Table S4. Transcriptional changes of active enhancers upon Hdac3 deletion. (XLSX 264Â kb
Figure S8. PRO-seq transcriptional levels around transcription termination sites (TTSs). (PPTX 108Â ...
Figure S5. The length distribution of identified active enhancers in the mouse liver. (PPTX 60Â kb
Figure S4. The relationship of transcriptional changes between promoter proximal levels (x-axis) and...
Table S5. Rank of upregulated enhancers upon Hdac3 deletion by NRSA. (XLSX 123Â kb
Figure S3. The effect of Hdac3 deletion on gene body transcription. (a) Heatmap of log2-transformed ...
Table S3. Identified enhancers using Hdac3 WT and KO PRO-seq data derived from the mouse liver. (XLS...
Table S2. Transcriptional changes in gene body regions (S2a) and promoter-proximal regions (S2b) for...
Figure S2. Transcriptional levels of common and unique enhancers identified in K562 GRO/PRO-seq data...
Figure S9. Histograms showing histone modification enrichment and GRO-cap transcriptional levels aro...
Figure S10. Illustration of strategies to identify enhancers and enhancer centers. (PPTX 42Â kb
Table S6. Rank of the previously reported three enhancers regulating KIT. (XLSX 10Â kb
Table S1. Identified enhancers using K562 GRO-seq (S1a), GM12878 GRO-seq (S1b), two replicates of U2...
Figure S1. Examples of enhancers identified by NRSA, dREG and groHMM in K562 GRO-seq data. (PPTX 117...
Figure S7. Gene body transcriptional changes between biological replicates after normalization. gb: ...
Figure S6. Venn diagram of enhancer-gene associations determined by the closest TSS, within 50Â k di...
Figure S8. PRO-seq transcriptional levels around transcription termination sites (TTSs). (PPTX 108Â ...
Figure S5. The length distribution of identified active enhancers in the mouse liver. (PPTX 60Â kb
Figure S4. The relationship of transcriptional changes between promoter proximal levels (x-axis) and...
Table S5. Rank of upregulated enhancers upon Hdac3 deletion by NRSA. (XLSX 123Â kb
Figure S3. The effect of Hdac3 deletion on gene body transcription. (a) Heatmap of log2-transformed ...
Table S3. Identified enhancers using Hdac3 WT and KO PRO-seq data derived from the mouse liver. (XLS...
Table S2. Transcriptional changes in gene body regions (S2a) and promoter-proximal regions (S2b) for...
Figure S2. Transcriptional levels of common and unique enhancers identified in K562 GRO/PRO-seq data...
Figure S9. Histograms showing histone modification enrichment and GRO-cap transcriptional levels aro...
Figure S10. Illustration of strategies to identify enhancers and enhancer centers. (PPTX 42Â kb
Table S6. Rank of the previously reported three enhancers regulating KIT. (XLSX 10Â kb
Table S1. Identified enhancers using K562 GRO-seq (S1a), GM12878 GRO-seq (S1b), two replicates of U2...
Figure S1. Examples of enhancers identified by NRSA, dREG and groHMM in K562 GRO-seq data. (PPTX 117...
Figure S7. Gene body transcriptional changes between biological replicates after normalization. gb: ...
Figure S6. Venn diagram of enhancer-gene associations determined by the closest TSS, within 50Â k di...
Figure S8. PRO-seq transcriptional levels around transcription termination sites (TTSs). (PPTX 108Â ...
Figure S5. The length distribution of identified active enhancers in the mouse liver. (PPTX 60Â kb
Figure S4. The relationship of transcriptional changes between promoter proximal levels (x-axis) and...
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