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Diamondoid Molecules: with Applications in Biomedicine, Materials Science, Nanotechnology & Petroleum Science

机译:类金刚石分子:在生物医学,材料科学,纳米技术和石油科学中的应用

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摘要

The pharmaceutical and biotech industries face difficult problems. Namely, enormous amounts of capital are spent on research and development, but a very small number of tested compounds become truly marketable. Moreover, many of the compounds currently on the market are, in essence, evolutionary designed. Thus, although it is equipped with the most advanced technology and backed up with a comprehensive theoretical framework, the current biotech industry lags in productivity when compared to the old-style, animal-model-based research. Some researchers have expressed their belief in a need for a paradigm shift. But what might that paradigm shift be? It may be a new way to screen and test molecules, but it could also be an introduction of a completely new set of molecular building blocks. The new book by G. A. Mansoori et al. on diamondoid molecules may be one of the first steps toward that shift. Diamondoid Molecules is a thorough presentation of current and future applications of diamondoids. It is composed of seven chapters and a comprehensive glossary. Every chapter is excellently illustrated with plenty of clearly designed figures and graphs and well-organized tables.
机译:制药和生物技术行业面临难题。即,大量的资本花费在研发上,但是很少量的经过测试的化合物才真正可以销售。此外,目前市场上的许多化合物实质上都是经过进化设计的。因此,尽管它配备了最先进的技术并得到了全面的理论框架的支持,但与基于动物模型的旧式研究相比,当前的生物技术产业的生产率却有所下降。一些研究人员表达了他们对范式转变的信心。但是这种范式转变可能是什么?它可能是筛选和测试分子的新方法,但也可能引入了一套全新的分子构建基块。 G. A. Mansoori等人的新书。类固醇分子上的“三聚体”可能是朝着这一转变的第一步。类金刚石分子是类金刚石的当前和未来应用的详尽介绍。它由七个章节和一个综合的词汇表组成。每章都用大量清晰设计的图形和图表以及井井有条的表格进行了出色的说明。

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