A common pattern of DNase I footprinting throughout the human mtDNA unveils clues for a chromatin-like organization
Supplemental Material
- Supplemental_TableS7_TFAM_ChIPseq_and_HELA_DGF_sites.xlsx
- Supplemental_TableS4_mouse_DGFs_sites.xlsx
- Supplemental_TableS8_roadmap_clustering_data.xlsx
- Supplemental_TableS5_pausing_sites.xlsx
- Supplemental_TableS6_human_GQP_sites.xlsx
- Supplemental_Figure1.jpg
- Supplemental_TableS1_summary_statistics_of_mapping_process.xlsx
- Supplemental_Figure2.pdf
- Supplemental_TableS2_data_from_ENCODE_RoadMap.xlsx
- Supplemental_Figure3.pdf
- Supplemental_TableS3_human_mt-DGF_from_ATAC-seq_REVISED.xlsx
This Article
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Genome Res. August 2018 vol. 28 no. 8 1158-1168
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