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aim to leverage high-throughput phenotyping to create knowledge about plant function at the physiological level and use forward genetics approaches to unravel the genetic architecture of root traits
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aim to leverage high-throughput phenotyping to create knowledge about plant function at the physiological level and use forward genetics approaches to unravel the genetic architecture of root traits
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biogeochemistry, environmental sciences, or a related field is required. Knowledge of the biogeochemistry of trace gases such as methane in shallow water areas would be advantageous. Existing skills in measuring
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, both written and verbal Knowledge of German and/or a willingness to learn Computer/programming literacy, for example in R, and/or software used in image processing (Adobe Photoshop, ImageJ etc.) Ability
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opportunities for cognitive and systems neuroscientific research, including a vibrant in vivo two-photon imaging community, several MRI facilities, as well as an excellent, multidisciplinary scientific
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aim to leverage high-throughput phenotyping to create knowledge about plant function at the physiological level and use forward genetics approaches to unravel the genetic architecture of root traits
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physics is required, ideally with knowledge of solid-state physics, as well as high motivation and a good command of English. What we offer: a modern, well-equipped workplace on the campus of the Technische
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field Advanced knowledge and practical experience in molecular/ cell biology, and in cell culture techniques Basic knowledge in food chemistry and superior interest in food systems biology, food-related