CHU Qianwen, ZHOU Qiaoling, PU Xuhui. Evaluation on Drug Utilization of Ceftazidime Based on Weighted TOPSIS Method. [J]. (11):1383-1387(2022)
DOI:
CHU Qianwen, ZHOU Qiaoling, PU Xuhui. Evaluation on Drug Utilization of Ceftazidime Based on Weighted TOPSIS Method. [J]. (11):1383-1387(2022) DOI: 10.14009/j.issn.1672-2124.2022.11.023.
Evaluation on Drug Utilization of Ceftazidime Based on Weighted TOPSIS Method
OBJECTIVE: To establish the drug evaluation criteria of ceftazidime and find out the problems in current clinical application
so as to provide reference for clinical rational application. METHODS: According to the dispensatory
clinical guideline and consensus of ceftazidime
the evaluation rules of ceftazidine were formulated combined with relevant literature. Totally 120 archived medical records with ceftazidime treatment from Jul. to Dec. 2021 were collected and evaluated for drug utilization by using the weighted TOPSIS method. RESULTS: Among the secondary indicators
the relative weight of disease diagnosis took the lead
and the solvent selection and solvent configuration ranked last. Among the 120 medical records
there were 22 medical records(18.33%) with C
i
>
0.9
17 medical records(14.17%) with C
i
>
0.8 to 0.9
45 medical records(37.50%) with C
i
>
0.7 to 0.8
25 medical records(20.83%) with C
i
>
0.6 to 0.7
and 11 medical records(9.17%) with C
i
≤0.6. Of the 15 clinical departments
12 had mean C
i
in the good range(from 0.7 to 0.9)
while the orthopedics
neurosurgery
and general surgery departments had low mean C
i
. The irrational application of ceftazidime in the hospital was mainly focused on the dose administered. CONCLUSIONS: The comprehensive evaluation on the rationality of ceftazidime application by using the weighted TOPSIS method is feasible
and the evaluation results are objective. Through the analysis on the results
it can be intuitively seen that the application of ceftazidime in this hospital is mostly reasonable
but there are still some problems. Based on the results of the review
to further strengthen the regulation of rational drug application.