PURPOSE: The purpose of this study was to identify the change and difference and relationship of postpartum depression and physical image. METHOD: The subjects consisted of 86 postpartum women at one general hospital in Seoul. The data was collected from September to November 2001. The instrument used for this study were SRD (Self-Rating Depression Scale) and Norris' Body Image Scale to evaluate depression and body image. The collected data was analyzed with frequency, mean, t-test, paired t-test, ANOVA and Pearson's correlation coefficient. RESULT: The result of this study were as follows: 1.The mean score of D2 was significantly higher than D1(p=.003). There was no difference significantly B1 and B2(p=310). 2. There was significant correlation between the two, D1-D2(r=.381, p<.01), B1-B2(r=.364, p<.01), D1-B1(r=.579, p<.01), D2-B2(r= .567, p<.01). (D1: depression of postpartum 1-3days, D2: depression of postpartum 6-8weeks, B1: body image of postpartum 1-3days, B2: body image of postpartum 6-8weeks) CONCLUSION: There was very high postpartum depression in postpartum women, but body image was positive. Also, there was correlated to postpartum depression and body image. Thus it is necessary to implement nursing intervention focused on to decrease the postpartum depression and to enhance the body image of the postpartum women.

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• Effects of Self Efficacy, Body Image and Family Support on Postpartum Depression in Early Postpartum Mothers
  Ji-Won Lee, Yong-Sook Eo, Eun-Hye Moon
  Journal of the Korea Academia-Industrial cooperation Society.2015; 16(6): 4011.     CrossRef

The purpose of the study was to investigate the level of health behavior of school-age children and to identify the predicting variables of the school-age children's health behavior. The subject were 467 children in grades four to six, enrolled in two elementary schools located in two cities. The mean age of the subject was 10.03(SD=1.33). The data were analyzed using t-test, ANOVA, correlation analysis, and stepwise multiple regression. The result are as follows: 1. The mean of the score of health behavior of the school-age children was 154.6, showing thar they are practicing health behavior relatively well. 2. There were significant differences in the mean scores of health behavior according to grade(F=6.53, p=.001), sex(t=-3.70, p=.000), educational level of the parents(F=4.92, p=.002; F=4.47, p=.004), occupation of the patients(F=3.31, p=.003;F=4.76, p=.000), and socioeconomic status(F=11.87, p=.000). 3. There were significant correlations between health behavior and health motivation(r=.53, p=.000). self-concept(r=.32, p=.000), perceived health status(r=.16, p=.000), and health locus of control(r=.15, p=.001). 4. Health motivation, self-concept, grade, socioeconomic status, and health locus of control were identified as predictor variables of health behavior of the school-age children from the stepwise multiple regression analysis. The total percent of variance accounted for by these five variables was 35.0%. From the result, it is suggested that in the development of a school health education program, the effect of health motivation and self-concept to promote student's health behavior in school-age children should be considered.

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• Mental health and health behaviors in multicultural families: The impact of parents’ cultural background
  Yoora Hwang, Mijeong Kwon, Jimin Kim, Hyekyeong Kim
  Korean Journal of Health Education and Promotion.2024; 41(2): 1.     CrossRef
• A Comparative Study of Youth Health Risk Behaviors by Region: Focused on Metropolitan Areas, Medium Sized and Small City Areas, and Rural Areas
  Eunok Park
  Journal of Korean Academy of Nursing.2010; 40(1): 14.     CrossRef

The Fluid and electrolytes balance in the body is of critical importance in maintaining good health. When the fluid and electrolyte imbalance is present, patients are in great danger. They must be assessed immediately by a nurse so that appropriate treatment can be started as soon as possible. Patients' fluid intake and output records contain highly important information for the diagnosis and treatment of fluid imbalance, but, these records are often inaccurate and the method of recording the fluid intake is not universial for every hospital. Because they are few quantitative measurements of a patient's hydration, the need to improve the accuracy of fluid intake records is very important. However, very few studies have been done to investigate the accuracy of measurements of patients' fluid intake and output. The purpose of this study was to investigate the methods used for calculation of fluid intake which is most similar to fluid output in normal adults and hospitalized patients. This study focused on three different calculation methods for fluid intake and compared these to fluid output and developed suggestions as to the ideal way to record fluid intake. Data for 43 hospitalized patients and 37 normal adults were analyzed. The findings of this study are as follows; 1) In normal adults, the daily intake of water which enteres by the oral route was 2415ml(the first method of calculation). The daily intake of water in the form of pure water or some other beverage was 1365ml(the third method of calculation). The daily intake of water including fresh fruits and vegetables, rice, porridges, and Me urn which have water content more than 80% were 2186ml (the second method of calculation). 2) The urine output of the normal adults was 1350ml. This apprroximates the amount of fluid an adult takes in the form of pure water. 3) In patient group, the total intake of water was 2550ml(the first method of calculation). The intake of water in the form of pure water or as some other beverage and IV fluid was 1661ml (the third method of calculation). The daily intake of water including foods which have high water content was 2356ml (the second method of calculation). 4) The urine output of the patient's group was 1728ml. This approximates the amount of fluid an adult takes in the form of pure water. 5) Investigation of the method of calculation of the patient fluid intake showed that among the 31 hospitals studied, only eight use the third method of calculation which reflects the most close value to urine output. From the results obtained in this study, it was indicated that the amount of fluid taken in the form of pure water reflects the most close value to urine output. Therefore, it can be suggested that the third method of calculation which includes water intake only in the form of pure water or beverage should be used as patients' fluid intake record.

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• Measuring Fluid Balance in Patients with Cancers: Comparison between Cumulative Intake and Output Records and Body Weight Change
  Jin Hong Lee, Hee Jung Park, Jeong Hwa Kim, Eun-Young Suh
  Journal of Korean Oncology Nursing.2011; 11(3): 247.     CrossRef