StudyDaddy Science

Waiting for answer This question has not been answered yet. You can hire a professional tutor to get the answer.

QUESTION

Dec 06, 2018

Virtual bonus lab activity looking at blood Type A and practice at Punnett squares. Flag this Question Question 1 Part I.

Virtual bonus lab activity looking at blood Type A and practice at Punnett squares.

Flag this Question

Question 1

Part I. In the "ABO" blood group system the presence or absence of A and B antigens determines the four basic blood types. For laboratory purposes consider the ABO blood groups to be determined by a single pair of genes expressing codominance. Thus, the genotype of Type A blood may be homozygous (AA) or heterozygous (AO). The genotype of type B blood may be homozygous (BB ) or heterozygous (BO). Type O blood must be homozygous (OO). Type AB blood must have both A and B antigens (AB) with both being expressed through codominance.

Using the Punnett Square below determine the genotypes possible for the

offspring of a cross between Parent 1: a heterozygous Type A parent and Parent 2: a Type AB parent.

Using the given information, fill in the genotypes for the parents for this monohybrid cross: Parent 1: x Parent 2: .

Then use that information to complete the following Punnett square and then answer the following questions.

Remember Always write the dominant genes (capital letters) first. The parents genetic information (which form the gametes) goes in the first row and the first column (one letter per box). (See the GeneticsHandoutPunnett Squares.pdf for more information if needed.)

Flag this Question

Question 2

Answer the following question using the Punnett square answer above.

What are the genes possible in the gametes produced by a Parent 1 (Type A parent)?

Flag this Question

Question 3

Answer the following question using the Punnett square answer above.

What are the genes possible in the gametes produced by a Parent 2 (Type AB parent)?

Question 4

Answer the following question using the Punnett square answer above.

What blood types (phenotypes) are possible in the offspring of this cross?

Question 5

If a parent's blood type (phenotype) is A, what is the possible genotype(s)?

Question 6

If a parent's blood type (phenotype) is B, what is the possible genotype(s)?

Question 7

If a parent's blood type (phenotype) is AB, what is the possible genotype(s)?

Question 8

If a parent's blood type (phenotype) is O, what is the possible genotype(s)?

Question 9

If the father's blood type is A and the mother's blood type is B, what are the the possible genotypes for their babies?

Use your answers to the questions above to help you.

Question 10

If the father's blood type is A and the mother's blood type is O, what are the the possible genotypes for their babies?

Use your answers to the questions above to help you.

Question 11

If the father's blood type is O and the mother's blood type is AB, what are the the possible genotypes for their babies?

Use your answers to the questions above to help you.

Question 12

If the father's blood type is O and the mother's blood type is O, what are the the possible genotypes for their babies?

Use your answers to the questions above to help you.