New Med Bed Uses Grounding Technology to Reduce Inflammation
New Med Bed Uses Grounding Technology to Reduce Inflammation
Inflammation Can’t Hurt You While You’re Sleeping
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New Med Bed Uses Grounding Technology to Reduce Inflammation
The Med Bed by Anti Aging Bed® is a type of mattress specifically designed to help reduce inflammation while you sleep. It integrates a wide range of technologies such as Grounding, EMF Shielding, Nano Silver, as well as Far Infrared (FIR)1, and more to offer many benefits that result in high-quality sleep. Grounding technology, for example, regulates the constant flow of negatively charged electrons and ions onto the bed and removes the unwanted free radicals or static charge from the body. When you lie on the Med Bed, you become connected to the Earth’s natural energy, and it has been proven this helps ease inflammation and accelerates the recovery process.
Similarly, research from the National Sleep Foundation has shown that people who have undergone chiropractic care often experience an improvement in their sleeping quality, which further reduces inflammation and boosts overall health. It was a key observation that “sleep reduces inflammation and, conversely, sleep interruption increases inflammation,” concluded lead author Filip Swirski, Ph.D., Director of the Cardiovascular Research Institute at Icahn Mount Sinai.2
Combining the benefits of chiropractic with that of Med Bed, patients achieve better sleep quality, deeper sleep, and faster recovery. Achieving a meaningful recovery for most patients is a long and uncomfortable journey, but it doesn’t have to be. Med Bed technologies enable the body to recover quicker by increasing the duration and quality of sleep which will, in turn, expedite your patient’s recovery time.
For more information email [email protected], call 1-800-385-4243, or visit antiagingbed.com to join their weekly virtual meetings where they answer your questions and share relevant resources that are helping grow practices around the country.
References
1. www.ncbi.nlm.nih.gov/pmcarticlesPMC3699878/
