OBJECTIVES This study was performed to identify the socioeconomic factors, health behavior factors and dietary patterns that have an influence on the fasting blood glucose in adults. METHODS: This study used data collected from the 2007, 2008, 2009 Korea National Health and Nutrition Examination Survey. The final sample included 4163 subjects who were 30-59 years old and who had completed the necessary health examinations, the health behaviors survey and nutrition survey. RESULTS: Eleven dietary patterns emerged from the factor analysis with different factor loading. After controlling for potential confounders, multiple regression analysis of the dietary patterns showed that 'fruits', 'alcohols', and 'starchy foods' affected the fasting blood. Lower consumption of 'fruits' and higher consumption of 'alcohols' and 'starch foods' were significantly associated only with an increased risk of high blood glucose. CONCLUSIONS: In the light of the results of this study, it appears pretty likely that the risk of developing high blood glucose can be reduced by changing a person's dietary patterns.
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This study was carried out along with the 1990 6th National Tuberculosis Prevalence Survey in order to estimated the prevalence rate of diabetes mellitus among a representative adult Korean population. Fasting blood glucose was measured by diastix(Ames) using glucometer II for seventy seven percent of the population(30 years old or above) residing in 190 enumeration districts randomly sampled from 146,944 general ED. The prevalence of diabetes mellitus of the population was estimated by projecting the ratio of > or = 200 mg/dl PP2 of fasting blood sugar level below 120 by sex to the study population. Fasting blood glucose and 2hr. postprandial blood glucose were measured on about 3000 subsampled individuals, and diabetes mellitus was defined by the WHO criteria-FBG > or = 120 mg/dl or PP2 > or = 200 mg/dl when FBG is below 120 mg/dl. The results obtained are as follows: 1. Estimated prevalence(age adjusted) of diabetes mellitus was 4.6% for male 8.1% for female. The age adjusted mean FBG was 93.9+/-26.2mg/dl for male and 102.9+/-31.5mg/dl for female. 2. The prevalence increased as age advanced with peak in 60~69 years old age group for both sexes. 3. The mean FBG and estimated prevalence rate of diabetes mellitus varied considerably among the populations of fifteen cities and provinces ; it varied from 87.0+/-17.7 to 104.6+/-34.5mg/dl and 1.2% to 8.9% for males, and from 93.3+/-25.3 to 116.7+/-38.6 mg/dl and 3.4% to 20.8% for females. 4. The mean FBG and prevalence rates were higher among the rural population than those residing in metropolitan areas. 5. The proportion of the people previously treated among the diabetics was estimated to be a little less than one fifth. 6. Factors strongly associated with FBG were age, sex, family history of D. M., BMI, area and educational level among eleven variables.