The 4.5 year academic–industrial collaboration between the process chemistry group at Lilly and the Stephenson group (Boston University and University of Michigan) is summarized. From the industrial perspective, the relationship benefitted Lilly by enabling the development of visible-light photoredox catalysis processes with an expert partner as well as the establishment of internal technology platforms to support such processes. In addition to the funding element, the academic side benefited from the ability to access pharmaceutically relevant problems and tap into continuous processing capabilities at Lilly. Another positive outcome of the collaboration was the inspiration of spinoff projects, which themselves generated substantial value in the academic setting. The postdoctoral researchers involved benefitted from the unique mentorship opportunity provided by the collaboration and access to resources from both academia and industry. We will analyze the impact of the collaboration in terms of personal development, publications, and new technologies that resulted, which we feel were highly beneficial for both sides of the collaboration.

中文翻译：

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可见光光催化学术-工业合作回顾：​​共享学习和影响分析

总结了 Lilly 过程化学小组与 Stephenson 小组（波士顿大学和密歇根大学）之间 4.5 年的学术-工业合作。从工业角度来看，这种关系使礼来受益，因为它能够与专家合作伙伴一起开发可见光光氧化还原催化工艺，并建立内部技术平台来支持此类工艺。除了资金因素外，学术方面还受益于在 Lilly 获得制药相关问题和利用连续处理能力的能力。合作的另一个积极成果是衍生项目的灵感，这些项目本身在学术环境中产生了巨大的价值。参与的博士后研究人员受益于合作提供的独特指导机会以及对学术界和工业界资源的访问。我们将分析合作在个人发展、出版物和由此产生的新技术方面的影响，我们认为这对合作双方都非常有益。