Abstract
Currently, the diversity of clinical presentations and the complexity of
the differential diagnosis of focal lesions in the breast necessitate the use of modern and
highly informative diagnostic methods. Consequently, the identification of breast pathology,
both malignant and benign, is extremely relevant. Although numerous diagnostic methods
exist to assess the condition of the breast, they do not always provide accurate conclusions,
influencing the choice of treatment strategies. Alongside the widespread use of
mammography, ultrasound examination is gaining increasing popularity [1]. Modern
ultrasound machines, equipped with high-frequency probes, enable the precise diagnosis
of various pathological processes in the mammary glands [2]. The ongoing search for
technical methods to enhance diagnostic accuracy in breast diseases continues.
