3 11, 2025

TAmiRNA launches the new lyophilized miND® spike-in kit for small RNA-sequencing quality control

2025-11-03T11:11:21+01:00November 3rd, 2025|miND, miND spike ins, miND spike-in, NGS, quality|0 Comments

Vienna, Austria – November 2025 TAmiRNA proudly announces the release of its miND® spike-in kit in a new lyophilized format, optimized for the preparation and analysis of 96 small RNA-sequencing libraries. This upgraded format improves handling, stability, and integration with standard small RNA-sequencing workflows, ensuring seamless compatibility with commonly used library preparation kits. The new lyophilized miND® spike-in kit combines ease of use and long-term stability with TAmiRNA’s proven spike-in design (5’ and 3’ end randomization) for accurate and reproducible normalization in small RNA-sequencing experiments. The revised 96-reaction format is ideal for medium- to large-scale studies and simplifies quality control across multiple runs. In addition, TAmiRNA has generated new data confirming the robust performance and stability of [...]

16 07, 2025

Webinar Announcement

2025-07-16T10:01:30+02:00July 16th, 2025|biomarker, Biomarker Discovery, biomarkers, FFPE, microRNAs, miND spike-in, NGS, small RNA-sequencing|Comments Off on Webinar Announcement

🔬 Join us For Our Upcoming Webinar with BioEcho Life Sciences In this session, we'll explore: Discover how TAmiRNA’s miND® small RNA-sequencing assay enables absolute quantification and quality control through synthetic spike-ins, making it a powerful tool for transcriptomic profiling in challenging samples. Learn about the BioEcho EchoLUTION FFPE RNA extraction kit, which preserves the integrity of small and large RNAs to maximize sensitivity and reproducibility in FFPE tissue analysis. See case studies demonstrating how integrated workflows—from RNA extraction to sequencing and bioinformatic analysis—support microRNA biomarker identification and mechanistic insights. Explore bioinformatic tools for analyzing small RNA-seq and multiomic datasets to uncover microRNA function, cellular origin, and regulatory networks. Whether you are working with archived tissue samples or liquid biopsies, [...]

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