Figure 3.
Sister chromatid cohesion–independent functions of the cohesin complex. (A) Cohesin mutations lead to increased intermixing of transcriptionally active A compartments and transcriptionally inactive B compartments. (B) Cohesin-mutant cells preserve TAD boundaries, albeit with weaker insulation, extrude longer loops and lose a subset of shorter E-P loops, which drives transcriptional changes. STAG1-cohesin is recruited to maintain chromatin organization in STAG2-mutant cells. (C) Cohesin is recruited along with the PRC complex to mediate epigenetic silencing of the HOX gene cluster at the level of nucleosomes.

Sister chromatid cohesion–independent functions of the cohesin complex. (A) Cohesin mutations lead to increased intermixing of transcriptionally active A compartments and transcriptionally inactive B compartments. (B) Cohesin-mutant cells preserve TAD boundaries, albeit with weaker insulation, extrude longer loops and lose a subset of shorter E-P loops, which drives transcriptional changes. STAG1-cohesin is recruited to maintain chromatin organization in STAG2-mutant cells. (C) Cohesin is recruited along with the PRC complex to mediate epigenetic silencing of the HOX gene cluster at the level of nucleosomes.

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