We consecutively enrolled patients presenting with breast space-occupying lesions at our hospital. Medical imaging data from simultaneously acquired ultrafast DCE-MRI, time-dependent diffusion MRI (TDD-MRI), magnetic resonance elastography (MRE), andvirtual magnetic resonance elastography(vMRE), along with clinical and pathological data, were collected. The study aims to evaluate and explore the clinical application value of these multimodal imaging techniques in the precision diagnosis, treatment, and prognosis of breast cancer. The findings are intended to provide a robust imaging basis for formulating and adjusting more precise, individualized treatment plans and prognostic assessments for patients. Ultimately, this research seeks to improve patient quality of life, optimize the allocation of medical resources, and advance the development of precision medicine.
Age ≥ 18 years old
Female patients with BI-RADS class 4 or above breast lesions detected by mammography or ultrasound
Perform breast new technology MRI examination (ultra fast DCE-MRI、OGSE 、MRE、vMRE)within one week before biopsy or surgery
Previously received breast radiotherapy, chemotherapy, surgery, or targeted therapy
Unable to cooperate in completing MRI examination
The image data contains serious artifacts (such as motion artifacts and metal artifacts), making it impossible to measure parameters
The lesion cannot be clearly identified and outlined on the image