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Integrating Genes, Environment, & Development in the Etiology of Substance Abuse

Integrating Genes, Environment, & Development in the Etiology of Substance Abuse
整合基因、环境、
批准号:
7738584
负责人:
BRIAN M HICKS
金额:
$8.86万
依托单位国家:
美国
项目类别:
财政年份:
2009
资助国家:
美国
项目状态:
已结题
起止时间:
2009-09-30 至 2014-05-31

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中文摘要
翻译
描述(由申请人提供):这项建议的主要目标有两个:1)支持候选人在使用分子和统计遗传学方法识别物质使用障碍(SUD)的风险等位基因方面获得额外的培训,以及2)对一种新的表型、SUD的发病前易感性指数进行基因组范围的关联研究,并在两个独立的样本中进行复制研究。侧重于病前风险指标(即在开始使用药物之前)的好处是,分析是基于潜在风险而不是明确的风险,因此可能提供比肥皂水的显性或“病后”指标更敏感的遗传责任衡量标准。对发病前责任的关注还提供了一个健全的理论框架,以审查与出现肥胖症相关的发育过程,如暴露于环境风险(基因-环境相关性)和对环境逆境的敏感性(基因x环境相互作用)。该提案的培训部分侧重于获得生物信息学技能,以确定候选基因系统和选择信息性多态(例如SNPs),以及在统计分析方面的专门知识,以检测遗传标记和复杂表型之间的联系,如肥皂症。该研究计划需要对大约6000名参与者进行61个OK SNPs的GWA,以衡量其发病前对SODS的易感性。然后,将在两个独立的高危青年样本中进行GWAS重大发现的重复研究。该研究计划还包括利用纵向双胞胎设计检查G-E相互作用机制的研究,这些机制是SUDS发展的基础。该奖项还将帮助候选人追求成为一名独立研究人员的长期目标,并可能对肥皂泡的病因学产生重要的见解。公共卫生相关性:我们提出了一种新的方法来识别与药物滥用相关的基因,方法是将重点放在开始使用药物之前存在的风险因素上。我们将汇集多个纵向样本(N~6000),对一种新的药物滥用发病前风险指标进行全基因组关联研究,以确定特定的风险基因。
英文摘要
DESCRIPTION (provided by applicant): The overarching goals of this proposal are twofold: 1) to support the candidate in gaining additional training in the use of molecular and statistical genetic methods to identify risk alleles for substance use disorders (SUD), and 2) conduct a genome wide association study (GWAS) for a novel phenotype, a pre-morbid liability index for SUDs, and replication studies in two independent samples. The advantage of focusing on indicators of pre-morbid risk (i.e. prior to initiation of substance use) is that analyses are based on underlying rather than expressed risk and so may provide a more sensitive measure of genetic liability than manifest or "post-morbid" measures of SUDs. Focusing on pre-morbid liability also provides a sound theoretical framework to examine developmental processes associated with the emergence of SUDs such as exposure to environmental risk (gene-environment correlations) and sensitivity to environmental adversity (gene x environment interactions). The training portion of the proposal focuses on gaining skills in bioinformatics to identify candidate gene systems and select informative polymorphisms (e.g. SNPs) as well as expertise in statistical analyses to detect associations between genetic markers and complex phenotypes such as SUDs. The research plan entails conducting a GWAS of 61 OK SNPs on a measure of pre-morbid liability to SUDs on approximately 6000 participants. Replication studies of significant findings from the GWAS will then be conducted in two independent samples of high-risk youth. The research plan also includes studies examining mechanisms of G-E interplay that underlie the development of SUDs by utilizing a longitudinal twin design. The award will also assist the candidate in pursuing his long-term goal of becoming an independent researcher and is likely to yield important insights into the etiology of SUDs. PUBLIC HEALTH RELEVANCE: We propose a novel approach to identifying genes associated with substance abuse by focusing on risk factors present prior to initiation of substance use. Pooling multiple longitudinal samples (N~6000), we will conduct a genome wide association study on a novel measure of pre-morbid risk for substance abuse to identify specific risk genes.
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