MIP determination of solid cancer size and size changes based on contrast enhanced MRI and CT imaging
AssigneeLarry Partain
InventorsLarry Partain, George Zentai, Stavros Prionas, Raisa Pavlyuchkova
Life of this patent
Estimating the term…
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AssigneeLarry Partain
InventorsLarry Partain, George Zentai, Stavros Prionas, Raisa Pavlyuchkova
Estimating the term…
Methods of obtaining a suspect nodules' sizes and/or growth rate are provided. In one embodiment, the method begins with at a first time: (i) obtaining a first three dimensional (3D) data set cube of voxels of a patient's anatomy including nodules; (ii) creating a second 3D data set cube of the same size as the first where all voxel values are set to zero; (iii) creating multiple Maximum-Intensity-Projection (MIP) images from the first 3D data set cube taken at different angles; (iv) replacing those voxels in the second 3D data set cube with corresponding voxels from the first 3D data set cube that provide non-zero values in the multiple MIP images; and (v) converting data in the second 3D data set cube into closed surface volumes, cross sectional areas or linear dimensions using image segmentation. Data from a second time can be used to determine growth rate.
A method comprising:
Dependencies are inferred from the claim text.