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Authentication of the 31 species of toxic and potent chinese materia medica by microscopic technique assisted by ICP-MS analysis, part 4: Four kinds of toxic and potent mineral arsenical CMMs

机译:借助ICP-MS分析,通过显微镜技术鉴定31种有毒和有力的中药,第4部分:四种有毒和有力的矿物砷三坐标测量机

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摘要

Toxic and Potent Chinese Materia Medica (T/PCMM) is a special and very important category of Chinese medicines. They have long been used in traditional medical practice and are being used more and more widely throughout the world in recent years. As there may be many fatal toxic effects caused by misusing or confusion of T/PCMM, their quality and safety control arouse increasing attention internationally. Researches on the accurate identification to ensure the safe use of T/PCMM are acquired; however, there are few reports on authentication. We are carrying out a series of studies on 31 T/PCMM originating from plants, animals, minerals, and secreta. In our previous studies, we proved that modern microscopic authentication is a simple, fast, effective, low cost, and less toxic method for identifying animal, seed, and flower T/PCMM. In the present study, we focused on the authentication of four kinds of mineral arsenicals, including orpiment (mainly containing As2S3), realgar (mainly containing As4S4), arsenolite, and arsenic trioxide (mainly containing As2O3). We examined the macroscopic and microscopic characteristics of the above minerals and found that they all can be easily identified and authenticated by using light microscopy coupled with polarized microscopy. Moreover, the authentication results for arsenolite and arsenic trioxide are confirmed by ICP-MS analysis. We are sure that the morphological and microscopic characteristics indicated here are indispensable to establishing standards for these four mineral T/PCMMs.
机译:有毒和有力的中药(T / PCMM)是一种特殊且非常重要的中药类别。它们早已在传统医学实践中使用,并且近年来在世界范围内越来越广泛地使用。由于误用或混淆T / PCMM可能会导致许多致命的毒性作用,因此其质量和安全控制引起了国际关注。为了确保安全使用T / PCMM,进行了准确识别的研究;但是,关于身份验证的报告很少。我们正在对来自植物,动物,矿物质和分泌物的31种T / PCMM进行一系列研究。在我们以前的研究中,我们证明了现代的显微镜鉴定是一种简单,快速,有效,成本低廉且毒性小的方法,可用于识别动物,种子和花朵的T / PCMM。在本研究中,我们集中于四种矿物砷的鉴定,包括雌黄(主要含有As2S3),雄黄(主要含有As4S4),毒砂和三氧化二砷(主要含有As2O3)。我们检查了以上矿物的宏观和微观特征,发现它们都可以通过使用光学显微镜和偏光显微镜轻松鉴定和鉴定。此外,通过ICP-MS分析确认了毒砂和三氧化二砷的鉴定结果。我们确信,此处指出的形态学和微观特征对于建立这四种矿物T / PCMM的标准是必不可少的。

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