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Let me make clear that what i post here i already knew before i posted or even read this text.
I have some text here i copied :
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There are four scientific reasons to exclude Bt maize from Europe.
We will first introduce all of these briefly and then elucidate each in more detail in subsequent sections.
#1
There is a virtual certainty that the importation of this product will lead to the generation of pathogenic bacteria that are resistant to the antibiotic ampicillin.
#2
Bt maize constitutes a significant risk to the health of consumers because it has not been tested thoroughly enough to assure
(a) that it does not contain unanticipated allergens or toxins, and
(b) that its nutritional value has not been reduced in unexpected ways.
#3
The US government and the US biotechnology industry are demanding to import this maize unlabeled and mixed with non-genetically modified maize.
#4
This deprives consumers of the information needed to choose for themselves whether to accept the health risks associated with eating these inadequately tested foods. This also deprives consumers of their fundamental right to make informed purchasing choices.
Scientific evidence indicates that the cultivation of Bt maize will lead to the emergence of insect pests that are resistant to the Bt toxin. This disruption of the ecosystem is inherently undesireable, and it is also detremental to agriculture in the long run. It will not only make Ciba-Geigy's Bt corn variety obsolete, but it will also deprive organic and biological farmers of a valuable tool for pest control-Bt toxin extracted from natural Bacillus thuringiensis. Allowing Ciba-Geigy's Maize to be imported into Europe sends a green light to industry that it is acceptable to ignore serious environmental, ecological, and agricultural threats in the development and commercialization of genetically engineered products.
Antibiotic Resistance
Not only has the gene for ampicillin resistance been introduced into Ciba-Geigy's Bt maize, but in this maize variety, the ampicillin resistance gene is still linked to bacterial regulatory sequences, called promoter sequences. These promoter sequences make this gene highly active in bacteria. It is well known that many kinds of bacteria readily pick up genes present in their environment and incorporate them into their own DNA. Due to the presence of these promoter sequences, it is highly likely that any bacterium that happens to pick up this gene will express ampicillin resistance. Thus it is virtually certain that the use of Ciba-Geigy's Bt corn will generate ampicillin resistant bacteria.
The digestive tracts of both humans and livestock contain large populations of benign bacteria. Transfer of the ampicillin gene to any one of those bacterial strains will secondarily generate ampicillin resistant pathogenic bacteria, as well. When humans or livestock eat Bt maize the ampicillin resistance gene will be present in the digestive tract. This gene will be picked up by intestinal bacteria, conferring on them resistance to that antibiotic. Then, when at some later time that person or animal becomes infected with pathogenic bacteria, the ampicillin resistance gene can readily be transferred to that pathogen from the benign intestinal bacteria that initially picked it up.
The result will be an ampicillin-resistant pathogen, which physicians will be unable to combat with ampicillin. Already the over-use and misuse of antibiotics has generated superbugs, pathogens resistant to a wide range of antibiotics. Commercialization of Bt maize will accelerate this process, making the problem even worse.
Proponents of Bt maize do not dispute that its use can contribute to antibiotic resistance in pathogens. Instead, they attempt to justify this by claiming that antibiotic resistant microorganisms are already being generated by other mechanisms, such as incorrect use of antibiotics, and therefore the added contribution of Bt maize need not be taken seriously.
We hold to the old adage that two wrongs do not make a right. It is true that antibiotic resistant pathogens are being generated by other mechanisms. However, we seriously question the wisdom of contributing to this trend by introducing widely a new mechanism that will surely generate antibiotic resistance.
Furthermore, claims that Bt maize will make only a small contribution to the process of creating antibiotic resistant pathogens, compared to other mechanisms, is pure speculation. There is no quantitative evidence that this is the case. Especially if genetically engineered Bt crops become widely used as animal feed, the contribution could be very large.
Health Risks of Bt Maize
Ciba-Geigy's Bt maize has met the current requirements for safety testing required by the US government and by the European Union. However, a careful scientific evaluation of the tests actually performed indicates that these tests have not been sufficient to assure that Bt maize is safe to eat.
In the US, all testing of genetically engineered foods is voluntary. Manufacturers are not required by law to test these foods before placing them on the market. In Europe, testing is not voluntary. However, the tests required are never-the-less inadequate to detect all potential hazards in genetically engineered foods.
Two interrelated factors contribute to these inadequacies. First, the process of genetic engineering is not completely reliable and controlled. It can, therefore introduce unforeseen genetic changes into the food-producing organism, which can, in turn, lead to changes in the characteristics of the food that cause it to contain unexpected allergens or toxins, or be reduced in nutritional value. In light of this scientific fact, one might expect that regulatory agencies would have already established a highly rigorous system for testing these novel foods that is designed to detect those that could jeopardize health. Yet, the safety testing currently required falls far short of this standard. It is not capable of detecting the full range of unforeseen hazards that could occur. This problem and alternative approaches are discussed in detail in the paper Assessing the Safety and Nutritional Quality of Genetically Engineered Foods (Attached).
The second factor contributing to the inadequacy of current regulations is that these regulations are based on the principle of substantial equivalence. Testing based on this principle focuses on potential risks that can be anticipated on the basis of the known characteristics of the food-producing organism that has undergone genetic modification or on the basis of the known characteristics of the genes introduced into that organism. However, testing based on this principle ignores the unexpected hazards that are an unavoidable risk when an organism has been altered using the process of genetic engineering.
In a testing program based on the principle of substantial equivalence, selected characteristics of the genetically engineered food are compared to those of its non-genetically engineered counterpart. If those selected characteristics are found to be "substantially equivalent" in the genetically engineered food and its non-genetically engineered counterpart, it is concluded that, since the non-genetically engineered food has been shown to be safe through long use, the genetically engineered food must be equally safe.
http://www.netlink.de/gen/BTCorn.htm