ABSTRACT
In order to identify 35 key work items indicating the workload, difficulty of nursing technology and nursing risk of different wards scientifically, a mathematical model of classification of wards was established by literature review, conference discussions, expert consultation, brainstorming, and field measurement, and information technology as well. On such basis, scores of the wards were calculated, and the total scoring of each ward was ranked from high to low into three categories and six grades. Each grade of wards was assigned with different performance distribution weights. Such a mathematical model for ward categorizing and grading based on HIS system and key item and weights, can monitor ward nursing in real time, and provide nursing administrators at all levels with clinical risk early warning by means of vertical and horizontal comparisons. These administrators can take precautions in time in terms of human resources and materials. Ward categorizing and grading as an indicator for performance distribution ensures the rationality of such distribution, enhances nursing motivation and stabilizes front-line nursing teams in the end.
ABSTRACT
Objective To retrospectively analyze the implementation of the antimicrobial agents prescription monthly review at the emergency and outpatient departments for the past five years, for evaluation of its action in promoting rational application of antimicrobial drugs. Methods At the baseline investigation stage, 1780 prescriptions on antibiotics in emergency and outpatient department from June 2012 to November 2012 were randomly selected for centralized evaluation. The period of correction and observation falls into two stages. The first stage ranged from December 2012 to February 2015, when the prescription of antibiotics was sampled manually for monthly review. The second stage ranged from March 2015 to June 2017, when a prescription review software for prescription comment was introduced for the sample purpose. The data so acquired were subject to chi-square test and linear regression analysis using Excel 2010 and SPSS 16. 0. Results The rational rate of prescription for antibiotics at the emergency department increased from 80. 56％ of the baseline stage to 99. 47％ of the second stage (166506/167400), scoring a difference of statistical significance (P<0. 001). With intervention of the prescription review software, the percentage of irrational use of antimicrobial agents dropped by 5. 18％ compared to the baseline stage. Conclusions Monthly prescription review on antimicrobial agents at the outpatient and emergency departments could promote the rational use of antimicrobial agents and play an important role in clinical drug safety. Information system and performance assessment contributed to the effect of prescription review.