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1. Identify the process being illustrated?

1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

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Page 1: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

1. Identify the process being illustrated?

Page 2: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it be on?

Page 3: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

3. What is a mutation?

Page 4: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

4. In pigeons, there is a rare inherited condition that causes death before hatching. In order to be passed on what must the parents be?

Page 5: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

5. It is possible for someone to be carrying a lethal allele but be unaffected by it. How is this

possible?

Page 6: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

6. True of FalseMutations are ALWAYS harmful and

deadly.

Page 7: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

7. What type of cell must a mutation occur in to be able to pass

it on to offspring?

Page 8: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

8. What type of chromosome mutation is this?

Page 9: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

9. Is this karyotype normal or does it have a genetic disorder?

Page 10: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

10. How many generations are represented by the pedigree?

Page 11: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

11. Identify the genotypes for the following blood types

A blood

B blood

AB blood

O blood

Page 12: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

12. What disease would people who receive excessive radiation to

their body cells be called?

13. Would THIS be something passed on to future generations?

Page 13: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

14. Excess mucus production is characteristic of what genetic

disorder?

Page 14: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

15. Abnormally shaped blood cells is characteristic of what genetic

disorder?

Page 15: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

16. Developmental delays and having been born at home would be characteristic of what genetic

disorder?

Page 16: 1. Identify the process being illustrated?. 2. If a boy inherits a recessive allele from his mother, which of his sex determining chromosomes would it

Answers1. Crossing over2. X chromosome3. Any mutation in DNA4. Heterozygous

5. The lethal allele is recessive and they have one dominant normal allele. Meaning they are heterozygous

6. False, some can cause genetic diversity that doesn’t lead to death, but new species or variations among animals

7. A sex cell(gamete)

8. Inversion

9. Normal

10. 411. AA or AO, BB or BO AB OO12. Cancer13. No, body cells are not passed to offspring, only sex cells14. Cystic fibrosis15. Sickle cell16. PKU

1. Make sure you study your journals from this unit along with notes and all assignments.