Faculty members
B - C - D - E - F - G - H - J - K - L - M - N - O - P - R - S - T - V - W - Z
click a researcher's name to view CV and publications
| Name | Department | Keywords |
| B | ||
| Willy Baarends | Reproduction and Development | chromatin dynamics |
| meiosis | ||
| Esther Baart | Gynaecology and Obstetrics | aneuploidy |
| chromosome segregation | ||
| embryo, pre-implantation development | ||
| human IVF | ||
| Derk ten Berge | Cell Biology | hematopoietic and embryonic stem cells, Wnt signalling |
| Berna Beverloo | Clinical Genetics | chromosome abnormalities |
| hematological malignancies | ||
| Leen Blok | Gynaecology and Obstetrics | microarrays |
| mouse models, transgenic | ||
| primary human cell cultures | ||
| steroid hormone signalling | ||
| Monique den Boer | Pediatric Oncology | gene expression profiling |
| genetic abnormalities | ||
| microRNA | ||
| pediatric leukemia | ||
| Vincenzo Bonifati | Clinical Genetics | neurodegenerative diseases |
| Parkinson's disease | ||
| Mirjam van der Burg | Immunology | antibody deficiencies |
| B-cell differentiation | ||
| primary immunodeficiencies | ||
| SCID | ||
| V(D)J recombination | ||
| C | ||
| Björn Clausen | Immunology | dendritic cells |
| Langerhans cells | ||
| immune regulation | ||
| skin immunity | ||
| conditional gene targeting | ||
| Tom Cupedo | Hematology | lymph nodes, lymphoma |
| thymus | ||
| B cells | ||
| development | ||
| immunology | ||
| D | ||
| Ruud Delwel | Hematology | leukemia |
| Sten Drop | Pediatric Endocrinology | sex differentiation disorders |
| Thamar van Dijk | Cell Biology | arginine methylation |
| lentiviral knockdown | ||
| signal transduction | ||
| transcription factors | ||
| Elaine Dzierzak | Cell Biology | development |
| stem cells | ||
| E | ||
| Jeroen Essers | Radiation Oncology | DNA duplication and genome maintenance |
| Maureen Eijpe | Reproduction and Development | DNA methylation during germ cell development |
| F | ||
| Riccardo Fodde | Pathology | cancer (breast, colon) |
| cancer (stem cells) | ||
| stem cells, cancer | ||
| Wnt/ß-catenin signalling | ||
| Maarten Fornerod | Biochemistry | nuclear pore complexes |
| Ron Fouchier | Virology | influenza |
| SARS | ||
| G | ||
| Niels Galjart | Cell Biology | cell structure and dynamics |
| cytoskeleton | ||
| microtubules | ||
| Dik van Gent | Genetics | DNA repair |
| immunodeficiency | ||
| ionizing radiation | ||
| microscopy, fluorescence | ||
| protein biochemistry | ||
| V(D)J recombination | ||
| Joost Gribnau | Reproduction and Development | genomic imprinting |
| X inactivation | ||
| Anton Grootegoed | Reproduction and Development | gametogenesis |
| gonadal development | ||
| Frank Grosveld | Cell Biology | hematopoietic development |
| gene regulation | ||
| genomics | ||
| H | ||
| Rudi Hendriks | Pulmonary Medicine | immunodeficiency disease signal transduction |
| mouse models | ||
| transcription factors | ||
| Jan Hoeijmakers | Genetics | ageing |
| DNA repair | ||
| Bert van der Horst | Genetics | biological clock |
| DNA repair | ||
| Adriaan Houtsmuller | Pathology | androgen receptor |
| in vivo dynamics of nuclear processes | ||
| J | ||
| Gert Jansen | Cell Biology | behavior |
| C. elegans | ||
| cilia | ||
| G-protein signaling | ||
| intraflagellar transport | ||
| salt taste | ||
| signal transduction | ||
| Guido Jenster | Urology | androgen receptor |
| bioinformatics | ||
| biomarkers | ||
| microarrays | ||
| prostate cancer | ||
| proteomics | ||
| next-generation sequencing | ||
| K | ||
