Levent Tanrikulu*, Volkert Roeloffs, Veit Rohde and Martin Uecker
Department of Neurosurgery, University of Goettingen Medical Center, GermanyFulltext PDF
High-resolution constructive interference in the steady state sequences were established as state-ofthe- art imaging for the segmentation and three-dimensional visualization of complex neurovascular conflicts at the cranial nerve root entry zones. Detailed in-vivo imaging techniques analyzing the pathologic association between morphological neurovascular changes at the surface of the medulla oblongata and essential hypertension are still missing. We here in deal with a new translational technology of real-time magnetic resonance imaging for the in-vivo visualization of neurovascular compression in the posterior fossa. The opportunities of our real-time, dynamic imaging tools are presented with an example to provide an exquisite translation to the clinical and scientific implementation especially in younger patients with the focus on essential arterial hypertension.
Tanrikulu L, Roeloffs V, Rohde V, Uecker M. Advanced Real-Time Imaging of the Medulla Oblongata: A Novel Biomarker in Essential Arterial Hypertension. Clin Surg. 2021; 6: 3304..