黄姜粉鸡柳是道有名的印度菜。
目的研究黄姜皂素清洁生产工艺。
Objective To study the clean production technology of diosgenin.
我最偏爱的是印度香料与黄姜粉炒鸡柳。
加入大蒜，生姜与黄姜粉翻炒大约5分钟。
Stir in garlic, ginger and masala. Add chicken and stir-fry until cooked through, about 5 minutes.
不喜欢黄姜粉味道的人可能会觉得味道有点重。
People not used to the spiciness of masala may find it a little strong.
地涌金莲、缅桂花、黄姜、文殊兰、鸡蛋花和莲花。
Musella lasiocarpa, Myanmar osmanthus, curcuma longa, Chinese crinum, plumeria ribra and lotus flowers.
本发明提供了一种黄姜皂素工业废酸液的回用方法。
The invention provides a method for reusing yellow-ginger saponin industrial waste acid solution.
黄姜皂素生产废渣是黄姜提取薯蓣皂素后的固体废弃物。
The diosgenin solid waste originate from Yellow Ginger after extracting diosgenin.
所以，研究出合理可行的黄姜皂素生产废水处理方案事不宜迟。
So reasonable and feasible schemes for saponin wastewater treatment should be carried out as soon as possible.
加一些杏仁可以减轻黄姜粉的辣味，使这道菜带有一点点甜酸味。
Adding apricots gives it a mild sweet-and-sour taste, balancing the spiciness of the masala.
结论双分离法为黄姜皂素清洁生产工艺，资源利用程度高，且生产周期缩短。
ConclusionThe double-separation is clean production technology of diosgenin. The utilization rate of yam increases. Furthermore, the period of this process is greatly shorter than pre-fermentation.
解决了黄姜皂素残渣处置的问题，可以节约煤炭资源，降低燃烧污染物的排放。
The new process not only has solved the problem of handling of the saponin residue of yam but also economize coal and reduce pollutants emission.
对黄姜皂素的药用价值、生产、供求现状，制备方法及综合利用的研究进展作一综述。
The medicine value, production, current situation of demand and supply, preparation methods and comprehensive utilization of yam diosgenin are summarized in this paper.
各个黄姜居群过氧化物酶和酯酶同工酶谱带多态性程度较高，分别为50%和59%。
Dioscorea Zingiberensis Population POD and EST zymogram diversity degree prove to be high, 50% and 59%, respectively.
方法采用预发酵法、分离法、酶解法、预发酵-黑曲霉发酵法、双分离法等提取黄姜皂素。
MethodsThe diosgenin was extracted by prefermentation, separation, enzymic hydrolysis, prefermentation and fermentation by A. niger and double-separation.
该项目从野生种植的薯芋植物黄姜资源里提取皂素，进一步合成制作消炎、抗菌、抗肿瘤、激素类等药品。
The project is to extract saponin from Dioscorea zingiberensis, a tuber plant grown in the wild, and further synthesized into anti-inflammation, antibiotics, and anti-tumor and hormone drugs.
通过小功率磁控管微波干燥设备干燥黄姜的正交实验，总结出黄姜最佳干燥工艺，并分析了干燥黄姜时的耗时和耗电特性。
The equipment is used to measure energy and time cost of the yellow ginger, and the best drying craft of the yellow ginger is summarized through orthogonal experiments in this paper.
通过小功率磁控管微波干燥设备干燥黄姜的正交实验，总结出黄姜最佳干燥工艺，并分析了干燥黄姜时的耗时和耗电特性。
The equipment is used to measure energy and time cost of the yellow ginger, and the best drying craft of the yellow ginger is summarized through orthogonal experiments in this paper.
应用推荐