Review Article
Electrical Stimulation Promotes Stem Cell Neural Differentiation in Tissue Engineering
Table 3
Alternating current stimulation used in stem cell neural differentiation.
| ES type | Cell type | Conductive material | Stimulation parameters | ES effect | Reference |
| AC | NSCs | Ag/AgCl electrodes | 46 mV/mm, 0.5 Hz | AC ES showed no differences in alignment or differentiation | Ariza CA et al. [51] | AC | NSCs | Nickel-coated wire electrodes, alginate beads | 0.1–10 Hz, 2, 4, 16 V/m, 7, 14, 21 days | Increased ratio of neurons to astrocytesneural and stem cell viability under lower frequence | Matos MA et al. [52] | AC | Porcine NSCs | Two gold contact pads connected to 25 electrode pairs | 1–50 Hz, 0.001 kV/cm | Delayed differentiation into astrocytes | Lim JH et al. [53] |
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