5. The pedigree below wis from a tare kidney disease: a) What is the most likely mode of inheritance for this disease? Explain your reasons. b) If person \#1 and \#2 have offspring, what is the probability that the first child will have kidney disease? c) If person HI:and H2 have 2 offspring, what is the probability that neither will have kidney disease? 6. For each pedigree below, indicate the most likely mode of inheritance (i.e,, autosomal or sexlinked, dominant or recessive) and the probability of the individuals indicated by the question marks being affected. Assume that the traits are rare in the general population and that the pedigrees show complete penetrance for the traits. 7. For the pedigree below determine the most likely mode of inheritance (i.e,, autosomal or sex-linked, dominant or recessive) and the probability of the individuals indicated by the question marks being affected. Assume that the traits are rare in the general population and that the pedigrees show complete penetrance for the traits
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5- The pedigree below wis from a tare kidney disease- a) What is the m.docx
1. 5. The pedigree below wis from a tare kidney disease: a) What is the most likely mode of
inheritance for this disease? Explain your reasons. b) If person #1 and #2 have offspring, what
is the probability that the first child will have kidney disease? c) If person HI:and H2 have 2
offspring, what is the probability that neither will have kidney disease? 6. For each pedigree
below, indicate the most likely mode of inheritance (i.e,, autosomal or sexlinked, dominant or
recessive) and the probability of the individuals indicated by the question marks being affected.
Assume that the traits are rare in the general population and that the pedigrees show complete
penetrance for the traits. 7. For the pedigree below determine the most likely mode of inheritance
(i.e,, autosomal or sex-linked, dominant or recessive) and the probability of the individuals
indicated by the question marks being affected. Assume that the traits are rare in the general
population and that the pedigrees show complete penetrance for the traits
