慢性病严重威胁我国居民健康,有效的慢性病管理可以很大程度上减少疾病的危害,互联网医疗的发展为慢性病管理提供了良好契机。通过文献研究,本文回顾了国内外互联网慢性病管理的经验和模式,基于世界卫生组织(World Health Organization,...慢性病严重威胁我国居民健康,有效的慢性病管理可以很大程度上减少疾病的危害,互联网医疗的发展为慢性病管理提供了良好契机。通过文献研究,本文回顾了国内外互联网慢性病管理的经验和模式,基于世界卫生组织(World Health Organization,WHO)提出的创新型慢性病照护框架(innovative care for chronic conditions framework,ICCC),从宏观、中观、微观3个层面上分析了互联网慢性病管理的问题,并立足于我国互联网慢性病管理的实际,提出互联网慢性病管理的对策建议。宏观层面上政府应结合互联网慢病管理的试点经验,完善国家配套政策制度;中观层面上社区卫生机构应增加社区资源投入,强化社区机构在互联网慢性病管理的能力;微观层面上需提高患者(及家庭)的慢性病自我管理能力,调动自身参与性和主动性,促进患者自我管理。展开更多
儿童肿瘤国际分类(International Classification of Childhood Cancer,ICCC)是专门针对儿童恶性肿瘤(包括中枢神经系统良性肿瘤)的分类编码系统,能反映儿童肿瘤的特点。ICCC是在国际疾病分类肿瘤学专辑(ICD-O)的基础上发展而来,共有12...儿童肿瘤国际分类(International Classification of Childhood Cancer,ICCC)是专门针对儿童恶性肿瘤(包括中枢神经系统良性肿瘤)的分类编码系统,能反映儿童肿瘤的特点。ICCC是在国际疾病分类肿瘤学专辑(ICD-O)的基础上发展而来,共有12大类48小类。采用统一分类标准收集和分析资料是开展儿童恶性肿瘤病因、治疗和生存等研究的基础。在借鉴国外开展儿童肿瘤研究的基础上,采用国际儿童肿瘤分类(ICCC),收集适合我们实际情况的统一的儿童肿瘤监测资料有助于了解我国的儿童肿瘤发病及流行情况,为进一步开展儿童肿瘤的病因、诊断、治疗和预后研究提供基础数据,以切实提高我国的儿童肿瘤的防治水平。展开更多
十二五期间北京市朝阳区成功创建全国首批、北京市首个国家慢性病综合防控示范区,在刚刚结束的示范区建设评估和复审中,北京市朝阳区成绩突出,管理成效显著。本文在调查和整理区内各单位相关工作的基础上,通过使用国际流行的慢性病管理...十二五期间北京市朝阳区成功创建全国首批、北京市首个国家慢性病综合防控示范区,在刚刚结束的示范区建设评估和复审中,北京市朝阳区成绩突出,管理成效显著。本文在调查和整理区内各单位相关工作的基础上,通过使用国际流行的慢性病管理理论模型—ICCC模型的分析框架,从宏观、中观和微观三个层面总结朝阳区慢性病管理实践,即在积极的政策环境下分为慢性病预防和慢性病管理两大任务,社区卫生服务中心、社区居委会和社区居民三方配合,以居民为中心进行全人群管理的慢性病管理模式(Resident-Centered Integrated Management Model for Chronic Diseases,RIMM)。最后立足调研与分析提出RIMM模式的优势和不足,提出在未来的慢性病管理工作中,要加强政府各部分伙伴关系;夯实社区卫生服务中心在慢性病管理中的基础地位;配备灵活、适用的慢性病管理电子系统;重视与社区街道办等基层行政部门的合作和加大人力资源的培养与储备等五点建议。展开更多
In the golden sunshine and gentle breeze of the early autumn,thousands of global experts gathered in the beautiful city of Shanghai to participate in one of most professional and developing conferences in the industry...In the golden sunshine and gentle breeze of the early autumn,thousands of global experts gathered in the beautiful city of Shanghai to participate in one of most professional and developing conferences in the industry from October 13-15,sharing and spreading the knowledge with each other.Under the theme of"Computing Communications towards Networked Societies",IEEE/CIC ICCC 2014展开更多
Since its successful inauguration in Beijing,August,2012,the IEEE international Conference on Communications(ICCC)has been globally recognized as one of the important annual international conferences held by the IEEE ...Since its successful inauguration in Beijing,August,2012,the IEEE international Conference on Communications(ICCC)has been globally recognized as one of the important annual international conferences held by the IEEE Communication Society(ComSoc)and China Institute of Communications(CIC).IEEE/CIC ICCC 14,展开更多
