Moderate cervical erosion affects pregnancy

Update Date: Source: Network

summary

Cervical erosion is a kind of gynecological disease that many women will suffer in modern society. Cervical erosion has a serious impact on women. Understanding the causes of cervical erosion can help women take corresponding preventive measures. Let's talk about the impact of moderate cervical erosion on pregnancy.

Moderate cervical erosion affects pregnancy

First of all: if cervical erosion is second degree, it can be pregnant temporarily. If the situation is more serious, it needs to be treated before pregnancy. If the patients with cervical erosion do not appear contact bleeding, abnormal leucorrhea, pathological changes and other phenomena, they are pregnant, but the patients with cervical erosion are not conducive to the survival and penetration of sperm, so it is very difficult to get pregnant. It is recommended to get pregnant after treatment .

Secondly: if women suffer from cervical erosion, it's better not to have children for the time being. Patients with cervical erosion can use drugs to treat cervical erosion. Patients use some drugs, dip them with cotton swabs and smear the affected area. After repeated use and persistent use for a period of time, they can effectively relieve the symptoms of patients, but sometimes the treatment effect is not very obvious for patients with large erosion area .

Finally: cervical erosion can also be treated by surgery, that is, through clinical surgery will be the erosion of the patient's face or the affected part of the resection, although the surgical treatment is very effective, treatment time is very fast, but surgical treatment has a certain risk, sometimes improper treatment will cause new harm.

matters needing attention

Estrogen in contraceptives can promote the invasion of pathogenic bacteria. If repeated vaginitis, cervicitis, should try to avoid the use of drug contraception; at the same time, correct contraception, avoid abortion can also reduce the incidence of cervical erosion.