水合胡萝卜和甜菜粉在生产圆脆饼酵母中的有效性

A. V. Tikhiy, N. Barakova, E. A. Samodelkin
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摘要

研究了在圆脆饼酵母中添加胡萝卜粉和甜菜粉的两种方法,即添加干粉和添加预水合粉。研究了胡萝卜粉和甜菜粉的保水性,以及发酵前添加水合粉和非水合粉对酵母举升力的影响。在实验中,我们使用Vitbiokor LLC胡萝卜和甜菜粉。胡萝卜粉的平均整体粒径为85 ~ 95微米,甜菜粉的平均整体粒径为-95 ~ 105微米。我们还使用了最高级predporttovaya面粉(由圣彼得堡磨坊工厂生产)和食品联合公司生产的压榨烘焙酵母。粉末的粒度由Malvern master粒度仪2000激光衍射分析仪测定。用1:10的水模测定粉末的持水量,转速为6000rpm-1,离心20分钟(胡萝卜粉样品),15分钟(甜菜粉样品)。利用“弹球法”测定了酵母的升力。在30℃的温度下,将粉末按1:5的水模水化60分钟。结果表明,陈化40 min的胡萝卜粉和陈化40 min的甜菜粉(33%)的保水能力最大(43%)。结果表明,胡萝卜粉和甜菜粉的添加量与酵母的举升力无关。添加了水合粉末的样品比不添加水合粉末的样品要高。此外,这种差异在甜菜粉样品中更为明显。该研究表明,在将胡萝卜和甜菜粉添加到酵母中之前,水化它们的重要性。在将胡萝卜粉和甜菜粉添加到圆形脆片产品酵母中之前,对其水化效果进行实验评价也具有重要意义
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The effectiveness of using hydrated carrot and beet powders inthe production of round cracknels sourdough
Two methods of adding carrot and beet powders to the sourdough of round cracknel products have been studied, such as adding the dry powders and adding the pre-hydrated ones. The water-retaining properties of carrot and beet powders and the change in the lifting force of yeast when applying non-hydrated and hydrated powders before fermentation were investigated. For the experiment, we used Vitbiokor LLC carrot and beet powders. The average integral particle size in carrot powder was 85-95 microns, in beet powder —95-105 microns. We also used the flour of the highest grade Predportovaya(produced by Saint Petersburg Mill Plant, JSC) and the pressed baking yeast produced by Food Combine, JSC. The particle size of the powders was determined by a Malvern Mastersizer 2000 laser diffraction analyzer. The water-holding capacity of the powders was determined by a hydromodule of 1:10 by centrifugation with the rotational speed 6000rpm-1,for 20 minutes (the carrot powder samples) and for 15 minutes (the beet powder samples). The lifting force of the yeast has been determined with the help of the "pop-up ball" method. The powders were hydrated at a hydromodule of 1:5, at a temperature of 30°C for 60 minutes. The results show that carrot powders aged for 40 minutes and beet powders (33%) aged for 40 minutes have the maximum water retention capacity (43%). It was found that the quantity of carrot and beet powders added does not correlate with the lifting force of the yeast in the sourdough samples. It is higher in the samples with the hydrated powders added, rather than in the ones with the non-hydrated powders. Moreover, this difference was more pronounced in the beet powder samples. The study shows the importance of carrot and beet powders hydration before adding them to the sourdough. It’s also significant to conduct the experiments to evaluate the effectiveness of carrot and beet powders hydration before adding them to the round cracknel products sourdough
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