[Objectives] The research aimed to evaluate impacts of diseases on quality of Paris polyphylla var. chinensis. [Methods]Ultraviolet spectrophotometry was used to determine and contrast content of total saponins in roo...[Objectives] The research aimed to evaluate impacts of diseases on quality of Paris polyphylla var. chinensis. [Methods]Ultraviolet spectrophotometry was used to determine and contrast content of total saponins in root,stem and leaf from healthy and diseased plants. Infrared characteristic absorption peaks of healthy and diseased plants were found by infrared fingerprint method for comparative analysis.[Results]Total saponins content in root sample J4 of healthy plant reached 4. 89% and was the highest,while it was 0. 13% in stem sample J11 of healthy plant and was the lowest. Total saponins content in root sample B1 of diseased plant was 1. 68% and was the highest,while it was 0. 1% in stem sample B7 of diseased plant and was the lowest. In healthy and diseased plants,total saponins content in root was significantly higher than that in stem and leaf. Content of total saponins in root from healthy plant was significantly higher than that from diseased plant,and there was little difference in stem and leaf of healthy and diseased plants. Root sample Jg of healthy plant had obvious C-O characteristic vibration of polysaccharides and glycosides and absorption peak of O-H bending vibration in steroidal saponin near 1 160. 02 cm-1,while diseased plant had no obvious absorption peak. Near 861. 97 and 768. 07 cm-1,root sample Jg of healthy plant had significant C-C stretching vibration in sugar ring and characteristic absorption peak of characteristic vibration of steroidal saponin,while root sample Bg of diseased plant had no obvious characteristic peak. [Conclusions] Diseases significantly affected composition and content of total saponins and steroidal saponins from P. polyphylla var. chinensis,further affecting quality of P. polyphylla var. chinensis.展开更多
[Objectives] To study the changes in active components before and after microorganism fermentation of Rhizoma Paridis( Chonglou). [Methods]Analytical methods using total saponins and total flavonoids as indicators wer...[Objectives] To study the changes in active components before and after microorganism fermentation of Rhizoma Paridis( Chonglou). [Methods]Analytical methods using total saponins and total flavonoids as indicators were established. UV spectrophotometry was used to determine the changes in active components before and after fermentation of Rhizoma Paridis. [Results] The content of total saponins decreased after fermentation,while the content of total flavonoids increased. [Conclusions]The content of total saponins decreased after fermentation and the content of total flavonoids increased. The fermentation process of Monascus purpureus Went. needs further optimization.展开更多
目的从AB-8、D101、HPD-100和S-8四种不同型号大孔吸附树脂中优选出分离纯化重楼总皂苷效果最佳的树脂。方法采用紫外可见分光光度法测定重楼总皂苷含有量;比较树脂的静态饱和吸附量和静态解吸率,并结合动态吸附和解吸试验,确定最佳的...目的从AB-8、D101、HPD-100和S-8四种不同型号大孔吸附树脂中优选出分离纯化重楼总皂苷效果最佳的树脂。方法采用紫外可见分光光度法测定重楼总皂苷含有量;比较树脂的静态饱和吸附量和静态解吸率,并结合动态吸附和解吸试验,确定最佳的吸附洗脱工艺。结果 AB-8树脂对重楼总皂苷有较好的吸附分离性能,上样液质量浓度为生药0.1 g/m L,上样量18 m L/g树脂,20%乙醇洗脱杂质,60%乙醇洗脱总皂苷,用量均为12 m L/g树脂。总皂苷质量分数达到53.1%,收率85.6%。结论弱极性的AB-8树脂适用于重楼总皂苷的分离纯化。展开更多
基金Supported by the National Key R&D Program(2018YFC1708005)the Sichuan Science and Technology Plan Project(2018JY0111)the Innovating Research Program of Postgraduates of Southwest Minzu University in 2018(cx2018sz83)
文摘[Objectives] The research aimed to evaluate impacts of diseases on quality of Paris polyphylla var. chinensis. [Methods]Ultraviolet spectrophotometry was used to determine and contrast content of total saponins in root,stem and leaf from healthy and diseased plants. Infrared characteristic absorption peaks of healthy and diseased plants were found by infrared fingerprint method for comparative analysis.[Results]Total saponins content in root sample J4 of healthy plant reached 4. 89% and was the highest,while it was 0. 13% in stem sample J11 of healthy plant and was the lowest. Total saponins content in root sample B1 of diseased plant was 1. 68% and was the highest,while it was 0. 1% in stem sample B7 of diseased plant and was the lowest. In healthy and diseased plants,total saponins content in root was significantly higher than that in stem and leaf. Content of total saponins in root from healthy plant was significantly higher than that from diseased plant,and there was little difference in stem and leaf of healthy and diseased plants. Root sample Jg of healthy plant had obvious C-O characteristic vibration of polysaccharides and glycosides and absorption peak of O-H bending vibration in steroidal saponin near 1 160. 02 cm-1,while diseased plant had no obvious absorption peak. Near 861. 97 and 768. 07 cm-1,root sample Jg of healthy plant had significant C-C stretching vibration in sugar ring and characteristic absorption peak of characteristic vibration of steroidal saponin,while root sample Bg of diseased plant had no obvious characteristic peak. [Conclusions] Diseases significantly affected composition and content of total saponins and steroidal saponins from P. polyphylla var. chinensis,further affecting quality of P. polyphylla var. chinensis.
基金Supported by Innovating Research Program of Postgraduates of Southwest Minzu University in 2017(CX2017SZ099)the Funds of Basic Research for Application of Sichuan Province(18YYJC0230)
文摘[Objectives] To study the changes in active components before and after microorganism fermentation of Rhizoma Paridis( Chonglou). [Methods]Analytical methods using total saponins and total flavonoids as indicators were established. UV spectrophotometry was used to determine the changes in active components before and after fermentation of Rhizoma Paridis. [Results] The content of total saponins decreased after fermentation,while the content of total flavonoids increased. [Conclusions]The content of total saponins decreased after fermentation and the content of total flavonoids increased. The fermentation process of Monascus purpureus Went. needs further optimization.
文摘目的从AB-8、D101、HPD-100和S-8四种不同型号大孔吸附树脂中优选出分离纯化重楼总皂苷效果最佳的树脂。方法采用紫外可见分光光度法测定重楼总皂苷含有量;比较树脂的静态饱和吸附量和静态解吸率,并结合动态吸附和解吸试验,确定最佳的吸附洗脱工艺。结果 AB-8树脂对重楼总皂苷有较好的吸附分离性能,上样液质量浓度为生药0.1 g/m L,上样量18 m L/g树脂,20%乙醇洗脱杂质,60%乙醇洗脱总皂苷,用量均为12 m L/g树脂。总皂苷质量分数达到53.1%,收率85.6%。结论弱极性的AB-8树脂适用于重楼总皂苷的分离纯化。
