How Spinal Decompression Works Part II

Spinal decompression can trick the body into relaxing. Regular pulling of the spine can trigger sensors in the muscles, and cause them to tighten up. Spinal decompression can bypass the muscle tightening response of the body. This is accomplished by gently pulling on the spine and relaxing the back over a period of time. The spine is able to reposition without tension, or putting itself into an emergency tighten down mode.

How Spinal Decompression Works Part I

An increase in disc pressure causes the disc to bulge, and causes a lot of pain. Spinal decompression creates a negative pressure within the spinal disc that produces a vacuum. This vacuum helps pull nutrients and fluids into the disc region. This in turn helps facilitate the healing process, and helps retract the disc into a more proper position. This improved position is very beneficial for disc health.

DMSO (Dimethyl Sulfoxide)

DMSO was discovered in Russia in the year 1866. Its use was primarily as an analgesic for treating muscle strains, sprains and tendonitis.

Athletes found DMSO to be effective when dispersed over injured body parts. It was quickly absorbed when applied.

DMSO works by blocking the conduction of pain receptors in nerve cells.

The Toronto Maple Leafs baseball team was treated by Dr. Paul with DMSO. He found that an injury treated with DMSO responded in 28 days, compared to taking 42 days healing time for injuries not treated with DMSO.

DMSO can carry substances directly into the body. This can lead to toxic reactions when non medical grade DMSO is not used.

DMSO is best used in 70-90 percent sterile water, and applied about every 4-6 hours. Always consult a qualified healthcare professional before using DMSO.