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out wet lab work which will feed and support your in silico research, and will be supervised by Prof. Spits – an expert in aneuploidy in early development – and bioinformatician Prof. Olsen. You’ll have
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/electrical engineering, or a related field.Strong interest in automation and laboratory robotics.Basic experience in wet-lab microbiology techniques.Willingness to learn programming and computational analysis
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The overarching goal of the TOBI-team is to enhance precision cancer management through the development of innovative wet-lab and bioinformatic tools for diagnostic, prognostic, and predictive analysis. Prof
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/electrical engineering, or a related field. Strong interest in automation and laboratory robotics. Basic experience in wet-lab microbiology techniques. Willingness to learn programming and computational
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stimulating, international, interdisciplinary, collaborative, and supportive work environment, which emphasizes diversity and inclusionState-of-the-art computing and wet-lab facilitiesExcellent training in
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stimulating, international, interdisciplinary, collaborative, and supportive work environment, which emphasizes diversity and inclusion State-of-the-art computing and wet-lab facilities Excellent training in
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both wet lab and database-driven environments, with a primary focus on data The goal of this work is to obtain a PhD Job profile You hold a Master’s degree (preferably) in medicine, biomedical sciences
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present in coastal seas is of crucial importance. Various anthropogenic contaminants from different sources—such as wet and dry atmospheric deposition, domestic sewage, industrial discharge, agricultural
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structure of trees and forests. You will work across multiple ecosystems, including the Amazon rainforest (AmazonFACE experiment in Brazil), the wet tropics of Australia (Queensland Permanent Rainforest Plots