Loss of anisotropy in trigeminal neuralgia revealed by diffusion tensor imaging
Christian Herweh, Bodo Kress, Dirk Rasche, Volker Martin Tronnier, J. Tröger, Klaus J. Sartor, Christoph Stippich
Abstract
Christian Herweh, Bodo Kress, Dirk Rasche, Volker Martin Tronnier, J. Tröger, Klaus J. Sartor, Christoph Stippich
Abstract
We studied the trigeminal nerve in seven healthy volunteers and six patients with trigeminal neuralgia using the diffusion tensor imaging derived parameter fractional anisotropy (FA). While controls did not show a difference between both sides, there was a reduction of FA in the affected nerve in three of six patients with accompanying nerve-vessel conflict and atrophy. Reversibility of abnormally low FA values was demonstrated in one patient successfully treated with microvascular decompression.
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We studied the trigeminal nerve in seven healthy volunteers and six patients with trigeminal neuralgia using the diffusion tensor imaging derived parameter fractional anisotropy (FA). While controls did not show a difference between both sides, there was a reduction of FA in the affected nerve in three of six patients with accompanying nerve-vessel conflict and atrophy. Reversibility of abnormally low FA values was demonstrated in one patient successfully treated with microvascular decompression.
Key concepts: Trigeminal neuralgia, Fractional anisotropy, Diffusion MRI, Medicine, Trigeminal nerve, Atrophy, Microvascular decompression, Anesthesia