Interrupted Cellular Transmission

New research has uncovered one way cellular transmission is interrupted. Studies have found that even low-level EMF's may rupture delicate cell membranes, releasing calcium from cells as well as changing the way calcium ions - electrically charged calcium atoms - bind to the surface of the membrane. Calcium ions are the glue that holds cell membranes together. Since they are only two molecules thick, the membranes are then likely to weaken and tear, allowing toxins to enter and contents to spill out. They literally get unglued.

Your cells need some calcium. But what happens when there's a flood of calcium ions from a torn membrane in the main part of the cell? If you're ill or injured, your cells use those extra calcium ions to help speed the healing. When they pour into one or more of your one hundred billion brain cells, which use small doses of calcium to make neurotransmitters, they may release those chemical messengers too soon, creating false messages. Some of the symptoms, of these false messages, experienced by people hypersensitive to EMF's are: headaches, an altered sense of taste or smell, tingling or numbness. What if you're not hypersensitive? EMF's are still effecting your cells.

To learn how to protect yourself from EMF frequencies:   www.QuantumUB.com and www.CellGar.com