人本原理在医院管理中的应用价值

目的:研究人本原理在护理管理中的应用。方法:把人本原理的管理原则、动力原则、行为原则、能级原则应用于护士长的管理中,尊重、关心、帮助和激励护士,人人参与管理。选择2005年上半年住院病人180例作为改革组,应用人本原理管理。2004年下半年住院病人150例作为传统组,用传统方法管理。结果:通过人本原理管理原则的应用,提高了护理质量,各项指标应用后高于应用前(P<0.05或P<0.01),无投诉、无差错事故发生,病人满意度一直在95%以上,护士参与管理意识增强,团队精神加强,护士按期晋升。护士对病人实行人性化服务,为医院赢得了相应的社会效益和经济效益。结论:人本原理应用于护理管理行之有效,值得推广。     

Advancing Nursing Practice with a Unit-based Clinical Expert

Objective: To explore patterns in the practice of nursing and patient outcomes.
Design: Qualitative field research.
Population, Sample, Setting: Populations were critical care nurses and critically ill adult patients in the 10-bed medical critical care unit of a 900-bed teaching hospital. A convenience-purposive sample of 27 nurses and 31 patients was studied in 1985.
Methods: Six months of participant observation, unstructured interviews, and the constant comparison method of grounded theory.
Findings: Markedly different patterns were found in expert and nonexpert practice. The substantive theory of conversion helped explain how the majority of nonexpert nurses advanced their practice. The metaphor of catalyzed conversion captures how a unit-based expert nurse serves as a catalyst to advance the practice of nonexperts. Presence, defined as the way of being within a given clinical context, differentiated nurses.
Conclusions: (a) Expert and nonexpert practices are substantively different, (b) Expert and nonexpert practice results in different patient outcomes, (c) Conversion helps explain changes in nonexpert practice.
Clinical Implications: A unit-based expert nurse can increase patient-focused care.     

于阴阳与基因调控关系辨治胃黏膜上皮内瘤变

胃黏膜上皮内瘤变是胃癌前病变,具有发展为胃癌的危险。阳主动,阴主静,文章基于阴阳理论,衷中参西,微观辨证与宏观辨证结合,以阴阳消长失调和基因调控紊乱的关系为出发点,认为胃黏膜上皮内瘤变发生时胃黏膜细胞凋亡周期紊乱和细胞异常增殖分化是阴阳消长失衡在细胞基因调控水平上的体现,进而探讨胃黏膜上皮内瘤变的病因病机以及辨证论治过程,为中医药治疗胃黏膜上皮内瘤变提供更多的理论依据,丰富治疗该病的临床手段。     

心阻抗容积图的传统理论及其局限性

本文就心阻抗容积图的传统理论及其局限性展开讨论。由于传统理论模型与人体胸部结构差异太大，使这一方法存在很多问题。而实践中关于心输出量（ＣＯ）的计算，误差较大，可靠性差。     

The role of computational models of the immune system in designing vaccination strategies

Mathematical and computational models are designed to improve our understanding of biological phenomena, to confirm/reject hypotheses, and to find points of intervention by altering the behavior of the studied systems. Here we describe the role of mathematical/computational models of the immune system. In particular, we analyze some examples of how mathematical modeling can contribute to finding optimal vaccination strategies. Indeed, computational modeling offers an intriguing opportunity from the theoretical point of view, and it will be of interest for clinically oriented investigators who wish to find optimal therapeutic strategies and for pharmaceutical industries that want to produce effective and successful drugs.     

Fatigue and fitness modelled from the effects of training on performance

Summary The purpose of this study was to compare two ways of estimating both fatigue and fitness indicators from systems model of the effects of training on performance. The model was applied to data concerning the training of a hammer thrower. The variations in performance were mathematically related to the successive amounts of training. The model equation was composed of negative (NF) and positive (PF) functions. The NF and PF were associated with the fatigue and fitness estimated in previous studies. Using another method, fatigue and fitness indicators were estimated from a combination of NF and PF. The influence of training on performance was negatively associated with fatigue (NI), and positively to fitness (PI). The changes in performance were well described by the model in the present study (r = 0.96,N = 19,P<0.001). Significant correlations were observed between NF and NI (r = 0.93,P < 0.001) on the one hand and between PF and PI (r = 0.90,P < 0.001) on the other. The absolute values and the time variations of PI and NI were closer to the change in performance than NF and PF. The NF and PF were accounted for mainly by the accumulation of amounts of training. On the other hand, NI and PI were accounted for rather by the impact of these amounts of training on performance.     

抑郁认知理论的研究进展

目的探讨抑郁认知理论的发展状况。方法从抑郁三联症和抑郁自我图式两方面对抑郁的认知理论的研究状况进行综述。结果抑郁三联症可缩减为对自我的消极想法1个维度,抑郁者消极自我图式中还存在大量积极信息。结论需要加强对抑郁认知理论的研究。     

广泛性焦虑障碍的担忧及其测量

广泛性焦虑障碍（GAD）是普遍存在于焦虑症患者之中的基础焦虑障碍，担忧是其核心特征。在众多担忧理论之中，Wells的元认知理论是目前最有效地解释GAD的理论。由该理论发展而来的担忧量表对GAD的鉴别及诊断都显示了很好的信度和效度。     

药物从多孔骨架聚合物系统中恒速释放的机理

以组分的连续性方程为基础 ,建立了药物从多孔骨架聚合物系统中释放的数学模型。在模型中引入相对渗透速度来刻画药物释放过程中不同机理的影响。对药物从多孔骨架聚合物系统中non -Fickian扩散现象进行了研究 ,特别对药物溶出机制控制的恒速释药现象进行了解释。