OBJECTIVE To discuss the effect of soil quality in GAP experiment base on the quality of Ling Zhi. To provide scientific support for design and construction of Ling-Zhi GAP cultivation base.
目的探讨GAP实验基地土壤环境质量，对灵芝药材品质的影响，为制定和建立灵芝GAP种植基地建设提供科学依据。
RESULTS and CONCLUSION The quality of water and soil and the degree of pollution affect the quality of Ling-Zhi products directly.
结果与结论水质和土壤质量的好坏和污染程度都直接影响灵芝产品的质量。
Objective to discuss the soil environment quality effected on Ling-Zhi medicinal materials in GAP experiment base. Provide science support to constitute and establish Ling-Zhi GAP plant base build.
目的探讨GAP实验基地土壤环境质量，对灵芝药材品质的影响，为制定和建立灵芝GAP种植基地建设提供科学依据。
According to the definition of the life-span of ciliated protozoan clone, the component of Ling-Zhi prolonged the life-span of the clonal cells of Stylonychia mytilus.
根据纤毛原生动物无性系的寿命的定义，灵芝的内含物延长了棘尾虫无性系细胞的寿命。
Methods Use National Standard test methods to analyse and assess the quality of water, soil, air and Ling-Zhi in the Ling-Zhi cultivation base.
方法采用国家标准测试方法，对灵芝GAP种植基地的水源、土壤环境和大气环境及灵芝药材进行分析评价。
Methods use National Standard test methods to analyse and assess the water, the soil environment, the air environment and the Ling-Zhi medicinal materials in Ling-Zhi plant base.
方法采用国家标准测试方法，对灵芝GAP种植基地的水源、土壤环境和大气环境及灵芝药材进行分析评价。
Methods use National Standard test methods to analyse and assess the water, the soil environment, the air environment and the Ling-Zhi medicinal materials in Ling-Zhi plant base.
方法采用国家标准测试方法，对灵芝GAP种植基地的水源、土壤环境和大气环境及灵芝药材进行分析评价。
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