The Potential of Dietary Fiber and Antioxidants From Muntingia Calabura L. Fruit Flour in Low-Calorie Biscuits and Their Acceptability for The Prevention of Overweight and Obesity
Abstract
Research Methods: The study employed an experimental design. Kersen fruit flour was produced through steam blanching, vacuum drying, and the addition of gum arabic as a drying aid. In preliminary research, kersen fruit flour was used to formulate biscuits, and the selected product was determined. Formula A2B2 was chosen, substituting 17% kersen flour and 50% low-calorie sweetener. In preliminary research, kersen fruit flour was used to formulate biscuits, and the selected product was determined. Formula A2B2 was chosen, substituting 17% kersen flour and 50% low-calorie sweetener. Dietary fiber content and antioxidant levels were analyzed using puree, flour, and selected biscuits. A sensory and consumption acceptance test was conducted with 30 overweight and obese adult panelists.
Research Result: Results showed that kersen flour contained the highest dietary fiber (60.82 mg/100 g), while puree had the highest antioxidant content. Total phenol, flavonoid, and anthocyanin contents declined during processing but remained substantial in the final product. The selected biscuit (A2B2) had lower fiber and energy content than comparable commercial products and was well-accepted (83% overall liking).
Conclusion: These findings suggest that kersen fruit flour holds promise as a local functional food ingredient for preventing overweight and obesity. The incorporation of kersen fruit flour into biscuit products was quite acceptable.
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DOI: https://doi.org/10.32807/jgp.v10i2.577
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