Traumatic spinal cord injury (tSCI) causes an immediate loss of neurological function, and
the prediction of recovery is difficult in the acute phase. In this study, we used contrast …

It has been nearly 200 years since the botanist Robert Brown first observed and reported on
the random microscopic motions of pollen grains and dust particles in solution, thus …

Imaging of cervical spine trauma most commonly begins with computed tomography (CT) for
initial osseous and basic soft tissue evaluation, followed by magnetic resonance imaging …

Traumatic spinal cord injury causes rapid neuronal and vascular injury, and predictive
biomarkers are needed to facilitate acute patient management. This study examined the …

Objectives To explore filtered diffusion‐weighted imaging (fDWI), in comparison with
conventional magnetic resonance imaging (MRI) and diffusion tensor imaging (DTI), as a …

Magnetic resonance imaging plays an important role in characterizing microstructural
changes and reorganization after traumatic injuries to the nervous system. In this study, we …

Diffusion MRI of the spinal cord (SC) is susceptible to geometric distortion caused by field
inhomogeneities, and prone to misalignment across time series and signal dropout caused …

Traumatic spinal cord injury (tSCI) leads to an immediate loss of neurological function, with
its recovery being difficult to predict in the acute phase. Here, we developed a contrast …

Traumatic spinal cord injury (SCI) is a devastating event that can lead to permanent
neurological impairment and dramatically affects quality of life. Diagnosis of SCI is based on …

Die diffusionsgewichtete MRT (DWI) kann Biomarker liefern, mit der die Schwere
traumatischer Rückenmarksverletzungen beurteilt werden kann. Die Diffusions-Tensor …