This study investigated the role Rtf2 plays on the replication fork barrier (RFB) activity of RTS1 in S. pombe. We confirm Rtf2 is important for the full barrier activity of the RTS1-Rtf1 RFB. We show

NIAID Data Ecosystem50

Repressive Histone Marks Renewal Impedes Replication Fork Progression and Contributes To Late Replication in Drosophila. Repressive Histone Marks Renewal Impedes Replication Fork Progression and Contributes To Late Replication in Drosophila

组蛋白修饰

DNA复制调控

This SuperSeries is composed of the SubSeries listed below. Overall design: Refer to individual Series

NIAID Data Ecosystem40

Dbf4 Zn-finger motif is specifically required for stimulation of Ctf19-activated origins in S. cerevisiae. Dbf4 Zn-finger motif is specifically required for stimulation of Ctf19-activated origins in S. cerevisiae

DNA复制调控

表观基因组学

Eukaryotic genomes are replicated in spatiotemporal patterns that are stereotypical for individual genomes and developmental profiles. In the model system S. cerevisiae, two primary mechanisms determi

NIAID Data Ecosystem20

Rtf2 is Important for Replication Fork Barrier Activity of RTS1 via Splicing of Rtf1. Rtf2 is Important for Replication Fork Barrier Activity of RTS1 via Splicing of Rtf1

资源简介：

Rtf2 is Important for Replication Fork Barrier Activity of RTS1 via Splicing of Rtf1. Rtf2 is Important for Replication Fork Barrier Activity of RTS1 via Splicing of Rtf1

资源简介：

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