The Effects of Super High Pure Germanium Semiconductor to Abnormal Ryodoraku of Sports Player

• Main Authors: Ying Wei Wang, 王瀛偉
• Other Authors: Shin Tho Huang
• Format: Others
• Language: zh-TW
• Published: 2009
• Online Access: http://ndltd.ncl.edu.tw/handle/47203928764642041895

碩士 === 國立體育大學 === 運動保健科學研究所 === 97 === The purpose of this study was to know the distribution of abnormal ryodorakus and effects of super high pure germanium semiconductor (Ge) on sports player by measuring the ryodoraku (electric current). 50 sports players were randomly divided into true germanium group (TGG) (average age: 19.77±1.57 yrs) and fake germanium group (FGG) (average age: 19.77±1.57 yrs). First, the ryodoraku was measured. After 15 minutes, the ryodoraku was measured again. The result was analyzed, and then the Excitation and Inhibition that happened in both first and second assessment was chosen to tape the true or fake Ge tape in double-blind method. If the Excitation was found in twice assessment, the Ge tape was taped on inhibition point. If the Inhibition was found in twice assessment, the Ge tape was taped on excitation point. The ryodoraku was measured at the 15th and 20th minute after taping. The data were analyzed by description statistics to describe the distribution of abnormal ryodoraku and to compare the restoring abnormal ryodoraku by chi-square cross-Table. The result as follow: 92 abnormal ryodoraku episodes were found. According to the number of episodes of abnormal ryodoraku, 18 episodes (about 36%) were found in F6 (stomach), 16 episodes (about 17.39%) in F1 (spleen), 15 episodes (about 16.30%) in F4 (bladder), 14 episodes (about 15.22%) in F2 (liver). Excitation was found in 50 episodes, and Inhibition was found in 42 episodes. The episode of F6 (stomach) ryodoraku of Excitation was the most, and F2 (liver) ryodoraku of Excitation was the next. The episode of F1 (spleen) ryodoraku of Inhibition was the most, and F4 (bladder) of Inhibition was the next. Besides, in TGG, the episode of F6 (stomach) ryodoraku of Excitation was the most, but the episode of F4 (bladder) ryodoraku of Inhibition was the most. In FGG, the episode of F2 (liver) ryodoraku of Excitation was the most, but the episode of F1 (spleen) ryodoraku of Inhibition was the most. After taping ,at the 20th minute, the episode of abnormal ryodoraku in TGG had been restored significantly to physical range more than in FGG(p＜.05), especially in Excitation(p＜.001). Taping the super high pure germanium semiconductor may improve the abnormal ryodoraku syndrome which result from Excitation of F6 (stomach) and F2(liver) ryodoraku, such as inflammation of stomach, anomalies of joints, stiff neck muscle, toothache, thirsty, sore throat, mastitis, sleeplessness, abnormal liver, abnormal genital (problems of menses), postural hypotension, headache, vertigo, abnormal eyes and sore muscle, etc. Conclusion: In this study, the sports player had more episodes in Excitation than in Inhibition. The episode of Excitation of F6 (stomach) ryodoraku was the most and F2 (liver) ryodoraku was the second. The episode of Inhibition of F1 (spleen) ryodoraku was the most and F4 (bladder) ryodoraku was the second. The effect of super high pure germanium semiconductor makes great significance of the episodes of restoring abnormal ryodoraku back to physical range, particularly in the Excitation.