Figure 3D1 microglia cell density | One-way ANOVA | 0.3100 | F(3,10) = 2.386 | Bonferroni’s correction | | |
Figure 3D2 GFAP+ area | One-way ANOVA | <0.0001 | F(3,10) = 1.635 | Bonferroni’s correction | P4 vs P56 P7 vs P56 P21 vs P56 | 0.0003 0.0001 0.0093 |
Figure 4B1 microglia fractal dimension | One-way ANOVA | 0.0015 | F(5,16) = 6.757 | Bonferroni’s correction | P2 vs P21 P2 vs P56 P4 vs P56 | 0.0113 0.0021 0.0292 |
Figure 4D microglia density | One-way ANOVA | <0.0001 | F(5,16) = 13.92 | Bonferroni’s correction | P2 vs P4 P2 vs P7 P2 vs P14 P2 vs P21 P2 vs P56 | 0.0135 0.0024 <0.0001 0.0006 <0.0001 |
Figure 5B1 microglia cell density-RMS start | Student’s t test | <0.0001 | F(4,4) = 1.742 | | | |
Figure 5B1 microglia cell density-RMS descent | Student’s t test | 0.0005 | F(4,4) = 2.890 | | | |
Figure 5B2 neuroblast cell density-RMS start | Student’s t test | 0.0072 | F(4,4) = 1.850 | | | |
Figure 5B2 neuroblast cell density-RMS descent | Student’s t test | 0.9883 | F(4,4) = 1.436 | | | |
Figure 5B3 BrdU cell density-RMS start | Student’s t test | 0.9651 | F(4,4) = 1.417 | | | |
Figure 5B3 BrdU cell density-RMS start | Student’s t test | 0.3559 | F(4,4) = 1.311 | | | |
Figure 6C1 microglia cell density-RMS start | Student’s t test | <0.0001 | F(2,3) = 28.69 | | | |
Figure 6C1 microglia cell density-RMS descent | Student’s t test | <0.0001 | F(2,3) = 885.1 | | | |
Figure 6C2 neuroblast cell density-RMS start | Student’s t test | 0.8665 | F(2,3) = 12.85 | | | |
Figure 6C2 neuroblast cell density-RMS descent | Student’s t test | 0.7748 | F(2,3) = 4.314 | | | |
Figure 6C2 neuroblast cell density-RMS horizontal limb | Student’s t test | 0.4449 | F(2,3) = 4.314 | | | |
Figure 6C3 neuroblast density ratio- descent/start | Student’s t test | 0.4940 | F(2,3) = 2.541 | | | |
Figure 6C3 neuroblast density ratio-horizontal limb/descent | Student’s t test | 0.9312 | F(2,3) = 1.813 | | | |
Figure 6F1 neuroblast fractal dimension | Student’s t test | 0.7133 | F(2,2) = 1.008 | | | |
Figure 6F2 neuroblast lacunarity | Student’s t test | 0.6047 | F(2,2) = 1.662 | | | |
Figure 6F3 neuroblast density | Student’s t test | 0.8467 | F(2,2) = 19056 | | | |
Figure 6F4 neuroblast span ratio | Student’s t test | 0.7007 | F(2,2) = 500.8 | | | |
Experiment in Figure 9 microglia cell density-RMS start | Student’s t test | <0.0001 | F(3,3) = 162.5 | | | |
Experiment in Figure. 9 microglia cell density-RMS descent | Student’s t test | <0.0001 | F(3,3) = 123.9 | | | |
Figure 9B2 CC3+ density-RMS descent | Two-way ANOVA | Marker = 0.0099 Genotype = 0.0168 Interaction = 0.029 | Marker F(1,5) = 16.33 Genotype F(1,5) = 12.43 Interaction F(1,5) = 19.199 | Bonferroni’s correction | WT vs DTA: CC3+/DCX+ WT vs DTA: CC3+/DCX− | 0.0018 ns |
Figure 10B1 CC3+ density-RMS descent | Two-way ANOVA | Marker = 0.0212 Genotype = 0.0238 Interaction = 0.0281 | Marker F(1,10) = 7.45 Genotype F(1,10) = 7.083 Interaction F(1,10) = 6.584 | Bonferroni’s correction | WT vs DTA: CC3+/DCX+ WT vs DTA: CC3+/DCX− | 0.0029 ns |
Figure 10B2 RMS width-RMS descent | Student’s t test | 0.0035 | F(5,5) = 2.335 | | | |
Figure 10B3 DCX stain lacunarity | Student’s t test | 0.0494 | F(5,5) = 1.339 | | | |