Diversity Supplement-Massoudi

项目总结 血管性认知损害和痴呆(VCID)是指可归因于以下因素的任何程度的认知改变 脑血管病理学。VCID是仅次于阿尔茨海默病的痴呆症和 约15%-30%的痴呆症患者。脑部小血管疾病(Csvd)是一组严重危害人类健康的疾病。 大脑的微循环，总共占所有中风的20%，是最常见的 VCID背后的病理基础。CSVD和VCID的影响预计将迅速增加，因为 美国和其他国家都在老龄化。重要的是，csvds的发病机制还不完全清楚， 是制定预防和治疗战略的主要障碍。这篇文章中描述的研究 Proposal将基于以下基因和突变开发和验证五种新的cSVD小鼠模型 被证明是导致人类疾病的原因。我们已经组建了一个跨学科的专家团队，将 整合独特的遗传资源，血管压力肌电图，膜片钳电生理，钙 成像、专门的磁共振成像方式以及学习和记忆行为分析 利用致病基因开发和表征多种新的cSVD遗传模型 人类。我们的长期目标是开发和应用基因模型，忠实地概括重要的 人类CSVD和VCID的特征。

PROJECT SUMMARY Vascular cognitive impairment and dementia (VCID) is any level of cognitive alteration that is attributable to cerebrovascular pathologies. VCID is second only to Alzheimer’s disease as a cause of dementia and accounts for ~15-30% of all dementia cases. Cerebral small vessel diseases (cSVDs) are group of pathologies afflicting the microcirculation of the brain that collectively account for up to 20% of all strokes and is the most common pathology underlying VCID. The impact of cSVD and VCID is expected to increase rapidly as the population of the US and other countries ages. Importantly, the pathogeneses of cSVDs are incompletely understood which represents a major barrier in developing strategies for prevention and treatment. Research described in this proposal will develop and validate five novel mouse models of cSVD based on genes and mutations that are demonstrated to contribute to human disease. We have assembled an interdisciplinary team of experts that will integrate unique genetic resources, vascular pressure myography, patch-clamp electrophysiology, calcium imaging, specialized magnetic resonance imaging modalities and learning and memory behavior assays to develop and characterize multiple novel genetic models of cSVD using genes that contribute to disease in humans. Our long-term objective is to develop and employ genetic models that faithfully recapitulate important hallmarks of human cSVD and VCID.