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首页> 外文期刊>Scientific reports. >Regionalization of Chinese Material Medical Quality Based on Maximum Entropy Model: A case study of Atractylodes lancea
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Regionalization of Chinese Material Medical Quality Based on Maximum Entropy Model: A case study of Atractylodes lancea

机译：基于最大熵模型的中国材料医学质量的区域化 - 以临时兰氏菌为例

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Atractylodes is an East-Asiatic endemic genera that distributed in China, Japan and Russian Far Eastern. As an important resource of medicinal plant, atractylodes has long been used as herbal medicine. To example the significant features in its trueborn quality and geographical distribution, we explored the relationships between medicine quality and habitat suitability in two classifications–lower atractylodin content than the standard of Chinese Pharmacopoeia (2010) and the other has higher content. We found that the atractylodin content is negatively related to the habitat suitability for atractylodes with lower atractylodin, while the atractylodin content is positively related to the habitat suitability for those with higher atractylodin. By analyzing the distribution of atractylodeswith lower atractylodin content than the standard of Pharmacopeia, we discovered that the main ecological factors that could inhibit the accumulation of atractylodin were soil type (39.7%), soil clay content (26.7%), mean temperature in December (22.3%), Cation-exchange capacity (6%), etc. And these ecological factors promoted the accumulation of atractylodin for the atractylodes with higher atractylodin. By integrating the two classifications, we finally predicted the distribution of atractylodin content in China.Our results realized the query of atractylodes quality in arbitrary coordinates, and satisfied the actually cultivation demands of “Planting area based on atractylodin quality”.
机译：Atractylodes是一种分布在中国，日本和俄罗斯远东的东亚洲特有属。作为药用植物的重要资源，atractylodes长期被用作草药。为了实施其真正的质量和地理分布的重要特征，我们探讨了两种分类的医学质量和栖息地适用性之间的关系，比中国药典的标准（2010），其它含量较高。我们发现atractylodin含量与具有较低亚弧菌的栖伤性适合性呈负相关性，而亚替坦蛋白含量与患有较高亚替坦素的人的栖息地适合性呈正相关。通过分析比药遗传基岩的标准患者患有较低的大弧菌含量的分布，我们发现可以抑制atractylodin积累的主要生态因素是土壤型（39.7％），土壤粘土含量（26.7％），12月平均温度（ 22.3％），阳离子交换能力（6％）等，这些生态因素促进了患有较高亚替坦蛋白的Atractylode的Atractylodin的积累。通过整合两种分类，我们最终预测了中国亚替坦肌腱素含量的分布。我们的结果意识到任意坐标中的Atractylodes质量的查询，并满足了“基于atractylodin质量的种植面积的实际培养需求”。

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