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What blood antibodies are present in the blood of individuals with blood type AB?
Individuals with blood type AB have both A and B antibodies present in their blood.
What kind of antibodies does type AB have?
Since that person has anti-B antibodies, then A antigens are present in her red blood cells. Since that person doesnt have anti-A antibodies, then there are no B antigens present, which means the person has A type blood.
Can O positive blood group be interpreted as AB positive blood group?
No, O positive and AB positive blood types are different. O positive is type O blood with the Rh factor, while AB positive is type AB blood with the Rh factor. Blood type is determined by the presence or absence of antigens on the surface of red blood cells, which is not interchangeable between O and AB types.
What kind of blood can Type AB donate to?
O, B, A, and AB This is because the AB blood molecules have both the A and B antigens. These antigins mean that the cells don't attack cells with either A or B present. The body made no antibodies because neither A nor B are seen as foreign antigens. Without the worry of antibodies attacking transfused blood, the current blood will accept any type of new blood. Although depending on the + or -, there still could be problems.
What does having blood which types as B positive mean?
Blood type B positive means that you have anti-A antibodies, B-antigens, and an Rh factor that is positive. As a B+, you can receive blood from people with blood types O postive, O negative, B positive, and B negative, however a B+ blood type can only donate to a person with B+ and AB+ blood type.
Universal recipient blood type?
The universal recipient blood type is AB positive. This blood type can receive transfusions of red blood cells from donors of any blood type (A, B, AB, or O) as it does not have antibodies against A or B antigens.
Can parents who are b positive have ab positive baby?
Yes, it is possible for parents who are B positive to have an AB positive baby. This would occur if one parent is B positive with the genotype BO and the other parent is AB positive with the genotype AB. The child could inherit the A and B alleles from each parent, resulting in an AB blood type.
Individuals with type ab are blood recipient can you tell why?
1-Type A ... which has antibodies : B ... and Antigene : A2-Type B ... which has antibodies : A ... and Antigen : B3-Type AB . which has No antibodies ... and has Antigen : A and B4-Type O .. which has antibodies : A and B ... and has No Antigensfrom this information's, you can notice that AB blood type doesn't have Antibodies that's why it accept all types during blood transfusion, when there is no antibodies this means that the body will not consider the other blood types as foreigners.
What are blood groups and what is their importance?
Blood type is determined by antibodies and antigens present in red blood cells antibodies A and B for blood group A and B, when there's no antibodies it is group AB, when both antibodies A and B is present then it is group O
What prevents your body from accepting transfusions of certain types of blood?
Antibodies. They are designed to resist, or fight, specific types of antigens. Type AB has no antibodies, which is why they can receive any type of blood. Type A has B antibodies, which means it will fight type B blood as well as type AB. Type B has A antibodies, which means it will fight type A blood, as well as type AB. Type O has A and B antibodies, which is why it can only receive type O blood.
Can an A positive father and a B positive mother have a B negative child?
If the mother is A negative, and the father is B positive, they could have children who are A negative, A positive, B negative, B positive, AB negative, AB positive, O negative, or O positive.
Why is AB positive the universal acceptor?
People having the blood group AB positive are called 'universal acceptor' because both anti-A and anti-B antibodies, as well as anti-D antibodies are absent in there blood circulation. Hence, these people generally face no chances of agglutination when transfused with blood of whatever blood group.
