Recently, the number of athletes who receive acupuncture therapy is increasing. However, most of these athletes receive acupuncture therapy with single-acupuncture and/or electro-acupuncture to a local point, or a trigger point. We experienced two water polo athletes who were improved using acupuncture and moxibustion therapy with “zuisho” therapy. Case 1 was 16 year old man. He became aware of pain in his right thumb after training, which continued with extended training time, a numbness in his left hand appeared more, and he received acupuncture and moxibustion therapy. These symptoms disappeared immediately with acupuncture and moxibustion therapy using the standard traditional methods, such as contact needling to a yuan point, and in situ acupuncture to a back shu point, etc. Case 2 was 17 year old man. He received acupuncture and moxibustion therapy for lumbago and stiffness of the neck. These symptoms disappeared immediately after acupuncture and moxibustion therapy using the standard traditional methods such as contact needling to a yuan point, and inserting needles into a back shu point, an extra meridian, etc. In these two cases, symptoms were improved with “zuisho” therapy, and both could continue with longer and more strenuous training. This suggests that acupuncture and moxibustion therapy using the standard traditional methods are useful for athletes.
Acupuncture ; Therapeutic procedure ; symptoms <1> ; Training ; Water

Characteristics of low attenuation area (LAA) of the lungs on HRCT were studied in 132 patients with asthma, and long-term spa therapy on the LAA of the lungs was observed in 5 patients with asthma, whose me an %LAA was more than 30%.
1. The morphology of LAA of the lungs on HRCT observed in asthma was different from that in pulmonary emphysema. 2. The LAA of the lungs in asthma was closely related to residual volume (RV). 3. The mean %LAA value significantly decreased from 33.5% before spa therapy to 24.5% at 24 months after beginning of the therapy. CT number also significantly increased after long-term spa therapy. 4. %FEV1.0 value significantly improved from 52.1% before spa therapy to 72.1% at 24 months after spa therapy. The RV value also decreased by spa therapy, however, the decrease was not significant. These results suggest that LAA of the lungs in asthma is associated with hyperinflation, and the LAA of the lungs decreases after long-term spa therapy.

Clinical effects of spa therapy for patients with pulmonary emphysema (PE) were evaluated by observing changes in %LAA of the lung on HRCT, %RV, %FVC, %FEV 1.0, and %DLco values after the long-term therapy. The subjects in this study 16 patients with PE. The subjects were divided into two groups according to the extent of %LAA<-950 HU of the lung on HRCT: %LAA<50% (N=6) and 50%≤%LAA (N=8). 1. Spa therapy significantly improved %LAA (42.5% at the initial stage to 36.3% 24 months after spa therapy), %RV (202.1% to 156.1%) and %DLco 71.0% to 85.7%), but not %FVC and %FEV 1.0, in patients with PE of %LAA<50%, however, significant. Improvement of these parameters was not observed in patients without spa therapy. 2. Spa therapy did not improve the values of %LAA, %RV, and %DLco, as well as %FVC and %FEV 1.0, in patients with PE of 50%≤%LAA. These parameters tended to decrease in the patients of 50%≤%LAA. These results suggest that spa therapy improves %LAA and parameters related to pulmonary function when they are at early stage of PE, however, the therapy was not remarkably effective for these parameters when they were at advanced stage of PE.

Spa therapy has been performed at our medical center for last 20 years. The changes in number and frequency of patients with respiratory disease were analyzed every 5 year for last 20 years. The total number of patients with respiratory disease who were admitted at our medical center for last 20 years was 1934, of whom the number of patients with asthma was 1226 (63.4%), and the number of those with COPD was 415 (21.5%). The number of patients with asthma treated with spa therapy showed a tendency to increase form 57 for the first 5 years (first stage) to 465 for the last 5 years (forth stage). The number of patients with COPD also increased from 26 for the first 5 years to 227 for the last 5 years. The frequency of SDIA decreased from 68.4% for the first 5 years to 29.0% for the last 5 years. In contrast, the frequency of pulmonary emphysema increased 19.2% at the first stage to 76.7% at the forth stage. The number and frequency of elderly patients with asthma and COPD over the age of 60 tended to increase for last 20 years.

N-3 fatty acids are reportedly effective for asthma. In addition, spa therapy has been reported to be effective for patients with asthma. In the present study, the effects of spa therapy combined with perilla seed oil-rich diet (rich in n-3 fatty acid) were examined on asthma. A total of 14 asthmatic patients had a complex spa therapy and consumed a perilla seed oil-rich diet-rich in α-linolenic acid (α-LNA) for 8 weeks. Generation of leukotriene (LT) C4 by leucocytes, respiratory function were analyzed. The generation of LTC4 by leucocytes decreased significantly for 2, 4 and 8 weeks (P<0.05). Peak expiratory flow (PEF) values increased significantly for 2, 4, 6 and 8 weeks (P<0.05). The values of ventilatory parameters [forced vital capacity (FVC), forced expiratory volume in one second (FEV₁), forced expiratory flow after 25% of expired FVC (FEF₂₅), forced expiratory flow after 75% of expired FVC (FEF₇₅), mean expiratory flow during the middle half of the FVC (FEF_25-75)] revealed a significant increase after 4 and 8 weeks of the modified diet (P<0.05). The results suggest that spa therapy combined with a perilla seed oil-rich diet are effective in the treatment of asthma in terms of its ability to suppress LTC4 generation by leucocytes, and in inducing an improvement of pulmonary function.

