Accurate diagnosis and treatment of breast cancer significantly improve patient outcomes. Ultrasound is commonly used in the screening
diagnosis
and evaluation of therapeutic effects in breast cancer. Ultrasound radiomics uses high-throughput methods to extract numerous features from ultrasound images
reflecting the microscopic changes and biological behavior of the tumors. Ultrasound radiomics models based on artificial intelligence are gradually developed and applied in the diagnosis andtreatment evaluation of breast cancer
aiming to facilitate the precise diagnosis and treatment of breast cancer. This article briefly introduced the research progress of ultrasound imaging based on artificial intelligence in breast cancer screening and diagnosis
molecular classification
axillary lymph node metastasis assessment
and neoadjuvant treatment efficacy assessment
summarized the limitations
challenges and the future development direction of the application of this technology.