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Functional Analysis of the Visual System and In Vivo Ocular Imaging Module

视觉系统和体内眼部成像模块的功能分析

基本信息

批准号：
10471349
负责人：
Jay Neitz
金额：
$ 12.08万
依托单位：
UNIVERSITY OF WASHINGTON
依托单位国家：
美国
项目类别：
财政年份：
1997
资助国家：
美国
起止时间：
1997-06-01 至 2026-08-31
项目状态：
未结题

项目摘要

Functional Analysis of the Visual System and In Vivo Ocular Imaging – Abstract The main objectives of the Vision Research Core are to enhance the productivity and efficiency of the research programs of the UW vision scientists and to facilitate collaboration among investigators. The Functional Analysis of the Visual System and In Vivo Ocular Imaging Core Module enhances productivity and efficiency by providing access to shared equipment and facilities that are used by multiple labs. Shared equipment is cost effective when multiple labs have need for the same expensive technology, but individual labs lack the resources to purchase the technology, to support personnel with the necessary technical expertise to use or maintain equipment, or are unable to make full time use of such technology. Structural analyses of the eye using in vivo ocular imaging and functional analyses of the visual system with in vivo and ex vivo electrophysiological and psychophysical methods are fundamentally important for modern basic and translational vision research. This core module provides specialized support for these analytical approaches through access to shared instruments and to technical expertise in the acquisition and analysis of data. The shared instruments and technical expertise offered by this module expands the capacity of UW vision researchers in the structural and functional analysis of the visual system, which in turn facilitates sharing of applications through collaborative exchange.

视觉系统的功能分析和在体眼部成像-摘要视觉研究核心的主要目标是提高研究的生产力和效率 UW视觉科学家的计划，并促进研究人员之间的合作。功能视觉系统和体内眼部成像核心模块的分析提高了生产力和效率通过提供多个实验室使用的共享设备和设施。共享设备是成本当多个实验室需要相同的昂贵技术，但单个实验室缺乏购买技术的资源，支持具有必要技术专长的人员使用或维护设备，或无法充分利用这种技术。眼睛的结构分析使用体内和离体视觉系统的体内眼成像和功能分析电生理学和心理物理学方法对于现代基础和翻译视觉研究该核心模块为这些分析方法提供专门支持通过使用共享的工具和获取和分析数据方面的技术专门知识。的该模块提供的共享工具和技术专长扩展了UW Vision的能力研究人员在视觉系统的结构和功能分析，这反过来又有利于分享通过合作交流。