15. A mother who is homozygous type A and a father who ishomozygous type B will have a child with what blood type?A. AC. ABB. BD. O16. Can a type AB mother and a type O father have a type Bbaby?A. yes (50% chance)C. can't be determinedB. noD. yes (25% chance)17. What percentage of the population are secretors?A. 20%B. 50%C. 80%D. 100%

There are different types of blood grouping criteria, based on the presence of different markers…

Answered: 15. A mother who is homozygous type A…

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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4. Which is an example of codominance? A. A smooth-seeded pea plant and a wrinkled-seeded pea plant produce smooth-seeded pea plants. B. A white rabbit and a black rabbit produce a white-and-black rabbit. C. A blue-eyed man and a brown-eycd woman produce a blue-eyed child. D. A color-blind woman and a man with normal vision produce a color-blind son.
11. Using the following chart, what is the map distance between A and T? Gamete Genotype Gamete Type C C C C C C C C a. b. A a A a A a A a Total 30.4 CM 5.8 CM c. 24.6 cM d. 0.9 cM T t t T T t t T Progeny 4 5 118 119 356 349 24 25 1000
just pick an answer choice; thats all I need**
1. Based on the cross to the right, what percent of the offspring A a would be considered heterozygous? A. 0% В. 25% С. 50% A AA Aa D. 75% a Aa aa
12. Write the most appropriate genotype for each numbered individual. 2 5 3 4 5 The pattern of inheritance is 1 5 The pattern of inheritance is 13. Write the most appropriate genotype for each numbered individual. 3 3 1. The pattern of inheritance is 2. 2 3. by a doutbaant pen 4. 5. 1. 14. Write the most appropriate genotype for each numbered individual. 2. 3. 4. 5. 1. 2. 3. 4. 5.
1. If the AaBBCc individual will be test-crossed, what is the probability that the resulting offspring will be homozygous for all the dominant traits? a. zero b. one-fourth c. one-half d. one-eighth 2. The following gamete types are produced by AaBBCc individual, except: a.ABc b. aBC c. ABC d. abc
4.6
1. Hemophilia is a sex-linked genetic disease caused by a recessive allele. If a woman who was a carrier for hemophilia married a man who was healthy, what fraction of their children would be likely to have hemophilia? A. 1/4 B. 1/2 C. 0% chance their children would get it D. 3/4 2. In cats, black fur color is dominant over brown fur color. If a heterozygous black cat was crossed with a brown cat, what fraction of the kittens would be black? A. 50% B. 25% C. 75% D. 0%
1. White trait refers to A. Genotype B. Gene C. Phenotype D. Polygenic Trait 2. All of the following can be associated with human blood type except A. Multiple alleles B. Codominance C. Complete Dominance D. Incomplete Dominance
13. Heterozygous persons with one sickle cell allele and one normal allele also show resistance to A. malaria B. smallpox C. strep throat D. measles 14. Which food group must persons with PKU avoid in order to prevent retardation? A. carbohydrates B. fats C. proteins 15. Which genetic disorder is more common in Caucasians? A. sickle cell anemia B. Tay-Sachs 16. What genetic disorder can be detected in the karyotype shown? A. Down syndrome B. Turner syndrome C. sickle cell disease D. Klinefelter syndrome 17. The person shown at the right is a A. male B. female Use this pedigree to answer questions 18-24. C. cystic fibrosis CDEF 18. Which member of this family shows the trait? A. person A B. person B C. person C 20. Which member of this family is a MALE CARRIER for the trait? A. person A B. person B C. person C 19. Which member of this family is a FEMALE CARRIER for the trait? A. person A B. person B C. person C 21. Which member of this family is a male WITH the trait? A. person C B.…
4. An observable, physical trait of an organism is known as a(n) A. Genotype B. Phenotype C. Allele D. Gamete
Assume a case of disputed paternity involving two men (A and B) and four children (W,X, Y, Z). On the basis of serological reaction of the parents and children, assign each child to his father whenever possible. Choices a. Man B b. All of the Above c. None of the Above d. Man A e. Man A or B 1. POSSIBLE FATHER OF CHILD W? 2.POSSIBLE FATHER OF CHILD X? 3. POSSIBLE FATHER OF CHILD Y? 4. POSSIBLE FATHER OF CHILD Z?

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