EquiPedic Holo Socks
EquiPedic Holo Socks are the ultimate in human comfort. These socks are extrememly soft, cushy and comfortable. Equipedic Holo Socks for people incorporate 100% Celliant™ (formerly known as HoloFiber) in the foot area. Celliant™ is a responsive textile that has been both clinically and scientifically proven to deliver significant health benefits. See the Tech tab for more information on HoloFiber.
For both English and Western boots, unisex
Style: Crew (mid calf high)
Sizes:
Medium - fits up to 8 1/2"
Large - fits size 8 1/2 and up.
Why HoloFiber?
A double blind clinical study recently proved that the effects of Celliant™ (formerly known as HoloFiber) to be compelling and significant. The results of Dr. Lavery's study, using products made with Celliant™ and controlled non-Celliant™ products, indicate measurably increased oxygen levels observed and recorded in the body and blood in subjects wearing the Celliant™ products. This testing demonstrated that there was a "Statistically significant change in transcutaneous oxygen - or the oxygen delivery to the skin - in hands and feet, on subjects wearing Celliant™ gloves and socks compared to those wearing comparable non-Celliant™ gloves and socks."
"The significant changes observed are very compelling for this type of product. An 8 to 12% improvement in skin oxygenation could increase marginal circulation enough to improve wound-healing or eliminate ischemic (localized tissue anemia due to obstruction of the inflow of arterial blood) pain of the legs," observed Dr. Lavery.
Following these findings, another double-blind study, conducted by Graham McClue PhD., with Dr. Lavery, was commissioned to determine if this fiber could produce the same results in non-compromised, or healthy, subjects. In both studies, Celliant™ (formerly known as HoloFiber) increased oxygen levels in both diabetic and non-challenged subjects by as much as 29.97%. Wearing Celliant™ textiles and placebo textiles, oxygen levels on the forearm and foot of the healthy population were observed to increase in the test – 29.97% in the forearm, and 10.18% in the foot.
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