Reduce carryover contamination risk in your qPCR workflows
Expand your offering with our new UNG-containing mixes
PCRBIO’s new UNG-containing qPCR mixes are designed to help users improve confidence in their results by reducing the risk of carryover contamination from previous PCR products.
Whether users are running probe-based qPCR, 1-step RT-qPCR, or working with inhibitor-rich samples, our expanded UNG range allows more ways to build contamination control directly into their workflow.
Complete the form to request more information today and learn how these mixes can benefit your customers.
Why should users choose a UNG-containing mix?
Carryover contamination can lead to false positives, unreliable results and repeated experiments. UNG-containing mixes support dUTP/UNG-based contamination control by helping prevent amplification of contaminating PCR products from previous reactions.
PCRBIO’s UNG mixes add an extra layer of protection to qPCR workflow without adding unnecessary complexity.
Key benefits
- Reduce carryover contamination risk from previous PCR amplification products
- Improve confidence in qPCR results, especially in repeated or high-throughput workflows
- Streamline setup with ready-to-use master mixes containing UNG
- Versatile formulations for DNA, RNA, inhibitor-tolerant or air-dryable applications
- Support assay development for research, applied testing and diagnostic workflows
Our expanded UNG-containing range is designed to help reduce the risk of carryover contamination by enabling dUTP/UNG-based protection in compatible qPCR workflows.
Clara® Probe Mix UNG
High-performance probe-based qPCR with added carryover contamination control.
Clara® Probe 1-Step Mix UNG
A convenient 1-step RT-qPCR mix for RNA detection and quantification, now with UNG-containing workflow support.
Clara® Inhibitor-Tolerant Probe Mix UNG
Probe-based qPCR performance for challenging sample types, with added inhibitor tolerance and UNG-based protection.
Clara® Inhibitor-Tolerant Probe 1-Step Mix UNG
For RNA targets in inhibitor-rich samples, combining 1-step RT-qPCR convenience, inhibitor tolerance and carryover protection.
