Which is better, breast blood oxygen or color Doppler ultrasound?

Nowadays, many people often undergo various examinations. The first is the breast blood oxygen test, which is a diagnosis made through the detection of breast tissue. Due to the particularity of the disease, it is important to understand clearly during the examination that the breast blood oxygen test and the color ultrasound examination are different. Which one is better must be based on the symptoms. Different examination methods are suitable for each disease.

The "Breast Blood Oxygen Functional Imaging System" introduces the world's most advanced medical imaging computer information mining technology, breast tissue blood oxygen functional imaging technology, and breast blood oxygen non-invasive detection technology, making the breast blood oxygen functional imaging system superior to existing equipment for breast examination (such as molybdenum palladium X-ray machines, infrared breast scanners, B-ultrasound, etc.). Clinical results have shown that the "Breast Blood Oxygen Functional Imaging System" can effectively improve the diagnostic accuracy (the diagnostic accuracy is as high as over 90%), and can provide information on early malignant lesions of breast tumors, which is particularly beneficial for the early diagnosis of breast cancer.

Breast blood oxygen functional imaging system

The world's first function of breast blood oxygen functional imaging system

1. Apply breast tissue blood oxygen functional imaging technology: provide a two-dimensional blood and oxygen content distribution map of breast tissue;

2. Apply breast blood oxygen quantitative detection technology: real-time detection and reporting of breast tissue blood volume and oxygen content;

3. The computer information mining technology of breast images is applied to realize the functions of breast tissue structure analysis, blood vessel visualization and edge display.

Color Doppler Ultrasound Features

1. Color Doppler ultrasound generally uses autocorrelation technology to process Doppler signals. The blood flow signals obtained by the autocorrelation technology are color-coded and superimposed on the two-dimensional image in real time to form a color Doppler ultrasound blood flow image. It can be seen that color Doppler ultrasound (i.e., color ultrasound) not only has the advantages of two-dimensional ultrasound structural images, but also provides rich information on hemodynamics. Its practical application has been widely recognized and welcomed, and it is clinically known as "non-invasive angiography." Its main advantages are:

①It can quickly and intuitively display the two-dimensional plane distribution state of blood flow.

②It can show the direction of blood flow.

③It is helpful to distinguish arteries and veins.

④It is helpful to identify vascular lesions and non-vascular lesions.

⑤It is helpful to understand the nature of blood flow.

⑥It is convenient to understand the phase and speed of blood flow.

⑦ Can reliably detect shunt and reflux.

⑧It can quantitatively analyze the origin, width, length and area of ​​the blood flow beam.