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首页> 外文期刊>Journal of commercial biotechnology >Creating Communities of Life Science Innovation in the US: History of Critical Factors That Helped the BioHealth Capital Region Emerge
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Creating Communities of Life Science Innovation in the US: History of Critical Factors That Helped the BioHealth Capital Region Emerge

机译:创造美国生命科学创新社区:帮助生物健康资本区域出现的关键因素历史

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Art is 'l': Science is 'We' Claude Bernard, French Physiologist, 1813-1878 Background: Advancements in biotechnology are recognized as one of the most important scientific achievements of the 20th Century.The emergence of biotechnology profoundly impacted the health of the world, and the economic vitality of regions where bio clusters and bioresearch parks grew.This article explores some of the historical and policy implications undergirding this development in the United States and the importance of alignment of life science research activity, public policies, and leadership to build place-based communities of biotechnology innovation. Discussion: The real scientific advances in biotechnology research are beyond the scope of this paper.Instead, this paper will review the growth of team science, the historical factors supporting the growth of the technology sectors with an emphasis on biotech clusters and bioresearch parks, and policies and programs in the 20th Century that helped launch the 21st Bio Century.We conclude with a ranking of the leading biotech clusters in the US, the factors supporting bio clusters, with a case study of the emergence of the multi-jurisdictional BioHealth Capital Region in Maryland, the District of Columbia, and Virginia. Conclusion: Regions that coordinate life science research at anchor institutions, take advantage of supportive federal policies, spur local bio innovation incentives, and foster private leadership will be those that advance faster and farther in bio health economic development.Beyond the advantages of local economic development, an agile and responsive biohealth cluster can spur global health solutions.The unprecedented speed and international cooperation, as the responses to the need for Covidl9 vaccine development, and distribution have demonstrated to the world, can be applied more broadly for other health needs and broadter technology solutions. Learning from successful case studies of leading regional biohealth cl
机译:艺术是“l”:科学是“我们”,法国生理学家克劳德·伯纳德,1813-1878年背景:生物技术的进步被认为是20世纪最重要的科学成就之一。生物技术的出现深刻地影响了世界的健康,以及生物集群和生物研究园区所在地区的经济活力。本文探讨了美国这一发展背后的一些历史和政策影响,以及生命科学研究活动、公共政策和领导力的协调对建立基于地方的生物技术创新社区的重要性。讨论:生物技术研究的真正科学进展超出了本文的范围。相反,本文将回顾团队科学的发展、支持技术部门发展的历史因素,重点是生物技术集群和生物研究园区,以及20世纪推动21世纪生物技术发展的政策和项目。最后,我们对美国领先的生物技术集群、支持生物集群的因素进行了排名,并对马里兰州、哥伦比亚特区和弗吉尼亚州多司法管辖区生物健康首都区的出现进行了案例研究。结论:协调主要机构的生命科学研究、利用支持性联邦政策、刺激地方生物创新激励、培养私人领导的地区将是生物健康经济发展更快、更远的地区。除了当地经济发展的优势外,一个灵活且反应迅速的生物健康集群还可以刺激全球健康解决方案。前所未有的速度和国际合作,正如应对新冠肺炎疫苗研发和分发需求向世界证明的那样,可以更广泛地应用于其他卫生需求和更广泛的技术解决方案。从领先地区生物健康中心的成功案例研究中学习

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