1.GC-MS Analysis on Fat-soluble Components in Yao Medicine Angiopteris fokiensis
Yunyun ZHANG ; Haichuan YANG ; Jia LI ; Pingchuan JIANG
China Pharmacy 2015;(18):2544-2545,2546
		                        		
		                        			
		                        			OBJECTIVE:To provide reference for chemical composition analysis in Angiopteris fokiensis. METHODS:The fat-soluble components in A. fokiensis were extracted and separated. The separated fat-soluble compounds were analyzed and identi-fied by GC-MS after methyl esterification. RESULTS & CONCLUSIONS:Totally 52 compounds were detected and 43 of those were identified. They were mainly organic acids and sterols compounds. The 43 components are first identified in A. fokiensis.
		                        		
		                        		
		                        		
		                        	
2.Optimization of Preparation Technology of Oleum Baeckeae Oil-?-Cyclodextrin Inclusion Complex by Orthogonal Experiment
China Pharmacy 2007;0(36):-
		                        		
		                        			
		                        			OBJECTIVE:To optimize the preparation technology of Oleum Baeckeae oil - ?-cyclodextrin inclusion complex. METHODS:The preparation technology for Oleum Baeckeae oil-?-cyclodextrin inclusion complex was optimized by orthogonal experiment taking the ratio of the Oleum Baeckeaee oil to ?-cyclodextrin, the temperature for clathration and the duration of stirring as three factors and with the utilization ratio of the essential oil in Oleum Baeckeae oil inclusion complex as index. RESULTS:The optimal technological condition was as follows:the ratio of the Oleum Baeckeae oil to ?-cyclodextrin in the inclusion complex was 1∶10; the temperature for clathration was 50℃, and the duration of stirring was 2 hours. Under this condition, the average utilization ratio of Oleum Baeckeae oil was as high as 81.90%. CONCLUSION:The optimized preparation technology of Oleum Baeckeae oil - ?-cyclodextrin inclusion complex is feasible and serves as reference for the enhancing of stability of Oleum Baeckeae oil preparation.
		                        		
		                        		
		                        		
		                        	
            
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