Ben Fuchs

Ben Fuchs is a nutritional pharmacist from Colorado. He specializes in using nutritional supplements when other healthcare practitioners use toxic pharmaceutical drugs.He is the founder and formulator of Truth Treatment Systems for skin care, host of The Bright Side syndicated radio show, a member of Youngevity's Scientific Advisory Board, health expert and frequent guest on Coast to Coast am with George Noory."The human body is a healing and regenerating system, designed divinely to heal & renew itself on a moment to moment basis." "Take charge of your biochemistry through foods and supplements, rather than allow toxic prescription drugs to take charge of you." ~Ben Fuchs
Ben Fuchs is a nutritional pharmacist from Colorado. He specializes in using nutritional supplements when other healthcare practitioners use toxic pharmaceutical drugs.He is the founder and formulator of Truth Treatment Systems for skin care, host of The Bright Side syndicated radio show, a member of Youngevity's Scientific Advisory Board, health expert and frequent guest on Coast to Coast am with George Noory."The human body is a healing and regenerating system, designed divinely to heal & renew itself on a moment to moment basis." "Take charge of your biochemistry through foods and supplements, rather than allow toxic prescription drugs to take charge of you." ~Ben Fuchs

Are Multi Vitamins a Waste of Money?

By Ben Fuchs | Pharmacist Ben

Are Vitamin Pills a Waste of your Time and Money?
Don’t Waste Your Money on Multi Vitamins
Multi Vitamins: A Waste of Money?
Lol, despite the provocative and somewhat incendiary headlines plastered all over the media, even a cursory reading of the actual article originally published in the Annals of Internal Medicine (AIM), reveals scant evidence that taking a multi-vitamin is indeed a waste of money.

Are Multi Vitamins a Waste of Money?

By Ragesoss, via Wikimedia Commons

The breathless headings and catchy captions refer to the conclusions of an AIM editorial that was based on the result of two studies. The first one looked at 1700 North American adults aged 50 and older who had a myocardial infarction at least 6 weeks prior to the beginning of the study, and who randomly received, EITHER a high dose 28 component vitamin mineral formulation or a placebo. The second study was done on 6000 male physicians, aged 65 or older, and who randomly received a daily multi-vitamin or a placebo. In the first study after 4.5 years follow-up mortality was no different between the vitamin group and the placebo group and in the second, after 6.5 years follow-up, vitamin-popping medical men showed no significant improvements in global cognition or verbal memory over their placebo taking colleagues.

No mention is made of what kind or amounts of vitamins were taken, when they were taken, what they were taken with or of what kind of health conditions or challenges participants were confronting, especially in terms of digestive health. We don’t know even know if, and how effectively, the participants were absorbing their mufti-vitamin supplements? Without answers to these kinds of questions it’s impossible to derive any meaning from this kind of research let alone conclude that that regular intake of is waste of money. In fact, drawing these kind of conclusions from what are two, in essence meaningless, studies is at best ignorant and a classic example of sensationalism and yellow journalism, with no other purpose than attracting attention, and at worst dishonest, deceitful and misleading misdirection designed to cast aspersions on nutritional supplementation, and create doubt and cynicism on the entire world of non-medical health care.

One of the most important points to consider about these periodic hit pieces that come out about multi-vitamin supplementation is the glib and very non-scientific way the word “vitamin” is used. Technically there are only 6 vitamins, specifically designated as B, C, D, E, A, and K; and they are all ESSENTIAL. The human body cannot live without them. They are as fundamental and as necessary as air and water. However many health care professionals use the term for essential, vital life-giving chemicals called vitamins as a catch-all descriptive term to designate any kind of molecular substance that is used to support the nutritional content of the diet including minerals, herbs, and other non-vitamin molecules. These health care professionals, who should know better, seem to think that the word vitamin is synonymous with a little pill that you take every morning. As in, should you take a vitamin? Or don’t take vitamins, it’s a waste of time. Or, Vitamins are waste of money.
This way of describing supplements, of making a supplemental pill synonymous with a molecule or a chemical that is to be to the body what oil and gasoline is to a car trivializes the absolutely vital nature of the chemicals of life, which is what the word vitamin really means (amines are a type of chemical structure and vita means life). When you understand that vitamins are the chemicals of life, it becomes obvious how saying things l like: “Using vitamins is a waste of time”, or asking “should I take vitamin supplements” is really silly.

