CNS Neuroregeneration strategies: Discovery and Implementation

中枢神经系统神经再生策略：发现和实施

基本信息

批准号：
9332048
负责人：
Philip J Horner
金额：
$ 1.6万
依托单位：
METHODIST HOSPITAL RESEARCH INSTITUTE
依托单位国家：
美国
项目类别：
财政年份：
2017
资助国家：
美国
起止时间：
2017-03-15 至 2018-02-14
项目状态：
已结题

来源：
https://reporter.nih.gov/project-details/9332048
关键词：
Acceleration Adjuvant Advisory Committees Animals Area Base of the Brain Basic Science Biology Brain Cells Clinical Collaborations Computers Development Devices Disease Educational workshop Electric Stimulation Electrodes Electrophysiology (science)Elements Engineering Faculty Frequencies Future Goals Growth Health Human Injectable Invertebrates Machine Learning Medicine Mental Depression Methodist Church Modeling Molecular Movement Disorders Natural regeneration Nerve Regeneration Neuraxis Neuronal Plasticity Neuropsychology Paralysed Pathway interactions Patients Physical Rehabilitation Physiologic pulse Physiological Physiology Postdoctoral Fellow Problem Solving Publishing Rehabilitation therapy Research Research Institute Research Personnel Rice Science Scientist Site Stroke System Technology Time Training Treatment Efficacy Universities Work base brain computer interface brain machine interface clinical application college combinatorial experience graduate student improved lectures meetings neural stimulation novel optogenetics outreach relating to nervous system repaired symposium

项目摘要

This R13 was conceived through discussions with investigators in the fields of neurostimulation and neuroplasticity at a new research center at the Houston Methodist Research Institute. Our organizing committee and collaborators from the University of Houston, Baylor College of Medicine, Rice University and UT Health have formulated a workshop to spearhead cooperation between neurobiologists and neural engineering experts. Our goal is to develop and implement the first annual Neuroregeneration Symposium focused on the intersection of electrical activity, brain connectomics and molecular neural plasticity. We believe this to be the first of its kind and will potentially push the development of a new area of discovery and collaboration. The format is distinct from established physiology conferences and dedicated neural regeneration conferences in several ways including 1) highly focused on the gap between molecular regeneration and electrophysiology, 2) concept driven by clinician and experimentalists that are currently problem solving in human therapy and 3) focused on establish cross training and expertise development in graduate and clinical fellows.

R13 是通过与以下领域的研究人员讨论而构思的：休斯顿新研究中心的神经刺激和神经可塑性我们的组织委员会和合作者来自卫理公会研究所。休斯顿大学、贝勒医学院、莱斯大学和 UT Health 举办了一个研讨会，以促进神经生物学家之间的合作我们的目标是开发和实施第一个。年度神经再生研讨会重点关注电学的交叉点我们认为这是大脑连接组学和分子神经可塑性。这是同类中的第一个，将有可能推动新领域的发展发现和合作。其形式与既定的生理学不同。会议和专门的神经再生会议以多种方式包括1）高度关注分子再生和电生理学，2）由临床医生和实验学家驱动的概念目前人类治疗中的问题解决和3）侧重于建立交叉研究生和临床研究员的培训和专业知识发展。