I believe all of the do EXCEPT for type O. that is why type O is the universal donator. the other bloodtypes have receptor proteins that can call out invading blood types that don't match by the receptors of the different blood. This results in the body attempting to reject and fight the invading blood. it can lead to death. Type O doesn't have receptors so the host blood type cant detect it. there is no rejection.
The two main types of non-cellular synthetic blood products are perfluorocarbons and hemoglobin-based oxygen carriers. Perfluorocarbons are synthetic molecules that can carry oxygen and carbon dioxide, while hemoglobin-based oxygen carriers are derived from purified hemoglobin to serve as an oxygen carrier in the blood.
There are dozens of proteins within the layers of the red blood cell membrane that help with functions like transport and shape. The antigens on the surface of red blood cells that determine blood type are actually carbohydrate molecules attached to protein carriers. They are determined by genetics; your parents' blood types determine your blood type. In contrast, hemoglobin is not on the red blood cells' cell membranes, but is contained in the cytoplasm of the cell. What we call Rh D factor is also a protein found on the surface of the RBCs. Either you have it (Rh+) or not (Rh-).
Blood type A can receive a transfusion from blood types A and AB.
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.
No, there are four primary blood types: A, B, AB, and O. Each of these blood types can be either positive or negative, making a total of eight possible blood type combinations. These blood types are determined by the presence or absence of certain antigens on the surface of red blood cells.
Genes
the particles are: human flesh, fish blood, and of course elephant intestins
blood types are determined by proteins know as maker molecules
Blood type O can recieve any type of blood transfusions. They can also recieve any type of plasma. O positive is a common blood type and those with it should take advantage of donating both blood and plasma.
About 85 percent of the people he tested had this protein, and about 15 percent lacked it. Like the A, B, AB, and O blood types, the presence of Rh factor is determined by a marker on the red blood cell. If your blood type is Rh positive, you have the Rh marker. If your blood type is Rh negative, you lack the marker on your cells. If you are Rh negative and ever received Rh positive blood, you would develop Rh clumping proteins in your plasma. This situation is potentially dangerous.
oxygen
The two main types of non-cellular synthetic blood products are perfluorocarbons and hemoglobin-based oxygen carriers. Perfluorocarbons are synthetic molecules that can carry oxygen and carbon dioxide, while hemoglobin-based oxygen carriers are derived from purified hemoglobin to serve as an oxygen carrier in the blood.
large items ( white, red blood cells, plasma proteins) are retained
First you must have a type and screen which determines your blood type. Then the blood get cross-matched to see if it is a good fit. There are many factors that must be considered before a person receives blood. Of course in a trauma situation where there is no time to type, screen and cross match patients always receive Type O negative blood as this is the "Universal Donor."
All types of molecules
This will depend on a number of factors. If one is not keen on blood, anything surgical is out but there are other options such as social work that help people too.
All types of molecules