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Proteins are the key effectors of the cell and studying their structure can help understand their function, evolution and facilitate the development of novel therapies. Over the past few years there have
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well-being in areas such as energy systems, transportation, and industrial processes. The postdoctoral researcher positions we are looking to fill are in the area of control and automation of industrial
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cellular responses in vitro, such as high-content imaging, multi-omics, RNAseq, DNA sequencing, etc. You are skilled in cellular and molecular biology techniques including experience with human cell culture
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timetable, energy efficient speed trajectories, and to integrate higher automation in the management of both vehicles and networks, also integrating human aspects from the driver and safety procedures (see
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on energy or heavy industry but could also be sector-overarching if it relates to relevant mitigation pathways such as carbon dioxide removal (CDR). An integral part of your work consists of advising PhD and
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and eco hydrology, the water-energy-food-environment nexus, and others. The successful candidate will join an established research team and have a unique opportunity to contribute to and co-lead some of
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between nutrition, metabolism and the epigenome. The group uses a translational approach from in vitro systems and mice to humans combining next-generation sequencing, single-cell methodologies, genetics
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expertise in designing novel sensors (bottom-up approach) and harvesting energy from textiles. You will be academically supervised by Prof. Dr. Carlo Menon at ETH Zurich. Professor Menon has a strong
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neurobiologists. A state-of-the art microtechnological cleanroom, a broad spectrum of engineering and testing equipment, software and computers, as well as cell-culture and biological facilities are available in