New GMO Wheat Strain To Have Lower GI Value; Complete and Utter Bullshit!

Read the article, if you want, or see the excerpts.

From “Scientists Reject human trials of GM wheat,” the following quotes appeared:

“The modified wheat has been altered to lower its glycaemic index in an attempt to see if the grain could have health benefits such as improving blood glucose control and lowering cholesterol levels.

…eight scientists and academics from Britain, the US, India, Argentina and Australia believe not enough studies have been done on the effects of GM wheat on animals to warrant human trials…

…They believed the CSRIO’s animal feeding trials of up to 28 days were “completely inadequate” to assess such risks….

…The CSIRO’s trials were trying to determine whether the new type of GM grain had health benefits for people with conditions such as colourectal cancer and diabetes, he said….

…And you say?

What.A.Bunch.Of.Bullshit!

Inadequate testing aside, are we being serious here?

Lowering the glycemic index of wheat to improve blood glucose levels?

In who?

Diabetics?  Or the farm animals you want to feed it to?  Or both?

How many people actually eat whole wheat berries which, BY THE WAY, have a mere glycemic index of 46???  (“High” is over 70.)

So what these PR assholes are trying to tell us is that GMO wheat might, what, magically control our blood glucose levels and make us all healthier?

Don’t these guys know that it is the refining of wheat that causes its high GI value, and not the wheat berries?  It’s not the food.  It’s what you do to it.  And eating a low-GI food alone will not correct your blood glucose levels if you have no clue what other foods to avoid.

This has got to be the worst guise for a GM crop I’ve ever heard of.

Clearly this isn’t about feeding the world.  It’s just selling any stupid idea to gain control of the seed market.

I’m done!

Diets Containing 10-20% HFCS / Sugar don’t prevent weight loss.

This was a fun read.

A study published recently (August, 2012) in Nutrition Journal called “The effects of four hypocaloric diets containing different levels of sucrose or high fructose corn syrup on weight loss and related parameters” made some conclusions about sugar consumption and weight loss.

If you don’t know what “hypocaloric” means, it means “low-calorie.”  The study took different groups of overweight-to-obese people and placed them on diets containing levels of sugar (sucrose) or HFCS (high fructose corn syrup) in levels of 10-20% of their total caloric intake, and ensured that all groups achieved a caloric deficit of about 300 calories per day.  Every group, including the control group, was also put on an exercise program.

And what happened?

Short answer: everyone lost body fat.

Yippie!

I didn’t need to read the article to know that would happen.  Come on.  That’s just Personal Training 101: calories in vs. calories out–plus the bonus of thermogenetic exercise!  Every trainer is taught to sell training on that concept.  Burn more than you eat and you lose weight.

“What are you getting at?” you ask.

Well… this isn’t new research.  It’s old.  Super old.  We didn’t need a controlled double-blind study to prove it.  Trainers see it every day.  Anyone who had ever deliberately lost weight by counting calories know this.

But if you dig deeper and look at the underlying biochemistry of sugar metabolism, it still isn’t news.  No one explains it better than Dr. Robert H. Lustig.  Sucrose and HFCS are almost identical in composition, and in how they behave in the body.

To be completely fair, HFCS got a very bad reputation for a while.  People failed to see that it was pretty much the same as regular table sugar.

The scientists, in an effort to save the reputation of added sweeteners, state:

evidence regarding a potential positive association between sugar sweetened beverage consumption and obesity is inconsistent [43]. Because of the metabolic nature of overweight and obesity and the complexity of the western diet, it is unlikely that a single food or food group is the  primary cause. Randomized, clinical feeding trials have shown inconsistent results from testing the effects of added sugar on weight gain. Differences in study instruments and methods, population studied and study design may have contributed to these inconsistent findings.

In other words, science has a very tough time pinning down cause and effect in multi-variable situations.  It can’t really.  ”Causation” is exceedingly difficult to prove.  But correlations are easy to demonstrate.  Too easy, sometimes.  This is why social context, politics, policy, money, corruption, public opinion, advertising, and everything else should always be factored into the decision-making process.  Emotional intuitive (visceral) decisions shouldn’t be overlooked, either.  Yes, these things get us into trouble, but so does science.

