Yes. 85% of the population is Rh+. Rh- is recessive .
Type O+ and B- can make O+/- (or) B+/-
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.
Blood type A has A antigens on the surface of red blood cells and B antibodies in the plasma. A person with blood type A can receive blood from donors with blood type A or O, and can donate to recipients with blood type A or AB.
No, it is not possible for a child to have B negative blood type if one parent is O positive and the other is A positive. Blood type inheritance follows specific rules, and in this case, the child would inherit either O or A positive blood type.
These are the possibilities: A neg or A pos B neg or B pos The father will always give an 0 to the child, which is infact zero. The mother will give an A or a B. An A and 0 gives A An B and 0 gives B The rhesus factor can be positive or negative.
O negative blood type is produced when a person inherits two O alleles and has a negative Rh factor. This means the person's blood lacks A, B, and Rh antigens, making it compatible with all blood types during transfusions.
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
B Neg donors can donate to B Pos or B Neg patients.
yes, 1 neg. + 1 pos. = neg. 2 neg. = pos.
Yes. Do I need to add "you weirdo" or can we just take it as obvious?
We are looking for the possible blood types of a baby.Parental information:Mother type O neg = can only be OO and Rh (--) Genes: O & (-)Father type AB pos = can only be AB and Rh (++) or (+-) Genes: A, B, (+), (-)Baby receives one gene from each parent: Baby is type AO Rh (+-) = Type AposBaby is type AO Rh (--) = Type A negBaby is type BO Rh (+-) = Type B posBaby is type BO Rh (--) = Type B negIf the parents are O neg and AB pos, they can have a Type A pos/neg or Type B pos/neg baby.
B Neg donors can donate to B Pos or B Neg patients.
*Note from asker: Both my parents and at least one brother have B pos blood... Possibility of a throwback gene?
We are looking for the possible blood types of a baby.Parental information:Mother type A neg --can be AA or AO with Rh (--) = contributes A, O, (-)Father type O pos --can only be OO with Rh (++), (+-) = contributes O, (+), (-)Baby receives one gene from each parent: Baby is type AO with Rh (+-) or (--) = Type A pos/negBaby is type OO with Rh (+-) or (--) = Type O pos/negYES, these parents could produce a Type A positive child.
We are looking for the possible blood types of a baby.Parental information:Mother type B neg -- can be BB or BO with Rh (--)Gene contribution B, O, (-) genesFather type A pos -- can be AA or AO with Rh (++) or (+-)Gene contribution A, O, (+), (-)Baby receives one gene from each parent: Baby is type AB (+-)/(--) = Type AB pos/negBaby is type AO (+-)/(--) = Type A pos/negBaby is type OO (+-)/(--) = Type O pos/negBaby is type BO (+-)/(--) = Type B pos/negFrom this B neg x A pos mating, the Rh factor will be either pos/neg in each case, and the children may have any of the 4 ABO phenotypic results.
We are looking for the possible blood types of a baby.Parental information:Mother type A negative -- can be AA or AO and Rh (--)Genes: A, O, (-)Father type A -- can be AA or AO and Rh (--)Genes: A, O, (-)Baby recieves one gene from each parent: Baby is type AA Rh (--) = Type A negBaby is type AO Rh (--) = Type A negBaby is type OO Rh (--) = Type O negIf both parents are A neg, then they would have an Type A neg or O neg child. The child cannot B because the parents do not carry a B gene, and cannot be Rh positive since neither parent carries the Rh (+) gene.
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.
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.