Ramzi Theory with AI
- This theory analyzes the location of the placenta to predict the baby's gender.
- It requires a transvaginal ultrasound to obtain clear and accurate images of the gestational sac and placental implantation.
- Ideal in early pregnancy, when other methods are not yet applicable.
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More precisely, if the chorionic villi/placenta is located on the right side of the uterus, it predicts a boy and if it is located on the left side of the uterus, the baby is a girl, all with more than 97% of accuracy !
Ramzi with AI methodology
Developed by Dr. Saam Ramzi Ismail, this non-invasive method uses ultrasound pictures to determine which side of the uterus the chorionic villi ("wispy projections of placental tissue" that will become the placenta and "share the baby's genetic makeup") are attached to.
Dr. Ramzi studied over 15,000 pregnant women in his quest to find an accurate way to determine a baby's gender far earlier than any other predictive solution and discovered that the position of the chorionic villi was one of the most trustworthy markers of whether a fetus was male or female. But how does it work?
Scientific research shows that both male and female fetuses have a natural polarization in the womb, with males magnetizing toward the right side and females toward the left. As the placenta develops, it will grow on the side the baby favors, making it easier for them to receive the oxygen and nutrients necessary for healthy growth.
The AI can predict with almost 100% accuracy whether the baby is a boy or a girl by which side of the womb the chorionic villi, which will later become the placenta, grow.
