macroporous resin

Foam separation and macroporous resin was up to a higher recovery rate.

Conclusion Macroporous resin adsorption method can be used for refining Jiawei Sini Granules.

Macroporous resin is a kind of do not dissolve in acids, alkalis and various organic solvents of the organic polymers.

Objective: To selecting the best macroporous resin for purifying total polyphenols in Phyllanthus Urinaria L.

CONCLUSION AB-8 macroporous resin can be used for the separation of active constituent in Cynanchum Komarovii Al. Iljinski.

abstract: Objective: To optimize the purification condition of active ingredients in Er-xian decoction with macroporous resin.

This text studied the adsorption and separating of the red pigment from Lonicera edulis Turcz with macroporous resin.

To discover the method of enrichment and purification of total terpenoid components from Alisma Orientalis with macroporous resin.

Developing macroporous resin for purifying uranium effluent from uranium mining and metallurgy is presented in this paper.

Conclusion Extractive fraction isolated with macroporous resin 50% ethanol had notable anti-inflammation actions.

METHOD: To separate and purify by D-101 macroporous resin and to determine the quality of dexamethasone acetate by UV spectrophotometry.

Conclusion: The method with macroporous resin to purify geniposide has wide industrial prospect.

It offers a reference of macroporous resin in the research of Chinese medicine and Chinese materia medica preparative.

Reflux extraction method and D-101 type of macroporous resin were used to extract and purify glycyrrhizic acid from liquorice.

Results indicated that type AB-8 macroporous resin had the best absorption capacity.

Through 2-Stepwise elution chromatography, tea polyphenols (Tp) and caffeine were separated from tea with macroporous resin.

Objective To optimize the conditions of Jiawei Sini granules by inspecting the macroporous resin adsorption refined methods.

AIM: To select optimum macroporous resin and adsorption conditions of croc in in Fructus gardenia.

Macroporous resin purification technology could improve the purity of active ingredients of S. miltiorrhiza.

Object To optimize the macroporous resin for separating gardenoside.

Conclusion ADS-17 macroporous resin can be used in adsorption to Artemisinin.

abstract: Objective To research adsorptive properties of ADS-17 macroporous resin to Artemisinin.

Results The adsorption of ADS-17 macroporous resin to Artemisinin is exothermic physical adsorption.

AIM: To optimize the technical parameters of total arasaponin S purification with macroporous resin.

separating chlorogenic acid with macroporous resin column, and assaying the content with HPLC.

Flavonoids extract purified by ADS-17 macroporous resin has inhibitory effect on tumor cells and can induce apoptosis in vitro.

ObjectiveTo explore the optimal purification condition of total flavonoids from Bidens bipinnata L. with macroporous resin.

Conclusion D301R macroporous resin is effective to separate the gardenoside.

After the treatment by D101 macroporous resin, the purity of flavonoids was increased 2. 3 times.

Objective: To study the application of macroporous resin combined with membrane in the refinement of traditional Chinese medicine.

Aim To study the optimal separation of the salvianolic acids from dan-shen root with appropriate macroporous resin.

Objective To study the purification process of total flavonoids in Lignum Dalbergiae odoriferae with macroporous resin.

The macroporous resin separation achieved a higher purity, but the operation cycle was exceedingly long;