GlyphRx converts a sample's transcriptomic and supermetabolon response into a reproducible RNA-QR signature — a scannable fingerprint of mechanism, potency and safety signal. Where the debate over novel and contested compounds runs on press releases and anecdote, we return a measurement.
Strong claims, thin mechanism data, no trusted instrument. Novel and contested compounds are argued over in public and almost never measured in a human cell at the doses in question.
Good candidates die for lack of evidence. Bad ones keep circulating. Funders, regulators and clinicians can't tell them apart before clinical spend.
A pharmaceutical and a natural compound enter the same intake, are dosed in the same cell model and are scored on the same scale. The compound's origin never enters the calculation.
Which networks a compound moves in a living cell, read from the transcriptome rather than inferred from a single target.
Every characterized compound adds a reproducible signature to a growing reference library.
Higher-order groups of co-expressed modules, mapped before and after exposure.
The same readout across a dose panel, so potency and stress signal are resolved together.
A neutral measurement for compounds where the claims are loud and the data are thin.
Rank a library of compounds on one scale before committing clinical spend.
Our first case is chosen deliberately. Chlorine dioxide (CDS) sits at the center of one of the loudest disputes in medicine — hailed as a breakthrough by some, dismissed as bleach by others. There are 60+ primary sources of record and essentially zero clean human-cell mechanism data. That gap is exactly what GlyphRx exists to close.
Give us a compound nobody agrees on. We'll tell you, reproducibly, what it does to the cell.
Compound, dose range and the question to be answered.
Dosed in a human cell model with controls and replicates.
Transcriptome read before and after exposure.
Signature generated and scored against the reference library.
Dose-resolved mechanism and safety-signal report delivered.
Theoretical cell biologist and originator of the molecular framework behind RNA-QR. Professor Emeritus, Rutgers University.
sungchulji.com →Physics, information theory and biology. Co-architect of the RNA-QR signature.
We are building the neutral instrument for contested biology. Investor materials and a technical brief are available on request.
Not an offer or solicitation of securities. Any offering will be made only to qualified investors pursuant to definitive offering documents.