You are able to receive type A, type B and type AB
you can receive any type of blood.
You can receive B and O. If you are positive you can receive either positive or negative. Negative can only receive negative.
if you have blood type "b" you can receive blood type "b"and blood type "O." Blood type b because it is the the same blood type, blood type o because it has no clumping proteins.
The person could not receive from types A, B, or AB.
ABO blood types are controlled by codominance and multiple alleles.
Your RH factor is what determines if your blood type is positive or negative. This factor helps determine who can safely recieve your blood from a transfusion, or what blood types you can safely recieve. northernohio.redcross.org has information on what bloodtypes can safely be mixed from transfusions and other data in their information section.
Depending on whether you are A+ or A- you can receive different types of blood. If you have A+ blood you can often receive blood from A+, A-, O+, and O-. However, if you are A- you can only usually receive blood from A- and O-.
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.
The 4 blood types are:A - type A blood has antigen A and antibody anti-BB - type B blood has antigen B and antibody anti-AAB - blood type AB has both antigens A and B and has no antibodiesO - Type O blood has no antigens but has both antibodies anti-A and anti-B
because of the antibody-Anti gene system
No. O types must receive blood from other O types.
they react with different blood types!
Not taking Rh Factor into consideration, O is the universal donor. All blood types can receive type O. For information, AB is the universal recipient. They can take any blood type. Remember, this excludes the Rh Factor.
ABO blood types are controlled by codominance and multiple alleles.
An individual with A- (A negative) blood can safely receive the following blood types during a transfusion:A-O-
Blood AB.
Blood type O positive is considered the "universal donor" because they can safely give blood to all other blood types without harm however the donor can only receive blood from other type O donors. Positive means that they can receive both positive and negative blood type O.
Short Answer: Type A blood can receive a transfusion from Types A or O.Why?The blood cell has a protein identifier (antigen) on its outer cell membrane.If the person is Type A, B or O, they also have an antibody in their plasma (blood fluid) that protects the person against either Type A or B transfusions.Type A plasma carries the antibody "I hate B" that would agglutinate a Type B or AB transfusion.Type A has no antibodies to Type O cells & therefore O would be a candidate.Type A has no antibodies against itself and therefore A would be a candidate.Please keep in mind that there are 32 different blood-group systems on the human blood cell, and ABO is only one of them. Even if two people have been told that they have the same blood type (ABO and Rh factor), their blood may not be compatible for transfusion.
Your RH factor is what determines if your blood type is positive or negative. This factor helps determine who can safely recieve your blood from a transfusion, or what blood types you can safely recieve. northernohio.redcross.org has information on what bloodtypes can safely be mixed from transfusions and other data in their information section.
blood group AB.
if the blood you receive has a different antigen profile than the ones on your own blood you could develop an antibody to the new blood because your body recognizes it as foreign. The antibody could destroy all the new blood you just received. This can happen in an fast, severe way that could potentially be life-threatening. Or it could happen slowly destroying the blood you just received making it unavailable for your body to use. The next time you receive blood, if it has the same antigen on it that binds to the antibody your body made, the reaction could happen faster and be more severe.