从制剂成本的角度，醇提的成本不会高于水提太多；
From the cost of Preparation, the cost of thin ethanol-extract could not higher than water-extract too much.
方法以绿原酸含量和提取物得率为考察指标，通过对水提和水提醇沉两种方法进行比较。
Methods The extraction process was investigated by solvent extraction and ethanol precipitation, with extractive yield and chlorogenic acid as the indexes.
结果1。紫苏子水提物、醇提物和醚提物均显示了程度不同的镇咳作用。
RESULTS 1. The water, alcohol and ether extracts of Perilla frutescens showed different antitussive effects.
减少自主活动次数。结论：水半夏水提物、醇提物和酯提物均有止咳、祛痰、平喘、镇痛、抗炎和镇静作用。
Conclusion: All water, alcohol and ester extracts of TFB have effects of relieving a cough, eliminating expectoration, antasthmatic, analgesia, anti-inflammation and sedation.
方法采用小鼠强迫游泳药理实验对合欢花水提物和醇提物及其各萃取部位进行抗抑郁活性筛选。
MethodsUsing the forced swimming test in mice, the antidepressant effect of different fraction from it was observed.
采用二甲苯致小鼠耳部肿胀法，测定紫草不同浓度的醇提物和水提物的抗炎作用。
The method of xylene -induced ear swelling in mice was used to determine the anti-inflammatory effects of different ethanol and water extracts.
结果：桂郁金醇提物、水提物低、高剂量对小鼠痛阈有明显的提高作用，扭体反应抑制率分别为59%，67%，59%，76%（P<0.01）；
Result: The ethanol extract and water extract of CKG could increase pain threshold markedly(P<0.01), the inhibitory rate was 59%, 67%, 59%, 76% accordingly.
醋蒜醇提物和水提物的抗氧化性略低于鲜蒜提取物。
The ethanol extracts and the pickle of pickled garlic exhibited good antioxidant activity.
结果：水提液和醇提液在心肌细胞膜色谱柱上均有保留行为；
Result: Water extract and ethanol extract both had retentions on CMSP;
结果发现棉花根醇提物、水提物均能延长小鼠的咳嗽潜伏期，减少咳嗽次数，均能增加气管内的酚红排泌量，对二甲苯所致的耳肿胀均有显著的抑制作用。
Ethanol extract and water extract from cotton root both could significantly decrease cough times, prolong incubation period of cough, increase phenol red output in trachea and inhibit ear swelling.
通过对水抽提、醇抽提、水提碱转法三种甜茶多酚抽提工艺进行对比，得出水提碱转法为较好的一种抽提方法。
In this paper the extraction techniques by water, ethanol and water-extraction-and-alkali-deposition were compared, and it's founded the third method is the most efficient.
结果总蒽醌的提取量方面醇提效果明显优于水提。
ResultsAlcohol was a better solvent to extract anthraquinone than water.
结果总蒽醌的提取量方面醇提效果明显优于水提。
ResultsAlcohol was a better solvent to extract anthraquinone than water.
应用推荐