
New directions in the early detection of neurological diseases
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New directions in the early detection of neurological diseases
New directions in the early detection of neurological diseases
Ultra-high resolution of 400 micron showing even the smallest vessels in the human brain. © FAU, Erlangen, Germany
Increased image contrast and high resolution enable the identification of small anatomical structures and the clear differentiation between gray, white matter and cerebrospinal fluid. © FAU, Erlangen, Germany
High-resolution diffusion tensor imaging, showing very detailed white matter fiber track. (Cinematic Volume Rendering Technique) © Max Planck Institute, Leipzig, Germany
High resolution vascular imaging of a patient with brain tumor showing detailed visualization of the vasculature within and around the pathologically affected tissue. © FAU, Erlangen, Germany
Calculation of brain fiber tracks with 1 mm isotropic resolution covering the whole brain. The high signal provided by 7T allows resolving crossing fibers in many brain sub-regions. © Max Planck Institute, Leipzig, Germany
Anatomical image from a Multiple Sclerosis patient. The white matter lesion shows the central vein sign. © FAU, Erlangen, Germany
Ultra-high resolution of 400 micron showing even the smallest vessels in the human brain. © FAU, Erlangen, Germany