Fig. 2
- ID
- ZDB-FIG-230925-15
- Publication
- El Maï et al., 2023 - Gut-specific telomerase expression counteracts systemic aging in telomerase-deficient zebrafish
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Gut-specific tert expression rescues gut transcriptomics and metabolomics profiles.
a, Principal component analysis (PCA)-based on untargeted transcriptomics data of 9-month-old gut samples. A clustering between tert−/− + Cre and WT was observed while the tert−/− no Cre group was clearly distinguishable from tert−/− no Cre fish (n = 3 per group). b,c, Identification of upregulated (b) or downregulated (c) hallmarks in tert−/− no Cre compared to either WT or tert−/− + Cre, based on GSEA. The normalized enrichment scores (NES) depict to what degree the pathway genes are overrepresented in WT or tert−/− + Cre, compared to tert−/− no Cre. Gene sets related to senescence, inflammation and morphogenesis were enriched while the hallmarks of proliferation and oxidative phosphorylation were downregulated in the gut of tert−/− no Cre fish compared to the other two groups. d, RT–qPCR analysis of inflammation-related gene expression (il6, tnfa, tgfb1b and tgfb5) and SASP-related gene expression (il6, tnfa, cxcl12a, tgfb1b, tgfb5 and mmp2) in 9-month-old gut samples (nWT = 8 fish, Source data |