From Plasma to Pathology: A Robust EV Isolation and Quantification Workflow Diehl et al., (2023) describe a standardised EV workflow using qEV isolation and TRPS to streamline EV isolation and characterisation protocols.

#ExtracellularVesicles = big potential 🧬
But isolating & characterising them? Not always easy.

Here, we look at a robust, standardised plasma EV workflow from Diehl et al. (2023), using the #qEVPlatform + #TRPS.
Scalable, reproducible, clinically relevant.

🔗 Read more: www.izon.com/news/from-pl...

Making the most of tiny blood samples—a better way to isolate extracellular vesicles | Exosome RNA This study confirms that size exclusion chromatography is the most reliable method for separating extracellular vesicles from just 1mL...

Getting the most out of small plasma samples? ✅
This Exosome RNA article shows why #SEC via the #qEVPlatform outperforms other common methods for #EVIsolation from just 1 mL — making it the best choice for biobank samples.
🔗Read the article: exosome-rna.com/making-the-m...

Biobanks in Focus: Enabling Translational EV Research Biobanks offer a rich resource for EV research - but are the samples suitable? Explore the practicalities of using biobanked plasma for EV isolation, with a focus on real-world compatibility, sample v...

Biobanks play a crucial role in advancing #EVResearch. Our latest article explores how biobank samples are impacted by EV isolation, storage conditions, and key considerations for successful EV isolation.
Dive in!
www.izon.com/news/biobank...

#Biobank #ExtracellularVesicles #qEVPlatform

qEV Isolation Overview

Optimising your #EV isolation protocol is crucial for downstream applications. With the #qEVPlatform, fine-tune for EV purity, recovery, and concentration to meet your research needs — whether for biomarker discovery, therapeutics, or beyond. www.izon.com/qev/overview
#NanoparticleResearch