Will cervical erosion affect pregnancy? Women with cervical erosion should be careful about these 3 situations

Generally speaking, cervical erosion will not affect pregnancy, but there are some situations that can affect pregnancy. If you are worried and confused about this, you may wish to read the following and learn more.

1. Will cervical erosion affect pregnancy?

In fact, there is a certain correlation between cervical erosion and infertility, but there is no absolute causal relationship. Generally speaking, cervical erosion affects pregnancy in the following situations:

1. The secretion of cervix increases and is mixed with a large number of white blood cells and pathogenic bacteria, which destroys the normal physiological environment of vagina, restricts the activity of sperm and shortens the survival time;

2. The cervical mucosa proliferates due to inflammation, which may cause polyps to block the cervical opening, directly affecting the smooth passage of sperm;

3. Uterine mucus is thick and hinders the normal activity of sperm.

You don’t have to worry too much about cervical erosion affecting pregnancy. As long as you receive accurate treatment, the cervical erosion will improve and will not affect conception.

2. How to treat cervical erosion?

There are generally three types of cervical erosion: mild, moderate, and severe. If a woman is of childbearing age and has mild cervical erosion and no symptoms, she does not need to be treated. There are some physiological factors that cause erosion. If it is moderate to severe erosion, it must be confirmed in a regular hospital. Except for cervical cancer, some physical treatments can be performed. Microwave, laser, freezing, and radiofrequency ablation are more commonly used. These treatments are more effective. Generally, one treatment may be good, and two treatments may be enough.

Many women suffer from cervical erosion, but generally cervical erosion will not affect pregnancy. And now medicine is very advanced, there is always a way to cure your cervical erosion.