System and method for dual energy and/or contrast enhanced breast imaging for screening, diagnosis and biopsy
Systems and methods for x-ray imaging a patient's breast in combinations of dual-energy, single-energy, mammography and tomosynthesis modes that facilitate screening for and diagnosis of breast abnormalities, particularly breast abnormalities characterized by abnormal vascularity.
1. A method for imaging a breast of a patient, the method comprising:
compressing, between an x-ray source and an x-ray detector, the breast of the patient for a single compression;
injecting a first contrast agent into the breast of the patient subsequent to injecting the first contrast agent, emitting, from the x-ray source, a first x-ray beam at a first x-ray energy and a second x-ray beam at a second energy less than the first x-ray energy;
detecting, by the x-ray detector, the first x-ray beam and the second x-ray beam after the first x-ray beam and the second x-ray beam have passed through the breast;
based on the detected first x-ray beam and second x-ray beam, generating a first 2D mammography image;
receiving an image acquisition mode selection;
emitting, from the x-ray source, a plurality of third x-ray beams at a third x-ray energy, wherein the third x-ray energy is different from the first x-ray energy and the second x-ray energy, and wherein the plurality of third x-ray beams are emitted from at least two different locations relative to the compressed breast of the patient;
detecting, by the x-ray detector, the plurality of third x-ray beams after the third x-ray beams have passed through the breast;
based on the received image acquisition mode selection and the detected plurality of third x-ray beams, generating, by a processor, either of a tomosynthesis image or a second 2D mammography image;
based on the received image acquisition mode selection, displaying either of the tomosynthesis image or the second 2D mammography image;
localizing a lesion of the breast within the displayed either of the tomosynthesis image or the second 2D mammography image; and
subsequent to localizing the lesion, releasing the breast of the patient from the single compression.
2. The method of claim 1 , wherein localizing the lesion includes performing, by the processor, computer aided detection.
3. The method of claim 1 , wherein localizing the lesion is performed as part of a stereotactic or tomosynthesis guided biopsy procedure.
4. The method of claim 1 , wherein the second 2D mammography image is further based on a background subtraction imaging acquisition process.
5. The method of claim 1 , wherein at least one of the first 2D mammography image and the second 2D mammography image comprises at least one of a subtraction 2D mammography image and a low energy 2D mammography image.
6. A system for imaging a breast of a patient, the system comprising:
an x-ray source capable of selectively moving relative to a patient's breast;
an imaging x-ray detector;
a compression mechanism disposed between the x-ray source and the imaging x-ray detector;
a control module programmed with a set of instructions that when executed cause the system to perform a set of operations, comprising:
compressing, between the x-ray source and the x-ray detector, the breast of the patient for a single compression;
injecting a first contrast agent into the breast of the patient;
subsequent to injecting the first contrast agent, emitting, from the x-ray source, a first x-ray beam at a first x-ray energy and a second x-ray beam at a second energy less than the first x-ray energy;
detecting, by the x-ray detector, the first x-ray beam and the second x-ray beam after the first x-ray beam and the second x-ray beam have passed through the breast;
based on the detected first x-ray beam and second x-ray beam, generating a first 2D mammography image;
receiving an image acquisition mode selection;
emitting, from the x-ray source, a plurality of third x-ray beams at a third x-ray energy, wherein the third x-ray energy is different from the first x-ray energy and the second x-ray energy, and wherein the plurality of third x-ray beams are emitted from at least two different locations relative to the compressed breast of the patient;
detecting, by the x-ray detector, the plurality of third x-ray beams after the third x-ray beams have passed through the breast;
based on the received image acquisition mode selection and the detected plurality of third x-ray beams, generating, by a processor operatively connected to the x-ray detector, either of a tomosynthesis image or a second 2D mammography image;
based on the received image acquisition mode selection, displaying either of the tomosynthesis image or the second 2D mammography image;
localizing a lesion of the breast within the displayed either of the tomosynthesis image or the second 2D mammography image; and
subsequent to localizing the lesion, releasing the breast of the patient from the single compression.
7. The system of claim 6 , wherein localizing the lesion includes performing computer aided detection.
8. The system of claim 6 , wherein localizing the lesion is performed as part of a stereotactic or tomosynthesis guided biopsy procedure.
9. The system of claim 6 , wherein the second 2D mammography image is further based on a background subtraction imaging acquisition process.
10. The method of claim 6 , wherein at least one of the first 2D mammography image and the second 2D mammography image comprises at least one of a subtraction 2D mammography image and a low energy 2D mammography image.
11. A method for imaging a breast of a patient, the method comprising:
compressing the breast, for a single compression, between an x-ray source and an x-ray detector;
injecting a first contrast agent into the breast of the patient;
subsequent to injecting the first contrast agent, emitting, from the x-ray source, a first x-ray beam at a first x-ray energy;
detecting, by the x-ray detector, the first x-ray beam;
emitting, from the x-ray source, a second x-ray beam at a second x-ray energy, wherein the second x-ray energy is different from the first x-ray energy;
detecting, by the x-ray detector, the second x-ray beam;
generating a first 2D mammography image from the detected first x-ray beam and the second x-ray beam;
receiving an image acquisition mode selection;
emitting, from the x-ray source, a plurality of third x-ray beams at a third x-ray energy, wherein the third x-ray energy is different from the first x-ray energy and the second x-ray energy, and wherein the plurality of third x-ray beams are emitted from at least two different locations relative to the compressed breast of the patient;
detecting, by the x-ray detector, the plurality of third x-ray beams after the third x-ray beams have passed through the breast;
based on the received image acquisition mode selection and the detected plurality of third x-ray beams, generating, by a processor, either of a tomosynthesis slice image or a second 2D mammography image;
based on the received image acquisition mode selection, displaying either of the second 2D mammogram image or the tomosynthesis slice image;
localizing an abnormality of the breast within the displayed second 2D mammogram image or the displayed tomosynthesis slice image; and
subsequent to localizing the abnormality, releasing the breast of the patient from the single compression.
12. The method of claim 11 , wherein the second 2D mammogram image and the tomosynthesis slice image are displayed concurrently.
13. The method of claim 11 , further comprising moving the x-ray source relative to the breast.
14. The method of claim 11 , wherein localizing the abnormality includes performing computer aided detection.
15. The method of claim 11 , wherein localizing the abnormality is performed as part of a stereotactic or tomosynthesis guided biopsy procedure.
16. The method of claim 11 , wherein at least one of the first 2D mammography image and the second 2D mammography image comprises at least one of a subtraction 2D mammography image and a low energy 2D mammography image.