THE USE OF MAGNETIC BEADS COATED WITH SOLUBLE HLA CLASS I OR CLASS II PROTEINS IN ANTIBODY SCREENING AND FOR SPECIFICITY DETERMINATION OF DONOR-REACTIVE ANTIBODIES1
- 1 May 1996
- journal article
- Published by Wolters Kluwer Health in Transplantation
- Vol. 61 (10) , 1539-1545
- https://doi.org/10.1097/00007890-199605270-00022
Abstract
An adequate method that will permit rapid specificity determination of donor reactive antibodies is urgently needed. Such a method could also be used for monitoring the presence of HLA antibodies in panel scanning. We here describe a method using magnetic beads coated with soluble HLA antigens that can be directly added to patient serum for efficient absorption of HLA antibodies. The entire procedure takes 45 min, and can therefore be easily adopted for use in acute crossmatching situations. Furthermore since no live cells are required for identification of alloantibodies in the screening for HLA specific panel-reactive antibodies, it can be used as an ideal complement for screening of panel-reactive antibodies. Binding of antibodies to the antigen-coated beads is easily visualized using flow cytometry. A new method for quick purification of soluble MA antigens from a pool of lymphocytes or thrombocytes is also presented.Keywords
This publication has 6 references indexed in Scilit:
- SPECIFIC INHIBITION OF HLA CLASS I AND II ANTIBODIES BY SOLUBLE ANTIGENS—A METHOD FOR THE IDENTIFICATION OF ANTIBODY SPECIFICITY IN SERA FROM ALLOIMMUNIZED INDIVIDUALSTransplantation, 1994
- THE OCCURRENCE OF CYTOTOXIC AND NON-COMPLEMENT-FIXING ANTIBODIES IN THE CROSSMATCH SERUM OF PATIENTS WITH EARLY ACUTE REJECTION EPISODESTransplantation, 1992
- Relevance of a positive crossmatch in liver transplantationTransplant International, 1991
- CHARACTERIZATION AND SIGNIFICANCE OF DONOR-REACTIVE B CELL ANTIBODIES IN CURRENT SERA OF KIDNEY TRANSPLANT PATIENTSTransplantation, 1990
- High gradient magnetic cell separation with MACSCytometry, 1990
- RENAL ALLOGRAFT REJECTION ASSOCIATED WITH PRESENSITIZATION TO HLA-DR ANTIGENSTransplantation, 1981