PhD Students Yannik Brack from Greifswald University in Germany, and Cheewin Kittikunapong from Chalmers University of Technology in Sweden talk about the role of robots and computer modeling in their everyday work.

E03: Automation and Modeling in microbial science

In our podcast miniseries “Made by Microbes” we explore new ways of microbial production.   Engaging microbes in production processes has been practiced for thousands of years to make beer, wine, cheese, yogurt or bread. The range of microbial products is widening with advances in life sciences that enable microbes to produce substances that are naturally produced by animals or plants.   New ways of microbial production hold the potential to revolutionize the pharmaceutical and agro-food sector, and to achieve circularity, where the output of one process works as the input for another. Microorganisms are involved in virtually all stages of natural cycles. Learning from microbial life strategies has fueled the advances in life sciences.   The boundaries between science, engineering and computational technologies are increasingly blurring. Automation and modeling, as well as the development of standards and platforms are indispensable for research advances.   We invite people whose daily work is deeply rooted in microbial research to share their insights and discuss the expected impact of biotechnology on our everyday life.   The podcast miniseries “Made by microbes” is hosted by SynBio4Flav, a research consortium that has received funding from the European Union’s Horizon 2020 Research and Innovation Programme under Grant Agreement no 814650.

Science

In our podcast miniseries “Made by Microbes” we explore new ways of microbial production. Engaging microbes in production processes has been practiced for thousands of years to make beer, wine, cheese, yogurt or bread. The range of microbial products is widening with advances in life sciences that enable microbes to produce substances that are naturally produced by animals or plants. New ways of microbial production hold the potential to revolutionize the pharmaceutical and agro-food sector, and to achieve circularity, where the output of one process works as the input for another. Microorganisms are involved in virtually all stages of natural cycles. Learning from microbial life strategies has fueled the advances in life sciences. The boundaries between science, engineering and computational technologies are increasingly blurring. Automation and modeling, as well as the development of standards and platforms are indispensable for research advances. We invite people whose daily work is deeply rooted in microbial research to share their insights and discuss the expected impact of biotechnology on our everyday life. The podcast miniseries “Made by microbes” is hosted by SynBio4Flav, a research consortium that has received funding from the European Union’s Horizon 2020 Research and Innovation Programme under Grant Agreement no 814650.

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E03: Automation and Modeling in microbial science

E03: Automation and Modeling in microbial science