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Leibniz-Institut für Pflanzengenetik und Kulturpflanzenforschung (IPK Gatersleben)
Hardy Rolletschek studied biology at the Humboldt-Universität Berlin. During his PhD studies and a few subsequent years at the university he investigated physiological adaptations of freshwater plants to aquatic environments, in particular their tolerance to oxygen deficiency (hypoxia). Since 2000, he has worked at the IPK Gatersleben on the development of new analytical solutions to be applied to major crop species, aimed at improving our understanding of physiological and metabolic processes. He has authored 94 scientific publications in journals and books. In 2012 he received his qualification as a professor (“habilitation”) at the Leibniz-University Hannover. Since then, he has been privat lecturer, scientifically advising for M.Sc., Diploma and PhD students.
Leitmotif
“Tranquility and freedom are the greatest treasures.“ (Ludwig van Beethoven)
Activities
At IPK, Hardy Rolletschek is a project leader for several research projects funded by the DFG, BMBF and the plant-breeding industry.
Focus
In his current work, he investigates assimilate transport and seed development in barley, wheat, maize and rapeseed.
Methods
Quantitative mapping of metabolite distribution has widespread applications in medicine and biology, but has remained a key analytical challenge. A novel method for sugar imag-ing in (…)
The CRISPR/Cas9 system has been making ripples in the scientific community ever since its mechanisms were proposed in 2012. Commonly referred to as a genome editing tool, many scientists have found different applications for the scissor-like properties of the Cas9-protein. Researchers from ... more
A ten-nation consortium has reported the first high-quality reference genome sequence of barley, a cereal crop that is used around the world as animal fodder. Moreover, malted barley grains are the raw material for popular beverages such as beer and whiskey. The barley genome was sequenced ... more
Infrared visualization of sucrose in plants
Quantitative mapping of metabolite distribution has widespread applications in medicine and biology, but has remained a key analytical challenge. A novel method for sugar imag-ing in plants based on the principles of infrared spectroscopy, which was developed at the IPK-Gatersleben, allows ... more
Lyudmilla Borisjuk, studied microbiology and biochemistry at the T. Shevchenko National University of Kyiv (Kiev, Ukraine), received her PhD in mycology and her qualification as a professor (“habilitation”) in plant physiology at the Leibniz-University Hannover. Her interest in plant biotec ... more
André Guendel, born in 1987, graduated from the Technical University of Dresden (Germany) with a degree in process engineering and biotechnology. While at university, he began to focus on method development and optimization while working in different scientific fields, from sea water pollut ... more
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