My favorite quote these days is “100% of all products recalled by the FDA were deemed ‘safe and effective’ by the FDA.”  Science can be bullshit.  ”Good science” is much rarer in our industry-led scientific data pool.

I have absolutely no argument with what the study concluded:

“In conclusion, similar decreases in weight and indices of adiposity are observed when overweight or obese individuals are subjected to hypocaloric diets with different prescribed levels of sucrose or high fructose corn syrup.”  < (AND EXERCISE, you jerks!  You left that out!)

At the bottom, I looked for conflicts of interest.  Here’s what it said: “JM Rippe has received research funding from the Corn Refiners Association for the present study. The other study authors reported no competing interests.”

Ok… one guy.  Big deal.  And there were how many scientists?

Here they are:

Joshua Lowndes (jlowndes@rippelifestyle.com})
Diana Kawiecki (Dkawiecki@rippelifestyle.com})
Sabrina Pardo (Spardo@rippelifestyle.com})
Von Nguyen (Vnguyen@rippelifestyle.com})
Kathleen J Melanson (kmelanson@uri.edu})
Zhiping Yu (Zyu@rippelifestyle.com})
James M Rippe (Jrippe@rippelifestyle.com})

Wow!  They all WORK FOR Mr. James M. Rippe!  No conflict of interest, you say?  That’s sweet.

The CORN REFINERS ASSOCIATION paid Mr. Rippe and his associates (or employees) to design a study that teaches us nothing new at all, to make HFCS look less hazardous than it is.  I had such a giggle over this I thought I’d point it out to my readers.

HFCS and Sugar consumption at levels of 10-20% of a low-calorie (plus exercise) diet don’t inhibit weight loss when efforts are well-structured and executed.  The introduction of HFCS didn’t make us fat, they’d like us to think.  Well let me say this: the correlations are staggering.

Correlations are neat little things that help us make general decisions.  Correlations should be taken with other correlations and perhaps a dose of intuition.  This ads up to lifestyle change.

So keep in mind that the Corn Refiner’s Association is a lobbying group whose sole purpose is to make the public and politicians feel all warm and fuzzy about corn.

Corn. King corn.  The CORNerstone of farm policy.  The crop that receives the most subsidies (i.e. ‘welfare’).  The crop around which our backward policies have enabled the competitive wipe-out of other corn producers.  The crop around which so much GMO attention and research is hinging.  The crop that is quite impossibly being directed towards “sustainable energy.”

Good old corn, you complicated SOB.  I’m so glad these scientists devoted their valuable skills to the promotion of bastardized food production and processing.

French Study: Rats eating GMOs develop tumors, impaired pituitary function, kidney damage, and more

A new French study published in Food and Chemical Toxicology is receiving great attention from natural-foods enthusiasts and Monsanto’s public relations department.  The 2-year study is a unique contribution to the data pool, in that it is a longitudinal study.

Currently, no regulatory authority (such as the FDA) requires “chronic” studies in order to demonstrate safety.  Industry practice is to conduct 90-day studies, which is insufficient to view long-term effects on health.

The GMO crops typically under scrutiny are Monsanto’s Roundup-ready soybeans and maize, which are engineered to produce modified Bt toxin insecticide.  According to the report, “These GM crops contain new pesticide residues for which new maximal residual levels (MRL) have been established in some countries.”

This particular study focused on NK603 R-tolerant maize.

The problem with present studies is that they attempt to measure the effects of the active ingredient of a particular toxic compound, rather than the full-spectrum of adjuvants (a pharmacological or immunological agent that modifies the effect of other agents) and other ingredients.

The authors of the paper note that:

toxicity evaluation of herbicides is generally performed on mammalian physiology through the long-term study of only their active principle, rather than the formulation used in agriculture, as was the case for glyphosate (Williams et al., 2000), the active herbicide constituent of R. It is important to note that glyphosate is only able to efficiently penetrate target plant organisms with the help of adjuvants present in the various commercially used R formulations (Cox, 2004). When R residues are found in tap water, food or feed, they arise from the total herbicide formulation, which is the most commonly used mixture in agriculture; indeed many authors in the field have strongly emphasized the necessity of studying the potential toxic effects of total chemical mixtures rather than single components (Cox and Surgan, 2006; Mesnage et al., 2010; Monosson, 2005). Even adjuvants and not only glyphosate or other active ingredients are found in ground water (Krogh et al., 2002), and thus an exposure to the diluted whole formulation is more representative of an environmental pollution than the exposure to glyphosate alone in order to study health effects.

