1. Non-Mendelian Genetics and Genetic Engineering
Review Game

2. Which suspect’s DNA best matches that found at the crime scene?

3. What is the inheritance pattern of the trait shown below?
Autosomal Dominant

4. Which diagram shows recombinant DNA?

5. What is the inheritance pattern shown below?
Incomplete Dominance

6. What are the alleles for the ABO blood groups?
IA, IB, and i

7. What is the inheritance pattern for this trait?
Sex-linked

8. What is the inheritance pattern of the calf below?
Co-dominance

9. In human genetics, someone who is heterozygous for a trait is called a--
Carrier

10. A woman has type AB blood and her husband has type O
A woman has type AB blood and her husband has type O. What are the possible genotypes and phenotypes of their children?
1 IA i, 2 IA IB, 1 Ibi
1 Type A, Type AB, 1 Type B

11. What was the genetic cross that produced the baby calf in the picture?
RR X WW

12. A woman with type N blood has a child with a man who has type M blood but their child has Type MN blood. How is this blood type inherited?
Co-dominance

13. This pedigree shows the inheritance of Huntington’s disease which is controlled by a dominant allele. What is the genotype of III-2? Hh

14. Which diagram shows a transgenic organism?B A C D E D

15. This pedigree shows the inheritance of Huntington’s disease which is controlled by a dominant allele. What must be the genotype of every non-shaded individual? hh

16. What is the inheritance patter of the ABO blood groups??
Multiple alleles and Codominance

17. What are the predicted genotypes and phenotypes of crossing a red snapdragon with a pink snapdragon?
2 RR: 2 Rr
2 Red: 2 Pink

18. What are the possible genotypes and phenotypes of the offspring from crossing a roan cow and a roan bull?
1 RR, 2 RW, 1 WW 1 Red, 2 Roan, 1 White

19. This pedigree shows the inheritance of Huntington’s disease which is controlled by a dominant allele. What must be the genotype of I-1? Hh

20. What is the inheritance pattern for this trait?
Autosomal Recessive

21. Both parents must be heterozygous for their blood type.
How is it possible that a woman with Type B blood and a man with Type A blood have a child with Type O blood?
Both parents must be heterozygous for their blood type.

22. What are the genotypes of the first set of parents
What are the genotypes of the first set of parents? (Use the letters A and a)
Aa and Aa

23. Which suspect’s DNA best matches that found at the crime scene?

24. The pedigree below is for Duchenne’s Muscular Dystrophy
The pedigree below is for Duchenne’s Muscular Dystrophy. How is it possible that the male in row C has the disorder?
The male inherited the recessive allele on the X chromosome from his mother

25. An organism that contains DNA from 2 different species is referred to as--
Transgenic organism

26. The pedigree below is for Duchenne’s Muscular Dystrophy
The pedigree below is for Duchenne’s Muscular Dystrophy. How is it possible that the female in row B has the disorder?
The female inherited the recessive allele on the X chromosome from both her mother and her father.

27. Whose DNA best matches the blood stain?
John’s blood