gametogenesis

Notably, this effect may be primarily seen in males, as gametogenesis (cell divisions leading to sperm/eggs) is ongoing throughout life, in contrast to females where gametogenesis has completed at birth.

If technology like in vitro gametogenesis becomes available in the near future it will be a real miracle of science.

And gametogenesis research has been advancing rapidly recently, so it probably won't even be that long.

With other techniques like ovarian biopsy or gametogenesis, you are potentially selecting 1 out of 100+.

It's a very nice technique which mimics a randomized controlled trial via the random assignment of genetic material during gametogenesis.

But in vitro gametogenesis (IVG)—the technique the article talks about—could logically have similar issues to cloning.

By the time they grow up in vitro gametogenesis will probably be viable and affordable.

During gametogenesis and early embryonic development DNA undergoes extensive repair, telomere maintenance and global epigenetic reprogramming that wipes and rewrites methylation patterns.

There's a new frontier: gametogenesis, embryo sequencing, and paid surrogacy if not artificial gestation.

For example, there is a lot of research going into so-called in-vitro gametogenesis.

Abstract: Sex chromosome disorders severely compromise gametogenesis in both males and females.

The science of in vitro gametogenesis is dominated by a small cadre of university research groups who’ve been working on the problem for years.

If you can do in vitro gametogenesis, you could, theoretically, produce a thousand healthy embryos, then just screen them and choose the ones that correspond to your "design criteria" best.