Sentence examples for structure of the breast from inspiring English sources

The structure of the breast in a projected image on the detector is kept consistent from that of the conventional contact mammography.

The reason, researchers believe, is that the hormones associated with pregnancy induce certain changes in the cellular structure of the breast that make the tissue less susceptible to this type of cancer.

Confirmation of these findings could provide evidence that pregnancy characteristics influence breast cancer risk through hormonally mediated changes in the structure of the breast.

The interpretation of screening mammograms is particularly challenging, because a large number of cases are viewed to detect a small number of cancers (3 10 cancers per 1000 women screened), which are often manifest by subtle alterations superimposed upon the complex radiographic structure of the breast.

However, progression to carcinoma involves alteration of the entire organized structure of the breast; depending on tumor grade, the changes can include the loss of apicobasal polarity, collapse of the glandular structure, disappearance of normal myoepithelial cells, and disruption of the BM at the epithelial stromal junction [ 1].

Breast ptosis is a result of weakening and lengthening of the supporting structures of the breast.

Ductal carcinoma in situ (DCIS) is a neoplastic proliferation of cells within the ductal-lobular structures of the breast that has not penetrated the myoepithelial-basement membrane interface.

Opportunities for the detection, prediction, and treatment of breast cancer exist at three biological levels: systemically via the blood, at the whole organ level, and within the individual ductal lobular structures of the breast.

An advantage of a digital image is the capability of software image postprocessing (application of software filters, etc)., which may help the radiologist to better visualize anatomical structures of the breast.

An initial mutagenic event taking place in the primitive ductal structures of the breast before or during puberty could therefore multiply during the process of branching and ductal elongation driven by puberty and sexual maturation (Fig. 1).

This paper presents and analyses the results of ultrasound transmission tomography imaging of the internal structure of the female breast biopsy phantom CIRS Model 052A and the results of the ultrasound reflection tomography imaging of a wire sample.