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Normal mice: These different alleles are both recessive. However, they are located at different gene loci. Essentially, the obese mice from the different labs have separate obesity genes that are independent of one another. If the obesity gene of the first researcher is defined as "A" or "a" and the obesity gene of the second researcher is defined as "B" or "b" (with "a" and "b" being the recessive, obesity-causing alleles), then the likely genotype of the offspring mouse of the obese mice of the two different researchers would be the following: aaBB x AAbb = AaBb Which would then result in a normal mouse that is heterozygous for both obesity genes.
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Question Text | Normal mice: These different alleles are both recessive. However, they are located at different gene loci. Essentially, the obese mice from the different labs have separate obesity genes that are independent of one another.
If the obesity gene of the first researcher is defined as "A" or "a" and the obesity gene of the second researcher is defined as "B" or "b" (with "a" and "b" being the recessive, obesity-causing alleles), then the likely genotype of the offspring mouse of the obese mice of the two different researchers would be the following:
aaBB x AAbb = AaBb
Which would then result in a normal mouse that is heterozygous for both obesity genes.
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Topic | All topics |
Subject | Biology |
Class | Class 11 |