4.Effect of Kumi-binro-to on Chronic Headache.
Hiroaki KIMURA ; Isamu HORIGUCHI ; Tetsuya OTAKE
Kampo Medicine 2002;53(6):657-662
A total of 20 chronic headache cases in which other Kampo medicines were ineffective or hardly effective were treated with Kumi-binro-to extract, and the effect of this medicine was investigated.
At the start of administration, we investigated the following items: any deficiency or excess, presence or absence of stagnation of vital energy (facial erythema, ophthalmologic injection, bitter taste in the mouth, etc.) and disease caused by contaminated water (tendency of edema, sound of fluctuating liquid in the region of the stomach, decreased urine volume) as well as the presence or absence of grasping pain (pressure pain) in the gastrocnemius muscle which is a characteristic symptom as a target of this drug. The efficacy of Kumi-binro-to was assessed by a pain score after weeks from the start of administration.
Kumi-binro-to was markedly effective in 5 cases, effective in 11 cases and ineffective in 4 cases, indicating that the ratio of markedly effective and effective cases accounted for 80% of the patients treated. There was no adverse reaction. When the characteristics of 16 cases assessed as markedly effective or effective were investigated, disease caused by contaminated water and stagnation of vital energy was observed in 13 and 14 of the 16 cases respectively. The grasping pain in the gastrocnemius muscle that is a characteristic target of this drug was noted in only one case.
The above result suggests that Kumi-binro-to promotes diuresis to eliminate wetness-evil and regulates vital energy, and is effective against chronic headache, especially when the disease caused by contaminated water is accompanied with stagnation of vital energy.
5.Implementing Effective Exercise and Cognitive Training Interventions in the Community for the Prevention of Dementia
Takehide KIMURA ; Hiroaki NAOI ; Hideyuki SAITO
An Official Journal of the Japan Primary Care Association 2019;42(3):174-180
The prevention of dementia is an important issue that should be addressed in Japan. To prevent dementia, it is important to implement interventions (e.g., exercise or cognitive training) for the healthy community-dwelling elderly. However, such interventions are not always evidence-based. In this review, we evaluated exercise and cognitive training intervention protocols for the prevention of dementia based on recent findings. In addition, we proposed specific methods for implementing such interventions in the community.
9.A Case of Abdominal Aortic Aneurysm with Horseshoe Kidney.
Eiji KIMURA ; Shigefumi SUEHIRO ; Keijirou NISHIZAWA ; Toshihiko SHIBATA ; Yasuyuki SASAKI ; Koji HATTORI ; Hiroaki KINOSHITA
Japanese Journal of Cardiovascular Surgery 1993;22(6):497-500
A 66-year-old man with an abdominal aortic aneurysm and coexisting horseshoe kidney is reported. The aneurysm was successfully replaced by a prosthetic graft without resection of the renal isthmus. Because of renal blood supply and location of renal isthmus, aortic reconstruction presents a significant technical problem. Preservation of multiple renal arteries may be facilitated by preoperative aortography, and retraction of the renal isthmus offers good operative exposure.
10.THE EFFECTS OF VARIOUS ANGULAR VELOCITIES ON KNEE KINESTHESIA
MIYUKI MIYAZATO ; YUKIO URABE ; YUKI YAMANAKA ; YASUYUKI UEDA ; ORIE YAMAGUCHI ; KANA KANAI ; HIROAKI KIMURA
Japanese Journal of Physical Fitness and Sports Medicine 2008;57(5):563-568
In this study, we investigated whether a difference in the angular velocity has an effect on proprioceptive sensibility in 30 healthy subjects. Knee detection of passive motion at five angular velocities (0.1°/s, 0.2°/s, 0.3°/s, 0.4°/s, and 0.5°/s) was carried out from a starting position of 15° knee flexion for extension using a proprioception testing device. At 0.1°/s, the elapsed time was longer than that of the other angular velocities and the angular displacement was bigger as well. There were no significant differences among the remaining angular velocities (0.2~0.5°/s). Therefore it is suggested that a healthy knee has less proprioception at an angular velocity of 0.1°/s.