为有效解决科学研究工作向战场聚焦不实、创新资源共享利用不够、研究成果转化应用不力的问题,以卫勤训练中心为依托,整合院内外创新资源,以"1委"(专家委员会)"11学组""4实验室"为基本构架,成立战创伤研究转化中心,确立"启迪创新灵感、汇聚创新资源、组织创新攻关、培育创新人才、转化创新成果"五大功能定位,建立"研究资讯发布、研究项目咨询、战救项目孵化、课题联合攻关、研究学组重构、成果转化服务"6项工作机制,全面提升医院战创伤科学研究及转化应用的质量与速度,持续增强卫勤保障综合能力.

目的 探索国防卫生动员力量与军队医疗机构应急机动卫勤力量军民联合、军地联训,统一管理模式.方法 利用文献资料、经验总结、实地调研、实证研究,对军地卫生力量"分管合用,分治合练",统一指挥,共同完成平战时大批伤员救治.结果 国防动员地方卫生力量与军队应急机动卫勤力量"分管合用,分治合练"十分必要.结论 军民联合、军地一体,共同完成平战时大批伤病员救治势在必行.

Medical quality management is a very important part of hospital management .Contrasting the requirement of hospital grade accreditation , the article analyzed the contradictions and problems that the army regi -mental hospital medical quality management existed , and put forward four improvement measures , which included strengthening the leadership quality awareness , improving the medical quality management organization , importing new methods of medical quality management , improving the information level of medical quality management .

Civil-military integration development is an important content of deepening the reform of the national defense and the army, and the discussion on the civil military integration development of military hospital is highly necessary.In this paper, the problems existing in the development of civil military integration were pointed out, and five countermeasures were presented, such as adhering to the characteristics and focusing on the main tasks, jointing military and civilian and breaking barriers, docking system and speeding up the personnel training, carrying forward the tradition and servicing people cordially, complementing each other'a advantages and promoting technological innovation.

加强行风建设是新形势下军队医院面临的一项重大任务，本文阐述了军队医院加强行风建设重要意义，分析了当前军队医院行风方面存在的问题，并就如何抓好行风提出了对策措施。

The practices of military hospital medical equipment operation training were introduced, and the problems were pointed out in training content, organization and support. Some suggestions were put forward from the aspects of field medical equipment development, training plan, post-based training and etc so as to enhance the supportability of field medical equipment.

检伤分类是伤员流救治、后送的重要环节,也是影响整体救治效果的瓶颈之一[1].随着计算机共享、远程通讯、影像数字化、射频识别等网络技术的日益发展,现有的伤员流救护模式已不能适应高科技条件下大规模伤亡救治的要求[2-3].笔者所在医院结合未来战争和重大自然灾害条件下伤员产生的特点和医疗后送的需求,分析造成大批量伤员救治困难的主要原因,提出了一种信息流模型代替传统的伤员流模型.根据信息流模式要求,建立野战方舱医院检伤分类虚拟系统应用于卫勤人员培训,取得较好的效果.

To implement high-quality nursing service in the military hospital,we should recognize the situation,strengthen ideological and moral education,enhance the service quality,and create a good working environment.At same time,we should continuously carry out overall responsibility nursing system,apply advanced nursing service technology,and enrich the contents and measures of high-quality nursing service.

Improving clinical teaching capacity is an active demand to strengthen the construction of talent team and adapt to the medical education reform,and an important task of continuing medical education for regimental military hospital.This article explored improving clinical teaching capacity of regimental military hospital by the way of consummating the clinical teaching management system,improving the quality of clinical teaching,and strengthening the clinical teaching support conditions.

Based on the practices of two foreign aid medical teams dispatched , the author summarized the experience of in-depth propaganda , selecting members with both ability and political integrity , training carefully and providing meticulous service .In the end , the problems existing in the process of dispatching were discussed .

