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发酵的未来:关于酵母生物技术的艺术视角

Fermenting Futures: an artistic view on yeast biotechnology.

作者信息

Dumitriu Anna, May Alex, Ata Özge, Mattanovich Diethard

机构信息

Brighton and Sussex Medical School, University of Sussex, Brighton, East Sussex BN1 9PX, UK.

School of Computer Science, University of Hertfordshire, Hatfield, Hertfordshire AL10 9AB, UK.

出版信息

FEMS Yeast Res. 2021 Aug 5;21(5). doi: 10.1093/femsyr/foab042.

Abstract

BioArt is a new discipline where artists employ materials and techniques of modern life sciences and create novel meanings of biology, often involving living organisms such as tissue culture, bacteria and yeasts, which may also be genetically engineered. The authors have engaged in a collaboration to develop 'Fermenting Futures', a project designed to explore the significance of yeast for early human history by enabling baking and brewing, all the way to industrial biotechnology and synthetic biology with their potential contributions to fight the climate change. Research in two of the authors' lab provides the materials and thematic lines for the artists to develop their installations. The two main pieces reflect on fermentation as a metabolic trait of baker's yeast and its enormous transformational power for human society, and on the application of synthetic biology to enable yeast to grow and produce materials from carbon dioxide. The role of BioArt to support public engagement and science dissemination is discussed, highlighting the importance of collaborations of scientists and artists on equal terms, as showcased here.

摘要

生物艺术是一门新学科,艺术家运用现代生命科学的材料和技术,创造生物学的全新意义,通常涉及组织培养、细菌和酵母等活生物体,这些生物体也可能经过基因工程改造。作者们开展了合作,开发了“发酵的未来”项目,该项目旨在通过烘焙和酿造,直至工业生物技术和合成生物学及其对应对气候变化的潜在贡献,来探索酵母对人类早期历史的重要性。两位作者实验室的研究为艺术家创作装置作品提供了材料和主题线索。两件主要作品分别思考了发酵作为面包酵母的一种代谢特性及其对人类社会的巨大变革力量,以及合成生物学在使酵母利用二氧化碳生长和生产材料方面的应用。本文讨论了生物艺术在支持公众参与和科学传播方面的作用,强调了科学家和艺术家平等合作的重要性,正如本文所展示的那样。

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