Realities of the consortium approach in science: sustainable enzymatic production of C1 chemicals from carbon dioxide

Andrea Rodil, Ingemar von Ossowski, Mari Nyyssönen, Yufang Tian, Marleen Hallamaa, Jan Deska, Malin Bomberg, Silvan Scheller
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引用次数: 0

Abstract

Research at the frontiers of science is getting increasingly specialised. At the same time, major global challenges require the cooperation and innovation of different research fields. One solution for enhancing scientific discovery and innovation within this landscape is to form research consortia that bring together expertise from different disciplines. Such multidisciplinary efforts are also highly recognized and increasingly enforced by funding agencies. Within this landscape, we established a research consortium consisting of three partners to explore environmental acid-tolerant formate dehydrogenases as novel biocatalysts for formic acid production from CO2. Taking our ambitious project on biocatalytic CO2 valorisation as a case study, we reflect on the realities of forming a research consortium, highlighting some of the related theoretical and technical issues, as well as its intrinsic positive and valuable nourishing effect on researchers. Finally, we offer some constructive criticism and practical advice to other scientists willing to embark on complex scientific projects through collaborations.

Abstract Image

科学领域联合体方法的现实:利用二氧化碳以可持续的酶法生产 C1 化学品
科学前沿的研究越来越专业化。与此同时,全球性的重大挑战需要不同研究领域的合作与创新。在这种情况下,加强科学发现和创新的一个解决方案是组建研究联盟,汇集不同学科的专业知识。这种多学科的努力也得到了资助机构的高度认可和越来越多的支持。在这一背景下,我们成立了一个由三个合作伙伴组成的研究联盟,探索环境耐酸性甲酸脱氢酶作为新型生物催化剂从二氧化碳中生产甲酸。以我们雄心勃勃的二氧化碳生物催化增值项目为例,我们对组建研究联盟的现实情况进行了反思,强调了一些相关的理论和技术问题,以及其对研究人员内在的积极和宝贵的滋养作用。最后,我们向愿意通过合作开展复杂科学项目的其他科学家提出了一些建设性的批评和实用建议。
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