Evaluation of ultrasound imaging technologies for diagnosis and management of brest cancer

Background and Aim: Breast cancer is the most common cause of cancer death after lung cancer. Is. In developing countries, the incidence of breast cancer increases with increasing life expectancy, urbanization and adoption of Western lifestyles. Early detection of cancer in patients is important for treatment and awareness because mortality is significantly reduced. One of these methods is the use of ultrasound imaging technologies that typically play an important role in the diagnosis of breast cancer. Ultrasound imaging and computer-aided breast volume scan and breast cancer are diagnosed. To do this, a small transducer is placed on the chest, using sound waves instead of radiation, and the computer converts the sound waves into images. materials and methods: The study was conducted systematically, by searching the scopus, science direct, PubMed and Google Scholar search engine databases and using PRISMA workflow charts to select articles. The English language input and the time range2015-2019 were used for the search. There were about 110 articles, 32 of which were included in the study. Then, the qualitative evaluation of articles was done based on the -12question CASP diagnostic test study checklist and finally 9 articles related to the study were selected. Results: The use of ultrasound imaging technologies is of great importance in the diagnosis of breast cancer, diagnosis of malignant or benign lesions and early improvement of breast cancer. Using this method can be a medical education service for researchers and researchers interested in breast cancer imaging and diagnosis. Due to the incidence of this cancer at a younger age and due to the dense breast tissue at this age, it is very useful to diagnose and manage breast cancer.Conclusion: Breast ultrasound does not use X-rays or any other harmful radiation, so it is recommended to use this technique because it is safe. In addition, breast cancer ultrasound is important for the diagnosis of many breast-related diseases.

Keywords:

Cancer , Technology , Ultrasound , Breast Cancer