In the 113 “captured” genes, eQTL variants with higher peaBrain estimates (i.e. more likely to be functional and with larger predicted transcriptomic impact) tended to fall in DNase accessible sites and transcriptionally active regions, and were similarly depleted from quiescent and repressed sequences (Task G).
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https://figshare.com/articles/dataset/In_the_113_captured_genes_eQTL_variants_with_higher_peaBrain_estimates_i_e_more_likely_to_be_functional_and_with_larger_predicted_transcriptomic_impact_tended_to_fall_in_DNase_accessible_sites_and_transcriptionally_active_regions_and_were_s/19601185
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In the 113 “captured” genes, eQTL variants with higher peaBrain estimates (i.e. more likely to be functional and with larger predicted transcriptomic impact) tended to fall in DNase accessible sites and transcriptionally active regions, and were similarly depleted from quiescent and repressed sequences (Task G).
创建时间：
2022-04-14
