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All of the following are true about antigens EXCEPT
No, the parents can only pass on +.
so that offspring are haploid
There are 2 types: A and B
False
Incomplete dominance
gene; allele
Codominance
True
We cannot apply Mendel’s principles of genetics to humans.
No, the parents can only pass on +.
so that offspring are haploid
There are 2 types: A and B
False
Incomplete dominance
gene; allele
Codominance
True
Hair color is a(n) ______________, while blonde is a(n) _______________
No, the parents can only pass on +.
so that offspring are haploid
There are 2 types: A and B
False
Incomplete dominance
gene; allele
Codominance
True
Cases in which one allele is not completely dominant over another.
No, the parents can only pass on +.
so that offspring are haploid
There are 2 types: A and B
False
Incomplete dominance
gene; allele
Codominance
True
When crossed a black feathered chicken and white feathered chicken produce a baby chick with black and white feathers. This is an example of
No, the parents can only pass on +.
so that offspring are haploid
There are 2 types: A and B
False
Incomplete dominance
gene; allele
Codominance
True
All of the following are reasons why it's important human sex cells are haploid EXCEPT
No, the parents can only pass on +.
so that offspring are haploid
There are 2 types: A and B
False
Incomplete dominance
gene; allele
Codominance
True
Is it possible for B+ and A+ parents to have a child that is AB-?
No, the parents can only pass on +.
so that offspring are haploid
There are 2 types: A and B
False
Incomplete dominance
gene; allele
Codominance
True
Crossing-over results in different combinations of alleles.
No, the parents can only pass on +.
so that offspring are haploid
There are 2 types: A and B
False
Incomplete dominance
gene; allele
Codominance
True
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