Eluate Analysis of Anti‐Bga Associated Renal Allograft Rejection
- 6 May 1976
- journal article
- research article
- Published by Wiley in Transfusion
- Vol. 16 (3) , 261-266
- https://doi.org/10.1046/j.1537-2995.1976.16376225501.x
Abstract
Renal allograft rejection, following development of a positive indirect antiglobulin reaction, occurred in a multiply transfused recipient. Panel techniques confirmed both anti‐Bga and anti‐Kell antibodies. Recognition of the concordant antigenic specificity of the Bga and HL‐A7 antigens led to an investigation of the potential role of this antibody in the rejection phenomenon. In the absence of serological cytotoxicity, a modified elution technique was used to directly obtain immunoglobulin from the rejected allograft. The eluate obtained displayed specificity for the Bga red blood cell antigen. The described technique affords an additional approach to the documentation of immunologically mediated graft rejection and obviates the limitations imposed by the absence of serological cytotoxicity. Emphasis is placed on the need for recognition of the relationship between red blood cell and HL‐A antigens.This publication has 13 references indexed in Scilit:
- Effect of Cross Reactions on HL-A Antigen ImmunogenicityTissue Antigens, 2008
- Association between HL-A and Red Cell AntigensVox Sanguinis, 1974
- HL‐A Immunization and HL‐A Types in PregnancyTissue Antigens, 1972
- Identification of Further Antigens on Red Cells and LymphocytesVox Sanguinis, 1971
- The Correlation of the Bga Blood Group with the HL‐A7 Leucocyte Group: Demonstration of Antigenic Sites on Red Cells and LeucocytesVox Sanguinis, 1969
- Antibodies and Human Transplant RejectionAnnals of Surgery, 1969
- Reticulocyte HL-A AntigensNature, 1969
- HUMAN BLOOD LYMPHOCTYE CYTOTOXICITY REACTIONS WITH ALLOGENIC ANTISERA*Annals of the New York Academy of Sciences, 1964
- Serologic Typing of Human Lymphocytes with Immune Serum Obtained after HomograftingScience, 1964
- The Bennett‐Goodspeed‐Sturgeon or “Donna” Red Cell Antigen and AntibodyVox Sanguinis, 1963