Difference between revisions of "Rotating cells"
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-16.03. First online meeting within the electrorotation group, in which we introduced each other and talked about our backgrounds and research interests. | -16.03. First online meeting within the electrorotation group, in which we introduced each other and talked about our backgrounds and research interests. | ||
− | -24.03. Online seminar about electrorotation and ponderomotive forces in general given by Prof. Jan Gimsa from the | + | -24.03. Online seminar about electrorotation and ponderomotive forces in general given by Prof. Jan Gimsa from the University of Rostock. |
'''Project progression''' | '''Project progression''' |
Revision as of 16:29, 24 March 2021
This is the main page of the rotating cells project.
Time line
-16.03. First online meeting within the electrorotation group, in which we introduced each other and talked about our backgrounds and research interests.
-24.03. Online seminar about electrorotation and ponderomotive forces in general given by Prof. Jan Gimsa from the University of Rostock.
Project progression
- We need to start to develop the instrumentation that enables electrorotation. We got already the electrodes for it (see Fig. 1) and just need to add some small electrical circuit that enables the application of an alternating electrical field.
Literature
- Jan Gimsa "A Unified Resistor-Capacitor Model for Impedance, Dielectrophoresis, Electrorotation, and Induced Transmembrane Potential"
https://doi.org/10.1016/S0006-3495(98)77600-3
- Ørjan G. Martinsen et al. "Interface phenomena and dielectric properties of biological tissue"
https://www.mn.uio.no/fysikk/english/research/projects/bioimpedance/publications/papers/encyclop.pdf
- Master thesis Anders Jansen " A feasibility study of electrorotation as an alternative to impedance measurements"
https://www.duo.uio.no/bitstream/handle/10852/65672/1/Masteroppgave---Anders-Jansen.pdf