Technical Note | TACT Genomics, April 6, 2026 Choosing the right assay for RNA-Protein Interaction research depends entirely on whether your research starts with a specific protein  (RIP) or a specific RNA  (Pull-Down), and whether you are working with circular  or linear  RNA. Overview Unlocking the secrets of the cellular "interactome" shouldn't be a source of confusion. Whether you are chasing a mysterious RNA-binding protein or mapping the vast regulatory network of a specific gene, your...

Technical Note | TACT Genomics, April 5, 2026 Uncover the functional architecture of your lncRNA networks.  Master the experimental frameworks necessary to validate lncRNA functionality  and dissect complex lncRNA–microRNA regulatory axes . TACT Genomics provides comprehensive, end-to-end support for your RNA research—seamlessly bridging the gap between in silico prediction and rigorous wet-lab validation . Overview Long non-coding RNAs (lncRNAs)  are transcripts typically exceeding 200...

Technical Note | TACT Genomics, April 04, 2026 Discover RNA–Protein Interactions with High Sensitivity & Confidence. Identify RNA-binding proteins (RBPs) faster, more reliably, and cost-effectively. From discovery to validation, TACT Genomics provides complete solutions for RNA pull-down assays . Introduction Current approaches for studying RNA–protein interactions fall into two main categories: RNA-centric methods  – identifying proteins that bind to a target RNA Protein-centric methods  –...