Yellow skinned Fibro, bantam Silkie chick.It Does, but the Fibromelanosis will not be expressed. An Id/Id, Fm/Fm male will have yellow/White shanks and skin
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Yellow skinned Fibro, bantam Silkie chick.It Does, but the Fibromelanosis will not be expressed. An Id/Id, Fm/Fm male will have yellow/White shanks and skin
From what I gathered from the genes info a e+/eWh combination would be virtually indistinguishable from Wheaten.And is it possible to predict what they would look like?
White bands on the sides of the head, suggests an e+/e^b. Chick will end up looking like Duckwing, but won't should partridge pattern.From what I gathered from the genes info a e+/eWh combination would be virtually indistinguishable from Wheaten.
So the chick would not have a pattern but would be white/yellow.
e+/eWhFrom what I gathered from the genes info a e+/eWh combination would be virtually indistinguishable from Wheaten.
So the chick would not have a pattern but would be white/yellow.
But Marans don't have e^b genes, so either the rooster and at least one of the chickens have the e+ allele or someone hit the jackpot and have both e+ and eWh allele hiding in a phenotypically normal FBCM flock.White bands on the sides of the head, suggests an e+/e^b. Chick will end up looking like Duckwing, but won't should partridge pattern.View attachment 3507211
It's a possibility that a Marans could have e^b, & it's not as common. The chick show's it's split.But Marans don't have e^b genes, so either the rooster and at least one of the chickens have the e+ allele or someone hit the jackpot and have both e+ and eWh allele hiding in a phenotypically normal FBCM flock.
The chick show's it's split.
Split, means carries one copy.Sorry didn't understood.
Sorry for nagging but there is still a lot to discover and comprehend in chicken genetics.
So, other than a genetic test, the only way to be sure (kind of) that there is a e^b gene would be to have a rooster and a hen from the same group and same characteristics, breed them together and see if any offspring have a partridge phenotype as adult.Split, means carries one copy.
Or breed to a pure partridge, as a test.So, other than a genetic test, the only way to be sure (kind of) that there is a e^b gene would be to have a rooster and a hen from the same group and same characteristics, breed them together and see if any offspring have a partridge phenotype as adult.
Because even if this is an e+/e^b chick, as an adult it will look like as e+/e+.
In all this probability, it is more likely an e+ or eWh than an e^b.
I think I got it right this time....
Nevertheless, this is the chick that I'm more curious to see as an adult