KEYWORDS: Radioisotopes, Positron emission tomography, High dynamic range imaging, Nuclear medicine, Brain, Magnetic resonance imaging, Scanners, Digital imaging, MATLAB, Neuroimaging
The objective of this study was to the created surface of quantitative uptake value with radioactive tracer PET/CT in normal Thai brain. The surface was generated from the matrix of quantitative uptake value by MATLAB software. Data of PET/CT image was modified to High dynamic range imaging file format by MRI convert and merge together with ana75_2.mat, in this step surfacedata.mat was obtained. The surface data was taken to create a surface of quantitative uptake value to observing the distribution of radiopharmaceuticals in the region of interest.
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