Dynamic state of water molecular displacement of the brain during the cardiac cycle in idiopathic normal pressure hydrocephalus

Hirohito Kan,Tosiaki Miyati,Mitsuhito Mase,Tomoshi Osawa,Naoki Ohno,Harumasa Kasai,Nobuyuki Arai,Makoto Kawano,Yuta Shibamoto

Computerized Medical Imaging and Graphics（2015）

Cited 1|Views68

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Abstract

•We evaluated the changes in displacement during cardiac cycle using q-space analysis.•The changes in displacement were significantly higher in iNPH than in other groups.•Brain parenchymal water was easily displaced beyond intrinsic displacement in iNPH.•Change in displacement in cardiac cycle was influenced by compliance and loading.

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Key words

Magnetic resonance imaging,Diffusion weighted imaging,Idiopathic normal pressure hydrocephalus,q-space

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