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Suppose a cultivar of wheat is developed in which kernel color is determined to depend upon the action of six pairs of genes. Assume there is no dominance. Two true-breeding plants contrasting for color are crossed with the following genotypes: AA BB CC DD EE FF (dark color) x aa bb cc dd ee ff (light color) a. What fraction of the F1 progeny would be expected to be like either parent? b. Which type of progeny in the F2 would have the darkest color AA BB CC dd ee ff or Aa Bb Cc Dd Ee Ff and why?
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Question Text | Suppose a cultivar of wheat is developed in which kernel color
is determined to depend upon the action of six pairs of genes.
Assume there is no dominance. Two true-breeding plants contrasting
for color are crossed with the following genotypes:
AA BB CC DD EE FF (dark color) x aa bb cc dd ee ff (light
color)
a. What fraction of the F1 progeny would be expected to be like
either parent?
b. Which type of progeny in the F2 would have the darkest color
AA BB CC dd ee ff or Aa Bb Cc Dd Ee Ff and why? |
Topic | All topics |
Subject | Biology |
Class | Class 12 |