The research community committee gives solicited and unsolicited advice to the board of the NWO Science domain on proposals for new programmes. The committee also has a monitoring role regarding the progress of ongoing programmes.
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Prof. A. (Alessandra) Cambi
RUMC
Immune cell biology, mechanoimmunology, cell adhesion and migration, membrane receptors, advanced microscopy
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Prof. dr R.T. (Remus) Dame
LEI
Chromosome organisation, transcription regulation, chromatin protein structure and evolution, single molecule micromanipulation, genomics
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Dr D. (David) Dulin
VU
High-throughput single-molecule biophysics, protein-nucleic acid interactions, transcription/replication/translation, RNA virus, innate immunity
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Dr K.S. (Kristin) Grußmayer (chair)
TUD
Multiplane Microscopy, Super-resolution Imaging (SMLM, SOFI & SIM), Quantitative Phase Imaging, Fluorescence Labeling, Neurodegenerative Disease
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Dr J. (Johannes) Hohlbein (vice-chair)
WUR
Single-molecule biophysics, live-cell imaging, super-resolution microscopy, functional food imaging. Twitter/X @HohlbeinLab
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Prof. L.C. (Lukas) Kapitein
UU
Cytoskeleton and molecular motors, Transport in neurons, Super-resolution microscopy
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Prof.dr A. (Armagan) Kocer
UT
Membrane proteins - especially ion channels-, bioelectricity, bioelectrical communication, extracellular vesicle engineering, ion channels in cancer, electrophysiology, synthetic biology
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Dr N.A. (Nicholas) Kurniawan
TU/e
Mechanobiology, tissue engineering, regenerative medicine, cell-matrix interactions, mechanosensing, geometry, organoids
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Dr K. (Kasia) Tych
RUG
Single-molecule biophysics, protein folding, biomolecular dynamics, transmembrane transport proteins, chaperones
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Dr. J. (Jeroen) van Zon
AMOLF
Biophysics, developmental biology, C. elegans, organoids, single-cell dynamics, microscopy, cell tracking, deep learning image analysis, mathematical modelling