Neuroimaging Core

摘要 在过去的10年里，神经成像的一个根本性的进步是方法的发展 从结构和/或结构中得出大脑皮层的区域部分，或“部分连接” 功能磁共振成像数据。在孔特中心内，神经成像核心将专注于提供单一对象 以及人类和猕猴大脑的群组连接。具体地说，连接将允许： (1)记录部位相对于独立定位的人体皮质区域的定位，以及 网络；(2)记录站点跨中心本地化的标准化，这反过来将提供一种方法 比较不同实验的结果；(3)猕猴皮质地形图的定义 我们联盟内的生理学研究的比较、共享和荟萃分析，以及 更广泛的非人类灵长类生理群落。神经信息学核心将促进数据共享 通过一个开放源码的网络界面，跨越孔特中心的网站和神经科学社区。

SUMMARY A fundamental advance in Neuroimaging in the last 10 years has been the development of methods to derive regional parcellations of the cerebral cortex, or `parcellated connectomes', from structural and/or functional MRI data. Within the Conte Center, the Neuroimaging core will focus on providing single subject and group connectomes of the brain in humans and macaques. Specifically, connectomes will allows for: (1) the localization of recording sites in relation to independently localized human cortical regions and networks; (2) standardization of recording site localization across centers, which will in turn provide a way to compare results across experiments; (3) definition of a macaque monkey cortical parcellation atlas for the comparison, sharing, and meta-analysis of physiological studies within our consortium, but also the wider non-human primates physiological community. The Neuroinformatics core will facilitate data sharing across the Conte Center sites and the neuroscience community through an open source web interface.