Solve the Quantitative
Gap in RNA Analysis

Low-input, site-specific measurement tools designed to move your RNA
research from discovery to translational reality.

Why RNA Modification Matters Now

Over 170 types of chemical modifications dynamically decorate RNAs. The discovery that N⁶‑methyladenosine (m⁶A) is reversible and ubiquitous propelled the field of epitranscriptomics into prominence. These modifications regulate nearly every aspect of RNA metabolism, influencing gene expression and physiological processes.

Aberrant RNA modifications are linked to diseases and have prompted new therapeutic strategies. Understanding and quantifying these modifications can uncover mechanisms and biomarkers for translational research.

Solving the Measurement Gap

Traditional profiling methods often require prohibitive sample amounts and lack the site-specific precision needed for biomarker validation. Lilac enables teams to solve these challenges with quantitative tools that work across heterogeneous samples.

See how teams apply these toolsExplore integrated profiling services

RNA Modification Status Kit (m⁶A)

Bridging the Quantitative Gap in Translational Research

Lilac provides a specialized, qPCR-based workflow for site-specific RNA modification analysis. By delivering absolute quantification without the high costs and sample requirements of LC-MS or NGS, we enable researchers to validate modification-associated biomarkers with diagnostic-grade precision.

Quantitative Precision

Site-specific quantification of modification status, providing absolute measurements without the need for relative enrichment.

Sample Versatility

Capable of detecting modifications with as little as 1 ng of input mRNA.

Workflow Integrated

Aligns with standard molecular biology and bioinformatics pipelines for rapid deployment.

Diagnostic Grade

Engineered for reproducibility and scientific rigor across multi-site studies, with multiplex capabilities for efficient modification profiling.

Product Specification

  • Workflow Compatibility

    Fully compatible with standard qPCR workflows

  • Input Requirement

    1 ng mRNA

  • Total Turnaround Time

    < 5 hours

  • Hands-on Time

    ≤ 1.5 h hands-on

  • Automation

    Automation friendly

  • Storage Conditions

    Storage at -20°C and 4°C

  • Regulatory Status

    Research Use Only (RUO)

Future Innovation

Product Portfolio & Roadmap

Our expanding ecosystem of tools for advanced RNA analysis.

Coming Soon

m1A Modification Kit

Specialized assays for N1-methyladenosine detection with high specificity.

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In Development

Inosine Modification Kit

Quantitative analysis of A-to-I editing events in complex RNA samples.

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Coming Soon

Multiplex Modification Kit

Simultaneous measurement of multiple RNA modification states in a single workflow.

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Coming Soon

Stability Reagents

Advanced solutions for evaluating and enhancing RNA stability across various conditions.

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Coming Soon

Purification Kits

High-yield, high-purity RNA extraction and purification for downstream analysis.

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Coming Soon

RNome Software Solutions

Integrated bioinformatics platform for comprehensive RNA modification mapping and analysis.

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