About CES
Cranio-Electro Stimulation (CES) was developed in the Soviet Union in the late 1940s as a treatment for insomnia and has since been used by millions of people all over the world. Most research over the past 25 years has shown that CES reduces anxiety and improves cognition in recovering drug addicts and alcoholics. Pete Townsend, formerly of the band "The Who", found CES was the most effective treatment for his drug addiction recovery.

Research demonstrates that CES produces a mild stimulation in the hypothalamic area of the brain, resulting in balancing neurotransmitter activity (in particular Beta Endorphin and Norepinephrine). The effects achieved are similar to that of a "jogger's high".

About Microcurrent-Electrical Therapy (MET)
Although electromedicine has been in existence for well over a thousand years, developments in electronics and new research has seen this technology grow at a terrific rate in recent years. The term microcurrent-electrical therapy was coined by Joseph Mercola and Daniel Kirsch in 1995 as a “bio-compatible” technique primarily used for the treatment of pain. According to Patrick DeBoch, MET is very different than traditional TENS because MET produces its benefits in part on a cellular level. MET may replace TENS for pain applications as it has longer lasting effects. It is believed that MET delivered at around 500 micro-amps in the 0.5 to 3 Hz range may be most effective for treating pain.

*About Transcranial DC Therapy (tDCS)
NOTE: The tDCS function costs $150 and includes the required factory installation and a set of cables, sponges, and straps. We require a signed release or prescription from a doctor. Contact us to purchase the Oasis Pro wtih tDCS.
When a DC current is applied over the scalp with the intention of altering neuronal activity, it is known as transcranial DC stimulation. tDCS is effective in modulating spontaneous neuronal firing. tDCS at intensities of 1 milliamp applied for roughly 10 minutes has been shown to either excite or inhibit the sensorimotor cortex, with the effects lasting over an hour. Excitation is achieved by anodal (+) stimulation, while inhibition is achieved by cathodal (-) stimulation. Anodal stimulation has also been shown to increase both beta and gamma activity in the visual cortex, while cathodal stimulation has decreased beta and gamma activity. Stimulation is generated by putting a wet cloth, cotton ball or sponge on the scalp over the brain region to be treated and a sponge or cotton ball on the shoulder or the face. The tDCS sessions deliver a maximum intensity of 2.35 milliamps at DC. tDCS can treat many conditions, including depression.

A new study has shown that transcranial direct current stimulation (tDCS) can prevent migraines from occurring. See full article here.

It’s hard to convey the pain of a migraine to those who are fortunate enough not to suffer them. Compounding things, many sufferers get no relief from, or cannot tolerate, commonly prescribed or over-the-counter pain medications. Now researchers have shown that applying a mild electrical current to the brain via electrodes attached to the scalp can prevent migraines from occurring and reduce the severity and duration of those that do occur.

According to the team’s computational models, tDCS delivers a therapeutic current along the brain’s pain network, a collection of interconnected brain regions involved in perceiving and regulating pain. The team says the technology seems to reverse ingrained changes in the brain caused by chronic migraine, such as greater sensitivity to headache triggers.

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