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The Study on Simulation and Optimization of the Disease Treatment Process of Field Medical Detachment in Flood-Fighting and Emergency Rescues Operation

Author: ZhouLiMei
Tutor: QinChao
School: Second Military Medical University
Course: Social Medicine and Health Management
Keywords: Field medical team Flood rescue Treatment process Optimization MedModel
CLC: R82
Type: Master's thesis
Year: 2010
Downloads: 43
Quote: 0
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Abstract


In recent years, with the deteriorating global climate, all over the world the frequent occurrence of a major natural disaster such as earthquakes, tsunamis, hurricanes, floods, caused widespread concern in the world and the international community. Our frequent due to the particularity of the natural geographical environment, the Yellow River, Yangtze River floods, pose a serious threat to the country's economic construction and people's lives and safety. Field medical team as a Mobile Medical support forces of the military logistics, it not only bear army wartime medical protection and peacetime medical service tasks and take on more and more non-war military operations, medical support tasks. During the flood fighting and rescue, emergency task forces often continuous combat, labor-intensive, harsh climate and environment, combined with lack of sleep, irregular diet and other factors, significantly higher than normal incidence of the disease caused by the flood-fighting officers and men. Flood fighting and rescue and medical teams have great significance for strengthening the timely rescue and treatment of the sick and wounded of the fight against floods, improve treatment quality and treatment efficiency, and protect the troops' combat. This research attempts to design and build the dynamic process of the the medical teams disease treatment in flood rescue simulation system, field medical team in a given period of time, the patient data rate and various treatment processes, and provides tools for the assessment of the field medical team medical treatment capability and means. In this study, the following major elements: First, the subjects through field research, interviews with experts, a typical case analysis, clear the flood rescue officers and soldiers of the disease characteristics and distribution, field medical team personnel grouping, materials with as well as various types of standardized treatment of major diseases process to determine the initial simulation program. Secondly, the use of MedModel simulation software to build a simulation model of the process of the the medical teams disease treatment in the fight against floods. Again, running the simulation model, using the the MedModel built-in statistics software research and treatment of major diseases in flood rescue medical team process analysis, quantitative analysis of the characteristics of the field medical teams disease treatment processes value: patient average waiting time, waiting for the queue number. efficiency of utilization of health resources and medical personnel. Finally, according to the results of the simulation analysis for the weak links in the field medical team in the the preliminary simulation program in the preparation of institutional and workflow, from three aspects of the treatment process and the resources of the current field medical team configuration restructuring and optimization: firstly, to increase Dermatology The number of doctors; Bedding configuration between the adjusted group room; to adjust medical staff rotate shifts. And on this basis to propose options to run the simulation again. The results show that alternative conditions without any increase in health resources effectively shorten patient waiting times, improve the efficiency of utilization of health resources and medical personnel working. The conclusions of this study and its significance: the use of MedModel simulation software to establish the simulation model of treatment agencies disease treatment processes, quantitative analysis of the treatment efficiency of treatment and resource utilization; superior configuration and the rational use of resources and through the analysis of simulation results to achieve the purpose to improve the treatment capacity. The study not only provides a method and means for a variety of non-war military action treatment institutions for treatment process optimization, and also provide a reference for the study of the agency's treatment of wartime medical support treatment process optimization.

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