Message from @stem

Discord ID: 651437827426353162


2019-12-03 14:57:45 UTC  

it gets much more complicated

2019-12-03 14:58:05 UTC  

If the entire world mixed, do you think blue eyes would still exist?

2019-12-03 14:58:16 UTC  

yes

2019-12-03 14:58:25 UTC  

For awhile

2019-12-03 14:58:28 UTC  

they would be more rare

2019-12-03 14:58:35 UTC  

Ew furries

2019-12-03 14:58:44 UTC  

As time goes on they would become rarer

2019-12-03 14:58:55 UTC  

but the frequency of the gene would theoretically be the same

2019-12-03 14:59:02 UTC  

what happens to the frequency depends on who has more kids

2019-12-03 14:59:14 UTC  

We know that already

2019-12-03 14:59:14 UTC  

then the frequency would probably go down, based on current trends

2019-12-03 14:59:40 UTC  

But you can’t be certain right. I mean my brothers only have a 50% chance of carrying the gene, if they married someone with brown eyes and no recessive blue eyed gene, their offspring would only have a 25% chance of carrying the blue eyed gene? It keeps diminishing like this?

2019-12-03 14:59:58 UTC  

can't be certain about what?

2019-12-03 15:00:00 UTC  

Yes genius

2019-12-03 15:00:17 UTC  

Also there are like multiple genes tha code for eye color

2019-12-03 15:00:28 UTC  

Like green eyes are somewhere in between

2019-12-03 15:00:49 UTC  

if the mating was random and no type of person had more kids than any other type, the frequency of the gene would remain the same but you would see fewer blue eyes because it is recessive

2019-12-03 15:01:10 UTC  

Me in the morning

https://cdn.discordapp.com/attachments/634367565304561675/651437778948849666/image0.jpg

2019-12-03 15:01:15 UTC  

@TheUserNameofPeace as per your advice, i got a shedload of sardines today

2019-12-03 15:01:21 UTC  

because the frequency is calculated simply by counting the genes, not the displayed phenotypes

2019-12-03 15:02:14 UTC  

and since the genes are still in the population, you would still occasionally get both the same in one person

2019-12-03 15:02:27 UTC  

Boomer btfoed

2019-12-03 15:02:49 UTC  

DEENED PILL

2019-12-03 15:02:56 UTC  

<:ahem:639979147782914084>

2019-12-03 15:03:15 UTC  

But if my brothers have a 50% chance that the blue eyed gene has been eliminated from them, and their kids have a 75% chance it’s been eliminated from them (if they marry someone with two brown eyed genes), eventually the gene could be eliminated totally? It comes down to chance

2019-12-03 15:03:16 UTC  

Oi oi aussie m8

https://cdn.discordapp.com/attachments/634367565304561675/651438312208334869/image0.jpg

2019-12-03 15:03:38 UTC  

your brothers have a 25% of no blue eye gene

2019-12-03 15:05:20 UTC  

if your parents have 100 kids, about 25 will have blue eyes, 50 will have brown eyes but have one of each genes, and 25 would have only brown eye genes

2019-12-03 15:06:02 UTC  

but again, the disclaimer that eye color genetics is a bit more complicated than thsi

2019-12-03 15:06:45 UTC  

look at this article

2019-12-03 15:08:01 UTC  

<:steflol:561214382181318656>

2019-12-03 15:08:14 UTC  

Two blue eyed parents will always have a blue eyed child?

2019-12-03 15:08:39 UTC  

if it is a single gene recessive trait, then yes

2019-12-03 15:09:19 UTC  

unless they have a mutation

2019-12-03 15:09:26 UTC  

which is extremely rare

2019-12-03 15:09:30 UTC  

Tfw you have blue SNPs

2019-12-03 15:12:07 UTC  

So it’s virtually impossible to know how long the recessive blue eyed gene could be passed down but not show up? It could be 3 generations or it could be 10?

2019-12-03 15:12:53 UTC  

this thing holds the ashes of jews in the middle of berlin today

https://cdn.discordapp.com/attachments/634367565304561675/651440728215519263/gifbase64R0lGODlhAQABAAAAACH5BAEKAAEALAAAAAABAAEAAAICTAEAOw.png