I mean this in a way to give a child the best start at life. Instead of having to worry about heart disease or addiction or something else. And if people have an immunity to one thing that the other does not. We take the gene from the first person to create a medicine for the other person. I think it gets a bad rap because Hitler. To put it another way. If a person who is 80 and has an immunity to diabieties or cancer or whatever. And we can take that gene and put it into a new born so the kid never has to worry about it.

EDIT: Maybe I mistyped. I meant Eugenics in the sense that without killing anyone or anything. We can take take a gene from one person edit it. So it does not cause heart disease or cancer or addiction or whatever. Case in point if a child has a family history on both sides that he or she will have diabetes or breast cancer, or heart disease or something. Why not take that gene from myself or anyone else (without killing anyone) to give the kid a shot at a decent life since the gene will stop the diabetes or heart disease........I really really need to reword this question in a couple days. But hey at least it's getting interesting answers.

EDIT 2: This post was supposed to be altruistic. No harming anyone else. Or killing kids or whatever.

EDIT 3: Since the downvote brigade has come. Downvote the most. All this to a missed knowledge part on myself. But you guys and gals have been great for the discourse. Cause at this point there is no getting out of downvote hell lmao.

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[–] 1 point 2 days ago

Most mutations are irrelevant or don't impact anything until they're duplicated enough times to matter.

For example, every human has 6 to 24 copies of the genes that let us digest wheat: AMY1 (salivary) AMY2A / AMY2B (pancreatic).

If any one or two of those mutate in the next generation, it won't be noticeable or make any sort of impactful change.

This is why changes from one species to another take hundreds of thousands of years (many generations). A whole lot of people will need to accumulate the same mutations and survive (or just reproduce) with those changes (when others don't) for speciation to occur.

About 70,000 years ago, nearly all humans on earth died, leaving behind just a few tens of thousands (maybe up to 200,000) that had just the right combinations of genes to survive. When that happened, humanity lost nearly all of its genetic diversity. It'll be a long time before we diversify again (if we ever make it that far).

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