Figure 5
Figure 5. Comparison of ROS levels in resting and activated primary PBMC versus Jurkat cells. (A) Morphologic properties of primary resting PBMC (left), mitogen-activated PBMC (middle), and Jurkat cells (right) analyzed by flow cytometry (FSC-SSC scatter plots); indicated are the gate areas containing most of the cell populations. (B) A combined FSC-SSC scatter plot of these cell populations. (C) ROS levels (measured with H2-MTR) in the 3 gate areas corresponding to primary PBMC (resting or mitogen-activated) and Jurkat cells. Results indicated that mitogen-induced activation was associated with increasing levels of ROS and that Jurkat cells exhibited markedly increased ROS levels compared with primary cells.

Comparison of ROS levels in resting and activated primary PBMC versus Jurkat cells. (A) Morphologic properties of primary resting PBMC (left), mitogen-activated PBMC (middle), and Jurkat cells (right) analyzed by flow cytometry (FSC-SSC scatter plots); indicated are the gate areas containing most of the cell populations. (B) A combined FSC-SSC scatter plot of these cell populations. (C) ROS levels (measured with H2-MTR) in the 3 gate areas corresponding to primary PBMC (resting or mitogen-activated) and Jurkat cells. Results indicated that mitogen-induced activation was associated with increasing levels of ROS and that Jurkat cells exhibited markedly increased ROS levels compared with primary cells.

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