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16. An individual is heterozygous for a chromosomal rearrangement. A normal chromosome and its aberrant homolog...

16. An individual is heterozygous for a chromosomal rearrangement. A normal chromosome and its aberrant homolog are given below, where the dot represents the centromere: Normal ABC:DEFGHI Aberrant afed.cbghi What type of chromosomal rearrangement is being shown in the aberrant chromosome? Be specific.
17. An individual is heterozygous for a chromosomal rearrangement. A normal chromosome and its aberrant homolog are given below, where the dot represents the centromere: Normal ABC:DEFGHI Aberrant afed.cbghi What are the recombinant chromosomes that are produced if crossing over occurs between genes D and E? (You can use a period or * to represent the centromere.)
18. An individual is heterozygous for a chromosomal rearrangement. A normal chromosome and its aberrant homolog are given below, where the dot represents the centromere: Normal A B C.DEFGHI Aberrant a fed.cbghi If crossing over occurs between genes D and E, do you expect the gametes with the recombinant chromosomes to be viable? Explain why or why not.

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