The process of self replication of prokaryotic the
beginning (Initiation) in the DNA of bacteria that are starting points for DNA replication. A protein to stimulate DNA at the beginning of the release. Heligoland case to cut the hydrogen bonds between DNA strands. DNA by Golding protein shake to prevent hydrogen bonding to the
creation of DNA, new lines (Elongation) on DNA, the two separated, then the DNA polymerase III came to the junction to DNA because DNA pol III. has the ability to create DNA from 5 'to 3', which is like a template that is a 3 'to 5', but DNA templates with a 3 'to 5' and 5 'to 3', thus creating a line. DNA is divided into two types:
Line, continuous (Leading strand) is a line that is 3 'to 5' in the DNA polymerase III to create DNA have steadily started by Primase build primer on the art. RNA short line size 10-26 nucleotide come to grips with DNA directly extracted from the DNA polymerase III will fill the dNTPs in the direction 5 'to 3' indefinitely
line is not continuous (Lagging. strand) because this DNA template, a 5 'to 3' DNA to create a long line to it so it can not happen. But using DNA to bend the DNA pol III DNA to create new DNA polymerase III in the direction 5 'to 3' is a small piece. The piece is a piece Ocala Misaki (Okazaki fragment) by Primase build primers are RNA short line. To create a piece o Casa Guillermo each piece. Beta subunit of DNA polymerase III is to capture the primer and DNA polymerase III is connected to the end pieces to create new pieces. Beta subunits of the original is lost. The new beta subunits to come to grips with the following primers. This is so
checked. The primers are RNA will be checked with DNA polymerase I and DNA repair the cut. The break occurred on the DNA, because DNA polymerase I do not have to be bound phospholipid esters in the 5 'end of the intersection will be connected with. Guest coli DNA By continuing to cut once. The line is constantly cutting primer parts of Ocala Misaki all
end. (Termination) between the beginning of each of the end of replication by a 20 bp called ter sequence, which are proteins that recognize this position, he was arrested and told DNA polymerase III that DNA replication. Then comes the anniversary
of eukaryotes [edit]
self replication in eukaryotes, there are more complicated. The starting point is a protein that recognizes the particular he urged the DNA relaxes DNA polymerase There are many types of nuclei using DNA polymerase α and DNA polymerase δ by DNA polymerase α acts like DNA polymerase III in prokaryote. eukaryota DNA polymerase δ acts as a beta unit of DNA polymerase III and DNA polymerase ε similar acts in prokaryotic DNA polymerase I termination of replication in eukaryotes Connecticut. With the synthesis of a special structure called the telomere at the ends of chromosomes.
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