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The world according to Monsanto : pollution, corruption, and

The world according to Monsanto : pollution, corruption, and

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monsan<strong>to</strong> weaves its web, 1995–1999 179garian capital in 1956, he fled <strong>to</strong> Austria, where he was granted politicalrefugee status. After obtaining a degree in chemistry, he won a fellowshipfrom the Ford Foundation, allowing him <strong>to</strong> study in the country of hischoice. He chose Great Britain, which represented for him the “country offreedom <strong>and</strong> <strong>to</strong>lerance.” After earning a doc<strong>to</strong>rate in biochemistry from theUniversity of London, he was hired by the prestigious Rowett Institute, consideredthe best European nutrition labora<strong>to</strong>ry. He specialized in lectins,proteins naturally found in certain plants that act as insecticides <strong>and</strong> protectthe plants against aphid infestation. While some lectins are <strong>to</strong>xic, others areharmless for humans <strong>and</strong> mammals, such as the lectin from snowdropplants, <strong>to</strong> which Pusztai devoted six years of his life. His expertise was sorenowned that in 1995, the Rowett Institute offered <strong>to</strong> renew his contracteven though he had reached retirement age, so that he could take charge ofa research program financed by the Scottish Agriculture, Environment, <strong>and</strong>Fisheries Ministry.This large contract, with funding of £1.6 million <strong>and</strong> employing thirty researchers,had the purpose of assessing the impact of GMOs on humanhealth. “We were all very enthusiastic,” Arpad Pusztai <strong>to</strong>ld me, “because atthe time, when the first transgenic soybean crop had just been planted in theUnited States, no scientific studies had been published on the subject. <strong>The</strong>ministry thought our research would provide support for GMOs as theywere about <strong>to</strong> arrive on the British <strong>and</strong> European markets. Because, ofcourse, no one thought—least of all me, a strong supporter of biotechnology—that we were going <strong>to</strong> find problems.” He was so enthusiastic that whenMonsan<strong>to</strong>’s <strong>to</strong>xicological study on Roundup Ready soybeans was publishedin the Journal of Nutrition in 1996, he thought that it was “very bad science”<strong>and</strong> that he <strong>and</strong> his team could do better. “I thought if we could show, witha scientific study worthy of the name, that GMOs were really harmless, thenwe would be heroes.”With the ministry’s agreement, the Rowett Institute decided <strong>to</strong> work ontransgenic pota<strong>to</strong>es that its researchers had already successfully developed,inserting in<strong>to</strong> them the gene encoding snowdrop lectin (known as GNA).“Preliminary studies had shown that pota<strong>to</strong>es effectively resisted aphid infestation,”Pusztai <strong>to</strong>ld me. “We also knew that in its natural state GNA wasnot harmful <strong>to</strong> rats, even when they absorbed a dose eight hundred timesthat produced by GMOs. What remained <strong>to</strong> be done was <strong>to</strong> assess the possibleeffects of transgenic pota<strong>to</strong>es on rats.”

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