The Growing Demand For Electroceuticals

by | Mar 29, 2018 | Electronics and Electrical

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For many people, looking for alternative treatments to health conditions has become an important factor in their healthcare. This includes a search for options outside of the traditional medications, many of which are linked to minor to significant health risks and side effects.

With new technology, the use of electroceuticals to provide an alternative, non-medication treatment options for some diseases and conditions is now a reality. There are many different types of these devices, but all are used to alter the electric current in the body used by the central nervous system to transmit messages. By changing the messages through the central nervous system and into the various parts of the body, medical benefits can be experienced by the patient.

Highly Targeted

Unlike medications, which have a broad impact across the body systems, the use of electroceuticals provides a narrow and highly targeted impact on the specific part of the body under treatment. This is done through personalized adaptation of the technology and very tiny implants within the specific areas of the nervous system.

Conditions Treated

Currently, there are different forms of nerve stimulation used in the treatment of specific health conditions. Some are permanent implants, such as cochlear implants for hearing as well as pacemakers to regulate the activity of the heart. There are also therapies used for stimulation of the spinal cord and the brain.

The new wave of electroceuticals are being developed to treat more common types of issues. These include the treatment of asthma and allergies as well as migraines and hypertension. There are studies into the use of these bioelectronics for the treatment of some types of cancer. With this type of treatment, simulation of the immune response in the body will be stimulated, targeting the attack of the body’s antibodies on the cancer cells.

The key in the development of this technology is to develop a reliable, safe, miniaturized implant. It will also focus on long life cycles and the ability to effectively monitor the patient and generate necessary information for further medical interventions as needed by the individual.

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