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Investigating the Role of Innate Immunity in Arabidopsis Seed Development – INASEED
to systemic acquired resistance mechanisms in plants. The hypothesis that a form of “autoimmune” response [...] boundary between the embryo and the endosperm in plants is entirely novel, and is basis for the proposed [...] how immune responses may have been harnessed by plants in order to fulfil developmental roles during the
Structural and morphological variability of Potato Starch and associated biological processes toward bio-plasTic production – PoStaTic
Starch is a renewable raw material that can be processed into plastics. Valuable properties are often obtained by modifying starch chemically after polymer isolation. Associated costs and carbon balance can be improved by optimizing starch structure and morphology in vivo.
Molecular mechanisms underlying plant specialization in the pea aphid complex – Bugspit
Understanding molecular plant-insect interactions to contribute to develop environmentally sound pest control strategies
Challenges associated with the use of phages as a therapeutic and disinfection tool – ResisPhages
acute and chronic infections in humans, animals and plants, and sometimes for prophylaxis in patients. Ba
Deconstructing the roles of K63 polyubiquitination using plants as a model – Ubi63
this purpose, I will take advantage of the model plant Arabidopsis thaliana to grasp the complexity of [...] endocytic route by forward genetics looking for mutant plants unable to correctly address the generic Ub cargo [...] deconstruct the complexity of K63 polyUb using plant as model and will certainly reveal new roles of
Electro-oxidation and Nanofiltration Coupling for wastewater treatment – CElectrON
The aim of the CElectrON project is to treat, without chemical inputs, industrial and domestic liquid effluents containing bio-refractory pollutants, to enable their release in sewage treatment plants.
Energy Conversion Organelles N-terminus proteome: A better understanding of organelle protein maturation – eNergiome
Characterization of the N- terminal modifications of the proteins encoded by the nuclear genome and involved in the energy conversion in the organelles (chloroplasts and mitochondria ) followed by the development of a new generation of predictive tools of mature and functional protein N- terminal status.
Resources and Enery from by-products for firing clay products – RESPECTc
are located at close distance to the clay bricks plant. The results obtained from the ongoing project have
Genomic Insights Into Mutation, Recombination and Phytoplankton Fitness – PHYTNESS
Spontaneous mutation rates and standing genomic variation are key variables to understand the adaptive potential of marine phytoplankton.