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I'd say it's the silver fox. He must have a full color C gene to show blue, but he gets blue by having a double dilute gene working on a black gene. You're right that neither of your white bucks nor the doe could have a full color C gene, so the fox is the only way to get full color in any of the kits.Black instead of blue merely means that none of the kits inherited a double dilute gene. They each got a non-dilute gene from their mother to cover up the dilute gene they must get from their fox father.So, now you know that all of the kits are B_C_Dd. And you know that underneath her white coat, your doe is D_.
I'd say it's the silver fox. He must have a full color C gene to show blue, but he gets blue by having a double dilute gene working on a black gene. You're right that neither of your white bucks nor the doe could have a full color C gene, so the fox is the only way to get full color in any of the kits.
Black instead of blue merely means that none of the kits inherited a double dilute gene. They each got a non-dilute gene from their mother to cover up the dilute gene they must get from their fox father.
So, now you know that all of the kits are B_C_Dd. And you know that underneath her white coat, your doe is D_.
