Predict your baby's gender as early as 6 weeks by analyzing placenta location
Get your early gender prediction by uploading your 6-10 week ultrasound scan. Our AI will analyze the placenta location to predict your baby's gender.
The Ramzi Theory is a controversial method for predicting a baby's gender very early in pregnancy by analyzing the location of the developing placenta (chorionic villi) on an ultrasound scan taken as early as 6 weeks.
The original Ramzi findings claim about 97% accuracy, but these have not been peer-reviewed, and no major medical body recognizes them. Most scientific literature finds no credible link between placenta location and fetal sex.
Ramzi Theory is not scientifically proven. Evidence is anecdotal, and accuracy is debated. This tool is for entertainment purposes only. The only reliable methods for gender determination are:
| Method | Earliest Prediction | Claimed Accuracy | Scientific Evidence |
|---|---|---|---|
| Ramzi Theory | 6 weeks | 97% (claimed) | None (controversial) |
| Nub Theory | 12-14 weeks | 75-92% | Strong (multiple studies) |
| NIPT | 9 weeks | 99% | Very Strong |
| Anatomy Scan | 18-20 weeks | 95-99% | Very Strong |
The Ramzi Theory is a method of predicting fetal gender as early as 6 weeks by analyzing the location of the developing placenta (chorionic villi) on an ultrasound. The theory suggests that a placenta developing on the right side of the uterus indicates a boy, while a placenta on the left side indicates a girl.
The Ramzi Theory claims 97% accuracy according to its proponents, but these findings have not been peer-reviewed or replicated in independent studies. Most medical professionals consider the method unproven, with accuracy likely no better than random chance (50%).
The Ramzi Theory is claimed to be most accurate between 6-8 weeks of gestation. At this early stage, the placenta (chorionic villi) is just beginning to develop and may show a preference for one side of the uterus.
Several factors can affect Ramzi Theory analysis: 1) Gestational age (best at 6-8 weeks), 2) Scan type (transvaginal vs. abdominal), 3) Image quality and orientation, 4) Placental development stage, 5) Uterine position. Transvaginal scans provide clearer images and correct orientation, while abdominal scans may be mirrored.