biochemist, peace activist, author, educator, and husband of American human rights activist Ava Helen Pauling, Pauling published more than 1,200 papers and books, of which about 850 dealt with scientific topics. New Scientist called him one of the 20 greatest scientists of all time,[6] and as of 2000, he was rated the 16th most important scientist in history.[7]

Along the way he won two Nobel Peace prize – unshared (1954 for Chemistry; and 1962 for Peace Activism) – making him only one of four individuals to have won two, one of only two to have won them in different fields, and the only person to have been awarded two unshared Nobel Peace Prizes. [8]

He then turned his attention to health, and concluded that:

Optimal health could be achieved by perfecting reaction conditions and making sure that the body maintained the proper balance of chemicals–nutrients, catalysts, and products.“[9]

He coined the term ‘orthomolecular’, meaning the ‘right molecules in the right amounts, and used the term in conjunction with the word ‘medicine’.

He first used the term in print in 1967 in relation to psychiatric therapy. He had by then become convinced that conditions such as schizophrenia could be treated with nutrients such as niacin, an approach developed by Abram Hoffer and Humphrey Osmond. However, his theory of orthomolecular psychiatry was ignored or criticized by the medical community. [10]

Pauling became openly vocal specifically about vitamin C form about 1969, when he “was commenting to reporters that physicians should pay more attention to vitamin C”. [11]

Pauling took a much larger step when he became intrigued with the biochemistry of nutrition. This included exploring the possibility that mental retardation and mental illness (especially schizophrenia) were caused by various biochemical and genetic disorders. This later led to collaborative clinical research with Dr. Abram Hoffer on the therapeutic efficacy of vitamins in cancer.[12]

Pauling proposed that conditions such as:

“…mental abnormalities….. and cancer might be successfully treated by correcting imbalances or deficiencies among naturally occurring biochemical constituents, notably vitamins and other micronutrients, as an alternative to the administration of potent synthetic psychoactive drugs”. [13]

In 1976, Pauling and Dr. Ewan Cameron, a Scottish physician, reported that a majority of one hundred “terminal” cancer patients treated with 10,000 mg of vitamin C daily survived three to four times longer than similar patients who did not receive vitamin C supplement. This research was criticized by r. William DeWys, chief of clinical investigations at the National Cancer Institute, amongst others.[14]

They published their results between 1974 and 1978. [15] [16] [17] [18]

This is where he may have stepped over the line in the eyes of the medical and pharmaceutical industries. He was easy pickings as he was reaching into areas that many were to claim were not his ‘specialty’:

Many felt Pauling was too far out of his field of expertise with his research into nutrition, and he was largely ignored by mainstream medicine and nutritional science.[19]

I’m not sure that ‘ignored’ is the best way to describe the response. I suggest it was more active than that, as exemplified by the below comment:

Treating cancer with high-doses of vitamin C is a zombie idea that began with Linus Pauling, and has failed to die ever since. But has new research vindicated this idea? No. No in any meaningful way.[20]

The medical response to Vitamin C

At the time of Linus Pauling putting his credibility behind increased Vitamin C dosage, the US Recommended Dietary Allowance (RDA – RDAs were originally set in 1941)[21] and the figure in place at that time for Vitamin C was 60 mg/day for both adult men and women.[22] Which was the equivalent of the vitamin C in average orange.[23] In other words, it was expected that most people could get all the vitamins they needed from their diet, and to suggest supplementation was challenging to the mainstream belief.

In response to Pauling’s claims:

Dr. Victor Herbert, a clinical nutritionist who had helped set the FDA’s recommended daily allowances for vitamins, wrote Pauling a letter demanding the evidence for recommending increased doses of vitamin C”.[24]

In return Pauling collated the literature and research on the health benefits of Vitamin C and in 1971 published a book titled ‘Vitamin C and the Common Cold’.

This contributed to a generation who began taking their daily Vitamin C tablet, as you may discover if you ask those alive during that decade.

Not everyone was happy however. This is one of the reviews to Paulings book, published in the Journal of American Medical Association.

“Unfortunately, many laymen are going to believe the ideas that the author is selling,” Franklin Bing wrote in a scathing review of the “irritating” book in the Journal of the American Medical Association.[25]

In his 1971 book Pauling recommended 1,000 mg of vitamin C daily, claiming it will reduce the incidence of colds by 45% for most people but that some people need much larger amounts. In his 1976 revision of the book he suggested even higher dosages, and in third book, Vitamin C and Cancer (1979) he claimed that high doses of vitamin C may be effective against cancer.

In How to Feel Better and Live Longer (1986) Pauling claimed that megadoses of vitamins

“….can improve your general health . . . to increase your enjoyment of life and can help in controlling heart disease, cancer, and other diseases and in slowing down the process of aging.”[26]

By 1991 he was recommending daily doses of 6,000 to 18,000 mg of vitamin C, 400 to 1,600 IU of vitamin E, and 25,000 IU of vitamin A, plus various other vitamins and minerals.

