Extended Data Fig. 7: lsm-8 deletion does not affect splicing globally. | Nature Cell Biology

Extended Data Fig. 7: lsm-8 deletion does not affect splicing globally.

From: LSM2-8 and XRN-2 contribute to the silencing of H3K27me3-marked genes through targeted RNA decay

Extended Data Fig. 7

a, RNA IP-qPCR. LSM-4-FLAG RNA IP analysis in native conditions. RNA levels were normalized to input and U1snRNA levels. ZK970.7 is upregulated in lsm-8-/- (lsm-8 target gene) and associate with LSM4 (>1), whereas F08G2.8 is not (non-target gene) and do not associate with LSM-4. Those two examples suggest that the LSM-8 complex can bind to the RNAs it regulates. Bars represent mean value derived from two independent experiments, with the value of each experiment shown as a dot. b, Reads which align on exon-exon junctions were counted in lsm-8-/- and WT worms. Scatter plot compares exon-exon junction mapped reads (log2) normalized to their intrinsic gene level in WT (x-axis) and lsm-8-/- worms (y-axis). r: Pearson correlation coefficient. c, List of genes including the 18 exon-exon junctions reproducibly affected in lsm-8-/- worms as in (b). Statistical source data are provided in Source Data Extended Data Fig. 7.

Source data

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