Case series demonstrates improved diagnostic precision in cerebrospinal fluid flow disorders, suggesting better outcomes for conditions like Chiari malformation.
In the assessment of cerebrospinal fluid flow disorders such as aqueductal stenosis, Chiari malformation, and post-operative complications, conventional imaging often falls short in resolving subtle anatomical and dynamic nuances. This case series explores the value of integrating high-resolution flow-sensitive and flow-compensated magnetic resonance imaging sequences to enhance diagnostic precision in challenging scenarios. Across five diverse cases, the combined approach revealed subtle aetiologies like prepontine adhesions, fourth ventricle outlet obstruction, aqueductal stenosis and minute dural breaches – all which were undetectable with routine conventional imaging.
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Clackett et al. (2025) studied this question.
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