Objective To separate flavonol and flavanonol by the column chromatography of polyamide.

目的采用聚酰胺色谱分离酮醇与酮醇类化合物。

Results Pure flavonol and flavanonol were obtained by the column chromatography of polyamide.

果运用聚酰胺色谱法一次分离得高纯度酮醇与酮醇。

Conclusion: Silica gel column chromatography and crystallization are simple and rapid methods to isolate gardenoside.

层析晶方法是简单、速分离栀子苷的有效办法。

The soybean phosphatidylethanolamine and phosphatidylinositol were prepared by combining methods of solvents extraction and silica gel column chromatography from soybean oil sediment.

采用溶剂萃取法色谱法相合的工艺,从大豆油脚中制备肌醇磷脂,研究了不同洗脱剂对色谱分离脑磷脂肌醇磷脂效果的影响。

A study was made of the effect of using silica gel and macroporous resin I as absorbent in column chromatography on the separation of tigogenin.

研究用硅胶、大孔树脂Ⅰ作为吸附剂的色谱的分离效果。

Tigogenin was separated completely from the crude sapogenins by macroporous resin column chromatography,only simple solvent Ilelute was used in the column of the separate process.

用大孔树脂为吸附剂的色谱方法在分离的过程中仅需要简单的溶剂-Ⅱ,分离出的单一组分剑麻皂甙元占粗皂甙元的比率高达70%以上。

Objective To separate flavonol and flavanonol by the column chromatography of polyamide.

目的采用聚酰胺色谱酮醇与二氢酮醇类化合物。

Results Pure flavonol and flavanonol were obtained by the column chromatography of polyamide.

结果运用聚酰胺色谱法一次得高纯度酮醇与二氢酮醇。

Conclusion: Silica gel column chromatography and crystallization are simple and rapid methods to isolate gardenoside.

层析和重结晶方法是简单、速栀子苷的有效办法。

The soybean phosphatidylethanolamine and phosphatidylinositol were prepared by combining methods of solvents extraction and silica gel column chromatography from soybean oil sediment.

采用溶剂萃取法和色谱法相结合的工艺,油脚中制备肌醇磷脂,研究了不同洗脱剂对色谱脑磷脂和肌醇磷脂效果的影响。

A study was made of the effect of using silica gel and macroporous resin I as absorbent in column chromatography on the separation of tigogenin.

研究用硅胶、孔树脂Ⅰ作为吸附剂的色谱的效果。

Tigogenin was separated completely from the crude sapogenins by macroporous resin column chromatography,only simple solvent Ilelute was used in the column of the separate process.

用孔树脂为吸附剂的色谱方法在的过程中仅需要简单的溶剂-Ⅱ,出的单一组剑麻皂甙元占粗皂甙元的比率高达70%以上。

Objective To separate flavonol and flavanonol by the column chromatography of polyamide.

目的采用聚酰胺色谱分离黄酮醇黄酮醇类化合物。

Results Pure flavonol and flavanonol were obtained by the column chromatography of polyamide.

果运用聚酰胺色谱法一次分离得高纯度黄酮醇黄酮醇。

Conclusion: Silica gel column chromatography and crystallization are simple and rapid methods to isolate gardenoside.

层析和方法是简单、速分离栀子苷的有效办法。

The soybean phosphatidylethanolamine and phosphatidylinositol were prepared by combining methods of solvents extraction and silica gel column chromatography from soybean oil sediment.

采用溶剂萃取法和色谱法相合的工艺,从大豆油脚中制备肌醇磷脂,研究了不同洗脱剂对色谱分离脑磷脂和肌醇磷脂效果的影响。

A study was made of the effect of using silica gel and macroporous resin I as absorbent in column chromatography on the separation of tigogenin.

研究用硅胶、大孔树脂Ⅰ作为吸附剂的色谱的分离效果。

Tigogenin was separated completely from the crude sapogenins by macroporous resin column chromatography,only simple solvent Ilelute was used in the column of the separate process.

用大孔树脂为吸附剂的色谱方法在分离的过程中仅需要简单的溶剂-Ⅱ,分离出的单一组分剑麻皂甙元占粗皂甙元的比率高达70%以上。

Objective To separate flavonol and flavanonol by the column chromatography of polyamide.

