Assistant Professor
Utrecht University, Metagenomics Group
metagenomics, viruses and bacteriophages, microbial ecology, comparative genomics, genome evolution, bioinformatics, computational modelling
Biometris, Wageningen University, Mathematical and Statistical Methods
statistical genetics and genomics, genotype-to-phenotype modelling, plant breeding, statistics, quantitative trait loci, selection methods
Assistant Professor
Wageningen University
bioinformatics, natural products, specialised metabolism, microbiome, biosynthetic gene clusters, omics integration
University of Amsterdam, Swammerdam Institute for Life Sciences
statistics data analysis, Systems biology, metabolomics
Assistant Professors
Assistant Professor
Vrije Universiteit Amsterdam
microbial ecology, biogeochemistry
Assistant Professor, Tenure tracker
University of Amsterdam, Swammerdam Institute for Life Sciences, Plant hormone biology
plant-microbe interactions, microbial ecology, plant ecophysiology, data integration
Tenure Track
Assistant professor
Wageningen University, Laboratory of Plant Physiology
stress resilience in crops
Postdocs
University of Amsterdam, Swammerdam Institute for Life Sciences, Plant hormone biology
molecular biology, plant metabolism, biochemistry, metabolic engineering, plant metabolite biosynthesis and evolution, plant interaction with other organisms
Postdoctoral researcher
Wageningen University, Lab. of Entomology
plant-insect interactions, plant resistance, aphids, phloem, genetical genomics
Utrecht University, Plant - Microbe Interactions
plant-microbe interactions, plant root immunity, root exudate metabolomics, rhizosphere microbiome, induced systemic resistance.
PhD students
VU University/University of Amsterdam
Environmental Biology, Utrecht University.
Characterise the stress-induced assembly of the root microbiome of wild and domesticated potatoes in native and agricultural soils in the centre of origin (Ecuador). Establish well-characterized microbial repositories from wild and domesticated potato plants under siege. Validate microbial candidates for their impact on root development, growth and disease protection.
