No, AB Rh negative is the rarest blood type.
Signs point to yes.
yes
Yes
AB negative is the rarest blood type. AB positive is the second rarest blood type. The negative blood types are more rare than the positive. The common blood type is o.
AB negative is the rarest.
Type O+ blood is compatible with AB, A+, B+, and O+ blood types. That is, if your blood type is O positive, you can receive AB, A positive, B positive, and O positive blood types.
type ab- is the rarest, with an average of 1% of the population having it.
Blood types are determined by the presence or absence of specific antigens, A and B, on the surface of red blood cells as well as the presence or absence of an Rh factor. The rarest type of blood in the United States is Type AB negative.
AB negative is the rarest blood type. AB positive is the second rarest blood type. The negative blood types are more rare than the positive. The common blood type is o.
yes there is but it is rare
Yes. Blood type AB positive is the most common.
it can be rare only
A, b, ab
Generally no but in very rare circumstances, through mutations and incorrectly copying DNA, it is possible for two parents with type O blood to have a child with AB blood.
Rare blood types are O negative and AB negative. B negative and AB positive are also fairly rare blood types. O negative is known as the universal donor blood type because it is compatible with any other blood type.
The resulting child could have A+, B+, or AB+ type blood.
No, because the domonite blood type would be AB positive. So you would most likely get a baby that is AB positive.
AB - blood type is the rarest blood type, followed by AB + being the second rarest. Its usually not good to have a rare blood type, considering that its rare and if you ever need a blood transfer, your blood type would be harder to find. If your considering donating your rare blood, it'll definitely be useful towards the other few people with the same blood type that need a transfer.
the child's blood group will be AB-.
A person who is blood type AB has to be genotype AB. A person who is blood type O has to be genotype OO. So if a person who is AB mates with a person who is O, they cannot have a baby with type O. They could have an A or a B, but not O or AB.