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We describe 3 cases of easy fatigability successfully treated with hangekobokuto. Case 1 was a 44-year-old woman who had been experiencing fatigue for a long time due to her busy work schedule. Juzentaihoto was ineffective, and she felt abdominal swelling and showed epigastric resistance upon abdominal examination. Case 2 was a 13-year-old woman who became easily tired, had palpitations, felt uneasy, and showed epigastric resistance upon abdominal examination, after moving from overseas to Japan. Case 3 was an 18-year-old woman who became easily tired under the pressure of her studies after entering university, felt uneasy, felt abdominal swelling, and showed epigastric resistance upon abdominal examination. Hangekobokuto relieved these symptoms. In Case 2 and Case 3, there were obvious stressors, and qi stagnation was strongly suspected. In Case 1, although the patient did not complain of obvious stress, she did not respond well to juzentaihoto, which compensates for qi deficiency, so we also considered qi stagnation. For symptoms such as “get tired easily,” qi-tonifying formulas are often used, but qi-regulating formulas including hangekobokuto may also be effective. It is also important to focus on the patient’s mental state and living environment.
ABSTRACT
Kampo formulations can be prescribed for patients with different symptoms. We report two cases with different symptoms : a girl in her early teens and her grandmother. Case 1 was a 13-year-old girl and the grandchild of Case 2. She was unable to attend school. Case 2 was a 73-year-old woman who presented with increased fatigability. After treatment with saikokaryukotsuboreito, both cases experienced improved symptoms. It was suggested that they had the same Kamp pathology because they were related by blood and shared a common environment. Consequently, both cases were effectively treated using one formulation : saikokaryukotsuboreito.
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Objective To investigate the biomechanical and pathological changes in vivo in the taut bands (TB) of biceps femoris in rats after repeated low-frequency electrical stimulation.Methods Twenty-eight Wistar rats were randomly divided into a control group,an electrical intensity-dependent fatigue group,which were subject to electric intensity-dependent fatigue test,and an electrical frequency-dependent fatigue group,which were subject to electrical frequency-dependent fatigue test.After fatigue tests,the taut band of the biceps femoris and the non-taut band of the contralateral biceps femoris were harvested for pathological observation.The maximum contraction force (MCF),electrical intensity-and frequency-dependent fatigue characteristics and any pathological changes in the TBs were assessed and compared to the non-taut band region of the other biceps femoris.Results The MCF at the 15th and 20th stimulation (1.42 ± 0.28 g and 0.93 ± 0.54 g respectively) were significantly lower than that at the 1 st and 5th stimulation of the TBs.High stimulation intensity (HSI) at the 15th and 20th stimulation (3.76 ± 0.71 V and 3.44 ± 0.97 V) were also significantly lower than at the 1st TB stimulation.At the 10th,15th and 20th stimulation of the TBs,MCF and HSI were both significantly lower than in the bands which were not tight.In the frequency-dependent fatigue stimulation tests,the frequency which generated the MCF of the TBs was significantly lower than in the bands which were not tight,while the MCF of the TBs was significantly higher than that of non-TBs.After either intensity or frequency fatigue testing,more severe edema,uneven cytoplasmic death and degeneration of muscle fibers were observed in sections from TBs than from the bands which were not tight.Conclusions Taut muscle bands are significantly less fatigue-resistant than normal muscle fibers.Taut bands may contribute to the fatigue of myofascial pain syndromes.
ABSTRACT
It is not a few cases that present with fever and fatigability of an unknown cause. We report a case of fever and fatigability treated effectively with hangeshashinto. The case was 47 year-old woman who had been having fever and fatigability for three years. Sometimes she could not go to work because of this malaise. She was diagnosed with patterns of qi deficiency, upper body heat and lower body cold, qi stagnation and stagnant blood. We carefully considered shinkahiko (epigastric tightness and resistance).<br>Hangeshashinto was prescribed, and her complaints improved remarkably. Hangeshashinto is a well-known Kampo formulation for treating disorders of digestion. But this suggested that hangeshasinto is effective for a variety of symptoms in patients with digestional disorders, who also have a shinkahiko condition.
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PURPOSE: The aim of the present study was to evaluate the different features of such instruments and how they cause ocular fatigability. METHODS: Under the same settings and circumstances, 75 participants were asked to read the novel, "You without me?" in different formats including paper book, E-book (biscuit(R), Interpark Inc., LG INNOTECK LTD, Korea) and LCD reader (iPad(R), Apple Inc., United States). For every 10 minutes of reading, 10 minutes of rest was provided. After finishing the novel, the participants were asked to complete a questionnaire, and the data obtained were statistically analyzed using univariate analysis. RESULTS: Compared to paper book readers (1.93), LCD readers (2.40) complained of insufficient lubrication in the eye (p = 0.038), and experience more letter-floating illusions (1.92) than did paper book readers (1.49) (p = 0.043). Moreover, compared to the other formats including the E-book (20%) and paper book (8%), LCD readers (72%) experienced more significant glare symptoms (n = 23) and could read at a faster rate than the other groups of readers (n = 26). CONCLUSIONS: In the present study, the I-Pad caused ocular fatigability more easily than the other formats examined. No statistical significance of ocular discomfort or fatigability was observed among the different format groups. Further investigation with a greater number of age-controlled participants should be conducted prior to designing a study to determine the best format for reading.
Subject(s)
Dry Eye Syndromes , Eye , Glare , Illusions , Lubrication , Multimedia , Surveys and QuestionnairesABSTRACT
Introduction : We evaluated the efficacy of daisaikoto for patients with generalized fatigability or easy fatigability by multiple regression analysis.Subject and Methods : The subjects were fifty-three patients with generalized fatigability or easy fatigability, consisting of 6 males and 47 females, mean age 38 y/o (range 23-72), who were treated with daisaikoto according to Sho for more than one month. The relationships between the improvement of generalized fatigability or easy fatigability and 46 factors, including age, sex, height, body weight, hypertension and other symptoms noted at the first medical examination, were examined by multi-dimensional cross-sectional analysis.Results : The factors of sweating, hot flushes, sensation of something stuck in the throat, and feeling of fullness in the chest were significant. Improvement of objective tenderness on the sides of the abdomen and sweating formed the best subset of explanatory variables.Discussions : The sensation of something stuck in the throat and feeling of fullness of the chest often occur under Ki stagnation. The improvement rather than the existence of objective tenderness on the sides of the abdomen is assumed to be more important factor.
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In order to elucidate muscle functional changes by acute reloading, contractile and fatigue properties of the rat soleus muscle were investigated at three weeks of hindlimb suspension and the following 1 hr, 5 hr, 1 d, and 2 weeks of reloading. Compared to age-matched controls, three weeks of unloading caused significant changes in myofibrillar alignments, muscle mass relative to body mass (-43%), normalized tension (-35%), shortening velocity (+143%), and response times. Further significant changes were not observed during early reloading, because the transitional reverse process was gradual rather than abrupt. Although most of the muscle properties returned to the control level after two weeks of reloading, full recovery of the tissue would require more than the two-week period. Delayed recovery due to factors such as myofibrillar arrangement and fatigue resistance was apparent, which should be considered for rehabilitation after a long-term spaceflight or bed-rest.