PCR Reagents

dNTP?Mix 10 mM each (40 mM Total) Pack size 0.5 mL (5 ?mol each) The mix is ultra-pure (more than 99%), stable after multiple freeze-thaw cycles and perfect for a wide variety of applications. Features. Ultra-pure, Stable, and Versatile.

dNTP?Mix 10 mM each (40 mM Total) Pack size 1.0 mL (10 ?mol each) The mix is ultra-pure (more than 99%), stable after multiple freeze-thaw cycles and perfect for a wide variety of applications. Features. Ultra-pure, Stable, and Versatile.

dNTP?Mix 25 mM each (100 mM Total) Pack size 0.5 mL (12.5 ?mol each) The mix is ultra-pure (more than 99%), stable after multiple freeze-thaw cycles and perfect for a wide variety of applications. Features. Ultra-pure, Stable, and Versatile.

dNTP?Mix 25 mM each (100 mM Total) Pack size 1.0 mL (25 ?mol each) The mix is ultra-pure (more than 99%), stable after multiple freeze-thaw cycles and perfect for a wide variety of applications. Features. Ultra-pure, Stable, and Versatile.

End point PCR from RNA Pack size 50 reactions The advanced buffer system, reverse transcriptase and hot start polymerase give highly specific and ultra-sensitive 1-step RT-PCR from any RNA template including mRNA, total RNA and viral RNA sequences. Features. Thermostable reverse transcriptase RTase Go, Broad temperature range 45?C to 55?C, Advanced RNase inhibitor, Antibody-mediated hot start technology for unrivalled detection of low copy number templates, High PCR yields under standard and fast PCR conditions, Efficient specific amplification from complex templates including GC and AT-rich sequences.

End point PCR from RNA Pack size 100 reactions The advanced buffer system, reverse transcriptase and hot start polymerase give highly specific and ultra-sensitive 1-step RT-PCR from any RNA template including mRNA, total RNA and viral RNA sequences. Features. Thermostable reverse transcriptase RTase Go, Broad temperature range 45?C to 55?C, Advanced RNase inhibitor, Antibody-mediated hot start technology for unrivalled detection of low copy number templates, High PCR yields under standard and fast PCR conditions, Efficient specific amplification from complex templates including GC and AT-rich sequences.

End point PCR from RNA Pack size 500 reactions The advanced buffer system, reverse transcriptase and hot start polymerase give highly specific and ultra-sensitive 1-step RT-PCR from any RNA template including mRNA, total RNA and viral RNA sequences. Features. Thermostable reverse transcriptase RTase Go, Broad temperature range 45?C to 55?C, Advanced RNase inhibitor, Antibody-mediated hot start technology for unrivalled detection of low copy number templates, High PCR yields under standard and fast PCR conditions, Efficient specific amplification from complex templates including GC and AT-rich sequences.

Classic PCR (Mg in 10x buffer) Pack size 1000 units The enzyme and buffer system allow for superior PCR performance on complex templates such as mammalian genomic DNA. Features. Increased PCR success rates with amplicons up to 6kb, Advanced buffer chemistry ? supplied with a 10x buffer containing 30mM MgCl2, High yields under standard and fast PCR conditions, Efficient specific amplification from complex templates including GC and AT-rich sequences.

Classic PCR (Mg in 10x buffer) Pack size 2000 units The enzyme and buffer system allow for superior PCR performance on complex templates such as mammalian genomic DNA. Features. Increased PCR success rates with amplicons up to 6kb, Advanced buffer chemistry ? supplied with a 10x buffer containing 30mM MgCl2, High yields under standard and fast PCR conditions, Efficient specific amplification from complex templates including GC and AT-rich sequences.

Classic PCR (Mg in 10x buffer) Pack size 6000 units The enzyme and buffer system allow for superior PCR performance on complex templates such as mammalian genomic DNA. Features. Increased PCR success rates with amplicons up to 6kb, Advanced buffer chemistry ? supplied with a 10x buffer containing 30mM MgCl2, High yields under standard and fast PCR conditions, Efficient specific amplification from complex templates including GC and AT-rich sequences.

High Fidelity PCR (incl. dNTPs) Pack size 200 units

High Fidelity PCR (incl. dNTPs) Pack size 1000 units

Novel hot-start technology (incl. dNTPs) Pack size 250 units Whether you need a hot start assay for high-throughput, automated reaction setup or the detection of a low copy number template, PCR Biosystems offers you a robust industry-leading enzyme to meet your needs. Features. Hot start technology for unrivaled detection of low copy number templates, Increased PCR success rates with amplicons up to 6kb, Ultra-low background DNA, Advanced buffer chemistry including Mg and dNTP, Efficient specific amplification from GC and AT-rich sequences, High performance under both fast and standard cycling conditions, Gives increased PCR throughput with existing thermal cycles.

Novel hot-start technology (incl. dNTPs) Pack size 1000 units Whether you need a hot start assay for high-throughput, automated reaction setup or the detection of a low copy number template, PCR Biosystems offers you a robust industry-leading enzyme to meet your needs. Features. Hot start technology for unrivaled detection of low copy number templates, Increased PCR success rates with amplicons up to 6kb, Ultra-low background DNA, Advanced buffer chemistry including Mg and dNTP, Efficient specific amplification from GC and AT-rich sequences, High performance under both fast and standard cycling conditions, Gives increased PCR throughput with existing thermal cycles.

Novel hot-start technology (incl. dNTPs) Pack size 5000 units Whether you need a hot start assay for high-throughput, automated reaction setup or the detection of a low copy number template, PCR Biosystems offers you a robust industry-leading enzyme to meet your needs. Features. Hot start technology for unrivaled detection of low copy number templates, Increased PCR success rates with amplicons up to 6kb, Ultra-low background DNA, Advanced buffer chemistry including Mg and dNTP, Efficient specific amplification from GC and AT-rich sequences, High performance under both fast and standard cycling conditions, Gives increased PCR throughput with existing thermal cycles.

Novel hot-start technology Pack size 200 reactions Whether you need a hot start assay for high-throughput, automated reaction setup or the detection of a low copy number template, PCR Biosystems offers you a robust industry-leading enzyme to meet your needs. Features. Hot start technology for unrivaled detection of low copy number templates, Increased PCR success rates with amplicons up to 6kb, Ultra-low background DNA, Advanced buffer chemistry including Mg and dNTP, Efficient specific amplification from GC and AT-rich sequences, High performance under both fast and standard cycling conditions, Gives increased PCR throughput with existing thermal cycles.

Novel hot-start technology Pack size 1000 reactions Whether you need a hot start assay for high-throughput, automated reaction setup or the detection of a low copy number template, PCR Biosystems offers you a robust industry-leading enzyme to meet your needs. Features. Hot start technology for unrivaled detection of low copy number templates, Increased PCR success rates with amplicons up to 6kb, Ultra-low background DNA, Advanced buffer chemistry including Mg and dNTP, Efficient specific amplification from GC and AT-rich sequences, High performance under both fast and standard cycling conditions, Gives increased PCR throughput with existing thermal cycles.

Novel hot-start technology Pack size 200 reactions Whether you need a hot start assay for high-throughput, automated reaction setup or the detection of a low copy number template, PCR Biosystems offers you a robust industry-leading enzyme to meet your needs. Features. Hot start technology for unrivaled detection of low copy number templates, Increased PCR success rates with amplicons up to 6kb, Ultra-low background DNA, Advanced buffer chemistry including Mg and dNTP, Efficient specific amplification from GC and AT-rich sequences, High performance under both fast and standard cycling conditions, Gives increased PCR throughput with existing thermal cycles.