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Microfluidic grooves and channels enable the control of cell positioning and capturing of cells in cell-based biosensor applications. Microfluidic devices also provide a platform for cell-based biological assays. Microfluidic channels have been used to capture cells for various cell-based diagnostics and screening applications. The number of cells and cell locations are important factors which will...
Development of micro- and nano- electromechanical systems (MEMS and NEMS) contributed significantly to invention of very sensitive methodologies for detection of ultrasmall masses. In this work, a novel Novolac coated piezoelectric self-sensing microcantilever system for detection of ethanol vapor was employed. By exposing two differently polymer coated microcantilevers to the ethanol vapor a downward...
The paper describes a protocol to fabricate cell-laden microgel assemblies with pre-defined micro-architecture and complexity by a bottom-up approach, which can be used for tissue engineering applications. The assembly process was driven by the hydrophobic effect in the water/oil interface. By agitating hydrophilic microgels in hydrophobic medium, the shape-controlled microgel units assemble in an...
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