Interventions in high altitude chronic hypoxia injury by low-frequency rotating magnetic fields
CAO Zhengtao
NIE Junjie
GUO Zichuan
YU Wenming
TIAN Zhen
YONG Wei
Abstract：Objective To explore the effect of interventions in chronic hypoxic injury at high altitude using low-frequency rotating magnetic fields.Methods Eleven volunteers were subjected to continuous low-frequency rotating magnetic field interventions before a series of physiological and biochemical measurements was made.Results After 14 consecutive days(60 min/d)of interventions using the low-frequency rotating magnetic field,the red blood cell count,hemoglobin concentration,hematocrit,and uric acid decreased by 6.16％,5.92％,6.06％,and 5.61％,respectively.There were statistically significant changes in the red blood cell count,hemoglobin concentration,and hematocrit after interventions(t=2.56、2.89、2.41,P=0.014、0.008、0.018).The subjects'systolic blood pressure,white blood cell count,and platelet count all decreased(t=2.49、2.91、3.46,P=0.016、0.008、0.004).Conclusion Interventions via the low-frequency rotating magnetic field can better regulate red blood cell function in blood circulation,which can effectively alleviate chronic hypoxic injury at high altitude.This approach promises to be a systematic prevention and treatment regimen for chronic mountain sickness based on the ability of the human body to organize itself.
Keywords：Low-frequency rotating magnetic fieldHigh altitude polycythemiaRed blood cellUric acid
Publication Date：2023-12-25
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：4( 504-507 )