Tactile-visual interactions for saccade planning during free viewing and their modulation by TMS (B01)

触觉信息的空间整合到眼跳规划和在所需的坐标转换从皮肤为中心的眼睛为中心的参考帧的网络机制进行了研究，使用基于EEG的连接措施。我们假设，空间整合依赖于interareal耦合，而不是本地处理。我们通过使用重复TMS扰动识别的网络来测试这一点。EEG和TMS结果将基于人类连接体的子图在介观尺度上建模。

The network mechanisms involved in the spatial integration of tactile information into saccade planning and in the required coordinate transformations from skin-centered to eye-centered reference frames are investigated using EEG-based connectivity measures. We hypothesize that spatial integration relies on interareal coupling and not on local processing. We test this by perturbing the identified network using repetitive TMS. EEG and TMS results will be modeled on a mesoscopic scale based on a subgraph of the human connectome.