Extended Data Fig. 1: RBFOX2 nsRBNS reveals binding to a set of moderate-affinity secondary motifs. | Nature Structural & Molecular Biology

Extended Data Fig. 1: RBFOX2 nsRBNS reveals binding to a set of moderate-affinity secondary motifs.

From: Concentration-dependent splicing is enabled by Rbfox motifs of intermediate affinity

Extended Data Fig. 1: RBFOX2 nsRBNS reveals binding to a set of moderate-affinity secondary motifs.

a, Correlations among seven natural sequence nsRBNS experiments. Pearson correlations are reported for any sequence with an enrichment (R) value greater than 1. Darker color indicates a higher correlation (R 1.1.463 cor.test function). n = 38467. b, Correlation of nsRBNS R with eCLIP enrichment at oligo-derived regions for all oligonucleotides or sequence regions containing a single GCAUG Rbfox primary motif (n = 2946). c, R value distribution of nsRBNS sequences containing 0 (n = 21596) or 1-3 (n = 2397) NGCAU motifs. d, R value distribution of nsRBNS sequences containing 0 (n = 11077) or 1-3 (n = 12916) AU motifs. e, RBFOX2 eCLIP in HepG2 at library positions in the transcriptome for 0 (n = 7041) or 1-3 (n = 711) NGCAU motifs. RBFOX2 peaks were compared to a no-protein control to determine enrichments. f, RBFOX2 eCLIP in HepG2 at library positions in the transcriptome for 0 (n = 4610) or 1-3 (n = 3142) AU motifs. RBFOX2 peaks were compared to a no-protein control to determine enrichments.

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