ObjectTo develop the reliable RP-HPLC methods for the determination of salidroside, tyrosol, rosavin, rosin, and rosarin in the plants of Rhodiola L.

The study of optiml extraction technics about salidroside from rhodiola crenulata;

Novel method of preparing high-quality salidroside;

Approaches on biosynthesis of salidroside and its key metabolic enzymes;

Extraction and Bacteriostatic Activities of Chromo-cor and Saccharides from Rhodiola rosea;

The Experimental Study on Anti-fatigue Effect of Rhodiola rosea Extract;

Study on Callus Induction and Cell Suspension Cultures of Rhodiola rosea;

Discussion on the Extraction Technique of Salidroside;

Foundation of method of salidroside measured by HPLC;

Modeling and optimization of release salidroside microcapsules manufacturing process based on artificial neural network and genetic algorithm;

O_2~-· and ·OH Scavenging Qualities of Rhodiola sacra Evaluated in vitro;

Extraction of Polysccharide from Rhodiola l. with Ultrasonic Wave;

Determination of salidroside in rhodiola L from different districts;

Regulate Immunologic Functions of Tumour Patient in Chemotherapy by Rhodiola L;