Figure 1.
Figure 1. Circadian oscillations of circulating leukocytes in NSG and humanized mice. Blood samples were taken from 10-week-old NSG and humanized mice every 6 hours (ZT1-ZT25) and analyzed for the number of leukocytes (n = 6). The cell counts of each point in individual mice were normalized to the initial cell count at 0 hours (ZT1). Shown are fold changes of cell counts of NSG mCD45+ cells (A), NSG mGr-1+ cells (B), NSG F4/80+ cells (C), humanized mice mCD45+ cells (D), humanized mice hCD45+ cells (E), humanized mice hCD3+ cells (F), humanized mice hCD19+ cells (G), and humanized mice hCD3−CD19− cells at different points against ZT1 (H). *P < .05; **P < .01.

Circadian oscillations of circulating leukocytes in NSG and humanized mice. Blood samples were taken from 10-week-old NSG and humanized mice every 6 hours (ZT1-ZT25) and analyzed for the number of leukocytes (n = 6). The cell counts of each point in individual mice were normalized to the initial cell count at 0 hours (ZT1). Shown are fold changes of cell counts of NSG mCD45+ cells (A), NSG mGr-1+ cells (B), NSG F4/80+ cells (C), humanized mice mCD45+ cells (D), humanized mice hCD45+ cells (E), humanized mice hCD3+ cells (F), humanized mice hCD19+ cells (G), and humanized mice hCD3−CD19− cells at different points against ZT1 (H). *P < .05; **P < .01.

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