UC San Diego researchers have developed methods and devices, using self-propelling or externally actuated nano/microscale motors functionalized with appropriate receptors/ligands, to capture, isolate, and transport target biomolecules from raw biological samples (e.g., serum, urine, bacterial ly.....
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This microfluidic device may be used to analyze mitochondrial bioenergetics in sample concentrations as low as 0.3 ng/μL which is four orders of magnitude smaller than the concentration used in conventional assays which use 3 μg/μL. In addition, the volume of the chamber (which is at 85 μl) is 2 or.....
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Automation reduces time and cost associated with current methods.
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PEC etching is a viable method for producing specific geometries in the III-nitride material system, forming three-dimensional structures that would be extremely challenging to produce with gas-phase etching processes or more standard wet chemical etching. The existence of a controlled three-dimensi.....
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