In a 1984 US court case,[27] Pauling testified that the proper intake of vitamin C for adults was “around 10 or 20 grams per day,” that this would significantly reduce death rates, and that he knew of people who had taken 150 grams of vitamin C daily for years without serious side effects:

I have taken 50,000 milligrams a day for several days in succession without having any serious side effect, and I know people who have taken a hundred and fifty thousand milligrams, a third of a pound a day, day after day for years without any serious side effects. [28]

Within a year of Pauling’s 1978 research into the cancer benefits of Vitamin C, research results from a Mayo Clinic trial that apparently ‘proved’ Pauling’s conclusions were mistaken[29] [30] and he was generally criticized for ‘flawed research’. [31]As to the accuracy of these claims I will allow you to reach your own conclusions.

You can also reach your own conclusions about two very different ‘research conclusions’ as to the role of Vitamin C in cancer treatment. Some suggest their were less than desirable motives behind the Mayo study results.[32]

Meanwhile, the RDA for Vitamin C was upgraded in 2000 from 60 mg for both adult men and women to 75 mg/day for adult women and 90mg/day for adult men.[33] Some variation was provided for different conditions, and for the first time an ‘upper safe limit’ was given, at 2,000 mg/day.

So there is movement in the mainstream, medical industry influenced recommendations, however the gap remains huge between what the likes of Linus Pauling and others concluded some half a century ago, and what we are ‘allowed’ to consume.

So what were leading strength training expert saying during the decade where Pauling and his associates were producing their studies? In the late 1970s, in his book, The Strongest Shall Survive,[34] Bill Starr suggested the strength training athlete consume 4,000 mg/day of Vitamin C.

A significant breakthrough in the medical community occurred when in 2002 in a Journal of American Medical Association (JAMA) article, vitamin supplementation was embraced for arguably the first time, even if it was at a lower level.

Most people do not consume an optimal amount of all vitamins by diet alone. Pending strong evidence of effectiveness from randomized trials, it appears prudent for all adults to take vitamin supplements. The evidence base for tailoring the contents of multivitamins to specific characteristics of patients such as age, sex, and physical activity and for testing vitamin levels to guide specific supplementation practices is limited. Physicians should make specific efforts to learn about their patients’ use of vitamins to ensure that they are taking vitamins they should…. avoiding dangerous practices….[35]

Even so, fifteen years later, the medical embrace of Vitamins such as Vitamin C is lukewarm at best:

The data show that vitamin C is only marginally beneficial when it comes to the common cold,” says Dr. Bruce Bistrian, chief of clinical nutrition at Harvard-affiliated Beth Israel Deaconess Medical Center.[36]

What if?

So what if vitamins had the potential to do more than reduce the time frame for a common cold, or enhance general health? What if it could do the things that Linus Pauling; Canadian biochemist, physician, and psychiatrist Abram Hofer;[37] [38] and others (including more recently the likes of Andrew Saul)claim they can do?

What if, for example, the story of the New Zealand farmer who recovered from near death through intravenous Vitamin C administration is true?[39] What if this case has broader application?

The challenge with this latter case is that it was published in a very mainstream Australian TV program, a serious break from tradition in what could reasonably be described as a bow for the anti-vitamin advocates and industry.

Here’s the major stumbling block – nutritional supplement labels cannot make disease related claims.

Developed country nutritional supplement manufacturers can only make certain claims. For example in the US claims on the label must meet one of three criteria, as determined by the relevant government regulator, the Food and Drug Administration (FDA):[40]

1) the 1990 Nutrition Labeling and Education Act (NLEA) provides for FDA to issue regulations authorizing health claims for foods and dietary supplements after reviewing and evaluating the scientific evidence, either in response to a health claim petition or on its own initiative;

2) the 1997 Food and Drug Administration Modernization Act (FDAMA) provides for health claims based on an authoritative statement of the National Academy of Sciences or a scientific body of the U.S. government with responsibility for public health protection or nutrition research; such claims may be used 120 days after a health claim notification has been submitted to FDA, unless the agency has informed the notifier that the notification does not include all the required information; and

3) as described in FDA’s guidance entitled Interim Procedures for Qualified Health Claims in the Labeling of Conventional Human Food and Human Dietary Supplements, the agency reviews petitions for qualified health claims where the quality and strength of the scientific evidence falls below that required for FDA to issue an authorizing regulation.

In essence, until the medical and scientific community is willing to embrace that nutritional supplements have more of a role to play via supplementation than ‘general health’, there is little chance that the broader society will learn about any such additional benefits.

At this stage the FDA accepts some general health benefits of nutritional supplements, but nothing more:[41]

Scientific evidence shows that some dietary supplements are beneficial for overall health and for managing some health conditions. For example, calcium and vitamin D are important for keeping bones strong and reducing bone loss; folic acid decreases the risk of certain birth defects; and omega-3 fatty acids from fish oils might help some people with heart disease. Other supplements need more study to determine their value. The U.S. Food and Drug Administration (FDA) does not determine whether dietary supplements are effective before they are marketed.

