Kirk Kenneth L, Jacobson Kenneth A
Laboratory of Bioorganic Chemistry, National Institutes of Diabetes and Digestive and Kidney Diseases, NIH, Bethesda, MD 20892.
Bull Hist Chem. 2014 Jan 1;39(2):150-165.
The origins of the Laboratory of Bioorganic Chemistry, NIDDK, NIH can be traced to events that occurred in the early 20 century. From its beginning to the present, as the laboratory evolved through several organizational changes, many important historical contributions to organic chemistry and biochemistry were made. For example, its early precursor, the Division of Chemistry of the Hygienic Laboratory, was assigned the responsibility of safeguarding public health by analyzing environmental and other chemical risks. This review will trace important developments from the early twentieth century to the present. The topics covered in this review include a historical synopsis, early work on receptors, carbohydrates, heterocycles and nucleotides, with specific emphasis on frog skin alkaloids, the NIH shift (a transfer of an aromatic hydrogen atom to a neighboring ring position during ring hydroxylation, important in the biochemical processing of aromatic substrates), the methionine-specific cleavage of proteins using cyanogen bromide (used commercially and in peptide research) as well as other fundamental contributions. Ongoing research in medicinal chemistry, natural products, biochemistry, vaccines and pharmacology, some leading to clinical applications, will be discussed.
美国国立卫生研究院(NIH)下属的生物有机化学实验室的起源可以追溯到20世纪初发生的一些事件。从其创立之初到现在,随着实验室历经多次组织架构变革,它对有机化学和生物化学做出了许多重要的历史性贡献。例如,其早期的前身——卫生实验室化学分部,被赋予了通过分析环境及其他化学风险来保障公众健康的职责。本综述将追溯从20世纪初到现在的重要发展历程。本综述涵盖的主题包括历史概要、受体、碳水化合物、杂环化合物和核苷酸方面的早期研究,特别着重于蛙皮生物碱、NIH迁移(在芳环羟基化过程中一个芳香氢原子转移到相邻环位置,在芳香底物的生化加工中很重要)、使用溴化氰进行蛋白质的甲硫氨酸特异性裂解(用于商业和肽研究)以及其他重要贡献。还将讨论药物化学、天然产物、生物化学、疫苗和药理学方面正在进行的研究,其中一些研究已带来临床应用。