Complete a new Punnett Square below, for Jane, a woman who is a carrier for colorblindness, who is married to Joe, a man who has normal vision. A carrier for an X-linked trait would have one normal X chromosome and one X chromosome that "carries" the recessive gene. Women are carriers of X-linked traits. Jane's sex Jane's sex chromosome #2: chromosome #1: Joe's sex chromosome #1: Joe's sex chromosome #2: 14. What are the the possible combinations of sex chromosomes that you can identify? There are four possible combinations: and Are there any "XnY"? 15. What would be the % of these combinations that are "XnXn"? Jane and Joe divorce. Jane remarries with James, a man who is colorblind. Complete a new Punnett Square below, for Jane and James. Jane's sex Jane's sex chromosome #2: chromosome #1: James' sex chromosome #1:. James' sex chromosome #2: 16. What are the the possible combinations of sex ch romosomes that you can identify? There are four and possible combinations: That are "XnY"? 17. What would be the % of these combinations that are "XnXn"? Questions What percentage of sons born during Jane's first marriage will be color blind? What percentage of sons born during Jane's second marriage will be color blind? What percentage of daughters born during Jane's second marriage will be color blind? 1. 2. 3.
Complete a new Punnett Square below, for Jane, a woman who is a carrier for colorblindness, who is married to Joe, a man who has normal vision. A carrier for an X-linked trait would have one normal X chromosome and one X chromosome that "carries" the recessive gene. Women are carriers of X-linked traits. Jane's sex Jane's sex chromosome #2: chromosome #1: Joe's sex chromosome #1: Joe's sex chromosome #2: 14. What are the the possible combinations of sex chromosomes that you can identify? There are four possible combinations: and Are there any "XnY"? 15. What would be the % of these combinations that are "XnXn"? Jane and Joe divorce. Jane remarries with James, a man who is colorblind. Complete a new Punnett Square below, for Jane and James. Jane's sex Jane's sex chromosome #2: chromosome #1: James' sex chromosome #1:. James' sex chromosome #2: 16. What are the the possible combinations of sex ch romosomes that you can identify? There are four and possible combinations: That are "XnY"? 17. What would be the % of these combinations that are "XnXn"? Questions What percentage of sons born during Jane's first marriage will be color blind? What percentage of sons born during Jane's second marriage will be color blind? What percentage of daughters born during Jane's second marriage will be color blind? 1. 2. 3.
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
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Question
Transcribed Image Text:Complete a new Punnett Square below, for Jane, a woman who is a carrier for colorblindness, who is married to
Joe, a man who has normal vision. A carrier for an X-linked trait would have one normal X chromosome and one X
chromosome that "carries" the recessive gene. Women are carriers of X-linked traits.
Jane's sex
Jane's sex
chromosome #2:
chromosome #1:
Joe's sex
chromosome #1:
Joe's sex
chromosome #2:
14. What are the the possible combinations of sex chromosomes that you can identify? There are four
possible combinations:
and
Are there any "XnY"?
15. What would be the % of these combinations that are "XnXn"?
Jane and Joe divorce. Jane remarries with James, a man who is colorblind. Complete a new Punnett Square below,
for Jane and James.
Jane's sex
Jane's sex
chromosome #2:
chromosome #1:
James' sex
chromosome #1:.
James' sex
chromosome #2:
16. What are the the possible combinations of sex ch romosomes that you can identify? There are four
and
possible combinations:
That are "XnY"?
17. What would be the % of these combinations that are "XnXn"?
Questions
What percentage of sons born during Jane's first marriage will be color blind?
What percentage of sons born during Jane's second marriage will be color blind?
What percentage of daughters born during Jane's second marriage will be color blind?
1.
2.
3.
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