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a parallel but independent radiation in the same waters. This project represents the first investigation of an adaptive radiation in free-living flatworms and will substantially contribute
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to, the analysis of data at the molecular, cellular, tissue and organism level. Bioinformatic and/or systems-biological expertise is a requirement, whilst a clinical background combined with a profound molecular
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candidate will engage in cutting-edge research in applied environmental microbiology. The research will focus on Microbial Ecology in the Anaerobic Digestion process. The candidate will work as part of
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bioinformatics and/or systems biology knowledge. Individuals with diverse academic backgrounds, including biologists, human microbiologists, specialists in laboratory medicine (e.g., FAMH), bioinformaticians
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of material and construction, and to reconstruct historic building processes. While our approach is fully in line with traditional surveying and documentation methods, we strive to draw additional high benefit
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if required. Proven ability to independently plan, execute, and troubleshoot NGS experiments. Strong multitasking skills with the ability to manage and prioritise multiple parallel tasks effectively
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organism level. Bioinformatic and/or systems-biological expertise is a requirement, whilst a clinical background combined with a profound molecular understanding of diseases is desired. Excellent academic
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, or related disciplines, and bring experience in several of the following areas: Peptide synthesis Mammalian cell culture Protein biochemistry Mass spectrometry Bioinformatics and programming A
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headed by Prof. Iber, which leverages imaging data to develop data-driven, mechanistic models of biological processes. The team employs cutting-edge computational tools and imaging techniques
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professional ready to take ownership of key processes and tools? If this sounds like you, we have an exciting challenge for you! Join the ETH technology platform NEXUS and contribute to groundbreaking research