AB
Yes. It's the negative blood types that can't accept blood from the positives.
Yes. It's the negative blood types that can't accept blood from the positives.
The blood type that can receive blood from the most other blood types is AB positive (AB+). This universal recipient can accept red blood cells from all ABO types (A, B, AB, and O) and from Rh-positive and Rh-negative donors. As a result, individuals with AB+ blood type have the least restrictions when it comes to receiving blood transfusions.
Blood types are not dependent on race so if their blood types are the same when they are tested it would be fine.
People with O blood can only accept O blood. this is because type O blood does not have any antigens. Types A, B, and AB blood have A or B antigens, or both, respectively. If a person receives blood with antigens their blood does not contain it will cause their blood to clot and they will die.
Blood type during donations is asked because it is critical that blood types are matched. There are 4 human blood types: A, AB, B, and O. AB and B people can only accept their own blood type and O. A can receive all three other blood types. O can only receive it's own. If you get the wrong blood type you can die.
O negative blood can only accept other O negative blood. It is known as the universal donor blood type because it can be given to people with any blood type in case of an emergency.
Blood AB.
Yes, individuals with type O blood are considered universal donors, as their blood can be safely transfused to individuals with any other blood type. Type O blood does not contain A or B antigens that could trigger an immune response.
there are no other kinds of blood types in the world just the same as what we have here in america.
Because their body recognizes the A and the B types of blood, and O is recognized by all types because it has no genes
No, blood type O cannot accept blood type A without agglutination because blood type O has antibodies against blood type A. Mixing incompatible blood types can lead to agglutination, which can be harmful to the recipient.