Left breast hypoechoic nodule category 3

Category III left breast hypoechoic nodule refers to one of the examination results described by breast B-ultrasound, breast mammography or breast MRI. Type 3 breast lumps belong to the category of breast tumors. It indicates that the lump is likely to be a benign tumor, and the chance of malignancy is only less than 2%. For this type of mass, if the volume is relatively small, close observation can be carried out and changes in the condition can be followed up. If the volume is relatively large, surgical removal or minimally invasive surgery can be considered for treatment, and attention should be paid to pathological examination.

Left breast hypoechoic nodule means there is a tumor or mass in the left breast. It is recommended that patients should complete relevant examinations and choose appropriate treatment methods after diagnosis by doctors. Common examinations in clinical medicine include molybdenum target and B-ultrasound. Molybdenum target is a flexible X-ray examination, which can reflect different lesions, such as subtle thickening, with high sensitivity.

B-ultrasound, also known as B-ultrasound examination, is used for clinically invisible typical calcifications or excessive breast density. Clinically, different examination methods are recommended according to the different ages of patients. For example, it is recommended that women under 40 years old undergo B-ultrasound examination; women over 40 years old undergo B-ultrasound and molybdenum target examination; women over 50 years old or who are found to have breast diseases should promptly complete molybdenum target examination. Patients are advised to complete relevant examinations and seek medical treatment in time.

A hypoechoic nodule appeared in the left breast, and the mass was classified as Category III, indicating that it was a good mass. It might be a breast fibroadenoma, or it might be a hypoechoic area caused by breast hyperplasia. If there is a mass in the breast, color Doppler ultrasound examination is usually required. Ultrasound can classify the mass, usually taking into account the echo, boundary, thickening, abnormal blood signals and other conditions of the mass.