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Friday, 31 July 2009

The strange case of the killer Kornflakes


When I first came to Freedom To Choose, just a few short months before the UK smoking ban was foisted on us, I came across Michael J. McFadden, author of Dissecting Antismokers’ Brains, and quickly became a fan.

Michael writes tirelessly dissecting (no pun intended) junk science wherever he my find it, and believe me, there is a massive amount for him to choose from.

The story below surely must be a contender for the Bloggers Silly Season award, but first here’s Michael’s preamble to the story:

The news story below is factual. It is not a satire. It is not made up. It is about a real study in the Journal of the American College of Cardiology which found that eating a bowl of cornflakes induces the same sort of "threat" to the heart as Otsuka et al found in their famous "30 Minute Heart Attack" studies. According to the findings of this study, giving your children supposedly healthy bowls of flakes with milk is just about the same, from a heart health perspective, as locking them up in a smoke choked gas chamber for 30 minutes with a bunch of chain smokers.
Note that the effect from the bowl of cornflakes is NOT similar to the effect of simply smoking around the child. To the best of my knowledge there has never yet been a study showing any arterial elasticity distress or any other significant heart problem associated with the levels of smoke that would be normally found in realistic home or commercial situations where adults smoke around children. Feeding your child a bowl of cornflakes may be FAR more "deadly."

And now for the junk scientific evidence, as unravelled by the keenest of detective work, by the sharpest medical minds this world has to offer.


Doctors have known for decades that too much carbohydrate-laden foods like white bread and corn flakes can be detrimental to cardiac health. In a landmark study, new research from Tel Aviv University now shows exactly how these high carb foods increase the risk for heart problems.
"Looking inside" the arteries of students eating a variety of foods, Dr. Michael Shechter of Tel Aviv University's Sackler School of Medicine and the Heart Institute of Sheba Medical Center — with collaboration of the Endocrinology Institute — visualized exactly what happens inside the body when the wrong foods for a healthy heart are eaten. He found that foods with a high glycemic index distended brachial arteries for several hours.
Elasticity of arteries anywhere in the body can be a measure of heart health. But when aggravated over time, a sudden expansion of the artery wall can cause a number of negative health effects, including reduced elasticity, which can cause heart disease or sudden death.
Using a clinical and research technique pioneered by his laboratory in Israel, Dr. Shechter was able to visualize what happens inside our arteries before, during and after eating high carb foods. It is a first in medical history. The results were published in the Journal of the American College of Cardiology.
Time to skip the wedding cake?
"It's very hard to predict heart disease," says Dr. Shechter, a fellow of the American College of Cardiology and the American Heart Association. "But doctors know that high glycemic foods rapidly increase blood sugar. Those who binge on these foods have a greater chance of sudden death from heart attack. Our research connects the dots, showing the link between diet and what's happening in real time in the arteries."
Like the uncomfortable medical warnings on packets of cigarettes, this new research could lead to a whole new way to show patients the effects of a poor diet on our body.
Using 56 healthy volunteers, the researchers looked at four groups. One group ate a cornflake mush mixed with milk, a second a pure sugar mixture, the third bran flakes, while the last group was given a placebo (water). Over four weeks, Dr. Shechter applied his method of "brachial reactive testing" to each group. The test uses a cuff on the arm, like those used to measure blood pressure, which can visualize arterial function in real time.
The results were dramatic. Before any of the patients ate, arterial function was essentially the same. After eating, except for the placebo group, all had reduced functioning.
All roads lead to the endothelium
Enormous peaks indicating arterial stress were found in the high glycemic index groups: the cornflakes and sugar group. "We knew high glycemic foods were bad for the heart. Now we have a mechanism that shows how," says Dr. Shechter. "Foods like cornflakes, white bread, french fries, and sweetened soda all put undue stress on our arteries. We've explained for the first time how high glycemic carbs can affect the progression of heart disease." During the consumption of foods high in sugar, there appears to be a temporary and sudden dysfunction in the endothelial walls of the arteries.
Endothelial health can be traced back to almost every disorder and disease in the body. It is "the riskiest of the risk factors," says Dr. Shechter, who practices at the Chaim Sheba Medical Center — Tel Hashomer Hospital. There he offers a treatment that can show patients — in real time — if they have a high risk for heart attacks. "Medical tourists" from America regularly visit to take the heart test.
The take-away message? Dr. Shechter says to stick to foods like oatmeal, fruits and vegetables, legumes and nuts, which have a low glycemic index. Exercising every day for at least 30 minutes, he adds, is an extra heart-smart action to take.

Please Note: There is no truth in the wild rumour that this study was bought and paid for by the


Mr. Kellog would be pleased, he did love his nuts!

PS: It’s about time I got my hand in my pocket and get a copy of Michael’s excellent book Dissecting Antismokers’ Brains.


B7 said...

Im just off for egg, bacon and chips, should set me up nicely for the rest of the day.

Anonymous said...

Does that mean I have to take my cornflakes
outside to eat or are they non passive ?

Humdingers budgie

Michael J. McFadden said...

Hey! Thanks for the compliments Big Yin and glad you liked it! :)

Anonymous, regarding passive exposures to Killer Korn Flakes... Take a box and shake it up vigorously. Then immediately pop the plastic at the top and give the box a squeeze in a ray of sunlight and you'll see the deadly particles goosh out into the formerly pristine air.

Be very aware of the extreme danger involved in this sort of experimentation. Those wisps of "dust" that you see can be highly explosive under the right conditions and have killed many an innocent person:


Please be sure no children are present in the room, or in the house, or in the adjoining house for that matter during this experiment. Always wear safety goggles and appropriate respiratory gear when seeking to duplicate any of the procedures outlined herein. Author takes no responsibility for personal injuries or desolation of urban areas resulting from Kareless Korn Flake use.

Michael J. McFadden
Author of "Dissecting Antismokers' Brains"

Michael J. McFadden said...


Intensive research and an extensive literature review by retentive anal-ysts have revealed a startling, and terrifying, new fact: Nowhere, ever, in all the history of scientific research has there EVER been a safe level found for Passive Killer Korn Flake Exposure (PKKFE).

If you, or anyone you know, may have suffered from PKKFE in the last fifty years or so please see a medical doctor and contact a lawyer immediately!


Michael J. McFadden said...

Whoops... just noticed a typo in my intro the article. I was referencing the "30 Minute Heart Attack" study by OTSUKA, not OSAKA. Very big difference between the two. Folks like Otsuka and Gionnini stick nonsmokers into the smokey gas chambers.


Michael J. McFadden said...

The Giannini study can be found at:


TheBigYin said...

Not your mistake Michael, my spellchecker flagged OTSUKA and said OSAKA. Sorry about the mistake in editing, it has been changed and link taken away.

Michael J. McFadden said...

Ahh! LOL! No problem Big Y! In any event the Giannini study is an even better example. 30+ ppm of CO would make the smoking section of an airplane look like a spring breeze on a mountainside!


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