Our blue mixes contain a non-reactive dye to improve reaction mix visibility, allowing greater pipetting precision and reduced errors without affecting your real-time PCR performance. qPCRBIO SyGreen Blue Mix can be used to quantify any DNA template including genomic, cDNA, and viral sequences, and is able to reliably detect extremely low copy number targets. The antibody-mediated hot start system prevents the formation of primer dimers and non-specific products leading to greatly improved reaction sensitivity and specificity. This 2x mix uses a proprietary intercalating dye that does not inhibit PCR, unlike other popular fluorescent dyes. The same developments that improve the sensitivity and consistency of qPCRBIO SyGreen Blue Mix in standard cycling conditions also allow for industry-leading performance in fast and ultra-fast cycling conditions.
qPCRBIO SyGreen Blue Mix Hi-ROX
£ 1,433.00 ex. VAT
SyGreen real-time PCR – 50 x 1 mL pouch Pack size 5000 x 20 ?L rxns qPCRBIO SyGreen Blue Mix is particularly useful in reducing errors when loading small volume reactions or using white plates. Features. Easy-to-see blue mix for greater pipetting precision and accuracy, Rapid extension rate for early Ct values, Market-leading sensitivity ? increased limit of detection, Specific amplification from complex templates including GC-rich sequences, non-PCR inhibiting intercalating dye, Compatible with all standard and fast cycling real-time instruments.
Available on backorder
SKU:
PB20.16-51
Category: qPCR Kits
Features
Specifications
Parameter | Value |
---|---|
Brand | |
Product type | SyGreen Blue Mix |
Downloads
Technical Data Sheet
download-title-1725
About brand
PCR Reagents for Research & Diagnostics:
PCR Biosystems develops a range of PCR reagents that maximise yield and sensitivity from the simplest to most challenging of reactions. Their products outperform every competitor in terms of yield, specificity, sensitivity, and speed. Applications include PCR, qPCR, NGS, Molecular Diagnostics, cDNA Synthesis, and DNA Extraction.