1.The Analysis of Kampo Medicines (Traditional Japanese Herbal Medicines) in our Kampo Clinic
Manami TAKAKIWA ; Sung-Joon KIM ; Shogo ISHINO ; Toshihiko HANAWA
Kampo Medicine 2009;60(1):49-60
Kampo formulae are selected according to a patient's symptoms. In certain cases the decoctions are modified with additional herbs to provide a suitable treatment. Knowledge of herbs and formulae used clinically in Kampo medicine is essential; however there is a lack of knowledge on how extensively certain herbs are applied. We have analyzed our Kampo outpatient clinic prescriptions for September 2004. The 20 most frequently applied formulae accounted for 60% of all prescriptions. Also, we analyzed our patients' medical backgrounds in relation to the most frequently used 20 prescriptions in September 2004, and the distribution of our patients for each prescription. The distribution of patients for each prescription differed significantly from the distribution of all patients. As a last point, we looked at which herbs were most frequently added to prescriptions. The most frequently added herb was Astragali Radix, followed by Coicis Semen and Aconiti Tuber. We consider this to be significant information for Kampo physicians and pharmacists.
Medicine, Kampo
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seconds
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Distributing
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Clinic
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Analysis
2.Dengue vector surveillance in urban residential and settlement areas in Selangor, Malaysia.
Chee Dhang Chen ; Seleena Benjamin ; Mohd Masri Saranum ; Yee Fook Chiang ; Han Lim Lee ; Wasi Ahmad Nazni ; Mohd Sofian-Azirun
Tropical biomedicine 2005;22(1):39-43
Ovitrap surveillance was conducted in two urban residential areas (Taman Samudera Timur and Taman Samudera Selatan) and in a settlement area (Kampung Banjar), which is located 16 km from Kuala Lumpur city center, Malaysia. In Taman Samudera, dengue cases were reported monthly in 2003/2004. Thus, a study was initiated to determine the distribution and abundance of dengue vectors, Aedes aegypti and Ae. albopictus. The ovitrap surveillance indicated that Ae. aegypti and Ae. albopictus were present both indoors and outdoors. The residential sites had 73 - 79% of the ovitraps with just Ae. aegypti population and Kg. Banjar had 56% of the ovitraps with just Ae. aegypti. In the indoor and outdoor of the residential areas, together with the settlement area, the Ae. aegypti density was significantly more than Ae. albopictus (p < 0.05) by 3 - 50 folds. There was no significant difference in the larval numbers of Ae. aegypti between indoors and outdoors (p > 0.05), thus implicating that adult gravid female Ae. aegypti are present both indoors and outdoors and they do oviposit indoors and outdoors. Ae. aegypti can be incriminated as the principal dengue vector in the urban residential site, Taman Samudera and in the settlement area, Kg. Banjar.
Dengue
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legal surveillance
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Malaysia
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lower case pea
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Distributing