7.Sho, the Diagnostic Basis of Kampo Medicine ---Classical Concept vs. New Concept---
Kampo Medicine 2007;58(4):699-704
The practice of Chinese medicine has continued for more than 2,000 years, based on its long record of effectiveness. In this regard, Kampo medicine has also been used successfully for these many years, and it is still equally effective today, reflecting the fact that humans have changed little during that duration. In fact, it is said that humans have not undergone much evolutionary change in the last four million years. In contrast to this, however, are the ongoing changes in our environment and surroundings, which are giving rise to a host of new diseases, including many that are allergy-related.In the Japanese system of Kampo medicine, the pathophysiological diagnosis (Sho) and treatment are decided on the basis of two venerable texts, Shokanron and Kinkiyoryaku. There is, as a matter of fact, a prevailing, and possibly too extreme, opinion among Kampo practitioners that Kampo methods and medications not found in these two manuals are not to be applied. However, it is thought that changes had already been made to these texts in 1065-1066 by Rinoku et al., and possibly also by others earlier during the Song Dynasty (960-1279). Furthermore, two other texts, Ishimpo and Taiheiseikeiho, present many points that differ from those found in Shokanron. Thus, it is highly likely that Sho is also based on other revisions possibly carried out on these texts (originally authored by Cho Chukei) before Rinoku et al., if not on their own revised versions. From this, it must be realized that revision itself is not a bad process, and rather that the changes for which Rinoku et al. were responsible are quite in harmony with the present age.We must not be afraid to break with an old style. From the early days of Kampo medicine, Sho was assessed on the basis of the four available examination methods (visual examination, examination according to hearing and smell, questions and answers, and palpation). The field of medicine has since undergone some remarkable transitions, and its current state is one of tremendous development. As part of these newly acquired abilities, elevated levels of leucocytes and CRP as reflecting the state of the disease, for example, can be incorporated into the assessment of Sho. In this sense, Kampo practitioners should adopt and apply useful methods also originating from Western medicine. As a matter of fact, this is in line with the preface of Shokanron, which states that useful medications and methods should be gathered as broadly as possible ( ?? ).
Medicine, Kampo
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Medicine
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Diagnostic
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Classical
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New
8.Clinical Trial of a New Bed-Sensor Using Pyroelectric Type Infrared Sensor
Hideyuki SHIBUYA ; Sonoko OGIWARA ; Keiko OZAWA ; Mika KAMISHIMA ; Tazuko UEMATU ; Kazuaki INOUE
Journal of the Japanese Association of Rural Medicine 2008;57(4):650-655
To prevent accidental falls in medical facilities, various types of bed-sensors have been produced by the clinical engineering department of our hospital. In this study a newly developed bed-sensor using a pyroelectric type infrared sensor was evaluated. The features of this bed-sensor are that it costs only 4,000 yen and can be installed anywhere on beds. It was found that the pyroelectric type infrared sensor (AMN13112) made by Matsushita Electric Works served our purpose. We test used the new bed-sensor in the for three months in the patient's ward and in the health care facility for the elderly attached to our hospital, as the systems to monitor patients who are attempting to get up, to prevent patients from leaving the bed unattended, and to replace the conventional floor sensor. As a result, it was formed that the new sensor is very usable in these applications and is also excellent in safety. But when the bed-sensor was installed in a wrong position, it was activated as a typicel nurse call system. For practical use, some improvements are necessary in stabilizing detection distance and precise control of sensitivity.
Sensors
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seconds
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Type 1
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New
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Hospitals
9.Safety of Intravitreal Ciprofloxacin in Phakic Rabbit Eyes Determined with Electroretinography.
Journal of the Korean Ophthalmological Society 1995;36(8):1295-1301
This study was conducted to determine the safe intravitreal dosage of ciprofloxacin. Twenty-four phakic eyes of New Zealand pigmented rabbits were used. Each group(4 eyes) received midvitreal ciprofloxacin of 100, 200, 400, 600, 800 micro gram in 0.1ml BSS Plus, or 0.1ml BSS Plus only as control. We evaluated retinal function by measuring the electroretinograms for a graded series of flash intensities and fitting b-wave amplitudes to the Naka-Rushton equation. At a dose of greater than 600 micro gram, Rmax decreased signifantly and log K increased signifantly. N-value decreased slightly. B-wave amplitude decreased as a toxic response of intravitreal ciprofloxacin in a dose dependent manner, and this response was best detected using lower luminance stimuli. Lower luminance electroretinography revealed a significant decrease in b-wave amplitude in eyes injected with a dose of 400 micro gram or more. We concluded that 200 micro gram will be the safe intravitreal dosage of ciprofloxacin in phakic rabbit eyes.
Ciprofloxacin*
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Electroretinography*
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New Zealand
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Rabbits
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Retinaldehyde
10.The Optimal Period of the Pedicles Implantation for the Patent Vasculature in the Prefabricated Periosteofascial Flap through the Vascular Pedicles Transfer.
Seo Hyun KIM ; Sang Bum KIM ; Byung Il LEE
Journal of the Korean Society of Plastic and Reconstructive Surgeons 2005;32(3):319-326
This study was designed to investigate the optimal period of pedicles implantation in the prefabricated periosteofascial flap using a vascular tissue transfer. Flap prefabrication was prepared with a transposition of the central pedicles of right auricle on the calvarium of the New Zealand white rabbit. Thirty flaps were divided into five groups of six flaps, including control group (group I) of the conventional periosteofascial flap based on the right lateral border of parietal bone. The prefabricated flap was elevated as a 2x2cm sized island flap and reposed in place in 1, 2, 3, and 4 weeks after the pedicles transfer in groups II, III, IV, and V, respectively. Five days after flap repositioning, the flap viability and vascularity were evaluated with microangiography and histological study quantitatively. The flap survival was increased in accordance with the implanted period of the pedicle. New vessels developed around the implanted pedicle in the 2nd week, and overall vascularization of the flap was accomplished in the 3rd week. The flap with 4 weeks of implantation period, however, showed the same survival rate as the control group. In conclusion, prefabricated periosteo- fascial flap can be created with a vascular tissue transfer, and the optimal duration of the pedicle implantation is more than 4 weeks to obtain adequate flap survival.
New Zealand
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Parietal Bone
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Skull
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Survival Rate