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Our research unit GQE-Le Moulon (Quantitative Genetics and Evolution - Le Moulon) leads research in genetics, genomics and evolution of complex traits (multifactorial genetics). In this general context and building from the molecular level upward, we focus on integrated levels, from genes and metabolic networks to populations or varieties. |
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This multi-scale approach requires methodological developments in modelling, bioinformatics, population genetics, selection methods, systems biology and proteomics (we have created and manage the platform PAPPSO, labeled IBiSA). Our goal is twofold: ♦ Provide knowledge in fundamental multifactorial genetics in the fields of modeling quantitative variation, evolution of quantitative traits, search for genes with quantitative effects and dynamics of genetic resources. ♦ Improving plant breeding methods by combining genomics and genetic resources management. The target traits are related to growth, development and adaptation. |
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| Our biological models are mainly crops (maize, wheat, Brassica), but specific challenges (modeling recombination), or systems biology approaches have imposed more appropriate models (Arabidopsis, yeast, E. coli). |
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