共查询到17条相似文献,搜索用时 109 毫秒
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通过对非计划再次手术的发生率、科室来源、发生原因进行统计分析,探讨非计划再次手术的防范措施,提高全院的手术质量。方法 对某三级甲等综合医院2014年度所有手术患者的临床资料进行回顾性分析。结果 共回顾性分析62 179份手术患者的资料,其中发生重返手术室的有2411人次,发生非计划再次手术的有435人次,非计划再次手术发生率为6.94‰,非计划再次手术主要发生在男性、40~59岁年龄组患者中,非计划再次手术主要科室来源为神经外科(143例)、心胸外科(39例)及口腔颌面外科(27例),术后出血/血肿、未达到效果手术再调整、术后漏、切口问题及手术部位感染为非计划再次手术发生的主要原因,占总原因的78.85%。结论 加强围手术期质量管理,严格执行非计划再次手术的上报制度,对非计划再次手术发生率高的重点科室、重点手术进行监管,是降低非计划再次手术发生率的有效措施。 相似文献
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目的 为提高手术质量、保障医疗质量提供管理依据。方法 回顾性分析某三甲肿瘤专科医院2008—2013年442例非计划再次手术病例,对非计划再次手术的发生情况进行分析。结果 肿瘤手术患者非计划再次手术发生率为1.0%,发生的主要原因为术后出血、吻合口瘘、手术切口问题。非计划再次手术的发生与手术难度、手术者专业水平及患者病情因素等因素有关。结论 作为手术质量评价的重要指标,医院应将非计划再次手术监管作为提高质量管理的抓手。 相似文献
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目的 针对非计划再次手术管理需求设计了一种管理方法。为医院非计划再次手术的管理以及医疗质量改进提供参考。方法 参考国家对非计划再次手术管理的相关规范及标准文件,遵循 PDCA 循环的思想,结合信息技术,最终建立一个“非计划再次手术”专用的管理方法。结果 方法实施前后非计划再次手术的发生率有了显著的下降,发生率从方法实施前(2014年下半年)的1.02%降低到方法实施后(2015年7—12月)的0.71%。结论 方法有效降低了非计划再次手术发生率,符合医疗管理的需求,有利于提升手术质量,以实现医疗质量的持续性改进。
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探讨降低非计划再次手术发生率的有效方式,为医疗质量改进提供参考。方法 运用PDCA循环原理,对非计划再次手术的发生情况进行分析,找出影响非计划再次手术的主要原因,制定针对性措施实施过程改进。结果 实施改进措施后,非计划再次手术发生率由1.2%降低至0.9%。结论 PDCA循环的应用降低了非计划再次手术发生率,有利于提高手术质量,以实现医疗质量的持续性改进。 相似文献
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Giorgio Luigi Valentini Walter Lassonde Samee Ullah Khan Nasro Min-Allah Sajjad A. Madani Juan Li Limin Zhang Lizhe Wang Nasir Ghani Joanna Kolodziej Hongxiang Li Albert Y. Zomaya Cheng-Zhong Xu Pavan Balaji Abhinav Vishnu Fredric Pinel Johnatan E. Pecero Dzmitry Kliazovich Pascal Bouvry 《Cluster computing》2013,16(1):3-15
Two major constraints demand more consideration for energy efficiency in cluster computing: (a) operational costs, and (b) system reliability. Increasing energy efficiency in cluster systems will reduce energy consumption, excess heat, lower operational costs, and improve system reliability. Based on the energy-power relationship, and the fact that energy consumption can be reduced with strategic power management, we focus in this survey on the characteristic of two main power management technologies: (a) static power management (SPM) systems that utilize low-power components to save the energy, and (b) dynamic power management (DPM) systems that utilize software and power-scalable components to optimize the energy consumption. We present the current state of the art in both of the SPM and DPM techniques, citing representative examples. The survey is concluded with a brief discussion and some assumptions about the possible future directions that could be explored to improve the energy efficiency in cluster computing. 相似文献
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Karen J King Geoffrey J Cary Ross A Bradstock Jonathan B Marsden‐Smedley 《Global Change Biology》2013,19(4):1223-1235
This study explores effects of climate change and fuel management on unplanned fire activity in ecosystems representing contrasting extremes of the moisture availability spectrum (mesic and arid). Simulation modelling examined unplanned fire activity (fire incidence and area burned, and the area burned by large fires) for alternate climate scenarios and prescribed burning levels in: (i) a cool, moist temperate forest and wet moorland ecosystem in south‐west Tasmania (mesic); and (ii) a spinifex and mulga ecosystem in central Australia (arid). Contemporary fire activity in these case study systems is limited, respectively, by fuel availability and fuel amount. For future climates, unplanned fire incidence and area burned increased in the mesic landscape, but decreased in the arid landscape in accordance with predictions based on these limiting factors. Area burned by large fires (greater