In other words, the authors are attempting to study more realistic variables over the long term.

They reported in the discussion of their findings that:

In conclusion, it was previously known that glyphosate consumption in water above authorized limits may provoke hepatic and kidney failures (EPA). The results of the study presented here clearly demonstrate that lower levels of complete agricultural glyphosate herbicide formulations, at concentrations well below officially set safety limits, induce severe hormone-dependent mammary, hepatic and kidney disturbances. Similarly, disruption of biosynthetic pathways that may result from overexpression of the EPSPS transgene in the GM NK603 maize can give rise to comparable pathologies that may be linked to abnormal or unbalanced phenolic acids metabolites, or related compounds. Other mutagenic and metabolic effects of the edible GMO cannot be excluded. This will be the subject of future studies, including transgene and glyphosate presence in rat tissues. Reproductive and multigenerational studies will also provide novel insights into these problems.

This study represents the first detailed documentation of longterm deleterious effects arising from the consumption of a GM Rtolerant maize and of R, the most used herbicide worldwide. Altogether, the significant biochemical disturbances and physiological failures documented in this work confirm the pathological effects of these GMO and R treatments in both sexes, with different amplitudes. We propose that agricultural edible GMOs and formulated pesticides must be evaluated very carefully by long term studies to measure their potential toxic effects.

In other words, the “safety thresholds” set by regulatory agencies are not enough.  What we have seen in these rats, in an attempt to account for environmental synergistic factors, is illness: tumors, liver and kidney damage, and more.

If you trust the corporate-infiltrated FDA’s safety limits, then you have given your consent to be the lab rat.

The backlash from this study illuminated a number of problems in its design: first, that the rats tested were of a breed already prone to tumors; second, that there were not enough rats in the control group, and just one rat can seriously skew a correlation.

These are valid points.  However, I wouldn’t discard the study completely.  While the leading scientist already has a poor track record in the scientific community and has been accused of poor study design and misleading interpretations of results in the past, I will state something in his defense.

The findings of increased kidney and liver lesions from a diet containing GMO corn have been seen elsewhere.  Check it out…

http://benthamscience.com/open/tonutraj/articles/V004/3TONUTRAJ.pdf

http://www.medecine.uottawa.ca/bmi/assets/documents/dr_altosaar/dr_altosaar1.pdf

http://www.sciencedirect.com/science/article/pii/S0278691507005443

http://www.i-sis.org.uk/mon.php

http://www.gmwatch.org/index.php?option=com_content&view=article&id=11884:health-effects-and-risks-of-bt-foodsconflicts-of-interest-in-approval-signed-by-medics

Whether is this enough to cause cancer, I cannot say.  But lesions of any kind are enough to make me balk at a plant that produces more potent Bt toxin, which ultimately has a conversation with my organs.

“Organic Foods Not Healthier Than Conventional?” Let’s take a look at this, shall we?

The blogosphere exploded with this report.  I remember when my own brother emailed the article to me.  And then my co-worker mentioned it.  And then a client.  And then more family members, and more friends.

The amazing thing about the internet is the speed at which we can share information.  The other amazing thing is the speed at which we can share bad headlines–misleading headlines.

After watching a documentary about the Rupert Murdoch’s Fox News empire, and the control of media and information (the documentary is called “Out-Foxed” and can be found not Netflix), I started to wonder about this recent news release.  I’d only read the article once–skimmed it, really, because I knew the headline was vapid and misleading.  What I noted was that the “scientists” were from Stanford.

Ok, fine.  Stanford.  We’ve heard of that.  Academia is usually pretty reliable.  Government-sponsored studies, on the other hand, are not.

I wanted to know who was the first to report on the matter, and who owned/operated the source.  No dice (at least at first).  So then I browsed the dozen or so parrot articles from various blogs and news sites.  They all said nearly the same thing: that “Scientists claim that organic isn’t healthier.”

The original headline from the Stanford Health Policy site states “Stanford study shows little evidence of health benefits from organic foods.”  The original paper, found in the Annals of Internal Medicine, is called “Are Organic Foods Safer or Healthier Than Conventional Alternatives?: A Systematic Review.

