我们的目的是探索为什么在熟地黄轮作中种植地黄后，芝麻的收成会急剧下降。
Our objective was to explore why Sesamum indicum yield declined severely when planted after Rehmannia glutinosa in crop rotation.
结论本方法可用于熟地黄药材的质量控制。
CONCLUSION the methods can be used for the quality control of Radix Rehmanniae Praeparata.
目的：研究熟地黄及其多糖的中枢抑制作用。
Objective: To study the inhibition effect of Shu Dihuang and the Polysaccharide on CNS.
结果检出了一种新的蛇胆掺假品—— 熟地黄提取液。
目的：筛选熟地黄中活性成分甘露三糖的最佳提取条件。
Objective: To optimize water extraction technology of manninotriose in Radix Rehmanniae Praeparata.
目的：探讨熟地黄粗多糖对血虚模型免疫器官形态的影响。
Objective: To probe the effects of gross polysaccharide of Radix Rehmanniae Preparata (GPRRP) on the morphology changes of immune organ of blood deficiency model mice.
采用还原糖测定仪测定熟地黄中还原糖(还原性成分)含量。
The reducing sugar in the prepared Rhizoma Rehmannia was determined with an reducing sugar analyzer.
方法用全自动还原糖测定仪测定熟地黄药材中还原糖的含量。
Methods Using automatic determine instrument of reducing sugar to determine the content of reducing sugar in Radix Rehmanniae Proparate.
结论：熟地黄具有改善学习记忆障碍模型小鼠学习记忆能力的作用。
Conclusion: Prepared Radix Rehmanniae can improve the mice's learning and memorizing ability.
方剂的核心药物为熟地黄、枸杞子、茯苓、当归、菟丝子、川芎、山药。
The core prescription drugs rehmannia, wolfberry fruit, Poria, Angelica, Semen, Chuan Xiong, yam.
可见鲜地黄不同于生地黄和熟地黄的独特功效与其内在的化学成分密切相关。
So the distinctive chemical composition in the fresh Radix Rehmanniae makes its efficacy unique.
结论：本研究所建立的模型可以很好的预测酒炖熟地黄饮片中指标成分还原糖的含量。
Conclusion: the prediction model could be used to predict reducing sugar content in the powder of decoction pieces of Shu Dihuang stewing with mine.
方法：利用FTIR红外光谱法，从分子水平，快速、准确，整体宏观监控炮制过程，分析生地黄特征峰和熟地黄特征峰变化趋势和规律。
METHODS: Monolithic surveillance to the process and analyzing the change of the characteristic peaks between dried Radix Rehmannia and Radix Rehmannia Preparata by FT IR spectroscopy.
方法：利用FTIR红外光谱法，从分子水平，快速、准确，整体宏观监控炮制过程，分析生地黄特征峰和熟地黄特征峰变化趋势和规律。
METHODS: Monolithic surveillance to the process and analyzing the change of the characteristic peaks between dried Radix Rehmannia and Radix Rehmannia Preparata by FT IR spectroscopy.
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