Test that Mode of Inheritance is Sex Linked Recessive for experiments at each of two research institutions At two research instructions, the parental cross is an unaffected (wild‐type) male with an affected female. The cross of a male and female in the F 1generation produces the following counts in the F 2generation: Question to be answered: Compute the Fisher Combined P‐value test using the data from the two sites, and draw a conclusion (reject, do not reject) the null hypothesis for the Fisher test, namely that the specified MOI at each site is correct
Test that Mode of Inheritance is Sex Linked Recessive for experiments at each of two research institutions At two research instructions, the parental cross is an unaffected (wild‐type) male with an affected female. The cross of a male and female in the F 1generation produces the following counts in the F 2generation: Question to be answered: Compute the Fisher Combined P‐value test using the data from the two sites, and draw a conclusion (reject, do not reject) the null hypothesis for the Fisher test, namely that the specified MOI at each site is correct
Chapter5: Unit, Percentage, Milliequivalent, Ratio, And Household Measures
Section: Chapter Questions
Problem 20SST
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Question
Test that Mode of
Inheritance is Sex Linked Recessive for
experiments at each of two research
institutions
At two research instructions, the parental cross is an
unaffected (wild‐type) male with an affected female. The
cross of a male and female in the F 1generation produces the
following counts in the F 2generation: Question to be answered:
Compute the Fisher Combined P‐value test using the
data from the two sites, and draw a conclusion (reject,
do not reject) the null hypothesis for the Fisher test,
namely that the specified MOI at each site is correct.
Transcribed Image Text:Phenotype
Male, Affected
Male, Unaffected
Female, Affected
Female, Unaffected
Counts at Research
Institution 01
45
50
55
26
Counts at Research
Institution 02
100
68
57
84
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