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Course module: BMB503215
BMB503215
Enabling Technologies
Course info
Course codeBMB503215
EC1.5
Course goals
For each of the presented subjects the students must be able to come up with an example of how to use this technology in a research study (preclinical or clinical).
Content
Please note: this course is currently being updated
 
Period (from – till): 2016 -2017 (in even years only)
 
Faculty
Gene therapy. Piter Bosma (AMC)
Genetically modified animal models . Patrick Derksen (UMCU)
Genetic labelling . Rob Hoeben (LUMC)
Histomorphometry. Marianne Koolen/Willemijn Boot
Histomorphometry practical session. Boot/Koolen/van Rijen (UMC)
SPECT&uCT. Harrie Weinans (UMCU)
Live cell imaging. Corlinda ten Brink (UMCU)
Bioluminescence Imaging. Anton Martens (VUMC)
In silico modelling. René van Donkelaar (TUe)
RNAi and CRISPR. David Egan (UMCU)
Antisense delivery. Raymond Schiffelers (UU)
Bioartificial kidney. Martijn Wilmer (RUMC)
Bioreactors for 3D tissue regeneration. Lars Mulder (LifeTec)
Introduction Biomaterials. Tina Vermonden (UU)
Polyesters. Wim Hennink (UU)
Drug delivery. René van Nostrum (UU)
Ceramics. Sander Leeuwenburgh
StereolithographyDirk Grijpma (UTwente)
Electrospinning. Jiangkang Song (RUMC)
Foreign Body Response. Ruud Bank (RUG)                                              
Diffusion Weighted Imaging. Alexander Leemans (UMCU)

 
Description of content
Please note that this course will only be taught every two years (even years only).
 
The course aims to give an overview of tools that can be applied in biomedical research, varying from genetic modification to MRI.
 
Literature/study material used:-

Registration: via Sarah Opitz and in Osiris

Mandatory for students in Master’s programme: -

Prerequisite knowledge
Basics of gene transcription and translation
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Kies de Nederlandse taal