you can have O+ or A+
No. Persons with type O blood can only receive type O blood.
Type O blood because type O blood has no markers on the blood cells so the anti-markers will not go into action against the blood cells.
O blood type can only receive blood type only from O, and blood type O can give blood to all other blood types, but obly receive blood from it self General Rule : O is general donnor but limited receiver.
No. O types must receive blood from other O types.
no O's get ONLY from O but O can give to everybody
B positive and O positive
Type O or type A broadly speaking. it also depends on other proteins found on the surface of donated blood cells such as rhesus proteins. someone can be rhesus plus or rhesus minus meaning they either have the protein or don't. You can only receive blood of the same rhesus type of as your own for example: A rhesus positive can only receive A rhesus positive or O rhesus positive
Blood type O has antibodies against Type A, B and AB. Transfusion would result in a massive allergic reaction to your own blood and quick death.
Yes, O is suitable for all types of blood groups because it's a a general donnor. Definiely YES , blood type A can receive blood type 'O' because blood type 'O' has no A and B antigen and it will not cause any agglutination ( no clumping of red blood cells) . Whereas if a patient of a blood type 'O' receive a donor of blood type A..it will cause a major hemolytic transfusion reaction which is fatal to the patient with 'O' blood type because an A antigen will agglutinate(clumps) red cells of the "O' blood type patient.
o because o has no markers on any of the blood cells.
yes the hospital do have enough Well, type A blood can only receive type A blood and those who have type B blood can only use type B blood, and for type AB, you can get type 0 blood meaning you can receive any type of blood in your body has both A and B antigens on red cells. For type A blood, it has only the A has only the A antigen on red cells and for type B blood, it has only the B antigen on red cells.