slide 1 of 41 what happens to produce? all males are mutant, but all females are wild-type? all...
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![Page 1: Slide 1 of 41 What happens to produce? All males are mutant, but all females are wild-type? All females are wild type, but only 50% of males are?](https://reader036.vdocument.in/reader036/viewer/2022083008/56649f305503460f94c4af5c/html5/thumbnails/1.jpg)
Slide 1 of 41
What happens to produce?
All males are mutant, but all females are wild-type?
All females are wild type, but only 50% of males are?
50% are wild-type, 50% are mutant?
![Page 2: Slide 1 of 41 What happens to produce? All males are mutant, but all females are wild-type? All females are wild type, but only 50% of males are?](https://reader036.vdocument.in/reader036/viewer/2022083008/56649f305503460f94c4af5c/html5/thumbnails/2.jpg)
Slide 2 of 41
What happens to produce? (Answers)
All males are mutant, but all females are wild-type? Wild-type dad + Mutant mom (homozygous recessive)
All females are wild type, but only 50% of males are? Wild-type dad + Heterozygous Mom
50% are wild-type, 50% are mutant for both genders? Mutant dad + Heterozygous Mom
![Page 3: Slide 1 of 41 What happens to produce? All males are mutant, but all females are wild-type? All females are wild type, but only 50% of males are?](https://reader036.vdocument.in/reader036/viewer/2022083008/56649f305503460f94c4af5c/html5/thumbnails/3.jpg)
Slide 3 of 41
Think about it…
IF the mother is homozygous dominant, then sons are
IF the mother is heterozygous, then sons are
IF the mother is homozygous recessive, then sons are
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Slide 4 of 41
Think about it… (Answers)
IF the mother is homozygous dominant, then sons are 100% wild-type
IF the mother is heterozygous, then sons are 50% wild-type
IF the mother is homozygous recessive, then sons are 0% wild-type
![Page 5: Slide 1 of 41 What happens to produce? All males are mutant, but all females are wild-type? All females are wild type, but only 50% of males are?](https://reader036.vdocument.in/reader036/viewer/2022083008/56649f305503460f94c4af5c/html5/thumbnails/5.jpg)
Slide 5 of 41
Think about it… (Page 2)
IF the father is wild-type, then daughters are
IF the father is mutant, then daughters are
So mothers determine ______ &
wild type fathers produce ______ daughters
![Page 6: Slide 1 of 41 What happens to produce? All males are mutant, but all females are wild-type? All females are wild type, but only 50% of males are?](https://reader036.vdocument.in/reader036/viewer/2022083008/56649f305503460f94c4af5c/html5/thumbnails/6.jpg)
Slide 6 of 41
Think about it… (Page 2) (Answers)
IF the father is wild-type, then daughters are 100% Wild-type
IF the father is mutant, then daughters are Follow the mother’s type
So mothers determine sons &
wild type fathers produce wild-type daughters
![Page 7: Slide 1 of 41 What happens to produce? All males are mutant, but all females are wild-type? All females are wild type, but only 50% of males are?](https://reader036.vdocument.in/reader036/viewer/2022083008/56649f305503460f94c4af5c/html5/thumbnails/7.jpg)
Slide 7 of 41
Sex-linked Disorders?
Which gender do you think is afflicted at a higher rate?
Why?
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Slide 8 of 41
Sex-linked Disorders? (ANSWER)
Which gender do you think is afflicted at a higher rate? Males
Why? Biologically inferior? XY means what they inherit from mom determines
whether sons are diseased or not XX gets an allele from mom and another from dad
So two chances to get the normal allele, and the normal allele is dominant to the disease allele
![Page 9: Slide 1 of 41 What happens to produce? All males are mutant, but all females are wild-type? All females are wild type, but only 50% of males are?](https://reader036.vdocument.in/reader036/viewer/2022083008/56649f305503460f94c4af5c/html5/thumbnails/9.jpg)
Slide 9 of 41
What should have happened?
What should have been the ratio if the characters were inherited via a Mendelian pattern?
How do the recombinants form?
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Slide 10 of 41
What should have happened?
What should have been the ratio if the characters were inherited via a Mendelian pattern? 1:1:1:1
How do the recombinants form? Parental and recombinant types are equally likely
according to a typical Mendelian inheritance pattern