비누화 및 액체크로마토그래프를 활용한 고상 건강기능식품 중 라이코펜 분석법 개발

A simple method to determine lycopene in solid supplementary food preparations using saponification and liquid chromatography
  • 김영민
  • 신예빈
  • 권민경
  • 김진환
  • 김지성
  • ... 이동규
  • 외 2명
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초록

Lycopene, a carotenoid hydrocarbon is known to have effects on reducing cardiovascular risk factors, blood lipids, and blood pressure. Thus, a lot of supplementary foods with lycopene in several dosage forms like soft capsule filled with liquid and hard capsule filled with powder are available in a market. Recently, however, our research group found that the lycopene assay in Supplementary Food Code of South Korea is only valid for oily lycopene preparation. Thus, here, we developed a simple method to determine lycopene in solid preparations for Supplementary Food Code of South Korea using saponification and liquid chromatography with an absorbance detector. The method was validated following Ministry of Food and Drug Safety guidelines. All validation parameters observed in this study were within acceptable criteria of the guidelines (selectivity, linearity of r2 ≥ 0.991, lower limit of quantification of 0.0149 mg/mL, accuracy as recovery (R) between 92.70 and 97.18 %, repeatability as relative standard deviation (RSD) values of R between 0.85 and 1.59 %, and reproducibility as the RSD value of interlaboratory R of 3.70 %). Additionally, the practical sample applicability of the validated method was confirmed by accuracy between 98.81 and 101.59 % observed from its lycopene certified reference material (CRM) analyses. Therefore, the present method could contribute to fortify the supplementary food safety management system in South Korea.

키워드

lycopenesaponificationliquid chromatographysupplementary food preparationsupplementary food codeANTIOXIDANTTOMATOES
제목
비누화 및 액체크로마토그래프를 활용한 고상 건강기능식품 중 라이코펜 분석법 개발
제목 (타언어)
A simple method to determine lycopene in solid supplementary food preparations using saponification and liquid chromatography
저자
김영민신예빈권민경김진환김지성이동규강명주최용석
DOI
10.5806/AST.2023.36.3.105
발행일
2023-06
유형
Article
저널명
분석과학
36
3
페이지
105 ~ 112

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