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High-Performance Liquid Chromatographic Methods for the Determination of Aconitine Alkaloids

In chemical and pharmacological investigations of the Japanese drug sen-bushi , the roots of A. oavmiohaeli, Japanese workers S [Pg.285]

A report24 of the alkaloids of the roots of A. carmiahaeli-Debx. describes the isolation and structure elucidation of fuzi-line , C24H39NO7, m.p. 214-216 C., and the known bases aconitine (14), hypaconitine (12), mesaconitine (10), neoline (19), and song-orine (27). The alkaloid contents of these plants were found to vary considerably with growing location.25 From and n.m.r. [Pg.286]

Zhu and Zhu discussed the isolation of six alkaloids from the roots of A. oaemiohaeli (which they referenced as the traditional Chinese drugs Chuan-wu and Fu-tzu). Aconitine (14), hypaconitine (12), mesaconitine (10), talatizamine (15), isotalatizamine, and isotalatizidine (17) were identified. The base previously named chuan-wu base A is identical with isotalatizidine. [Pg.286]

spectral data for crassicauline B indicated the presence of two hydroxyl groups, a benzoyloxyl group, and an exocyclic double bond. These data indicated that this alkaloid is similar in structure, but not identical, with isohypognavine (34). [Pg.286]




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Alkaloids Determination

Alkaloids aconitine

Chromatographic determination

Chromatographic methods

Chromatographic performance

High Performance Liquid Chromatographic Methods

High alkaloids

High methods

High-performance liquid chromatograph

High-performance liquid chromatographic

High-performance liquid determination

High-performance liquid methods

Liquid chromatograph

Liquid chromatographic

Liquid chromatographic methods

Method of determinants

Method performance

Methods of determination

The Chromatographic Method

The alkaloids

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