Maybe we need a new word for vitamin. How about “life-force-molecules”? Would anyone say: using extra “life-force-molecules” is a waste of money? Or taking extra “life-force-molecules” is a waste of time? Or “life-force-molecules“ in a pill is a waste?
“Life-force-molecules” is an apt description for these substances that are the key essential (and essentially magical) molecules that play such an important role in making sure we can move our limbs, and beat our hearts, and pump our lungs, and detoxify our blood, or clear out our bowels. These are all functions of the human body, and they are all dependent on “life-force-molecules”, on the chemistry of life, on what we call vitamins. Why would you NOT take supplemental “life-force-molecules” that are available in a capsule, or in a drink, or in a tablet form? How the heck can anyone think that using these things supplementally are a waste of time or a waste of money? When you understand that what we call vitamins are the molecules that channel the life force throughout our bodies, how can you not want to saturate your body, drench your tissues and cells with these elements. ideally from quality food, or if they’re not available in foods in high enough quantities, (and typically they’re not) by supplementing your foods with the Beyond Tangy Tangerine, the Ultimate Daily, and the Mighty 90. And can anyone say that using these things is a waste of time or money once they understand that these things are the carriers of the life force, they are the amines of life, and the chemicals of life.

Now, as far as the specifics of these really flawed studies, here’s my thoughts: First of all there’s the subject of adherence to the program. In the first of the two studies reported on, subjects were considered to have adhered to the program if they took their multi vitamin 2/3 of the time. In other words even if they skipped 2 or 3 days a week, they still counted as vitamin taking subjects, their results were still counted and contributed to conclusions. Is that hard to believe? It should be! Did anyone read about this in stories on Fox, CNN, New York Times? Probably not! The authors of the study actually admit as a limitation the fact that: “there was considerable non-adherence and withdrawal, thereby limiting the ability to draw conclusions…”

And it gets worse! How much nutrition actually was in these so-called high dose mult-vitamins is not mentioned in the media reports, so I did some digging. As it turns out, in the study on multi-vitamin use and heart disease, 100 i.u. of Vitamin D3 was used and a tiny amount of B-vitamins (50mg of B6, 200mg of B3 and 100mg of B1). 25,000 i.u. of Vitamin A was used, but it was partially composed of non-vitamin A compound, beta carotene. Do conclusions drawn from the effects of such scant doses of nutrients really invalidate the use of a daily multiple-vitamin? And the nutrient dose in the study on cognition was even worse. Participants were given the equivalent of a Centrum Silver vitamin. Authors of this second study even recognize, as a limitation, that “doses of vitamins may have been too low”.

In both studies, conclusions were drawn based on patient’s reports of the supplements that they took and dependent on memory and recollection. They were not based on scientific measurements but rather on questionnaires. Does anyone out there believe that questionnaires constitute the rigorous standards mandated by science and the scientific method? Again, did anyone read this in the media articles screaming that scientists have” proven” that multi vitamins are a waste of time?

And how exactly did these studies measure whether the supplements worked. What were the criteria that researchers used to assess efficacy and determine whether indeed using supplements are a waste of time. Well, in the first study, authors determined that a 25 percent reduction would be a required to determine that multi-vitamins were effective. In other words if there was a 24 percent reduction in cardiovascular risk according to the researcher, vitamins would be a waste of time. Now do you think that if a drug could reduce your risk of a heart attack by 24 percent that it could be consider wasteful. On the contrary it would be considered a miracle!

