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. 2019 May 29;39(22):4268–4281. doi: 10.1523/JNEUROSCI.2816-18.2019

Figure 7.

Figure 7.

nAChR expression in rostral IPN neurons. a, Representative FISH image of Chrna5 and Gad2 FISH signals in IPR. b, Scatterplot of Gad2 (abscissa) vs Chrna5 (ordinate) % coverage for all nuclei in IPR FISH images (these data are from the same experiment shown in Fig. 6e). c, Pie graph of Gad2+ and Gad2− nuclei showing fraction of Chrna5+ and Chrna5− nuclei. d, Representative FISH image of Chrna5 and SstFISH signals in IPR. e, Scatterplot of Sst (abscissa) vs Chrna5 (ordinate) % coverage for all nuclei in IPR FISH images (n = 3 male mice). f, Pie graph of Sst+ and Sst− nuclei showing fraction of Chrna5+ and Chrna5− nuclei. g, Representative FISH image of Chrna5 and Pvalb FISH signals in IPR. h, Scatterplot of Pvalb (abscissa) vs Chrna5 (ordinate) % coverage for all nuclei in IPR FISH images (n = 3 male mice). i, Pie graph of Pvalb+ and Pvalb− nuclei showing fraction of Chrna5+ and Chrna5− nuclei. j, Representative FISH image of Chrna5 and Slc17a6 FISH signals in IPR. k, Scatterplot of Slc17a6 (abscissa) vs Chrna5 (ordinate) % coverage for all nuclei in IPR FISH images (n = 3 male mice). l, Pie graph of Slc17a6+ and Slc17a6− nuclei showing fraction of Chrna5+ and Chrna5− nuclei.