BA bull was not Homozygous black. Diluter gene + Red gene from BA.Thats a very nice looking pair
My grandpa once got a red calf out of a BA bull bull and a charx cow
This was awhile ago not that necessarily matters.BA bull was not Homozygous black. Diluter gene + Red gene from BA.
Do you know what else the Charx cow had in her?
Told you before about the Brahma x Chianina cows I was getting back in the early 2000's. Big ole , white, calf raising machiones. The first 4 I got, I bred to an Angus. Got big ole solid black calves, that looked like giant ultra-blacks. But, after those, I started breeding all of these calves to a polled Charolais every year, and they always had big white calves that you could literally watch them grow every day. Anyway, a neighbor bought some of these 1/4 Br x 1/4 Chi x 1/2 Char heifers from me every year. He bred these to a registered, homozygous black Brangus bull every time, and they always had smoky calves.. about the same color as Ang x Char calf would. be. So I guess that Char dilute gene is dominant, not recessive.Is strong in Charolais influence cattle. This girl is F-1 Brangus Char her calves come out smoke every time.
This past winter I took a Brangus bull down to a farm that after I got there, I remembered as being a registered Charolais breeder in the 80's, The man's son and grandsons, though, were breeding the Char cows to a couple of absolutely magnificent Red Angus bulls. The calves were a lighter red, kinda orange almost, than a red angus, but damn those were awesome calves. He had a bunch of those light red cows... heifers he had retained from these crosses, that he bred to Brangus bulls. These calves were all black, but really, shouldn't half of them have been smoky? At least half of these these cows' eggs would have the Char gene for color, and half would have had the red angus color gene. So, seems like at least half of the calves should have been smoky, doesn't it? I wonder if there is modifying alleles in play, that would suppress the complete dominance of that dilute gene?Yes, the diluter gene is dominant. You may not "see" it in red cattle, but it ALWAYS shows up with black hided cattle.

There was maybe 20 of these RA x Char cows in the pasture. 6-8 were 1st calf heifers with Brangus calves. The rest were his mature cows with their 2nd and subsequent cows, that he needs to a homozygous for polled, homozygous for black Simmental. A heifer calf is born with what...75000 eggs? If one of these Char x RA cows could have 75000 calves, then 37,500 would have the RA color chromozone and 37,500 would have the Char white chromosone. But, it doesn't mean that 1st calf would have the RA genes, the 2nd the Char gene, 3rd the RA gene ,etc. If the first 2 or 3 or 8 or 10, were all RA, that is definitely possible, but like you said, very improbable. Do you, @Jeanne - Simme Valley ..or anyone else on here... know if breeding Char to black Simmental always yields a smoky calf?If it was a Simmental diluter gene, I would say YES, but Charolais may be different. And, there is always a "chance" the diluter gene didn't get passed on all of them. Not a high probability, but possible!!
I have some now out of a homo black bull that are from solid white to smokey.to solid black. These are solid white cows but not 100% Charolais.There was maybe 20 of these RA x Char cows in the pasture. 6-8 were 1st calf heifers with Brangus calves. The rest were his mature cows with their 2nd and subsequent cows, that he needs to a homozygous for polled, homozygous for black Simmental. A heifer calf is born with what...75000 eggs? If one of these Char x RA cows could have 75000 calves, then 37,500 would have the RA color chromozone and 37,500 would have the Char white chromosone. But, it doesn't mean that 1st calf would have the RA genes, the 2nd the Char gene, 3rd the RA gene ,etc. If the first 2 or 3 or 8 or 10, were all RA, that is definitely possible, but like you said, very improbable. Do you, @Jeanne - Simme Valley ..or anyone else on here... know if breeding Char to black Simmental always yields a smoky calf?