Electromagnetic waves are in our home and office place, and are present in every environment where alternating electrical current is generated. Visible light represents only a small portion of the electromagnetic spectrum that ranges from ionizing radiation (i.e. X-rays and gamma rays) to non-ionizing radiation - extremely low frequency electromagnetic waves.

In reality, between these two extremes, other types of electromagnetic waves are present. These include radio frequencies, infrared waves, visible light, microwaves and ultraviolet light. Electromagnetic waves are also present naturally in the environment: the sun, the planets and the stars all radiate electromagnetic waves which affect life on earth in different ways. Just like other forms of energy, electromagnetic waves have properties such as wave length, amplitude, frequency and power.

The energy radiating from a source diminishes proportionally to the increasing distance from the source itself. The growing use of electric and electronic devices such as cell phones, microwave ovens, computers, radio transmitters, electric pylons, overhead power lines and powerful transmitting stations are increasing the level of electromagnetic waves within our environment. Because of this, we face growing concerns about their potentially dangerous impact on the environment and on our personal health.

Solution: The answer can only be found by understanding more clearly the properties of electromagnetic waves and their affect on the human body. At AlphaBio Centrix, the study of the effects of Bio-Frequency Technology is our major focus.

Most people agree that cell phones emit Electromagnetic Microwave Radiation (EMR). Whether EMR is exposing you to serious health risks, including brain damage is still being hotly debated. The cell phone industry says there is no proof of danger. And yet, years of research suggests otherwise.

Studies with mammals show that EMR transmitted from cell phones creates portals in the Blood-Brain Barrier big enough to allow large albumin molecules to pass through and begin to pool around the ganglia of brain cells. Not only does this accumulation of albumin impede intercellular communication in the brain, but researchers are concerned that the portals that will allow such large molecules to pass across the protective Blood-Brain Barrier would also allow a host of smaller, more brain-toxic substances into the brain as well.