DNA replication

DNA replication is one of the crucial steps to normal cell division. This process is regulated elaborately .

Here we review the properties of the initiation proteins, their interactions with each other, and with origins of DNA replication.

These compounds act in a variety of ways to inhibit gene expression and DNA replication and also alter nuclear architecture.

Telomerase adds TTAGGG repeats onto mammalian chromosome ends, replenishing the terminal sequence loss incurred during DNA replication.

Regulation of the DNA replication initiation is an interesting area in molecular biology.

Initiator proteins are key components of the DNA replication machinery that determine where initiation will occur.

The other assay uses immunofluorescence to detect DNA replication by the incorporation of nucleotide analogs into DNA.

That way, any mutations which have arisen during DNA replication will not affect the all-important stem cell population.

Overcoming such blocks requires interplay between DNA replication, recombination and repair.

This family expresses periodically to regulate DNA replication and ensure DNA replication once and only once in every cell cycle.

In the strictest sense, these phenotypic changes are inherited and stable through rounds of DNA replication and cell division.

DNA mismatch repair system could recognize and repair mistakes in process of DNA replication, guard stability and integrality of genome.

Aciclovir cream can affect DNA replication. Pregnant women should not take these drugs.

They then determine the positions that will be taken up by the newly formed sister nucleoids when DNA replication has been completed.

NS2 protein as a non-structural protein mainly involved in viral DNA replication and regulation of gene expression.

These mutations arise as mistakes in DNA replication and when DNA polymerases copy damaged templates.

Cisplatin and other platinum-based cancer drugs destroy tumor cells by binding to DNA strands, interfering with DNA replication.

DNA replication is very complicated and needs the highly harmonious interactions between protein-protein, and protein-DNA.

This paper summarizes the roles of minichromosome maintenace proteins in DNA replication.

A model of methylation-regulated DNA replication is proposed.

When SV40 enters a cell, it produces T antigen, which functions to trigger viral DNA replication.

The reason is that RFC is an essential factor for DNA replication and the mutation in this gene must cause lethality ofthe plants.

The adducts disturb the structure of DNA and inhibit DNA replication.

Abnormal Proliferation of Human Vascular Endothelial Cells and Smooth Muscle Cells and Cell Cycle-dependent Regulation of DNA Replication

CDNA microarray to identify the significance of DNA replication and damage repair genes associated with benzene poisoning

Preliminary study on the relationship among HBV-DNA mutation and the transaminase and quantity of HBV-DNA replication

DNA replication and reparation factories in fission yeast

Expression of origin recognition complex 1 gene in DNA replication of vascular smooth muscle cells

A Novel Model for DNA Replication and Transcription