Technology
Unlock
RNA beyond abundance.
ModQuant makes relative m⁶A quantification accessible from low-input mRNA through selective molecular recognition, magnetic capture, and qPCR.
The quantitative gap
See more than RNA quantity alone.
RNA abundance explains only part of the biological picture. Chemical modifications such as m⁶A can influence RNA fate, translation, and response to cellular conditions.
Lilac’s workflow is designed to add an accessible modification measurement to familiar RNA research, without requiring a specialized analytical core.
How it works
A selective path from mRNA to qPCR signal.
The product concept combines recognition chemistry, magnetic enrichment, and a calibrated readout.
01
Recognize
Detector chemistry interacts with the m⁶A signal in normalized mRNA.
02
Capture
Magnetic beads isolate the detector-associated signal through a guided wash process.
03
Quantify
A standard real-time PCR instrument converts the enriched material into a comparative readout.
Platform principles
Designed around access.
Low input
Protect scarce material.
Bring 1–10 ng of endogenous mRNA into a modification study.
Familiar hardware
Use the qPCR ecosystem.
Keep analysis close to the bench with instruments and skills already present in many labs.
Same-day insight
Shorten the feedback loop.
Move from sample to comparative signal in under five hours.
Scalable workflow
Start small, then grow.
Choose 24- or 48-reaction formats and the magnetic format that fits your throughput.
Turn technology into a study