Advanced RNA nanotechnology combined with exosome engineering to deliver therapeutic innovation.
Core RNA Concepts
RNA, or ribonucleic acid, is a biological polymer made from nucleotide building blocks. In nature, RNA plays essential roles in gene expression, protein synthesis, gene regulation, and cellular signaling. RNA is more than a genetic messenger — it is a programmable nanoscale building material. Because RNA strands can be designed to fold, bind, and self-assemble through predictable base-pairing interactions, RNA can be engineered into functional molecular nanorobots with defined size, shape, and purpose for carrying therapeutic cargo.
RNA Nanotechnology
Our plug-and-play RNA assembly kits let any lab build self-assembling RNA nanorobots from modular strands. Each kit ships with the component RNA strands, assembly buffer, a step-by-step protocol, and validation documentation — including reference gel images and size-distribution data — so results are reproducible from the very first reaction.
We design custom RNA nanoparticles built from paired siRNA strands to silence specific target genes with precision across diverse cell types — purpose-built tools for gene-regulation research and therapeutic development.
We synthesize custom RNA tailored to your application, with advanced chemistry including backbone and base modifications for enhanced stability, and the conjugation of targeting ligands and fluorophores for cell-specific delivery and visualization.
