Quote:
Okay, here once again is the breakdown for working with the blue gene:
black = bl+/bl+
blue = Bl/bl+
splash = Bl/Bl
black x black --> 100% black chicks
black x blue --> 50% black chicks, 50% blue chicks
black x splash --> 100% blue chicks
blue x blue --> 25% black chicks, 50% blue chicks, 25% splash chicks
blue x splash --> 50% blue chicks, 50% splash chicks
splash x splash --> 100% splash chicks
Thank you, I appreciate your posting that. I have read it before but I guess I am just a bit confused. I did not realize that even though the black came from a "black/blue parentage that the "black" ones would not carry the blue gene and pass it along down generations if bred to a chicken who carried the same traits and genes.
I have a hen that is pure BCMarans-that doesn't look like a BCMarans and have been told that she possibly carries a Wheaton gene. So that makes me go huh? If black is black and can't throw blue when one of the donating parents are blue then why can they throw Wheaton?
Okay, here once again is the breakdown for working with the blue gene:
black = bl+/bl+
blue = Bl/bl+
splash = Bl/Bl
black x black --> 100% black chicks
black x blue --> 50% black chicks, 50% blue chicks
black x splash --> 100% blue chicks
blue x blue --> 25% black chicks, 50% blue chicks, 25% splash chicks
blue x splash --> 50% blue chicks, 50% splash chicks
splash x splash --> 100% splash chicks
Thank you, I appreciate your posting that. I have read it before but I guess I am just a bit confused. I did not realize that even though the black came from a "black/blue parentage that the "black" ones would not carry the blue gene and pass it along down generations if bred to a chicken who carried the same traits and genes.
I have a hen that is pure BCMarans-that doesn't look like a BCMarans and have been told that she possibly carries a Wheaton gene. So that makes me go huh? If black is black and can't throw blue when one of the donating parents are blue then why can they throw Wheaton?