当前位置: X-MOL 学术Org. Process Res. Dev. › 论文详情
Our official English website, www.x-mol.net, welcomes your feedback! (Note: you will need to create a separate account there.)
Evaluating the Impact of a Decade of Funding from the Green Chemistry Institute Pharmaceutical Roundtable
Organic Process Research & Development ( IF 3.4 ) Pub Date : 2018-09-20 00:00:00 , DOI: 10.1021/acs.oprd.8b00237
Stefan G. Koenig 1 , David K. Leahy 2 , Andrew S. Wells 3
Affiliation  

Starting in 2007, the ACS Green Chemistry Institute Pharmaceutical Roundtable (GCIPR) has invested in sustainable chemical reactions and technologies in order to positively impact the pharmaceutical manufacturing routes and processes of the future. It has done so by committing over $2 million to support a grant program focused on spurring innovative and sustainable solutions to industrially relevant problems with significant unmet need. This has resulted in the funding of 28 research programs from academic groups across the globe, spanning a wide range of greener chemical technologies such as C–H activation, flow chemistry, biocatalysis, novel catalytic transformations, base metal catalysis, and solvent substitution. The application of this work has encompassed a range of therapeutic modalities, from traditional small molecules to peptides and biologics. This manuscript reviews the impact of the GCIPR funding program in its first decade by drawing together in one place the outputs of each project funded, to serve as a resource for those interested in moving toward more sustainable synthesis of chemical products. Through to 2017, the 28 funded research projects have resulted in 73 publications in peer reviewed scientific journals and have attracted over 1700 unique daughter citations. This publication reviews and showcases the productivity of the funding program and highlights the industrial application of this work toward its goal of more sustainable chemical processes for pharmaceutical products.

中文翻译:

评估绿色化学研究所制药圆桌会议资助十年的影响

从2007年开始,ACS绿色化学研究所制药圆桌会议(GCIPR)已投资于可持续的化学反应和技术,以便对未来的制药生产路线和过程产生积极影响。为此,它承诺投入200万美元来支持一项赠款计划,该计划的重点是刺激创新和可持续的解决方案,以解决严重未满足需求的工业相关问题。这导致了来自全球学术团体的28个研究计划的资助,这些研究计划涵盖了广泛的绿色化学技术,例如C–H活化,流动化学,生物催化,新型催化转化,贱金属催化和溶剂替代。这项工作的应用涵盖了多种治疗方式,从传统的小分子到肽和生物制剂。该手稿通过将每个项目的产出汇总到一起,从而回顾了GCIPR资助计划在其最初十年的影响,从而为有兴趣向更可持续地合成化学产品的人们提供了资源。到2017年,由28个资助的研究项目在同行评审的科学期刊上发表了73篇论文,并吸引了1700多个独特的女儿引用。该出版物回顾并展示了资助计划的生产率,并着重介绍了这项工作在工业上的应用,以实现更可持续的医药产品化学过程的目标。该手稿通过将每个项目的产出汇总到一起,从而回顾了GCIPR资助计划在其最初十年的影响,从而为有兴趣向更可持续地合成化学产品的人们提供了资源。到2017年,由28个资助的研究项目在同行评审的科学期刊上发表了73篇论文,并吸引了1700多个独特的女儿引用。该出版物回顾并展示了资助计划的生产率,并着重介绍了这项工作在工业上的应用,以实现更可持续的医药产品化学过程的目标。该手稿通过将每个项目的产出汇总到一起,从而回顾了GCIPR资助计划在其最初十年的影响,从而为有兴趣向更可持续地合成化学产品的人们提供了资源。到2017年,由28个资助的研究项目在同行评审的科学期刊上发表了73篇论文,并吸引了1700多个独特的女儿引用。该出版物回顾并展示了资助计划的生产率,并着重介绍了这项工作在工业上的应用,以实现更可持续的医药产品化学过程的目标。这28个获得资助的研究项目已在同行评审的科学期刊上发表了73篇论文,并吸引了1700多个独特的女儿引用。该出版物回顾并展示了资助计划的生产率,并着重介绍了这项工作在工业上的应用,以实现更可持续的医药产品化学过程的目标。这28个获得资助的研究项目已在同行评审的科学期刊上发表了73篇论文,并吸引了1700多个独特的女儿引用。该出版物回顾并展示了资助计划的生产率,并着重介绍了这项工作在工业上的应用,以实现更可持续的医药产品化学过程的目标。
更新日期:2018-09-20
down
wechat
bug