a or ab neg and o pos
If one of the parents is AO negative and the other is BO negative they could produce offspring that were BO, AO, AB or OO negative.
Yes, people with AB positive blood can receive O positive blood. In fact, AB+ can receive *any* blood, A, B, O, or AB, positive or negative. It is the other blood types that have restrictions.
Not necessarily. A child's blood type is determined by the combination of both parents' blood types. If the father carries the A negative blood type, then it is possible for the child to be A negative as well.
We are looking for the possible blood types of a MOTHER.Available information:Father type O pos -- can only be OO with Rh (++) or (+-)Genes: O, (+), (-)Baby type O neg -- can only be OO with Rh (--)Baby receives one gene from each parent: Mother must contribute an O and Rh (-)Blood type AO with Rh pos (+-) or neg (--)Blood type BO with Rh pos (+-) or neg (--)Blood type OO with Rh pos (+-) or neg (--)With the father contributing an O and (-) gene, the mother mus contribute the other O and (-); therefore the mother can be Type A pos/neg, Type B pos/neg or Type O pos/neg, with Type O neg being the best case of getting the O neg baby.
No, blood types O positive (O+) and B negative (B-) cannot produce a B positive (B+) offspring. Blood type O carries only the O antigen, while blood type B carries the B antigen. To have a B+ blood type, one would need to inherit the B antigen from both parents.
The parents could be any combination of blood types that includes A and Rh- factors. Potential blood types for the parents could be A neg and O neg, A neg and A neg, A pos and A neg, or A pos and O neg, among others.
RH- and RH+ are not blood types, they are factors.
No, This is impossible!
If one of the parents is AO negative and the other is BO negative they could produce offspring that were BO, AO, AB or OO negative.
Blood type A+ positive cand donate to people that have types A+ or AB+. They can receiver blood from Apos & neg, O pos & neg. Type O+ can give to O+ A+ B+ AB+ & only receive from O pos & neg Type B+ can give to B+ and AB+ and receive from B pos & neg; O pos & neg. Type AB+ can give only to AB+ and receive from EVERYONE A- (neg) can give to A pos & neg; AB pos & neg & receive from A neg & O neg. O- (neg) can give to EVERYONE and receive only O - (neg) B- (neg) can give to B pos & neg; AB pos & neg and receive from B- and O- AB- can give to only AB neg & pos and receive from AB-, A-, B-,O- **Type O blood is the universal blood type and is the only blood type that can be transfused to patients with other blood types **There is always a need for Type O donors because their blood may be transfused to a person of any blood type in an emergency
Mixing blood types will not any impact on the health of a child, only the resultant inherited blood type. This particular mix will produce a child with an A pos or A neg or O pos or O neg blood group.
No. An AB neg can receive blood from any blood group with a negative Rh (A neg, B neg, AB neg, O neg).
Yes, people with AB positive blood can receive O positive blood. In fact, AB+ can receive *any* blood, A, B, O, or AB, positive or negative. It is the other blood types that have restrictions.
B-Negative (B-) blood comes from individuals who possess the B antigen on the surface of their red blood cells but do not have the Rh factor, which is a protein that can be present (+) or absent (-). Blood types are determined by genetic inheritance, and B-Neg is relatively rare, making up a small percentage of the population. Blood donations from B-Neg individuals are crucial for transfusions, especially for patients with compatible blood types.
Blood types must be matched specifically except of the case of O neg. which I have.
It depends if you are A pos or A neg. If you are A pos, you can receive A pos, A neg, O pos, and O neg. If you are A neg, you can receive A neg, or O neg. The reason for this is that if you are A neg and receive Rh positive blood, it is possible you may develop an Anti-D antibody (Rh antibody)which would cause you to have a reaction to further transfusion of Rh positive units.
O negative