"A mare homozygous at the bay loci, EEAA, is crossed to a stallion who is heterozygous at the bay loci, EeAa. What is the probability that their offspring will be bay?"
What I have been looking at all week. It's tiring on top of taking on a new barn and horses to take care of. I've seen Indigo twice this week. I am sure she misses the cookies.
Anyone know how to do probability? Want to help me? It's confusing as all hell.
In the mean time here is a cute effin pic of a friends old horse lazing in the sun last summerr. I want the snow to melt.
5 comments:
Very cute pic. Are you freakin' kiddin' me. I majored in psychology so I didn't have to do all that math mumbo jumbo!
Ahhh I know I am terrible at math. This is going to kill me.
I love genetics. This was right up my alley. I spent so much time on an answer, I ended up doing a post on my blog explaining myself.
lol thanks. Glad you liked it.
100%. Since it the mare is homozygous, it will always pass on the gene. Since both the black extension and the agouti modifier are dominant, 100%.
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