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Fig. 3 | Molecular Brain

Fig. 3

From: Integrin β3 organizes dendritic complexity of cerebral cortical pyramidal neurons along a tangential gradient

Fig. 3

Changes in dendritic complexity come from changes in basal dendrite number (but not length) at multiple branch orders. a The number of primary basal dendrites is correlated to cortical position along a tangential gradient among C57;GFP/Cre+ neurons but not Itgb3fl/fl;GFP/Cre+ neurons. b No correlation between average length of primary basal dendrites and cortical position along a tangential gradient among either C57;GFP/Cre+ or Itgb3fl/fl;GFP/Cre+ neurons. c, d As in (a, b), in secondary basal dendrites. e, f As in (a, b), in tertiary basal dendrites. g, h As in (a, b), in quaternary basal dendrites. R2 and p-values for (ah) are summarized in Table 1. C57;GFP/Cre+ neurons were previously reported in Holley et al. [31] and re-analyzed for this study. C57;GFP/Cre+ N = 116 neurons; Itgb3fl/fl;GFP/Cre+ N = 86 neurons, unless otherwise noted in Table 1

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