Differential interference contrast (DIC) microscopy is a popular method for studying the three dimensional structure of living cells. Currently, no volume rendering tools exist which support visualisation of 3D DIC da...
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Differential interference contrast (DIC) microscopy is a popular method for studying the three dimensional structure of living cells. Currently, no volume rendering tools exist which support visualisation of 3D DIC data. The authors develop a transformation method which removes the differential appearance of DIC imager, producing data which is suitable for volume rendering, and compare this method to an edge-enhancing approach based on a variance filter.
A rapid segmentation technique is described that is based on co-registered PET and MR images. Following a masking of MR images by PET images the integral shading method is explored to render the surface of the human c...
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A rapid segmentation technique is described that is based on co-registered PET and MR images. Following a masking of MR images by PET images the integral shading method is explored to render the surface of the human cortex. This permits the localisation of functional activations and deactivations in normal subjects and patients based on their individual anatomy.< >
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