Performance evaluation study of ID CORE XT, a high throughput blood group genotyping platform.BACKGROUND
 The goal of this study was to validate the performance of the ID CORE XT blood group typing assay.


 The data were processed with the ID CORE XT to obtain the genotypes and the predicted blood group phenotypes, and results were compared to those obtained with well-established serological and molecular methods.  The sensitivity of ID CORE XT for all phenotypes was 100% regarding serology.  After bidirectional sequencing, all discrepancies were resolved in favour of ID CORE XT (100% specificity).  ID CORE XT detected infrequent antigens of Caucasians in the sample as well as rare allelic variants.


 In this evaluation performed in an extensive sample following the European Directive, the ID CORE XT blood genotyping assay performed as a reliable and accurate method for correctly predicting the genotype and phenotype of clinically relevant blood group antigens.
ID CORE XT
Performance evaluation study of ID CORE XT, a high throughput blood group genotyping platform.BACKGROUND
 The goal of this study was to validate the performance of the ID CORE XT blood group typing assay.


 The data were processed with the ID CORE XT to obtain the genotypes and the predicted blood group phenotypes, and results were compared to those obtained with well-established serological and molecular methods.  The sensitivity of ID CORE XT for all phenotypes was 100% regarding serology.  After bidirectional sequencing, all discrepancies were resolved in favour of ID CORE XT (100% specificity).  ID CORE XT detected infrequent antigens of Caucasians in the sample as well as rare allelic variants.


 In this evaluation performed in an extensive sample following the European Directive, the ID CORE XT blood genotyping assay performed as a reliable and accurate method for correctly predicting the genotype and phenotype of clinically relevant blood group antigens.
ID CORE XT
Performance evaluation study of ID CORE XT, a high throughput blood group genotyping platform.BACKGROUND
 The goal of this study was to validate the performance of the ID CORE XT blood group typing assay.


 The data were processed with the ID CORE XT to obtain the genotypes and the predicted blood group phenotypes, and results were compared to those obtained with well-established serological and molecular methods.  The sensitivity of ID CORE XT for all phenotypes was 100% regarding serology.  After bidirectional sequencing, all discrepancies were resolved in favour of ID CORE XT (100% specificity).  ID CORE XT detected infrequent antigens of Caucasians in the sample as well as rare allelic variants.


 In this evaluation performed in an extensive sample following the European Directive, the ID CORE XT blood genotyping assay performed as a reliable and accurate method for correctly predicting the genotype and phenotype of clinically relevant blood group antigens.
ID CORE XT