The computer program did the same for the other 5 restriction enzymes.

These are the most commonly available and used restriction enzymes.

A number of tetracutter Restriction enzymes are available in the market.

A single band was found for each restriction enzymes and combinations mentioned above.

They also need to explain why the selection of restriction enzymes is an easy problem to solve.

Care should be taken to choose the restriction enzymes.

Over 3000 restriction enzymes have been studied in detail, and more than 600 of these are available commercially.

Simultaneously, the same restriction enzymes are used to digest (cut) the destination.

Restriction enzymes cut what is being tested in precisely defined and predictable places.

Only a few species have sufficient fully characterized restriction enzymes to test this hypothesis.

This is what the restriction enzymes are for.

There are more than 100 known restriction enzymes.

Different restriction enzymes that recognize the same sequence are known as neoschizomers.

Smith's award was for the discovery of restriction enzymes.

Certain restriction enzymes recognize the same sites, and cannot contribute productively to the analysis.

Not all restriction enzymes have the desired specificity for their recognition sequence.

Different restriction enzymes also have different optimal temperatures under which they function.

Meganucleases are therefore considered to be the most specific naturally occurring restriction enzymes.

It'll cut the DNA, using what are called restriction enzymes.

Major uses of type II restriction enzymes include gene analysis and cloning.

The use of restriction enzymes showed that some repeat blocks were interspersed throughout the genome.

Isoschizomers are pairs of restriction enzymes specific to the same recognition sequence.

Restriction enzymes are used to excise the gene of interest (the insert) from the parent.

This would help digest sequences that are not being recognized by methylation-sensitive restriction enzymes.

These methylases have the same sequence specificity as their corresponding restriction enzymes.