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中文摘要
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描述(由申请人提供):在NIMH理事会关于转化神经科学和精神疾病的工作组报告(www.nih.nimh.gov- 2008 -由Pat Levitt共同主持)中,注意到发现疾病病因的研究议程的范围是广阔的-从个体基因到细胞到神经系统,最后到患者生活的环境。显然,要将许多学科和技术的相关要素结合起来解决这些问题,就需要研究人员之间建立新的联盟。这始终是一个挑战,在很大程度上是由于学科之间在研究方法上的根本差异。这反过来又阻碍了合作和翻译。南加州大学凯克医学院(KSOM)的Zilkha神经遗传研究所(ZNI)和基因组精神病学中心(CGP)共同致力于在南加州大学自闭症谱系障碍(ASD)的研究中发挥真实的作用。这种合作是可能的,因为新招募的领导在KSOM,帕特莱维特作为ZNI主任和卡洛斯帕托作为精神病学和行为科学系主任和CGP的创始主任。P30资助将使我们能够现在投资于ASD的相互依赖的研究和培训活动,这将提高我们将基本科学信息转化为ASD实践的能力,并作为南加州大学其他精神健康疾病项目建设的典范。因此,这个P30应用程序是在南加州大学启动自闭症研究计划的请求。我们建议招聘两名新的终身教职初级教师:第一名将是一个人,其主要愿景是在南加州大学,KSOM和CHLA校园推进ASD的人类遗传和基因X环境研究。第二个将是一个人,其主要愿景是推进ASD的遗传和环境流行病学研究,利用KSOM在预防医学方面的长期优势,以及通过ZNI和CGP对大脑疾病的新重视。机构资金将可用于抵消其他启动成本,包括我们的全部承诺,为每个教师至少额外两年的资源超出P30的支持。 公共卫生相关性:该计划将致力于组织南加州大学校园内工程,电影艺术,洛杉矶儿童医院和KSOM的科学家组成的丰富社区,这些科学家最近在研究ASD的特征和干预方面变得活跃。需要P30的资金来招募这些人,P30支持技术工资,教师工资和设备的费用。
英文摘要
DESCRIPTION (provided by applicant): In the NIMH Council Work Group Report on Transformational Neuroscience and Mental Illness (www.nih.nimh.gov - 2008 - co-chaired by Pat Levitt), it was noted that the scope of the research agenda to discover disease etiologies was vast-from individual genes to cells to neural systems and finally to patients in the contexts in which they live. Clearly, bringing together the relevant elements from many disciplines and technologies to bear on these questions will require new alliances among researchers. This is always a challenge, due in large part to fundamental differences between disciplines in research approaches. This, in turn, hinders collaboration and translation. The Zilkha Neurogenetic Institute (ZNI) and the Center for Genomic Psychiatry (CGP) at the Keck School of Medicine (KSOM) of the University of Southern California (USC) together are positioned to make a real difference in the investigation of autism spectrum disorder (ASD) at USC. This collaboration is possible because of newly recruited leadership at KSOM, Pat Levitt as Director of the ZNI and Carlos Pato as Chair of the Dept Psychiatry and Behavioral Sciences and founding Director of the CGP. P30 funding will make it possible to invest now in interdependent research and training activities in ASD, which will enhance our ability to translate fundamental scientific Information into practice in ASD, and serve as a model for program building in other mental health disorders at USC. Thus, this P30 application is a request to jump-start the Autism Research Program at USC. We propose to recruit two new tenure track junior faculty members: The first will be an individual whose main vision is to advance human genetic and gene X environment studies in ASD across the USC, KSOM and CHLA campuses. The second will be an individual whose main vision is to advance genetic and environmental epidemiological studies in ASD, taking advantage of the KSOM long-standing strengths in preventive medicine and the new emphasis on brain-based disorders through the ZNI and CGP. Institutional funds will be available to offset other start-up costs, including our full commitment for at least two additional years of resources for each faculty member beyond the P30 support. PUBLIC HEALTH RELEVANCE: This program will work to organize a rich community of scientists across the USC campus in Engineering, Cinematic Arts, Children's Hospital of Los Angeles and the KSOM who recently have become active in research addressing characterization and interventions in ASD. The funds from the P30 are required to recruit these individuals, with the P30 supporting costs for technical salaries, faculty salaries and equipment.
期刊论文(1)
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DOI: 10.1371/journal.pone.0059685
发表时间: 2013
期刊: PloS one
影响因子: 3.7
作者: [Zeng L, Zhang P, Shi L, Yamamoto V, Lu W, Wang K]
通讯作者: Wang K
Impact of Early Life Experience on Vagal Neurons and Circuits
Impact of Early Life Experience on Vagal Neurons and Circuits
Impact of Early Life Experience on Vagal Neurons and Circuits
2/24 Healthy Brain and Child Development National Consortium
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