The First IEEE International Conference on Communica- tions in China （ICCC＇ 12） was successfully held in Bei-jing during 15-17 August, 2012. ICCC is a newly incubated international conference series by the IEEE Com...The First IEEE International Conference on Communica- tions in China （ICCC＇ 12） was successfully held in Bei-jing during 15-17 August, 2012. ICCC is a newly incubated international conference series by the IEEE Communication Society （ComSoc）. By collaborating with the China Institute of Communications （CIC） and other leading Chinese insti- tutes, this conference is to be held annually and is intended to be a flagship IEEE ComSoc conference in the greater China region. Without any doubt, China is currently experi- encing a huge economic expansion and is becoming one of the key players worldwide in both manufacturing and re- search of telecommunication technologies. In addition to technical symposia, the conference features industry forums, invited tracks, tutorials, panels, and workshops.展开更多
Integrated CO_(2) capture and conversion of(ICCC)is one of the most effective solutions to reduce anthropogenic CO_(2) emissions,which has attracted extensive public attention.Dual functional materials(DFMs),including...Integrated CO_(2) capture and conversion of(ICCC)is one of the most effective solutions to reduce anthropogenic CO_(2) emissions,which has attracted extensive public attention.Dual functional materials(DFMs),including adsorbent and catalyst,are the key components to achieve ICCC.Magnesium oxide(MgO)is an ideal adsorbent for ICCC,since it is characterized by high theoretical adsorption capacity,low cost,low energy consumption and extensive sources.It can also be used as DFMs in combination with the Ni catalysts.MgO not only can act as an adsorbent in DFMs but also enhance the catalytic performance of Ni.This review summarizes the advantages and modification methods of MgO as adsorbent and the influence of its adsorption conditions on the adsorption performance.Moreover,the important role of MgO in facilitating the catalytic conversion of CO_(2) is highlighted.Future research focuses are proposed for the development of MgO based DFMs with high adsorption capacity,high stability,conversion,and selectivity as well as low cost and energy consumption.展开更多
文摘慢性病严重威胁我国居民健康,有效的慢性病管理可以很大程度上减少疾病的危害,互联网医疗的发展为慢性病管理提供了良好契机。通过文献研究,本文回顾了国内外互联网慢性病管理的经验和模式,基于世界卫生组织(World Health Organization,WHO)提出的创新型慢性病照护框架(innovative care for chronic conditions framework,ICCC),从宏观、中观、微观3个层面上分析了互联网慢性病管理的问题,并立足于我国互联网慢性病管理的实际,提出互联网慢性病管理的对策建议。宏观层面上政府应结合互联网慢病管理的试点经验,完善国家配套政策制度;中观层面上社区卫生机构应增加社区资源投入,强化社区机构在互联网慢性病管理的能力;微观层面上需提高患者(及家庭)的慢性病自我管理能力,调动自身参与性和主动性,促进患者自我管理。
文摘儿童肿瘤国际分类(International Classification of Childhood Cancer,ICCC)是专门针对儿童恶性肿瘤(包括中枢神经系统良性肿瘤)的分类编码系统,能反映儿童肿瘤的特点。ICCC是在国际疾病分类肿瘤学专辑(ICD-O)的基础上发展而来,共有12大类48小类。采用统一分类标准收集和分析资料是开展儿童恶性肿瘤病因、治疗和生存等研究的基础。在借鉴国外开展儿童肿瘤研究的基础上,采用国际儿童肿瘤分类(ICCC),收集适合我们实际情况的统一的儿童肿瘤监测资料有助于了解我国的儿童肿瘤发病及流行情况,为进一步开展儿童肿瘤的病因、诊断、治疗和预后研究提供基础数据,以切实提高我国的儿童肿瘤的防治水平。
文摘十二五期间北京市朝阳区成功创建全国首批、北京市首个国家慢性病综合防控示范区,在刚刚结束的示范区建设评估和复审中,北京市朝阳区成绩突出,管理成效显著。本文在调查和整理区内各单位相关工作的基础上,通过使用国际流行的慢性病管理理论模型—ICCC模型的分析框架,从宏观、中观和微观三个层面总结朝阳区慢性病管理实践,即在积极的政策环境下分为慢性病预防和慢性病管理两大任务,社区卫生服务中心、社区居委会和社区居民三方配合,以居民为中心进行全人群管理的慢性病管理模式(Resident-Centered Integrated Management Model for Chronic Diseases,RIMM)。最后立足调研与分析提出RIMM模式的优势和不足,提出在未来的慢性病管理工作中,要加强政府各部分伙伴关系;夯实社区卫生服务中心在慢性病管理中的基础地位;配备灵活、适用的慢性病管理电子系统;重视与社区街道办等基层行政部门的合作和加大人力资源的培养与储备等五点建议。
