polymerase

The polymerase chain reaction, which we were discussing earlier, is actually very simple.

The polymerase domain of p51 is buried within its core.

These three polymerases are essential for viability of the cell.

But enough for polymerase chain reaction analysis, as I described earlier."

Polymerases are classified according to the type of template that they use.

Recently, designers of the system have used a polymerase from bacteria that live in hot springs.

Details of the polymerase chain reaction are given in a previous publication.

Each time the right base is supplied, however, hundreds of polymerases will quickly incorporate it.

The test developed at Oxford is based on a technique known as polymerase chain reaction.

The construction of the polymerase complex takes place on the gene promoter.

However, the polymerase is tolerant to mis-matches away from the 3' end.

Note that this is the opposite direction to polymerase based sequencing methods.

The polymerase chain reaction makes sense of that tape.

The three polymerases show slightly different affinities for the same promoter.

Of course, if you supply the polymerase with nothing but terminating bases, it will never get very far.

Now, most of the time, the polymerase adds a normal nucleotide, and the reaction continues.

The polymerase synthesizes the missing part of the broken strand.

There the chase paused until a technique called the polymerase chain reaction came along.

But it does reproduce itself using the protease and polymerase enzymes.

The polymerase tests detect and amplify genetic material from the patient.

Primase is one of the most error prone and slow polymerases.

Initial polymerase chain reaction testing did not rule out Simpson as a suspect.

Accuracy is vital in this process, so many of these polymerases have a proofreading activity.

The nick has "translated" some distance depending on the processivity of the polymerase.

Replication can then commence with the help of the host cell's polymerases.