Figure 10.
Figure 10. Host cells contribute to control of MCMV infection. (A) Survival of mice that received transplants with (▾, ▿) or without (•, ○) depletion of Thy1.2+ host cells. Survival of mice that received transplants of 500 LT-HSCs (•; n = 9, 55.6% survival) or 500 LT-HSCs and 3000 CLPs (○; n = 10, 80% survival) compared with mice that received transplants of 500 LT-HSCs (▾; n = 10, 0% survival) or 500 LT-HSCs and 3000 CLPs (▿; n = 9, 33.3% survival) with subsequent Thy1.2 depletion. P = .03 (• versus ▾), P = .04 (▿ versus ▾). (B) Splenic FACS analysis on day 35 of infected survivors that received CLP cotransplants confirmed complete depletion. Thy 1.1+ cells are LT-HSC and CLP derived, the majority again was CLP derived (also shown in Figure 7B).

Host cells contribute to control of MCMV infection. (A) Survival of mice that received transplants with (▾, ▿) or without (•, ○) depletion of Thy1.2+ host cells. Survival of mice that received transplants of 500 LT-HSCs (•; n = 9, 55.6% survival) or 500 LT-HSCs and 3000 CLPs (○; n = 10, 80% survival) compared with mice that received transplants of 500 LT-HSCs (▾; n = 10, 0% survival) or 500 LT-HSCs and 3000 CLPs (▿; n = 9, 33.3% survival) with subsequent Thy1.2 depletion. P = .03 (• versus ▾), P = .04 (▿ versus ▾). (B) Splenic FACS analysis on day 35 of infected survivors that received CLP cotransplants confirmed complete depletion. Thy 1.1+ cells are LT-HSC and CLP derived, the majority again was CLP derived (also shown in Figure 7B).

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