umm the genetics there are wrong?
orange would be dominant (R) alelle and barred would be recessive(r) alelle
orange would be dominant (R) alelle and barred would be recessive(r) alelle
Seeing how you get half the total amount of chromosomes from each parent which then combine and then are present in the offspring, I don't understand the 'dosage' either? Unless you meant when you factor in the other parent if it combines to make DD (just a random assigned letter here) you get early color change, where as if it's Dd it occurs later? in either sense though, you can't have "double dosages" from one parent though, and there is still the possibility that either parent has the recessive gene as well and that both could pass it making it dd... thats the best I can make sense out of this.CrystalizedHairs;1590828; said:More then possible. Will likely end up as barred devils until about 7 inches, then turn gold/red. The red color in devils is incompletely dominant(one dose=late color change, double dose=early color change).
CrystalizedHairs;1590828; said:More then possible. Will likely end up as barred devils until about 7 inches, then turn gold/red. The red color in devils is incompletely dominant(one dose=late color change, double dose=early color change).