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your baby gender
your baby gender
Baby gender reveal from
the first days of the pregnancy.
Our results are
98% accurate
the first days of the pregnancy.
Our results are
98% accurate
The Method Behind
the Gender Prediction
The Concept of Predicting a Child's Gender Based on Parental Chromosome Renewal Periods
Chromosome Cycles
Predicting the gender of an unborn child is an area of interest both in the scientific community and among the general public. In recent years, hypotheses have emerged linking the likelihood of determining a child's gender to the renewal periods of parental chromosomes.
This concept suggests that a child's gender can be predicted with high accuracy based on the analysis of the mother's and father's chromosome renewal cycles, as well as the estimated conception date.
This concept suggests that a child's gender can be predicted with high accuracy based on the analysis of the mother's and father's chromosome renewal cycles, as well as the estimated conception date.
What You
Need To Know
Theoretical basis for chromosomes renewal baby gender prediction
Chromosome Renewal Periods
According to the hypothesis, parental chromosomes undergo cyclical renewal at specific intervals. For the mother, this period is 3 years, while for the father, it is 4 years. These cycles influence the activity and "freshness" of the chromosomes, which, in turn, may affect the likelihood of transmitting an X or Y chromosome during conception.
The Role of Chromosomes in Gender Determination
A child's gender is determined by the combination of sex chromosomes: an X chromosome from the mother and either an X or Y chromosome from the father. If a sperm carrying an X chromosome fertilizes the egg, a girl (XX) is conceived. If the sperm carries a Y chromosome, a boy (XY) is conceived.
The Influence of Renewal Periods on Chromosome Activity
It is assumed that at the beginning of a renewal cycle, chromosomes are in their most active state, increasing the likelihood of their participation in conception. Thus, if the father's chromosome renewal period coincides with the time of conception, the probability of transmitting a Y chromosome may be higher, and vice versa.
How Does It Work?
Step-by-Step Mechanism of the Baby Gender Reveal Concept
Determining Chromosome Renewal Periods
A 4-year chromosome renewal cycle for parents is calculated. So first step is knowing the birthdays of both parents and an approximate conception date for your baby.
Calculating the Current Phase of the Cycles
Based on the parents' birth dates, the phase of their renewal cycles at the time of conception is determined. For example, if 2 years have passed since the father's last chromosome renewal, he is in the middle of his 4-year cycle.
Analysing Chromosome Activity
If the father's chromosomes are in the active phase of renewal (e.g., the beginning of the cycle) at the time of conception, the likelihood of transmitting a Y chromosome increases. If the mother's chromosomes are in the active phase, this may increase the likelihood of transmitting an X chromosome.
Predicting the Child's Gender
Based on the analysis of the parents' chromosome renewal phases and the estimated conception date, a conclusion is drawn about the probability of having a boy or a girl.
For example, if both cycles are in the active phase, the likelihood of having a boy may be higher.
For example, if both cycles are in the active phase, the likelihood of having a boy may be higher.
Congratulations
On Your Pregnancy!
Determining the gender
Finding out your baby's gender is often one of the most exciting moments during pregnancy. Over half of expectant mothers are eager to know their baby's gender ahead of time.
While an ultrasound can clearly reveal the gender starting around
16 weeks, our test offers you a glimpse into whether you're expecting a boy or a girl even sooner.
All you have to do is fill a simple form with 3 dates - mother's and father's birthdays and a day of conception - to get a result!
Our gender predictor is based on scientific research, however it needs to be taken with a pinch of salt. If you want a 100% certain verdict, you can have it determined during an ultrasound.
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Other Parents’
Feedback On
Gender Prediction
- Sarah LewinI think if you do something and it turns out pretty good, then you should go do something else wonderful, not dwell on it for too long.
- Alister WillsonBefore incorporating visual aids into speeches, the speaker should understand that if used incorrectly, the visual will not be an aid.
- Kim LarkinsYou can't connect the dots looking forward, you can only connect them looking backwards.
- Alma JoyYou can't connect the dots looking forward, you can only connect them looking backwards.
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Frequently Asked Questions
Chromosome-based gender prediction methods, including those that consider parental chromosome renewal cycles, can provide interesting insights, but their accuracy may vary depending on the scientific basis and validation behind the specific model used. Our method is very accurate according to statistics of the results. Though some approaches may show promising correlations, it’s important to note that no method is 100% reliable without rigorous clinical testing. For the most accurate gender determination, medical procedures like ultrasound or genetic testing (e.g., NIPT or amniocentesis) remain the gold standard.
The due date does not have to be 100% accurate. To calculate your baby’s gender on our website, you need to add 9 months to the estimated conception date and enter this date in the Due Date field.
Unfortunately, to obtain accurate results, you need to enter the birth dates of both parents. You may enter an approximate birth date (for example, if you only know the father's month and year of birth). However, this may negatively affect the accuracy of the final result, as calculations are based on both parents' chromosome renewal cycles.
According to the hypothesis, parental chromosomes undergo cyclical renewal at specific intervals. For the mother, this period is 3 years, while for the father, it is 4 years. These cycles influence the activity and "freshness" of the chromosomes, which, in turn, may affect the likelihood of transmitting an X or Y chromosome during conception.
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