YesIf wheaten isn't common in silkies, then it likely came in from whatever breed the satin feathers were introduced with?
If this chart is correct:Would the wheaten gene have any likelihood of being tied to the satin gene, meaning, a silkie feathered bird wouldn't have the wheaten gene?
https://kippenjungle.nl/wiki/index.php?title=Chicken_Chromosome_Linkages
The Silkie feathering gene has no linkage to the E locus (which is where Wheaten is).
So no, wheaten would not be more likely in birds with silkie feathers or with normal feathers, when those birds come from the same parents.
Yes, except that some will show it if they also inherit Wheaten from their mother (like this one did).So her father should be passing the Wheaten gene on to 50% of his offspring, but none will show it because they only get one copy right?
Yes, breeding her to a half-brother that carries Wheaten should give 50% Wheaten offspring.I could either breed her back to her father, or I could breed the father to another hen, and 50% chance the resulting cockerel would carry Wheaten and then breeding that cockerel to her, 50% of their offspring would be Wheaten.
Definitely interesting!There is one other Wheaten pullet I know hatched from this same cross. I was just googling black, blue, and splash Wheaten, there is a cockerel I saw a photo of from my girl's eggs that may be a splash wheaten, it is super light colored, basically white with just little frosted hints of color on the fluff. Really pretty little one. It would be my Wheaten's full brother.
It would be worth watching for Wheaten cockerels, because crossing Wheaten x Wheaten should give you just Wheaten (that is, when ignoring the effects of other genes like black/blue/splash, or anything else that will change how a "Wheaten" bird looks.)