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This paper reports a hydrodynamic single-cell trapping platform for cellular assays. This approach utilizes an oscillatory microplate (100 mum times 100 mum) via Lorentz force to generate microvortices for cell trapping. The microdevice can trap a single cell in suspended state, which should aid analysis of a single cell. Results obtained with this platform show a single Jurkat cell can be trapped...
This paper describe the process and test results after single tier circuit fabrication as well as after three-tier integration, determine impact of 3D vias on ring oscillator performance, and demonstrate functionality of single and multi-tier circuits of varying complexity.
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