目的研究剑川乌头中的二萜生物碱。
目的探讨制川乌、制草乌与其伪品的快速鉴别方法。
Objective To study the rapid identification method for Radix Aconiti Praeparata, Radix Aconiti Kusnezoffii Praeparata and their forgeries.
目的：比较川乌与白芍配伍前后的抗炎作用，探讨配伍后的抗炎增效特点。
Objective: to make a comparison between the single and combined use of Monkshood Root and Peony Root to observe the anti inflammation effect in the experimental animals.
基原类群分布区的快速扩张可能是川乌药材道地性形成的主要遗传分化模式。
Range expansion of the original plants was likely the main genetic differentiation model for the formation of genuine character of Chuanwu.
前言：目的：改进川乌、附子、半夏、天南星的炮制方法，增强其疗效。方法：在尊重原炮制方法核心部分的基础上加以改进，减化炮制程序。
OBJECTIVE: To improve the process for preparation of Radix Cyathulae, Radix Aconiti Lateralis Preparata, Rhizoma Pinelliae and Rhizoma Arisaematis for the purpose of enhancing their curative efficacy.
镇痛酊由参三七、三棱、红花、生草乌、生川乌、归尾、樟脑、五加皮、木瓜、六轴子、牛膝、薄荷脑与乙醇溶液混合，按酊剂制法配制而成；
Said antalgic tincture is prepared from 12 Chinese-medicinal materials including notoginseng, burreed tuber, safflower, wild aconite root, etc. through mixing with solution of alcohol.
生川乌炮制后生物碱大多数由双酯型水解转化为单酯型，水解反应最容易发生的位置在C8位，水解反应的类型是烷氧键发生断裂的酯的碱性水解。
After processing of crude aconite roots, most of the diester diterpenoid alkaloids converted to the monoester form, while C8 was the major location for such reaction. It is a ty…
生川乌炮制后生物碱大多数由双酯型水解转化为单酯型，水解反应最容易发生的位置在C8位，水解反应的类型是烷氧键发生断裂的酯的碱性水解。
After processing of crude aconite roots, most of the diester diterpenoid alkaloids converted to the monoester form, while C8 was the major location for such reaction. It is a ty…
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