It depends what you define as "Blood".
Type AB, Rh positive recipients may receive whole blood (rarely used in modern transfusion medicine) from AB, Rh positive or negative donors. They may also (generally) receive red cell transfusions from any ABO and Rh blood type. They may receive platelets from any ABO, Rh donor type, but may require removal of residual incompatible plasma from the platelet product prior to infusion. An AB patient may only receive AB plasma.
AB negative recipients may receive whole blood from an AB, Rh negative donor, red cells from any ABO, Rh negative donor, platelets from any ABO, Rh negative donor (with possible plasma reduction), and only AB plasma.
Concerning the transfusion of Rh positive cellular components to Rh negative recipients; ABO compatible, Rh positive red cells may be transfused to Rh negative patients IF there are no compatible, Rh negative products available, transfusion cannot wait for units to be imported, anti-D antibodies are not present in the patient's plasma and the patient is a male, or a female of non-child bearing age.
Yes it is possible that human body have type ABO blood.
In addition to type A, B, and O, there is type AB. This blood type is the rarest of the four.
A person with blood type AB cannot give blood to anyone but can receive blood from anyone
Her blood type will be A.
A
Ia Ib
In the ABO system, it is O blood type that contains no surface antigens.
ABO and Rh
To type blood according to abo, the lab detects the proteins of the cells to determine whether blood is a b or o. To further type blood into rh- and rh positive, the lab checks antibodies to specific proteins.
ABO
We are looking for the possible blood types of a baby.Parental information:Mother type O --can only be OO = contributes the O geneFather type AB --can only be AB = contributes A and B genesBaby receives one gene from each parent: Baby is type AO = Type ABaby is type BO = Type BGenerally, in order for the baby to be Type O (genotype OO) BOTH parents must contribute the O gene.HOWEVER: There is more to ABO blood typing that just the ABO gene.There is also an inhibitory gene that will change any genotype into the phenotype O.Therefore a person with genetically AB blood can be tested as having Type O.If the baby's inhibitory gene has been turned "on", then no matter what ABO genes he receives from his parents, he will test out as a Type O. This is RARE, but possible.
We are looking for the possible blood types of a baby.Parental information:Mother type O --can only be OO = contributes the O geneFather type AB --can only be AB = contributes A and B genesBaby receives one gene from each parent: Baby is type AO = Type ABaby is type BO = Type BIn order for the baby to be Type O (genotype OO) BOTH parents must contribute the O gene.HOWEVER: There is more to ABO blood typing that just the ABO gene.There is also an inhibitory gene that will change any genotype into the phenotype O.Therefore a person with genetically AB blood can be tested as having Type O.If the baby's inhibitory gene has been turned "on", then no matter what ABO genes he receives from his parents, he will test out as a Type O. This is RARE, but possible.
it would be type AB.