than the 95th percentile of historical, unplanned fire size) increased with future climates in the mesic landscape. Simulated prescribed burning was more effective in reducing unplanned fire activity in the mesic landscape. However, the inhibitory effects of prescribed burning are predicted to be outweighed by climate change in the mesic landscape, whereas in the arid landscape prescribed burning reinforced a predicted decline in fire under climate change. The potentially contrasting direction of future changes to fire will have fundamentally different consequences for biodiversity in these contrasting ecosystems, and these will need to be accommodated through contrasting, innovative management solutions. 相似文献
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Zhengbin Z Ping X Hongbo S Mengjun L Zhenyan F Liye C 《Critical reviews in biotechnology》2011,31(3):281-293
Bio-water saving can be defined as the reduction of crop water consumption employing biological measures. This is the focus of efforts to save water in agriculture. Different levels of water-use efficiency (WUE) have been developed. The genetic diversity of WUE has been confirmed in several crops. WUE is the basis of bio-watering and physiological WUE is the key. The degree to develop physiological WUE potential decides the performance of bio-watering in the field. During this process, fine management is important. Thus bio-watering is closely related to WUE. Crop WUE has improved and evolved as a result of breeding programs. Many WUE genes have been located in different genomic and aneuploid materials and have been mapped by various molecular markers in a number of crops. Two genes, (Erecta and alx8), which control water use efficiency; have been cloned in Arabidopsis thaliana. Eleven WUE genes have been identified by microarray analysis. Six genes associated with drought resistance and photosynthesis have been transfered into crops which have resulted in improving WUE and drought resistance. WUE is important on the basis of functional identification of more drought resistant gene resources. The popularity on the industrial-scale of transgenic plants is still in its infancy and one of the reasons for this is the lack of knowledge regarding molecular mechanisms and it is a very immature technology. Enhanced agricultural practices and the theoretical aspects of improving crop WUE have been developed and are discussed in this review paper. Rapid progress will be made in bio-water savings and that crop WUE can be substantially improved under both favorable and unfavorable water-limited environments. This will be achieved by a combination of traditional breeding techniques and the introduction of modern biotechnology. 相似文献
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数字化博物馆是博物馆现代化的一个重要标志。国外博物馆从20世纪90年代就开始进行数字化建设,国内的博物馆数字化建设起步较晚,同国外的先进技术相比还有一定的差距,但发展较快。目前,国内外已有的昆虫数字化博物馆各具特色,有以展示昆虫图片为主的,有以介绍昆虫知识为主的,也有以营利为目的的,但仍有不少需要改进的地方。为了满足中小学生的求知欲和探索欲,适应他们喜欢自己动手操作和活泼好动的性格,昆虫数字化博物馆网站建设在技术上应采用J2EE三层体系结构,采用动态网站内容管理与发布系统构建的后台管理系统,将昆虫数字化博物馆分成后台管理和前台展示与交互两部分,从而实现网站内容与表现形式的分离,加快网页更新的速度。在数据库建设上,应采用功能强大的数据库软件,以满足大量图片、声音、动画、视频等多种类型的数据库的有效存储和高效的检索功能。在网站的内容上应有实体展厅的数字化、昆虫学术交流与知识集锦、中小学生互动教育等板块。在网站的后期维护上应做到由全社会的昆虫爱好者共同维护和管理。 相似文献
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常绿阔叶林外生和丛枝菌根树种细根形态和构型性状对氮添加的可塑性响应 总被引:1,自引:0,他引:1
以中亚热带常绿阔叶林外生菌根树种罗浮栲和丛枝菌根树种木荷为研究对象,采用根袋法进行野外原位氮添加试验,研究了细根形态性状(比根长、比表面积、组织密度、平均根直径)和构型性状(分枝数、分枝比、根长增长速率、根尖密度、分枝密度),分析不同菌根树种细根形态和构型性状对氮沉降的响应。结果表明: 随序级增加,外生和丛枝菌根树种细根比根长、比表面积和分枝数对氮添加的塑性响应逐渐降低,组织密度则相反;这反映了不同分枝等级细根的养分获取与资源维持在序级间存在权衡关系。不同菌根树种对土壤氮有效性的变化采取不同的适应对策: 氮添加后,罗浮栲细根采取机会主义策略,依靠细根本身来提高养分吸收效率、增强空间扩展和就地养分吸收能力,以快速的养分吸收策略为主;而木荷通过养分吸收效率和根系构建成本之间的权衡,并未改变细根形态性状,更多地依赖于菌根菌和细根构型之间的互补性进行养分获取。外生和丛枝菌根树种维持和构建细根碳(C)成本的差异,导致细根采取最适合自身的养分捕获方式,以达到生存的最优策略。 相似文献