What gynecological diseases can be detected by gynecological B-ultrasound

With the advanced Chinese medicine in modern times, many diseases can be diagnosed through B-ultrasound, and then the treatment plan can be determined. Whether the same is true for gynecological diseases, B-ultrasound can also be used for examination. So, can B-ultrasound detect gynecological diseases?

Can B-ultrasound detect gynecological diseases?

B-ultrasound examination can be done during menstruation, but vaginal B-ultrasound cannot be done. For some diseases, B-ultrasound during menstruation will cause some confusion in the diagnosis of the disease. It is easy to mistake menstruation for the manifestation of psychological distortion, which will directly make it difficult to diagnose some diseases accurately.

B-ultrasound examination is only an auxiliary examination for disease diagnosis and cannot be used to determine the diagnosis. B-ultrasound examination cannot be performed during menstruation. Some diseases need to be diagnosed by combining the patient's clinical symptoms and personal experience with the doctor. All diseases cannot be completely determined by B-ultrasound. B-ultrasound examination during menstruation will cause certain errors. It is recommended to perform B-ultrasound examination 3-7 days after the menstrual period is over.

B-ultrasound can be done during menstruation. There are many types of B-ultrasound. B-ultrasound of private parts cannot be done. Checking gynecological diseases will cause errors in the test results. The best time to do B-ultrasound is to conduct the corresponding examination between 3-7 days after the menstruation.

Does B-ultrasound have any effect on the fetus?

The answer is yes. Ultrasound waves are like normal sound, but they are so high-pitched that you can't hear them. Ultrasound has only two potential adverse effects. One is called cavitation, which is the formation of bubbles during B-ultrasound. However, cavitation is unlikely to occur during pregnancy ultrasound, because it only occurs where there is gas, and there is no gas in the pregnant mother's abdomen.

Another potential negative impact of B-ultrasound on the fetus is heat generation, because some of the energy of the ultrasound will be absorbed by the part of the body that has been scanned.

Experts believe that when scanning human tissue, the temperature should be increased by about 4 degrees Celsius, for example, from 36 degrees Celsius to

40 degrees Celsius may cause adverse effects. However, in reality, the heat generated by ordinary 2D ultrasound scanners used to obtain baby images is very low (less than 1°C), and long-term scanning is also safe and will not cause your baby to generate any heat because the ultrasound waves used are of low intensity and the scanning range is large. In addition, your baby is moving, and the amniotic fluid around him helps to disperse the heat.

The scanner's display can show a caloric index, which will give doctors a rough idea of ​​the maximum temperature the body is likely to rise to after a long period of scanning.

Most scanners have a very low heat index and do not require a time limit for use. The calorific index values ​​of Doppler and B-ultrasound are slightly higher, so the scanning time should be controlled within 30 minutes. In most cases, it should take just over ten minutes to get a Doppler reading.