Every year there are hundreds of thousands of recorded spinal cord injuries. Injury to the spinal cord can result in complete paralysis and impaired breathing capabilities in sufferers. The lifelong care expenses can also reach up to $3 million according to experts.

Curcumin, a phytochemical and active component that’s derived from the Indian spice turmeric is also believed to be particularly helpful for athletes and helping them to deal with the aftermath of their accidents and injuries. Spinal cord injuries are common amongst athletes and are often the result of physical violence, sports accidents, severe accidents or car crashes.

According to The Centers for Disease Control and Prevention (CDC), spinal cord injuries are estimated to affect many thousands of people and when the two vertebrate at the top of the spinal column shatter then this can lead to paralysis from the neck down to the toe. While a recent study in The Journal of Neurosurgery found that rats who were fed a diet rich in antioxidants along with anti-inflammatory properties received significant improvements in their condition. Curcumin was also used in this study and some omega-3 fats were also added in to the diet too.

Curcumin has also been shown to play a role in providing cellular protection and this is essential for successful recovery of nerve injuries. Researchers have discovered that curcumin can help with reducing inflammation, therefore preventing any further nerve damage. It can also help with speeding up recovery and its antioxidant properties have also been shown to help with rebuilding brain cells.

CurcuminX4000™ available from Good Health Naturally is the recommended Curcumin supplement to take if you want to find relief for your spinal cord injuries. CurcuminX4000™ contains Curcumin that’s combined with Phytosome technology. The phytosomes are bound to choline and this has a very high bioavailability rate when it’s absorbed in the mouth – therefore making it up to 20x more effective when compared with a standardised curcumin extract.