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OBJECTIVE:To discuss the way to improve the service quality of outpatient pharmacy.METHODS:The pharmaceutical work in the outpatient pharmacy was optimized applying the theory of system engineering.RESULTS:The working efficiency and service quality of outpatient pharmacy were improved significantly.CONCLUSIONS:The theory of system engineering lay a focus on the optimal holistic effect of the system.Excellent results were achieved on the same objective conditions,when the stable quality of drugs,intensive scientific management,coordinating the exterior and interior relationships and reasonable usage of workers were considered as the elements of the system.
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OBJECTIVE:To establish the optimal technical condition for the extraction of volatile oil from the volatile herbs of Huoxiang zhengqi prescription with supercritical CO2 fluid(SFE-CO2).METHODS:The technical condition for the extraction of volatile oil from the volatile herbs of Huoxiang zhengqi prescription were optimized using L9(34)orthogonal design table with extraction pressure,the extraction temperature,the pressure and temperature of separator Ⅰ as factors and with the yield of the volatile oil as index.RESULTS:A highest extraction yield of volatile oil from the volatile herbs of Huoxiang zhengqi prescription was achieved(2.057%)under an optimal technical condition as follows:with extraction pressure at 25 MPa,the extraction temperature at 30 ℃,the pressure for separator Ⅰ at 9 MPa and the temperature of separator Ⅰ at 45 ℃.CONCLUSION:Extraction of volatile oil from the volatile herbs of Huoxiang zhengqi prescription by SFE-CO2 is characterized by high extraction yield,stable,pure operation,safe,and by which the biological activity of the volatile oil can be maintained,thus it is a potential extraction and separation method.
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OBJECTIVE:To study the supercritical CO2 fluid extraction(SFE-CO2)technology of Olibanum.METHODS:The optimum extraction technology was obtained through orthogonal test with the content of acetic octylester determined by GC and taken as index for the evaluation of the technology.RESULTS:The optimal conditions were as follows:pressure 25 MPa,temperature 60℃ and extraction time 3h.CONCLUSION:The process of SFE-CO2 is suitable for Olibanum extraction.
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OBJECTIVE: To develop a new form named dropping core pills which contain both water soluble and liposoluble constituents of the traditional Chinese medicine compounds. METHODS: Volatile, liposoluble and water-soluble constituents were extracted with supercritical fluid extraction-CO2,ethanol extraction, water decoction and membrane separation and other methods respectively. The dropping core pills were prepared with liposoluble and volatile constituents before being coated with water-soluble constituent. RESULTS: As compared with watered pills and dropping pills, dropping core pills had the advantages of both but overcome their shortages in that the dosage form was optimized, the amount of the reagent less and the resolving time was shorter. CONCLUSION: Dropping core pill was a new dosage form suitable for traditional Chinese Medicine compounds in which liposoluble and water-soluble components were both active compounds.
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OBJECTIVE:To study the optimum formation technics of Xuesaitong drop pill.METHODS:Parallel tests were conducted on the dosage of different base materials and the main drug with the forming percentage and the rate of qualified weight as the index of evaluation,the orthogonal test was conducted on the4factors,including the temperature of drops and the liquor condensate,the drug height in the drug storage tank and the dropping distance.RESULTS:The ratio of base materials and the main drug was2.5∶1.The optimum forming technics could be seen as follows,the height of the drug storage tank was3cm,the temperature of drops was90℃,the dropping distance was5cm and the temperature of the liquor condensate was12.5℃.CONCLUSION:There was a high rate of end product of dropping pill prepared with this optimum process,which was in conformity with the standard stated in the Chinese Pharmacopoeia.
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OBJECTIVE:To extract volatile rose oil by the supercritical fluid extraction technology.METHODS:The optimum extraction technology condition was investigated by orthogonal experiment with extraction rate as the evaluation in?dex,and with the pressure,temperature of extraction and the flow of CO 2 as investigation factors(3levels of each were cho?sen).RESULTS:The optimum technology condition was the following:the extraction pressure was25MPa,the temperature was50℃and the flux of CO 2 was600L/h.CONCLUSION:The established method has the following merits:high extraction rate,fast speed,simple technics,pollution-free,pure extraction etc.