Juračka Stanislav, Hrnčířová Barbora, Burýšková Barbora, Georgiev Daniel, Dvořák Pavel
Department of Experimental Biology (Section of Microbiology, Microbial Bioengineering Laboratory), Faculty of Science, Masaryk University, Brno, Czech Republic.
Member of iGEM team, Brno, Czech Republic.
Biotechnol Notes. 2022 Dec 9;3:124-134. doi: 10.1016/j.biotno.2022.11.002. eCollection 2022.
Given its highly innovative character and potential socioeconomic impact, Synthetic Biology is often ranked among prominent research areas and national research priorities in developed countries. The global evolution of this field is proceeding by leaps and bounds but its development at the level of individual states varies widely. Despite their current satisfactory economic status, the majority of 13, mostly post-communist, countries that entered the European Union family in and after 2004 (EU13) have long overlooked the blossoming of Synthetic Biology. Their prioritized lines of research have been directed elsewhere or "" did not become a widely accepted term to encompass their bioengineering and biotechnology domains. The Czech Republic is not an exception. The local SynBio mycelium already exists but is mainly built bottom-up through the activities of several academic labs, iGEM teams, and spin-off companies. In this article, we tell their individual stories and summarize the prerequisites that allowed their emergence in the Czech academic and business environment. In addition, we provide the reader with a brief overview of laboratories, research hubs, and companies that perform biotechnology and bioengineering-oriented research and that may be included in a notional "shadow SynBio community" but have not yet adopted as a unifying term for their ventures. We also map the current hindrances for a broader expansion of Synthetic Biology in the Czech Republic and suggest possible steps that should lead to the maturity of this fascinating research field in our country.
鉴于合成生物学具有高度创新性且潜在的社会经济影响巨大,它在发达国家常常位列重要研究领域和国家研究重点之中。该领域在全球范围内正迅猛发展,但其在各个国家的发展情况却大相径庭。尽管2004年及之后加入欧盟大家庭的13个主要是后共产主义国家目前经济状况良好,但它们长期以来都忽视了合成生物学的蓬勃发展。它们优先考虑的研究方向指向了其他领域,或者“合成生物学”并未成为一个被广泛接受的术语来涵盖其生物工程和生物技术领域。捷克共和国也不例外。当地的合成生物学“菌丝体”已然存在,但主要是通过几个学术实验室、国际基因工程机器大赛(iGEM)团队及衍生公司自下而上构建起来的。在本文中,我们讲述它们各自的故事,并总结使其在捷克学术和商业环境中得以出现的先决条件。此外,我们还向读者简要介绍了那些开展生物技术和生物工程导向研究、可能被纳入一个概念性的“影子合成生物学群落”但尚未采用“合成生物学”作为其统一术语的实验室、研究中心和公司。我们还梳理了目前捷克共和国合成生物学更广泛扩张的障碍,并提出了可能促使这一迷人研究领域在我国走向成熟的步骤。