Recently, scientists studying mechanisms of gene regulation have uncovered critical and unanticipated roles for a class of small ribonucleic acids (RNAs) known as microRNAs. These small, ancient RNAs have evolved to coordinately regulate distinct groups of genes that are central to many biological processes. Crucially, we now understand that large sets of complex, co-evolved processes can be effectively regulated through the manipulation of single microRNAs, a finding that has opened a path to a powerful new therapeutic paradigm.
We are exploiting the understanding of how microRNAs control biologic processes in health and disease to advance fundamentally new treatments for intractable diseases. We leverage our unique expertise in the fields of miRNA biology, the genetics of human disease, and oligonucleotide drug development to identify and select the best microRNA targets with the highest therapeutic potential, to apply best-in-class chemistries to create the safest and most effective compounds, and to build innovative approaches that will accelerate these discoveries to the clinic.
Our product-focused platform is focused on therapeutics targeting compelling microRNAs known to be critical for the development of complex diseases of high unmet need, including cancer, pathologic fibrosis and cardiovascular disease.