AI Article Synopsis

  • Pinellia Rhizoma is a widely used medicinal herb but poses toxicity risks, primarily due to alkaloids, calcium oxalate crystals, and lectin proteins.
  • Processing is employed to detoxify the herb before use, affecting the levels of its components and potentially influencing its inflammatory and irritating effects.
  • Ongoing research focuses on understanding the detoxification mechanisms, the role of excipients, and the potential new toxicities introduced by processing methods or materials like alum, aiming to refine its safe application in medicine.

Article Abstract

Pinellia Rhizoma is one of the most commonly used medicinal herbs in clinic, but its toxicity couldn't be ignored. Processing is a detoxification method before the toxic traditional Chinese medicine were given to the patients, and mainly impacted the amount of relevant components in Chinese medicinal herbs (increase or decrease). Although there were still some disputes about the toxic components in Pinelliae Rhizoma (mainly referring to the alkaloid substances), more literatures reported that needle-like calcium oxalate crystals and lectin protein in Pinelliae Rhizoma were the main toxic components, and had a significant effect on inflammation and irritation caused by Pinellia Rhizoma. With the development of research methods and the expansion of research angles, researches for the effect of processing on the detoxification mechanism of Pinelliae Rhizoma have been constantly deepened. The recent reports showed that the detoxification mechanism of the herb was correlated with the dosage of detoxifying components, and the effect of relevant excipients in inhibiting a variety of inflammatory cytokines. However, we shall also pay attention to alum and other processing accessories that could cause new toxicity from residual aluminum, and the impact from processing conditions, origin of Chinese medicinal herbs and their combination with other medicinal herbs on Pinellia Rhizoma's toxicity. This paper describes toxic components, different detoxification methods and relevant detoxification mechanisms in Pinelliae Rhizoma to provide the references for further research and development of the plant.

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Source
http://dx.doi.org/10.4268/cjcmm20162327DOI Listing

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