<p>A) The percentage of transcripts specifically enriched in each of the circadian neuronal groups is represented in a bar graph. LNvs are shown in green. LNds are shown in blue. DN1s are shown in red. The absolute number of enriched genes is indicated in each bar. Results of gene ontology analysis (GO) are included. B, C, and D) Boxplots showing the expression levels of some of the most significantly enriched transcripts in the LNvs (B), LNds (C) and DN1s (D). The purple bar indicates the mean. The asterix denotes those transcripts that show high variability due to cycling transcripts levels.</p
<p>Different colors indicate the different functional groups. The x-axis represents the different co...
<p>(<b>A–D</b>) Distribution of the (A) time-of-day proteome, (B) circadian proteome, (C) 12-h ultra...
(A) Number of genes found as day-night, i.e., genes differentially expressed between day and night (...
<p>In all figures, LNvs are shown in green, LNds are shown in blue, DN1s are shown in read, and TH a...
<p>A) The phase of all the high confidence (HC) cycling transcripts identified in each neuronal grou...
<p>(A) Color map showing the relative sizes of the different modules in the WGCNA analysis. Colors c...
<p><b>A–D</b>: Graphical representation of the three types of expression profiles found for genes fr...
<p><b>A)</b> Genes with significant association (p < 1E<sup>-4</sup>) indicate 32 GO terms enriched ...
<p>(A–B) Translational profile of <i>Tdc2</i> revealed by RNA sequencing (A) and Q-PCR (B). In the Q...
Supplementary Tables. Table S1. List of core circadian genes according to Anafi et al. [9], Wallach ...
<p><b>A,</b> Heat map providing an overview of different time courses of expression induced by neuro...
phase of one subjective diurnal day. The peak expression of these genes is illustrated (T h). MYB, b...
<p>(<b>A</b>) Venn diagram representing the number of genes differentially upregulated/downregulated...
phase of one subjective diurnal day. The peak expression of these genes is illustrated (T h). MYB, b...
Nearly all mammals possess internal clocks that synchronize with the day-night cycles of their envir...
<p>Different colors indicate the different functional groups. The x-axis represents the different co...
<p>(<b>A–D</b>) Distribution of the (A) time-of-day proteome, (B) circadian proteome, (C) 12-h ultra...
(A) Number of genes found as day-night, i.e., genes differentially expressed between day and night (...
<p>In all figures, LNvs are shown in green, LNds are shown in blue, DN1s are shown in read, and TH a...
<p>A) The phase of all the high confidence (HC) cycling transcripts identified in each neuronal grou...
<p>(A) Color map showing the relative sizes of the different modules in the WGCNA analysis. Colors c...
<p><b>A–D</b>: Graphical representation of the three types of expression profiles found for genes fr...
<p><b>A)</b> Genes with significant association (p < 1E<sup>-4</sup>) indicate 32 GO terms enriched ...
<p>(A–B) Translational profile of <i>Tdc2</i> revealed by RNA sequencing (A) and Q-PCR (B). In the Q...
Supplementary Tables. Table S1. List of core circadian genes according to Anafi et al. [9], Wallach ...
<p><b>A,</b> Heat map providing an overview of different time courses of expression induced by neuro...
phase of one subjective diurnal day. The peak expression of these genes is illustrated (T h). MYB, b...
<p>(<b>A</b>) Venn diagram representing the number of genes differentially upregulated/downregulated...
phase of one subjective diurnal day. The peak expression of these genes is illustrated (T h). MYB, b...
Nearly all mammals possess internal clocks that synchronize with the day-night cycles of their envir...
<p>Different colors indicate the different functional groups. The x-axis represents the different co...
<p>(<b>A–D</b>) Distribution of the (A) time-of-day proteome, (B) circadian proteome, (C) 12-h ultra...
(A) Number of genes found as day-night, i.e., genes differentially expressed between day and night (...