Measles

DSQ Alert® Measles and RNase P Analyte Specific Reagents

As measles activity rises, molecular laboratories need flexible assay development options.

According to the Centers for Disease Control and Prevention, 2,281** confirmed measles cases were reported in 2025 compared with 285 cases in 2024, with outbreak-associated transmission continuing into 2026.

Unlike traditional multi-target approaches, this product suite utilizes a single PCR amplicon enhanced by Super I® nucleoside analogue chemistry, enabling shorter primer designs and stronger hybridization performance.

Proprietary Chemistry Designed for Target Discrimination

Designed to support molecular laboratories developing real-time PCR workflows for measles detection and vaccine strain discrimination, DSQ Alert® Measles and RNase P Analyte Specific Reagents combine proprietary chemistry with flexible workflow compatibility across validated open-channel platforms.

This design incorporates two proprietary probe chemistries to support target discrimination:

  • One DSQ® hydrolysis probe to support amplification of generic measles nucleic acid(NA)
  • One Pleiades® hybridization probe to support vaccine strain discrimination

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Built for Open Molecular Workflows

These reagents are optimized to support molecular labs to develop assays using real-time PCR on:

  • ELITe InGenius®
  • ELITe BeGenius®
  • Other open-channel platforms

Ordering Information

Catalog #

Product Name

M800845§

DSQ Alert® Measles Primer Mix

M800846§

DSQ Alert® Measles Probe Mix

M800847§

DSQ Alert® RNase P Primer Mix

M800848§

DSQ Alert® RNase P Probe Mix

§Analyte Specific Reagent. Analytical and performance characteristics are not established.

Why DSQ Chemistry Matters

The DSQ Alert® product line is built on proprietary DSQ probe chemistry engineered for broad-spectrum fluorescence quenching while preserving fluorophore compatibility and multiplexing flexibility.

This chemistry helps support stronger signal control across complex molecular designs.

** Measles Cases and Outbreaks (Centers for Disease Control and Prevention, US Department of Health and Human Services, 2026), https://www.cdc.gov/measles/data-research/index.html

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