HOME
People
Research
3D Printing
3D Cell Cultures
Adhesion in 3D porous media
Fused deposition modelling
InkJet technology
Cancer theranostics
3D Cell Cultures
Adhesion in 3D porous media
Antibody targeting
Magnetic resonance imaging
Chemistry on demand
Artificial chemotaxis
Biochemical reactions
Biologicaly triggered release
Liposomes
Magnetic nanoparticles
Mathematical modelling
Encapsulation technologies
Droplet microfluidics
Glucan microparticles
Liquid Marbles
Lipid-based nanoformulations
Spray drying
Pharmaceutical engineering
3D Cell Cultures
Computer simulation of pharmaceutical processes
Crystallization
Granulation
Novel dosage forms
3D Printing
Formulations on porous carriers
Tablets
Particle technologies
Dissolution Imaging
Structured silica particles
Core-shell particles
Diatoms
Sol-gel method
Finished projects
Layer-by-Layer method
Stimuli-responsive particles
Reversible aggregation
Stimuli-responsive adhesion
Publications
Journal articles
Book chapters
Conference contributions
Conference contributions 2015
Conference contributions 2014
Conference contributions 2013
Conference contributions 2012
Conference Contributions 2011
Conference Contributions 2010
Conference contributions 2009
Conference contributions 2008
Theses
Equipment
Activities
News
Chobotix 2017
Chobotix 2016
Chobotix 2015
Chobotix 2014
Chobotix 2013
Chobotix 2012
Chobotix 2011
Chobotix 2010
Chobotix 2009
Chobotix 2008
Multimedia
Finished projects
Home
Research
Finished projects
Subcategories:
Layer-by-layer method
Reversible aggregation
Stimuli-responsive adhesion
Stimuli-responsive particles
Share this:
Click to share on Twitter (Opens in new window)
Click to share on Facebook (Opens in new window)
