Research & Evidence
Demonstrates how combining magnetic mitohormesis with home-exercise led to superior improvements in knee strength and pain, than exercise alone
Demonstrates how combining magnetic mitohormesis with home-exercise led to superior improvements in knee strength and pain, than exercise alone
Discusses magnetic mitohormesis as a less strenuous way to replicate muscle and metabolic responses associated with endurance exercise
Describes magnetic mitohormetic improvements in mobility and reductions in fat and pain in older adults
Describes enhancements in human muscle mitochondrial energy metabolism and reductions in toxic lipid levels with our weekly field treatment
Discusses how magnetic mitohormesis represents a therapy for inflammatory disorders
Discusses how our magnetic fields induce magnetic mitohormesis to improve muscle function and systemic metabolism
Details the specific cellular machinery responsible for magnetic mitohormesis
Describes how our magnetic fields stimulate the secretion of regenerative and anti-inflammatory factors
Describes how our magnetic fields stimulate the secretion of regenerative and anti-inflammatory factors
Determines the magnetic field parameters that best produce biological benefits
Pilot studies were conducted from 2015 to 2017 at the National University of Singapore, Yong Loo Lin School of Medicine, Department of Surgery. BIXEPS fields were shown to speed up recovery and increase muscle metabolism. The treated group also saw elevated levels of muscle and bone regeneration myokines. Ongoing local and international clinical trials continue to optimise treatment across applications, such as rehabilitation, diabetes and frailty.
IMPROVING RECOVERY AFTER ACL SURGERY
A new treatment is being piloted to improve recovery time and muscle maintenance of those who have undergone anterior cruciate ligament (ACL) knee surgery.
COMMUNITY STUDIES
Hundreds of thousands of elderly have benefited from BIXEPS to date. They experienced strength and endurance gains, as well as regained motor functions they had lost due to injury.
