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Progenation
Progenation is a method of artificial reproduction from a single organism wherein one parent is biological mother and father. The process involves taking a sample of diploid cells and splitting them into many haploid cells. During the splitting, their chromosomes are randomly assorted and then recombined in a different arrangement to avoid reccessive mutations.
The resultant haploid cells are treated with a special chemicals to give them the characteristics of germ cells, triggering them to become either spermatazoa or ova. A sperm cell and an egg cell are then fused to form a totipotent zygote. Because of the random assortment, if the diploids came from a male the sperm cells may have either a Y chromosome or an X chromosome. The egg cells will of course always have an X chromosome. This means that while progenation can only give a woman a daughter, a man can have either a son or daughter.
Any resultant offspring of progenation is in a nutshell a bioengineered organism created entirely from gene scrambling and splicing, with the genes coming from one source...the offspring's sole parent.
Progenation
Progenation is a method of artificial reproduction from a single organism wherein one parent is biological mother and father. The process involves taking a sample of diploid cells and splitting them into many haploid cells. During the splitting, their chromosomes are randomly assorted and then recombined in a different arrangement to avoid reccessive mutations.
Special chemicals fuse two haploid cells together to form a totipotent zygote. Because of the random assortment, if the original extracted diploids came from a male the zygote may have either a XY or XX chromosome pair. This means that while progenation can only give a woman a daughter, a man can have either a son or daughter.
Any resultant offspring of progenation is in a nutshell a bioengineered organism created entirely from gene scrambling and splicing, with the genes coming from one source...the offspring's sole parent.