Serious Could you replace the cell nucleus and get another phenotype?

[ldarshortcel]

You can take your own cell and make an egg cell out of it. (womenhave XX so they miss the Y, but men have XY, so they've got everything).
Then you take your own sperm and fertilize the eggs. You wait until the cell divides a few times and then you analyze the genes.
If it's XX, aka a girl, throw it in the trash.
You can predict just by looking at the genes how tall this person would be, inclination for balding, eye color, IQ, etc.
You do this a few thousand times until you detect a non-subhuman.
Then you clone the cells 40 trillion times. Then you take these cell nuclei and replace the cell nuclei of your own body with the non-subhuman version of yourself.
A human body has 40 trillion cells, so you do it 40 trillion times.

And then, that's the question: Would this be enough to change your phenotype? Would you suddenly start to grow because you have genes for tallness now?
It should work in principle because I think a lot of therapeutics are based on the same scheme.
It wouldn't even be impossible, nanobots do all the work and mark a successfully changed chell. Then they proceed with the next cell etc.

 

[ldarshortcel]

40 trillion is not a big nummer when you can manufacture 100 billion transistor for $1000, as example.
If a nanobot solely consists out of transistors (let's say 100k), then for $1000 you could manufacture one million nanobots.
For $50k, it's 50 million nanobots. If one nanobot needs 10 minutes to change one cell, then 50 million nanobots would need 800.000*10 minutes, so 160 years.
So for 1000x the money ($50 million), you could change your whole genotype in 0,16 years (=2 months).
Nonobots most likely wouldn't get manufactured in a semiconductor lab but in a bio reactor, which should make thing 10.000x cheaper.
So, theoretically, with $5000 you could change your whole genotype in 2 months to a chad version of yourself.

 

[ldarshortcel]

40 trillion is not a big nummer when you can manufacture 100 billion transistor for $1000, as example.
If a nanobot solely consists out of transistors (let's say 100k), then for $1000 you could manufacture one million nanobots.
For $50k, it's 50 million nanobots. If one nanobot needs 10 minutes to change one cell, then 50 million nanobots would need 800.000*10 minutes, so 160 years.
So for 1000x the money ($50 million), you could change your whole genotype in 0,16 years (=2 months).
Nonobots most likely wouldn't get manufactured in a semiconductor lab but in a bio reactor, which should make thing 10.000x cheaper.
So, theoretically, with $5000 you could change your whole genotype in 2 months to a chad version of yourself.

I think its 16 years instead of 160 years, made a slight miscalculation I think. So it's even better now.

 

[FakeFakecel]

That's...not how that works...