Method and apparatus for treatment planning using implanted radioactive sources
AssigneeWisconsin Alumni Research Foundation
InventorsVibha Chaswal, Bruce R. Thomadsen, Douglass L. Henderson
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AssigneeWisconsin Alumni Research Foundation
InventorsVibha Chaswal, Bruce R. Thomadsen, Douglass L. Henderson
Estimating the term…
A pre-computed importance function providing ex ante assessment of optimal placement of a single radioactive source is used for sequential placement of multiple radioactive sources. As each source is placed, the importance function may be modified to reflect the dose implemented by that source and all sources already placed. The greedy algorithm employed by this technique makes possible optimization of additional dimensions of treatment planning including, using directional and isotropic sources, using different source isotopes, using optimum source strengths, using source locations that are not on the regular grid and using a single movable source for variable times at different locations.
A method of treatment planning for placement of radioactive sources in a tumor in a region of a body comprising the following steps, in the indicated order, of:
Treatment planning software for placement of radioactive sources in a tumor in a region of a body, the treatment planning software fixed in tangible medium for execution on electronic computer to:
An electronic computer executing a method of treatment planning for placement of radioactive sources in a tumor in a region of a body comprising the following steps, in the indicated order, of:
Dependencies are inferred from the claim text.