In your textbook, read about hemophilia in Section 27:3. 1. In the boxes below each of these people, draw the sex chromosomes. Then, on the chromosomes write the genes they have for hemophilia. The dominant gene is H. The recessive gene is h. Normal male Normal, pure dominant female 2 normal females 1 normal male 1 male with hemophilia 1 normal female 1 normal male 1 female with hemophilia 1 male with hemophilia 2 normal females 2 males with hemophilia Female with hemophilia 2. Complete the following Punnett squares. Then, match the correct Punnett square with each one of the following expected results. Write the letter of the Punnett square on the line next to the expected result it matches. Expected results H h HHHHH hHhhh GENETIC DISORDERS - Describe the condition of hemophilia. Male with hemophilia 3. Circle the Punnett squares that show individuals with hemophilia. X X WWWWW a Xa a X X XXXXX XX aXaX XXXXX XX X.X.XXXXX a XoXo C a Normal, heterozygous fernale XXXXX M aaa X X XXX
In your textbook, read about hemophilia in Section 27:3. 1. In the boxes below each of these people, draw the sex chromosomes. Then, on the chromosomes write the genes they have for hemophilia. The dominant gene is H. The recessive gene is h. Normal male Normal, pure dominant female 2 normal females 1 normal male 1 male with hemophilia 1 normal female 1 normal male 1 female with hemophilia 1 male with hemophilia 2 normal females 2 males with hemophilia Female with hemophilia 2. Complete the following Punnett squares. Then, match the correct Punnett square with each one of the following expected results. Write the letter of the Punnett square on the line next to the expected result it matches. Expected results H h HHHHH hHhhh GENETIC DISORDERS - Describe the condition of hemophilia. Male with hemophilia 3. Circle the Punnett squares that show individuals with hemophilia. X X WWWWW a Xa a X X XXXXX XX aXaX XXXXX XX X.X.XXXXX a XoXo C a Normal, heterozygous fernale XXXXX M aaa X X XXX
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
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Name
Normal,
pure dominant
female
2 normal females
1 normal male
1 male with hemophilia
In your textbook, read about hemophilia in Section 27:3.
1. In the boxes below each of these people, draw the sex chromosomes. Then, on the chromosomes
write the genes they have for hemophilia. The dominant gene is H. The recessive gene is h.
Normal male
1 normal female
1 normal male
1 female with hemophilia
1 male with hemophilia
2 normal females
2 males with hemophilia
Female with
hemophilia
H h
H|HH HH
hHhhh
GENETIC DISORDERS
2. Complete the following Punnett squares. Then, match the correct Punnett square with each one of
result it matches.
the following expected results. Write the letter of the Punnett square on the line next to the expected
Expected results
M X
XXXXX X
XoXo
a
4. Describe the condition of hemophilia.
Date
A
X X
XXXXX
a X a X
3. Circle the Punnett squares that show individuals with hemophilia.
a
a
Male with
hemophilia
B
X X
M XXXXX X
XoXo
a
Class
CHAPTER 27
Ma
8
Normal,
heterozygous
fernale
X
X
X
X
XXXXX XXXXX
X
XXXXX
a XaX a
C
M
a a Xa
161
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Step 1: Explanation of inheritance pattern
VIEWStep 2: Hemophilia as X linked recessive disorder
VIEWStep 3: Representation of hemophilia on sex chromosome
VIEWStep 4: Punnet square with expected result
VIEWStep 5: Representation of punnet square
VIEWStep 6: Punnet square with individual having hemophilia
VIEWStep 7: Explanation of hemophilia as genetic disorder
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