Question

In turtles, the allele for Striped Shell is Dominant (A_) to the allele for Solid Shell (aa). In the pedigree illustrated below, turtles with Solid Shells are identified as filled in circles or squares. In this pedigree, you can assume all individuals "Marrying-In" are Homozygous - unless you can determine otherwise (i.e., II-6). Using this information, calculate the probability of Solid Shelled turtles (aa) being produced from the following crosses? Provide your answer in the following format: A) Mom=1/2x1/2 Dad=2/3x1/2 Child=1/2. You do not have to multiply the fractions, you just need to set up the probability A) 1-2 x III-5 B) 1-2 x 111-9 C) 11-5 x III-1 D) 11-4 x 11-9 E) III-2 x 111-8 F) IV-1 x IV-2 G) III-1 x III-7 (assume individuals Marrying-in have a Carrier frequency of 1/22) 09 O- -R H 1000 로

          In turtles, the allele for Striped Shell is Dominant (A_) to the allele for Solid Shell (aa). In the pedigree illustrated below, turtles with Solid Shells are identified as filled in circles or squares. In this pedigree, you can assume all individuals "Marrying-In" are Homozygous - unless you can determine otherwise (i.e., II-6). Using this information, calculate the probability of Solid Shelled turtles (aa) being produced from the following crosses? Provide your answer in the following format: A) Mom=1/2x1/2 Dad=2/3x1/2 Child=1/2. You do not have to multiply the fractions, you just need to set up the probability A) 1-2 x III-5 B) 1-2 x 111-9 C) 11-5 x III-1 D) 11-4 x 11-9 E) III-2 x 111-8 F) IV-1 x IV-2 G) III-1 x III-7 (assume individuals Marrying-in have a Carrier frequency of 1/22) 09 O- -R H 1000 로

Added by Emma R.

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