Translational Studies

Connecting RNA
State to Clinical
Outcomes

Transforming complex epitranscriptomic signals into actionable
biological insights for next-generation therapeutic development.

Bridging Bench and Bedside

Translational research bridges basic and clinical science by bringing specialists together to refine discoveries. For many diseases, gene expression regulation occurs at the RNA level, yet epitranscriptomic changes remain understudied. Better RNA insight helps researchers connect molecular mechanisms with patient outcomes.

By quantifying RNA modifications from scarce samples, Lilac empowers researchers to investigate how epitranscriptomic changes correlate with physiology and pathology. Our platform transforms complex data into actionable insights for therapeutic development.

``Sequence tells you what could happen. Modifications tell you what is happening.``

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Application Focus Areas

Neuromodulation & Pain

Chronic pain remains challenging to study at the molecular level, particularly in translational research settings where sample availability is limited. RNA regulatory mechanisms, including RNA modification dynamics, are increasingly recognized as contributors to neural signaling and plasticity. Lilac’s approach supports exploratory RNA analysis that can complement functional and physiological measures in neuromodulation research.

  • Low-input RNA profiling from neural and spinal tissue samples.
  • Exploratory analysis of RNA regulatory patterns alongside behavioral or electrophysiological data.
View RNA modification analysis kits

Oncology & Therapeutics

In oncology and therapeutic research, RNA regulation provides an additional layer of biological insight beyond sequence and expression alone. Lilac supports discovery-stage studies that investigate RNA modification status and RNA quality across diverse cell types and experimental conditions, helping teams contextualize molecular changes relevant to disease biology and therapeutic response.

  • Analysis of RNA regulatory signatures in heterogeneous or constrained sample sets.
  • Support for mechanism-oriented studies involving RNA-modulating or RNA-targeting approaches.
View RNA modification analysis kits

Research Use Only (RUO) • Not for Diagnostic Procedures

Explore Collaboration

We actively participate in collaborative research environments to evaluate
method integration and support early-stage scientific inquiry.

Inquire About Research Partnerships