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利用液体发酵羊肚菌菌丝体做原料,研究一种具有羊肚菌风味的酥性饼干。通过单因素试验和统计产品与服务解决方案分析软件SPSS分析研究菌粉添加量、加水量以及加糖量对饼干风味的影响。最佳配方为:小麦粉50 g,羊肚菌粉11 g,水8 mL,绵白糖16 g,黄油11.5 g,鸡蛋25 g,小苏打和碳酸氢铵(按1∶4质量比)共0.5 g。焙烤时间13 min,焙烤温度220℃。在此条件下,羊肚菌酥性饼干风味最佳。 相似文献
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选择沙棘籽粕粉、沙棘果皮粉、鸡蛋蛋白粉为主要材料,配合其他辅料研究开发富含蛋白质和膳食纤维的沙棘酥性饼干。采用单因素试验与正交试验相结合的方法,探讨了饼干生产中沙棘籽粕粉、沙棘果皮粉和鸡蛋蛋白粉添加量对饼干面团性能和成品感观品质的影响,得出了沙棘酥性饼干的最佳工艺配方:以小麦粉质量为100%计,沙棘籽粕粉6%、沙棘果皮粉9%、鸡蛋蛋白粉14%、黄油37%、白砂糖33%、水22%、小苏打1.4%、碳酸氢铵1.2%、奶粉10%、聚葡萄糖2%、饼干专用酶0.4%、大豆磷脂0.6%、食盐0.8%。由最佳配方制得饼干产品中蛋白质质量分数达到13.12%,膳食纤维质量分数达3.3%。 相似文献
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以皂荚种子为主要原料,对料液比、提取温度、搅拌速度、搅拌时间进行研究,利用四因素三水平的正交试验,获得皂荚植物胶最佳提取条件,即料液比为1∶20(g/mL),提取温度为60℃,搅拌时间90 min,搅拌速度为24 r/min。在此条件下得到的植物胶,配制成不同浓度的溶液对鲜切苹果和土豆进行涂膜处理,并在4℃下贮藏。以感官评定、失重率、褐变度指标验证皂荚植物胶在涂膜保鲜中应用的效果,证明其能抑制果蔬褐变和腐败变质。此研究为鲜切果蔬的保鲜提供新思路,对皂荚植物胶的综合利用具有积极意义。 相似文献
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为优化党参山楂健脾养胃咀嚼片的配方工艺,采用单因素试验对矫味剂、黏合剂、润滑剂和片剂硬度进行筛选;采用混料设计试验研究配方中5种成分的不同配比组合对咀嚼片感官质量的影响,优选出最佳配方。确定的最佳配方为:干膏粉95.60%、阿斯帕坦1.80%、柠檬酸0.80%、薄荷香精0.80%、桔子香精0.50%,以体积分数为95%乙醇为黏合剂,质量分数为0.50%的硬脂酸镁为润滑剂,压片硬度50N。按此配方制得的党参山楂健脾养胃咀嚼片表面光滑圆整、色泽均匀、酸甜适中、口感良好。 相似文献
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Laura Laguna María J. Hernández Ana Salvador Teresa Sanz 《Food and Bioprocess Technology》2013,6(5):1312-1320
The effect of wheat flour replacement by a resistant starch-rich ingredient (RSRI) on the structure of short dough biscuits was studied by oscillatory and creep and recovery tests to determine linear viscoelastic properties. The RSRI was substituted for the flour at three different levels, 20%, 40% and 60% (w/w). The use of RSRI increased the elastic and the viscous moduli but did not influence tan δ. The compliance values during the creep test were adjusted successfully to the Burger model. The creep and recovery test revealed an increase in elasticity and resistance to flow and a decrease in deformability with RSRI, but the differences were only significant at the 40% and 60% levels. The RSRI did not affect relative recovery, thus no effect on the type of structure is expected. Deformability was positively correlated with biscuit spread during baking. 相似文献
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Laura Laguna Katleen J. R. Vallons Albert Jurgens Teresa Sanz 《Food and Bioprocess Technology》2013,6(11):3143-3154
Sucrose is the main sugar used in short dough biscuit formula, and it plays an important role in the biscuit manufacturing as well as in the biscuits final quality. However, for health reasons, high levels of sucrose are undesirable, making sucrose replacement an important issue to study. The present study focused on sucrose reduction and its replacement by polyols (erythritol and maltitol) in short dough biscuits. The effects were investigated in a model system composed of gluten and different sugars (sucrose, maltitol, and erythritol), in biscuit dough, and in baked biscuits. Modulated thermal analysis showed that sucrose decreases the glass transition temperature; however, for both polyols studied, no transition was found due to a plasticization effect. The gelatinization of starch in the biscuits was not affected by the sugar or quantity of sugar used. Temperature sweeps of short dough revealed that the presence of sugar delays the transitions. Furthermore, G* increased with sucrose replacement, with the smallest changes for the maltitol-containing biscuits compared to the control. Finally, texture and dimension analyses were carried out. Sugar-free and erythritol-containing biscuits were compact, elastic, and resistant to the breaking force compared to the control biscuits and the maltitol-containing biscuits. 相似文献
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Julia Rodríguez-García Laura Laguna Ana Puig Ana Salvador Isabel Hernando 《Food and Bioprocess Technology》2013,6(10):2739-2750
The aim of this study was to evaluate the effects of inulin as fat replacer on short dough biscuits and their corresponding doughs. A control formulation, with no replacement, and four formulations in which 10, 20, 30, and 40 % of shortening was replaced by inulin were studied. In the dough, shortening was observed surrounding flour components. At higher fat replacement levels, flour was more available for hydration leading to significant (P?<?0.05) harder doughs: from 2.76 (0.12)?N in 10 % fat-replaced biscuits to 5.81 (1.56)?N in 30 % fat-replaced ones. Biscuit structure was more continuous than dough structure. A continuous fat layer coated the matrix surface, where starch granules were embedded. In general, weight loss during baking and water activity decreased significantly (P?<?0.05) as fat replacement increased. Biscuit dimensions and aeration decreased when fat replacement increased, e.g., width gain was +1.20 mm in 10 % fat-replaced biscuits and only +0.32 mm in 40 % fat-replaced ones. Panelist found biscuits with 20 % of fat replacement slightly harder than control biscuits. It can be concluded that shortening may be partially replaced, up to 20 %, with inulin. These low fat biscuits are similar than the control biscuits, and they can have additional health benefits derived from inulin presence. 相似文献
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