I'm pregnant even though I'm not having sex.

The bilateral fallopian tubes are a pair of long, horn-shaped tubes, one on the upper and one on the lower, about 8-15 cm long. The main function of the fallopian tubes is to transport sperm. If the fallopian tubes are blocked, sperm cannot be transported normally, sperm cannot combine with eggs normally, and this can lead to infertility, ectopic pregnancy, etc. Can I get pregnant if both fallopian tubes are obstructed?

The normal endocrine system of both fallopian tubes plays an important role in women's fertility. It is the safe channel for sperm to rise, the place for sperm and egg to combine, and the track for transporting sperm and egg. Therefore, when salpingitis or pelvic inflammatory disease occurs, the fallopian tubes are prone to adhesion or complete closure, which prevents the sperm and egg from fertilizing and causes infertility, or causes the sperm and egg to combine and implant in the fallopian tubes, resulting in ectopic pregnancy.

Bilateral fallopian tubes are obstructed: This is a relatively mild condition, and pregnancy can be achieved as long as the bilateral fallopian tubes are connected.

Complete blockage of both fallopian tubes: The lesions are severe and the chances of recovery are very low. For a normal pregnancy, both fallopian tubes must be unobstructed to be successful.

Fallopian tube obstruction: The degree of damage is mild, and most of the fallopian tubes on both sides are normal. In this case, the probability of pregnancy is relatively high if the fallopian tubes are unblocked.

Four new tests to check for fallopian tube blockage

1. Laparoscopic surgery review: Laparoscopic surgery review is incorrect because it is impossible to understand whether the blockage is real, the location and nature of the blockage, and the condition of the bilateral fallopian tube mucosa. Therefore, laparoscopic surgery review and treatment are only suitable when it is confirmed that the bilateral fallopian tube fimbriae are blocked with water through X-ray contrast film or there is a possibility of bilateral adhesion around the fallopian tubes.

2. Ultrasound self-reflection: Fallopian tube blockage is generally self-reflected. Some hydrosalpinx can be detected on ultrasound, mainly manifested as enlarged and thickened liquid shadows on both sides of the uterus. However, ultrasound cannot diagnose hydrosalpinx or ovarian cysts. It can only be confirmed as: reminding the possibility of water accumulation.

3. Hydrotubation: A water tube is inserted into the patient's uterine cavity, and then the drug is injected through the water tube. The drug flows from the uterus through the bilateral fallopian tubes and finally reaches the pelvis. The liquid is injected back into the syringe, indicating that the solution has passed through the uterus and the cavities of both fallopian tubes into the abdomen, indicating that both fallopian tubes are unobstructed.

4. X-ray hysterography: If the fallopian tube is blocked, it can clearly show the location, degree and characteristics of the fallopian tube blockage. This method can also identify the condition of the uterine wall, bilateral fallopian tubes, and tuberculous lesions in the pelvis. It is currently the most reliable method to diagnose the patency of bilateral fallopian tubes.