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이인수,문창훈,김경진,김의경,석윤철,이중건 대한내분비학회 1989 Endocrinology and metabolism Vol.4 No.1
Primary aldosteronism is a syndrome result from the autonomous or relatively autonomous secretion of aldosterone. Primary aldosteroism probably accounts for 0.5%~1.0% of the hypertensive population, making it a fairly uncommon cause of high blood pressure. A Case of primary aldosteronism is presented with some literatural review. We report a case of primary aldosteroism due to adrenal cortical adenoma, which was diagnosed by clinical data and abdominal computed tomographic scan. This case of primary aldosteroism complicated with nephrosclerosis due to hypertension. Clinical symptoms and laboratory data returned to subnormal except BUN, Creatinine after surgical adrenalectomy. (J Kor Soc Endocrinol 4:59-65, 1989)
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이인수 順天鄕病院 1976 順天鄕醫報 Vol.1 No.1
Extensive anastomotic channels and collaterals within and between the cerebral surface vens, the deep veins of the brain, the veins of the cerebellum and brain stem, the cavernous sinuses and the emissary veins are explained in turn. And the connections between the intracranial and extracranial veins are also presented. Then some clinical correlations with the venous collateral circulation of the brain are added.
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李寅洙 仁荷大學校 스포츠科學硏究所 1993 論文集 Vol.5 No.-
The following conclusion is drown this comparative study of physical fitness among the Pyknic group and the Leptosome group with 439 student of boys commercial high school located in Inchon. In case of the 100-meter race, there was no difference between the Pyknic group and the Leptosome group. In case of standing broad jump, there was no difference between the Pyknic group and the Leptosome group. In case of the Ball throw, the Leptosome group is 3.67 meter higher then the Pyknic group and there was significant difference.(p<0.005) In case of the chin up, the Pyknic group is 1.26 times higher then the Leptosome group and there was significant difference.(p<0.005) In case of the Sit up, the Pyknic group is 2.88 times higher then the Leptosome group and there was significant difference.(p<0.005) In case of the 1000-meter race, the Pyknic group is 7.33 second faster then the Leptosome group and there was significant difference.(p<0.005)
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고농도 산소가 흰쥐 뇌의 Superoxide Dismutase 및 Catalase 활성도에 미치는 영향
이인수,백광진,이희성 중앙대학교 의과대학 의과학연구소 1988 中央醫大誌 Vol.13 No.4
In the present study, the changes of the supexoxide radical production and the activities of superoxide dismutase(Superoxide:superoxide oxidoreductase, EC 1. 15 1. 1, SOD) and catalase(Hydrogen peroxide:hydrogen peroxide oxidoreductase, EC 1. 11. 1. 6) in the rat brain which exposed to 85% O_2 or 95% O_2 were observed. The results were as follows; 1. All homogenates prepared from the brains of rats exposed to 85% O_2 showed considerably higher activity of Cu,Zn-SOD in comparison with those of the control group(p<0.01). The activity reached to the peak at 5 days after the exposure to 85% O_2. 2. Homogenates prepared from the brains of rats at 3 days, and S days after the exposure to 85% O_2 showed considerably higher activity of Mn-SOD in comparison with those of the control group(p<0.01). The activity reached to the peak at 3 days after the exposure to 85% O_2. 3. After the exposure to 95% O_2, all homogenates of braids of rats showed considerably higher activity of Cu,Zn-SOD in comparison with those of the control group(p<0.01). The activity reached to the peak at 2 days after the exposure to 85% O_2. 4. Only at 2 days and 3 days after the exposure to 95% O_2, the homogenates of the brains of rats showed considerably higher activity of Mn-SOD in comparison with those of the control rats(p<0.01). The activity reached to the peak at 3 days after the exposure to 95% O_2. 5. At 3 days after the exposure to 85% O_2 and at 2 days and 3 days after the exposure to 95% O_2, the homogenates prepared from the brains of rats showed considerably low superoxide radical production in comparison with those of the control group(P<0.01). 6. The activities of catalase of the brains of rats exposed to 85% O_2 were higher than those exposed to 95% O_2. The activities of catalase of the brains of rats exposed to 95% O_2 were similar to those of the control group. The activities of Cu,Zn-SOD of the rat brains increased in higher oxygen concentration. However, the production of superoxide radical decreased. In conclusion, it seems likely that the superoxide dismutase plays an important role in the defense mechanism of the brain when exposed to hyperoxic state.
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