SCIENTIFIC FOUNDATION & EXPERIMENTAL EVIDENCE
From Published Research to a Quantitative Platform
Gene Architect builds on peer-reviewed research in small non-coding RNA–mediated regulatory modulation and extends this scientific foundation into a measurable, computational framework for analyzing and controlling biological states.
- Peer-Reviewed Research: Published experimental studies provide the scientific foundation for investigating small non-coding RNA–mediated modulation of pathological cellular states.
- In Vivo Evidence: Published experiments in a virus-induced sarcoma model demonstrated complete tumor regression in the treated experimental group, providing in vivo evidence of a sustained biological response.
Current Quantitative Validation
Cellular morphology is transformed into quantitative data to map phenotypic states, compare responses and build the training foundation for AI-driven biological state analysis.
Protected Scientific & Intellectual Property Foundation
Gene Architect integrates a protected intellectual property foundation with an evolving experimental and computational research program.
PATENTED FOUNDATION · WO2022053130
The protected intellectual property foundation covers small non-coding RNA–based approaches developed through the preceding experimental research program.
The protected intellectual property foundation covers small non-coding RNA–based approaches developed through the preceding experimental research program.
Research Program in Progress
The current Gene Architect research program extends the scientific foundation into longitudinal cellular analysis, quantitative phenotype mapping and AI-assisted characterization of biological state transitions.
