Message from @Deleted User

Discord ID: 651435131646509058


2019-12-03 14:43:37 UTC  

and 25% of not getting any blue eye genes

2019-12-03 14:43:55 UTC  

in this simplistic model

2019-12-03 14:44:04 UTC  

So you can purify genes in 4 generations.

2019-12-03 14:44:05 UTC  

i'm not sure if that's the whole picture with brown and blue eyes, though

2019-12-03 14:44:25 UTC  

there are other genes involved in eye color

2019-12-03 14:45:33 UTC  

you can use a punnett square

2019-12-03 14:46:18 UTC  

@stem I’m confused. So if I had a child with someone with brown eyes but no recessive blue eyed gene, my child would have a 50% chance of carrying the blue eyed recessive gene even if it doesn’t show up in him? What happens if he marries someone with brown eyes but no recessive blue eyed gene, does their child have a 50% chance of carrying the blue eyed gene also

2019-12-03 14:46:42 UTC  

in this model, your child would have at least one blue eye gene no matter what

2019-12-03 14:46:50 UTC  

because we are assuming you have two

2019-12-03 14:47:12 UTC  

as a recessive gene for a trait that you display

2019-12-03 14:47:32 UTC  

your spouse would have to have at least one blue eye gene for you to have a child with blue eyes

2019-12-03 14:48:24 UTC  

but if htye have no blue eye genes, your child would be a carrier, but would not have blue eyes

2019-12-03 14:48:30 UTC  

Let me rephrase. Is the recessive blue eyed gene always passed down? (I’m not talking about whether it actually shows up in the child’s phenotype)

2019-12-03 14:48:37 UTC  

it is not always passed down

2019-12-03 14:48:46 UTC  

you have two of each gene

2019-12-03 14:49:03 UTC  

in your case, you would always pass it down because both of yours are blue

2019-12-03 14:49:43 UTC  

a person with one blue and one brown will have sperm/egg with one or the other

2019-12-03 14:49:48 UTC  

Oh so it’s guaranteed that my child would carry the blue eyed gene even if he doesn’t show up with blue eyes?

2019-12-03 14:50:02 UTC  

your child will have at least one gene

2019-12-03 14:50:10 UTC  

because any sperm you make will have the blue gene

2019-12-03 14:50:38 UTC  

https://cdn.discordapp.com/attachments/634367565304561675/651435131151712292/image0.jpg

2019-12-03 14:50:57 UTC  

<:monster:642474898425380864>

2019-12-03 14:51:03 UTC  

What does homozygous recessive mean?

2019-12-03 14:51:04 UTC  

50yo boomer yoda

2019-12-03 14:51:08 UTC  

<:boomer:639983474236850176>

2019-12-03 14:51:08 UTC  

<:Boomer:576876839318847489>

2019-12-03 14:51:15 UTC  

homozygous means you have the same gene on both sides

2019-12-03 14:51:34 UTC  

both of your two versions of the gene are the same

2019-12-03 14:52:15 UTC  

But I have blue eyes so that means I carry two blue eyed genes, right? Which means my child will receive atleast one blue eyed gene?

2019-12-03 14:52:22 UTC  

correct

2019-12-03 14:52:47 UTC  

Are all light colored recessive? Green, hazel also?

2019-12-03 14:53:03 UTC  

https://cdn.discordapp.com/attachments/634367565304561675/651435737417383947/image0-34-1.png

2019-12-03 14:53:04 UTC  

Hazel
Light
Good one

2019-12-03 14:53:08 UTC  

but

2019-12-03 14:53:18 UTC  

according to this article, it's not that simple

2019-12-03 14:54:05 UTC  

or it is that simple

2019-12-03 14:54:06 UTC  

i don't know

2019-12-03 14:54:16 UTC  

the article contradicts itself

2019-12-03 14:54:32 UTC  

people without blue eyes are "working class"

2019-12-03 14:54:48 UTC  

people without blue eyes should be deported