AIM: To explore the effects of processing on components group of Semen Raphani.
目的：探讨炮制对莱菔子饮片中成分群的影响。
Result: They showed different pharmacological effects on the digestive system of different processed products of Semen Raphani.
结果：莱菔子不同炮制品对消化系统呈现不同药理作用。
Systematical research on the processing technology and the quality control method of Semen Raphani has been performed in the study.
对中药莱菔子饮片炮制工艺和质量控制方法进行了较为系统的研究。
CONCLUSION: Processing Semen Raphani can change the components group through influencing the decoction process, eventually produce...
结论：莱菔子炮制可通过影响煎煮过程使生、炒品煎出成分不同而产生不同的临床疗效。
Objective: To explore the effects of the soluble Semen Raphani alkaloids on spontaneous hypertensive rats (SHR) and on cardiovascular remodeling.
目的：探讨莱菔子水溶性生物碱对自发性高血压大鼠(SHR)的血压及心血管重构的影响。
Objective: To study the different pharmacological effects on the digestive system of different processed products of Semen Raphani and their acute toxicity.
目的：研究莱菔子不同炮制品对消化系统药理作用及急性毒性。
Methods: By comparing HPLC maps of Semen Raphani samples prepared with different methods and computing similarity, (analysis) the change law of the components group.
方法：通过不同制备方法莱菔子供试样品hplc图谱的比较和相似度计算，分析其成分群的变化规律。
Conclusion Serum containing Semen Arecae, Dandelion, Semen raphani and Atractylodes macrocephala can make notable contraction on colonic smooth muscle cells in rats.
结论不同浓度槟榔、蒲公英、莱菔子、生白术中药血清均可引起结肠平滑肌细胞有效收缩。
Conclusion Serum containing Semen Arecae, Dandelion, Semen raphani and Atractylodes macrocephala can make notable contraction on colonic smooth muscle cells in rats.
结论不同浓度槟榔、蒲公英、莱菔子、生白术中药血清均可引起结肠平滑肌细胞有效收缩。
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