Question

Which of the following modes of inheritance can you eliminate, and why? a. autosomal recessive b. autosomal dominant c. X-linked recessive d. X-linked dominant e. Y-linked f. sex-limited g. sex influenced, dominant in males h. sex-influenced, dominant in females i. mitochondrial inheritance j. With all of the above in mind, propose a mode of inheritance for this very interesting pedigree.

          Which of the following modes of inheritance can you eliminate, and why?

a. autosomal recessive

b. autosomal dominant

c. X-linked recessive

d. X-linked dominant

e. Y-linked

f. sex-limited

g. sex influenced, dominant in males

h. sex-influenced, dominant in females

i. mitochondrial inheritance

j. With all of the above in mind, propose a mode of inheritance for this very interesting pedigree.

Which of the following modes of inheritance can you eliminate, and why?

a. autosomal recessive

b. autosomal dominant

c. X-linked recessive

d. X-linked dominant

e. Y-linked

f. sex-limited

g. sex influenced, dominant in males

h. sex-influenced, dominant in females

i. mitochondrial inheritance

j. With all of the above in mind, propose a mode of inheritance for this very interesting pedigree.

Added by Samuel G.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Suman K

05/18/2022

Step 1

However, in the given pedigree, the parents must be carriers, and they have a 25% probability of having a healthy child. This does not align with autosomal dominant inheritance. Show more…

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Which of the following modes of inheritance can you eliminate, and why? a. autosomal recessive b. autosomal dominant c. X-linked recessive d. X-linked dominant e. Y-linked f. sex-limited g. sex influenced, dominant in males h. sex-influenced, dominant in females i. mitochondrial inheritance j. With all of the above in mind, propose a mode of inheritance for this very interesting pedigree.