Replication
Overview, Initiation Of Dna Replication, The Replication Fork, Leading Strands And Lagging Strands, The Need For Primers
DNA is the carrier of genetic information. Before a cell divides, DNA must be precisely copied, or "replicated," so that each of the two daughter cells can inherit a complete genome, the full set of genes present in the organism. In eukaryotes, the DNA molecules that make up the genome are packaged with proteins into chromosomes, each of which contains a single linear DNA molecule. Eukaryotic chromosomes are found in a special compartment called the cell nucleus. The genomes of bacterial cells (prokaryotes), which lack a nucleus, are typically circular DNA molecules that associate with special structures in the cell membrane. Despite the hundreds of millions of years of evolutionary history separating eukaryotes and prokaryotes, the features of the replication process have been highly conserved between them.
Additional topics
- Reproductive Technology - Pregnancy And Infertility, In Vitro Fertilization, The Risks Of Ivf, Embryo Transfer Techniques, Gamete Intrafallopian Transfer
- Repetitive DNA Elements - Types Of Repetitive Elements, Tandem Arrays, Transposable Elements, Role Of Repetitive Dna In Evolution And Impact On The Human Genome
- Replication - Overview
- Replication - Initiation Of Dna Replication
- Replication - The Replication Fork
- Replication - Leading Strands And Lagging Strands
- Replication - The Need For Primers
- Replication - Dna Polymerase
- Replication - Features Of Replication In Eukaryotic Cells
- Replication - Regulating Replication
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