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Thanks mate.
I have a pair of 06 Amel Stripes also so will keep all striped corns as they are my faves. There are poss a couple of RO's in the batch too as don't look like standard Amels. Bit of a mixed bag! ![]()
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Quote:
maybe normal het snow motley x amel het anery stripe?
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100% anery stripe het amel
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Quote:
To get both amelanistic and nonamelanistic babies, at least one parent must have a normal gene at that gene locus. In other words, both parents must be heterozygous amelanistic or one parent is amelanistic and the other is heterozygous amelanistic. From the number of amelanistics in the list, I think the second choice is the more likely. Anerythristic is one of the components of snow. To get both anerythristic babies and nonanerythristic babies, both parents must be heterozygous anerythristic or one parent is anerythristic and the other is heterozygous anerythristic . From the number of anerythristics (snows) in the list, I think the first choice is the more likely. Striped and motley are members of a multiple allele series, which makes the parentage the toughest to figure out. There is also the question of how accurately the striped babies are identified. All I can say at the moment for certain is that one parent had a normal gene at the motley locus. If the striped babies have two striped mutant genes, then one parent had a gene pair containing a normal gene and a striped mutant gene (normal//striped). And the other parent had a gene pair containing a motley mutant gene and a striped mutant gene (motley//striped). If the striped babies actually have a motley//striped gene pair instead of striped//striped gene pair, then the parents could be motley//motley x normal//striped striped//striped x normal//motley motley//striped x normal//motley motley//striped x normal//striped normal//motley x normal//striped |
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