文摘In the golden sunshine and gentle breeze of the early autumn,thousands of global experts gathered in the beautiful city of Shanghai to participate in one of most professional and developing conferences in the industry from October 13-15,sharing and spreading the knowledge with each other.Under the theme of"Computing Communications towards Networked Societies",IEEE/CIC ICCC 2014
文摘Since its successful inauguration in Beijing,August,2012,the IEEE international Conference on Communications(ICCC)has been globally recognized as one of the important annual international conferences held by the IEEE Communication Society(ComSoc)and China Institute of Communications(CIC).IEEE/CIC ICCC 14,
文摘The First IEEE International Conference on Communica- tions in China （ICCC＇ 12） was successfully held in Bei-jing during 15-17 August, 2012. ICCC is a newly incubated international conference series by the IEEE Communication Society （ComSoc）. By collaborating with the China Institute of Communications （CIC） and other leading Chinese insti- tutes, this conference is to be held annually and is intended to be a flagship IEEE ComSoc conference in the greater China region. Without any doubt, China is currently experi- encing a huge economic expansion and is becoming one of the key players worldwide in both manufacturing and re- search of telecommunication technologies. In addition to technical symposia, the conference features industry forums, invited tracks, tutorials, panels, and workshops.
基金Strategic Priority Research Program of the Chinese Academy of Sciences,China(Nos.XDA23010300 and XDA23010000)the National Natural Science Foundation of China(Nos.51878644 and 41573138)the Plan for“National Youth Talents”of the Organization Department of the Central Committee for financial support of this research.
文摘Integrated CO_(2) capture and conversion of(ICCC)is one of the most effective solutions to reduce anthropogenic CO_(2) emissions,which has attracted extensive public attention.Dual functional materials(DFMs),including adsorbent and catalyst,are the key components to achieve ICCC.Magnesium oxide(MgO)is an ideal adsorbent for ICCC,since it is characterized by high theoretical adsorption capacity,low cost,low energy consumption and extensive sources.It can also be used as DFMs in combination with the Ni catalysts.MgO not only can act as an adsorbent in DFMs but also enhance the catalytic performance of Ni.This review summarizes the advantages and modification methods of MgO as adsorbent and the influence of its adsorption conditions on the adsorption performance.Moreover,the important role of MgO in facilitating the catalytic conversion of CO_(2) is highlighted.Future research focuses are proposed for the development of MgO based DFMs with high adsorption capacity,high stability,conversion,and selectivity as well as low cost and energy consumption.
