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고교 장거리 선수의 신체적 및 생리적 특성에 관한 비교 고찰
최충식,오인환,오창석 龍仁大學校 體育科學硏究所 1995 體育科學硏究論叢 Vol.5 No.1
The purpose of this study was to analyze the contribution of anthro pometrical physiological characteristics underlying 5000 meter running performance in high school male distance runners. It has been pointed out that a number of anthropometrical nd physical attributes such as body size, body composition, running economy, pulmonary function, cardiovascular-respiratory function and running history as well as maximal oxygen consumption have relatively association with success in the long distance running performance. Based on the statistical analysis, significant difference (p<0.05) was found between high group runners and low group runners. Enclosed is a summary of the lab test result, field test result. 1. The significant factor determining competitive success in the 5000meter run for high school male long distance runners were their maximal oxygen consumption and the level of Lactate acid.(r=0.87, r=0.86) 2. The reslationship between height and weight 5,000 meter running performance was not significant for high group and low group(r=0.37, r=0.49) 3. There was no significant relationship between percent body fat and body comosition and 5,000meter performance for both.
최충식,오준석 龍仁大學校 1990 용인대학교 논문집 Vol.6 No.-
The aim of this paper is to provide some suggestions for the development of sport for all movement in Korea by reviewing and analyzing the progress in Korean sport for all movement after the Seoul Olympic Games. With a big social change toward true democracy and human welfare, particularly after the Seoul Olympic, the field of sport in Korea has been challenged by a major issue, the promotion of sport for all movement. Since Korea is in her early stage of sport for all movement and has to prepare for the happy sport life of the people in the 21th century with sound body and sound mind, it is required to establish a long term master plan to execute the enhancement policy of national sport and physical education. The following suggestions should be included in the government sport policies which sum up the several tasks derived from the progress in Korean sport for all movement since the 1988 Seoul Olympic Games. 1. The Government philosophy of national sports promotion should lie in the three step goal of individual health, social health, and strengthening of national power. 2. The government should provide systematic and financial organizations to enable the Korea Amateur Sports Association and her affiliated federations to execute the promotion of the national sport for all successfully. 3. To ensure finance for national sport promotion, the finance of sport for all movement in the Ministry of Sport and several sources of financial income should be secured. 4. To secure public sport facilities, government, provincial and city office, and its lower official units(community office) should take charge of the finance for sport facilities according to its capacity. And existing sport facilities should be open to the public for sport for all purpose. 5. Asystematic and political reinforcement to employ sport leaders for community sport facilities should be done. And for the activitization. of sport for all and development of programs the institute of sport for all should be organized obligatorily in every Do-province and city.
Mass Spectrometric Determination of Zn2+ Binding/Dissociation Constant for Zinc Finger Peptides
( Choong Sik Lee ),( Soo Jin Park ),( Jae Young Lee ),( Sungsu Park ),( Kyubong Jo ),( Han Bin Oh ) 한국질량분석학회 2015 Mass spectrometry letters Vol.6 No.1
In the present study, we proposed a simple ESI-MS model for determining Zn2+ binding (or dissociation) constants for zinc finger peptides (ZFPs) with a unique ββα fold consensus. The ionization efficiency (response) factors for this model, i.e., α and β, could be determined for ZiCo ZFP with a known Zn2+ binding constant. We could determine the binding constants for other ZFPs assuming those with a ββα consensus conformation have the same α/β response ratio. In general, the ZPF dissociation constants exhibited Kd values of 10-7~10-9 M, while Kd values for a negative control non-specific Zn2+peptides were high, e.g., 5.5×10-6 M and 4.3×10-4 M for BBA1 and melittin, respectively.