Contents:
- Medical Video: The FUNNIEST and CUTEST video you'll see today! - TWIN BABIES Adorable Moments
- Twin genes can only be inherited in the case of twins not identical
- Should you jump over one generation to get twins?
Medical Video: The FUNNIEST and CUTEST video you'll see today! - TWIN BABIES Adorable Moments
For those of you who have twins, you certainly have lots of exciting experiences with him. Sometimes, this makes you want to feel the thrill of having twins. However, many people say that it is impossible for twins to get twins too. He said, you have to jump over one generation before you can get the descendants of twins so it's only possible that your grandchild will be twins. Can this be explained scientifically?
Twin genes can only be inherited in the case of twins not identical
If you have a twin father or mother, there is a possibility that you will have twins. Because, your body can carry twin genes that are inherited from parents so that it is not impossible if you will have twins someday.
Indeed there are two types of twins, namely identical twins and not identical twins (fraternal twins). Well, this genetic factor is more likely to produce twins not identical, rather than identical twins.
Quoted from Verywell, hyperovulation is one of the reasons women have twins. This case of hyperovulation is also influenced by genetic factors.
Hyperovulation is a condition when a woman releases more than one egg in the menstrual cycle. The two eggs are also fertilized by two different sperm cells so that they produce identical twins.
On the other hand, cases of identical twins are very rarely caused by genetic factors. Identical twins are considered spontaneous events and occur randomly. So, this can happen to couples who have no twin descendants at all in their families.
Even so, there are actually several types of twins along with their uniqueness. What are you curious about? This article is about 7 kinds of twins that you can see.
Should you jump over one generation to get twins?
Twins can occur when the fetus carries twin genes from its parents, both from the side of the father and the mother's side. However, if you now have twins, will there be a chance that you will get twins too?
Most people will answer no. The reason is, they believe that you have to jump over one generation first to get the descendants of twins. So, if you are now the first generation of twins, then the twin genes will leap over the second generation, your child, then the chance will occur in the third generation, your grandchild.
In fact, there is no research that proves that someone has to jump over one generation first. So, this is just a myth. Twins can occur in every generation in the family line.
This myth stems from the wrong assumption about twins. An example like this.
First generation: Grandma
You (woman) have twin grandmothers. This means that your grandmother carries the hyperovulatory gene that is passed on to her child. For example, your grandmother has two sons, Adam and Rudi.
Second generation: Adam and Rudi
For example, Rudi is your father. Adam and Rudi both carry a hyperovulatory gene that is passed down from your grandmother. However, because both of them are men, then it is impossible for Adam and Rudi to experience hyperovulation.
Third generation: you
You are married, then are planning a pregnancy. In fact, you get twins, namely your child and twin sister who are both women.
Why does this happen? This is because when you are still in the womb, the hyperovulatory gene is lowered from your father. As a result, you experience hyperovulation and allow the occurrence of fraternal twins or not identical, as happened to you and your brother at this time.
Based on this description, it is clear that the twins are seen jumping over a generation. Even though, the reality is not.
This pattern is more influenced by the sex of the inheritor of the hyperovulatory gene, whether male or female. If only your child has twins and produces a daughter, then it could be that his daughter would also be twin because of carrying the hyperovulatory gene.
