Codondex

ncRNA possesses little known specificity albeit with much potential to change cellular outcomes. We're building signatures that identify desirable cell states to educate Natural Killer cells. At Codondex, our innovative k-mer-based approach uncovers how repetitive subsequences—short DNA fragments known as k-mers—serve as powerful signatures of regulatory potential. By viewing these repeats through a topological lens, we transform linear sequences into dynamic networks that highlight subtle distinctions in gene transcripts, offering new insights into gene regulation, isoform diversity, and disease mechanisms.