This is quite a different statement than other headlines which read “Stanford: Organic food not healthier than conventional products.” or “Organic food is no healthier than conventional food.

Needless to say, the public ran wild with this headline, and I want to set the record straight.

“Healthy” is an ambiguous term.  The paper determined, according to the studies referenced, that organic produce was not significantly more “nutritious” than conventional.

Here’s the abstract:

Data Synthesis: 17 studies in humans and 223 studies of nutrient and contaminant levels in foods met inclusion criteria. Only 3 of the human studies examined clinical outcomes, finding no significant differences between populations by food type for allergic outcomes (eczema, wheeze, atopic sensitization) or symptomatic Campylobacter infection. Two studies reported significantly lower urinary pesticide levels among children consuming organic versus conventional diets, but studies of biomarker and nutrient levels in serum, urine, breast milk, and semen in adults did not identify clinically meaningful differences. All estimates of differences in nutrient and contaminant levels in foods were highly heterogeneous except for the estimate for phosphorus; phosphorus levels were significantly higher than in conventional produce, although this difference is not clinically significant. The risk for contamination with detectable pesticide residues was lower among organic than conventional produce (risk difference, 30% [CI, −37% to −23%]), but differences in risk for exceeding maximum allowed limits were small. Escherichia coli contamination risk did not differ between organic and conventional produce. Bacterial contamination of retail chicken and pork was common but unrelated to farming method. However, the risk for isolating bacteria resistant to 3 or more antibiotics was higher in conventional than in organic chicken and pork (risk difference, 33% [CI, 21% to 45%]).

Limitation: Studies were heterogeneous and limited in number, and publication bias may be present.

Conclusion: The published literature lacks strong evidence that organic foods are significantly more nutritious than conventional foods. Consumption of organic foods may reduce exposure to pesticide residues and antibiotic-resistant bacteria.

The senior author of the paper, Dena Bravata, stated, “There isn’t much difference between organic and conventional foods, if you’re an adult and making a decision based solely on your health.”

Interesting conclusion, considering that “there were no long-term studies of health outcomes of people consuming organic versus conventionally produced food; the duration of the studies involving human subjects ranged from two days to two years,” according to original press release.

So why on earth would the senior author, our revered scientist, make such a blanket statement?

Unclear.  Bad presentation, frankly.

Health isn’t something that can be determined over the course of a couple of years.  Health is the reflection of a lifetime of behavior, and what you eat certainly will impact your chances of developing cancer, heart disease, and autoimmune disorders.  The published paper states that indeed pesticide residues are higher in conventional produce, and pesticides do kill people.  Sure, only in high enough concentrations, states our “trustworthy” FDA, which is responsible for determining allowable pesticide levels and other chemical levels for our food, which I would posit were set after intense lobbying efforts from chemical companies.

The unfortunate reality of our food system is simply a reflection of our environment in the past 100 years.  ”Better living through chemistry” is a manta that might be causing more harm than good.  In The 100 Year Lie: How Food And Medicine Are Destroying Your Health, Randall Fitzgerald describes a horrifying and bleak picture of our world: one 100-year inadvertent experiment on human health. Never have we subjected ourselves to such high levels of synthetic chemicals.

“…according to the FDA, we each use nine personal-care products daily, containing about 126 chemical ingredients.” –Randall Fitzgerald.

If you combine all the chemicals from your carpets, your car, your plastic-wrapped, GMO, pedticide/fungicide sprayed food, your body products, your tap water, your swimming pools, your industrial waste, and the like…

…well, that’s a lot of toxic hits your body has to take.

There is no scientific study in the world–and there never will be–that can possibly calculate the possible deleterious synergies of these chemicals.  The only thing we can do is wait and see if it withstands the test of time–of multiple generations.  Heck, infertility is on the rise!  We’ll see if it can.

But I’m not going to be the guinea pig.

If I can control the amount of toxicity that ends up in my body, even a little bit, I’m going to try.  And the foremost thing to consider is what you put directly into your mouth: your food, because it ends up as you.  So even if organic produce is only 30% less likely to contain any pesticide residues, that’s good enough reason for me to eat it.

