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 sp

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

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-cen

Technical Note | TACT Genomics, April 2, 2026 Learn how to identify RNA-binding proteins (RBPs) using RNA pull-down assays. Discover workflows, tips, and high-performance RNA pull-down kits from TACT Genomics . RNA Pull-Down for RBP Identification Identifying RNA-binding proteins (RBPs)  is essential for understanding RNA function in gene regulation, translation, and cellular signaling. The RNA pull-down assay  is a widely used and reliable method for studying RNA–protein int

Technical Note | TACT Genomics, January 6, 2026 Extracting RNA efficiently is a cornerstone of molecular biology and biomedical research. Whether you are studying gene expression, developing diagnostics, or exploring new therapeutic targets, the quality and quantity of RNA you obtain can make or break your experiments. Today, I want to share insights on how to streamline your RNA extraction process using the right tools and kits, ensuring you get reliable results every time.

Gene research is evolving at a breakneck pace. Every day, new discoveries push the boundaries of what we know about DNA, RNA, and the complex machinery inside cells. But how do researchers keep up with this flood of information? The answer lies in innovative tools and reagents that simplify and accelerate genomic studies. One company making waves in this space is tact genomics , which is reshaping how life science researchers and biomedical scientists approach their work. The

Help Improve the Efficiency of New Drug Development Technical Note | TACT Genomics, January 03, 2026 To meet the bioactivity analysis needs in small molecule drugs, antibody drugs, cell and gene therapy, and vaccine development, our newly developed drug development reagent portfolio currently comprises three main categories: luciferase assays, wash-free ELISA kits, and residue detection kits. Among these, the wash-free ELISA series offers flexible and customized method develo

At 11:30 a.m. local time on October 6, 2025, the Nobel Prize in Physiology or Medicine was awarded to three scientists — American researchers Mary E. Brunkow and Fred Ramsdell , along with Japanese scientist Shimon Sakaguchi . They were recognized for their groundbreaking discovery of peripheral immune tolerance . In short: they uncovered the secret of how the immune system restrains itself. Understanding Immune Tolerance Every moment, our immune system protects us from tho