Optimal Microcurrent Frequencies for Optic Nerve and Retina

Microcurrent therapy is a form of treatment that uses low-level electrical currents to stimulate the dormant optic nerve cells’ healing and regeneration.
For the optic nerve, microcurrent therapy aims to enhance blood flow, reduce inflammation, and promote nerve regeneration. Some commonly used frequencies of AC STIM include:
292 Hz: Often used for nerve regeneration and repair.
30 Hz: Used for improving circulation and reducing inflammation.
For retinal conditions, the focus is on improving retinal cell function and reducing oxidative stress. AC STIM frequencies include:
10 Hz: Known for promoting general cellular repair and health.
40 Hz: Used for anti-inflammatory effects and to improve cellular energy production.
292 Hz: Also used for retinal repair and regeneration.
The AC STIM device operates using a range of preset frequencies that are specifically beneficial for the optic nerve and retinal function. These frequencies are carefully selected and programmed into the machine, which alternates to deliver varying microcurrents. The device is tailored to optimize the acceptance and efficacy of treatment for optic nerve cells and retinal cells.
A key feature of the AC STIM device is its user-friendly design. Patients can use the device without the need to manually adjust frequency and intensity settings. This automated adjustment ensures that the therapeutic microcurrents are delivered consistently and effectively, enhancing the overall user experience and treatment outcomes.
For more information and online order of AC STIM, please review: www.restorevis...
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[@KageWins333]

interesting, but what is the difference between transcorneal electrical stimulation devices and the transpalpebral electrical stimulation device offered by you? far more studies on transcorneal for retina benefit