1.The Effects of Self-directed Practice using Peer-tutoring on Confidence, Performance and Learning Satisfaction of Nursing Students in Practicing Core Nursing Skills.
Myoung Ran YOO ; Myungsuk KANG ; Hyewon KIM ; Hye Lee HAN ; Ju Young CHOI
Journal of Korean Academic Society of Nursing Education 2017;23(1):27-36
PURPOSE: The purpose of the non-equivalent control group pretest-posttest study was to test the effects of self-directed nursing practice using peer-tutoring, on the level of confidence, performance and learning satisfaction of nursing students in practicing core nursing skills. METHODS: The data were collected from 80 junior nursing students at a nursing college in Daejeon before and after 3 weeks of intervention on practicing six core nursing skills, according to the highest order of priority. The subjects were divided into the peer-tutoring practice group (PTPG, n=40) and the lecturer-guided practice group (LGPG, n=40). The data were analyzed using mean, frequency, and t-test. RESULTS: The PTPG scored statistically higher than the LGPG on the performance of ‘indwelling urinary catheterization’ and ‘wearing protection equipment while entering quarantine room & disposing waste’ The PTPG scored statistically higher than the LGPG on the confidence of ‘indwelling urinary catheterization’ and ‘inserting intravenous catheterization’. The PTPG scored statistically higher on learning satisfaction than LGPG. CONCLUSION: The results showed that self-directed nursing practice using peer-tutoring could be effective for nursing students in improving proficiency in core nursing skills and might be applied to core nursing skills training.
Clinical Competence
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Humans
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Learning*
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Nursing*
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Quarantine
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Students, Nursing*
2.Correlations of C-reactive Protein Levels with Obesity Index and Metabolic Risk Factors in Healthy Adults.
Euijoo JUNG ; Myungsuk KIM ; Eunyoung JUNG ; Jonguk KIM ; Keunmi LEE ; Seungpil JUNG
Journal of the Korean Academy of Family Medicine 2006;27(8):620-628
BACKGROUND: C-reactive protein (CRP) is one of the increasing plasma proteins in inflammatory diseases and tissue necrosis and recent evidence show that increased elevated levels of CRP are associated with an increased risk of coronary heart disease (CHD) and obesity. To investigate the relationship of obesity and CRP, we evaluated the correlation of CRP with obesity index in healthy adults. METHODS: The subjects included 1,926 healthy adults (1,168 men and 758 women) who visited the Health Promotion Center of a general hospital from May to December 2004. We excluded subjects who had inflammatory diseases, and investigated based on age, physical examination, blood pressure, fasting plasma glucose, serum lipid profile, percentage of body fat, and body mass index (BMI). CRP was analyzed by method of Turbid Immuno Assay (TIA) which has high sensitivity-CRP. We evaluated serum level of CRP in relation to %body fat, BMI, and clustering of metabolic risk factors. RESULTS: Comparing the median CRP with the percentage of body fat, BMI, clustering of metabolic risk factors the value of CRP significantly increased according to increase in %body fat BMI and metabolic risk fakfor (P<0.001). The proportion of elevated CRP levels (> or =0.22 mg/dL) was increased as %body fat, BMI, and clustering of metabolic risk factor increased. The Odds Ratios for elevated levels of CRP were 1.5 (95% CI 1.0~2.1) in men and 2.9 (95% CI 1.7~4.8) in women for subjects with obesity (BMI> or =25 kg/m2), 2.0 (95% CI 1.3~2.9) in men with more than 25% %body fat, and 2.5 (95% CI 1.4~4.1) in women with more than 30% %body fat. CONCLUSION: As %body fat increased, the proportion of elevated CRP (> or =0.22 mg/dL) level increased in men and women. We conclude that obesity is related with CRP.
Adipose Tissue
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Adult*
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Blood Glucose
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Blood Pressure
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Blood Proteins
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Body Mass Index
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C-Reactive Protein*
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Coronary Disease
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Fasting
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Female
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Health Promotion
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Hospitals, General
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Humans
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Male
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Necrosis
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Obesity*
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Odds Ratio
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Physical Examination
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Risk Factors*