Corrigendum to “Associations between Social and Physical Environments, and Physical Activity in Adults from Urban and Rural Regions”Osong Public Health Res Perspect 2018;9(1):16–24

The authors regret to report that in the original paper, the OR and 95% CI values of the individual level variables in Table 4 are missing. Furthermore, the OR values and 95% CI values of individual and community level variables are missing or incorrectly presented in Table 5.

Associations between Social and Physical Environments, and Physical Activity in Adults from Urban and Rural Regions

OBJECTIVES: This study investigates investigated the relationship between social and physical environments, and moderate to vigorous physical activity (MVPA) amongst adults in both rural and urban areas within Korea. METHODS: A sample of 128,735 adults from the 2013 Community Health Survey (CHS) was analyzed using a multilevel logistic analysis. RESULTS: Urban residents with higher satisfaction in public transportation satisfaction and rural residents with more access to sports parks, hiking trails, and bike cycle paths were more likely to be active. The MVPA of adults from rural areas correlated urban adults was uncorrelatedwith neighborhood factors, but that of rural adults was whereas no correlations were observed in adults from urban areas. CONCLUSION: These differences should be considered when developing interventions strategies to enhance adult physical activity in different communities.

Prevalence of the Metabolic Syndrome and Its associated Factors among Elders in a Rural Community

PURPOSE: The purpose of this study is to identify the prevalence of the metabolic syndrome (MS) and factors associated with it among elders in a rural community. METHODS: Data were collected from 683 subjects with a questionnaire, physical measurement, and blood test. The prevalence of the MS was determined by AHA/NHLBI and waist circumference cutoff points for Koreans. RESULTS: The prevalence of the MS was 50.5% in total (41.6% in men, 56.3% in women) while the prevalence of 5 metabolic risk factors was 67.7% for elevated blood pressure, 51.0% for low HDL-cholesterol, and 50.2% for abdominal obesity. Risk factors associated with the prevalence of the MS included family history, BMI, and physical activity; significant factors associated with that of metabolic components included family history, BMI, smoking, drinking, and physical activity. Especially, a higher BMI was a strong risk factor of the prevalence of abdominal obesity as well as the MS and its components. CONCLUSION: The findings indicate that nurses should care for elders based on each metabolic component regarding its prevalence level and concentrate primarily on reducing elevated blood pressure, low HDL-cholesterol by controlling the main risk factor, abdominal obesity through lifestyle modification.