High-voltage electrical stimulation

High-voltage electrical stimulation is a biomedical technique that applies brief pulses of high-intensity electrical current to tissues, most frequently used to activate excitable cells such as neurons and muscle fibers. The biological effect is mediated by rapid changes in membrane potential that can open voltage-gated sodium and potassium channels, leading to action potential generation or changes in cell behavior[1][3][6]. This method has applications in neuroscience, neuromodulation, rehabilitation, and tissue engineering, but it targets broad physiological mechanisms rather than a single molecular entity[1][3][4][5]. In summary, high-voltage electrical stimulation is a physical intervention affecting numerous molecular targets (primarily voltage-gated ion channels) but is not itself a singular, classifiable drug target, molecule, or receptor[1][3][6].

Other names

electrical stimulationelectrostimulation