What offspring will result from the mating of a non-carrier female and hemophilic male? O Half of the sons are hemophiliacs and half are not. All of the daugh carriers. O None of the sons are hemophiliacs, and all of the daughters are car O None of the daughters are hemophiliacs, and all of the sons are car O Half of the daughters are hemophiliacs and half of the daughters ar None of the sons are hemophiliacs.

Understanding Health Insurance: A Guide to Billing and Reimbursement
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ISBN:9781337679480
Author:GREEN
Publisher:GREEN
Chapter6: Icd-10-cm Coding
Section: Chapter Questions
Problem 170R
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What offspring will result from the mating of a non-carrier female and a
?
hemophilic male?
Half of the sons are hemophillacs and half are not. All of the daughter
carriers.
None of the sons are hemophiliacs, and all of the daughters are carrie
None of the daughters are hemophiliacs, and all of the sons are carrier
O Half of the daughters are hemophiliacs and half of the daughters are c
None of the sons are hemophiliacs.
Transcribed Image Text:mentum.com/courseware-delivery/ua/49006400/724263801/aHR0cHM6Ly9mMi5hcH. Savvas EasyBridge Google Slides Infinite Campus M Inbox-francis.a@s... mosomal Inheritance: Tutorial What offspring will result from the mating of a non-carrier female and a ? hemophilic male? Half of the sons are hemophillacs and half are not. All of the daughter carriers. None of the sons are hemophiliacs, and all of the daughters are carrie None of the daughters are hemophiliacs, and all of the sons are carrier O Half of the daughters are hemophiliacs and half of the daughters are c None of the sons are hemophiliacs.
Expert Solution
Step 1

Females contain two X chromosomes and males have only one X chromosome. The extra X chromosome of females provides protection from the X-linked disease as one X masks the disease gene expression. 

While males cannot do this due absence of two X chromosomes. Hence males are more susceptible to X-linked disease. 

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