Ryan J. Andrews

ScanFold3 improves RNA structure prediction speed and accuracy, outperforming previous versions in benchmarking and validation.

The paper develops dsRNAscan to predict dsRNAs in the human genome, identifies neuronal enrichment and intermolecular interactions, and provides a resource for dsRNA annotations.

The paper analyzes RSV RNA structures and finds conserved motifs that may impact viral replication, using bioinformatics and experimental methods.

This paper uses ScanFold to map the RNA structural landscape of SARS-CoV-2 and identifies potential drug targets and antisense therapeutic regions.

The paper identifies stable secondary structures in MYC mRNA, including a conserved 3′ UTR motif that affects gene expression and offers potential druggable targets.