On-site Cooperation and Competition: The Emergence of Munich-Martinsried as a Centre of Life Sciences and Biotechnology

现场合作与竞争：慕尼黑马丁斯里德作为生命科学和生物技术中心的崛起

• 批准号: 398066922
• 负责人: Professorin Dr. Margit Szöllösi-Janze
• 金额: --
• 依托单位: Historisches Seminar
• 依托单位国家: 德国
• 项目类别: Research Grants
• 财政年份: 2018
• 资助国家: 德国
• 起止时间: 2017-12-31 至 2022-12-31
• 项目状态: 已结题
• 来源: https://gepris.dfg.de/gepris/projekt/398066922?language=en
• 关键词: site; Cooperation; Competition; Emergence; Munich

Since their development into a new leading field of science, life sciences have become epistemically dependent on collaboration. However, they have also turned into an increasingly commercially structured and highly competitive field of global importance. This project analyzes Martinsried near Munich as a site of research and science, which developed within only three decades from a village to an enclave of basic biochemical research, and finally became one of the leading locations for biotechnology worldwide: in 2000, this “BioRegion” Munich was one of the top three locations in Europe from roughly 40 worldwide clusters of biotechnology. With the example of Martinsried, the project argues, we can follow up radical disciplinary change within biosciences and their rapid rise in the Federal Republic of Germany. This occurred late in an international comparison, but all the quicker. Due to competitive pressure from the USA (recombinant DNA), Martinried’s development was characterized and promoted mainly by scientific, political and economic relations of cooperation and competition, intricately intertwined in institutional structures. These ties were consolidated further so that they unleashed specific dynamics and changed significantly over time. The project examines three of the Martinsried research institutes, each established with a decade’s interval, in order to study different competitive and collaborative constellations: first, the launching of the new Max Planck Institute (MPI) of Biochemistry in 1973 (including its pre-history in the sixties); second, the Gene Center, founded in 1984 as a joint venture of the MPI of Biochemistry, the University of Munich (LMU) and the major chemical companies Hoechst and Wacker, and financed by the federal government; third, the Innovation and Start-Up Center for Biotechnology (IZB), financed by the Free State of Bavaria and established in 1995 to foster the formation of research-based new biotech companies that would enable Germany to remain a competitive actor on the highly competitive global market. These periods mark a radical change of contemporary perceptions of the processes of innovation and towards the question whether and how politics can plan and control them. Furthermore, they shed light on a new “scientific persona” that emerged: it changed from basic research to the entrepreneurial scientist. Martinsried, as an institutionalized site of research, is considered a place where these networks crystallized, resulting in a multitude of competitive and collaborative relations: within and between scientific disciplines in their national and international contexts; between different types of organized research (university, extra-university, and industrial research); between basic research, the major chemistry and new biotech companies; and between regional, national, European and global political levels.

自从发展成为新的领先科学领域以来，生命科学在认识上已经变得依赖于合作。然而，它们也已成为一个日益商业化、竞争激烈的具有全球重要性的领域。该项目分析了慕尼黑附近的马丁斯里德作为一个研究和科学场所，它在短短三十年内从一个村庄发展成为基础生化研究的飞地，并最终成为全球生物技术的领先地点之一：2000 年，这个“生物区”慕尼黑是欧洲大约 40 个全球生物技术集群中的三大地点之一。该项目认为，以马丁斯里德为例，我们可以跟踪生物科学领域的彻底学科变革及其在德意志联邦共和国的迅速崛起。在国际比较中，这种情况发生得很晚，但速度更快。由于来自美国（重组DNA）的竞争压力，马丁里德的发展主要以科学、政治和经济的合作与竞争关系为特征和推动，在制度结构上错综复杂地交织在一起。这些联系得到进一步巩固，从而释放出特定的动力，并随着时间的推移发生显着变化。该项目考察了马丁斯里德的三个研究所，每个研究所都以十年为间隔建立，以研究不同的竞争和合作格局：首先，1973年成立的新马克斯·普朗克生物化学研究所（MPI）（包括其六十年代的史前历史）；第二个是基因中心，成立于1984年，是生物化学研究所、慕尼黑大学（LMU）以及大型化学公司Hoechst和Wacker的合资企业，由联邦政府资助；第三，生物技术创新与创业中心 (IZB)，由巴伐利亚自由州资助，成立于 1995 年，旨在促进以研究为基础的新型生物技术公司的形成，使德国能够在竞争激烈的全球市场上保持竞争力。这些时期标志着当代对创新过程以及政治是否能够以及如何规划和控制创新这一问题的看法发生了根本性的变化。此外，他们揭示了一个新的“科学角色”的出现：它从基础研究转变为创业科学家。马丁斯里德作为一个制度化的研究场所，被认为是这些网络结晶的地方，从而产生了多种竞争和合作关系：在国家和国际背景下的科学学科内部和之间；不同类型的有组织研究（大学、大学外和工业研究）之间；基础研究、主要化学和新型生物技术公司之间；以及区域、国家、欧洲和全球政治层面之间的联系。