3D Hoffman phantom brain simulation for evaluating acquisition and reconstruction methods in brain imaging.
The Hoffman 3D brain simulation phantom allows for the evaluation of acquisition and reconstruction methods in brain imaging. Its main features are: – accurate anatomical simulation of radioactivity distribution for brain SPECT and PET scans, and studies of proton density distribution and relaxation parameters for brain MRI studies; – it simulates a 4:1 absorption ratio (by partial volume effect) for gray and white matter for metabolic and flow studies; – the single fillable chamber eliminates the need to prepare different radioactive concentrations. Specifications: – Cylinder inner diameter: 20.8 cm – Cylinder inner height: 17.5 cm – Fillable volume: ~1.2 liters Documentation
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