An initial crossover event will occur between A and B, as indicated in the corresponding image. After this initial event occurs, a second crossover event occurs (not illustrated) involving the products of the first crossover event. a. Given this chromosome organization, A B c, A b c, a B C, and a b C, which two chromatids of the bivalent were involved chromatid 1 chromatid 2 chromatid 3 chromatid 4 and between which genes gene A gene B gene C did the second crossover event occur to produce the indicated chromosomes? b. Returning to the original crossover depicted in the image, given this chromosome organization, A B C, A B C, a b c, and a b c, which two chromatids of the bivalent were involved chromatid 1 chromatid 2 chromatid 3 chromatid 4 and between which genes gene A gene B gene C did the second crossover event occur to produce the indicated chromosomes?
An initial crossover event will occur between A and B, as indicated in the corresponding image. After this initial event occurs, a second crossover event occurs (not illustrated) involving the products of the first crossover event.
a. Given this chromosome organization, A B c, A b c, a B C, and a b C, which two chromatids of the bivalent were involved
| chromatid 1 | chromatid 2 | chromatid 3 | chromatid 4 |
and between which genes
| gene A | gene B | gene C |
did the second crossover event occur to produce the indicated chromosomes?
b. Returning to the original crossover depicted in the image, given this chromosome organization, A B C, A B C, a b c, and a b c, which two chromatids of the bivalent were involved
| chromatid 1 | chromatid 2 | chromatid 3 | chromatid 4 |
and between which genes
| gene A | gene B | gene C |
did the second crossover event occur to produce the indicated chromosomes?
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