Oketsu-night sweat was first mentioned in the “Yi lin gai cuo” by Wang Qing ren and the “Xue zheng lun” by? Tang Rong chuan, but there are few explanations of its disease condition. Thus we made pathological studies in Oriental medicine based on three cases (women), where Oketsu-sho was alleviated with Keppu-chikuo-to modification, and Teitou-gan and Tokaku-joki-to (Tao he cheng qi tang) modification. Common disease conditions were Netsu-sho or heat syndrome (summer incidences, redness, flushing during night sweat), and lower Oketsu symptoms (lower abdominal distention, distention and cramping of the lower abdomen, and increased urinary frequency). The theory of these disease conditions is as follows: During sleep, Wei-energy enters the blood. Because of this, Wei-energy of the body surface becomes asthenia making it easier to break out in sweat. The Wei-energy in the blood is depressed by Oketsu, and heat of Oketsu becomes stronger during the night. This fever heats and evaporates bodily fluids, and as a result fluids are pushed outward and cause night sweat. Therefore heat syndrome appears to be a pre-condition of Oketsu-night sweat. If the lower aspect of the body is taken to mean the liver, one would hypothesize that Oketsu-night sweat is more likely to emerge because blood accumulates in the lower area because it returns to the liver at night. Thus, it is thought to be necessary to consider Oketsu as one of the causes of night sweat.

Four patients with fulminant myocarditis (two males and two females, age 21-67 years old) were examined during 1995-2001. Fulminant myocarditis was diagnosed based on clinical features, abnormal electrocardiographic and echocardiographic findings, and increased serum enzyme levels. In three of four cases, the diagnoses were confirmed histologically in autopsy. All four patients had flu-like symptoms and fever at the start. One patient died suddenly next day. Other three patients went into cardiogenic shock five and seven days after the onset of symptoms and hospitalized, and treated with temporary pacing, steroid pulse therapy, catecholamine (in all three patients) and percutaneous cardiopulmonary support : PCPS (in one patient), but they died within ten days. Electrocardigrams showed ventricular escape rhythm, ST elevation associated with Q wave, and low voltage of the QRS complex. Markedly increased serum enzyme levels, severe metabolic acidosis and disseminated intravascular coagulation were thought to be indicative of poor prognosis. Early recognition of cardiac involvement and using of PCPS without hesitation in an acute phase could improve the outcome of fulminant myocarditis.
Myocarditis ; Clinical ; Therapeutic brand of coal tar ; symptoms <1> ; Serum

We provided inpatient rehabilitation treatment and return-to-school guidance to a junior high school student with medulloblastoma and pervasive developmental disorder (autism spectrum disorder). Here we describe the rehabilitation treatment for patients with physical and developmental disabilities. A 13-year-old boy who was diagnosed with pervasive developmental disorder at 4 years of age was able to perform activities of daily living independently and attend junior high school. However, he was admitted to our hospital with new-onset ataxia. Magnetic resonance imaging revealed a cerebellar tumor. After total tumor excision was performed, pathological analysis revealed medulloblastoma, which was treated initially with radiation therapy and then chemotherapy for 1 year. Rehabilitation was initiated 2 days post-surgery. We evaluated his communication abilities. He showed stereotypical behavior owing to the autism spectrum disorder；therefore, we performed low-intensity repetitive exercises. The functional independence measure score at discharge was 67/126 (motor 44/91, cognitive 23/35). We taught his teachers how to properly assist him, and he successfully returned to school post-discharge. Although this was a case in which the child had multiple disabilities, ataxia caused by the medulloblastoma aggravated his developmental disability. Thus, understanding the characteristics of communication and its strengths was vital in determining a treatment plan that enabled his return to school.

We provided inpatient rehabilitation treatment and return-to-school guidance to a junior high school student with medulloblastoma and pervasive developmental disorder (autism spectrum disorder). Here we describe the rehabilitation treatment for patients with physical and developmental disabilities. A 13-year-old boy who was diagnosed with pervasive developmental disorder at 4 years of age was able to perform activities of daily living independently and attend junior high school. However, he was admitted to our hospital with new-onset ataxia. Magnetic resonance imaging revealed a cerebellar tumor. After total tumor excision was performed, pathological analysis revealed medulloblastoma, which was treated initially with radiation therapy and then chemotherapy for 1 year. Rehabilitation was initiated 2 days post-surgery. We evaluated his communication abilities. He showed stereotypical behavior owing to the autism spectrum disorder；therefore, we performed low-intensity repetitive exercises. The functional independence measure score at discharge was 67/126 (motor 44/91, cognitive 23/35). We taught his teachers how to properly assist him, and he successfully returned to school post-discharge. Although this was a case in which the child had multiple disabilities, ataxia caused by the medulloblastoma aggravated his developmental disability. Thus, understanding the characteristics of communication and its strengths was vital in determining a treatment plan that enabled his return to school.