Quote Originally Posted by RandyRemington View Post
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It's just that once you apply the dominant mutation type to these results you see that the 25% homozygous mutant look like the 50% heterozygous so comprise 75% of the clutch looking the same. In this case you could refer to them as a group of 33% chance possible homozygous or even 66% chance possible hets I suppose. It will take some getting used to if we do eventually prove a dominant mutation.
Each egg from het X het with a dominant mutation type would have a 75% chance of being a visable morph and a 25% chance of looking normal. So you would distinguish the two types by looking at them.

Now within the 75% that look like morphs you would need breeding results to distinguish which of those 33% chance homozygous hit that chance and are actual homozygous and not just hets.