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Ira·雷姆森、糖精与线性模型

Ira Remsen, saccharin, and the linear model.

作者信息

Warner Deborah J

机构信息

National Museum of American History, Smithsonian Institution, Washington, DC 20013-7012, USA.

出版信息

Ambix. 2008 Mar;55(1):50-61. doi: 10.1179/174582308X255415.

Abstract

While working in the chemistry laboratory at Johns Hopkins University, Constantin Fahlberg oxidized the 'ortho-sulfamide of benzoic acid' and, by chance, found the result to be incredibly sweet. Several years later, now working on his own, he termed this stuff saccharin, developed methods of making it in quantity, obtained patents on these methods, and went into production. As the industrial and scientific value of saccharin became apparent, Ira Remsen pointed out that the initial work had been done in his laboratory and at his suggestion. The ensuing argument, carried out in the courts of law and public opinion, illustrates the importance of the linear model to scientists who staked their identities on the model of disinterested research but who also craved credit for important practical results.

摘要

康斯坦丁·法尔贝格在约翰·霍普金斯大学的化学实验室工作时,氧化了“苯甲酸邻磺酰胺”,偶然间发现结果甜得不可思议。几年后,他独自开展研究,将这种物质命名为糖精,研发出大量生产它的方法,为这些方法申请了专利,然后投入生产。随着糖精的工业和科学价值日益显现,艾拉·雷姆森指出最初的研究工作是在他的实验室里并在他的建议下完成的。随后在法庭和舆论中展开的争论,说明了线性模型对那些将自己的身份建立在无私研究模式上,但又渴望因重要实际成果而获得认可的科学家的重要性。

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