Awolu Olugbenga O, Sudha Lakshminarayan M, Manohar Balaraman
Department of Food Science and Technology Federal University of Technology Akure Nigeria.
Department of Food Engineering CSIR-Central Food Technological Research Institute Mysuru India.
Food Sci Nutr. 2018 Oct 18;6(8):2363-2373. doi: 10.1002/fsn3.825. eCollection 2018 Nov.
Defatted mango kernel seed flour was added to wheat flour for the production of cookies. The protein contents of the wheat-mango kernel flour blend were optimized using optimal mixture design of response surface methodology. The farinograph analysis had acceptable mixing profile at 25%-defatted mango kernel flour incorporation, after which the mixing profile was adversely affected. The pasting temperature was between 65.8 and 75.6°C; peak viscosity ranged between 448 and 521 BU while the final viscosity ranged between 594 and 709 BU. The flour blends had promising dynamic rheological characteristics; at 15% incorporation of defatted mango kernel flour, G' was greater than G'' while a stage was reached when G' was equal to G'' at 25% incorporation. At 50% incorporation, G'' was greater than G'. The cookies produced showed high (>70%) quality in terms of physical properties, color, and sensory evaluation at 25% incorporation of defatted mango flour.
将脱脂芒果核籽粉添加到小麦粉中用于制作曲奇饼干。采用响应面法的最优混合设计对小麦 - 芒果核粉混合物的蛋白质含量进行了优化。粉质仪分析表明,在加入25%脱脂芒果核粉时,混合特性良好,之后混合特性受到不利影响。糊化温度在65.8至75.6°C之间;峰值粘度在448至521 BU之间,而最终粘度在594至709 BU之间。面粉混合物具有良好的动态流变特性;在加入15%脱脂芒果核粉时,G'大于G'',而在加入25%时达到G'等于G''的阶段。在加入50%时,G''大于G'。在加入25%脱脂芒果粉时,所制作的曲奇饼干在物理性质、颜色和感官评价方面表现出较高(>70%)的品质。