Antioxidant Activity of Fish-By-Product Hydrolysate - Yonathan, Yohanes
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Fish-by-products; which consists of viscera, head, bones and gills; pose great disposal problem for the fish processing industry. The research was conducted to study the use of enzymatic and microwave hydrolysis to induce the antioxidant activity of fish- viscera hydrolysates. Two kinds of fish, i.e. tuna and sardine, were utilized in the research. Tuna-viscera microwave hydrolysate was proven to exhibit the highest antioxidant activity, followed by tuna-viscera enzymatic hydrolysate, sardine-viscera enzymatic hydrolysate and sardine-viscera microwave hydrolysate. These hydrolysates generally…mehr

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Produktbeschreibung
Fish-by-products; which consists of viscera, head, bones and gills; pose great disposal problem for the fish processing industry. The research was conducted to study the use of enzymatic and microwave hydrolysis to induce the antioxidant activity of fish- viscera hydrolysates. Two kinds of fish, i.e. tuna and sardine, were utilized in the research. Tuna-viscera microwave hydrolysate was proven to exhibit the highest antioxidant activity, followed by tuna-viscera enzymatic hydrolysate, sardine-viscera enzymatic hydrolysate and sardine-viscera microwave hydrolysate. These hydrolysates generally poses higher antioxidant activity compared to a 40 IU vitamin E.
Autorenporträt
Yohanes Yonathan, B.Eng., Swiss Germany University. Faculty of Life Science and Majoring in Food Technology (2009).