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Sex-linked disorders are:
the two had children together.
colorblindness, hemophilia, and male patterned baldness.
are present in every generation.
both parents had to be carriers.
they have the trait.
Females
family trees.
can skip generations.
Lines connecting individuals mean:
the two had children together.
colorblindness, hemophilia, and male patterned baldness.
are present in every generation.
both parents had to be carriers.
they have the trait.
Females
family trees.
can skip generations.
Sometimes pedigrees are called:
the two had children together.
colorblindness, hemophilia, and male patterned baldness.
are present in every generation.
both parents had to be carriers.
they have the trait.
Females
family trees.
can skip generations.
Recessive traits:
the two had children together.
colorblindness, hemophilia, and male patterned baldness.
are present in every generation.
both parents had to be carriers.
they have the trait.
Females
family trees.
can skip generations.
The circles on a pedigree represent:
the two had children together.
colorblindness, hemophilia, and male patterned baldness.
are present in every generation.
both parents had to be carriers.
they have the trait.
Females
family trees.
can skip generations.
If an individual is shaded in that means:
the two had children together.
colorblindness, hemophilia, and male patterned baldness.
are present in every generation.
both parents had to be carriers.
they have the trait.
Females
family trees.
can skip generations.
Dominant traits:
the two had children together.
colorblindness, hemophilia, and male patterned baldness.
are present in every generation.
both parents had to be carriers.
they have the trait.
Females
family trees.
can skip generations.
If a recessive trait shows up in a later generation, that means:
the two had children together.
colorblindness, hemophilia, and male patterned baldness.
are present in every generation.
both parents had to be carriers.
they have the trait.
Females
family trees.
can skip generations.
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