Production of resistant starch from kepok banana’s hump (Musa balbisina L) by autoclaving-cooling method

Brigita Lestari Merba, H. Natsir, Seniawati Dali, N. Ismail, Andi Akbar
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Abstract

The research was aimed to produce starch from kepok banana’s hump (Musa balbisina L) and determine appropriate retrograded temperature. Resistant starch was food nutrition that has healthy functional for human digestion. Processes of production were two parts which are the production of starch from kepok banana’s hump and modification of starch (production of resistant starch) that used two cooling temperatures which are 4 °C and −18 °C. The methods of research were precipitation, decantation, autoclaving-cooling and drying processes. The best characteristic was shown in starch modification of 4 °C temperature that produces 25% of resistant starch content, 28% of amylose content and 5% of water content. Based on these data, the best modified has a high potential to be applied as the main ingredient of edible film that it was a functional packaging.
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高压灭菌-冷却法制备香竹驼峰抗性淀粉的研究
研究了以香竹香蕉驼峰为原料生产淀粉的工艺,并确定了适宜的退烧温度。抗性淀粉是一种对人体消化具有健康功能的食品营养物质。生产过程分为两部分,即从kepok香蕉驼峰中生产淀粉和淀粉改性(生产抗性淀粉),使用4°C和- 18°C两种冷却温度。研究方法有沉淀法、滗析法、蒸压冷却法和干燥法。在4℃条件下,抗性淀粉含量为25%,直链淀粉含量为28%,水分含量为5%。结果表明,该改性物作为可食性薄膜的主要成分具有很大的应用潜力,是一种功能性包装材料。
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