Demonstrates how combining magnetic mitohormesis with home-exercise led to superior improvements in knee strength and pain, than exercise alone
Details how magnetic mitohormesis and physical stimulation share similar cellular pathways and mechanisms in effecting cellular adaptations
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
于2015年至2017年在新加坡国立大学Yong Loo Lin医学院外科系进行试点研究。
研究表明，BIXEPS的能量场可以加速恢复，并增加肌肉的新陈代谢。同时观察到治疗组肌肉和骨骼再生肌动蛋白的水平升高。正在进行的本地和国际临床试验正在继续优化治疗的应用场景，如康复、糖尿病和虚弱等。
一项新治疗正在试验中，旨在缩短前十字韧带（ACL）膝关节手术患者的康复时间，并帮助维持肌肉功能。
迄今为止，已有数十万乐龄人士从BIXEPS中受益。
他们得到了力量和耐力的提升，并重新获得了因受伤而失去的运动能力
在Equiptox，我们致力于提升个人的整体健康，通过提供一流的医疗设备来促进健康、康复，并提升生活质量。
Equiptox Sdn Bhd
Unit 116,Level 1, Block C, Kelana Square,
17, Jalan SS 7/26, SS7, 47301 Petaling Jaya,
Selangor
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