The Number of CD34 + Cells Mobilized into the Peripheral Blood Can Predict the Quality of Subsequent Collections
Michael J. Alcorn, Elizabeth A. Farrell, John Robert Barr, C. Pearson, Rachel Green, Tessa L. Holyoake
Abstract
Michael J. Alcorn, Elizabeth A. Farrell, John Robert Barr, C. Pearson, Rachel Green, Tessa L. Holyoake
Abstract
PBPC were mobilized using a variety of chemotherapy regimens plus G-CSF in a group of 126 consecutive patients. Data are presented that show a close correlation between the number of CD34+ cells mobilized into the peripheral blood (PB) and the number of CD34+ cells subsequently collected by leukapheresis (R = 0.904). On the basis of this correlation, a regression formula was calculated that could give an estimate of the total number of CD34+ cells likely to be collected by leukapheresis from a given number of CD34+ cells per microliter PB. An easy-to-read table has been compiled to show how this type of analysis can be applied to predict the likely dose of CD34+ cells that will be obtained by leukapheresis over a wide range of patient weights.
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PBPC were mobilized using a variety of chemotherapy regimens plus G-CSF in a group of 126 consecutive patients. Data are presented that show a close correlation between the number of CD34+ cells mobilized into the peripheral blood (PB) and the number of CD34+ cells subsequently collected by leukapheresis (R = 0.904). On the basis of this correlation, a regression formula was calculated that could give an estimate of the total number of CD34+ cells likely to be collected by leukapheresis from a given number of CD34+ cells per microliter PB. An easy-to-read table has been compiled to show how this type of analysis can be applied to predict the likely dose of CD34+ cells that will be obtained by leukapheresis over a wide range of patient weights.
Key concepts: Leukapheresis, CD34, Peripheral blood, Medicine, Peripheral, Immunology, Internal medicine, Biology