Cohesin
Top View
- 1 Meiotic DNA Repair in the Nucleolus Employs a Non-Homologous End
- And LINC-Dependent Pathway Controls Ribosomal DNA Double- Strand Break Repair
- Cohesin in Determining Chromosome Architecture
- Essential Roles for Cohesin in Kinetochore and Spindle Function in Xenopus Egg Extracts
- Mitotic R-Loops Direct Aurora B Kinase to Maintain Centromeric Cohesion
- Cohesin Mutations Are Synthetic Lethal with Stimulation of WNT Signaling 2 3 4 Chue Vin Chin1,2, Jisha Antony1,2, Sarada Ketharnathan1, Gregory Gimenez1, Kate M
- Kinetochore Individualization in Meiosis I Is Required for Centromeric Cohesin Removal in Meiosis II
- Cohesin Controls Intestinal Stem Cell Identity by Maintaining Association
- The Enhancement of Pericentromeric Cohesin Association by Conserved
- Review Kinetochore Function from the Bottom Up
- Cohesin and Its Regulation: on the Logic of X-Shaped Chromosomes
- Cohesin Interacts with a Panoply of Splicing Factors Required for Cell Cycle Progression and Genomic Organization
- REC8-Cohesin, Chromatin and Transcription Orchestrate Meiotic
- Cell Cycle: Cycling Through Acetylation
- Chromosome Instability: RB Moonlights in Mitosis
- A Structure-Based Mechanism for DNA Entry Into the Cohesin Ring
- Aurora B and Cdk1 Mediate Wapl Activation and Release of Acetylated Cohesin from Chromosomes by Phosphorylating Sororin
- Chromosome Cohesion – Rings, Knots, Orcs and Fellowship