目的 :优化会诊流程,提高院内会诊的时效性、准确性,节省医疗资源。方法 :在医院原有数据结构的基础上新增相关表,利用C#语言通过客户端/服务器(Client/Server)架构开发会诊功能模块,并把该模块集成到电子病历系统(electronic medical r...目的 :优化会诊流程,提高院内会诊的时效性、准确性,节省医疗资源。方法 :在医院原有数据结构的基础上新增相关表,利用C#语言通过客户端/服务器(Client/Server)架构开发会诊功能模块,并把该模块集成到电子病历系统(electronic medical record system,EMRS)中。结果:内嵌到EMRS中的会诊系统通过院内会诊流程的电子化,实现了会诊过程可监督、会诊结果可查询、会诊质量可统计的功能,达到了对会诊流程的闭环式管理的目的。结论:该系统的应用实现了院内会诊的规范化管理,保证了医疗安全,提高了医疗质量。展开更多
Reactive Red 195, which is an azoic anionic dye characterized by the presence of five sulfonic groups and one azoic group, is efficiently removed using chitosan. The increasing chitosan dose had a dramatic positive im...Reactive Red 195, which is an azoic anionic dye characterized by the presence of five sulfonic groups and one azoic group, is efficiently removed using chitosan. The increasing chitosan dose had a dramatic positive impact on the achieved color removal, there was approximately a linear relationship between chitosan dose and color removal of dye before color removal reach maximum. Also, the increase of dye concentration led to the increase of chitosan dosage in order to get the same color remova l.92 mg/L of chitosan dosage was sufficient to achieve complete remove of dye at initial concentration of dye at 200 mg/L. For the higher concentrations of dye, high dosages were necessary to reach complete color removal. On the other hand, the use of adsorption interferents（Fe^2＋ , Na^＋ , HCO3^- and others） can be interesting, addition of ions had effect on the color removal of Reactive Red 195. Comparing with blank, addition of chemical species approximately decreased the color removal except Na^＋ and combination of Fe^2＋ ＋ HCO3^- . However, comparing with Fe^2＋ alone and HCO3^- alone, combination of Fe^2＋ ＋ HCO3^- increased the color removal.展开更多
文摘目的 :优化会诊流程,提高院内会诊的时效性、准确性,节省医疗资源。方法 :在医院原有数据结构的基础上新增相关表,利用C#语言通过客户端/服务器(Client/Server)架构开发会诊功能模块,并把该模块集成到电子病历系统(electronic medical record system,EMRS)中。结果:内嵌到EMRS中的会诊系统通过院内会诊流程的电子化,实现了会诊过程可监督、会诊结果可查询、会诊质量可统计的功能,达到了对会诊流程的闭环式管理的目的。结论:该系统的应用实现了院内会诊的规范化管理,保证了医疗安全,提高了医疗质量。
基金The State Key Laboratory Breeding Base of Green Chemistry-Synthesis Technologyin Zhejiang University of Technology
文摘Reactive Red 195, which is an azoic anionic dye characterized by the presence of five sulfonic groups and one azoic group, is efficiently removed using chitosan. The increasing chitosan dose had a dramatic positive impact on the achieved color removal, there was approximately a linear relationship between chitosan dose and color removal of dye before color removal reach maximum. Also, the increase of dye concentration led to the increase of chitosan dosage in order to get the same color remova l.92 mg/L of chitosan dosage was sufficient to achieve complete remove of dye at initial concentration of dye at 200 mg/L. For the higher concentrations of dye, high dosages were necessary to reach complete color removal. On the other hand, the use of adsorption interferents（Fe^2＋ , Na^＋ , HCO3^- and others） can be interesting, addition of ions had effect on the color removal of Reactive Red 195. Comparing with blank, addition of chemical species approximately decreased the color removal except Na^＋ and combination of Fe^2＋ ＋ HCO3^- . However, comparing with Fe^2＋ alone and HCO3^- alone, combination of Fe^2＋ ＋ HCO3^- increased the color removal.
