Consume Product - Arete Network

Sure. I read all of your sources, and none said the genetic material in the ova change, and you can't (or won't) direct me to anything that says otherwise; I asked in good faith. The closest they came was that the sperm may change things in the endometrium/uterus, which is light years away (on a cellular level) from the ovaries, where the ova are housed. Nothing you posted said the ovaries, let alone the ova, are affected (fly guy's conjecture aside).

Now let me introduce you to "all of known human reproductive biology up to this point." Because I'm a nice guy, I'll even quote the passages:

https://histology.leeds.ac.uk/female/FRS_ova.php

>At completion of first meiotic division: one of the chromosome pairs is segregated to each of the daughter cells. For example, if there is an XY pairing, then one cell will receive the X, and one the Y chromosome pair.Thus when this division is completed, the resulting secondary oocyte has 'diploid' DNA, but the chromosome copies are only derived from one of the original chromosomes in the parent cell.

https://open.lib.umn.edu/humanbiology/chapter/5-2-meiosis/

> At the time of birth, all future oocytes are in the prophase stage; no additional oocytes or precursors are produced after birth.

https://embryology.med.unsw.edu.au/embryology/index.php/Oocyte_Development#Oogenesis

>A human infant ovary histology, showing the large number of oocytes occupying the ovary cortical region. Compare this with a mature ovary and note the absence of any follicle development in the infant. These early oocytes remain at the diplotene stage of the meiosis I during development from fetal life and postnatal childhood, until puberty when the lutenizing hormone (LH) surges stimulate the resumption of meiosis.

https://www.khanacademy.org/science/how-does-the-human-body-work-class-12/x7babbc170453fdb8:human-reproduction/x7babbc170453fdb8:gametogenesis/v/basics-of-egg-development

That's a video, so you'll have to just watch on your own, but they get to the point pretty quickly.

https://www.ncbi.nlm.nih.gov/books/NBK10008/

This one not only discusses the finite number of ova produced during gestation, but it also points out that other animals have widely varying strategies, which is why you can't neatly map the fruit fly model, even if it were more than conjecture, onto the human model. I recommend the full read.

https://pressbooks.gvsu.edu/humangenetics/chapter/chapter-13-developmental-genetics/

And basically any biology textbook, mostly written by non-yids, will tell you the same. You're seeking to overturn roughly a century of understanding of human reproductive biology; you're going to have to bring a lot more than fruit flies and "possible endometrial sperm RNA/protein retention."