Imaging structure and function

成像结构和功能核心 摘要 成像技术，如共焦显微镜，多光子显微镜和超 分辨率成像和光学相干层析成像已经改变了科学家的能力 观察两种健康人在体内和体外视觉系统的结构和功能变化 和疾病。成像核心的首要目标是将视觉科学家的能力 通过提供对最新成像模式的访问和培训来使用这些关键技术， 以及在小组之间转移新的方法，以促进研究和合作方面的创新 跨视觉研究学科。这一目标将通过支持(1)访问新的 共焦和OCT/活体荧光显微镜以及定制的自适应光学成像 将通过眼科提供的眼底镜，(2)访问 通过各种斯坦福显微镜设施提供的高级成像方式，以及(3) 开发的定制活体成像方法和系统的应用和传播 视觉研究中心的研究人员。

IMAGING STRUCTURE AND FUNCTION CORE SUMMARY Imaging technologies such as confocal microscopy, multiphoton microscopy and super- resolution imaging as well as optical coherence tomography have transformed the ability of scientists to observe structural and functional changes in the visual system, in vivo and ex vivo, in both health and disease. The overarching goal of the imaging core is to transform the ability of vision scientists to use these critical technologies by providing access to and training on the newest imaging modalities, and transferring novel approaches between groups to facilitate innovation in research and collaboration across vision research disciplines. This goal will be achieved through supporting (1) access to new confocal and OCT/in vivo fluorescence microscopes as well as custom adaptive optics imaging ophthalmoscopes that will be made available through the Ophthalmology Department, (2) access to advanced imaging modalities available through various Stanford Microscopy Facilities, and (3) application and dissemination of customized in vivo imaging approaches and systems developed by investigators in the vision research center.