Six Biological Dimensions May Redefine How MRI Sorts Parkinson’s Disease Patients
A new perspective in npj Parkinson's Disease proposes a six-dimensional MRI-based framework for capturing the biological heterogeneity of Parkinson's disease ...
A new perspective in npj Parkinson's Disease proposes a six-dimensional MRI-based framework for capturing the biological heterogeneity of Parkinson's disease ...
A new bibliometric analysis of 367 articles maps two decades of cardiac diffusion MRI research, identifying diffusion tensor imaging as ...
A first systematic test-retest study shows that a portable 64 mT MRI scanner can deliver repeatable diffusion tensor metrics across ...
A DTI-based classification of how brainstem gliomas interact with the corticospinal tract predicts distinct motor recovery trajectories and survival after ...
A longitudinal diffusion tensor imaging study of 29 high-grade glioma patients shows that the healthy-side corticospinal tract shifts anteriorly by ...
A multimodal MRI study shows that type 2 diabetes patients with cerebral small vessel disease exhibit measurable white matter damage ...
A new study links the brain's glymphatic waste-clearance function to seizure freedom after temporal lobe epilepsy surgery, revealing divergent glymphatic-metabolic ...
Advanced MRI has revealed the first consistent brain signature of the ultra-rare neurological disorder FOSMN, showing brainstem atrophy and damage ...
In the ever-evolving quest to unravel the complexities of Parkinson’s disease (PD), a groundbreaking study has emerged offering promising insights ...
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