You want more reasons not to pay attention to these ridiculous studies and conclusions. Ok, how’s this: subjects in the multi-vitamin taking group had a higher rate of diabetes, one of the greatest risk factors there is for heart disease, than subjects in the placebo group. In other words, the deck was stacked towards disease in the multi vitamin group and towards health in the placebo. And this is supposed to be an objective study!
And finally how about all the other studies that have been done that show the importance and health relevance of taking even a paltry, bare bone minimum, multi-vitamin when it comes to health improvement? How about the Physicians Health Study that found that a multi vitamin was associated with 12 percent reduction in overall cancer incidence after 11.2 years? The same study found a 39 percent reduction in fatal heart attack risk. How about the supplementation in Vitamins and Mineral Antioxidant study that found a 31 percent reduction in total cancer incidence in men who took a daily multi vitamin. Another study published in the Journal of American Society for Parenteral and Enteral Nutrition in Feb 1995 showed that postmenopausal women who took vitamin B6 and B2 reduced their risk of colorectal cancer.

Long story short, the bottom line folks is these things are not optional, they are the opposite of optional, which is what the word essential means. Without vitamins B, C, D, E and K, and without 60 minerals, and without the 2 essential fatty acids, and without 10 or 11 essential amino acids, you cannot have a full, long, vital, healthy, disease free life. period! That is not opinion, that is fact. The appearance of disease and degeneration in response to the lack of these substances which are EASILY available through the Youngevity products, through the Mighty 90, through what is called a multi-vitamin, is one of the great tragedies of our modern lifestyle. To have medical professionals, and supposed scientists, and the media, and other sources we should be able to trust, spew out hostility and venom and perpetuate misleading mendacious lies about the importance these things is as unconscionable, as it is unfair.

Now keep in mind here, neither I nor any other responsible nutritionist is making a claim that a multi-vitamin is going to “cure” heart disease and make you smarter or more glib, but that doesn’t matter. Nutrients, the components of a multi-vitamin pill are a must-have; they are not optional, they are essential. What does that mean? Simply this: without the molecules that we call nutrients, the human body cannot do what it needs to do to stay alive, period! Without the essential nutrients that are found in a multi- vitamin, bodily diseases are inevitable. That means, for example, without Vitamin C, blood vessels will degenerate, gums will swell and bleed, and joints will become inflamed and painful. Without Vitamin B1, confusion will ensue, focusing will become difficult, and hallucinations and delusions are likely. Without Vitamin B3, the digestive tract will begin to break down, painful chronic diarrhea is ultimately possible, rashes and “unexplained” dermatitis will develop. Without Vitamin D, bones are likely to soften and dissolve, and without Vitamin K, hemorrhaging and internal bleeding are real possibilities.

You want more? OK, without Vitamin B6, you can expect cardiomyopathy (heart disease) and Alzheimer’s disease and without Vitamin A, depressed immunity, skin disease, defective night vision, and ultimately blindness are all likely. Still not convinced as to the vital nature of these nutritional elements? How’s this: without zinc you can count on the development of severe acne, without selenium, heart muscle will degenerate and without magnesium, blood sugar defects, osteoporosis and hypertension are likely to ensue
Will taking a multiple vitamin on a daily basis guarantee that none of those unfortunate outcomes will occur? Probably not. But that’s doesn’t matter. The point is simply this: The essential vitamins and minerals that you’ll find in a multi vitamin are the basic, bare-bones minimum that the human body needs to do its work.

Nutrients are not drugs. Nutrients are not medicine. Their effects are gentle and sustained, and unless frankly, all out deficiencies are present the results of supplementation are subtle. But that does not make them un-valuable, and they are certainly not a waste of money. Nutrients are nourishing and they are nothing more (and nothing less) than the raw materials that your body needs to do its work. They are the body’s equivalent of fuel for your car. To make the claim that nutrient supplements are a waste of money because compromised patients that took them didn’t get significantly healthier is like saying gasoline is a waste of money because your old junked out, beat-up, 1969 Ford Pinto with no oil in its engine and no coolant in its radiator didn’t run better even though it’s tank was filled with gasoline.

