Given that it is the donated RBCs and not the patient’s normal RBCs thatare hemolyzed, how can a hemolytic transfusion reaction still be fatal?

Biomedical Instrumentation Systems
1st Edition
ISBN:9781133478294
Author:Chatterjee
Publisher:Chatterjee
Chapter19: Biomedical Laboratory Instrumentation
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Given that it is the donated RBCs and not the patient’s normal RBCs that
are hemolyzed, how can a hemolytic transfusion reaction still be fatal?

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Step 1

Introduction

Commonly there are four types of Blood groups are present in the Human society viz. A, B, AB, O. The blood group is also characterised by the presence of Rh (Rhesus) factor either present or absent. Thus, there is highly characterisation of Blood group on the basis of surface antigens present on the membrane of the RBCs. When we transfuse the blood from donor to recipient then the process is called Blood Transfusion.

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