Effect of Bioceramic Derived Irradiation in Patients Suffering From Ataxia

E. Weiler, D. Schneider
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Abstract

Objectives: The objective of this study was to determine the efficacy of irradiation using an apparel with Far-Infrared Radiation (FIR) properties for the management of dizziness and unsteadiness. Participants: The study comprised 20 patients with dizziness and unsteadiness. Intervention: Cranio-Corpo-Graphy (CCG) was performed before and after wearing a bioceramic garment. Results: Significant reduction of longitudinal and lateral movements was noted. Conclusion: Subjects exhibiting dizziness and unsteadiness benefited significantly when wearing a garment with FIR properties. It is tempting to speculate that the bioceramic membrane exerts its effect via the parasympathetic branch. However, an impact on multiple cerebello-cerebral loops, via modulation of the excitability of residual cerebellar circuits could be discussed as a mechanism of action. The exact mechanism has yet to be determined.
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生物陶瓷源照射对共济失调患者的影响
目的:本研究的目的是确定使用具有远红外辐射(FIR)特性的服装照射治疗头晕和不稳定的疗效。参与者:该研究包括20名头晕和不稳定的患者。干预措施:在穿生物陶瓷衣前后进行颅骨-肌体造影(CCG)。结果:纵向和横向运动明显减少。结论:出现头晕和不稳定的受试者在穿着FIR特性的服装时明显受益。我们很容易推测生物陶瓷膜是通过副交感神经分支发挥作用的。然而,通过调节残余小脑回路的兴奋性,对多个小脑回路的影响可以作为一种作用机制进行讨论。确切的机制还有待确定。
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