Extra Death GMOs May10


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Extra Death GMOs

Remember the good old days when you could wash off the poison instead of having it genetically produced in every cell of the fruit or vegetable……and now it has the bonus of not even doing what it was supposed to do so it requires much more poison on it. Hopefully the farmers will take the guns out of our mouths and do the right thing. I know we can’ count on the government to. Corrupt bastards ~Alejandro


“Genetically Modified crops now require twice as much herbicide, as much as 6 times as much Bt toxin, systemic seed treatments with 2 insecticides and 2 fungicides, topical soil insecticide to combat Bt resistant rootworms, unprecedented increases in fungicides, and are now consumed in their unprocessed form.” https://www.facebook.com/MarchAgainstMonstanto

There have been dramatic changes in the transgenic composition of GE corn and soybeans over the last five years, coupled with a substantial increase in reliance on pesticides and Bt toxins. Compared to the first five years of commercial use (1996-2000), today’s GE corn and soybeans in the U.S. require:


About twice as much herbicide per acre, with glyphosate/Roundup accounting for essentially all the growth;
In corn, two to six Bt toxins to deal with European corn borer and the corn rootworm complex;
Delayed release, systemic seed treatments including at least two insecticides and two fungicides, one of which is a nicotinyl implicated in honey bee Colony Collapse Disorder;
A return to corn soil insecticide use as a component of Bt-gene, resistance-management programs (eroding a portion of the reduction in insecticide use brought about by Bt corn);
Significant and historically unprecedented increases in fungicide use on corn (11 percent of crop acres were treated in latest USDA pesticide use survey [2010], no more than 1 percent was treated previously); and
Approval and commercial planting in the U.S. of the first GE crop that will be consumed in significant quantities by humans in a largely unprocessed form – Bt and RR sweetcorn.

The move to stacked varieties expressing multiple traits, coupled with the above changes in the intensity of chemical use required to bring GE crops to harvest, raises new questions about new routes of exposure and about cumulative levels of exposure to GE proteins, potential allergens and pesticides, especially via drinking water, certain foods made from corn or soybeans, and, for infants, breast milk, cow’s milk, soymilk, and formula. It also raises new testing challenges arising from the likely presence of multiple transgenes, DNA fragments, promoters, regulatory sequences and chemicals from pesticides (active ingredients, metabolites, surfactants, adjuvants, etc).

These changes pose serious risk assessment challenges that are, for the most part, being ignored by the industry and regulatory authorities. New information is essential to convince regulators that they must invest substantially more public resources in the independent testing of GE crop safety. The two core goals for a new testing initiative should be to (a) resolve lingering uncertainty over the safety of the GE traits currently on the market, and (b) develop advanced testing methods and protocols for application in the testing of future GE food traits.

At a minimum, the following steps should be taken to explore key questions about today’s GE crops:

1. Quantification of the levels of pesticides and their metabolites/breakdown products associated with GE crops in key foods and human fluids (blood and urine), encompassing initially glyphosate, AMPA, nicotinyl seed treatments and Bt proteins. Top priority foods to test include whole wheat grain and flour, whole wheat bread, and soy-derived ingredients and foods. Essential liquids to test include cow’s milk, breast milk, soymilk and infant formula.

2. Development of methods to accurately quantify GE protein exposure levels in tissues and organs of concern in evaluating human health risks. The research would also be designed to track the breakdown products formed as GE proteins move through the digestive system. Methods would be developed to identify the form of novel proteins or other phytochemicals from GE foods, as well as the quantities passing from the GI tract into the bloodstream, from the blood to the kidneys and liver, and in the case of pregnant women, across the blood-brain barrier.

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