Effects of Far-Infrared Rays Emitted from Loess Bio-Balls on Lymphatic Circulation and Reduction of Inflammatory...

Area of Science:

• Biomedical Engineering
• Therapeutic Modalities
• Physiology

Background:

• Far-infrared (FIR) therapy is utilized in clinical settings for managing inflammatory conditions and edema.
• This study differentiates from conventional FIR lamp therapy by examining whole-body FIR irradiation effects on bodily fluids.
• Investigates the impact of FIR intensity and duration on physiological responses.

Purpose of the Study:

• To investigate the quantitative changes in body fluid parameters in response to varying intensities and durations of whole-body FIR irradiation.
• To assess the efficacy of FIR therapy delivered via loess bio-balls in modulating inflammatory fluid levels.
• To compare the effects of short-term high-intensity versus long-term low-intensity FIR exposure.

Main Methods:

• Two groups (n=27 each) were exposed to FIR from loess bio-ball mats.
• Group A received 30 minutes of FIR at 40°C.
• Group B received 7 hours of FIR at 30°C during sleep.
• Body fluid analyzer measured bioimpedance parameters and fluid-related values pre- and post-exposure.

Main Results:

• Significant changes in bioimpedance parameters linked to inflammatory fluids were observed in Group B.
• Group A showed minimal alterations in fluid-related measurements.
• Quantitative confirmation of bioimpedance changes associated with inflammatory fluids was achieved.

Conclusions:

• FIR irradiation from loess bio-balls stimulates biological tissues and enhances lymphatic circulation.
• Gradual reduction in inflammatory fluid levels is achievable with sustained FIR exposure.
• Long-term, low-intensity FIR exposure appears more effective in modulating inflammatory fluid parameters.