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The world according to Monsanto : pollution, corruption, and

The world according to Monsanto : pollution, corruption, and

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78 the <strong>world</strong> <strong>according</strong> <strong>to</strong> monsan<strong>to</strong>avoiding serious accidents during use. <strong>The</strong>y then evaluate what is called“subchronic <strong>to</strong>xicity,” the effects of repeated absorption of the product onbodily organs, chiefly the liver <strong>and</strong> kidneys. Usually conducted over a periodof ninety days or one year (even two years if a problem appears), these testsmake it possible <strong>to</strong> establish what experts call the NOAEL (no observableadverse effect level), that is, the maximum quantity of the substance whosedaily absorption has no effects on the test animals. <strong>The</strong> NOAEL is expressedeither in milligrams of active ingredient per kilogram of body weigh<strong>to</strong>f the animal tested per day or in milligrams of the substance per kilogramof food (expressed in ppm) if a food ingredient is involved. Finally, tests mustverify whether the product is potentially oncogenic (causing cancer), tera<strong>to</strong>genic(causing birth defects), or mutagenic (causing permanent <strong>and</strong> inheritablechanges in the DNA of subjects exposed).Taken <strong>to</strong>gether, the <strong>to</strong>xicological data as a whole enable the establishmen<strong>to</strong>f regula<strong>to</strong>ry categories, such as the lowest acceptable daily dose (LADD),which designates the quantity of the substance that the user or consumer issupposed <strong>to</strong> be able <strong>to</strong> absorb daily over a lifetime with no health effects. Inother words, <strong>to</strong> make the absurdity of the process clear: it is known that asubstance is <strong>to</strong>xic for mammals <strong>and</strong> one calculates the dose that can be inflictedon them daily before they fall ill, or even die. <strong>The</strong>n, the data are extrapolated<strong>to</strong> people. But how do we know that the dose calculated for a ra<strong>to</strong>r a rabbit will protect us effectively from being poisoned? A mystery. Andwhat of the accumulation <strong>and</strong> interaction among the various <strong>to</strong>xic substancesthat we ingest every day, because the LADD (the daily acceptabledose of poison) refers not only <strong>to</strong> many pesticides, but also <strong>to</strong> food additives,such as coloring agents <strong>and</strong> preservatives? <strong>The</strong> question is ignored. In anyevent, it is troubling <strong>to</strong> realize that the calculation of this disquieting LADDis based on tests conducted by the manufacturers, whose purpose is primarily<strong>to</strong> sell their products.In addition <strong>to</strong> <strong>to</strong>xicity tests intended <strong>to</strong> assess the danger that a newmolecule may constitute for people, there are tests that consider its performancein the environment (including its persistence, mobility, absorptionin<strong>to</strong> the food chain, <strong>and</strong> biodegradability), as well as its eco<strong>to</strong>xic potential(for birds, bees, fish, <strong>and</strong> aquatic plants).Finally, the <strong>to</strong>xicological file is examined by the Commission d’étude de la<strong>to</strong>xicité des produits antiparasitaires à usage agricole, which submits anopinion <strong>to</strong> the Ministry of Agriculture. This usually conforms <strong>to</strong> decisions

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