目的采用聚色谱分离黄酮醇与二氢黄酮醇类化合物。

Results Pure flavonol and flavanonol were obtained by the column chromatography of polyamide.

结果运用聚色谱法一次分离得高纯度黄酮醇与二氢黄酮醇。

Conclusion: Silica gel column chromatography and crystallization are simple and rapid methods to isolate gardenoside.

层析和重结晶方法是简单、速分离栀子苷的有效办法。

The soybean phosphatidylethanolamine and phosphatidylinositol were prepared by combining methods of solvents extraction and silica gel column chromatography from soybean oil sediment.

采用溶剂萃取法和色谱法相结合的工艺,从大豆油脚肌醇磷脂,研究了不同洗脱剂对色谱分离脑磷脂和肌醇磷脂效果的影响。

A study was made of the effect of using silica gel and macroporous resin I as absorbent in column chromatography on the separation of tigogenin.

研究用硅胶、大孔树脂Ⅰ作为吸附剂的色谱的分离效果。

Tigogenin was separated completely from the crude sapogenins by macroporous resin column chromatography,only simple solvent Ilelute was used in the column of the separate process.

用大孔树脂为吸附剂的色谱方法在分离的过程仅需要简单的溶剂-Ⅱ,分离出的单一组分剑麻皂甙元占粗皂甙元的比率高达70%以上。

Objective To separate flavonol and flavanonol by the column chromatography of polyamide.

目的采用聚酰胺色谱分离黄酮醇与二氢黄酮醇类化合物。

Results Pure flavonol and flavanonol were obtained by the column chromatography of polyamide.

结果运用聚酰胺色谱法一次分离得高纯度黄酮醇与二氢黄酮醇。

Conclusion: Silica gel column chromatography and crystallization are simple and rapid methods to isolate gardenoside.

和重结晶方法是简单、速分离栀子苷的有办法。

The soybean phosphatidylethanolamine and phosphatidylinositol were prepared by combining methods of solvents extraction and silica gel column chromatography from soybean oil sediment.

采用溶剂萃取法和色谱法相结合的工艺,从大豆油脚中制备肌醇,研究了不同洗脱剂对色谱分离脑和肌醇果的影响。

A study was made of the effect of using silica gel and macroporous resin I as absorbent in column chromatography on the separation of tigogenin.

研究用硅胶、大孔树Ⅰ作为吸附剂的色谱的分离果。

Tigogenin was separated completely from the crude sapogenins by macroporous resin column chromatography,only simple solvent Ilelute was used in the column of the separate process.

用大孔树为吸附剂的色谱方法在分离的过程中仅需要简单的溶剂-Ⅱ,分离出的单一组分剑麻皂甙元占粗皂甙元的比率高达70%以上。

Objective To separate flavonol and flavanonol by the column chromatography of polyamide.

目的采聚酰胺色谱分离黄酮醇与二氢黄酮醇类化合物。

Results Pure flavonol and flavanonol were obtained by the column chromatography of polyamide.

结果运聚酰胺色谱法一次分离得高纯度黄酮醇与二氢黄酮醇。

Conclusion: Silica gel column chromatography and crystallization are simple and rapid methods to isolate gardenoside.

层析和重结晶方法是简单、速分离栀子苷的有效办法。

The soybean phosphatidylethanolamine and phosphatidylinositol were prepared by combining methods of solvents extraction and silica gel column chromatography from soybean oil sediment.

采溶剂萃取法和色谱法相结合的工艺,从大豆油脚中制备肌醇磷脂,了不同洗脱剂对色谱分离脑磷脂和肌醇磷脂效果的影响。

A study was made of the effect of using silica gel and macroporous resin I as absorbent in column chromatography on the separation of tigogenin.

硅胶、大孔树脂Ⅰ作为吸附剂的色谱的分离效果。

Tigogenin was separated completely from the crude sapogenins by macroporous resin column chromatography,only simple solvent Ilelute was used in the column of the separate process.

大孔树脂为吸附剂的色谱方法在分离的过程中仅需要简单的溶剂-Ⅱ,分离出的单一组分剑麻皂甙元占粗皂甙元的比率高达70%以上。

Objective To separate flavonol and flavanonol by the column chromatography of polyamide.

