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Computational chemistry for green design in chemistry and pharmacy: Building awareness in the classroom
Sustainable Chemistry and Pharmacy ( IF 6 ) Pub Date : 2020-09-30 , DOI: 10.1016/j.scp.2020.100283
Liliana Mammino

Pursuing sustainability requires the design of environmentally benign substances and materials and of sufficiently clean processes for their production, as well as careful attention to their usage throughout their life cycle and to their eventual fate. These requirements have prompted the birth of green chemistry and, more recently, of green pharmacy. The current work focuses on relevant common features of the two areas at educational level. After briefly recalling the reasons that have prompted their birth, and the main objectives of their approaches, it devotes major attention to the design of substances as a tool made increasingly more powerful by the continuous progress of computational chemistry. Particular attention is given to the importance of fostering sound attitudes in approaching molecules and of building awareness of the fundamental roles of conceptual and theoretical knowledge to ensure that the obtained results are meaningful.



中文翻译:

用于化学和药学绿色设计的计算化学:在课堂上提高认识

追求可持续性需要设计对环境无害的物质和材料,并对其生产进行充分清洁的工艺设计,并在其整个生命周期中谨慎使用它们的最终命运。这些要求促使绿色化学和最近的绿色药学的诞生。当前的工作侧重于在教育层面上这两个领域的相关共同特征。在简要回顾了促使其诞生的原因及其方法的主要目标之后,它主要关注作为设计工具的物质的设计,该工具随着计算化学的不断发展而变得越来越强大。

更新日期:2020-09-30
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