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In horses, the allele for a bay coat (brown with black mane, tail, and legs) and the allele for a cream coat can combine to make a
buckskin coat. The allele c is used for bay: CC is used for cream. Buckskin horses have one bay and one cream allele. The
genotype cc makes a buckskin coat, as neither allele is dominant. Cross a bay stallion (father) with a buckskin mare (mother).
How many offspring will have the same phenotypes as the mother.
Please help me

In horses the allele for a bay coat brown with black mane tail and legs and the allele for a cream coat can combine to make a buckskin coat The allele c is used class=

Respuesta :

olivasjamie03

Answer:

100%

Explanation:

luisvaschetto

By crossing a bay stallion with a buckskin mare, 100% of offspring will have the same phenotypes as the mother (i.e., buckskin mare).

  • An allele is a gene variant, diploid organisms (like horses) inherit two alleles for a given gene locus, one allele from the mother and another from the father.

  • In complete dominance, the dominant allele completely masks the expression of the recessive allele in heterozygous individuals.

  • In codominance, both alleles are expressed in order to produce a given phenotype.

In conclusion, by crossing a bay stallion with a buckskin mare, 100% of offspring will have the same phenotypes as the mother (i.e., buckskin mare).

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