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中文摘要
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项目摘要-核心C 试点核心C将监督试点项目的执行和发展,这些项目将带来新的 可卡因和阿片成瘾中心(可卡因)的技术和新调查人员。 MUSC神经科学在过去5年中经历了戏剧性的增长,并已扩大 临床前和临床领域的年轻、有才华的研究人员。Pilot Core将 提供了一个机会来指导一些年轻的调查人员进入成瘾领域 在可口可乐高级调查人员的监督下。临床前和临床试点项目 将通过广告征集,并由可口可乐内部咨询进行竞争性审查 冲浪板。一旦获得资助,项目的进度将受到核心委员会的广泛监督 董事和内部咨询委员会(IAB)。将对拟议的试点赠款进行评估并 优先提拔早期或早期建立的调查人员,其工作与 整个可口可乐公司的使命。每名飞行员获奖者将与一名高级导师密切合作,并向 他们的进展定期向IAB报告。为了说明Pilot Core在帮助 培养青年研究人员,促进基础前和临床前沿 研究,该提案概述了四个可能的试点项目,如果在呼吁中正式提交 如果Coca获得资金,将以竞争的方式考虑试点赠款。
英文摘要
PROJECT SUMMARY – Core C Pilot Core C will oversee the execution and development of pilot projects that bring new technologies and new investigators into the Center for Cocaine and Opioid Addiction (COCA). MUSC neuroscience has undergone dramatic growth within the last 5 years that has expanded the pool of young, talented investigators in preclinical and clincal arenas. The Pilot Core will provide an opportunity to mentor some of these young investigators into the field of addiction under the supervision of senior COCA investigators. Both preclinical and clinical pilot projects will be solicited by advertisement and competitvely reviewed by the COCA Internal Advisory Board. Once funded, the progress of projects will undergo extensive monitoring by the Core C Directors and the Internal Advisory Board (IAB). The proposed pilot grants will be evaluated and prioritized to promote early stage or early established investigators whose work synergizes with the overall COCA mission. Each pilot awardee will work closely with a senior mentor and report their progress regularly to the IAB. To illustrate the potential of the Pilot Core to assist in the development of young investigators and to promote cutting edge preclinical and clinical research, the proposal outlines four possible pilot projects that, if formally submitted in a call for pilot grants, will be considered in a competitive manner if the COCA is funded.
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Pathway-specific Intervention in Prelimbic Cortical Circuitry Decreases Cocaine-seeking
Pathway-specific Intervention in Prelimbic Cortical Circuitry Decreases Cocaine-seeking
Pathway-specific Intervention in Prelimbic Cortical Circuitry Decreases Cocaine-seeking
COCA: Pilot Core C
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