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From 'the Dose Makes The Poison' To 'the Timing Makes The Poison': Conceptualizing Risk In The Synthetic Age

机译:从“剂量使人中毒”到“时间使人中毒”:在合成时代中将风险概念化

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摘要

For scientists at general electric in the late 1950s, the future was plastics. The GE scientists dreamed that scientific understanding of carbon-based (or organic) compounds, specifically polymers such as carbohydrates and proteins, would one day culminate in the creation of the ultimate machine-the "synthetic man." Though at the time only a dream, the rapid development and commercial success of synthetic polymers, notably plastics in the 1950s, fed such grandiose visions of the future. Today General Electric's dream of the "synthetic man," although not actualized as the science fictional character "The Terminator," has nonetheless become a reality. Traces of compounds used to make plastics, as well as pesticides and other industrial chemicals, have been detected in human blood, breast milk, placental tissue, amniotic fluid, and fat. We have literally merged with our material environment to become synthetic humans, a reality discussed and examined in this issue's forum essays by Michelle Murphy and Linda Nash. Determining the biological impact of our new synthetic bodies and the necessary political response to such a transformation informs a contentious contemporary debate about the meaning of chemical risk and toxicity.
机译:对于1950年代后期通用电气的科学家来说,未来是塑料。 GE科学家梦想着,对碳基(或有机)化合物,特别是诸如碳水化合物和蛋白质之类的聚合物的科学理解,有一天将最终创造出最终的机器-“合成人”。尽管当时只是一个梦想,但合成聚合物(尤其是1950年代的塑料)的迅速发展和商业成功满足了人们对未来的宏伟愿景。今天,通用电气关于“合成人”的梦想尽管没有被实现为科幻小说中的“终结者”,但已经成为现实。在人体血液,母乳,胎盘组织,羊水和脂肪中已检测到痕量用于制造塑料的化合物以及农药和其他工业化学品。从字面上看,我们已经与物质环境融为一体,成为了合成人类,这是Michelle Murphy和Linda Nash在本期论坛文章中讨论和检验的现实。确定我们新的合成体的生物学影响以及对这种转变的必要政治反应,为当代有关化学风险和毒性含义的辩论提供了有争议的辩论。

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