In man, defective color vision results from a sex linked recessive allele. A man (1) and a woman (2), both of normal vision, have the following three children, all of whom are married to people with normal vision: a colorblind son (3) who has a daughter of normal vision (6): a daughter of normal vision (4) who has one colorblind son (7) and two normal sons (8); and a daughter of normal vision (5) who has six normal sons (9). Give the genotypes of all the individuals in the family (1 to 9). 12.

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
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you were the man's lawyer, could you use this fact as evidence? If so, how?
De sex-linked recessive. If
In man, defective color vision results from a sex linked recessive allele. A man (I) and a woman (2), both
of normal vision, have the following three children, all of whom are married to people with normal vision:
a colorblind son (3) who has a daughter of normal vision (6); a daughter of normal vision (4) who has one
colorblind son (7) and two normal sons (8); and a daughter of normal vision (5) who has six normal sons
(9). Give the genotypes of all the individuals in the family (1 to 9).
12.
Transcribed Image Text:you were the man's lawyer, could you use this fact as evidence? If so, how? De sex-linked recessive. If In man, defective color vision results from a sex linked recessive allele. A man (I) and a woman (2), both of normal vision, have the following three children, all of whom are married to people with normal vision: a colorblind son (3) who has a daughter of normal vision (6); a daughter of normal vision (4) who has one colorblind son (7) and two normal sons (8); and a daughter of normal vision (5) who has six normal sons (9). Give the genotypes of all the individuals in the family (1 to 9). 12.
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