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The imbalance of chain synthesis in hemoglobin F
The synthesis of Hb F has been found to be unbalanced in a number of conditions, including homozygous HPFH, sickle-cell anemia, and normal term cord bloods. In this study, the counts from the pre-gamma and pre-alpha zones of the chain separation chromatogram are considered to be modified gamma and alpha chains, respectively, and are included in calculating the gamm/alpha ratios for cord blood and sickle-cell blood. The gamma chain is labeled about 52% as efficiently as the alpha chain in reticulocytes. It is possible that nu chain synthesis is balanced in the bone marrow, but subsequently becomes unbalanced in the reticulocyte.
The synthesis of Hb F has been found to be unbalanced in a number of conditions, including homozygous HPFH, sickle-cell anemia, and normal term cord bloods. In this study, the counts from the pre-gamma and pre-alpha zones of the chain separation chromatogram are considered to be modified gamma and alpha chains, respectively, and are included in calculating the gamm/alpha ratios for cord blood and sickle-cell blood. The gamma chain is labeled about 52% as efficiently as the alpha chain in reticulocytes. It is possible that nu chain synthesis is balanced in the bone marrow, but subsequently becomes unbalanced in the reticulocyte.