Organisation

Department of Cell Biology

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Current research (27)
Completed research (43)

Current research

(the most recent research is at the top)
Collaboration	Visualization of intraflagellar transport in the cilia of renal cells
Collaboration	The unraveling of molecular mechanisms of the tasting of salt in C. elegans
Collaboration	Control of Peripheral Nerve Development
Collaboration	Cancer proteomics
Collaboration	Functional screens
Secretariat	Role of pericytes during hematopoiesis in mouse embryo
Secretariat	Growing microtubule ends: cellular catalyzers of conformational changes
Secretariat	Transcription factor interplay and their association with RNA polymerase II to activate transcription in embryonic stem cells
Secretariat	The role of ADAM metalloproteinase activity in chronic inflammatory airway disease, experimental treatment of Cystic Fibrosis with ADAM inhibitors
Secretariat	Chromatin Changes in Differentiation and Malignancies
Secretariat	Local suppression of DNA-break formation and recombination to protect repetitive sequences during meiosis
Secretariat	Transcriptome-wise dendritic cell manipulation
Secretariat	The role of CTCF and CTCF-L in imprinting and cancer
Secretariat	The Molecular Machinery of Genome Maintenance: Functional Architecture and Dynamics
Secretariat	The molecular basis of long-range beta-globin activation
Secretariat	Linking NF-kappaB activation to cortical cytoskeletal organisation: the role of the ELKS protein
Secretariat	Somatic Gene Transfer/ Cystic Fibrosis
Secretariat	Hematopoiesis
Secretariat	Pharmacogenomics
Secretariat	Nuclear Organisation and Gene Expression
Secretariat	Biophysical Genomics
Secretariat	G-protein Signalling
Secretariat	Regulation of Transcription
Secretariat	Human heavy Chain Antibodies/ Minos based Mammalian Transposition
Secretariat	Cardiovascular and Neurodevelopmental Disorders
Secretariat	Identification of proteins that regulate intraflagellar transport
Secretariat	The role of end-binding protein EB3 in organising microtubule networks in differentiated mammalian cells