Subject:
ScienceAuthor:
coreyhopkinsCreated:
1 year ago→ You can see the cross-over and the percentage of offspring in the picture below.
F1:
Cch | Cch
C CCch (black) | CCch (black)
C CCch (black) | CCch (black)
F2: Black (CCch) X Black (CCch)
C | Cch
C C C (Black) | C Cch (Black)
Cch C Cch (Black) | Cch Cch (Chinchilla)
I. In rabbits, a single gene with at least 4 distinct alleles controls the coat. These four alleles demonstrate a hierarchy of allele dominance where some alleles predominate over others. Black (C) is the dominant color in this cross over all the others. The phenotype will always be black if the "C" allele is present in the genotype (CC, CCch).
Part 2
Himalayan (ChCh) X albino (cc)F1:c | c
Ch Ch c (Himalayan) | Ch c (Himalayan)
Ch Ch c (Himalayan) | Ch c (Himalayan)
F2: Himalayan (Ch c) X Himalayan (Ch c)
Ch | c
Ch Ch Ch (Himalayan) | Ch c (Himalayan)
c Ch c (Himalayan) | c c (Albino)
In rabbits, a single gene with at least 4 distinct alleles controls the coat. These four alleles demonstrate a hierarchy of allele dominance where some alleles predominate over others. Black (C) is the dominant color in this cross over all the others. The phenotype will always be black if the "C" allele is present in the genotype (CC, CCch).
Further explanation:One of the most well-known examples of multiple allele inheritance is coat color in rabbits. There are 4 distinct alleles of a single gene that affect the color.
These alleles exhibit the following dominance hierarchies:
The SUMMARY of each allele, potential genotypes, and dominance order is as follows:
Black (C):Learn more about inheritance here: https://brainly.ph/question/5367838#
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Author:
tangooruo
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