Respuesta :
Alleles are defined as the alternative forms of gene, which are found on the same loci on a chromosome. The individual with AO and BO genotype will produce offspring with genotype:
3.) A, B, AB, or O
Alleles are the two or more genes that are present on the same locus of chromosome. In the given question, it is given that:
- A and B are codominant genes.
- O is a dominant gene, which can be masked by A and B alleles.
The genotype of the offspring can be A, B, AB, or O. It is due to the co-dominance of alleles. Co-dominance is defined as the relationship between two variants of the gene. In co-dominance, both the alleles are expressed and observed in the phenotype. Thus, the offspring can have any of the blood types.
Therefore, the offspring can posses A, B, AB, or O blood group due to co-dominance of alleles.
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An Individual with AO genotype and an Individual with BO genotype will produce an offspring with ; ( 3 ) A, B, AB, or O
Given that the alleles A and B are codominant to each other and dominant to allele O, this means that alleles A and B can be seen and expressed in a phenotype while allele O is also dominant but becomes recessive when paired with either A or B. while
Phenotype with allele O is seen and expressed when not paired with any dominant allele. therefore Individuals with AO genotype and BO genotype will produce offsprings with A, B, AB, or O blood groups due the codominance factor possessed by alleles A and B.
Hence we can conclude that An Individual with AO genotype and an Individual with BO genotype will produce an offspring with ; ( 3 ) A, B, AB, or O
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To know more about co-dominance and alleles, refer to the following link: