WitrynaBiased fork movement coupled with a strand preference in histone incorporation would explain how asymmetric old and new H3 and H4 are established during replication. … Witryna1 lip 1997 · These results show that the replication forks develop in the 875-bp region and proceed bidirectionally in an asymmetrical manner around the initiation site. The results of N/A analysis of the 5.6-kb region showed a shift of intensity in the nascent strand signal, which suggests an upshift of fork progression velocity. Publication types

Mechanism of asymmetric polymerase assembly at the eukaryotic …

Witryna1 wrz 2002 · This suggests that asymmetrical replication forks could have a major role in defining and constraining the structure of the bacterial chromosome. … Witryna15 wrz 2002 · Slower replication in Werner's cells may arise in one of two ways: (i) Slower rate of polymerization at all forks: replication forks (labelled patches) always … introduce myself in powerpoint presentation

Asymmetrical progression of replication forks just after ... - PubMed

Witryna23 gru 2016 · Here, we describe the identification and characterization of a NAP whose activity is critical for faithful cellular replication and whose asymmetric dynamics … Witryna29 lip 2024 · Therefore, we were able to classify replication fork movement based on DNA fibers into three categories: unidirectional, asymmetric bidirectional and … WitrynaBiased fork movement coupled with a strand preference in histone incorporation would explain how asymmetric old and new H3 and H4 are established during replication. These results suggest a role for DNA replication in patterning epigenetic information in asymmetrically dividing cells in multicellular organisms. Publication types newmont corporation k1