TinysMom
Well-Known Member
bunnybunbunb wrote:
Gotcha.
I thought you were saying there is a chance she could have opals....not that she could have dilute because of the opal in her background.
I'd actually thought of that already because at 10:43 I'd posted:
You may possibly get blue - but I doubt it. Then again - with an opal in the background...I suppose it is possible that Minnie carries the "d" for the dilute gene - thus making broken blues possible.
So I went ahead and did the calculations to see the odds of having dilute babies.
Once again - I thought you were saying that she could have opal - I didn't understand that you were saying she could have dilutes (which we did agree on).
Sorry about misunderstanding what you were saying.
Yes, however that is not whatIam trying to explain. It is not the agouti gene we are looking at, it is the dilute gene. The doe had a 25% chance of getting the dilute gene from her parent who got the gene from her parent. The agouti gene did not pass but that does not matter as the dilute gene does no rely on the agouti gene to pass. Just because the agouti gene is not there does not mean the dilute gene is not. Opal is only blue in agouti form, if you take the A gene away you get blue.
Gotcha.
I thought you were saying there is a chance she could have opals....not that she could have dilute because of the opal in her background.
I'd actually thought of that already because at 10:43 I'd posted:
You may possibly get blue - but I doubt it. Then again - with an opal in the background...I suppose it is possible that Minnie carries the "d" for the dilute gene - thus making broken blues possible.
So I went ahead and did the calculations to see the odds of having dilute babies.
Once again - I thought you were saying that she could have opal - I didn't understand that you were saying she could have dilutes (which we did agree on).
Sorry about misunderstanding what you were saying.