ContentMasteringBiology: Mitosis/Meios xA session.masteringbiology.com/myct/itemView?assignmentProblemID=174963736&offset=nextKMitosis/Meiosis Assignment (Part 2) (Unit 3)Learning through Art: Sex-linked Cross6 of 11female must have two copies of the recessive allele to have the disease. A human male (XY), on the other hand, has only one X chromosome, and so needs only one copy of the recessive allele to have the disease.Complete the Punnett square below of a cross between a carrier mother (a female who carries one copy of the recessive allele and so appears normal herself) and a non-hemophiliac father.1. Drag the pink labels to the pink targets to indicate the sex dictated by the genotype in each box. (Pink labels may be used more than once.)2. Drag the blue labels to the blue targets to indicate whether the genotype in each box confers hemophilia, normal, or carrier status. (Blue labels may be used more than once.)ResetHelpx"x (carrier) motherxHY (normal) fatherSperm from fatherxHYhemophiliacxHycarrierXHGroup 2Group 2normalfemaleGroup 1Group 1Eggs frommothermalexHxhxhyGroup 2Group 2Group 1Group 16:20 PM65%1/31/2021O Type here to search

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Description: ContentMasteringBiology: Mitosis/Meios xA session.masteringbiology.com/myct/itemView?assignmentProblemID=174963736&offset=nextKMitosis/Meiosis Assignment (Part 2) (Unit 3)Learning through Art: Sex-linked Cross6 of 11female must have two copies of th

Answered: Complete the Punnett square below of a…

Human Anatomy & Physiology (11th Edition)

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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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MasteringBiology: Mitosis/Meios x
A session.masteringbiology.com/myct/itemView?assignmentProblemID=174963736&offset=next
KMitosis/Meiosis Assignment (Part 2) (Unit 3)
Learning through Art: Sex-linked Cross
6 of 11
female must have two copies of the recessive allele to have the disease. A human male (XY), on the other hand, has only one X chromosome, and so needs only one copy of the recessive allele to have the disease.
Complete the Punnett square below of a cross between a carrier mother (a female who carries one copy of the recessive allele and so appears normal herself) and a non-hemophiliac father.
1. Drag the pink labels to the pink targets to indicate the sex dictated by the genotype in each box. (Pink labels may be used more than once.)
2. Drag the blue labels to the blue targets to indicate whether the genotype in each box confers hemophilia, normal, or carrier status. (Blue labels may be used more than once.)
Reset
Help
x"x (carrier) mother
xHY (normal) father
Sperm from father
xH
Y
hemophiliac
xHy
carrier
XH
Group 2
Group 2
normal
female
Group 1
Group 1
Eggs from
mother
male
xHxh
xhy
Group 2
Group 2
Group 1
Group 1
6:20 PM
65%
1/31/2021
O Type here to search

Expert Solution

Introduction:

Hemophilia is an X-linked recessive disorder that follows the pattern of mother to son. Females are affected only when they have both the X chromosomes affected, i.e. mother is a carrier and the father is a known hemophiliac. Then too they have a 50% chance of getting the disease and hence it is rarely seen in females.

Males with one X chromosome can not be carriers and are affected by the disease.

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