The difference between follicle expulsion and atrophy

There is a big difference between the problem of follicular expulsion and atrophy, but no matter which situation occurs in your body, you should not take it lightly, because these are all follicular hypoplasia. If it is an early patient, it will not have much impact on daily life, but as the disease worsens, it will cause infertility problems. The reason why many female friends cannot get pregnant successfully is due to this factor.

Follicular dysplasia refers to the failure of follicles to reach the size of mature follicles in the late follicular stage, poor function, insufficient estrogen secretion, and clinical examination cervical scores that cannot reach the expected high value (>10 points). Our monitoring team found that this situation is very common in infertile women, with an incidence rate of up to 27.0%. Moreover, it occurs repeatedly in different cycles of the same patient, with a recurrence rate of up to 63.8%. Even in their non-FM cycles, there are often abnormalities of varying degrees. This finding suggests that FM may be an important cause of infertility. About 15% to 25% of infertility is caused by abnormal follicular development and ovulation disorders, which is similar to the data in this group.

If the follicles are poorly developed, they will not ovulate normally or the quality of the eggs discharged will be poor, which will affect normal conception. Even if the sperm and egg combine, miscarriage, stillbirth, etc. may easily occur. Therefore, women with poor follicular development should pay attention to it and go to a regular hospital for examination and treatment in time. In the case of poor development of follicles, it is necessary to check and actively treat it. Failure to ovulate normally or poor quality of the eggs discharged will affect normal conception and fertility. In order to avoid infertility, timely detection, timely inspection and timely treatment are the key.

There are three main reasons for follicular hypoplasia:

⒈ Pituitary anovulation: organic factors and functional factors;

⒉ Ovarian anovulation: polycystic ovary syndrome, simple gonadal dysgenesis syndrome, gonadal dysgenesis, premature ovarian failure, luteinized unruptured follicle syndrome;

⒊ Hypothalamic anovulation: primary organic factors, primary functional factors, secondary organic lesions, and secondary functional factors.