Cyclops Shoujo Saipu~ - Vol. 4 Ch. 130 - Beneath the Bridge

[MangaDex]

 

[deathmailrock]

If it bothers you that much, just join the harem... sheesh... so difficult...

 

[Xical]

Who?

 

[sintas22]

lol i spot some retarded here...having a child with your own sibling can ruin the childs life...if ever the truth resurface the child will be bullied and stigmatized by the society...thats what the girl is implying...the one that will sufer is the child and not them so it will be really is bothering

 

[Kefkabot]

Go for prez man. At this point she's the less crazy one

 

[Jackist]

Lets just ignore the fast the child would be a mutated inbred monster.

 

[TheGoodFella]

some hard truths

 

[Soluna]

Who indeed. Thank you for the chapter!

 

[Xxjuggernaut]

@Jackist that's only over multiple generations

 

[Kurama-senpai]

The simple answer to your child dilemma - don't make any ¯\_(ツ)_/¯ That way you won't need to care if it'll be, degenerate, bullied, mutant, etc.

 

[PTRB]

@xxjuggernaut yeah but even one generation of inbreeding can have serious biological effects for the child
it is not guaranteed that there will be problems, of course, but it is a much, MUCH higher chance than in a child from a non-consanguineous relationship (especially bad between siblings, like in this case)

 

[R71]

Don't immediately spout out whatever the media spoonfeeds you, especially when peddling diametrically opposing information. Multiple generations of inbreeding with little to no outbreeding in-between would inevitably reduce the mutational load (and thus deleterious recessives) while eventually accentuating the beneficial recessives. The first generation has external factors (like socio-economic factors, Dammam being a good example of the negligible difference once excluded) and doctored studies undermining that rhetoric, and thus the 3-4% increased risk of expressing defects. Meanwhile, the outbred, "non-consanguineous" alternative would express less benefits and more detriments and significant defects over time due to the aforementioned, rapidly accumulating mutation load.