目的采用聚酰胺色谱分离黄酮醇与二氢黄酮醇类化合物。

Results Pure flavonol and flavanonol were obtained by the column chromatography of polyamide.

结果运用聚酰胺色谱法一次分离得高纯度黄酮醇与二氢黄酮醇。

Conclusion: Silica gel column chromatography and crystallization are simple and rapid methods to isolate gardenoside.

层析和重结晶方法是简单、速分离栀子苷的有效办法。

The soybean phosphatidylethanolamine and phosphatidylinositol were prepared by combining methods of solvents extraction and silica gel column chromatography from soybean oil sediment.

采用溶萃取法和色谱法相结合的工艺,从大豆油脚中制备肌醇磷脂,研究了不同洗色谱分离脑磷脂和肌醇磷脂效果的影响。

A study was made of the effect of using silica gel and macroporous resin I as absorbent in column chromatography on the separation of tigogenin.

研究用硅胶、大孔树脂Ⅰ作为吸附的色谱的分离效果。

Tigogenin was separated completely from the crude sapogenins by macroporous resin column chromatography,only simple solvent Ilelute was used in the column of the separate process.

用大孔树脂为吸附的色谱方法在分离的过程中仅需要简单的溶-Ⅱ,分离出的单一组分剑麻皂甙元占粗皂甙元的比率高达70%以上。

Objective To separate flavonol and flavanonol by the column chromatography of polyamide.

目的采用聚酰胺色谱分醇与二氢醇类化合物。

Results Pure flavonol and flavanonol were obtained by the column chromatography of polyamide.

结果运用聚酰胺色谱法一次分得高纯度醇与二氢醇。

Conclusion: Silica gel column chromatography and crystallization are simple and rapid methods to isolate gardenoside.

层析和重结晶方法是简单、速分栀子苷的有效办法。

The soybean phosphatidylethanolamine and phosphatidylinositol were prepared by combining methods of solvents extraction and silica gel column chromatography from soybean oil sediment.

采用溶剂萃取法和色谱法相结合的工,豆油脚中制备肌醇磷脂,研究了不同洗脱剂对色谱分脑磷脂和肌醇磷脂效果的影响。

A study was made of the effect of using silica gel and macroporous resin I as absorbent in column chromatography on the separation of tigogenin.

研究用硅胶、孔树脂Ⅰ作为吸附剂的色谱的分效果。

Tigogenin was separated completely from the crude sapogenins by macroporous resin column chromatography,only simple solvent Ilelute was used in the column of the separate process.

用孔树脂为吸附剂的色谱方法在分的过程中仅需要简单的溶剂-Ⅱ,分出的单一组分剑麻皂甙元占粗皂甙元的比率高达70%以上。

Objective To separate flavonol and flavanonol by the column chromatography of polyamide.

目的采用聚酰胺分离黄酮醇与二氢黄酮醇类化合物。

Results Pure flavonol and flavanonol were obtained by the column chromatography of polyamide.

结果运用聚酰胺法一次分离得高纯度黄酮醇与二氢黄酮醇。

Conclusion: Silica gel column chromatography and crystallization are simple and rapid methods to isolate gardenoside.

层析和重结晶方法是简单、速分离栀子苷的有效办法。

The soybean phosphatidylethanolamine and phosphatidylinositol were prepared by combining methods of solvents extraction and silica gel column chromatography from soybean oil sediment.

采用溶剂萃取法和法相结合的工艺,从大豆制备肌醇磷脂,研究了不同洗脱剂对分离脑磷脂和肌醇磷脂效果的影响。

A study was made of the effect of using silica gel and macroporous resin I as absorbent in column chromatography on the separation of tigogenin.

研究用硅胶、大孔树脂Ⅰ作为吸附剂的的分离效果。

Tigogenin was separated completely from the crude sapogenins by macroporous resin column chromatography,only simple solvent Ilelute was used in the column of the separate process.

用大孔树脂为吸附剂的方法在分离的过程仅需要简单的溶剂-Ⅱ,分离出的单一组分剑麻皂甙元占粗皂甙元的比率高达70%以上。