CustomCustomCustomCustomCustomCustom
11 11, 2025

Distinct microRNA profiles in human amniotic membrane its vesicular and non-vesicular secretome revealed

2025-11-11T08:44:13+01:00November 11th, 2025|exosomes, extracellular vesicle, Illumina NewSeq2000, microRNA, microRNA services, miND, miND spike ins, miND spike-in, NGS, quality|0 Comments

Vienna, Austria – November 2025 TAmiRNA scientist have contributed significantly to a new study published by the Ludwig Boltzmann Institute for Traumatology, which is titled “Distinct miRNA profiles in human amniotic tissue and its vesicular and non-vesicular secretome”. The article was published in Frontiers in Cell and Developmental Biology on October 29th 2025. Human amniotic membrane (hAM) has been used in tissue regeneration and wound healing applications. In this study, the miND® small RNA-sequencing workflow was applied to generate fresh insights into the microRNA composition of two spatially and physiologically distinct regions of the human amniotic membrane (hAM) and its secreted extracellular vesicles (EVs) and protein-bound miRNAs. The work highlights how advanced analytical workflows can uncover tissue- [...]

Read More
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|Comments Off on TAmiRNA launches the new lyophilized miND® spike-in kit for small RNA-sequencing quality control

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 [...]

Read More
14 10, 2025

hepatoMX Project Kickoff: TAmiRNA and You2Yourself Join Forces to Develop a Groundbreaking Urinary microRNA Diagnostic for Liver Disease

2025-10-14T08:25:31+02:00October 14th, 2025|biomarker, Biomarker Discovery, biomarkers, hepatoMX, Illumina NewSeq2000, microRNA services, microRNAs, miND, miND spike ins, NGS, sequencing, small RNA-sequencing, smallRNA|Comments Off on hepatoMX Project Kickoff: TAmiRNA and You2Yourself Join Forces to Develop a Groundbreaking Urinary microRNA Diagnostic for Liver Disease

We are excited to announce the official start of the EUREKA Eurostars project hepatoMX — a three-year collaboration between You2Yourself (Y2Y), a Dutch company specializing in small RNA-based early disease detection, and TAmiRNA GmbH, an Austrian SME with expertise in microRNA biomarker discovery and diagnostic test development (hepatomiR®). The project officially started on April 1, 2025, and aims to revolutionize the early detection of metabolic liver disease. The hepatoMX project will leverage TAmiRNA’s clinical expertise in liver diagnostics and Y2Y’s unique Urimon cohort that captures the dynamics of disease development to deliver a validated diagnostic test utilizing a proprietary urinary microRNA biomarker panel to identify early-stage liver disease in a simple and non-invasive manner. This innovative approach [...]

Read More
9 10, 2025

Microvascular microRNA Signatures in Sepsis: A High-Resolution View

2025-10-09T10:29:18+02:00October 9th, 2025|biomarker, Biomarker Discovery, biomarkers, Illumina NewSeq2000, laser microdissection (LMD), microRNA services, microRNAs, miND, miND spike ins, NGS, sequencing, small RNA-sequencing, smallRNA|Comments Off on Microvascular microRNA Signatures in Sepsis: A High-Resolution View

Sepsis drives profound microvascular injury, particularly in the kidney. But how do microRNAs (miRNAs) - the small regulators of gene expression - respond within distinct vascular compartments during this insult? A new study by Luxen et al.  published in Scientific Reports on October 2nd 2025 takes on this question using a clever methodological combination: laser microdissection (LMD) of microvascular subregions (arterioles, glomeruli, capillaries, postcapillary venules) followed by small RNA sequencing using TAmiRNA´s miND® workflow for highly sensitive and quantitative microRNA analysis. Why this approach matters Traditional microRNA profiling of whole tissues obscures spatial heterogeneity. With LMD, the authors could precisely isolate defined microvascular zones from kidney sections. Even with the tiny RNA yields from these isolated compartments, [...]

Read More
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, [...]

Read More
© Copyright TAmiRNA 2019 - 
Go to Top