Treatment%20and%20Pain%20Relief - The Greatest Risks

Swelling of the ankle on one side is often a result of sprains or strains. Sometimes diseases that affect the entire body, such as heart disease and kidney or liver failure, can result in excess fluid buildup (edema) that is often concentrated in the legs and feet, leading to swelling not only of the ankles but also of the feet and lower legs. This can also occur with obstruction of the venous system, as may occur with pregnancy and obesity.

Medication Aids, Treatment%20and%20Pain%20Relief and Reduces Pain. Chinese medicine is a very important component of Chinese culture. Over the millennia, it has been proven to be enormously effective, rich with culture, unique in its methodologies, organized in its theories and broad in its history.Syncope is due to a temporary reduction in blood flow and therefore a shortage of oxygen to the brain. This leads to lightheadedness or a black out episode, a loss of consciousness. Temporary impairment of the blood supply to the brain can be caused by heart conditions and by conditions that do not directly involve the heart.

The eye has a number of components. These components include but are not limited to the cornea, iris, pupil, lens, retina, macula, optic nerve, choroid and vitreous.

The World Health Organization (WHO) published an official report listing of symptoms, conditions and diseases that have been shown in controlled trials to be treated effectively by Acupuncture. Click here to view entire document [WHO: Diseases and disorders that can be treated with acupuncture]

Great Quantum Bioresonance Apparatus, Treatment%20and%20Pain%20Relief and Nature Heal Medicomat. In 1965, the “gate-control theory” of pain was put forth by Patrick Wall of M.I.T. and Ronald Melzak of McGill University. The “gate-control theory” suggests that pain might be overcome by applications of electricity. This theory caused a general reassessment of electrical stimulation.These facts are of great practical importance for diagnosis and therapy because they allow us to act perfectly accurately at different levels and in different parts of the organs. For example, if the problem is concentrated in an area of ​​1 mm, we can only act on that isolated part without touching the rest of the tissues and organs.