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Plants frequently encounter adverse growth conditions. Drought, extreme temperatures, soil contamination with salts or heavy metals, and pathogen infections are examples of environmental constraints that limit agronomic yield. Our team combines the strengths of complementary approaches to unravel novel stress tolerance mechanisms and to identify genotypes with desired, complex traits such as vigor and drought resistance.

Plant stress tolerance mechanisms

Our work focuses on how signal transduction regulates the coordinated response of metabolism and chromatin function (gene expression) which ultimately determines whether a plant is able to acclimate to fluctuating and/or adverse conditions. We apply a combination of genetic, biochemical and physiological approaches to unravel molecular mechanisms underlying stress tolerance and explore their potential for innovative crop improvement strategies. Read more

Genetic markers for selection and authentication

Our team is dedicated to the development and application of DNA-based genetic markers to identify marker-trait associations for genotyping in breeding and selection processes, for species identification, diversity analysis, paternity testing, or for the proof of a sample’s origin and authenticity. Read more