1.Surgical effects of trabeculotomy
Adachi Masaki ; Yamagishi Kazuya ; Inamoto Yuichi ; Tanabe Mayuko ; Tsuboi Kunihiko ; Matsushima Hiromi
Philippine Journal of Ophthalmology 2001;26(3):71-74
To analyze the effect of trabeculotomy on open angle glaucoma in Kansai Medical University, Kouri Hospital, thirty-eight eyes of 26 patients underwent trabeculotomy procedure by one surgeon.The average of intraocular pressure (IOP) after trabeculotomy was 17.7+_ 7.6 mm Hg and their success rate of 5 years was 51.2% by Kaplan-Meier's life analysis method.Trabeculotomy had no serious complications, but 21% showed progression in Goldman perimetry study.Setting the target IOP under 14 mm Hg, such as in progressive glaucomatous eyes, trabeculotomy is second to filtering surgery with MMC.But traceculotomy is basically maintenance-free procedure, so it is useful for actively working patients to reduce some eye drops for glaucoma,
Human
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Aged 80 and over
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Aged
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Middle Aged
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Adult
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Young Adult
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GLAUCOMA
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TRABECULOTOMY
2.Evaluation of the Model Core Curriculum for Clinical Clerkship
Yoshifumi ABE ; Eiji GOTOH ; Mitsuoki EGUCHI ; Nagayasu TOYODA ; Kazuo ITOH ; Yutaka INABA ; Ryozo OHNO ; Tadahiko KOZU ; Yuichi TAKAKUWA ; Yuko TAKEDA ; Masahiro TANABE ; Nobutaro BAN ; Osamu MATSUO ; Osamu FUKUSHIMA ; Hiromichi YAMAMOTO
Medical Education 2004;35(1):3-7
In March 2001, Research and Development Project Committee for Medical Educational Programs proposed a model core curriculum for undergraduate medical education. In this curriculum, implementation of the clinical clerkship is strongly recommended. Two similar curriculum models were later presented by other organizations, and some differences were observed among them. We, Undergraduate Medical Education Committee, have evaluated and compared themodel core curriculum 2001 with the Japanese newer proposals as well as those of USA and UK. Here is reported our proposals for a better rewriting of the learning objectives in the model core curriculum 2001, with some emphasis on the nurture of the competence of the case presentation and decision making process.
3.Desirable Educational Environment for the Better Clinical Clerkship
Hiromichi YAMAMOTO ; Yuko Y TAKEDA ; Masahiro TANABE ; Yoshifumi ABE ; Eiji GOTOH ; Tadahiko KOZU ; Ryozo OHNO ; Kazuo ITOH ; Yutaka INABA ; Mitsuoki EGUCHI ; Yuichi TAKAKUWA ; Nagayasu TOYODA ; Nobutaro BAN ; Osamu FUKUSHIMA ; Osamu MATSUO
Medical Education 2004;35(1):9-15
In order to implement, or enhance the quality of clinical clerkship, it is necessary to develop good educational environment which will be appropriate to allow medical students participate in medical team services. Important things to be considered will be, (1) Systematic management of the individual department's program by the faculty of medicine, (2) Developing educational competency within the medical care team function, and (3) Nurturing students' awareness forself-diected learning and cooperative team work, and teaching- and medical staffs' awareness of their educational responsibilities. In this paper, to develop better educational environment for clinical clerkship, we propose a desirable situation of the educational organization, dividedly describing on the roles of dean, faculties, board of education, department of medical education, clerkship director, teaching physicians, residents and medical students.
4.Influence on the Sweating Function by the Successive Application of Artificial CO2 Bath Salts
Yuko MORIMOTO ; Yuichi TANABE ; Takaaki HORI ; Yuki MIYAUCHI ; Maki SATO ; Michinari KUDOH ; Junichi SUGENOYA
The Journal of The Japanese Society of Balneology, Climatology and Physical Medicine 2020;83(2):45-53
Using healthy volunteers, we examined the influence of emulsified oil and a low concentration of CO2 gas on cutaneous blood flow in the forearm. The forearm of each subject was immersed in 25 liters of warm water containing either 10 ppm emulsified oil or 60 ppm CO2 gas or both. Forearm cutaneous blood flow was measured for 20 minutes. Emulsified oil had no effect on cutaneous blood flow, whereas CO2 gas caused a gradual and significant increase. When CO2 gas was used with emulsified oil, cutaneous blood flow was significantly increased in comparison to CO2 alone, suggesting that emulsified oil enhances the vasodilation caused by CO2. We then prepared bath salts releasing CO2 and emulsified oil, and tested for their influence on sweating function in sixteen healthy adults. Each subject bathed daily 10 minutes either in tap water (control group) or in tap water dissolving bath salts releasing CO2 and emulsified oil (bath-salts group) at 40°C for successive 14 days. A sweating test was performed before and after the session of bathing. In the bath-salts group, the baseline tympanic temperature after successive bathing tended to be lower than that before successive bathing. Although the rise of body temperature during the heat exposure was not different between the groups, sweating rate was significantly greater after successive bathing. The analysis of the rate of sweat expulsion suggested that the greater sweat rate after the successive bathing is mediated by the central mechanism for sweating. Such changes were not observed in the control group. Thus, successive bathing using bath salts that release CO2 and emulsified oil may have a beneficial effect on sweating function.