Applications of Nanonewton Dielectrophoretic Forces Using Atomic Layer Deposited Oxides for Microfluidic Sample Preparation and Proteomics
Solid-State Sensors, Actuators and Microsystems（2013）
Key words
atomic layer deposition,biological techniques,electrochemical electrodes,electrolytes,electrophoresis,microactuators,microfluidics,proteomics,antiIgG bound bead,atomic layer deposited oxides,atomic layer deposition,corrosion protection,electrokinetic actuation,electrolyte buffer,filtering microsystem,low-abundance protein biomarker,microfluidic sample preparation,multiplexed assay,nanoNewton dielectrophoretic force,negative dielectrophoresis force,protective layer,proteomics,serum proteins,thin film oxide,Atomic Layer Deposition,Microfluidic,Negative Dielectrophoresis,Proteomics,Sample Preparation
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