Analysis of the role of ultrasound scanner in tracking breast hyperplasia lesions

With the continuous development of modern medical technology, various advanced medical devices are widely used in clinical diagnosis and treatment. Among them, ultrasound scanners, as a non-invasive and painless examination method, have played an important role in the diagnosis of breast diseases. Especially for tracking and observing breast hyperplasia lesions, ultrasound scanners have unique advantages. This article will delve into the role of ultrasound scanners in tracking breast hyperplasia lesions.

1、 Basic Overview of Breast Hyperplasia

Hyperplasia of mammary gland is a common breast disease, and its incidence rate is increasing year by year, mainly seen in women aged 30-50 years. The main causes of breast hyperplasia include endocrine disorders, adverse emotions, and an unreasonable dietary structure. The main symptoms are breast swelling and swelling, and the degree of pain varies among individuals. If not treated in time, breast hyperplasia may develop into breast cancer, posing a serious threat to women's health.

2、 Application of ultrasound scanner in tracking breast hyperplasia lesions

Non invasive and painless detection: Ultrasonic scanners have the characteristics of non-invasive and painless, which can avoid unnecessary trauma and pain. For patients with breast hyperplasia, ultrasound examination is a safe and convenient examination method.

Accurate diagnosis: Ultrasound scanners can clearly display the internal tissue structure and pathological changes of the breast, especially for small lesions with high detection sensitivity. This helps doctors accurately diagnose the extent and degree of breast hyperplasia.

Tracking observation: For patients with confirmed breast hyperplasia, ultrasound scanners can conduct regular follow-up observation to timely detect changes in the lesion. This helps doctors develop personalized treatment plans and evaluate the effectiveness of treatment.

3、 The advantages of ultrasound scanner in tracking breast hyperplasia lesions

No radiation damage: Compared to traditional X-ray and CT examinations, ultrasound scanners do not have radiation damage and can be repeated multiple times, which has no impact on the patient's physical health.

Widely applicable: Ultrasound scanners are suitable for women of all ages, especially for pregnant and lactating women, making ultrasound examinations safer and more reliable.

Economic and convenient: Compared to other high-end medical devices, ultrasound scanners are relatively inexpensive, easy to operate, and do not require excessive medical resource support, making them easy to promote and use in grassroots hospitals.

4、 Limitations of ultrasound scanner in tracking breast hyperplasia lesions

Strong subjectivity: The quality and interpretation of ultrasound images are closely related to the skills and experience of the examiner. Different doctors may have different diagnostic results for the same image.

The examination results are influenced by individual differences: individual differences such as breast tissue thickness and fat content can affect the clarity and diagnostic accuracy of ultrasound images.

The recognition of small lesions is limited: Although ultrasound scanners have certain diagnostic sensitivity for breast hyperplasia lesions, there are still limitations in the recognition of small lesions.

5、 Conclusion

Ultrasound scanners play an important role in tracking and observing breast hyperplasia lesions. Its non-invasive, painless, accurate diagnosis, and safe and reliable advantages make ultrasound the preferred examination method for breast hyperplasia. However, we should also recognize the limitations of ultrasound scanners in tracking breast hyperplasia lesions, such as strong subjectivity, individual differences in examination results, and limited recognition of small lesions. Therefore, in practical applications, we need to continuously improve the technical level of ultrasound examination, strengthen professional training for doctors, in order to improve diagnostic accuracy and reduce misdiagnosis. At the same time, the comprehensive use of other examination methods, such as mammography and MRI, can provide more comprehensive information for the diagnosis and post treatment evaluation of breast hyperplasia.