Objectives
Understanding physical and biochemical mechanisms involved in microsystems for biosciences (BioMEMS). To give an overview of BioMEMS applications and perspectives.
Content
Introduction, applications, MEMS technology overview, Fluidics basics, DNA separation, Protein seepration, Microarrays, DNA amplification, Sequencing, Nanofluidic devices, Optical biosensors, Electrochemical biosensor, Magnetic biosensors, Label-free optical detection, Mechanical biosensors, Cell sorting, Cell capture, Cell electrophysiology, Cell based devices, Drug delivery, Bioelectronic devices, Digital microfluidics, Nanoparticles
- Professor: Philippe Renaud
