Current research projects

Current research projects in the program Bionanotechnology:

Investigation of the fundamental spectral properties of emitting probes used in bionanosciences on the single molecule level
Christian Blum (BPE)

Detection and characterization of (early) intermediates in the aggregation of alpha-synuclein
Rolf Vermeij (BPE)

Optical tweezers force spectroscopy of chromatin structure
Malte Bussiek (BPE)

Single protein visualization using a fluorescent nanocomponent
Albert Ruggi (SMCT)

Functional polymersomes
Vacant position (PBM)

For more information on the different projects, please click the link (if available)

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Aggregation of alpha-synuclein studied by scanning force microscopy
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Cell function mimicry using polymer nano-containers
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Detection and characterization of (early) intermediates in the aggregation of alpha-synuclein
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Direct write-read DPN of fluorescent self-assembled monolayers
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Functional polymersomes
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Investigation of the fundamental spectral properties of emitting probes used in bionanosciences on the single molecule level
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Micromechanical tests of single collagen fibrils using AFM
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Near-field optics for patterning nano(bio)structures
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Optical tweezers force spectroscopy of chromatin structure
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Probing dynamics of chromatin structure using force and fluorescence spectroscopy
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Probing dynamics of individual protein molecules on DNA using a nanopore
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Scanning probe optical tweezers
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Single protein visualization using a fluorescent nanocomponent