Objective To study the solubility of lipo-alkaloids from prepared aconite root ( Radix Aconiti Lateralis Preparata) and identify the sources of lipo-alkaloids in Sini Decoction. 目的研究附子中脂类生物碱(脂碱)的溶解性,确定四逆汤中脂碱的来源。
Antagonism of Liquorice toward Arrhythmia Induced by Prepared Aconite Root 甘草拮抗附子心律失常毒性的机理研究
Fevervine, short-pedicel aconite root, wild aconite root, and corydalis tuber have very good analgesic function which has a dependent relationship with its dosage. 鸡屎藤、雪上一枝蒿、草乌、延胡索均有较好的镇痛作用,且与剂量呈依赖关系。
Optimization of the Workmanship for Processing Aconite Root by Orthogonal Design 正交设计法优选乌头炮制工艺
Many kinds of aconite root were applied widely in Chinese traditional therapy, with pharmacologic actions, such as stimulating heart, boosting pressure, analgesia and anti-inflammatory action. 乌头类中药在中医治疗中已被广泛使用,具有强心、升压、镇痛、抗炎等多种药理作用,该类药物毒性很大,常用药物生川乌、生草乌、生附子属于国家特殊管理的毒性中药。
Warming Yang and dispelling cold to relieve pain, processed aconite root can be used well. 温阳散寒止痛,善用附子。
Methods The electrospray ionization mass spectrometry was employed to analyze the alkaloids in crude aconite roots, Sini Decoction, the gruffs of concocted aconite roots and the decoction of prepared aconite root and pinellia tuber ( Rhizoma Pinellae). 方法利用电喷雾离子阱质谱分析比较生附子、四逆汤、煎煮后生附子药渣、生附子与半夏共煎液中的生物碱。
The results showed that Sini Decoction, dried ginger, and prepared aconite root increase the serum IgG level significantly. 结果表明:四逆汤全方和单味干姜、附子有显著提高正常大鼠血清免疫球蛋白G(IgG)水平,且干姜作用较附子强,而甘草显著降低正常,大鼠血清IgG。
The optimization of workmanship for processing aconite root was studied by using orthogonal design and by determining the yield, water content, content of alkaloid of ester type, and total alkaloid content of the processed aconite root. 用正交设计法,以乌头炮制品收率、含水量、总生物碱和酯型生物碱含量变化为指标,探讨乌头炮制工艺。
Effect of Ginseng and Aconite Root Infection on Neuroendocrine System and Cardiac Ventricle Remodelling of Heart Failure Patients 参附注射液对心力衰竭患者神经内分泌系统及心室重塑的影响
The Toxicity Comparison and the Mechanism Initial Research on Aconite Root Treating Animal Model of Yang Asthenia and Yin Asthenia 阳虚、阴虚模型大鼠应用附子毒性对比及其机制的初步研究