| Roland Kanaar | Genetics / Radiation Oncology | DNA recombination |
| DNA repair | ||
| genome maintenance and transactions | ||
| Manfred Kayser | Forensic Molecular Biology | forensic genetics and molecular biology |
| genetics and physical traits | ||
| human population and evolutionary genetics | ||
| L | ||
| Hans van Leeuwen | Internal Medicine | blood |
| regulatory mechanisms in bone | ||
| steroid hormone action | ||
| Leendert Looijenga | Pathology | cisplatin sensitivity and resistance |
| diagnostic and prognostic markers, development and application | ||
| germ cells and tumors | ||
| gonadal development | ||
| integrated genomics and proteomics | ||
| pluripotency regulation | ||
| M | ||
| Dies Meijer | Genetics | development |
| myelination | ||
| transcription | ||
| N | ||
| Max van Noesel | Pediatric Oncology | leukemia, pediatric |
| pediatric leukemia | ||
| O | ||
| Ben Oostra | Clinical Genetics | epidemiology, genetic |
| genetic epidemiology | ||
| neurogenetic disorders | ||
| Gerjo van Osch | Orthopedics | cartilage |
| cell therapy | ||
| growth factors | ||
| osteoarthritis | ||
| regenerative medicine | ||
| tissue engineering | ||
| Ab Osterhaus | Virology | influenza |
| P | ||
| Sjaak Philipsen | Cell Biology | erythropoiesis |
| transcription factors | ||
| Rob Pieters | Pediatric Oncology | childhood malignancies |
| leukemia, pediatric | ||
| pediatric leukemia | ||
| Raymond Poot | Cell Biology | embryonic stem cells |
| neural stem cells | ||
| transcription factors | ||
| chromatin | ||
| neurological disease | ||
| R | ||
| Arnold Reuser | Clinical Genetics | biotechnology |
| glycogen storage disease | ||
| Catherine Robin | Cell Biology | confocal microscopy imaging |
| embryonic development | ||
| hematopoietic stem cells and precursors | ||
| hematopoietic niches | ||
| Robbert Rottier | Pediatric Surgery | molecular basis of lung development |
| S | ||
| Gerben Schaaf | Cell Biology | muscular dystrophies |
| cancer stem cells | ||
| muscle stem cells | ||
| Bob Scholte | Cell Biology | gene transfer systems |
| Titia Sixma | Genetics / Netherlands Cancer Institute | DNA repair |
| structural biology | ||
| SUMO | ||
| ubiquitin conjugation | ||
| Frank Sleutels | Cell Biology | genomic imprinting |
| Eric Soler | Cell Biology | chromatin looping and remodelling |
| gene regulation | ||
| hematopoietic development | ||
| transcription factors | ||
| Peter van der Spek | Bioinformatics | bioinformatics |
| brain, normal and abnormal development | ||
| Bas van Steensel | Cell Biology / Netherlands Cancer Institute | chromatin profiling, gene expression, bioinformatics |
| T | ||
| Ivo Touw | Hematology | hematopoiesis |
| leukemia | ||
| signal transduction | ||
| V | ||
| Peter Valk | Hematology | gene expression profiling |
| leukemia, acute myeloid | ||
| Peter Verrijzer | Biochemistry | cancer |
| chromatin remodelling | ||
| Drosophila | ||
| transcription | ||
| Georges Verjans | Virology | herpes simplex virus |
| varicella zoster virus | ||
| virus-host interactions | ||
| Wim Vermeulen | Genetics | DNA damage response |
| transcription | ||
| W | ||
| Kerstin Wendt | Cell Biology | cohesin, and associated developmental defects |
| chromatin structure and regulators | ||
| CTCF | ||
| Rob Willemsen | Clinical Genetics | fragile X syndrome |
| mouse models | ||
| neuroscience | ||
| zebrafish | ||
| Claire Wyman | Radiation Oncology | DNA double-strand break repair |
| microscopy, scanning force | ||
| single molecule dynamics | ||
| Z | ||
| Mark Zijlmans | Hematology | ageing |
| leukemia | ||
| telomerase |