In Figure 3-11, if the input genotypes were a • B and A • b,what would be the genotypes colored blue? First, let us look at how recombinants are detected experimentally. The detec-tion of recombinants in organisms with haploid life cycles such as fungi or algaeis straightforward. The input and output types in haploid life cycles are the geno-types of individuals rather than gametes and may thus be inferred directly fromphenotypes. Figure 3-11 can be viewed as summarizing the simple detection ofrecombinants in organisms with haploid life cycles. Detecting recombinants inorganisms with diploid life cycles is trickier. The input and output types in diploidcycles are gametes. Thus, we must know the genotypes of both input and outputgametes to detect recombinants in an organism with a diploid cycle. Though weRecombinants are meiotic outputdifferent from meiotic inputInputA.Ba.b2nMeioticdiploidA/a B/bMeiosisA.BParental (input) typeOutputParental (input) typeA.RecombinantRecombinantFIGURE 3-11 Recombinants (blue) are those products of meiosiswith allele combinations different from those of the haploid cells thatformed the meiotic diploid (yellow). Note that genes A/a and B/b areshown separated by a dot because they may be on the samechromosome or on different chromosomes.

Name: In Figure 3-11, if the input genotypes were a • B and A • b,what would
Uploaded: 2024-03-20T06:43:04.000Z
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Description: In Figure 3-11, if the input genotypes were a • B and A • b,what would be the genotypes colored blue? First, let us look at how recombinants are detected experimentally. The detec-tion of recombinants in organisms with haploid life cycles such as fun