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구자형,원동찬,조정희,신대식 忠南大學校 環境問題硏究所 1998 環境硏究 Vol.16 No.-
Seven cultivars of tomato were exposed to 0.15μL/L ozone for 20 hours to determine differences in sensitivity. Based upon the degree of foliar injury, the highest degree of sensitive cultivars were 'Daehyongboksu' and 'Goangsu'. Four cultivars, 'Goangmyong', 'Pungyoung' and 'Pinkglory' including 'Pinkforcer' were separated into intermediate sensitive group. 'Neabyongjangsu' was the least sensitive of the 7 tomato cultivars tested. The degrees of ethylene production and epinasty of leaves were relatively consistent with the differences of sensitivity to ozone. However, stomatal and trichome density, transpiration rate, and activities of peroxidase and superoxide dismutase were not clearly related to the ozone sensitivity of cultivars.
申大植 中央醫學社 1942 中央醫學 Vol.11 No.5
Wahrend der 7 Jahre hindurch von 1958, bis 1965, behandelte Diabetiker an der unseren Klinik berichten wollen. Wir fanden vorzuglich uber die betreffen den Kraken dass die Glykosurie bei minimaler Kohlenhydrat-zufuhr, die Kohlenhydrat-toleranz im rasher Abnahme, korperliche Abmagerung, Krafteverlust and Ermudbarkeit(Gliederschmerzen), sogar zeitweise psychishe infektiosen Schaden hinzutreten sind. In der Mehrzahl von 69 Falle handelt es sich um die Glykosurie und den Enzymstoffwechsel im Speichel. Vornehmlich, die Produktion des Verdaungsferment im Speichel mit der Glykosurie bedeutende Rolle gespielte hatte, doch die wichtige Ursache solcher Zustande nicht Zuverlassig. Abgesehn davon oben erwahnenden Problem, nimmt wir je heftiger Glykosurie desto der PH Grad des Speichels neigt zur Azidose wahr.
Uniconazole과 Silver Thiosulfate 處理가 강남콩의 오존 被害 輕減에 미치는 效果
具滋馨,元東瓚,趙正熙,申大植 충남대학교 농업과학연구소 1992 농업과학연구 Vol.19 No.2
Studies were conducted to examine the effects of single or combined treatment of uniconazole [(E)-1-(4-chlorophenyl)-4, 4-dimethyl 2(1, 2,-4-triazol-1-yl)-1-penten-3-ol)] and silver thiosulfate (STS) on reducing ozone injury to snap beans (Phaseolus vulgaris L. `Strike'). Two weeks after seeding, plants were given a soil drench of uniconazole(XE-1019) solution at concentrations of 0.001, 0.005 and 0.025 mg/pot. and then two days prior to ozone fumigation. 0.3 and 0.6 mM STS containing 0.01% Tween-20 were also sprayed. Uniconazole was effective in providing protection against ozone injury through increase activities of free radical scavengers such as superoxide dismutase (SOD) and peroxidase (POD) as well as the increase of chlorophyll content and stomatal resistance resulted from plant growth retardation. The phytoprotective effects of STS seemed to be related to its properly of blocking the ethylene action and increasing activities of SOD and POD. Even at low concentrations, a combined treatment with uniconazole drench, STS spray significantly reduced ozone injury compared to single application.