Weinhold Martin, Mast-Gerlach Edeltraud, Meyer Vera
Menschenfotograf, Am Goldmannpark 21, 12587 Berlin, Germany.
Department of Applied and Molecular Microbiology, Institute of Biotechnology, Technische Universität Berlin, Gustav-Meyer-Allee 25, 13355 Berlin, Germany.
Fungal Biol Biotechnol. 2017 Dec 20;4:14. doi: 10.1186/s40694-017-0041-2. eCollection 2017.
Filamentous fungi are fascinating microorganisms. One of the reasons why it is so worthwhile to take a closer look at them is their capacity to produce secondary metabolites. Some of these substances have the potential to be of great use for mankind, such as it was the case with penicillin and its discovery in 1928. Almost a century later, the situation in healthcare could possibly turn back to the state before the development of the first antibiotics. Due to an overuse of antibiotics we are facing a surge of multiresistant bacteria that are not inhibited by any of the currently known drugs. That was part of the background why a European research project was launched in October 2013, titled "Quantitative Biology for Fungal Secondary Metabolite Producers", or "QuantFung". Fifteen young scientists embarked on a new phase in their career, moving to new work environments within Europe and dedicating their work lives intensively to the quest for useful secondary metabolites. After 4 years, the QuantFung project concluded in October this year. In this commentary, we aim to convey what it means to work in this field of fungal biotechnology and how important it is to improve the efficiency of the research therein. We introduce five out of the fifteen fellows at length and let them have their say about the adventure of science, euphoric moments, prospects and doubts. We also raise questions about the current state of research in academia, something the QuantFung fellows experienced first-hand. Being a scientist often goes beyond earning money to make one's living. This is why we also reflect on aspects of the meaning of work in our western society, where production for profit's sake is a main driver. For that we refer to one of the most distinguished thinkers of the twentieth century, to Hannah Arendt.
丝状真菌是迷人的微生物。值得深入研究它们的原因之一是它们产生次生代谢产物的能力。其中一些物质有可能对人类有巨大用途,就像1928年青霉素及其发现那样。近一个世纪后,医疗保健状况可能会回到第一种抗生素出现之前的状态。由于抗生素的过度使用,我们正面临多重耐药细菌的激增,这些细菌不受任何目前已知药物的抑制。这就是2013年10月启动一个名为“真菌次生代谢产物生产者的定量生物学”(简称“QuantFung”)的欧洲研究项目的部分背景。15位年轻科学家开始了他们职业生涯的新阶段,搬到欧洲各地的新工作环境,全身心投入到寻找有用次生代谢产物的工作中。4年后,QuantFung项目于今年10月结束。在这篇评论中,我们旨在传达在真菌生物技术这个领域工作意味着什么,以及提高该领域研究效率有多重要。我们详细介绍了15位研究员中的5位,让他们讲述科学探索的经历、兴奋时刻、前景和疑虑。我们还对学术界目前的研究状况提出问题,这是QuantFung项目研究员亲身经历的。成为一名科学家往往不仅仅是为了谋生赚钱。这就是为什么我们也反思在我们西方社会工作意义的一些方面,在西方社会,为了利润而生产是一个主要驱动力。为此我们引用了20世纪最杰出的思想家之一汉娜·阿伦特的观点。