Article


Nesa Non-Invasive Neuromodulation; A New Frontier of Treatment of the Autonomous Nervous System in Physiotherapy

Raquel Medina-Ramírez1*, Fabiola Molina-Cedrés2, Anibal Báez-Suárez2 & David Álamo-Arce1

1SocDig Research Group, Physiotherapy, University of Las Palmas de Gran Canaria, Spain
2Physiotherapy, University of Las Palmas de Gran Canaria, Spain

Dr. Raquel Medina-Ramírez, SocDig Research Group, Physiotherapy, University of Las Palmas de Gran Canaria, Spain.

Keywords: Neuromodulation; Microcurrents; Autonomous Nerve System; Electrotherapy; Physiotherapy Modalities

Abstract

In the 1920s there was no scientist suggested that life could be electrically oriented, from the discoveries of Hodgkin et al. (1964) [1] the existence of the nerves´ action potentials was demonstrated, moreover they demonstrated that the electrical impulses could be coordinated by a central nervous system by the existence of ion channels. Sixty years later, the application of electricity in medicine has potentially been developed and is a continuous growing field. The development of a new microcurrent application called NESA takes a step further in the field of physical medicine. It is a neuromodulation with global capacity, this means that it acts on modulating actions such as orthodromic impulses that activate descending inhibitory tracts, afferent regulation mechanisms and efferent regulation of neuromodulator systems [2].
Nesa non-invasive neuromodulation is based on a superficial treatment through electrical microcurrent, which is governed by Wilder’s law and hormesis [3]. It produced imperceptible sensations through low impedance areas by the NXsignaldevice. This treatment is based on the application of a biphasic low frequency current with parameters lower than conventional electrotherapy [4,5]. Its intensity varies from 0.1 - 1 milliamp and the frequency from 1.14 to 14.28 Hertz. All these parameters fluctuate determined by the programs of the device NXsignal, except the voltage, which the therapist can choose between 3 or 6 volts.

View Full Text | Download PDF

This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. (CC BY 4.0).

Total Articles Published

8
9
2


Total Citations:

1
8
4




Highlights


Cient Periodique is a ‘Gold’ open access publisher that aspires to offer absolute free, unrestricted access to the valuable research information

We welcome all the eminent authors to submit your valuable paper

Cient Periodique invites the participation of honourable Editors and Authors

CPQ Journals provide Certificates for publication

Cient Periodique also offers memberships for potential Authors

Best Articles will be appreciated with the provision of corresponding Certificate

Hi!

We're here to answer your questions!


Send us a message via Whatsapp, and we'll reply the moment we're available!