1.Study on Quality Standard of Shuangbai Tincture
Xiaojun YANG ; Wanzheng WU ; Xuemei WU
China Pharmacy 2001;0(10):-
OBJECTIVE:To establish the quality standard of shuangbai tincture.METHODS:The rhubarb and cortex phellodendri in shuangbai tincture were identified qualitatively by TLC.The content of emodin in this preparation was deter-mined by HPLC.RESULTS:In the TLC of the testing samples,the corresponding positions of standard rhubarb and standard cortex phellodendri respectively showed the same color of speckles.The linear range of emodin was0.1176?g~2.3520?g(r=0.9994)and the average recovery was98.81%(RSD=0.45%).CONCLUSIONS:This method is simple,accurate and repro-ducible,and suitable for the quality control of shuangbai tincture.
2.Analysis on Antibacterial Drug Use and Bacterial Drug Resistance between 2002 and 2004
Xiaojun YANG ; Wanzheng WU ; Xuemei WU ; Xiangchun DAI ; Ling TAN
China Pharmacy 2001;0(08):-
OBJECTIVE:To discuss the correlation between antibacterial drug use and the bacterial drug resistance in the hospital where the authors work.METHODS:The DDDs of antibacterials during the period from2002to2004were counted,and the correlation between DDDs and bacterial drug resistance was analyzed.RESULTS:The total DDD of the antibacterials increased by47.14%in this period.To2004,the resistance rates of4major pathogens to9commonly used categories of antibacterials were more than44%.The DDDs of amoxicillin/clavulanate potassium,ampicillin sodium/sulbactam sodium,cefoperazone sodium/sulbactam sodium increased by4,19.8and7times,respectively in the3years,the resistance rates of pathogens to which also evidently increased,among which staphylococcus aureus increased by over22%.CONCLU_ SION:The hospital should strengthen the administration of antibacterial drug use in many ways to reduce the bacterial drug resistance.
3.Analysis on Use of Oral Hypoglycemic Drugs in Our Hospital from 2001 to 2003
Wanzheng WU ; Rongshi ZENG ; Xiaojun YANG
China Pharmacy 1991;0(06):-
OBJECTIVE: To evaluate the use of oral hypoglycemic drugs in our hospital in order to provide an reference for rational use of drugs in clinic. METHODS: DDDs, sales volume, and daily expenses of drugs in our hospital from 2001to 2003 were analyzed with the method of DDD analysis. RESULTS: The varieties, quantities and sales volumes of oral hypoglycemic drugs increased year by year. The top 3 hypoglycemic drugs in respect of DDDs were dimethylbigmide, gliclazide, and glipizide. The top 3 hypoglycemic drugs in respect of sales volume were glipizide, acarbose, and dimethylbimide. The ratio of sales volume sequencing to that of DDDs was between 0.2~4. CONCLUSIONS: Gliclazide and dimethylbimide are most widely used and their prices are reasonable; Acarbose is expensive, and its sales volume has not grown in pace with DDDs.
Result Analysis
Print
Save
E-mail