Regular ArticleDC Electric Fields Induce Rapid Directional Migration in Cultured Human Corneal Epithelial Cells
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Theoretical analysis of the electrochemical systems used for the application of direct current/voltage stimuli on cell cultures
2021, BioelectrochemistryCitation Excerpt :Electric gradients of 15–60 mV, the so-called trans-epithelial potential (TEP), have typically been observed in skin, lens and cornea [9-14]. In a vertebrate lens, TEP creates current loops with magnitudes around 20–40 mA/cm2, which guide the migration and affect the differentiation of epithelial cells [9,15]. TEP has been found to be a major motor of wound healing [13,14] by directing cell migration toward the injury [14,16,17] and also controlling the orientation and frequency of cell division [10].
Electrical stimulation affects neural stem cell fate and function in vitro
2019, Experimental NeurologyHigh Voltage Monophasic Pulsed Current (HVMPC) for stage II-IV pressure ulcer healing. A systematic review and meta-analysis
2018, Journal of Tissue ViabilityElectroactive biomaterials: Vehicles for controlled delivery of therapeutic agents for drug delivery and tissue regeneration
2018, Advanced Drug Delivery ReviewsCitation Excerpt :Electrical stimulation (ES) alone has been shown beneficial for the treatment of wounds and injuries. ES has been shown to aid the re-epithelisation of skin and corneal wounds; to enhance angiogenesis; and to promote the migration of fibroblasts, keratynocytes and epithelial cells [186–192]. ES's ability to induce re-innervation [193,194] and increase skin blood flow [195] aids in the healing of wounds.
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Address correspondence to: Rivkah Isseroff, Department of Dermatology, TB192, University of California, One Shields Avenue, Davis, CA 95616, U.S.A. E-mail: [email protected]