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Human Genome Project discoveries: Dialectics and rhetoric in the science of genetics.

机译:人类基因组计划的发现:遗传学中的辩证法和修辞学。

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The Human Genome Project (HGP), a {dollar}437 million effort that began in 1990 to chart the chemical sequence of our three billion base pairs of DNA, was completed in 2003, marking the 50th anniversary that proved the definitive structure of the molecule. This study considered how dialectical and rhetorical arguments functioned in the science, political, and public forums over a 20-year period, from 1980 to 2000, to advance human genome research and to establish the official project.; I argue that Aristotle's continuum of knowledge---which ranges from the probable on one end to certified or demonstrated knowledge on the other---provides useful distinctions for analyzing scientific reasoning. While contemporary scientific research seeks to discover certified knowledge, investigators generally employ the hypothetico-deductive or scientific method, which often yields probable rather than certain findings, making these dialectical in nature.; Analysis of the discourse describing human genome research revealed the use of numerous rhetorical figures and topics. Persuasive and probable reasoning were necessary for scientists to characterize unknown genetic phenomena, to secure interest in and funding for large-scale human genome research, to solve scientific problems, to issue probable findings, to convince colleagues and government officials that the findings were sound and to disseminate information to the public. Both government and private venture scientists drew on these tools of reasoning to promote their methods of mapping and sequencing the genome. The debate over how to carry out sequencing was rooted in conflicting values. Scientists representing the academic tradition valued a more conservative method that would establish high quality results, and those supporting private industry valued an unconventional approach that would yield products and profits more quickly. Values in turn influenced political and public forum arguments. Agency representatives and investors sided with the approach that reflected values they supported. Fascinated with this controversy and the convincing comparisons, the media often endorsed Celera's work for its efficiency.; The analysis of discourse from the science, political, and public forums revealed that value systems influenced the accuracy and quality of the arguments more than the type or number of figures used to describe the research to various audiences.
机译:人类基因组计划(HGP)是一项耗资4.37亿美元的工作,始于1990年,用于绘制我们30亿个碱基对的DNA的化学序列图,该计划于2003年完成,标志着该分子确定的结构五十周年。 。这项研究考虑了从1980年到2000年的20年间,辩证和修辞论点如何在科学,政治和公共论坛中发挥作用,以促进人类基因组研究并建立正式项目。我认为,亚里士多德的知识连续性(从一端的可能性到另一端的认证或证明的知识)为分析科学推理提供了有用的区别。当当代科学研究试图发现被证明的知识时,研究者通常采用假设推论或科学方法,这种方法常常产生可能而不是某些发现,从而使这些本质上是辩证的。对描述人类基因组研究的论述的分析揭示了许多修辞人物和话题的使用。说服力和可能的推理对于科学家表征未知的遗传现象,确保对大规模人类基因组研究的兴趣和资金,解决科学问题,发表可能的发现,说服同事和政府官员这些发现是合理的和必要的是必要的。向公众传播信息。政府和私人风险科学家都利用这些推理工具来促进他们的基因组图谱和测序方法。关于如何进行排序的争论源于相互矛盾的价值观。代表学术传统的科学家们认为,一种更为保守的方法可以产生高质量的结果,而支持私营企业的科学家则认为一种非常规的方法可以更快地产生产品和利润。价值反过来影响了政治和公共论坛的论点。代理商代表和投资者支持反映他们支持的价值观的方法。对此争议和令人信服的比较着迷,媒体经常认可Celera的工作效率。对来自科学,政治和公共论坛的论述的分析表明,价值体系对论点的准确性和质量的影响远大于用来向各种受众描述研究的数字的类型或数量。

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