Conclusion Besides hydrolysis reactions, ester-exchange reactions happen for diester-aconitines and triester-aconitines in the decocting of FAK.

结论在草乌花煎煮过程中，双酯型和三酯型乌头物碱除解反应外，酯交换反应成双酯型和三酯型脂类物碱。

To prepare Muxiang shunqi oral liquid,steam distillation,diacolation and decoction methods were adopted and compared. The results show that the steam distillation is the best process.

采用蒸汽蒸馏提取法、渗漉法和煎煮法制备木香顺气口。过成品的理化性质及薄层色谱的比较,确定蒸汽蒸馏提取法为最佳工艺,并确定最佳流程。

Conclusion Besides hydrolysis reactions, ester-exchange reactions happen for diester-aconitines and triester-aconitines in the decocting of FAK.

结论在草花煎煮过程中，双和三头生物碱除发生解反应外，还发生交换反应生成双和三脂类生物碱。

To prepare Muxiang shunqi oral liquid,steam distillation,diacolation and decoction methods were adopted and compared. The results show that the steam distillation is the best process.

采用蒸汽蒸馏提取法、渗漉法和煎煮法制备木香顺气口服液。通过成品理化性质及薄层色较,确定蒸汽蒸馏提取法为最佳工艺,并确定最佳流程。

Conclusion Besides hydrolysis reactions, ester-exchange reactions happen for diester-aconitines and triester-aconitines in the decocting of FAK.

结论在草乌花煎煮过程中，双酯型和三酯型乌头物碱除发解外，还发酯交换成双酯型和三酯型脂类物碱。

To prepare Muxiang shunqi oral liquid,steam distillation,diacolation and decoction methods were adopted and compared. The results show that the steam distillation is the best process.

采用蒸汽蒸馏提取法、渗漉法和煎煮法制顺气口服液。通过成品的理化性质及薄层色谱的比较,确定蒸汽蒸馏提取法为最佳工艺,并确定最佳流程。

Conclusion Besides hydrolysis reactions, ester-exchange reactions happen for diester-aconitines and triester-aconitines in the decocting of FAK.

结论在草乌过程中，双酯型和三酯型乌头生物碱除发生解反应外，还发生酯交换反应生成双酯型和三酯型脂类生物碱。

To prepare Muxiang shunqi oral liquid,steam distillation,diacolation and decoction methods were adopted and compared. The results show that the steam distillation is the best process.

采用蒸汽蒸馏法、渗漉法和法制备木香顺气口服液。通过成品的理化性质及薄层色谱的比较,确定蒸汽蒸馏法为最佳工艺,并确定最佳流程。

Conclusion Besides hydrolysis reactions, ester-exchange reactions happen for diester-aconitines and triester-aconitines in the decocting of FAK.

结论在草乌花煎煮过程，型和三型乌头生物碱除发生解反应外，还发生交换反应生成型和三型脂类生物碱。

To prepare Muxiang shunqi oral liquid,steam distillation,diacolation and decoction methods were adopted and compared. The results show that the steam distillation is the best process.

采用馏提取法、渗漉法和煎煮法制备木香顺气口服液。通过成品的理化性质及薄层色谱的比较,确定馏提取法为最佳工艺,并确定最佳流程。

Conclusion Besides hydrolysis reactions, ester-exchange reactions happen for diester-aconitines and triester-aconitines in the decocting of FAK.

结论在草乌花煎煮过程中，双酯型和三酯型乌头生物碱除发生解反应外，还发生酯交换反应生成双酯型和三酯型脂类生物碱。

To prepare Muxiang shunqi oral liquid,steam distillation,diacolation and decoction methods were adopted and compared. The results show that the steam distillation is the best process.

采用蒸汽蒸馏提取法、渗漉法和煎煮法制备木香顺气口服液。通过成品的理化性质及薄层色谱的比较,确定蒸汽蒸馏提取法为工艺,并确定程。

Conclusion Besides hydrolysis reactions, ester-exchange reactions happen for diester-aconitines and triester-aconitines in the decocting of FAK.

结论在草乌花煎煮过程中，双酯型和三酯型乌头物碱解反应外，还酯交换反应成双酯型和三酯型脂类物碱。

To prepare Muxiang shunqi oral liquid,steam distillation,diacolation and decoction methods were adopted and compared. The results show that the steam distillation is the best process.

采用蒸汽蒸馏提取法、渗漉法和煎煮法制备木香顺气口服液。通过成品的理及薄层色谱的比较,确定蒸汽蒸馏提取法为最佳工艺,并确定最佳流程。

Conclusion Besides hydrolysis reactions, ester-exchange reactions happen for diester-aconitines and triester-aconitines in the decocting of FAK.

结论在草乌花煎煮过程中，双酯型和三酯型乌头生发生解反应外，还发生酯交换反应生成双酯型和三酯型脂类生。

To prepare Muxiang shunqi oral liquid,steam distillation,diacolation and decoction methods were adopted and compared. The results show that the steam distillation is the best process.

采用蒸汽蒸馏提取法、渗漉法和煎煮法制备木香顺气口服液。通过成品的理化性层色谱的比较,确定蒸汽蒸馏提取法为最佳工艺,并确定最佳流程。

Conclusion Besides hydrolysis reactions, ester-exchange reactions happen for diester-aconitines and triester-aconitines in the decocting of FAK.

结论在草乌花煎煮过中，双酯型和三酯型乌头生物碱除发生解反应外，还发生酯交换反应生成双酯型和三酯型脂类生物碱。

To prepare Muxiang shunqi oral liquid,steam distillation,diacolation and decoction methods were adopted and compared. The results show that the steam distillation is the best process.

采用蒸汽蒸馏提取法、渗漉法和煎煮法制备木香顺气口服液。通过成品的理化性质及薄层色谱的比较,确定蒸汽蒸馏提取法为最佳工艺,并确定最佳流。