Posted by Ben Fuchs in Nutrition

Benefits of Melatonin

By Ben Fuchs | Pharmacist Ben

Did you know melatonin is as much a digestive hormone as it is a brain hormone? Everyone knows you can take melatonin to help you sleep, but it’s actually involved in much more than brain health. In addition to being an important digestive hormone, melatonin is involved in supporting the body’s defense system. It has anti-inflammatory properties, it can help lower blood pressure, stabilize blood sugar, and it’s been used medically for anti-fibrosis properties. And that’s not all. Savvy practioners have used it to treat tinnitus and fibromyalgia as well. It can help build bone. And it’s a powerful anti-aging molecule that helps prevent cancer too. That’s a lot of benefits for a non-toxic supplement that will cost you less 2 cents a dose!

Circadian RhythmLevels of melatonin and the alertness hormone serotonin cycle back and forth, with dark of night and light of day. Serotonin, the hormone which promotes vigilance and awareness of the environment, is secreted in response to the sun as perceived by the pineal gland, while the production of it’s hormonal partner melatonin, predominates at night. This back and forth dance of hormones with day-night cycles is part of what biologists call a circadian (daily) rhythm.

The book “Lights Out” makes the important point that the prevalence of 21st century 24/7 lighting has had a disastrous effect on the melatonin-serotonin manufacturing rhythms which depend on day-night circadian cycle. According to the author T.S Wiley, because of its relationship to eating behavior, one of the effects of the excessive amount of light induced serotonin production is food craving, especially for carbohydrates. How much of a contribution this modern day circadian chaos contributes to the obesity epidemic is hard to say, but at least according to Wiley it’s not insubstantial.

If you want to make sure you’re getting enough melatonin, it’s probably a good idea to take some supplementally at bedtime, 5-7 nights a week. It’ll help you fall and stay asleep and it’ll give you some pretty intense dreams too. Take at least 3mg doses and you could probably take 5 or 6mg. Melatonin is cleared out of the body quickly and it’s pretty much benign stuff. I like the sublingual kind that dissolves under tongue. They get right into the blood through microscopic sublingual capillaries and go to work really fast. I feel drowsy within minutes. There’s also melatonin found in foods. Rice corn mustard seed peanuts and walnuts all contain substantial amounts of melatonin. Tart cherries have especially high concentrations of melatonin. Just a couple or three can get you nearly 1.5mg of the important, multi-beneficial hormone.

Posted by Ben Fuchs in Health

Bad Drugs

By Ben Fuchs | Pharmacist Ben

There are a lot of bad drugs out there. Calcium channel blockers can prevent cells from using calcium an important nerve conducting mineral. Not good! Steroid drugs like prednisone suppress the immune system making the body more susceptible to infections. They also suppress growth and repair and can accelerate the development of degenerative disease. Antibiotics impair gut health, diuretics induce the loss of precious minerals like zinc and selenium and magnesium, and anti-osteoporosis drugs like Fosamax and Boniva can cause a horrible jaw affliction called osteonecrosis of the jaw (ONJ), which is basically a rapid decay and death of the jawbone. According to lawyers for ONJ victims, the potential connection of incidences the jawbone disease to the use these types of drugs was not unknown to manufacturers of the medications who are currently being targeted by a class action investigation as well as multiple individual injury lawsuits.

