Sentence examples for applications of breast from inspiring English sources
Pursuance of this concept may provide important clues for optimising the clinical applications of breast cancer chemotherapy, and for designing new therapeutic approaches.
Perhaps the most exciting applications of breast MRI for the detection of breast cancer involve the screening of high-risk populations.
An application of breast cancer MRI imaging has been chosen and hybridization system has been applied to see their ability and accuracy to classify the breast cancer images into two outcomes: Benign or Malignant.
Technical advances such as tissue harmonic imaging, compound imaging, split screen imaging and extended field-of-view imaging, Doppler US, the use of intravenous contrast agents, elastography, and CAD systems have expanded the clinical application of breast US.
Berg (2004 [ 39]) reported similar results in a review of the application of breast ultrasound in women with dense breasts.
This allowed the application of breast surgery and axillary surgery simultaneously when positive sentinel nodes were found by frozen section.
The next reported application of breast MRI in a screening role was screening of the contralateral breast in women with breast cancer.
But due to limited access of updated guidelines and resources, information regarding the application of breast cancer treatment with this new therapy within China is not clear.
In general, it can be concluded that these results are rather disappointing and will be insufficient to support clinical application of breast MR-HIFU.
Thus, the clinical application of breast cancer genetic risk prediction models provides an opportunity to identify limitations and examine the consequences for equitable access to health care.
In this review the basic concepts of optical breast imaging are described, clinical studies on optical imaging without contrast agent are summarized, an outline of preclinical animal studies on optical breast imaging with contrast agents is provided, and, finally, potential applications of optical breast imaging in clinical practice are addressed.
