Application of rescue video logical slices and interactive analysis in the continuous improvement of nursing quality of multiple injury emergency / 中国实用护理杂志

ABSTRACT

Objective To explore the role of rescue video logical slice and interactive analysis in the continuous improvement of quality of emergency care of multiple injury. Methods To establish a management team for the rescue video interactive analysis. From May, 2015 to April, 2016, every Wednesday from 8:00-11:00 am, the data of multi-injury patients registered in our management software of critical emergency cases were selected. A typical case study of the rescue video logical slices were processed through sorting the video cases in the video surveillance system installed in the emergency room. According to the characteristics of diagnosis and treatment of multiple injury, the evaluation indexes of nursing quality in emergency treatment of multiple injury were formulated and video data was analyzed interactively by using the failure mode analysis and root cause analysis. Based on the above analyzed results, the quality of emergency care of Multiple Injury was controlled and improved. Before and after performing the rescue video logic slices and interactive analysis management, the examined results of multiple injury first-aid nursing quality index, as well as the rate of patients satisfaction and nursing defects were compared. Results Before the implementation of the above method, the time of emergency treatment for multiple injury, the rate of patients with successful rescue, the rate of patient transport defect and the rate of missing items in the rescue unit were respectively as follows:(87.1±7.4)min, 90.77%(59/65), 30.77%(20/65), 12.31%(8/65),whereas after the implementation, the relevant data were (57.5 ± 5.2) min, 100.00%(68/68), 10.29%(7/68), 2.94%(2/68). The comparative difference before and after the implementation was statistically significant (t=26.84, χ2=2.15, 2.72, 1.72, all P < 0.05). Besides, the satisfaction with the various evaluations of patients′ family members was increased and the differences were statistically significant (χ2=15.45-23.21, P<0.05). Conclusions The introduction of rescue video slices and interactive analysis can effectively reduce the patient′s rescue time, improve the success rate of patients rescues, decrease the rate of patient transport defect and missing items in the rescue unit, effectively control the quality of links, improve the management efficiency, and thus realize the standardized management under normal working condition.