In the field of medicine, ultrasound technology has been widely used for the diagnosis and treatment of various diseases. In recent years, with the continuous development of medical technology, ultrasound scanners have played an increasingly important role in the diagnosis and differential diagnosis of breast fibroids. This article will provide a detailed analysis of the application principles, methods, and effects of ultrasound scanners in the differential diagnosis of breast fibroids.

1、 Overview of breast fibroma

Breast fibroma is a common benign tumor that often occurs in young women. The tumor is mainly composed of fibrous tissue and glands, generally elliptical or circular in shape, with a hard texture and clear boundaries. Breast fibroids are usually asymptomatic and are only detected during physical examination or self examination. However, some patients may experience discomfort symptoms such as pain and swelling, which in severe cases may affect their quality of life. Therefore, accurate differential diagnosis of breast fibroma is crucial.

2、 Application of ultrasound scanning technology in differential diagnosis of breast fibroma

Ultrasonic scanning technology is a non-invasive examination method that utilizes the propagation characteristics of ultrasound in human tissues for imaging. In the differential diagnosis of breast fibroma, ultrasound scanning technology has the following advantages:

No radiation: Compared with radiation examinations such as X-ray and CT, ultrasound scanning has no radiation and has no impact on physical health, especially suitable for women of childbearing age.

Multi angle imaging: Ultrasound scanning can observe breast tissue from multiple angles, providing more comprehensive information.

Real time dynamic imaging: Ultrasound scanning can dynamically observe the activity of breast fibroids in real time, which is helpful for differential diagnosis.

Easy to operate: Ultrasonic scanning is easy to operate and has a fast inspection speed, making it suitable for large-scale screening.

In the differential diagnosis of breast fibroma, ultrasound scanning technology is mainly applied in the following aspects:

Tumor size and morphology: Through ultrasound scanning, the size, morphology, and relationship with surrounding tissues of breast fibroids can be clearly observed, providing a basis for diagnosis.

Internal structure of the tumor: Ultrasound scanning can display the internal structure of breast fibromas, such as echo uniformity and calcification, which is helpful for differential diagnosis.

Tumor activity: Ultrasound scanning can observe the activity of breast fibroids, that is, the displacement of the tumor during respiratory movement, which is helpful for differential diagnosis.

Surrounding tissue of the tumor: Ultrasound scanning can observe the blood flow and vascular distribution of the surrounding tissue of breast fibroids, providing auxiliary diagnostic information.

3、 The effect of ultrasound scanning technology in the differential diagnosis of breast fibroma

Numerous studies have shown that ultrasound scanning technology has high accuracy and reliability in the differential diagnosis of breast fibroids. A summary analysis based on multiple studies shows that the diagnostic accuracy of ultrasound scanning for breast fibroma can reach 85% -90%, which has good clinical application value.

However, it is worth noting that ultrasound scanning technology is not omnipotent, and its diagnostic results still need to be comprehensively analyzed based on clinical examination, medical history, laboratory examination, and other information. In addition, some special cases, such as malignant lesions or poorly defined breast fibromas, may have certain diagnostic difficulties and require further examination or biopsy.