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KMID : 1024520160250040579
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Journal of the Environmental Sciences
2016 Volume.25 No. 4 p.579 ~ p.588
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Development of High Functional Collagen Peptide Materials using Skate Skins
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Baek Jang-Mi
Kang Keon-Hee
Kim Sang-Ho
Noh Jeong-Sook
Jeong Kap-Seop
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Abstract
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The aim of this study was to investigate and development collagen peptide materials from skate skin. Protein and fat content of collagen peptide showed about 95% and 0.1%, respectively. Average molecular weight of collagen peptide was measured as 1,015. In the analysis of amino acid, glycine and hydroxy proline content in collagen peptide was 19.32% and 16.25%, respectively, showing a typical characteristics of the collagen peptide. In obese db/db mice ingested 500 mg/day of collagen peptide for 18 days, the amounts of food and water intake were decreased considerably, contents of triglyceride, total cholesterol were decreased significantly in white adipose tissue of db/db mice. The final yield of collagen peptide was 17.23% in the optimized process for mass production. These results indicate that collagen peptide from skate skin may serve as candidates of fat reduction in adipose tissue and could be used as functional food and cosmetic ingredients.
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KEYWORD
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Skate skin, Collagen peptide, Molecular weight, Fat reduction
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