Objective: To extract oil from Semen Armeniacae Amarum. 前言:目的:从苦杏仁中提取脂肪油。
METHODS Using literature textual criticism, macroscopic and physical and chemical identification methods to identify Halloysitum rubrum. Physical and Chemical Identification of Semen Persicae and Semen Armeniacae Amarum and their Anticoagulant Effect on Rabbits 方法采用文献考证、性状鉴别和理化鉴别。杏仁与桃仁理化鉴别及对家兔抗凝血作用比较
Study on Chemical Pattern Recognition of Quality Assessment from Different Habitats of Semen Armeniacae Amarum 不同产地苦杏仁质量的化学模式识别研究
Comparative research of toxicity on extract of peach kernel and semen armeniacae amarum 桃仁及苦杏仁提取液的高效液相分析及其毒性比较研究
Determination of Thirteen Metal Elements in Prunus Dulcis and Semen Armeniacae Amarum by FAAS FAAS法测定苦杏仁和甜杏仁中的13种金属元素
Methods Radix scutellariae, semen armeniacae amarum, pericarpium papaveris, radix glycyrrhizae and mentholum were identified by TLC. Processing Technique of High-Grade Almond Yoghurt 方法采用TLC法鉴别处方中黄芩、罂粟壳、甘草、杏仁和薄荷脑;高级杏仁酸乳的研制
The ethereal extract and decoction from raw Semen Armeniacae Amarum were found to induce EBV-EA activation in Raji cells cultured in vitro. 生苦杏仁的醚提物和水煎液在体外培养的Raji细胞上有诱导EBV-EA的激活作用。
In order to promote the research and exploit of Semen Armeniacae Amarum resource, this paper analyses the main nutritional ingredients and physico chemical parameters of oil and Semen Armeniacae Amarum with routine analysis methods and instruments. 为进一步研究和开发苦杏仁资源,采用常规及仪器分析方法对苦杏仁及油的主要营养成分、氨基酸组成、微量元素、脂肪酸组成和理化指标进行了分析测定。
Ultrasonic Extraction of Oil in Semen Armeniacae Amarum 苦杏仁油的超声提取
Treated with modified Ma Xing Shi Gan Tang ( Decoction of Ephedrae, Armeniacae Amarum, Glycyrrhizae and Gypsum Fibrosum), the cases received a satisfactory result, with a total effective rate of 90.8%. 本组经用麻杏石甘汤加味治疗,总有效率占90.8%。
Studies on the Microwave Processing Method of Semen Armeniacae Amarum 微波炮制苦杏仁的研究
Research on Nutrition Components of Oil and Semen Armeniacae Amarum of Xinjiang 新疆地产苦杏仁及油的营养成分研究