Authors: Meike Hick Ulrike Herrmann Sascha W Weyer JanPhilipp Mallm JakobAndreas Tschäpe Marianne Borgers Marc Mercken Fabian C Roth Andreas Draguhn Lutz Slomianka David P Wolfer Martin Korte Ulrike C Müller
Publish Date: 2014/12/20
Volume: 129, Issue: 1, Pages: 161-162
Abstract
Due to a typesetting error the original version of this article contained a mistake which has been corrected In Fig 3a the dendritic tracing was inadvertently cut off for the third neuron of NexCre cDKO mice panel a right border Tracings of all other neurons are displayed correctlyNeurons of NexCre cDKO mice exhibit impaired dendritic complexity and reduced total neurite length a Representative 3Dreconstructions of CA1 pyramidal neurons from littermate control left and NexCre cDKO mice right b Schematic representation of parameters assessed c Sholl analysis reveals a significant overall genotype effect on apical dendritic morphology that was most prominent in proximal regions repeated measures ANOVA genotype F120 = 9818 p = 00052 with post hoc Bonferroni multiple comparison test p 005 d NexCre cDKO neurons display a significantly reduced total apical dendritic length and e reduced dendritic branching f Sholl analysis reveals a significant overall genotype effect on basal dendritic morphology repeated measures ANOVA genotype F119 = 4710 p = 0043 with post hoc Bonferroni multiple comparison test p 005 p 001 g NexCre cDKO neurons display a significantly reduced total basal dendritic length and h dendritic branching n = number of neurons analyzed from 5 animals/genotype age 11–13 weeks Error bars SEM
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