Members
Working on: Simulating complex microbial ecosystems to identify their fundamental rules
Working on: archaeal and bacterial genome evolution
Working on: Modelling animal development using multicellular models
Lecturer on Programming and Statistics for MBLS
Working on: Multi-scale models of the mechanisms underlying plant decision making in regeneration, drought and warmth responses
Working on: Developing new bioinformatics tools and methods for quantitative genomics
Working on: PhD courses from basic programming to more advanced techniques like RNAseq, microbiome data analysis, and advanced data visualisation
Lecturer for bioinformatics and programming in undergraduate studies of the Biology department
Working on: Regulation of sucrose/water transport and tuber growth by the StSWEET11/StSP6A interaction in potato (supervisor: Kirsten ten Tusscher)
Working on: Modelling cellular fate decision making in the postembryonic M lineage of C. elegans (Supervisors: Erika Tsingos, Kirsten ten Tusscher)
Working on: Evolution and diversification of eukaryotic metabolisms. (Supervisor: Berend Snel)
Working on: investigating the genomic features that drive the switch between the heteroecious and autoecious forms in the rust fungus Cronartium pini (supervisor: Michael Seidl)
Working on: Modelling mechanics of cell migration (supervisor: Erika Tsingos)
Working on: High throughput phenotyping of lettuce for GWAS using machine learning (supervisor: Basten Snoek)
Working on: numerical modelling of evolution in spatially structured bacterial populations (supervisors: Rutger Hermsen, Joost de Graaf)
Working on: Metagenomics of urobiomes in health and disease (supervisor: Michael Seidl, Bas Dutilh)
Working on: The role of histone post-translational modifications and transcription factor isoforms in cell fate decisions (Supervisor: Vivek Bhardwaj)
Working on: translating stress resistance models from A. thaliana to other (crop) species using comparative genomics and transcriptomics (supervisor: Berend Snel)
Working on: Characterizing the genetic diversity and evolution of lettuce infecting Fusarium oxysporum (supervisor: Michael Seidl)
Working on: the evolution of microbial ecosystems in multilevel models (supervisors: Bas E Dutilh, Paulien Hogeweg)
Working on: Multi-Scale models of carbon, nitrogen, and phosphorus regulation in Arabidopsis thaliana (supervisor: Kirsten ten Tusscher)
Working on: the role of transposable elements in fungal genome evolution (supervisor: Michael Seidl)
Working on: tools for viral identification from metagenomic data (Supervisor: Bas Dutilh)
Working on: The evolution of the kinetochore (supervisors: Berend Snel, Geert Kops)
Working on: Analysis and modelling of metagenomic and metabolomic data from the Caribbean Sea (supervisor: Bas Dutilh)
Working on: Modelling how membrane-actin linkers shape cell and tissue morphology in C.elegans (supervisor: Erika Tsingos)
Working on: high-quality genomes of spinach downy mildew isolates to identify effectors (supervisor: Michael Seidl)
Working on: Archaeal and bacterial genome evolution supervisor (supervisor: Daniel Tamarit)
Supervisor: Bas Dutilh
Working on: understanding the genetic and phenotypic variation in Lettuce via GWAS, QTL mapping and multi-omics data integration. (LettuceKnow project, supervisor: Basten Snoek)
Working on: Multiscale models of phage evolution and bacterial pathogenicity (supervisor: Bram van Dijk)
Working on: Mechanistic modelling of heat and drought stress in Arabidopsis Thaliana. (supervisors: Kirsten ten Tusscher, Monica Garcia Gomez)
Working on: Developing new methods to impove our ability of predicting T-cell cross-reactivity (supervisor: Can Kesmir)
Working on: Phenomics and Genomics in Lettuce GWAS (supervisor: Basten Snoek)
(supervisor Michael Seidl)
Working on: Modeling how cells in the plant root tip regulate Asymetric cell divisions to form cortex layers (supervisor: Kirsten ten Tusscher)
Working on: A random-forest driven tool for predicting the cross-reactivity of CD8+ T-cells (supervisor: Can Kesmir)
Working on: unraveling the effect of different substrate amendments on the microbiome and plant yield (supervisor: Bram van Eijnatten)
Working on: Identifying a set of markers among the pre-LECA duplicated genes to help solve the root of the eToL. (supervisor: Carlos Santana Molina)
Working on: Optimizing HIV-1 broadly neutralizing antibodies using fitness landscape design (supervisor: Rob de Boer & Paulien Hogeweg)
Working on: modelling cell proliferation, quiescence and differentiation in the C. elegans postembryonic mesodermal lineage (supervisor: Benjamin Planterose Jiménez)
Working on: Metabolic modeling of pathogen-inhibiting interactions within microbial communities in the plant phyllosphere (supervisor: Chrats Melkonian)
Working on: We aim to uncover the polymorphic master regulators of gene expression in Lactuca sativa roots (supervisor: Sarah Mehrem)
Working on: Predicting disease outbreaks based on phylogenetic data (supervisor: Sultan Nazir)
Working on: spatial models in relation to generalists, specialist and metabolic complexity (supervisor: Paulien Hogeweg)
Working on: susceptibility of different proteins to changes in amino acid usage between mesophiles and thermophiles (supervisor: Daniel Tamarit)
Working on: developing a pipeline to test if Arabidopsis thermomorphogenesis regulatory mechanisms are conserved in crop species like tomato (supervisor: Monica Garcia Gomez)
