Anonymous2: The tally Mark's aren't days in the celler, it's just how many times he came in his sister. And honestly it kindve looks their family's been inbreeding for hundreds of years there's not a single variation of Gene's in their history and they all have the same shade of red hair, a recessive gene they somehow all have
MultiGamerClub: If it exits, oh yeah.. Watching the movie now, its okay eh. For future me; Ye fucked up your likings, go back and rewatch it so you can get a better fapping experience lol!
Anonymous11: someone else mentioned that the producers hinted to that the family is actually having incestous relationships by playing the same music that exists in another movie mentioning the same thing. One thing i noticed is that both their grandparents had the moustaches. This surely isn’t common in society and considering the sister grew one in the end... well. Maybe they’re hinting at something...?
The red hair gene is actually dominant (not as much as brown though)
Your roblox account is mine now, muahahahahaha
Anonymous13: @Anonymous: I am correcting this post from the future! ~~WoOoOoOoO~~
The gene that makes a redhead of a person who would otherwise be blonde, is in fact recessive, just like blondness itself. It's an easy one to get confused by because, as I mentioned, it requires another gene to also be in a specific state for it to manifest phenotypically. Because of this the chances of a brunette and a redhead having redheaded children could be 25%, 6.25%, or 0% depending on factors that are invisible without gene-mapping the brunette parent.
Anonymous14: Considering Tim wasn’t given any clothes when he was born what’s to say the others didn’t get the same treatment? If anything they probably started doing this to pass the time and not being aware of the consequences.
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The red hair gene is actually dominant (not as much as brown though)
Your roblox account is mine now, muahahahahaha
The gene that makes a redhead of a person who would otherwise be blonde, is in fact recessive, just like blondness itself. It's an easy one to get confused by because, as I mentioned, it requires another gene to also be in a specific state for it to manifest phenotypically. Because of this the chances of a brunette and a redhead having redheaded children could be 25%, 6.25%, or 0% depending on factors that are invisible without gene-mapping the brunette parent.