Electricity to Avoid Motion Sickness

seasickness treatment
Credit: Imperial College London

Seasickness—debilitating dizziness and nausea—from the rocking motion triggered by boats and ships can be avoided by applying mild electricity to the head. The application will also relieve suffering from motion sickness as a result of long trips by airplane, bus, car, or train.

The research, originally published in 2015 in the medical journal Neurology, used the increasingly popular transcranial direct current stimulation (tDCS) to treat motion sickness. A major advantage for the use of electricity is the absence of any apparent side effects.

“Highly effective seasickness treatment on the horizon”

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Applying Healing Frequencies to the Vagus Nerve

Scientists are conducting research to apply microcurrents to improve health—especially by applying the current to the vagus nerve. The vagus is the major highway of the nervous system with branches that penetrate most organs including the heart and stomach. Researchers at the University of Leeds in the UK are applying the microcurrents non-invasively by attaching electrodes to the tragus, an area of the outer ear to reach the vagus nerve.

One of the researchers, professor Jim Deuchars says,

“we think it does have potential to improve the health of the heart and might even become part of the treatment for heart failure.”

‘Tickling’ your ear could be good for your heart.” Posted in August 2014.

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Electric Fields to Treat Cancer

Bill DoyleLow intensity electric fields called “Tumor Treating Fields” were revealed to be effective even with cancers that recur after conventional treatments. During a TEDMED talk in October 2011, Bill Doyle explained the device is portable as connections placed on the skin allow the patient to go about daily activities.

“Bill Doyle: Treating cancer with electric fields”

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Widespread Health Benefits Using Electricity

Research using gentle levels of electricity to heal is on the rise. No less than 14 different studies published in medical journals are tagged to a Science News article published in November 2015.

The studies revolve around the electrical stimulation of the vagus nerve. “With outposts in nearly every organ and a direct line into the brain stem, the vagus nerve is the nervous system’s superhighway.” Research stimulating this far-reaching nerve is showing benefit to reduce headaches, epilepsy, depression, diabetes, improve heart function, and more.

“Viva vagus: Wandering nerve could lead to range of therapies”

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Pulsed Magnetic Fields Shrink Tumors

A group of scientists published study results using a pulsed magnetic field on mice innoculated with cancer cells for tumor growth. The pulsd magnetic field was generated by a Helmholtz coil with a weak direct current (DC) output of only 0.094 Teslas which is equivalent to 940 gauss. Using a unique in vivo imaging system, the researchers were able to view tumor progression in real time.

This study indicates the importance of consistent and repeated use of a pulsed magnetic field over a long enough period of time for results.
The scientists summed up stating:

“Our results showed that exposure of the mice to magnetic fields for 360 min daily for as long as 4 wk suppressed tumor growth. … Our findings support further exploration of the potential of magnetic fields in cancer therapeutics, either as adjunct or primary therapy.”

“Effect of Magnetic Fields on Tumor Growth and Viability” was published in Comparative Medicine in August 2011:

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Electrical Switch Controls Cancer

University of Texas Health Science Center at Houston
Credit: The University of Texas Health Science Center at Houston (UTHealth)

Discovery of yet another function in the body that is controlled electrically is heralded as it has promise to treat cancer. The researchers discovered a “molecular switch” that controls cell growth causes cancer when it malfunctions. The scientists are based at the University of Texas in the USA.

“Scientists discover electrical control of cancer cell growth” was published by ScienceDaily on August 24, 2015.

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