Bad DrugsAmong the most toxic classes of drugs are the beta blockers. These drugs work by suppressing (blocking) the nerves that activate cardiac muscle. Technically, they block the “beta” nerves which are a component of the electrical enervation system of the heart. And that’s why doctors love these things so much. They slow down the heart. And what’s so great about slowing down the heart? Well, the way the medical model professionals look at it, by slowing down the electrical activity of the heart you can slow down pumping action thereby reducing the pressure of blood flow. That’s why if you go to your doctor and get diagnosed with hypertension, the odds are pretty good you’re going to leave the office with a prescription for a beta blocking drug like atenolol or propranolol or metoprolol. Doctors also love to use beta blocking drugs for arrhythmias and tachycardias, both of which can be caused by high heart muscle activity. In the addled and convoluted logic of iatrochemical health care (using dugs to create health), shutting down the heart is a good thing because it can slow down hyperactivity and lower blood pressure by reducing pumping action

And if you have a heart attack you can also expect to get put on a beta blocking drug and not just temporarily. Doctors feel that dumbing down the heart by reducing its pumping strength can reduce post heart attack mortality, and many heart attack patients are told they will have to take their beta blocking heart toxic drug for the rest of their lives. If you have pulmonary disease in addition to a history of heart attacks it’s almost a guarantee,. According to an article from the New England Journal of Medicine 90 percent of COPD (Chronic Obstructive Pulmonary Disease) patients who have had a myocardial infarction (heart attack) are put on beta blocking drugs.

If you’ve had a heart attack and you don’t want to submit to a medical mugging and doctor drugging and prescription poisoning, you can always relax the heart and strengthen cardiac contractions using dietary and nutritional strategies. Deep breathing (inhalation and exhalation) can slow and strengthen heart muscle contraction. Magnesium 1000-2000mg a day can help. Lithium Orate (10mg a day), GABA (500mg at night), CoQ10 (100mg a day), and Vitamin C (5000mg a day), and the B-complex can all provide significant cardiac relaxation effects too. Finally, cortisol can cause a quick jolt of cardiac activity. And nothing will amp up cortisol faster than a rapid rise in insulin and the subsequent low blood sugar (hypoglycemia). That means, for all, if you’re dealing with a cardiac health issue, you’d be well advised to stay away from cereals, breads, pasta, and refined flours and sugar and other insulin spiking foods that can induce hypoglycemia.

Posted by Ben Fuchs in Toxic

Low Levels of Albumin

By Ben Fuchs | Pharmacist Ben

Albumin, which is derived from the Greek word for white (as in albino or even album, which was originally a book with a bunch of white pages), is a multi-functional, Swiss army knife type protein with a chemical structure that allows it to perform many different biological roles. It’s primarily produced in the liver and measuring its levels is one of the ways physicians determine hepatic health. Deficiencies can be indicative of cirrhosis or liver disease. Albumin’s most well-recognized function involves its ability to act as water trapping or water attracting “sponge” in the blood. Albumin has an ability to pull water. It is technically called osmosis, but you can just think of a sponge. Dip a sponge in water and the water get sucked up automatically, that’s called osmosis and that’s exactly how albumin works in the blood. Sponges are made of long chain sugars that trap water and while albumin is more like a magnet than a trap, the water pulling or absorbing effect is the same.

Low Levels of AlbuminOne of the most obvious consequences of an albumin deficiency is swelling and edema. That’s because without albumin trapping fluid it tends to leak out of the blood and into the tissues. Albumin can also be thought of as a fluid expander for the blood; without it blood can become thick and sludgy and more prone to clot. Albumin levels can drop significantly in the case of burns or blood loss. This loss of albumin can be serious and if it’s severe it can even be life threatening, and doctors will inject a pharmaceutical version of albumin into the blood as a replacement.

In addition to liver disease, low levels of albumin can be associated with malnutrition, digestive issues that impair protein absorption. Protein deficiency in the diet can cause low levels of albumin, and protein malabsorbtion can too. If you have intestinal disease or low stomach acid or deficiencies in digestive enzymes, all of these can compromise albumin levels. And low levels of albumin are not only an indicator of liver disease, they can be an indicator of all disease and a shortened life, as well.

