Bioelectrical Medical Stimulator - Causes

The optic nerve is the nerve that connects the eye to the brain and carries the impulses formed by the retina to the visual cortex of the brain. The choroid is a thin vascular layer between the sclera and the retina that supplies blood to the retina and conducts arteries and nerves to other structures in the eye.

Disease Detector And Treatment Automat, Bioelectrical Medical Stimulator and Information Quantum Headset. It is very effective in relieving pain and helps with many diseases: migraine, headache, dizziness, depression, high blood pressure, poor circulation, rheumatism, spondylosis, sciatica, ulcers, asthma, allergies, bronchitis, nervousness, etc.. Its application allows to significantly reduce the use of drugs.Ear acupuncture is generally incorporated into a regular acupuncture treatment. In addition to using acupuncture points on the rest of the body, your acupuncturist may select a few ear acupuncture points that they feel will be helpful for your particular condition.

Medicomat targets the subcortical brain - the largest repository of information about the ongoing processes within an organism. Medicomat also estimates a body’s compatibility with all preparations (such as drugs, dietary supplements, phytopreparations, foodstuff, minerals and stones) not already present in its database by use of a special bio-resonance chamber.

During an exercise session, heart rate is likely to be both above and below the prescribed intensity. The goal should be to maintain an average heart rate close to the midpoint of the prescribed range.

COVID 19 destroying, Bioelectrical Medical Stimulator and Things Must Know to Break Free. Dr. David E. Bresler, Director of the UCLA Pain Control Unit, also found TENS to be particularly useful for individuals with musculoskeletal pain in the neck, shoulder and back. The success in alleviating pain using TENS prompted our research into non-needle electronic acupuncture.When local vasoconstriction becomes excessive, the body responds by releasing specific neuropeptides (CGRP, substance P, and neurokinin A), causing a rebound dilation in the segments of these overly constricted arteries. This sudden rebound dilation is a natural defensive mechanism of our body to compensate for extended periods of blood deprivation. These arteries are wrapped with sensitive pain receptors and are being activated due to dilation of arteries, thus causing migraine pain. The migraine pain is often localized because over-dilation occurs in a limited area.