The Iowa Center for Molecular Auditory Neuroscience

爱荷华州分子听觉神经科学中心

基本信息

批准号：
8528540
负责人：
STEVEN H GREEN
金额：
$ 39.45万
依托单位：
UNIVERSITY OF IOWA
依托单位国家：
美国
项目类别：
财政年份：
2010
资助国家：
美国
起止时间：
2010-09-01 至 2015-08-31
项目状态：
已结题

来源：
https://reporter.nih.gov/project-details/8528540
关键词：
Animal Model Auditory Basic Science Biochemistry Biological Models Biology Cell Maintenance Cell physiology Cells Clinic Clinical Clinical Research Clinical Sciences Cochlear Implants Collaborations Communication Data Development Direct Costs Disease Fluorescent Dyes Fostering Funding Future Gene Expression Profiling Gene Transfer Genetic Genomics Goals Grant Histology Image Immunofluorescence Immunologic In Vitro Individual Iowa Label Labyrinth Life Molecular Molecular Biology Techniques National Institute on Deafness and Other Communication Disorders Natural regeneration Nerve Fibers Neuroanatomy Neuroglia Neurons Neurosciences Otolaryngology Physiology Preparation Preparation H Prevention Productivity Research Research Personnel Research Support Science Sensory Staining method Stains TNFRSF5 gene Techniques Training Translations Universities deafness developmental neurobiology gene therapy in vitro Model innovation light microscopy member nucleic acid quantitation nucleotide metabolism operation public health relevance ranpirnase research study symposium tissue fixing tissue/cell culture

项目摘要

DESCRIPTION (provided by applicant): The proposed Center for Molecular Auditory Neuroscience will enhance productivity, innovation, and collaborative interactions of auditory researchers at the University of Iowa. Center investigators are members of five clinical and basic science departments: Otolaryngology, Biology, Biochemistry, Physiology, and Communication Sciences and Disorders, with 15 auditory-related R01s, nine funded by NIDCD, a P50, two T32s, and other grants, for a total current year direct cost >$9M. There are extensive interactions among basic researchers, among clinical researchers, and interactions bridging clinical and basic research. The cores aim to strengthen these interactions and develop new ones. The Center consists of three research cores and will provide first-rate facilities for state-of-the-art experimental techniques crucial to molecular, cell, developmental and neurobiology of the inner ear; provide training in these techniques; make investigators aware of alternative experimental approaches and model systems that will facilitate their research; foster new collaborations that result in innovative approaches to problems in auditory research, including translation of basic research data to the clinic. The research cores are: (1) Histology and Imaging core to provide facilities and training for analysis of model organisms using light microscopy and EM: histology, including sectioning, staining, immunofluorescence, EM, and use of fluorescent dyes to label nerve fibers; confocal imaging, including multiphoton, of live or fixed tissue; (2) Genomics core for routine molecular biology techniques - sequencing, nucleotide synthesis, nucleic acid quantitation and quality - as well as analysis of gene expression; (3) Tissue/Cell Culture Core to provide facilities and training for preparation of in vitro cochlear model systems including sensory, neural and glial cells, organotypic inner ear cultures, and means for gene transfer into these cells. Individual experiments may use multiple cores and workflow will be coordinated among Core directors. The Administrative Core will manage day-to-day operation of the Center, coordinate activities of Core directors, and conduct symposia and seminars to facilitate interaction among the Center investigators.

描述（由申请人提供）：拟议的分子听觉神经科学中心将提高爱荷华大学听觉研究人员的生产力、创新和协作互动。中心研究人员是五个临床和基础科学部门的成员：耳鼻喉科、生物学、生物化学、生理学以及传播科学与疾病，拥有 15 个与听觉相关的 R01，其中 9 个由 NIDCD 资助，一个 P50，两个 T32 和其他资助，本年度直接成本总额 >900 万美元。基础研究人员之间、临床研究人员之间以及临床和基础研究之间存在着广泛的互动。这些核心旨在加强这些互动并开发新的互动。该中心由三个研究核心组成，将为内耳分子、细胞、发育和神经生物学至关重要的最先进的实验技术提供一流的设施；提供这些技术的培训；让研究人员了解有助于他们研究的替代实验方法和模型系统；促进新的合作，以创新的方法解决听觉研究中的问题，包括将基础研究数据转化为临床。研究核心是：（1）组织学和成像核心，为使用光学显微镜和电镜分析模式生物提供设施和培训：组织学，包括切片、染色、免疫荧光、电镜以及使用荧光染料标记神经纤维；活体或固定组织的共焦成像，包括多光子； (2) 常规分子生物学技术的基因组学核心——测序、核苷酸合成、核酸定量和质量——以及基因表达分析； (3) 组织/细胞培养核心，为体外耳蜗模型系统的制备提供设施和培训，包括感觉细胞、神经细胞和神经胶质细胞、器官型内耳培养物以及将基因转移到这些细胞中的方法。各个实验可能会使用多个核心，并且工作流程将在核心主管之间进行协调。行政核心将管理中心的日常运作，协调核心主任的活动，并举办专题讨论会和研讨会，以促进中心研究人员之间的互动。