Introduction to the three main methods of ovarian cyst examination

Clinically, ovarian cysts need to be diagnosed through a series of examinations. These ovarian cyst examinations are very helpful in helping doctors understand the condition and can help patients receive better treatment. What are the main examination methods for ovarian cysts ? The following will introduce the main examination methods for ovarian cysts.

In general, the main examination methods for ovarian cysts are:

1. Infrared thermal imaging examination: This type of ovarian cyst examination is based on the existence of infrared radiation in the normal human body and the characteristics of breast cancer tissue, which grows rapidly, has vigorous metabolism, and has richer blood than normal, thus producing stronger infrared radiation than the surrounding normal tissue. Infrared thermal imaging technology is used to convert the temperature difference on the surface of the breast into an image visible to the naked eye.

2. Multiple fine needle aspiration cytology examinations: This type of ovarian cyst examination is of great value in diagnosing epithelial hyperplasia. Combined with the positioning of puncture biopsy under X-ray fluoroscopy, the diagnostic accuracy rate is very good. However, for cases suspected of cancer, the final diagnosis depends on tissue sections.

3. Type B ultrasound: The diagnostic accuracy of breast lumps is about 90%. Ultrasound shows that there is no uniform low echo area and no echo cyst in the hyperplastic area. B ultrasound is very convenient for follow-up of breast hyperplasia and is non-invasive. It is also the main method for checking ovarian cysts. Because the detection technology varies greatly, it should be combined with clinical diagnosis.

The above are the main methods for checking ovarian cysts. I hope it will be helpful to everyone. If you are diagnosed with ovarian cysts, you must go to a regular hospital for treatment in time so that you can receive better treatment and recover your health as soon as possible.