Abstract：
BACKGROUND: Upon the release of the selection results of \"Qin Medicine,\" numerous Chinese herbal medicines and proprietary Chinese medicines have regained attention. Physochlainae Radix (Huashanshen), a herbal medicine named after Mount Hua, the prominent peak in the Qinling Mountains, has garnered particular interest. Despite this, the impact of Physochlainae Radix and Qin medicines as a whole remains significantly overshadowed by the renown of Mount Hua.
METHODS: Search on Using \"Physochlainae Radix\" as the keyword; searches were conducted across China National Knowledge Infrastructure (CNKI), Wanfang Data, WIP Database, PubMed, Web of Science, and the National Library of China databases.
RESULTS: This study presents an overview of Physochlainae Radix by reviewing its history, chemical composition, preparation methods, planting and cultivation practices, concoctions, alkaloid detection, contraindications for use, resource recycling, and predicting quality markers.
CONCLUSIONS: To facilitate the further application and development of Physochlainae Radix, this study also addresses the challenges in the development of Qin medicines and proposes potential solutions..
METHODS: Search on Using \"Physochlainae Radix\" as the keyword; searches were conducted across China National Knowledge Infrastructure (CNKI), Wanfang Data, WIP Database, PubMed, Web of Science, and the National Library of China databases.
RESULTS: This study presents an overview of Physochlainae Radix by reviewing its history, chemical composition, preparation methods, planting and cultivation practices, concoctions, alkaloid detection, contraindications for use, resource recycling, and predicting quality markers.
CONCLUSIONS: To facilitate the further application and development of Physochlainae Radix, this study also addresses the challenges in the development of Qin medicines and proposes potential solutions..
摘要：
背景：《秦药》评选结果发布后，“众多的中草药和中成药重新受到关注。Physochlainae(花山神)，一种以华山命名的草药，秦岭山脉中突出的山峰，引起了特别的兴趣。尽管如此,整个石竹和秦药的影响仍然被华山的名声所掩盖。
方法：以“PhysochlainaeRadix”为关键字进行搜索；在中国国家知识基础设施（CNKI）进行搜索，万方数据,WIP数据库,PubMed,WebofScience,和中国国家图书馆数据库。
结果：本研究通过回顾其历史，概述了Physochlainaeradium，化学成分,制备方法,种植和栽培实践，混合物,生物碱检测，使用禁忌症,资源回收，并预测质量标记。
结论：为了促进山竹的进一步应用和开发，这项研究还解决了秦药发展中的挑战，并提出了潜在的解决方案。。
方法：以“PhysochlainaeRadix”为关键字进行搜索；在中国国家知识基础设施（CNKI）进行搜索，万方数据,WIP数据库,PubMed,WebofScience,和中国国家图书馆数据库。
结果：本研究通过回顾其历史，概述了Physochlainaeradium，化学成分,制备方法,种植和栽培实践，混合物,生物碱检测，使用禁忌症,资源回收，并预测质量标记。
结论：为了促进山竹的进一步应用和开发，这项研究还解决了秦药发展中的挑战，并提出了潜在的解决方案。。
