KNAW

Organisation

Department of Genetics

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Completed research

(the most recent research is at the top)
Collaboration Development of an in vitro assay for the detection of substances capable of slowing down the ageing process
Collaboration Hemoglobin Regulation and Erythropoiesis: A journey from laboratory to disorders
Collaboration Mouse phenomics
Collaboration NMR Studies of the Allosteric Effectors of the Lac Operon
Secretariat The effect of the biological clock on Alzheimer's Disease
Secretariat Genome stability, longevity and neurodegeneration
Secretariat Role of Lgi2 and Lgi3 in Mouse Nervous System Development
Secretariat Real-Time Visualization of DNA-protein transactions during DNA Recombination: Analysis of Mechanistic Dynamics on Single DNA Molecules
Secretariat Xenogen IVIS(tm)100 imaging system with fluorescence module: imaging of fundamental biological processes in the living mouse using bioluminescence and fluorescence
Secretariat hHR23B/Rad23 and its role in ubiquitin proteasome system and nucleotide excision repair
Secretariat Biological and functional analysis of the Rad17/RFC and Rad9/Rad1/Hus1 DNA damage sensor complexes
Secretariat Dynamic organisation and interplay between repair and transcription in living cells
Secretariat Molecular basis and biological impact of the biological clock
Secretariat Mechanism and biological relevance of homologous recombination in counteracting radiation and chemically-induced DNA damage
Secretariat Structural and Functional Analysis of Mammalian Cryptochromes -A Matter of Time
Secretariat Functional analysis of cell cycle checkpoint control genes in genetic instability and cancer
Secretariat Biological impact of cyclobutane pyrimidine dimers and 6/4 photoproducts induced by ultraviolet light
Secretariat Microarray analysis of the response of the genome upon exposure to UV using genetically defined mouse models for DNA repair
Secretariat Molecular and cellular basis of genome instability in cancer

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