Design and Fabrication of the Multichannel, Optically Transparent, Electrotactic Chip and Coating Poly-L-lysine on the Substrate in the Cell Culture Regions
2:49
Coating Poly-L-lysine on the Substrate in the Cell Culture Regions and Preparation of the Salt Bridge Network
4:47
Setup of the Microfluidic System for DC Pulse Stimulation
5:55
Results: Differentiation of the mNPC Cells in the Control Group and in the DC Pulse Stimulation Group at DIV 3, 7, and 14
6:43
Conclusion
Transcript
This study presents a protocol for the differentiation of neural precursor cells solely induced by direct current pulse stimulation in a microfluidic system. This technique provides a beneficial approach for reducing the experimental setup time, s
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In this study, we present a protocol for the differentiation of neural stem and progenitor cells (NPCs) solely induced by direct current (DC) pulse stimulation in a microfluidic system.
