by delta » Tue Sep 09, 2014 7:15 pm
The first one is unrelated to the striped motleys, its father was an anery X cremsicle and its mother a normal albino.
The second two are the offspring of an albino motley male X a normal female 100% het stripe and het snow.
This pairing gave me normals and albinos with half of them being striped motleys. I suspect that if these striped motley's are crossed with either a striped or a motley mate, 50% will be striped motleys and the other 50% either motley or striped, depending on the other parent.
If crossed to each other I suspect 50% will be striped motleys, 25% striped and 25% motley.
Two sisters het stripe were mated with the same albino motley male, both clutches produced only striped motleys and normal patterned babies. I did not find that the motley gene dominated the striped gene, but rather that they were co-dominant giving me all striped motleys.
I am led to believe, if I have understood corn genetics correctly, that the motley gene and the striped gene sit on the same locus, thus to be a pure motley or a pure striped, the corn needs two motley alleles or two striped alleles. Crossing striped with motley gives the offspring one motley allele and one striped allele which clash on the same locus, producing a snake that displays both striping and motley characteristics with neither completely dominating the other, as both are recessive genes the one cannot dominate the other. If the motley gene did dominate the striped gene, then the production of striped motleys would be an impossibility. Babies would be either motley's het stripe or striped.
Thus I would conclude that any motley with striping or a mish mash pattern is not a pure motley, but also carries the striped gene.