If we perform the following cross, AABB x AaBb, how many unique haploid gamete genotypes are possible for both parents combined, and what is the probability of the AAbb genotype in their F1 offspring? (Hint: make a list of all possible gamete genotypes for both parents combined, and count the number of unique genotypes). O 2 gamete gentoypes; Probability of AAbb 0.25 O4 gamete gentoypes; Probability of AAbb = 0.25 O 2 gamete gentoypes; Probability of AAbb = 0.125 O 4 gamete gentoypes; Probability of AAbb = 0.125

Define genotype class

Explain typing and crossmatching

All possible offspring pheotypes and genotypes in a punnet square for genotypes

Give typing answer with explanation and conclusion  Red/green colorblindness is inherited as an X-linked recessive trait in humans. A woman with normal vision, whose father was colorblind, marries a man with normal vision. Predict the color vision of their sons and daughters. Provide a probability for each offspring, depending on their sex. Write a pedigree consistent with this inheritance.

Explain the way to establish a genotype?

use the pedigree and answer :  What is the genotype of the son with no white lock of hair? what is the genotype of the son with the white lock of hair? What is the genotype of the daughter with the white lock of hair ?

Which technique would you use to determine if the sex of the parent passing on a gene affects the inheritance pattern? Group of answer choices 1 Recombination Test 2 Reciprocal Cross 3 Karyotype 4 Test Cross