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PubMed · 7890588

[Breast calcifications].

Abstract

Calcifications are found in many women undergoing mammography. The majority of these calcifications are benign. Calcifications suggestive for malignancy prove to be cancer in about 30% of cases after biopsy. Study and personal experience should result in ready recognition of characteristically benign calcifications. Calcifications suggestive for malignancy should be biopsied and the ratio of malignant over benign biopsies should be as high as possible. The purpose of this paper is to present a practical approach to the evaluation of breast calcification, by means of a survey of the pattern of calcifications in breast pathology. We describe six types of typically benign calcifications and six criteria that entail an increased risk of malignancy.

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BibTeXRIS

G Villeirs, M Mortier, C De Potter, M Kunnen. 1995. [Breast calcifications].. https://pubmed.ncbi.nlm.nih.gov/7890588/

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Improved image contrast of calcifications in breast tissue specimens using diffraction enhanced imaging.

The contrast of calcifications in images of breast tissue specimens using a synchrotron-based diffraction enhanced imaging (DEI) apparatus has been measured and is compared to the contrast in images acquired using a conventional synchrotron-based radiographic imaging modality. DEI is an imaging modality which derives image contrast from x-ray absorption, refraction and small-angle scatter-rejection (extinction), unlike conventional radiographic techniques, which can only derive contrast from absorption. DEI is accomplished by inserting an analyser crystal in the beam path between the sample and the detector. Two of the three breast tissue specimens contained calcifications associated with cancer, while a third contained benign calcifications. Results of the image analysis indicate that the DEI contrast of images taken with the analyser crystal tuned to the peak of its rocking curve, was as much as 19 times that of the conventional radiograph, with an average of 5.5 for all calcifications. This improved image contrast for even near-pixel-size calcifications suggests potential utility for DEI in breast imaging.

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