Table 2.

Percentage of Cells in the Peritoneal Cavity and Bone Marrow of G-CSF−/− Mice and Wild-Type Mice Before and After Intraperitoneal Infection

Infection Mice Peritoneal Cells Bone Marrow Cells
Neutrophilic Granulocytes Macrophages/ MonocytesGR1+F4/80+
None  GM-CSF−/− 1 ± 1  88 ± 1  12 ± 3* 11 ± 3 
 Wild type  2 ± 1  89 ± 1  48 ± 3 18 ± 7  
1 day  G-CSF−/−  35 ± 8 57 ± 10  16 ± 4* 8 ± 4  
 Wild type 27 ± 7  70 ± 4  46 ± 8  23 ± 17 
3 days  G-CSF−/−  15 ± 10  70 ± 5 30 ± 7* 11 ± 3  
 Wild type  10 ± 4 76 ± 8  54 ± 4  19 ± 9 
Infection Mice Peritoneal Cells Bone Marrow Cells
Neutrophilic Granulocytes Macrophages/ MonocytesGR1+F4/80+
None  GM-CSF−/− 1 ± 1  88 ± 1  12 ± 3* 11 ± 3 
 Wild type  2 ± 1  89 ± 1  48 ± 3 18 ± 7  
1 day  G-CSF−/−  35 ± 8 57 ± 10  16 ± 4* 8 ± 4  
 Wild type 27 ± 7  70 ± 4  46 ± 8  23 ± 17 
3 days  G-CSF−/−  15 ± 10  70 ± 5 30 ± 7* 11 ± 3  
 Wild type  10 ± 4 76 ± 8  54 ± 4  19 ± 9 

Mice were infected with 2 × 104Listeriaintraperitoneally and groups of five mice were killed at day 1 or 3 postinfection, or without infection. Peritoneal cells and bone marrow cells were prepared from individual animals. Peritoneal cells were assessed microscopically, while bone marrow cells were analyzed by FACS.

*

P < .001 comparing G-CSF−/− and wild-type mice. Other differences between G-CSF−/− and wild-type mice were not significant. The results are typical of four separate experiments.

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