Difference between revisions of "Blood Groups"
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| − | The number of blood groups varies between the domestic species and are determined by the presence of antigenic components on the surface of the [[Erythrocytes|red blood cells]]. Cattle have 2 blood groups (B and J) and the most complex blood group systems while | + | {| cellpadding="10" cellspacing="0" border="1" |
| + | | See also: | ||
| + | |'''[[Transfusion Medicine - Introduction|Transfusion Medicine - Introduction]]<br>[[Blood Groups - Dog|Blood Groups - Dog ]]<br>[[Blood Groups - Cat|Blood Groups - Cat ]]<br>[[Blood Collection for Transfusion|Blood Collection for Transfusion]] <br>[[Blood Products]]''' | ||
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| + | The number of blood groups varies between the domestic species and are determined by the presence of antigenic components on the surface of the [[Erythrocytes|red blood cells]]. Cattle have 2 blood groups (B and J) and the most complex blood group systems while cats have 3 blood groups and are quite simple. Dogs have 8 blood groups, Horses have 3, A, C and Q and sheep have 2 groups B and R. | ||
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| − | In order to achieve a safe blood transfusion blood typing and sometimes crossmatching of the donor and recipient patient is required. Transfusion of the incorrect blood type can lead to a haemolytic transfusion reaction which can be fatal | + | Normally an animal will not have antibodies against antigens present on the surface of its own red blood cells or against blood group antigens of that species unless they have been produced following pregnancy, a previous transfusion or a [[Vaccines|vaccine]] reaction. |
| + | In order to achieve a safe blood transfusion blood typing and sometimes crossmatching of the donor and recipient patient is required. Transfusion of the incorrect blood type can lead to a haemolytic transfusion reaction which can be fatal. | ||
Initial collection of blood gives fresh whole blood. Generally this is the product most frequently used however different [[Blood Products| blood products]] are available and are frequently used in referral practices. | Initial collection of blood gives fresh whole blood. Generally this is the product most frequently used however different [[Blood Products| blood products]] are available and are frequently used in referral practices. | ||
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Giving blood components over whole blood is advantageous as it reduces the number of transfusion reactions and also allows specific replacement therapy. | Giving blood components over whole blood is advantageous as it reduces the number of transfusion reactions and also allows specific replacement therapy. | ||
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[[Category:Transfusion Medicine]] | [[Category:Transfusion Medicine]] | ||
Revision as of 20:54, 15 August 2010
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This article is still under construction. |
| See also: | Transfusion Medicine - Introduction Blood Groups - Dog Blood Groups - Cat Blood Collection for Transfusion Blood Products |
The number of blood groups varies between the domestic species and are determined by the presence of antigenic components on the surface of the red blood cells. Cattle have 2 blood groups (B and J) and the most complex blood group systems while cats have 3 blood groups and are quite simple. Dogs have 8 blood groups, Horses have 3, A, C and Q and sheep have 2 groups B and R.
Normally an animal will not have antibodies against antigens present on the surface of its own red blood cells or against blood group antigens of that species unless they have been produced following pregnancy, a previous transfusion or a vaccine reaction.
In order to achieve a safe blood transfusion blood typing and sometimes crossmatching of the donor and recipient patient is required. Transfusion of the incorrect blood type can lead to a haemolytic transfusion reaction which can be fatal.
Initial collection of blood gives fresh whole blood. Generally this is the product most frequently used however different blood products are available and are frequently used in referral practices. Whole blood can be stored or separated into packed red blood cells, plasma, or platelet rich plasma concentrates. Giving blood components over whole blood is advantageous as it reduces the number of transfusion reactions and also allows specific replacement therapy.