An expert describes the theory behind Fusions in Dragon Ball Z and how this research may lead to humans becoming Namekians in the future.Cell engineer Professor Naoki Wada held an interview with the official Dragon Ball website on Nov. 23, 2023. According to the article, Wada was part of the world’s first team to fuse a human cell and a plant cell. His theory on Dragon Ball-esque Fusion — the Zygotes Sticking Together Theory — would involve both participants reverting to a fertilized egg, or zygote. These zygotes would then fuse together and would rapidly grow to become a single individual. Zygotes fusing together in real life is exceedingly rare but can happen, forming what is known as “natural fusion chimeras.”As Prof. Wada explains, “Human cells have two sets of genetic information, one set from the father and one set from the mother.” Generally, new cells are created by the old ones duplicating themselves (somatic cell division), which leads to cells with two sets of information again. However, when sperm and egg cells are created they only have one set — half of this. This process of forming cells with only one set is called meiosis. Gotenks, a fusion chimera, will contain four sets of information. This means that if meiosis happens, it would form cells with two sets of information, according to Prof. Wada. These cells would grow rapidly back into Goten and Trunks.Famously Low-Cost Live-Action Production Takes on DBZ’s Saiyan Saga
An expert describes the theory behind Fusions in Dragon Ball Z and how this research may lead to humans becoming Namekians in the future.
Cell engineer Professor Naoki Wada held an interview with the official Dragon Ball website on Nov. 23, 2023. According to the article, Wada was part of the world’s first team to fuse a human cell and a plant cell. His theory on Dragon Ball-esque Fusion — the Zygotes Sticking Together Theory — would involve both participants reverting to a fertilized egg, or zygote. These zygotes would then fuse together and would rapidly grow to become a single individual. Zygotes fusing together in real life is exceedingly rare but can happen, forming what is known as “natural fusion chimeras.”
As Prof. Wada explains, “Human cells have two sets of genetic information, one set from the father and one set from the mother.” Generally, new cells are created by the old ones duplicating themselves (somatic cell division), which leads to cells with two sets of information again. However, when sperm and egg cells are created they only have one set — half of this. This process of forming cells with only one set is called meiosis. Gotenks, a fusion chimera, will contain four sets of information. This means that if meiosis happens, it would form cells with two sets of information, according to Prof. Wada. These cells would grow rapidly back into Goten and Trunks.
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