3 T Hochfeld-MR für die Forschung

本次申请的种子已于2008年与综合神经科学中心(CIN)DFG优秀集群申请一起建立，这是自2013年以来他的第二个创始阶段。在CIN和图宾根医学院的支持下，在过去几年中成立了几个新的研究小组和教授，在神经科学的各个领域以及基础MR-物理研究方面具有突出的研究重点，此外，还成立了位于神经学、医学心理学和精神病学的现有和已有的研究小组。对于这些研究人员中的大多数人来说，磁共振是评估大脑功能、大脑形态和大脑新陈代谢的关键技术，并开发新的方法来改进这项技术。因此，我们要求一种具有高梯度性能的最先进的3T磁共振系统，以满足神经科学应用和开发新的快速可靠的采集技术的日益增长的需求。

The seed of this application has been established with the Center of Integrative Neurosciences (CIN) DFG excellence cluster application in 2008, which is since 2013 in his second founding period. With CIN and the support of the Medical Faculty of Tübingen, several new research groups and professorships with distinguished research focus in various fields of neurosciences as well as basic MR-Physics research have been established during the last years, in addition to the already existing and established research groups located in Neurology, Medical Psychology and Psychiatry. For most of these researchers magnetic resonance is a key technology to assess brain function, brain morphology and brain metabolism, and to develop novel methods to refine this technique. We therefor ask for a state-of the-art 3T MR-system with high gradient performance to feed this increased demand for neuroscientific applications and the development of novel fast and reliable acquisition techniques.