Fig. 1.
Fig. 1. Flow cytometry analysis of CD36 and α4β1 on RBCs and reticulocytes from SS patients. / Typical profiles showing the simultaneous staining with anti-CD36 (panels A, B) or anti-α4β1 (panels C, D) antibody and thiazole orange of erythroid cell populations (RBCs and reticulocytes) from CD36− (panels A, C) and CD36+ (panels B, D) patients homozygous for Hb S (SS). Mature RBCs, mature reticulocytes, and immature reticulocytes were gated in regions 1, 2, and 3, respectively, according to the intensity of staining with the reagents used. Inserts in the upper left corners show histograms illustrating the heterogeneous expression of CD36 (panel B) and α4β1 (panels C, D) on reticulocytes gated in both regions 2 and 3.

Flow cytometry analysis of CD36 and α4β1 on RBCs and reticulocytes from SS patients.

Typical profiles showing the simultaneous staining with anti-CD36 (panels A, B) or anti-α4β1 (panels C, D) antibody and thiazole orange of erythroid cell populations (RBCs and reticulocytes) from CD36 (panels A, C) and CD36+ (panels B, D) patients homozygous for Hb S (SS). Mature RBCs, mature reticulocytes, and immature reticulocytes were gated in regions 1, 2, and 3, respectively, according to the intensity of staining with the reagents used. Inserts in the upper left corners show histograms illustrating the heterogeneous expression of CD36 (panel B) and α4β1 (panels C, D) on reticulocytes gated in both regions 2 and 3.

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