How to Distinguish Between a Boy and a Girl?
After 8 weeks of pregnancy, it is generally possible to determine the gender of the fetus through DNA blood testing, with an accuracy rate of 98%. This process does not have any impact on the pregnant woman or the fetus. Additionally, chorionic villus sampling (CVS) can also be used to determine the gender of the fetus, which can be performed during the 10th to 12th week of pregnancy. Furthermore, changes in the pregnant woman's appearance and taste preferences can also be indicators of the gender of the fetus.
1. Changes in the Pregnant Woman's Appearance: The shape of the pregnant woman's belly can be used as a rough indicator. A pointed belly shape may suggest a boy, while a rounded belly shape may indicate a girl. However, this is not 100% accurate, as excessive eating during pregnancy can also cause a pointed belly shape.
2. Changes in the Pregnant Woman's Skin and Appearance: During pregnancy, hormonal changes, skin stretching, and increased uterine metabolism and blood flow can lead to changes in the woman's skin. If the skin becomes smoother and more beautiful, it may indicate a girl, while the opposite may suggest a boy.
3. Changes in the Pregnant Woman's Taste Preferences: Pregnant women may experience strange changes in their taste preferences, sometimes significantly different from before pregnancy. There is a folk belief that if a pregnant woman's taste preferences change compared to her previous pregnancy, the gender of the current fetus may be different. If they remain the same, it may indicate the same gender as the previous child.
1. DNA Blood Testing: After the pregnancy has been confirmed to be at least 8 weeks through ultrasound, it is possible to determine the gender of the fetus through DNA blood testing with an accuracy rate of 98%. Importantly, this method does not have any negative impact on the pregnant woman or the fetus.
2. Chorionic Villus Sampling (CVS): CVS can be performed during the 10th to 12th week of pregnancy to confirm the gender of the fetus with an accuracy rate of up to 90%. However, this procedure is typically only used when there are concerns about potential gender-related health issues in the fetus.