Organisation

Hubrecht Institute for Developmental Biology and Stem Cell Research

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Part of	Koninklijke Nederlandse Akademie van Wetenschappen - KNAW
Acronym	Hubrecht
Address	Uppsalalaan 8, 3584 CT Utrecht
Get directions	Google Maps
Postal address	Postbus 85164, 3508 AD Utrecht
Phone	+31-30-2121800
Fax	+31-30-2516464
URL	http://www.hubrecht.eu/
Email	i. vannimwegen -at- hubrecht. eu
Mission	The Hubrecht Institute conducts research on the field of developmental biology and stem cells. Integrated with this fundamental research, the institute carries out strategic biomedical and genomic research. The research program is unique as it focuses on the full developmental biology of animals, from fertilization to the adult organism.
Addition	Publicatielijst in KNAW repository

People

Extraordinary professor	Prof.dr. H.C. Korswagen
Management	Prof.dr. J. den Hertog
Management	Prof.dr. R.F. Ketting
Management	Dr. M. Oosterwegel
Management	Prof.dr. A. van Oudenaarden
Programm leader / Group leader	Dr. J.P.W.M. Bakkers
Programm leader / Group leader	Prof.dr. E. Berezikov
Programm leader / Group leader	Prof.dr. J.C. Clevers
Programm leader / Group leader	Dr. M.P. Creyghton
Programm leader / Group leader	Prof.dr. E.P.J.G. Cuppen
Programm leader / Group leader	Dr. J.T.G. Deschamps
Programm leader / Group leader	Prof.dr. N. Geijsen
Programm leader / Group leader	Dr. D. Guardavaccaro
Programm leader / Group leader	Prof.dr. J. den Hertog
Programm leader / Group leader	Dr. P.M. Knipscheer
Programm leader / Group leader	Prof.dr. W.L. de Laat
Programm leader / Group leader	Dr. A.W. MacInnes
Programm leader / Group leader	Prof.dr. A. van Oudenaarden
Programm leader / Group leader	Dr. C. Rabouille
Programm leader / Group leader	Dr. J. van Rheenen
Programm leader / Group leader	Dr. C. Robin
Programm leader / Group leader	Dr. E. van Rooij
Programm leader / Group leader	Dr. J. de Rooij
Programm leader / Group leader	Prof.dr. S. Schulte-Merker

(the most recent research is at the top)
Collaboration	Exploring the RNA world
Collaboration	RM Stem Cells
Collaboration	Functional screens
Secretariat	The novel ERK7/Sec16 signalling pathway is required for secretion inhibition upon amino-acid starvation
Secretariat	Mechanism of the novel SNX3 retromer pathway in Wnt morphogen secretion

(the most recent research is at the top)
Collaboration	ZF-MODELS - Zebrafish Models for Human Development and Disease
Collaboration	Cancer proteomics
Collaboration	Genome (in)stability
Collaboration	Bone Morphogenetic Proteins (BMPs) in renal response to injury: application of BMP-responsive element-reporter mice to monitor BMP-signalling in experimental renal fibrogenesis and its reversal
Collaboration	Stem cells in development and disease

A70000	Public health and health care
D21400	Genetics
D21500	Histology, cell biology
D21700	Physiology