I have oft stated that those who lack scientific evidence resort to ad hominem personal attacks as their last resort. That’s all they’ve got, so the science deniers have to go double down on their personal attacks, often in the… Read More »A vile personal attack on GMO scientist Kevin Folta
The science deniers of the world, whether they deny evolution, global warming, vaccines, or GMO safety, spend their time inventing pseudoscience to support their beliefs and claims. As I have written previously, “Pseudoscience is easy. It doesn’t take work. It’s the lazy man’s (or woman’s) “science.” But it has no value, and because it lacks high quality evidence in support of it, it should be dismissed, and it should not be a part of the conversation.”
Alternatively, real science is really hard. And it takes time. And it’s based on high quality evidence. And it is repeated. And it is almost always published in high quality journals. As I’ve said a thousand times, real science takes hard work and is intellectually challenging. You just don’t wake up one day and say “I’m a scientist.” No, it requires college, graduate school, teaching, working in world class laboratories, publishing, defending your ideas to your peers, and one day, if you don’t stop, you will be an authority in your little field of science.
The anti-GMO crowd is mostly lazy. They have this luddite belief that all technology is bad, but have absolutely no evidence to support it. Sure, they pick out one or two poorly done articles and then shout for all the world to hear “GMO’s are dangerous to…bees, humans, babies, whales, trees” over and over and over again. Yet what do the GMO refusers really bring to the table? Read More »What does science say about GMO’s–they’re safe
One of the things that drive pro-science types crazy (amongst a few hundred things, but still let me proceed) is when someone who seems to be rational about a scientific idea, then drop a bomb that they accept something so… Read More »Poll: which scientific principle do you accept or reject
As we entered 2014, General Mills, the Minnesota-based food processing giant, announced that the breakfast cereal, Cheerios, probably its most popular brand, will be labelled as GMO free. And the anti-science GMO refusers were partying across the land, with the anti-science Huffington Post adding to the Cheerios cheers:
Green America Corporate Responsibility Director Todd Larsen highlighted what General Mills’ decision means in a press release. “Original Cheerios in its famous yellow box will now be non-GMO and this victory sends a message to all food companies that consumers are increasingly looking for non-GMO products and companies need to meet that demand,” he said.
Of course, this was a pretty simple move for General Mills. About all it’s really going to cost them is a new box design to promote “GMO-Free”. It’s inexpensive and simple for General Mills because there are no genetically modified oats as of today. So, they don’t have to find new sources for the grain or most of the other components of the cereal. Actually, the only thing they had to do was switch the tiny amount of beet sugar used to sweeten the cereal to another type, something that is ostensibly an easy step in manufacturing.
Despite General Mills taking a tiny, inexpensive and risk-free step over the line to label GM-free, and going against what the industry has wanted, no labeling whatsoever, really nothing much has changed. General Mills is still opposed to all state initiatives demanding GMO labeling, which have mostly failed, probably as a result of corporate expenditures opposing these initiatives. General Mills still thinks genetically modified foods are safe and should not removed from the market. But with over 90% of Americans buying into the anti-science activism and believing that GMO’s are dangerous, and 59 percent of Americans now getting their nutritional advice from the internet, it becomes a brilliant marketing move for an aging brand. Instantly, Cheerios stands out in the supermarket aisle as one of the few major brand cereals that is GMO-free. It was a low-risk move that probably had no material impact on either General Mill’s strategies with genetically modified foods or the cost of manufacturing the cereal.
Although I have no evidence confirming my cynicism, eventually General Mills can increase the price of its GMO-free cereal, because demand will be higher for it. Then other oat cereal manufacturers will do the same, and eventually we’ll have more expensive cereal. I’m sure the anti-science GMO-radicals are happy that companies can make more profits for really not doing much. But that’s capitalism for you.
This article has been completely updated with new information and can be found here. Comments are closed on this article, but please comment on the new one.
Aspartame (brand name Nutrasweet) is a popular artificial sweetener, approximately 200 times sweeter than common table sugar known as sucrose. Aspartame is a dipeptide of the natural amino acids L–aspartic acid and L–phenylalanine–these amino acids or peptides are consumed regular with nearly any animal or plant protein.
When aspartame is ingested, it is hydrolyzed (broken down by water molecules) into its constituent components: aspartate, phenylalanine and methanol, in an approximate 4:5:1 ratio. No aspartame has been found in the bloodstream, since it is so quickly hydrolyzed in the gut, and only the constituent components are absorbed.
To be absolutely clear, there is no difference between aspartic acid and phenylalanine that form aspartame than all “natural forms” of those amino acids that are contained in the proteins of food sources.Read More »Aspartame is safe according to the scientific consensus
But of course, that’s probably not true.
A new article published in the American Journal of Clinical Nutrition, by JD Schoenfeld and JP Ioannidis, examined the conclusions, statistical significance, and experimental reproducibility of published articles that claim an association between specific foods and the risk of cancer. The found 50 common food ingredients, taken from random recipes found in a typical cookbook. They then searched PubMed for studies that examined the relationship of each ingredient with a risk of cancer. (If they found a more than 10 articles for a particular search, the only evaluated the most recent 10 articles.) This study didn’t just examine increased risks but potential reduced risks of cancer.
According to Shoenfeld and Ioannidis, 40 out of the 50 ingredients had articles describing a relationship with cancer, which were published in 264 single-study assessments. Among the 40 foods that had been linked to cancer risks were flour, coffee, butter, olives, sugar, bread and salt, as well as peas, duck, tomatoes, lemon, onion, celery, carrot, parsley and lamb, together with more unusual ingredients, including lobster, tripe, veal, mace, cinnamon and mustard.