Tag: embryonic development

Primordial Uterus: Unveiling the Origins of Life

JiangRuoan

– Development of paramesonephric ducts in the female reproductive system
– Role of anti-Müllerian hormone (AMH) in the regression of paramesonephric ducts in males
– Persistence of paramesonephric ducts in males with mutations in AMH or AMH receptor genes
– Persistent Mullerian duct syndrome and its manifestations
– Abnormalities and complications associated with paramesonephric duct anomalies
– Difficulty in diagnosing paramesonephric duct anomalies
– Surgical advances improving the sexual function, fertility, and obstetric outcomes for women with these anomalies
– Assisted reproductive technology for women with paramesonephric duct anomalies
– Johannes Peter Müller and his discovery of paramesonephric ducts

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Fascinating Discoveries: Unveiling the Wonders of Foetal Membranes

JiangRuoan

Since there is no specific text provided, I will provide a list of keywords that are relevant to the topic of “foetal membranes”:

1. Fetal membranes
2. Placenta
3. Amniotic sac
4. Chorion
5. Amnion
6. Membrane rupture
7. Placental abruption
8. Placental pathology
9. Perinatal complications
10. Amniotic fluid
11. Fetal development
12. Umbilical cord
13. Preterm birth
14. Obstetrics
15. Gynecology

Please note that without specific text or article content, it can be difficult to curate a comprehensive list.

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Decidua vera: Understanding the Biology and Significance Explained

JiangRuoan

List of pertinent information about ‘decidua vera’:

1. Decidua vera, also known as parietal decidua or true decidua, is the decidua that does not include the area occupied by the implanted ovum and chorion.
2. Decidua vera is the exclusive name for the decidua that is not occupied by the implanted ovum and chorion.
3. The decidua is the mucosal lining of the uterus that forms every month in preparation for pregnancy.
4. Decidua vera is shed after childbirth, except for the deepest layer.
5. The decidua forms the maternal part of the placenta during pregnancy and is shed together with the placenta after birth.
6. The decidua has distinct histological features, including large decidual cells.
7. The decidua plays a role in nutrient exchange, gas exchange, and waste removal during pregnancy.
8. In invasive placental disorders like placenta accreta, the decidua is found to be deficient.
9. The decidua secretes hormones, growth factors, and cytokines.
10. The role and interplay of these hormones and factors is not well understood.
11. Chronic deciduitis, a long-lasting infection of the decidua, is associated with pre-term labor.

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