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Electrophoresis 2013, 34, 1743‐1748. DOI: 10.1002/elps.201200517
A novel real‐time impedance chip for the detection of emulsion phase separation was proposed. Each impedance chip contains 8 pairs of indium‐tin oxide microelectrode arrays for detecting 8 samples simultaneously. The impedance chip provides a parallel, continuous, and real‐time detection. Results also show this impedance chip has higher...
This paper describes a novel real‐time impedance chip for the detection of squalene‐water emulsion phase separation. Each impedance chip contains eight pairs of indium tin oxide microelectrode arrays for detecting eight samples, and six chips can be connected with the switch relay to measure 48 samples in the system simultaneously. The proposed impedance chip has the advantages of needing only a small...
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