Causes of elevated fibrinogen levels in pregnant women

Maybe everyone is not very familiar with the problem of high fibrinogen in pregnant women, and they pay less attention to this aspect. However, high fibrinogen in pregnant women is closely related to daily life. However, many people now have high fibrinogen in pregnant women. If the fibrinogen in pregnant women is high, it will threaten health, so we must find a way to balance it. Let's follow the article to understand the reasons for high fibrinogen in pregnant women.

1. Fibrinogen is produced by the liver and is mainly distributed in the blood. It is also present in platelets and megakaryocytes. The normal blood concentration is 1.5-3.5 g/L. Therefore, when the liver is severely damaged, the liver's fibrinogen production function is hindered, and the fibrinogen concentration in the blood decreases. Fibrinogen is a blood glycoprotein produced by the liver. It can participate in the occurrence and development of venous thrombosis and coronary artery thrombosis. It is an indicator of venous thrombosis and one of the independent meteorological forecast factors for acute coronary events. The increase in fibrinogen reminds the body that fibrinolysis specificity is reduced, promoting thrombosis.

2. The changes in coagulation factors in NS patients are more significant in terms of the increase in fibrinogen levels. The increase in fibrinogen levels to 10 g/L is the result of increased production, which is proportional to the amount lost in the urine, but the absorption rate of fibrinogen is normal. There is a significant correlation between fibrinogen and cholesterol levels in NS patients, and both are inversely proportional to serum albumin levels.

3. Fibrinogen and methylcellulose are closely related to the formation of atherosclerotic plaques. It is known that the free fatty acid degradation system is affected by a variety of factors, such as smoking, diabetes, and especially high triglycerides, which can cause an increase in blood plasminogen activator retarder, thereby reducing the production of plasminogen. The blood viscosity is relatively high, which is beneficial to the production of methylcellulose.