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by pod on 01 December 2007 - 14:12
Just to add to the above......
There is one way a sable can be produced without a sable parent, and that's if one parent is white. The effect of recessive ee (white) is to disguise the underlying A locus pattern, so a white could be 'carrying' sable, or any A pattern.
by toughstuff35 on 02 December 2007 - 00:12
Thank you everyone for all of your help!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
by MVF on 02 December 2007 - 01:12
As usual, pod, you make an interesting point.
White (ee) can mask a sable. So the "recessive" white bred to a recessive black can yield the most dominant color, sable.
That's the extra credit question on the test for those of us going for an A+.
This reminds me of a very old genetics color discussion of what happens when you breed an irish setter (homozygous recessive red) to a chocolate lab (homozygous dilute on a separate locus -- analogous but not identical to your white example). Voila -- you get all black pups -- the dominant color gene.
Things aren't always what they appear.
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