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Local Nodes in Global Networks: The Geography of Knowledge Flows in Biotechnology Innovation

机译:全球网络中的本地节点:生物技术创新中的知识流地理

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摘要

The literature on innovation and interactive learning has tended to emphasize the importance of local networks, inter-firm collaboration and knowledge flows as the principal source of technological dynamism. More recently, however, this view has come to be challenged by other perspectives that argue for the importance of non-local knowledge flows. According to this alternative approach, truly dynamic economic regions are characterized both by dense local social interaction and knowledge circulation, as well as strong inter-regional and international connections to outside knowledge sources and partners. This paper offers an empirical examination of these issues by examining the geography of knowledge flows associated with innovation in biotechnology. We begin by reviewing the growing literature on the nature and geography of innovation in biotechnology research and the commercialization process. Then, focusing on the Canadian biotech industry, we examine the determinants of innovation (measured through patenting activity), paying particular attention to internal resources and capabilities of the firm, as well as local and global flows of knowledge and capital. Our study is based on the analysis of Statistics Canada’s 1999 Survey of Biotechnology Use and Development, which covers 358 core biotechnology firms. Our findings highlight the importance of in-house technological capability and absorptive capacity as determinants of successful innovation in biotechnology firms. Furthermore, our results document the precise ways in which knowledge circulates, in both embodied and disembodied forms, both locally and globally. We also highlight the role of formal intellectual property transactions (domestic and international) in promoting knowledge flows. Although we document the importance of global networks in our findings, our results also reveal the value of local networks and specific forms of embedding. Local relational linkages are especially important when raising capital—and the expertise that comes with it—to support innovation. Nevertheless, our empirical results raise some troubling questions about the alleged pre-eminence of the local in fostering innovation.
机译:有关创新和交互式学习的文献倾向于强调本地网络,企业间合作和知识流作为技术活力的主要来源的重要性。然而,最近,这种观点已经受到其他观点的挑战,这些观点认为非本地知识流动的重要性。按照这种替代方法,真正充满活力的经济区的特点是密集的地方社会互动和知识流通,以及与外部知识源和合作伙伴的强大的区域间和国际联系。本文通过检查与生物技术创新相关的知识流的地理位置,对这些问题进行了实证研究。我们首先回顾有关生物技术研究和商业化过程中创新的性质和地理的日益增长的文献。然后,针对加拿大的生物技术产业,我们研究了创新的决定因素(通过专利活动衡量),特别关注公司的内部资源和能力以及本地和全球的知识与资本流动。我们的研究基于加拿大统计局1999年的生物技术使用与发展调查,该调查涵盖了358家核心生物技术公司。我们的发现突出了内部技术能力和吸收能力作为生物技术公司成功创新的决定因素的重要性。此外,我们的研究结果记录了知识在本地和全球范围内以实物形式和实物形式流通的精确方式。我们还强调了正式的知识产权交易(国内和国际)在促进知识流动中的作用。尽管我们在调查结果中记录了全球网络的重要性,但我们的结果也揭示了本地网络的价值和特定的嵌入形式。在筹集资金(以及随之而来的专业知识)以支持创新时,本地关系链接尤其重要。然而,我们的实证结果对所谓的当地人在促进创新方面的卓越地位提出了一些令人不安的问题。

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