课题基金 / 基金详情

NIDA Training Program in Neuroscience-Administrative Supplement

NIDA Training Program in Neuroscience-Administrative Supplement
NIDA 神经科学培训计划-行政补充
批准号:
10439321
负责人:
Shelly Beth Flagel
金额:
$4.19万
依托单位国家:
美国
项目类别:
财政年份:
1995
资助国家:
美国
项目状态:
已结题
起止时间:
1995-06-15 至 2022-06-30

项目摘要

项目成果

Shelly Beth Flagel的其他基金

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中文摘要
翻译
项目摘要(2015年为目前供资的项目提交) 此应用程序是一个继续支持的一个博士前NIDA培训计划的请求, Neuroscience于1995年在密歇根大学(UM)成立。的主要目标 该计划的目的是招募和培养学生对神经生物学相关研究的兴趣 以及为学员提供所需的基础设施, 他们在神经科学领域攻读博士学位时的兴趣。有资格 为了获得NIDA培训计划的支持,学生必须首先获得现有UM的入学许可 研究生课程在生物,生物医学或自然科学,如 跨部门的神经科学研究生课程或生物心理学课程。学生 NIDA神经科学培训计划的提名支持是根据 两个标准:1)学术资格和参考(即学术卓越),以及2) 他们的学习和研究兴趣的计划NIDA的使命的相关性。入院后 到NIDA神经科学培训计划,学生在学习计划, 神经科学,包括关于物质的神经精神药理学的必修课程 虐待和伴随的研讨会系列涉及NIDA培训计划的教师。的 NIDA神经科学培训计划由18名附属教师组成,他们都进行 与药物滥用的生物学基础有关的研究。大多数教师要么是 NIDA资助的研究补助金的主要或共同研究者。核心教师有 自上一个资助周期以来发生了变化,7名新教师取代了那些不再 在密歇根大学进行相关研究。大多数新来的教员 被认为是初级调查员;因此,有一个计划,更高级的教师服务 作为任何加入初级教师实验室的学员的共同导师。此外,学院附属 有了这个培训补助金,有120多名神经科学研究生项目教师的帮助, 也参与了培训的很多方面。培训补助金主要用于 培养学生在研究神经生物学的实验室进行研究轮换的兴趣 药物滥用,并最终选择这些实验室之一为他们的论文工作。在 此外,我们希望保持他们对药物滥用研究的兴趣, 论文工作与期刊俱乐部,研讨会系列和社会活动,将向所有人开放 目前和以前的受训人员得到这项培训补助金的支助。NIDA培训计划 神经科学由一名主任和一名联合主任管理,现在包括一名 学生发展,以提高学员的经验
英文摘要
Project Summary (as submitted in 2015 for current funded project) This application is a request for continuing support for a predoctoral NIDA Training Program in Neuroscience, which was founded at The University of Michigan (UM) in 1995. The major goal of this Program is to recruit and develop student interest in research related to the neurobiology of substance abuse, and to provide the necessary infrastructure for trainees to pursue these interests as they work towards their doctoral degree in the field of neuroscience. To be eligible for support by the NIDA Training Program students must first gain admittance to an existing UM graduate program in the biological, biomedical or natural sciences, such as the interdepartmental Neuroscience Graduate Program or the Biopsychology Program. Students nominated for support by the NIDA Training Program in Neuroscience are selected on the basis of two criteria: 1) academic qualifications and references (i.e. academic excellence), and 2) the relevance of their program of study and research interests to the NIDA mission. After admission to the NIDA Training Program in Neuroscience, students pursue a program of study in the neurosciences, including a required course on the neuropsychopharmacology of substance abuse and an accompanying seminar series involving the NIDA Training Program faculty. The NIDA Training Program in Neuroscience consists of 18 affiliated faculty, all of whom conduct research related to the biological basis of substance abuse. Most of the faculty are either a principal or co-investigator on a NIDA-funded research grant. The core faculty members have changed since the prior funding cycle, with 7 new faculty replacing those who are no longer conducting relevant research at the University of Michigan. Most of these new faculty members are considered junior investigators; thus, there is a plan in place for more senior faculty to serve as co-mentors for any trainees that join a junior faculty’s lab. In addition, the faculty affiliated with this training grant are assisted by over 120 Neuroscience Graduate Program faculty who are also involved in many aspects of the training. The training grant is used primarily to foster interest in students to do research rotations in a laboratory that studies the neurobiology of substance abuse, and to ultimately choose one of these labs for their dissertation work. In addition, we hope to maintain their interest in substance abuse research throughout their dissertation work with journal clubs, seminar series and social events that will be open to all current and previous trainees supported by this training grant. The NIDA Training Program in Neuroscience is administered by a Director and a Co-Director, and now includes a Director of Student Development in order to enhance the experience of the trainees
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会议论文
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The glucocorticoid receptor as a mechanism of top-down control of cue-motivated behavior
Probing the role of a hypothalamic-thalamic-striatal circuit in cue-driven behaviors
Probing the role of a hypothalamic-thalamic-striatal circuit in cue-driven behaviors