Korean Journal of Community Nutrition

Original Articles

[English]
Analysis of Dietary Calcium and Phosphorus Intakes and Contribution Rates of Major Dish Groups according to Gender, Age, and Region in Korea: Yeon Kyung Lee, Mi Kyeong Choi, Taisun Hyun, Eun Soon Lyu, Haeryun Park, Hee Kyong Ro, Young Ran Heo; Korean J Community Nutr 2020;25(1):32-47. Published online February 29, 2020; DOI: https://doi.org/10.5720/kjcn.2020.25.1.32

OBJECTIVES
Calcium (Ca) is an insufficiently consumed nutrient, whereas phosphorus (P) intake has exceeded the recommended intake level in Korea over the past decade. The purpose of this study was to analyze dietary Ca and P intakes and their contribution rate according to dish groups.
METHODS
A 24-hour dietary recall survey of 640 healthy adults (aged 19â€“69 years) was undertaken twice in four Korean provinces. Dietary Ca and P intakes and their rates of contribution from 31 major dish groups were analyzed and compared by gender, age group, and region.
RESULTS
The average Ca and P intakes of the subjects were 542.1 Â± 222.2 mg/d and 1,068.3 Â± 329.0 mg/d, respectively. The intakes of Ca and P as percentages of recommended nutrients intake (RNI%) were 71.7 Â± 29.8% and 152.6 Â± 47%, respectively, and the percentages under the estimated average requirement were 60.3% for Ca and 3.8% for P. The RNI% of Ca was not significantly different between males and females, but was significantly higher in subjects in the sixties age group than in other age groups and was significantly lower in the Korean capital than in other regions. The RNI% of P did not significantly differ by gender or age groups, but it was significantly higher in the capital than in Gyeong-sang. The five major dish groups contributing to Ca intake (contribution rate) were milks/dairy products 69.2 Â± 109.2 mg/d (12.6%), soups 55.6 Â± 69.6 mg/d (10.1%), stir-fried foods 53.1 Â± 70.7 mg/d (9.7%), stews 43.4 Â± 85.4 mg/d (7.9%), and kimchi 38.4 Â± 31.8 mg/d (7.0%). The five major dish group contributing to P intake (contribution rate) were cooked rice 160.7 Â± 107.1 mg/d (14.9%), stir-fried foods 88.5 Â± 89.4 mg/d (8.2%), soups 76.7 Â± 85.8 mg/d (7.1%), one-dish meals 63.3 Â± 94.4 mg/d (5.9%), and stews 62.6 Â± 89.3 mg/d (5.8%). The dish groups contributing to Ca and P intakes differed somewhat by gender, age group, and region.
CONCLUSIONS
Programs to improve the nutritional status of Ca and P intakes should consider the differences in Ca and P contribution rates by dish groups as well as by gender, age group, and region.

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[English]
A Study on Dietary Mineral Intakes, Urinary Mineral Excretions, and Bone Mineral Density in Korean Postmenopausal Women: Jee Young Yeon, Chung Ja Sung; Korean J Community Nutr 2011;16(5):569-579. Published online October 31, 2011; DOI: https://doi.org/10.5720/kjcn.2011.16.5.569

Abstract PDF PubReader

The purpose of this study was to determine the urinary Ca, P, Mg, Zn, Cu, and Mn levels and bone mineral density (BMD) in sixty-two postmenopausal women. The study was conducted through anthropometric checkup, 24-hour recall, 24-hour urine and bone mineral density using DEXA. Average age, height, weight and body fat of the subjects were respectively 65.39 years, 150.19 cm, 58.03 kg and 37.22%. The average spine and femoral neck BMD of subjects were -2.19, -3.13. The mean intakes of Ca, P and Mg were 524.7 mg, 993.10 mg, and 254.6 mg and those of Zn, Cu and Mn were 8.6 mg, 1.5 mg, and 3.5 mg. The average 24-hour urinary excretion of Ca (UCa), P (UP) and Mg (UMg) were 161.07 mg, 673.68 mg, and 99.87 mg. The average 24-hour urinary excretion of Zn (UZn), Cu (UCu) and Mn (UMn) were 366.50 microg, 22.57 microg, and 1.55 microg. Ca intake showed significantly positive correlations with urinary UCa (p < 0.05), UMg (p < 0.01) and spine BMD (p < 0.05). P intake showed significantly positive correlations with UCa (p < 0.05), UMg (p < 0.05) and UZn (p < 0.05). Mg intake showed significantly positive correlations with UZn (p < 0.05) and Mn intake showed significantly positive correlations with UCa (p < 0.05). Multiple regression analysis indicates that Ca intake and UMg is the most important factor to increase spine BMD. On the other hand, UCa is the most important factor to decrease spine BMD. Higher femoral neck BMD was related to UP, while lower femoral neck BMD was related to UCa. In conclusion, Dietary intake of Ca showed positive effect of spine BMD, while excessive P intake showed negative effect on BMD due to increases in UCa, UMg and UZn. Further studies are required to investigate the relationship between bone metabolism and mineral excretion.

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