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US 11,452,486 B2Granted
Breast biopsy and needle localization using tomosynthesis systems
AssigneeHologic, Inc.
InventorsKenneth Defreitas, John Laviola, Loren Thomas Niklason, Tao Wu, Joseph L. Mark, Michael E. Miller, Jay A. Stein, Andrew P. Smith
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Abstract
Methods, devices, apparatuses and systems are disclosed for performing mammography, such as utilizing tomosynthesis in combination with breast biopsy.
Claims20
A method for performing a wire localization procedure for a patient's breast, said method comprising:
- performing a tomosynthesis scan of the patient's breast using a source of an imaging x-ray beam that moves through a multiplicity of imaging positions along a source trajectory, and obtaining image data from the tomosynthesis scan and deriving therefrom tomosynthesis reconstructed images representing respective slices of the breast;
- displaying at least some of the tomosynthesis reconstructed images of the patient's breast;
- receiving an indication on at least one of the tomosynthesis reconstructed images of an area of interest within the patient's breast, and determining therefrom three-dimensional coordinates of the area of interest;
- positioning a localization wire with a needle in the patient's breast based on the determined three-dimensional coordinates of the area of interest;
- emitting a verification x-ray beam from the source at a plurality of verification x-ray positions each disposed at an orientation relative to the needle and the patient's breast so as to verify the position of the localization wire relative to the area of interest;
- and
- reducing image artifacts due to the presence of the needle.
4 more elements
A system for performing a wire localization procedure for a patient's breast, the system comprising:
- a biopsy needle positioning system comprising at least one motor and a motor controller coupled to the at least one motor;
- a processor operatively coupled to the biopsy needle positioning system;
- memory storing instructions that, when executed by the processor, cause the system to perform a set of operations comprising:
- performing a tomosynthesis scan of the patient's breast using a source of an imaging x-ray beam that moves through a multiplicity of imaging positions along a source trajectory, and obtaining image data from the tomosynthesis scan and deriving therefrom tomosynthesis reconstructed images representing respective slices of the breast;
- displaying at least some of the tomosynthesis reconstructed images of the patient's breast;
- receiving an indication on at least one of the tomosynthesis reconstructed images of an area of interest within the patient's breast, and determining therefrom three-dimensional coordinates of the area of interest;
- receiving, at the motor controller, the three-dimensional coordinates of the area of interest;
- positioning, with the biopsy needle positioning system, a localization wire with a needle in the patient's breast based on the determined three-dimensional coordinates of the area of interest;
- emitting a verification x-ray beam from the source at a plurality of verification x-ray positions each disposed at an orientation relative to the needle and the patient's breast so as to verify the position of the localization wire relative to the area of interest;
- and
- reducing image artifacts due to the presence of the needle.
8 more elements
A method for performing a localization procedure for a patient's breast, the method comprising:
- performing a tomosynthesis scan of the patient's breast using a source of an imaging x-ray beam that moves through a multiplicity of imaging positions along a source trajectory, and obtaining image data from the tomosynthesis scan and deriving therefrom tomosynthesis reconstructed images representing respective slices of the breast;
- displaying at least some of the tomosynthesis reconstructed images of the patient's breast;
- receiving an indication on at least one of the tomosynthesis reconstructed images of an area of interest within the patient's breast, and determining therefrom three-dimensional coordinates of the area of interest;
- positioning an insertable artificial element in the patient's breast based on the determined three-dimensional coordinates of the area of interest;
- emitting a verification x-ray beam from the source at a plurality of verification x-ray positions each disposed at an orientation relative to the patient's breast so as to verify the position of the artificial insertable element relative to the area of interest;
- and
- reducing image artifacts due to the presence of the artificial insertable element.
4 more elements
Dependencies are inferred from the claim text.