Aurora Burlington’s Crossmatch Antiglobulin Procedure Priced at $275
The Crossmatch Antiglobulin Procedure at Aurora Medical Center Burlington is a crucial laboratory test used to ensure compatibility between a blood donor and recipient before a transfusion. This procedure, priced at $275, involves mixing the recipient’s serum with donor red blood cells to detect any potential antibodies that could cause adverse reactions. The test is essential for preventing transfusion-related complications and ensuring patient safety during blood transfusions.
What is the Crossmatch Antiglobulin Procedure? – The Crossmatch Antiglobulin Procedure is a laboratory test performed to ensure that a blood donor’s red blood cells are compatible with the recipient’s serum, preventing adverse reactions during transfusions.
Why is the Crossmatch Antiglobulin Procedure important? – This procedure is vital because it helps detect antibodies in the recipient’s serum that might react with the donor’s red blood cells, thereby preventing potentially life-threatening transfusion reactions.
How much does the Crossmatch Antiglobulin Procedure cost at Aurora Medical Center Burlington? – The procedure is priced at $275 at Aurora Medical Center Burlington.
Who needs to undergo the Crossmatch Antiglobulin Procedure? – Patients who require a blood transfusion typically undergo this procedure to ensure compatibility between their blood and the donor’s blood.
How is the Crossmatch Antiglobulin Procedure performed? – The test involves mixing the recipient’s serum with donor red blood cells and observing for agglutination or hemolysis, which would indicate incompatibility.
How long does it take to get results from the Crossmatch Antiglobulin Procedure? – The results are usually available within a few hours, depending on the laboratory’s workload and the complexity of the case.
Can the Crossmatch Antiglobulin Procedure detect all antibodies? – While the procedure is highly effective, it may not detect all antibodies, especially those present in very low concentrations, but it significantly reduces the risk of transfusion reactions.