The rationale that conventional isn’t “that much worse” than organic is fine if you are starving and have to eat something.  But we spend far too little on our food as it is, and far too much on our ailing health.  It’s akin to the feeling of, “I’m already fat, so one extra pound gained won’t really show that much.”  A pound of fat is a pound of fat (fat stores toxicity, by the way).  Pesticides do not belong in your body, even if they’re a vessel for nutrition.

Getting back on topic… that there are no longitudinal studies in the published literature.  It is a terrible mistake to think that we can make a long-term bet on short-term bases.  Again, I am waiting for the test of time.  And that’s a heck of a long time to wait.

Health is affected by a myriad of environmental (and mental/emotional) conditions.  We know unequivocally that organic food production stems from better environmental stewardship.  The negative externalities of conventional food production are so numerous that I cannot begin to elaborate on them here.  The externalities have, arguably, a far greater effect on our health in the long term than on the actual mastication of the foods themselves!

I’d love to be able to download the studies referenced–download them straight to my brain and look at the how the foods were sourced and analyzed.  Because if there’s one thing that most commentators will fail to understand about organic food is this: organic, while certified, is not always created equal.

There’s Big Organic, and there’s little organic, and they are not the same.  Big Organic, in an effort to grab up market share, has done everything in its power to systematize production, just like conventional.  The more systematization, the more homogeneity in samples.  My prediction for Big Organic is that market pressure will continue to errode standards so that the product is, indeed, only marginally better than conventional.  That’s what profit margin is all about.

Little organic, on the other hand, has a tough battle ahead.  Organic vs. conventional is an unfair fight.  It’s a battle of biology vs. chemistry.  Chemistry is easier to control.  Science loves control.

The organic community isn’t the least bit shaken by this announcement.  Science has its limitations.  Again, the limits here are the amount of published data on the subject.

Anyone who eats, grows, and lives organic food knows the intrinsic value of organic that cannot be in any measure eclipsed by the verbal misrepresentation of limited scientific data.

Preservatives on FRESH produce: buyer beware.

It isn’t unthinkable at all.  Another gift from the FDA.  See: http://www.fda.gov/Food/ScienceResearch/ResearchAreas/SafePracticesforFoodProcesses/ucm091368.htm

If you’re like me and you try to avoid processed food because it is denatured, adulterated, bastardized, and a host of other dirty words, then you’ll be pissed off to know that the FDA actually allows preservatives on fresh produce.  We’re all familiar with “wax” on our apples.  But it isn’t actually wax.

The document on the FDA site is long and frustrating.  But here’s an excerpt:

Edible films may consist of four basic materials: lipids, resins, polysaccharides and proteins (Baldwin and others 1995). Plasticizers such as glycerol as well as cross-linking agents, antimicrobials, antioxidants, and texture agents can be added to customize the film for a specific use (Guilbert and others 1996). Plasticizers have the specific effect of increasing water vapor permeability. Therefore, their addition must be considered when calculating the desired water vapor properties of each specific film, since too much moisture can create ideal growth conditions for some foodborne pathogens. The most common plasticizer used to cast edible films is food-grade polyethylene glycol, which is used to reduce film brittleness (Koelsch 1994).

At first glace, you wouldn’t think this excerpt pertains to your food–your salads, in fact.  But they do.  These “waxy” or “plastic-like” compounds are numerous and variable, depending on the type of produce being preserved.

Whole foods aren’t whole anymore.  They’re sprayed with a bunch of crap derived from other foods, substances, or synthetic chemistry.  And while they are apparently effective in preventing earlier spoilage, they are also sometimes effective at creating neat little conditions for bad pathogens to grow.  With any widespread system, there can be acute vulnerabilities.

Without going into laborious detail about each of the substances implemented in the films, I’ll conclude by drilling home the following point: fresh food is better.  Fresh, as in picked recently–not as in freshness preserved.  These plastic-like preservatives are another band-aid holding the industrial food system (one giant ball of used bandaids) together.

Fresh is better.  The fresh, local, sustainable foods system is the one richest in variety, richest in local environmental properties, richest in community investment, richest in good “food karma.”

If you find these waxy films on your lettuce, you’re not buying fresh enough.  Your purchasing power is exactly that: power–power to engender quality food from a strong, independent, quality food system.

Remember that before you buy something that goes directly into your mouth.

You are what you eat.

Follow

Get every new post delivered to your Inbox.

Join 48 other followers