In humans, the allele for hemophilia, h, is recessive. Which is true of a woman with the genotype XHXh
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The Xh gene is recessive. That means in a pair of XHXh, the XH will dominate over Xh and the woman will not be haemophilic.
However, she will be a carrier for future generations and can cause haemopholia in her children.
If the father is non-haemophilic, then one carrier girl and one haemophilic boy are among the possible offspring.
If the father is haemophilic, then one carrier girl, one haemophilic girl and one haemophilic boy are among the possible offspring.
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Here's your answer...
The Xh gene is recessive. That means in a pair of XHXh, the XH will dominate over Xh and the woman will not be haemophilic.
However, she will be a carrier for future generations and can cause haemopholia in her children.
If the father is non-haemophilic, then one carrier girl and one haemophilic boy are among the possible offspring.
If the father is haemophilic, then one carrier girl, one haemophilic girl and one haemophilic boy are among the possible offspring.
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