The Replication of DNA

DNA REPLICATION AND SYNTHESIS OF DNABINDING PROTEINS IN THE CHLOROPLASTS OF A CALLUS CULTURE

Continuous labelling of callus with H-thymidine results in intermittent peaks of H-DNA per chloroplast, showing synchrony of division. The increase in H-DNA could be due to several replication rounds, and the drop to successive plastid divisions without intervening DNA synthesis. The level of DNA-binding proteins in the chloroplast parallels the peaks of plastidal DNA synthesis; such pro...

The Enzymology of DNA Replication

4. SEALING OF DNA FRAGMENTS 219 4.1. E. coli DNA ligase 4.2. Bacteriophage T 4 gene 30 protein 4.3. Mammalian DNA ligases I and II C O N F O R M A T I O N A L CHANGES OF DNA DURING REPLICATION 220 5.1. E. coli HDP 5.2. Bacteriophage-coded HDPs — T 4 gene 32 protein —T7 HDP —fd gene V protein 5.3. Eukaryotic HDPs 5.4. Bacterial DNA topoisomerases —Swivelases —DNA gyrase 5.5. Bacteriophage-coded ...

The replication of polyoma DNA.

DNA replication.

The coupling of epigenome replication with DNA replication.

In multicellular organisms, each cell contains the same DNA sequence, but with different epigenetic information that determines the cell specificity. Semi-conservative DNA replication faithfully copies the parental nucleotide sequence into two DNA daughter strands during each cell cycle. At the same time, epigenetic marks such as DNA methylation and histone modifications are either precisely tr...