The effects of long-term spa therapy were studied in 10 patients with pulmonary emphysema: five patients had long-term spa therapy for 5 years (group A), and another 5 patients had not spa therapy for the same 5 years (group B). There were no significant differences in %FVC, %FEV 1.0, %LAA of the lung on HRCT, %DLco and %RV between the two groups. 1. The LAA of the lung on HRCT slightly, but did not significantly increase in patients with spa therapy for 5 years. In patients without spa therapy, the %LAA of the lung significantly increased after 4-(61.1%) (p<0.01) and 5-year observation (65.5%) (p<0.001) compared with the initial value (52.2%). 2. The %DLco and %RV values slightly decreased in patients with spa therapy, but the decrease in the two parameters was not significant. 3. The %DLco significantly decreased (67.2% to 49.0%), and the %RV also significantly increased (175.4% to 230.6%) after 5-year observation in patients without spa therapy. The results obtained here suggest that spa therapy for pulmonary emphysema should start as early as possible when the diagnosis of the disease is decided, and the therapy should be continued as long as possible.

Effects of spa therapy on % low attenuation area (LAA)<-950 HU of the lungs on HRCT at full inspiration, CT number, a ratio of expiratory LAA to inspiratory LAA (exp LAA/ins LAA), residual volume (RV) and diffusing capacity for carbon monoxide (DLco) in asthma were compared between never-smokers and ex-smokers of asthmatics.
1. The % LAA of the lungs on HRCT in asthma significantly decreased after spa therapy both in never-smokers and ex-smokers of asthmatics. CT number also significantly increased in the two groups. 2. The exp LAA/ins LAA significantly decreased after spa therapy in never-smokers, but not in ex-smokers. 3. The %RV also significantly decreased by spa therapy in never-smokers, but not in ex-smokers. 4. The DLco value did not significantly change by spa therapy both in nevers-mokers and ex-smokers. 5. The values of %FVC and %FEV 1.0 tended to increased in the two groups, but the increase was not significant. The value of FEV 1.0% significantly increased after spa therapy in never-smokers, but not in ex-smokers. The results suggest that hyperinflation and destruction of terminal airspaces are stronger in ex-smokers than in never-smokers, and that spa therapy is more effective in never-smokers than in ex-smokers.

The effects of spa therapy for asthmatics with a long history of cigarette smoking were studied, compared with the effects for those without smoking history. 1. Of 22 patients with smoking history, 15 (68.2%) had definite efficacy of spa therapy (4 had marked efficacy, and 11 had moderate efficacy), and the residual 7 had slight or no efficacy. In contrast, of 36 patients without smoking history, 29 (80.6%) had definite efficacy. The effects of spa therapy for asthmatics were significantly higher in never-smokers than in ex-smokers.
2. A significant increase in the production of IgE antibodies, bronchial hyperresponsiveness and the generation of leukotrienes B₄ (LTB₄) and C₄ (LTC₄) by leucocytes was observed in ex-smokers compared with never-smokers. 3. The frequency of patients with a positive BAST against inhalant allergens was larger in subjects with slight or no efficacy than in those with marked or moderate efficacy in never-smokers, but not in ex-smokers. 4. Bronchial hyperresponsiveness was significantly increased in patients with slight or no efficacy than in those with marked or moderate efficacy both in ex-smokers and never-smoker. 5. The generation of LTB₄ was more increased in subjects with slight or no efficacy than in those with efficacy both in ex-smokers and never-smokers, however, the differences were not significant. 5. The generation of LTC₄ tended to be more increased in subjects with slight or no efficacy than in those with efficacy in never-smokers, but not in ex-smokers, although these were not significant. The results suggest that an increase in the production of IgE antibodies, bronchial hyperresponsiveness, and the generation of LTB₄ and LTC₄, which might be influenced by cigarette smoking, affect the effects of spa therapy for patients with asthma.

Thalamic pain is known as intractable central pain caused by thalamic bleeding and infarction. Although some physical and surgical therapies have been tried, there is no established method for its improvement. We attempted the treatment of 6 cases of thalamic pain, and 4 of them showed improvements in their symptoms. Our patients were aged 27-70 years, 4 men and 2 women. Their diagnoses were 3 cases of right thalamic bleedings, 1case of left thalamic bleeding, and 2 cases of right thalamic infarctions. The periods from onset to consulting our department were from6months to 12 years. In the 4 cases whose symptoms improved, the symptoms had almost disappeared or were decreased by at least 40%. These improved cases used formulas containing uzu or bushi. Yokukansankachimpihange was effective for two cases with mental disturbances. One case showing major improvement was treated by only the formula against oketsu. The cases whose symptoms had continued for a long time were more intractable, with the symptoms remaining to some degree in spite of their decreasing tendency. Finally, in intractable cases, their symptoms remained fixed and they had severe paralysis.