No. Transfusions are categorized into different blood types. ABO blood types are the largest group. A person can have A, B, AB, or O type. The O is considered the universal donor and the AB is the universal recipient. That means that O is the preferred blood type of a person that is donating blood because it can be transfused into any other blood type. The AB is the preferred recipient because they can receive any of the blood types and not reject the agglutinogens, which are the proteins on the outside of red blood cells.
AB positive blood type is known as the universal recipient which means that persons with AB positive blood can recieve transfusions from any blood type, positive or negative. Generally, transfusions of the same blood type or of blood type O can be given. Persons with blood types that are RH positive can be given transfusions of either the positive OR negative subtype, but persons with RH negative blood types can only receive transfusions from other RH negative blood types.
There are certain blood types that are more rare. Any of the blood types would perform the same function in the body. The rare blood types are needed for transfusions.
Because their body recognizes the A and the B types of blood, and O is recognized by all types because it has no genes
Because it is a combination of all blood types. Therefore, you are able to receive all blood types. So, the answer to the question summary is yes. Just be careful when receiving blood transfusions.
Try going to www.redcross.org/blood, they specialize in blood, blood types, blood transfusions, blood donating, all things blood. Every single thing you need to know is there.
no there not all the same are they u answer it
it is the same it is the same
No
Yes, All Mold DOES NOT Grow On The Same Type Of Bread.
yes. When you are finding the area of a triangle you do the same for all types of triangles.
Group A POS and group AB POS can receive group A POS red cell transfusions.
Blood has different mixes which makes some blood different from others this is very important during blood transfusions.