endonuclease

This reaction is aided with the endonuclease activity of an enzyme.

The mutant endonuclease was found to show temperature-sensitivity for restriction.

The concatenation is continued with the second restriction endonuclease, followed by the third and finally the fourth.

This supports the idea that the available single sites are occupied and cut by all the available endonuclease.

The gels were loaded as described for the wild-type endonuclease (figure 3).

They achieve this by encoding an endonuclease which breaks the rival allele.

Restriction Endonuclease enzymes play a very important role in modern molecular cloning techniques.

An example of a Type I restriction endonuclease.

This is initiated when a viral endonuclease (gp2) nicks the double stranded intermediate.

This stoichiometry of the endonuclease is in agreement with previous data [33].

The endonuclease acts as a homodimer, which facilitates the cleavage of both strands.

The most common toxic activity is the protein acting as an endonuclease, also known as an interferase.

However, some inteins lack the endonuclease domain.

It is a rare cutting endonuclease.

A cloning vector (plasmid) is then also cleaved with the appropriate endonuclease.

These are then cleaved by an AP endonuclease.

DNase I: a large protein that functions as a double-strand endonuclease.

Then a recombinant endonuclease is used to degrade nucleic acids .

It was the third endonuclease to be isolated from the Haemophilus aegyptius bacteria, and has a molecular weight of 37126.

Most reported inteins also contain an endonuclease domain that plays a role in intein propagation.

List of homing endonuclease cutting sites.

For details see flap endonuclease.

P. stuartii is the genenomic source for the restriction endonuclease, PstI.

This hybrid acts as a guide for the endonuclease Cas9, which cleaves the invading nucleic acid.

Sickle-cell gene mutation probably arose spontaneously in different geographic areas, as suggested by restriction endonuclease analysis.