Assertion: hemophilia's father | /r/HasAspect | hemophilia
Facets:
value: in this example
type: OTHER
Source sentences:
text: FATHER HAS HEMOPHILIA
text: In this example, the father has hemophilia, and the mother does not carry the hemophilia gene.
text: It is very rare for a girl to be born with hemophilia, but it can happen if the father has hemophilia and the mother carries the gene for hemophilia.
text: If the father has hemophilia but the mother does not carry the hemophilia gene, then none of the sons will have hemophilia disease, but all of the daughters will be carriers.
text: When the father has hemophilia but the mother does not, none of the sons will have hemophilia.
text: The genes for the disease are on the X chromosome, meaning that when the father has hemophilia but the mother doesn’t and is not a carrier, sons will have hemophilia.
text: For daughters to have the disease, their father must also have hemophilia.
text: the father has hemophilia
text: The father has hemophilia
text: A father who has hemophilia can only pass on his altered hemophilia gene to his daughter because only a daughter will inherit his altered X chromosome.
text: A father who has hemophilia possesses the gene and passes it on to his daughter because daughters receive two X chromosomes, one from their mother and one from their father.
text: This can occur if her father has hemophilia and her mother is a carrier.
text: Female hemophiliacs do exist, but only when both the mother is a carrier and the father actually has hemophilia and the two make a female baby.
text: When the father has hemophilia but the mother does not, none of the sons will have hemophilia.
text: If the father has hemophilia and the mother is a carrier, there is a chance their daughter will have hemophilia.
text: This can happen if her father has hemophilia and her mother is a carrier.
text: In this example, the father doesn’t have hemophilia ( i.e, he has two normal chromosomes-X and Y).
text: If the father has hemophilia:
text: If both the mother is a carrier and the father has hemophilia:
text: Females can be seriously affected only if the father has hemophilia and the mother is a carrier.
text: When the father has hemophilia but the mother does not, none of the sons will have hemophilia.
text: If the father has hemophilia but the mother does not carry the hemophilia gene, then none of the sons will have hemophilia disease, but all of the daughters will be carriers.
text: In this example, the father has hemophilia, and the mother does not carry the hemophilia gene.
text: No sons will have hemophilia Father has hemophilia (
text: In this example, the father has hemophilia (that is, he has the hemophilia gene on the X chromosome).