Abstract:
Hemoglobin, its variants, and glycated forms of each are determined individually in a multiplex assay that permits correction of the measured level of IIbAI c to account for glycated variants and other factors related to the inclusion of the variants in the sample. New antibodies that are particularly well adapted to the multiplex assay are also provided.
Abstract:
Hemoglobin, its variants, and glycated forms of each are determined individually in a multiplex assay that permits correction of the measured level of HbAI c to account for glycated variants and other factors related to the inclusion of the variants in the sample. New antibodies that are particularly well adapted to the multiplex assay are also provided.
Abstract:
Hemoglobin, its variants, and glycated forms of each are determined individually in a multiplex assay that permits correction of the measured level of HbAi to account for 5 glycated variants and other factors related to the inclusion of the variants in the sample. New antibodies that are particularly well adapted to the multiplex assay are also provided. 8670427_1 (GHMatters) P90472.AU.1
Abstract:
Hemoglobin, its variants, and glycated forms of each are determined individually in a multiplex assay that permits correction of the measured level of HbAI c to account for glycated variants and other factors related to the inclusion of the variants in the sample. New antibodies that are particularly well adapted to the multiplex assay are also provided.
Abstract:
Un anticuerpo monoclonal que se une selectivamente a la variante de hemoglobina HbC y la HbC glicada, en el que el anticuerpo se une a un epítopo mínimo de HbC 4TPKEKSAVT12
Abstract:
Hemoglobin, its variants, and glycated forms of each are determined individually in a multiplex assay that permits correction of the measured level of HbAi to account for 5 glycated variants and other factors related to the inclusion of the variants in the sample. New antibodies that are particularly well adapted to the multiplex assay are also provided. 8670427_1 (GHMatters) P90472.AU.1
Abstract:
Hemoglobin, its variants, and glycated forms of each are determined individually in a multiplex assay that permits correction of the measured level of HbAic to account for 5 glycated variants and other factors related to the inclusion of the variants in the sample. New antibodies that are particularly well adapted to the multiplex assay are also provided. 10971153_1 (GHMatters) P90472.AU.2 .. .. .. . .. .. . C. . . .. . . . .. . . . .. . . . . ..w. . . .
Abstract:
Hemoglobin, its variants, and glycated forms of each are determined individually in a multiplex assay that permits correction of the measured level of HbAic to account for 5 glycated variants and other factors related to the inclusion of the variants in the sample. New antibodies that are particularly well adapted to the multiplex assay are also provided. 10971153_1 (GHMatters) P90472.AU.2 .. .. .. . .. .. . C. . . .. . . . .. . . . .. . . . . ..w. . . .
Abstract:
Hemoglobin, its variants, and glycated forms of each are determined individually in a multiplex assay that permits correction of the measured level of HbAI c to account for glycated variants and other factors related to the inclusion of the variants in the sample. New antibodies that are particularly well adapted to the multiplex assay are also provided.
Abstract:
Hemoglobin, its variants, and glycated forms of each are determined individually in a multiplex assay that permits correction of the measured level of HbAI c to account for glycated variants and other factors related to the inclusion of the variants in the sample. New antibodies that are particularly well adapted to the multiplex assay are also provided.