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박순호 龍仁大學校 2002 용인대학교 논문집 Vol.20 No.-
The purpose of this study was to compare the CSAI-2 factors and to development the norms of table tennis athletes in competition. Subjects were 125 table tennis athletes. For CSAI-2 adopted Martens(1982) was used in this research. The main finding of this study were as follows. First, there was significant mean difference in the self-confidence factor(F=3.27*) among high school, university and business athletes, however there were no differences in other factors. Second, there were no significant mean differences in all factors among under 6.42th, 6.43th∼11.81th and over 11.82th years by career. Third, there was significant mean difference in the somatic state anxiety factor(F=3.81*) among elite and non-elite athletes by level, however there were no differences in other factors. Fourth, there were 9∼32 norm scores of high school athletes, 9∼30 norm scores of university athletes, and 10∼33 norm scores of business athletes in the cognitive anxiety factor. Fifth, there were 10∼30 norm scores of high school athletes, 12∼30 norm scores of university athletes, and 11∼29 norm, scores of business athletes in the somatic anxiety factor. Sixth, there were 9∼32 norm scores of high school athletes, 11∼30 norm scores of university athletes, and 14∼28 norm scores of business athletes in the self-confidence factor.
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테니스 선수들의 CSAI-2 적용가능성을 위한 확인적 요인분석
박순호 龍仁大學校 體育科學硏究所 2004 體育科學硏究論叢 Vol.14 No.1
The purpose of this study was to test the validity of the CSAI-2. The subjects participated in this study were 277 persons(middle school-103, high school-104, college-70). This study used the 'Competitive State Anxiety Inventory-2' developed by Martens(1990). We applied Item Analysis, CFA(Confirmatory Factor Analysis) for the statistic analysis, and SPSS v11.0 and AMOS v4.1 program was used for the calculations. We obtained the following results. These three factors-somatic state anxiety factor, state confidence factor and cognitive state anxiety factor- were found to be verified through the confirmatory factor analysis. This model identification was confirmed to be a proper model in the Q, GFI, AGFI, TLI. CFI, RMSEA and RMR.
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CTX-M형 ESBL 생성 비장티푸스성 살모넬라의 특성
박순호,서일혜,안정열,박필환,김경희,송영희,김정은 대한감염학회 2010 감염과 화학요법 Vol.42 No.1
Background: Extended-spectrum ß-lactamase (ESBL)-producing Salmonella have been increasingly reported worldwide. ESBL-producing Salmonella is of particular concern since children cannot be treated with quinolones. This study was conducted to determine the phenotypic and genetic characteristics of ESBL-producing Salmonella in a tertiary hospital. Materials and Methods: Four clinical ESBL-producing isolates of non-typhoidal Salmonella were collected during 2001 to 2009. Antimicrobial susceptibility was determined by disk diffusion test and VITEK-II system. ESBL production was tested by ESBL phenotypic confirmatory test. TEM, SHV, CTX-M1, CTX-M2, CTX-M8, and CTX-M9 type ESBL genes were detected by PCR amplification, and PCR products were subjected to direct sequencing Results: Phenotypic confirmatory test showed that 4 of the 300 non-typhoidal Salmonella isolates were ESBL-producing: 3 S. Enteritidis and 1 S. Typhimurium. All 4 isolates were recovered during the past 1 year period. All 3 S. Enteritidis harbored CTX-M-15, while the S. Typhimurium harbored CTX-M-14. All CTX-M-15-producing S. Enteritidis isolates showed resistance both to cefotaxime and ceftazidime, while the CTX-M-14-producing S. Enteritidis were resistant only to cefotaxime. Conclusions: ESBL-producing nontyphoidal Salmonella has emerged recently and the type of ESBL has switched from TEM and SHV to CTX-M.
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大學柔道選手들의 Body Density 推定回歸式 作成
남덕현,장은경,박순호 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 measure accurately the body fat of 37 male university Judo players based on the underwater weighing method, to calculate the body density and the body fat using Futrex, Impedance, Caliper, Skyndex and Ultra-sound and to present the prediction formula of residual volume and calculate the body density by regression equations based on the data from anthropometric measurements. 1. The body % fat of Judo players from the underwater weighing method was 72± 2.44%. 2. The residual volume was 1.3350±0.2476(1) by the oxygen rebreathing method and 1.0977±0.1238(1) by the indirect method of vital capacity. The regression equation using the vital capacity was : Residual volume(1)=0.2165+0.000245×vital capacity. 3. The regression equations of the body density calculated from the measurement of skinfold thickness were as follows: The body density by Caliper(g/ml)=1.0941-0.00088×subscapular-0.001026×triceps. The body density by Skyndex(g/ml)=1.0932-0.001137×subscapular-0.00070×triceps. The body density by Ultra-sound(g/ml)=1.1095-0.00306×triceps-0.0015×femoral. 4. The regression equations of the body density caculated from anthropometric measurements were as follow: 1) The regression equation of the body fat on skinfold thickness The body density(g/ml)+1.1007+0.000507×grith of hip-0.00145×grith of thigh+0.00122×grith of lower thigh. 2) The regression equation of the body density based on skinfold thickness by Caliper, grith of the body, height, weight and age. 3) The regression equation of the body density based on skinfold thickness by skyndex, grith of the body, height, weight and age. The body density(g/ml)=1.0808-0.0010The regression equation of the body density based on skinfold thickness by subscapular-0.0011The regression equation of the body density based on skinfold thickness by triceps+0.0002×height-0.0016×age. 4) The regression equation of the body density based on skinfold thickness by Ultra-sound, grith of the body, height, weigth, and age. The body density(g/ml)=1.1228-0.0030×triceps-0.0017×femora+0.0004×minimum grith of lower thigh-0.0010×age.
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