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A brain mould was constructed by converting the digital surface of a high quality 3D magnetic resonance (MR) data set to a real model, using a stereo lithography apparatus (SLA). The tissue mimicking material (TMM) poly(vinyl alcohol) cryogel (PVA-C) was used to form a homogeneous phantom in the mould. 3D images of this phantom were then acquired in MR, CT and ultrasound. The surface contours of the phantom were compared between each modality and the source image. This phantom is employed in our laboratory as a model of a deformable brain.

A PVA-C Brain Phantom Derived from a High Quality 3D MR Data Set