Figure S3. Sequences enriched in overlapping, differential peaks, as identified by de novo motif discovery. Four motifs were found to be enriched in overlapping, differential peaks compared to non-differential peaks. (PDF 98 kb
Table S20. DNase-seq peaks identified in PMC-minus embryos at 28 hpf (mesenchyme blastula stage). Co...
Table S8. Peaks cloned into EpGFPII and injected into S. purpuratus eggs. Column 1: ATAC Peak Name: ...
Table S5.ATAC-seq peaks significantly differentially enriched (DESSeq2 nominal p < 0.2) in isolated ...
Table S14. Coordinates of all differential peaks found using ATAC-seq or DNase-seq that are also ope...
Table S17. Transcripts within 10 kb of DNase-seq differential peaks. Column 1: Peak name: Peak numbe...
Table S1. Detailed sequence analysis information for ATAC-seq sequence reads. (DOCX 68Â kb
Table S12. Detailed sequence analysis information for 128-cell ATAC-seq sequence reads. (DOCX 49 kb
Table S4. All peaks identified in Other Cells (non-PMCs) at 24 hpf (mesenchyme blastula stage). Colu...
Table S19. ATAC-seq peaks significantly differentially enriched (DESeq2 nominal p < 0.2) in Other Ce...
Table S3. All peaks identified in PMCs at 24 hpf (mesenchyme blastula stage). Column definitions as ...
Table S21. DNase-seq peaks significantly differentially enriched (DESeq2 nominal p < 0.1) in PMC-min...
Table S2. All peaks identified in both PMCs and Other Cells (non-PMCs) at 24 hpf (mesenchyme blastul...
Table S16. Transcripts within 10 kb of ATAC-seq differential peaks. Column 1: Peak name: Peak number...
Table S13. All ATAC-seq peaks identified at the 128-cell stage. Column 1: Scaffold: S. purpuratus ge...
Table S9. Enrichment of PMC TF consensus binding sites in differential peaks. Consensus sequences fo...
Table S20. DNase-seq peaks identified in PMC-minus embryos at 28 hpf (mesenchyme blastula stage). Co...
Table S8. Peaks cloned into EpGFPII and injected into S. purpuratus eggs. Column 1: ATAC Peak Name: ...
Table S5.ATAC-seq peaks significantly differentially enriched (DESSeq2 nominal p < 0.2) in isolated ...
Table S14. Coordinates of all differential peaks found using ATAC-seq or DNase-seq that are also ope...
Table S17. Transcripts within 10 kb of DNase-seq differential peaks. Column 1: Peak name: Peak numbe...
Table S1. Detailed sequence analysis information for ATAC-seq sequence reads. (DOCX 68Â kb
Table S12. Detailed sequence analysis information for 128-cell ATAC-seq sequence reads. (DOCX 49 kb
Table S4. All peaks identified in Other Cells (non-PMCs) at 24 hpf (mesenchyme blastula stage). Colu...
Table S19. ATAC-seq peaks significantly differentially enriched (DESeq2 nominal p < 0.2) in Other Ce...
Table S3. All peaks identified in PMCs at 24 hpf (mesenchyme blastula stage). Column definitions as ...
Table S21. DNase-seq peaks significantly differentially enriched (DESeq2 nominal p < 0.1) in PMC-min...
Table S2. All peaks identified in both PMCs and Other Cells (non-PMCs) at 24 hpf (mesenchyme blastul...
Table S16. Transcripts within 10 kb of ATAC-seq differential peaks. Column 1: Peak name: Peak number...
Table S13. All ATAC-seq peaks identified at the 128-cell stage. Column 1: Scaffold: S. purpuratus ge...
Table S9. Enrichment of PMC TF consensus binding sites in differential peaks. Consensus sequences fo...
Table S20. DNase-seq peaks identified in PMC-minus embryos at 28 hpf (mesenchyme blastula stage). Co...
Table S8. Peaks cloned into EpGFPII and injected into S. purpuratus eggs. Column 1: ATAC Peak Name: ...
Table S5.ATAC-seq peaks significantly differentially enriched (DESSeq2 nominal p < 0.2) in isolated ...
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