Effectiveness analysis of life support equipment in clinical assisted decision-making under the background of intelligent intensive care unit construction
10.3969/j.issn.1672-8270.2024.02.026
- VernacularTitle:智慧重症监护室建设背景下生命支持设备的临床辅助决策效能分析
- Author:
Xiaodong WANG
1
;
Jun YANG
;
Jie TANG
;
Yali WU
Author Information
1. 上海市青浦区朱家角人民医院总务设备科 上海 201713
- Keywords:
Life support equipment;
Clinical assisted decision-making;
Interactive system;
Equipment management;
Intelligent ward round
- From:
China Medical Equipment
2024;21(2):132-137
- CountryChina
- Language:Chinese
-
Abstract:
Objective:Based on the construction of intelligent intensive care unit(ICU)in hospital,to analyze the effectiveness of intelligent ICU life support equipment in clinical decision-making assistance.Methods:The functional modules of the ICU ward interaction system,equipment management system,risk response system and intelligent ward round system were designed to collect information and data of life support equipment in diagnosis and treatment,nursing,operation and technical support in real time to provide medical auxiliary decision-making basis for the improvement of diagnosis,treatment and nursing measures for critically ill patients.115 life-support equipment in clinical use in 3 hospitals including Zhujiajiao People's Hospital of Qingpu District,Shanghai from July 1,2018 to December 31,2022 were selected,the traditional assisted decision-making management mode(referred to as traditional mode,83 sets)and intelligent assisted decision-making management mode(referred to as intelligent mode,89 sets,including 57 units of the traditional mode and 32 newly added units)were adopted respectively.The management level and management effect of life support equipment of the two management modes were compared.Results:The data collection time of the equipment of intelligent mode was(5.67±2.80)min,which was less than that of the traditional mode,the accuracy and completeness of data acquisition,as well as the effective resolution rate of equipment deployment and use,monitoring and alarm,equipment failure and emergency response were(99.02±1.14)%,(94.35±3.46)%,(98.78±0.90)%,(98.99±0.91)%,(88.26±5.31)% and(90.23±5.54)%,respectively,which were higher than those of the traditional mode,the difference between was statistically significant(t=6.504,6.474,3.574,7.620,6.784,4.522,3.719,P<0.05).The effective utilization rates of diagnostic decisions for treatment,care and rehabilitation of intelligent mode equipment were(93.83±3.12)%,(94.99±2.47)% and(91.44±4.62)%,respectively,the comprehensive scores of respiratory function support equipment,circulatory function support equipment,blood purification support equipment and emergency monitoring support equipment were(92.97±4.35)points,(94.34±2.95)points,(93.01±2.44)points and(94.11±1.89)points,respectively,which were higher than those of the traditional mode,the difference was statistically significant(t=4.169,4.875,5.159,4.069,3.033,2.757,6.893,P<0.05).Conclusion:Based on the construction of intelligent ICU,it can improve the quality of life support equipment operation data collection,solve the equipment operation problems in a timely manner,provide an effective basis for the decision-making of diagnosis and treatment,nursing and rehabilitation of critically ill patients,and improve the clinical service level of equipment.
