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Fifty years of diazeniumdiolate research. from laboratory curiosity to broad-spectrum biomedical advances

机译:二醇二氮烯鎓研究五十年。从实验室的好奇心到广谱的生物医学进展

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Here I show that a "pure" research project, seemingly totally lacking in practical application when it was first published, can years later spark a whole new scientific field with the potential to revolutionize clinical practice. A 1961 publication describing adducts of nitric oxide (NO) with certain nucleophiles attracted little notice at the time, but later work showing that the adducts could be hydrolyzed to regenerate the NO in bioactive form has provided the foundation for a host of biomedical applications. Crucial to the discovery of widely used tools for studying NO's chemical biology as well as for the design of a variety of promising therapeutic advances has been the increasingly detailed understanding of the physicochemical properties of these "diazeniumdiolates" (also known as NONOates).
机译:在这里,我表明,一个“纯”研究项目在首次发布时似乎完全没有实际应用,可以在数年后激发一个全新的科学领域,并可能改变临床实践。 1961年的出版物描述了一氧化氮(NO)与某些亲核试剂的加合物,当时很少引起注意,但后来的工作表明,该加合物可以水解以生物活性形式再生NO,这为许多生物医学应用奠定了基础。对于发现广泛用于研究NO的化学生物学以及设计各种有前途的治疗进展的工具的关键,是对这些“二烯二醇二钠”(也称为NONOates)的理化性质的日益详细的了解。

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