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Chromatin in Plants – European Training and Mobility (CHIP-ET)
Start date: Oct 1, 2013, End date: Sep 30, 2017 PROJECT  FINISHED 

"The Research Training Network CHIP-ET will focus on the study of protein complexes that modulate chromatin structure to activate RNA polymerase II–mediated transcription. Research will address how developmental and environmental stimuli such as light and circadian rhythm signal to these complexes to modulate transcription. The interactome of the complexes will be determined, as well as their genome-wide target genes and the common and specific components in their molecular networks. The impact of perturbation of complex components or regulators on plant development and stress tolerance will be analyzed in the Arabidopsis plant model and will then be further tested in maize in order to generate Intellectual Property and licensing opportunities. The Bayer Crop Science industrial partner will modulate these genes in canola (oilseed rape) in order to improve field performance and yield. Four research objectives have been defined: (1) Biochemistry and nuclear architecture of chromatin complexes (2) Chromatin complex components and regulator’s function in plant development, circadian clock and stress tolerance (3) Chromatin complex target genes (4) Chromatin and crop improvement. As central part of the project, six pre-docs and one PostDoc will be trained by five academic and one industrial partner. In addition to training through research projects, workshops, visiting experts and secondments in the partner laboratories, the trainees will attend courses/seminars promoting the development of complementary skills. Existing bilateral collaboration amongst some of the network partners will form the basis from which the network will be consolidated. The partners provide multi-disciplinary cutting-edge technologies and know-how in chromatin research that will create synergy and added value for Europe. Full participation of the industrial partner will make trainees aware of exploitation of research results and the importance of molecular breeding for a sustainable agriculture."

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