Envirostat: Single Cell Analysis
Microfluidic chip for isolation and cultivation of single biological cells
The here presented technology allows to separate polarizable bioparticles, such as bacteria, from each other and to cultivate them individually under controlled environmental conditions. By employing negative dielectrophoresis (nDEP) via special electrodes cells can be trapped contactless in a flow of growth medium. The whole system is constructed as a microfluidic lab on a chip. The sophisticated design of the flow channels prevents influence of other cells to the one under control.
- Efficient isolation and cultivation of cells within one chip
- Applicable for small cells < 5µm
- Far developed prototype existing (3. generation)
- Additional know-how of peripheral technology (electric and hydraulic connectors)
- New developed small electric generator for control of nDEP-fields
The fields of application for this invention are to be found in science and industry as well. The analysis of single cell behavior is currently a main topic in biotechnology. It enables to study the response and functionality of one organism without relying on averages due to the statistic distribution of a cell population.
This technology gives for example the opportunity to effectively enhance certain pharmaceutical production processes that use biosynthesis of bacteria or yeast, by selectively cultivating and optimizing only the best fitting individuals.
PROvendis is offering licenses for this technology to interested companies on behalf of the TU Dortmund University.
StichworteEinzelzellanalyse, Mikrofluidikchip, nDEP, single cell Analysis, microfluidic, pharmaceutical production processes, bioparticles, chip, biotechnology, prototype