DNA/RNA Polymerases

. High concentration available Recombinant enzyme Thermal inactivation at 70°C in 10 min T3 RNA polymerase is DNA-dependent RNA polymerase catalyzes the 5'→3' synthesis of RNA on either single-stranded or double-stranded DNA under control of the T3 promoter

Enhanced Taq DNA polymerase supplied with colored buffer enabling direct gel loading and significant time savings. Optimized for all standard PCR applications. .

. B buffer for 100% activity FastDigest buffer for 100% activity G buffer for 100% activity O buffer for 100% activity Recombinant enzyme R buffer for 100% activity Tango buffer for 100% activity Thermal inactivation at 75°C in 10 min T4 DNA Polymerase T4 DNA Polymerase is template-dependent and catalyzes the 5'-3' synthesis from primed single-stranded DNA.

Available On-Site Highly thermostable DNA polymerase for routine PCR. .

Uracil-DNA Glycosylase (UDG, UNG) catalyzes the hydrolysis of the N-glycosylic bond between uracil and sugar in DNA and prevents carry-over of DNA in PCR reactions.

An advanced enzyme developed through in vitro evolution of M-MuLV RT.

FastDigest buffer for 100% activity G buffer for 100% activity LO certified O buffer for 100% activity Recombinant enzyme R buffer for 100% activity Tango buffer for 100% activity Thermal inactivation at 80°C in 10 min DNA polymerase with a high functional similarity to Bst DNA Polymerase and with a strong strand displacement activity.

. FastDigest buffer for 100% activity Low concentration available O buffer for 100% activity Recombinant enzyme R buffer for 100% activity Tango buffer for 100% activity Thermal inactivation at 75°C in 10 min Klenow Fragment is the Large Fragment of DNA Polymerase exhibiting 5'→3' polymerase, 3'→5' exonuclease (proofreading) activities, but lacking 5'→3' exonuclease activity.

. Klenow Fragment, exo- is the large fragment of DNA polymerase I. Exhibits 5'→3' polymerase activity, but lacks the 3'→5' and 5'→3' exonuclease activities.

A genetically modified M-MuLV RT for routine performance in reverse transcription.