Wednesday , February 1 2023

New inexpensive device for neurotherapy or brain work



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Cerebral Palsy / Cablenews

(Photo: Cablenoticias)

A researcher at the University of Mexico's Autonomous Metropolitan University (UAM) has developed a low-cost device for neurotherapy or brain research that will reduce the importance of the disease in patients.

Carlos Angulo Álvarez, professor of research at the UMC Azcaptozalco Processes and Applied Techniques, said that international research and treatments have become "invasive procedures and not comfortable."

According to him, for its implementation, the use of interfaces or wired means to connect to systems for the processing of information through electrical cerebral currents is used.

One of these treatments is the neurofeedback & lt; RTI ID = 0.0 & gt; neurofeedback & lt; / RTI & gt; & lt; / RTI & gt; which permits self-control of certain samples of brain activity and self- is.

In addition, he says, "devices that carry brain analysis are highly appreciated."

This, in turn, limits the ability to apply fixed neuroterapy, which, after the cerebral vein occurrence and / or for neuronal resistance to defect and hyperactivity, improves pneumonia.

Therefore, Angulo μlvarez has developed a wireless device that will help you to perform this type of neurotomy that can be used for research and diagnostics.

With this tool, people can take their treatments from their mobile devices and through the comfort of their homes through the programs available to send them to the neurosurgeon to analyze them at each session or brain activity.

The purpose of the research is to reduce costs of the artifacts by the student, to use existing technology and the necessary resources, and to create social benefits for patients rescued from such health problems.

Exploring the Design Engineer at UAM, researcher, the creation of an inexpensive precious facility that has less time to deploy and dispose of will help the less invasive process and reduce the patient's discomfort.

This also leads to motivation for more consistent application of these procedures: "This is based on the fact that higher incidence will stimulate neuronal residence and the rehabilitation prognosis will be between 85 and 90 percent" (EFE)

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