Figure 2.
Figure 2. Gene expression of CD34+CD1a– and CD34+CD1a+ thymocytes. Expression levels (in arbitrary fluorescence units) of several genes were extracted from previously performed Affymetrix microarrays.13 (A) “Stem cell–like” genes, (B) T-cell–specific genes, (C) “non-T lineage” genes. (D) RQ-PCR validation: fold increase or decrease in expression between CD34+CD1a– and CD34+CD1a+ subsets. (E) Expression patterns of CD133, MPO, and CD13/CD33 were validated at the protein level using flow cytometry. CD34+ cells from thymus and UCB were purified using AutoMACS and gated for the indicated populations. Expression of CD13/33 in mature granulocytes was at least 10-fold higher than in CD34+ UCB cells.

Gene expression of CD34+CD1a and CD34+CD1a+ thymocytes. Expression levels (in arbitrary fluorescence units) of several genes were extracted from previously performed Affymetrix microarrays.13  (A) “Stem cell–like” genes, (B) T-cell–specific genes, (C) “non-T lineage” genes. (D) RQ-PCR validation: fold increase or decrease in expression between CD34+CD1a and CD34+CD1a+ subsets. (E) Expression patterns of CD133, MPO, and CD13/CD33 were validated at the protein level using flow cytometry. CD34+ cells from thymus and UCB were purified using AutoMACS and gated for the indicated populations. Expression of CD13/33 in mature granulocytes was at least 10-fold higher than in CD34+ UCB cells.

Close Modal

or Create an Account

Close Modal
Close Modal