<正>随着我军在新时期、新阶段任务使命的不断拓展,军队医院参与处置灾害应急医学救援任务越来越繁重而艰巨。为有效遂行多样化军事任务,进一步提高医院应急医学救援能力,在抓好基础训练的同时,必须加强带有实战背景的演练。我部在一次以城市火灾救援为背景的演练中,充分发挥了信息化指挥控制手段和远程医疗救治系统在突发事件中的作用,为建立高效

目的:研究冬季闽南海域海水中细菌种类、分布及对抗生素的敏感度,为海水浸泡伤救治提供参考.方法:采取无菌法采集海水标本6份,进行增菌培养与细菌分离及细菌学鉴定和药敏试验.结果:6份海水标本中分离出细菌9种18株,其中弧菌科细菌15株(83.3％),肠杆菌科细菌3株(16.7％).分离菌种对11种(55.5％)抗生素高度敏感,对9种(45.5％)抗生素不同程度耐药,其中对氨苄西林和头孢噻吩耐药严重.结论:冬季闽南海域细菌以弧菌属为主,对抗菌药物敏感度较高.

On the basis of generalizing the specificity of early treatment for war wounds,the clinical path technology is applied in early treatment of war wounds.The application theme and its key element description,the basis and the methods of the clinical pathway for early treatment of war wounds are proposed,and the basic functions of the clinical pathway information system are expounded.At last,it is pointed out that early treatment has important significance in improving the cure rate for the wounded.[Chinese Medical Equipment Journal,2012,33(6):90-91,122]

Objective To develop dimensional numerical field training platform.Methods Computer control system was used with hydraulic power unit to simulate the state of jounce in aircraft,ship and automobile in the motion,which aimed to train the adaptability of medical personnel.The failure was alarmed by using computer.Results The maximum rising speed of the plat was 600 mm/s;Development of the platform solves the types of anti-vertigo and lack of equipment,which can carry folding multi-function field operating table,portable field shadowless lamp,field hand washing facilities and sterile console.16 persons can be trained simultaneously.Conclusion success rate of treatment the wounded in wartime under complex conditions is improved.

Objective To demonstrate the feasibility of the application of clinical pathway to the early treatment of war wounds.Methods The conditions for the application of clinical pathway and the law of war wounds occurring were compared and the basic meaning of clinical pathway techniques and the goal of early treatment were analyzed.Results Occurrence characteristics of war wounds are consistent with the general requirements of clinical pathway technology.Early treatment is a good access for clinical pathway techniques to the whole treatment of war wounds,and the application has to be achieved through the informationized means.Conclusion The application of clinical pathway to the early treatment of war wounds will improve the efficiency and quality of treatment,and have a good prospect.

Objective To study a method how to share and exchange information between information system of medical treatment team and other sanitation service information systems. Methods Basing on XML technology, data share and exchange between different systems is arhived with the creation and explaination of XML using the document structure model of Powerbuilder. Results Data share and exchange between the sanitation service information systems of heterogeneous database is carried out with XML technology. Conclusion The data exchange between then information system of medical treatment team and other sanitation service information systems is more real-time, exact and efficient by using XML technology.

In connection with the characteristics of medical support in non-war military operations,the author analyzes the current situation and the problems of the medical camp's equipments,and analyzes the demands in each stage while the medical battalion executing task.The author proposes that the flexibility in assembly preparation stage,the mobility in maneuvering stage,and the safety in treatment and evacuation stage should be strengthened.

随着新军事变革的不断深入,将卫勤保障能力常态化维持在较高水平,是未来一定时期内我军战备工作的重要的任务.本文重点阐述了卫勤保障能力常态化的战备工作的落实、提升以及创新发展.

Objective To introduce the design scheme and realization methods of blood refrigerator shelter.Methods In the foundation of confirming the design need,main technology performance indices and service orientation in wartime,the main elements,internal external design projects for the blood refrigerator shelter were introduced,and the key technology and realization route of the blood refrigerator shelter were analyzed.Results The blood refrigerator shelter,with the capabilities for rapid response,diversion,deployment and undeployment,could be used for quick acception,distribution,storing and supply of large volume blood,with the temperature requirements of different blood products satisfied.Conclusion The blood refrigerator shelter contributes itself to storing and supply of large volume blood products,and thus can be applied to mobile blood support of multi military missions.

Objective To design and develop a medical logistic information system that is suitable for first aid station of division/brigade. Methods The information system is established by WLAN technology and PDA-based supplemented by a portable computer terminal deployment strategy. Results Eight PC and four mobile function modules are designed, including triage, evacuation, medical, anesthesia for liposuction, medicine protection, and etc. By assigning different privilege level, the administrator can accomplish all different functions together. Conclusion The system can improve the ability of supporting for first aid station under field condition, by achieving automation and informationization of wounded information in collection, record, storage and communication.