OUR SOLUTIONS

Artificial RNAgence™

Intelligent RNA Molecules Engineered to Act, Adapt, and Heal 

PROBLEM

RNA-based medicine is transforming therapeutics, expanding beyond messenger RNAs to include powerful regulators like non-coding RNAs, aptamers, and synthetic RNA constructs. However, designing entirely new RNA fusions—molecules that do not naturally exist—requires the seamless integration of sequence, structure, chemical modifications, and stability into a single, functional therapeutic agent. This remains a significant challenge in the field—until now.

OUR SOLUTION

Artificial RNAgence™ is a next-generation bioinformatics and synthetic biology platform that designs entirely novel, programmable RNA fusions—molecules that do not exist in nature—with exceptional precision, stability, and functional versatility. These custom-engineered RNAs can target specific genomic loci or subcellular compartments, regulate gene expression, deliver therapeutic payloads, scaffold protein complexes, and sense intracellular signals to trigger conditional responses. Built on cutting-edge advances in RNA structure modeling, chemical modification, and targeting signals, each RNA molecule is mission-ready—designed to persist, adapt, and perform specific functions within complex biological environments. Whether you're aiming to silence a gene, activate a pathway, remodel epigenetics, or develop RNA-based therapeutics, Artificial RNAgence™ unlocks the next frontier of RNA design—far beyond nature’s blueprint.

Are you interested in any of the following?

  • Design novel RNA fusions with custom regulatory, sensing, or scaffolding functions
  • Target specific genomic loci for gene activation, repression, or epigenetic remodeling
  • Direct RNA to subcellular compartments (nucleus, mitochondria, stress granules)
  • Develop RNA-based therapeutics with enhanced stability and targeted delivery
  • Create programmable RNAs to modulate gene expression or assemble protein complexes
  • Engineer RNA sensors to detect intracellular signals and trigger specific responses

What we need from you?

  • Project Goal (e.g., gene silencing, activation, delivery, localization)
  • Target Details (Gene name, transcript info, target locus or compartment, and cell type)

What will we deliver?

  • Optimized RNA design with enhanced targeting and functio
  • Improved stability through chemical and structural modifications
  • Modular RNA agents tailored for silencing, activation, or delivery
  • Delivery-ready formats (RNA, plasmid, or design blueprint)
  • Optional: In silico validation and guidance for experimental setup