Differential accumulation of substrates in vivo

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Differential accumulation of substrates in vivo Differential accumulation of substrates in vivo Hippocampal lysates were analyzed by immunoblotting using antibodies against the C‐terminus of the different γ‐secretase substrates. For every substrate, full‐length (FL) or the 80‐kDa furin‐cleaved LRP fragment and C‐terminal fragments (CTF) are shown. β‐Actin was used as loading control to normalize the data. Molecular weight markers are depicted in kDa. Western blot analysis of hippocampal lysates from Aph1abc cKO Cre− and Aph1abc cKO Cre+ mice, three representative samples are shown. Five mice per genotype were analyzed.Western blot analysis of hippocampal lysates from wild‐type, Aph1a cKO Cre+, and Aph1bc cKO Cre+, three representative samples are shown. Ten mice per genotype were analyzed.FL and CTF protein levels in panel (A) were quantified and FL/CTF ratios are plotted, normalized to Aph1abc cKO Cre− controls. Significant differences in protein expression between controls and Aph1abc cKO Cre+ mice were assessed using Student's t‐test per protein (GraphPad), followed by false discovery rate (FDR) P‐value adjustments (R, version 3.3.1) to correct for multiple protein testing. Mean, SEM, and P‐values are shown, ns = not statistically significant, N = 5.FL and CTF protein levels in panel (B) were quantified and FL/CTF ratios are plotted, normalized to wild‐type controls. Differences in protein expression between wild‐type, Aph1a cKO Cre+, and Aph1bc cKO Cre+ were computed using one‐way ANOVA per protein, followed by FDR P‐value adjustment of the Tukey's post hoc test. Mean, SEM, and P‐values are shown, ns = not statistically significant, N = 10.Source data are available online for this figure. Hermien Acx et al. EMBO Mol Med. 2017;emmm.201707561 © as stated in the article, figure or figure legend