One of the main reasons for the link between disease and low levels of albumin involves general protein synthesis. When the body is making enough protein it’s growing, and repairing, and healing, and anti-aging, and basically loving life. The production of albumin can be a measurement of overall protein synthesis. If you’re not making albumin you could likely be dealing with something doctor’s called Protein Energy Wasting (PEW) as in: all the stuff (e.g. albumin) that is supposed to be getting made from protein isn’t getting made. Protein is leaving your body instead of being used. PEW in essence means you’re falling apart; you’re degenerating instead of regenerating. The body is designed to heal and regenerate; if you’re degenerating and not healing, impaired protein synthesis and/or PEW, is probably involved.

And there’s more. Albumin has lots of little molecular pockets that can function as an ideal scavenger of oxygen and neutralizer of toxins. This makes albumin protective against circulatory disease too. As it’s floating around in the blood it’s protecting blood vessels from the “rusting” (oxidation) effects of oxygen and from the toxicity of blood poisons that can enter the circulatory system from the digestive tract and from gut bacteria.

Albumin acts like a shuttle for steroid hormones like testosterone and estrogen. These steroid substances essentially hitch a ride on albumin, hanging out in its structural pockets as it’s circulating through the blood until they approach a target tissue and cell, at which point the hitchhiking hormone molecule jumps off and does its thing. If you’re not making enough albumin, or you’re losing it, hormone delivery can be impaired and you’re going to have a problem. And while you can apply Androgel or take bio identical hormones, you’re potentially doing more harm than good. For example women with low albumin levels who use pharmaceutical versions of estrogen may be at a higher risk for heart disease and atherosclerosis and according to many researchers HRT shouldn’t be used at all in women who have low albumin issues. Low albumin levels are associated with lower male hormone activity in men, especially in men over 60. If your doctor is suggesting some kind of drug for Low-T, you may want to have your albumin checked first, especially if you have a history of digestive health issues, malabsorbtion, or fatty liver disease, or other possible albumin-depleting health issues.

Posted by Ben Fuchs in Health

Pre-biotics, Inulin and FOS

By Ben Fuchs | Pharmacist Ben

If you’re a label reader, you’ve probably run across the terms inulin and oligofructose (also known as fructooligosaccharides or FOS) on various processed food ingredient decks including those on soups, yogurt, cereals and breads, snack and energy bars, cookie, cakes. Although naturally found in various plants and veggies like onions, and grains and bananas, asparagus and Jerusalem artichoke, and chicory root, inulin and oligofructose are also industrially prized by the for their ability to provide a non-caloric sweetening benefit and are most often found in the standard American diet in the form of processed food additives. And, in addition to their inclusion in processed foods, these ingredients can be found as stand-alone products marketed as diabetic friendly sweeteners with names like Fruta-Fit, Frutalose or simply Inulin/FOS.

Pre-biotics, Inulin and FOSTechnically inulins and FOS are “fructans” which are long molecular chains of the fruit sugar known as fructose. By linking many fructose molecules together, the characteristic sweetness of the fruit sugar is dampened and its spiking effects on blood sugar are mitigated. From a chemical structure standpoint the only difference between inulin and FOS involves their sizes (lengths) with FOS molecules, basically being little inulin chunks or short chains of fructose that are formed by the breakdown of the parent inulin element.

Besides providing a mild amount of sweetness or enhancing the sweetening properties of other sugar substitutes, the most notable and interesting properties of these products is their ability to beneficially affect digestive health. Technically called pre-biotics, inulin and FOS are mostly (90% or so) indigestible by humans. This indigestibility allows Inulin/FOS to pass through the intestine intact where it can then act as a substrate for pro-biotics, i.e. “good bacteria” in the gut, supporting their growth and proliferation. In essence, prebiotics, like inulin/FOS function as food for flora. This makes these polysaccharide substances effective ingredients for improving various digestive conditions including diarrhea, constipation, and gas and bloating. Also, because the beneficial bacteria that feed on Inulin/FOS produce substances like short chain fatty acids which can beneficially affect the entire body in addition to supporting digestive wellness, overall human health can be improved as well. This makes these ingredients multi-functional and supports various label claims that can make manufactured foods seem more appealing and ultimately create greater sales and profits for processors.

Posted by Ben Fuchs in Health