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Process optimization for the manufacture of angoori petha

机译:生产安哥里佩塔的工艺优化

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摘要

Angoori petha (AP) is delicacy which is relished by large section of Indian population. Fully ripened ash gourd fruits were osmotically dehydrated at different lime water concentration, lime water treatment time and sugar concentration for the manufacture of AP. The response variables consisted of sensory parameter for flavour, body and texture, colour and appearance and overall acceptability and physico-chemical properties. A central composite rotatable design (CCRD) was used as experimental design to predict the optimum conditions for manufacture of petha. The interaction of lime water concentration and lime water treatment time had significant (P < 0.05) effect for flavour, body and texture, colour and appearance and overall acceptability score (OAA) score in AP. The colour and appearance score had declining trend with increase the lime water treatment time and lime water concentration. Reducing sugar varied from 1.0% to 2.0%. The mean values for total invert sugar, sucrose and total sugar were in the range of 31.6–68.3%, 30.6–66.9% and 31.6–68.4%, respectively in different runs of AP samples. The optimum osmotic diffusion treatment consisted of lime water concentration of 12.6%, lime water treatment time of 54.1 min and sugar concentration of 87.9% for maximum acceptability in AP.
机译:Angoori petha(AP)是美味佳肴,大部分印度人都喜欢它。在不同的石灰水浓度,石灰水处理时间和糖浓度下,将完全成熟的灰葫芦果实进行渗透脱水,以制造AP。反应变量包括风味,身体和质地,颜色和外观以及整体可接受性和理化特性的感官参数。中央复合可旋转设计(CCRD)被用作实验设计,以预测制造佩塔赫的最佳条件。石灰水浓度和石灰水处理时间之间的相互作用对AP中的风味,身体和质地,颜色和外观以及总体可接受性得分(OAA)得分具有显着(P <0.05)效应。随着石灰水处理时间和石灰水浓度的增加,颜色和外观分数呈下降趋势。还原糖从1.0%到2.0%不等。在不同批次的AP样品中,总转化糖,蔗糖和总糖的平均值分别在31.6–68.3%,30.6–66.9%和31.6–68.4%的范围内。最佳的渗透扩散处理包括石灰水浓度为12.6%,石灰水处理时间为54.1分钟和糖浓度为87.9%,以最大程度地提高AP的可接受性。

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