中国儿童与老年健康证据转化平台的构建与应用

目的介绍并推广中国儿童与老年健康证据转化平台(Chinese Clearinghouse for Evidence Translation in Child & Aging Health,CCET)。方法分别成立儿童、老年健康顾问委员会,利用科学的评价量表评价筛选国内外相关的儿童、老年健康促进项目并由研究团队翻译转化。与兰州博阳软件工程有限公司合作,根据网站需呈现的内容与目标功能,共同规划设计网站框架与界面,初步建立站点。将转化的健康证据及其他信息资源（疾病基本情况、项目评价量表、研究报告标准等）上传使之在网站相应栏目中呈现,建立CCET网站,并通过微信和微博媒介定期传播儿童及老年健康最新进展、循证研究最新方法。结果CCET主要由儿童健康、老年健康、评价量表、报告标准、推广应用和老年抑郁症循证防治数据库6个版块组成。CCET儿童与老年健康促进项目由国内外专家采用科学的评价量表筛选和评价,转化的证据科学性强,目前已有相关研究机构和社区有意向参与CCET研究和应用转化项目。结论CCET致力于循证方法培训,建立国内健康干预项目的科学性和适用性评价系统,对国外证据转换后的后续干预项目培训,提升服务机构能力,以及综合干预课程研发。CCET信息全面、界面简单、用户友好,为促进我国儿童与老年健康提供证据支持。     

Right Ventricular Hypertrophy and Dilation in Patients With Human Immunodeficiency Virus in the Absence of Clinical or Echocardiographic Pulmonary Hypertension

Background

Involvement of right-sided heart chambers (RSHCs) in patients infected with human immunodeficiency virus (HIV) is common and is usually attributed to pulmonary arterial or venous hypertension (PH). However, myocardial involvement in patients with HIV is also common and might affect RSHCs even in the absence of overt PH. Our aim was to define morphologic and functional alterations in RSHC in patients with HIV and without PH.

A new silent germline mutation of the TSH receptor: coexpression in a hyperthyroid family member with a second activating somatic mutation.

BACKGROUND: Up to date, three thyroid-stimulating hormone receptor (TSHR) germline variants have been reported for which no functional consequences have been detected by in vitro characterizations. However, familial nonautoimmune hyperthyroidism and hot nodules are clearly associated with constitutively activating TSHR germline mutations. We describe a family with a new TSHR germline mutation that is associated with euthyroidism in 13 family members and hyperthyroidism in 1 family member. METHODS: Mutation analysis of the TSHR gene was performed by denaturing gradient gel electrophoresis. TSHR constructs were characterized by determination of cell surface expression, 3'-5'-cyclic adenosine monophosphate (cAMP) accumulation, and constitutive cAMP activity. RESULTS: A novel TSHR germline mutation (N372T) was found in a man who presented with thyrotoxicosis. The mutation was also detected in 13 family members, all of whom were euthyroid. Interestingly, an additional constitutively active somatic mutation (S281N) was identified on the second parental TSHR allele of the hyperthyroid index patient. Linear regression analysis showed a lack of constitutive activity for N372T. Moreover, coexpression studies of N372T with S281N did not reveal any evidence for a functional influence of N372T on the constitutively active mutation (CAM). CONCLUSIONS: N372T is unlikely to cause altered thyroid function. This is consistent with the finding that only the index patient with the additional somatic mutation S281N was hyperthyroid.