Additional file 11: Table S1. of Comparative analyses of CTCF and BORIS occupancies uncover two distinct classes of CTCF binding genomic regions

Pathways altered with BORIS downregulation in K562 cells. Table S2 Functional annotation of genes that changed transcription upon BORIS downregulation in K562 cells. Table S3 The top diseases and functions enriched for the genes that changed transcription upon BORIS downregulation in K562 cells. Table S4 Pathways altered with BORIS induction in MCF7 cells. Table S5 Functional annotation of genes that changed transcription upon BORIS induction in MCF7 cells (Clone1). Table S6 The top diseases and functions enriched for the genes that changed transcription upon BORIS induction in MCF7 cells (Clone1). Table S7 Comparison of functional annotation of genes that changed transcription upon BORIS depletion (K562) and BORIS induction (MCF7, Clone1). Table S8 Comparison of canonical pathways that altered upon BORIS depletion (K562) and BORIS induction (MCF7, Clone1). (XLSX 257Â kb)

K562细胞中BORIS下调后发生改变的通路。表S2：K562细胞中BORIS下调后转录发生改变的基因的功能注释。表S3：K562细胞中BORIS下调后转录改变基因所富集的核心疾病与功能通路。表S4：MCF7细胞中BORIS诱导表达后发生改变的通路。表S5：MCF7细胞（Clone1克隆株）中BORIS诱导表达后转录发生改变的基因的功能注释。表S6：MCF7细胞（Clone1克隆株）中BORIS诱导表达后转录改变基因所富集的核心疾病与功能通路。表S7：K562细胞中BORIS敲低与MCF7细胞（Clone1克隆株）中BORIS诱导表达后转录改变基因的功能注释对比。表S8：K562细胞中BORIS敲低与MCF7细胞（Clone1克隆株）中BORIS诱导表达后发生改变的经典通路对比。（XLSX 257 KB）