The big picture: using wildflower strips for pest control
Plant Sciences for the Bioeconomy
Guillaume’s key research is in molecular biology, biochemistry and phenotyping. Plant phenotyping provides essential information, traits, that can be linked with genetic resources to uncover regulation mechanisms. Guillaume is developing innovative solutions to access new traits with an emphasis on using process automation. During his PhD, he developed a high-throughput biochemistry platform using robotic process automation. His work was focused on the study of the central carbon metabolism of the Microtom tomato, looking for enzymatic mutations in key enzymes known to influence fruit quality. Since he joined Rothamsted Research, he developed his expertise in lipid biochemistry, working with Dr Peter Eastmond and in biotechnology and molecular biology with Dr Smita Kurup. Autodidact in R and other programming languages, Guillaume has created a number of automatic data processing workflow to deal with large datasets coming from “omics” or phenotyping experiments and he’s always eager to take on new challenges. Currently, Guillaume mainly works on direct-seeded rice (DSR), an alternative to puddled transplanted rice, in collaboration with JIC and IRRI. He developed and is using a semi-automatic imaging platform to phenotype a large collection of germplasms to study rice seed vigour and emergence in order to develop more suitable varieties for DSR.