芒果皮果胶的优化和质量特性

K.R. Naveena, Geetha M. Yankanchi, Shilpa Yatnatti, K. Geetha
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摘要

背景:果胶是一种复杂的碳水化合物分子,在食品和饮料行业中主要用作胶凝剂、增稠剂、乳化剂和稳定剂。研究方法采用酸萃取法从芒果果皮粉中提取果胶,通过不同的沉淀时间和样品与溶液比例组合来优化最高产量,并将其质量特性与商用果胶(CP)进行比较研究。结果C-9 组合的产率最高(14.23%)。功能特性如溶解度、膨胀指数、吸水率和体积密度分别为 49.74%至 72.27%、2.89 至 5.22 克/克、3.21 至 6.82 毫升/克和 1.06 至 1.59 克/立方厘米。商品果胶的含量分别为 65.99±0.63%、2.65±0.14 克/克、5.79±0.15 毫升/克和 1.29±0.07 克/立方厘米。酯化度、当量重量、甲氧基含量和总无水酸等质量特性的范围分别为 83.37%至 88.98%、960.5%至 831%、3.83%至 5.28%和 52.30%至 40.5%。商品果胶的含量分别为 89.03%、906.5%、4.07% 和 42.67%。研究结果表明,从芒果皮中提取的果胶具有很高的开发和商业化机会,因为它的大多数功能特性和质量特征与商业果胶相当。
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Optimization and Quality Characteristics of Mango Peel Pectin
Background: Pectin’s are complex carbohydrate molecules mainly used as gelling agents, thickener, emulsifier and stabilizer in the food and beverage industry. Methods: Pectin was extracted from mango peel powder by acid extraction method with different combinations of precipitation time and sample to solution ratio to optimize highest yield and its quality characteristics were studied in comparison with commercial pectin (CP). Result: The maximum yield (14.23%) was obtained for C-9 combination. Functional properties such as solubility, swelling index, water absorption and bulk density ranged from 49.74 to 72.27 per cent, 2.89 to 5.22 g/g, 3.21 to 6.82 ml/g and 1.06 to 1.59 g/cm3. In commercial pectin it was 65.99±0.63 per cent, 2.65±0.14 g/g, 5.79±0.15 ml/g and 1.29±0.07 g/cm3 respectively. Quality characteristics such as Degree of esterification, equivalent weight, methoxyl content and total anhydrouronic acid ranged from 83.37 to 88.98 per cent, 960.5 to 831, 3.83 to 5.28 per cent and 52.30 to 40.5 respectively. In commercial pectin it was 89.03, 906.5, 4.07 and 42.67 per cent respectively. Findings revealed that pectin extracted from mango peel possess high chances to be exploited and commercialized as most of the functional properties and quality characteristics are on par with commercial pectin.
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