Until this changes – and it’s been this way for over half a century – you will only find a diluted ‘general’ comment about nutritional supplements in relation to their role in dealing with more serous health issues.

…if you start to look at supplement labels or brochures you’ll find diseases are not mentioned. Instead of finding supplements labeled for arthritis or high blood pressure, the labels say things like “helps maintain healthy joint movement” or “supports blood pressure levels in the normal range.[42]

This has been a point of frustration in the bodybuilding and fitness industry since as early as the 1950s in the US, where the enforcement action taken by the FDA against all the major supplement industry players (Weider, Hoffman, Johnson, and Rader, in relation to his labeling claims.[43]

If you want to hear more about or from those who belief that nutritional supplements have the ability to fulfill the things that Pauling, Hofer and others spoke about, you won’t get that information from manufacturers. But you will get that information from sources that are not regulated by government agencies.

Here are a few resources you might want to check out if you are interested in this area:

These are just a few of the growing global discussion on the role of supplementation in matters relating to larger health issues.

A question worth asking for those who are not currently facing serious medical issues and who are committed to optimal health – if certain nutritional supplements (e.g. Vitamin C) in specific dosages (i.e. what are considered above the RDA upper limit of 2,000mg/day) – do have the potential or ability to positive impact the more serious health conditions, what could they do for the health of others?

I will leave you to determine if that is a question you have.

Conclusion

So who do you believe when it comes to your health and vitamins and minerals? Or vitamins and minerals vs. drugs for your health? This is your decision. What I have done in the above article is to give you some insights into the history of vitamins and minerals,and sought to broaden your awareness about the claims and history of the claims as they relate to vitamins and serious health conditions.

On one hand you have incredibly smart people such as Linus Pauling (even though some found it appropriate to label him a quack[44]) making significant claims about the health benefits of vitamins, yet on the other hand you have some saying they are either useless[45] or actually cause disease[46].

There is a lot of talk on the internet about whether Linus Pauling has been vindicated. Here are titles from just the first page of a Google search ‘has Linus Pauling been vindicated’:

  • Linus Pauling Vitamin C Theory Vindicated? [47]
  • Linus Pauling May Have Been Vindicated – Vitamin C May Treat Cancer[48]
  • A vindication of Linus Pauling’s bizarre theory that vitamin C prevents cancer? [49]
  • High dose vitamin C and cancer: Has Linus Pauling been vindicated[50]
  • Vitamin C, Linus Pauling was right all along. A doctor’s opinion[51]
  • Linus Pauling vindicated – International Health News[52]
  • Vindication For Linus Pauling | Life Extension Magazine[53]
  • Linus Pauling Vindicated; Researchers Claim RDA for Vitamin C is Flawed[54]

It’s been over 50 years since Linus spoke out about the benefits of high dose vitamins. If he was on track, there’s been more than one generation of humans potentially denied the benefits due to the lack of clarity on the subject. Are you going to be one of them? It may be time to do your own research, including personal experiments to reach your own conclusions.

 

References

[1] https://en.wikipedia.org/wiki/Casimir_Funk

[2] https://amazingwellnessmag.com/features/history-of-vitamins

[3] https://en.wikipedia.org/wiki/Casimir_Funk

[4] https://paulingblog.wordpress.com/2011/06/15/casimir-funk-and-a-century-of-vitamins/

[5] https://en.wikipedia.org/wiki/Linus_Pauling#cite_note-Horgan-6

[6] Horgan, J (1993). “Profile: Linus C. Pauling – Stubbornly Ahead of His Time”. Scientific American. 266 (3): 36–40. Bibcode:1993SciAm.266c..36H. doi:10.1038/scientificamerican0393-36.

[7] Gribbin, J (2002). The Scientists: A History of Science Told Through the Lives of Its Greatest Inventors. New York: Random House. pp. 558–569. ISBN 0812967887.

[8] https://en.wikipedia.org/wiki/Linus_Pauling#cite_note-Horgan-6

[9] https://profiles.nlm.nih.gov/ps/retrieve/Narrative/MM/p-nid/57

[10] https://profiles.nlm.nih.gov/ps/retrieve/Narrative/MM/p-nid/57

[11] https://profiles.nlm.nih.gov/ps/retrieve/Narrative/MM/p-nid/57

[12] http://lpi.oregonstate.edu/about/linus-pauling-biography

[13] http://lpi.oregonstate.edu/about/linus-pauling-biography

[14] https://www.quackwatch.org/01QuackeryRelatedTopics/pauling.html

[15] Cameron E, Campbell A. The orthomolecular treatment of cancer. II. Clinical trial of high-dose ascorbic acid supplements in advanced human cancer. Chem Biol Interact 1974;9:285-315

[16] Cameron E, Campbell A, Jack T. The orthomolecular treatment of cancer. III. Reticulum cell sarcoma: double complete regression induced by high-dose ascorbic acid therapy. Chem Biol Interact 1975;11:387-93.

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