Products & Reviews

First generation Pfu polymerases, such as cloned Pfu, PfuTurbo, and PfuUltra, have been improved upon. The improved products, PfuUltra II and Herculase II provide all the benefits of the first generation enzymes plus additional features such as speed to results and larger amplicons.  Cloned Pfu DNA Polymerases  First generation     PfuUltra    DNA Polymerases     PfuTurbo    DNA Polymerases

 Lambda FIX II and Lambda DASH II vectors for easy analysis of genomic DNA  DNA inserts of 9 to 23 kb

Brilliant II qPCR and qRT-PCR reagents maintain the high quality of our original Brilliant product line. Now has greater detection sensitivity, ensuring reproducible quantification even at low target concentrations. Adding ROX reference dye to the master mix streamlines the reaction setup process.

Brilliant II qPCR and qRT-PCR reagents were developed for improved sensitivity of detection, ensuring reproducible quantification even at low target concentrations. For faster experiments with earlier Ct's and greater reproducibility, Agilent recommends Brilliant III Ultrafast Master Mixes.

Brilliant II qPCR and qRT-PCR reagents were developed for improved sensitivity of detection, ensuring reproducible quantification even at low target concentrations. For faster experiments with earlier Ct's and greater reproducibility, Agilent recommends Brilliant III Ultrafast Master Mixes.

Brilliant II qPCR and qRT-PCR reagents were developed for improved sensitivity of detection, ensuring reproducible quantification even at low target concentrations. For faster experiments with earlier Ct's and greater reproducibility, Agilent recommends Brilliant III Ultrafast Master Mixes.

Brilliant II qPCR and qRT-PCR reagents were developed for improved sensitivity of detection, ensuring reproducible quantification even at low target concentrations. For faster experiments with earlier Ct's and greater reproducibility, Agilent recommends Brilliant III Ultrafast Master Mixes.

Brilliant II qPCR and qRT-PCR reagents maintain the high quality of our original Brilliant product line. Now has greater detection sensitivity, ensuring reproducible quantification even at low target concentrations. Adding ROX reference dye to the master mix streamlines the reaction setup process.

Brilliant II QPCR and QRT-PCR reagents were developed to maintain the high quality of our original Brilliant product line, but with a significant improvement in sensitivity of detection, ensuring reproducible quantification even at low target concentrations. With the addition of ROX reference dye to our master mix, we have streamlined the reaction setup process.  Formulations available with low and high concentrations of ROX…

Brilliant II qPCR and qRT-PCR reagents maintain the high quality of our original Brilliant product line. Now has greater detection sensitivity, ensuring reproducible quantification even at low target concentrations. Adding ROX reference dye to the master mix streamlines the reaction setup process.

Brilliant II QPCR and QRT-PCR reagents were developed to maintain the high quality of our original Brilliant product line, but with a significant improvement in sensitivity of detection, ensuring reproducible quantification even at low target concentrations. With the addition of ROX reference dye to our master mix, we have streamlined the reaction setup process.  Formulations available with low and high concentrations of ROX…

Brilliant II SYBR® QPCR and QRT-PCR Master Mix Kits with High/Low Rox offer superior sensitivity for improved quantification and reproducibility. Brilliant II kits also show more consistent performance across a wide range of template concentrations and different targets.  New formulations available with low and high concentrations of ROX reference dye  Improved performance with earlier Ct detection across a wide dynamic ran…

Brilliant II SYBR® QPCR and QRT-PCR Master Mix Kits with High/Low Rox offer superior sensitivity for improved quantification and reproducibility. Brilliant II kits also show more consistent performance across a wide range of template concentrations and different targets.  New formulations available with low and high concentrations of ROX reference dye  Improved performance with earlier Ct detection across a wide dynamic ran…

Brilliant II SYBR qPCR and QRT-PCR reagents provide improved sensitivity and detection while ensuring reproducible quantification at low target concentrations. Compared to other commercially available qPCR reagents, Brilliant II SYBR qPCR and QRT-PCR reagents have earlier threshold cycle (Ct) detection at high and low template concentrations.

Brilliant II SYBR® QPCR and QRT-PCR Master Mix Kits with High/Low Rox offer superior sensitivity for improved quantification and reproducibility. Brilliant II kits also show more consistent performance across a wide range of template concentrations and different targets.  New formulations available with low and high concentrations of ROX reference dye  Improved performance with earlier Ct detection across a wide dynamic ran…

Brilliant II QPCR and QRT-PCR reagents were developed for improved sensitivity of detection, ensuring reproducible quantification even at low target concentrations. When compared to other commercially available QPCR reagents, we observe earlier threshold cycle (Ct) detection at high and low template concentrations as well as improved reaction efficiency and replicate reproducibility across the entire range of template concentr…

Brilliant II QPCR and QRT-PCR reagents were developed for improved sensitivity of detection, ensuring reproducible quantification even at low target concentrations. When compared to other commercially available QPCR reagents, we observe earlier threshold cycle (Ct) detection at high and low template concentrations as well as improved reaction efficiency and replicate reproducibility across the entire range of template concentr…

Brilliant II QPCR and QRT-PCR reagents were developed for improved sensitivity of detection, ensuring reproducible quantification even at low target concentrations. When compared to other commercially available QPCR reagents, we observe earlier threshold cycle (Ct) detection at high and low template concentrations as well as improved reaction efficiency and replicate reproducibility across the entire range of template concentr…

Brilliant II SYBR qPCR and qRT-PCR reagents were developed for improved sensitivity of detection, ensuring reproducible quantification even at low target concentrations.

Brilliant III qPCR and QRT-PCRE Master Mixes are more sensitive and faster via the quick-activating hot start and the engineered Taq-mutant. Brilliant III ultrafast maintains amplification efficiency, R2, dynamic range, and detection sensitivity. Shorter total cycle time.

Brilliant III qPCR and QRT-PCRE Master Mixes are more sensitive and faster via the quick-activating hot start and the engineered Taq-mutant. Brilliant III ultrafast maintains amplification efficiency, R2, dynamic range, and detection sensitivity. Shorter total cycle time.

Brilliant III qPCR and QRT-PCRE Master Mixes are more sensitive and faster via the quick-activating hot start and the engineered Taq-mutant. Brilliant III ultrafast maintains amplification efficiency, R2, dynamic range, and detection sensitivity. Shorter total cycle time.

Brilliant III qPCR and QRT-PCRE Master Mixes are more sensitive and faster via the quick-activating hot start and the engineered Taq-mutant. Brilliant III ultrafast maintains amplification efficiency, R2, dynamic range, and detection sensitivity. Shorter total cycle time.

 Novel fast Taq mutant for qPCR results in under 35 minutes  Enhanced rapid hot start capability saves time and reduces primer-dimer formation  Optimized fast cycling formulation ensures reliable and reproducible data with shorter run times  Convenient pre-blended formulations compatible with any SYBR Green dye

Brilliant III qPCR and QRT-PCRE Master Mixes are more sensitive and faster via the quick-activating hot start and the engineered Taq-mutant. Brilliant III ultrafast maintains amplification efficiency, R2, dynamic range, and detection sensitivity. Shorter total cycle time.