A low-cost smartphone controlled portable system with accurately confined on-chip 3D electrodes for flow-through cell electroporation
Bioelectrochemistry(2020)
摘要
•3D electrodes with close and uniform electrode spacing are achieved.•Flow-through electroporation at a low DC voltage of 1.5 V is demonstrated.•Squeeze flow is introduced to produce higher electric field.•A smartphone controlled microfluidic electroporation system is presented.
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关键词
3D microelectrodes,Cell electroporation,Microfluidics,Low-cost fabrication,Portable system
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