Fig. 2.
Fig. 2. In 5 paired studies, apheresis samples from the same mobilized cancer patient were processed in 3 aliquots to determine the more appropriate cell purification procedure for MP cell proliferation, evaluated as CFU-mega expansion. Cells were cultured in serum-free medium in the presence of MIP-1α, IL-3, IL-6, IL-11, FL, and MGDF, and SCF was added in 5 more paired studies. Results of LD cell culture were significantly inferior than those of CD34+ purified cells (P < .05, paired t-test). Among different methods for CD34+ cell enrichment, negative depletion of lineage-positive cells was associated with the generation of significantly larger quantities of clonogenic MP than enrichment based on positive selection (P < .05). Bar indicates 1 standard deviation. (□) LD cells; (▨) positive selection of CD34+ cells; (▥) lineage-positive cell depletion *P < .05 v LD cells. #P < .05 v positive selection.

In 5 paired studies, apheresis samples from the same mobilized cancer patient were processed in 3 aliquots to determine the more appropriate cell purification procedure for MP cell proliferation, evaluated as CFU-mega expansion. Cells were cultured in serum-free medium in the presence of MIP-1α, IL-3, IL-6, IL-11, FL, and MGDF, and SCF was added in 5 more paired studies. Results of LD cell culture were significantly inferior than those of CD34+ purified cells (P < .05, paired t-test). Among different methods for CD34+ cell enrichment, negative depletion of lineage-positive cells was associated with the generation of significantly larger quantities of clonogenic MP than enrichment based on positive selection (P < .05). Bar indicates 1 standard deviation. (□) LD cells; (▨) positive selection of CD34+ cells; (▥) lineage-positive cell depletion *P < .05 v LD cells. #P < .05 v positive selection.

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