共查询到19条相似文献,搜索用时 93 毫秒
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为了消除蚕豆辣酱在发酵过程中产生的白点结晶,进行了化验分析。分析结果表明:白点结晶是由17种游离氨基酸组成,其中酪氨酸的含量最高,占68%。通过对菌种的驯化改良,得到一株酪氨酸缺陷型的菌株,应用该菌株进行试验,结果表明可消除蚕豆辣酱生产过程中白点结晶的生成,从而改善了蚕豆辣酱产品的外观。 相似文献
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高压干蒸工艺是蚕豆辣酱制造过程中蒸煮原料的最新工艺.它综合考虑了原来常压蒸煮工艺中存在的环保、能源浪费、出品率低、不利于大规模连续生产等各种因素,使蚕豆辣酱中蒸煮工艺得到了进一步提高。 相似文献
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安庆蚕豆辣酱的工艺探讨 总被引:1,自引:0,他引:1
介绍了安庆蚕豆辣酱的生产工艺,提出了改进的方向和措施。有利于在继承传统工艺的基础上结合现代生物工程技术,让传统产品推陈出新,发扬光大。 相似文献
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该文介绍了蒲公英的药食两用价值,将其加入人们喜欢的辣酱中可使其营养价值和保健价值得到更广泛的应用。将蒲公英制成糊状,按蚕豆酱25%,鲜辣椒酱25%,干辣椒酱20%,蒲公英糊30%的比例混合,制成一种色泽鲜亮红润、气味香辣绵长的新型的蒲公英蚕豆酱。 相似文献
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以胡玉美蚕豆辣酱为基础酱料,采用感官评定方法、单因素与正交试验,对香辣小龙虾调味酱进行优化研究。通过试验分析,确定香辣小龙虾调味酱最佳配方为菜籽色拉油21%、蚕豆辣酱25%、朝天椒粉12%、桂皮粉5%、大蒜8%、丁香粉1.5%、花椒粉3.5%、生姜3.5%、胡椒粉1%、孜然粉0.5%、洋葱2%、香醋5%、料酒5%、食盐6%、白砂糖3%及味精3%。此配方制作出的香辣小龙虾调味酱色泽红亮、香辣风味明显、口味较好。 相似文献
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The microbial development during the fermentation of tempeh made of unacidified and acidified horsebean, pea, chickpea and soybean was studied. Increase in microbial count was observed during the fermentation of the various beans. Bacillus spp. and coryneform bacteria dominated the microflora of unacidified, and streptococci of acidified horsebean tempeh. In pea tempeh, lactobacilli dominated, in chickpea, micrococci, staphylococci and coryneform bacteria and in soybean tempeh, enterococci were the dominant genera. Inoculation of the cooked beans with Lactobacillus plantarum resulted in a lower pH and lower total counts in the various products. The use of Lb. plantarum in tempeh production may control the proliferation of undesirable microorganisms. 相似文献
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为研究油辣椒制品的均匀灌装技术,以油辣椒制品的均匀搅拌为研究内容,以油辣椒固液二相流混合物为对象,分析平直桨叶倾角分别为0°、30°、45°、60°时的搅拌效果。以Fluent软件为计算平台,对运算结果进行分析得到,桨叶倾角30°时搅拌效果较理想,但底部仍存在局部搅拌死角。减小桨叶与搅拌槽底部距离后重建模型,结果表明,混合物流动情况进一步改善,固相在混合物中分布均匀,与预期效果相符。可将此方法作为油辣椒制品自动化灌装技术的研究数值计算方法。 相似文献
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In fermenting tempeh made from non-acid-soaked horsebean, pea, and soybean Staphylococcus aureus grew rapidly to a final count of 108 cfu.g-1 or more, but growth was less when chickpea was used. Inoculation of the cooked beans with Lactobacillus plantarum markedly decreased S. aureus growth rate and the final count in non-acid-soaked horsebean and pea tempeh, strongly retarded growth in chickpea-, and completely inhibited growth in soybean-tempeh. Acid-soaking the beans resulted in lower S. aureus growth, and inoculation with Lb. plantarum completely inhibited it in soybean and reduced the counts in the other products to less than 104 cfu.g-1 . Acidity, pH and other substances produced by Lb. plantarum are believed to inhibit S. aureus in fermenting tempeh. Inoculation of beans with Lb. plantarum may be used to control S. aureus growth and enterotoxin production during commercial scale tempeh production. 相似文献
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