Izon Science

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...

Beyond Biomedical: Exploring Veterinary Applications of Extracellular Vesicle Research Extracellular vesicles (EVs) are making their mark in human medicine - now, they’re showing promise in veterinary care too.

Pets are part of the family - and their health matters too.

In our latest article, we highlight how EVs are being studied to: 🐶 Detect mast cell tumours and urinary carcinoma in dogs 😺 Investigate kidney disease in cats

🔗Read now: www.izon.com/news/beyond-...

Scaling up #EVisolation can be challenging — from complex tech to time & cost pressures.

Our team can take off some of that pressure by handling large-volume EV isolation for you, so you get purified EVs faster and can focus on your research goals.

Learn more: www.izon.com/qev/processing

Pairing Tangential Flow Filtration with qEV Columns: A Scalable Solution for EV Isolation Unlock the potential of extracellular vesicles for therapeutics with a scalable isolation method that combines tangential flow filtration and qEV columns for optimal efficiency.

Scaling up #EVisolation for #therapeutics isn’t easy — especially when you could be aiming for 10¹⁴+ EVs per dose!

This article looks at how #TFF + #qEV can help you scale up without losing yield.

Give it a read 👇
www.izon.com/news/pairing...

Measuring Nanoplastics with TRPS: A Precise Approach to a Growing Concern Nanoplastics are tiny plastic particles invisible to the naked eye — but their impact on ecosystems and human health may be anything but small. As research into micro- and nanoplastic contamination in...

Familiar with #nanoplastics? They're smaller, harder to detect, and potentially more harmful than #microplastics. In our latest article, we explore why they matter and how #TRPS can help us measure them at the nanoscale.

🔗Read now: www.izon.com/news/measuri...

Sounds like you need an AFC in your life @natalieturnerau.bsky.social 😉

TRPS and NTA - both characterise #nanoparticles, but they do it differently.
#TRPS directly measures individual particles for high-res data, while #NTA estimates using light scatter.
Ready to learn more about the differences?
Visit: www.izon.com/trps/compare...

We’re at #ISEV2025! Come see us at booth S2 to have a chat and check out the full qEV Platform.
Not at the conference? You can still reach out at izon.com/contact

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...

We often talk about #ExtracellularVesicles in the context of health and disease — but their potential doesn’t stop there!
From farm to sea, and everything in between, EVs are helping shape the world around us.

Is there a field you're interested in? Let us know below ⬇️

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

This #WorldHealthDay is all about highlighting maternal and infant health. Learn how EVs are helping researchers better understand complications like preeclampsia: www.izon.com/news/extrace...

Smarter Separation: How SEC+ Enhances EV Isolation Become familiar with SEC+ and the distinct advantages our Gen 2 resin offers over traditional SEC resins, including our discontinued Sepharose-based Legacy columns.

🚀 Smarter #EVIsolation starts here.

#ExtracellularVesicles hold huge potential. Yet isolating pure, high-yield EVs can be a challenge. SEC+, powered by our qEV Gen 2 resin, delivers purer EVs without sacrificing yield when compared to traditional #SEC.

🔗 Learn more: www.izon.com/news/smarter...

YouTube video by Izon Science Isolating Nanoparticles? Increase Recovery with the qEV 20 nm Series

Looking for higher recovery when isolating #nanoparticles? The #qEV 20 nm series captures particles down to 20 nm while maximising yield. Ideal for low-volume samples & diagnostics with >90% ApoB removal for high purity.

🎥 Watch now: youtu.be/7b6Shy7QUKQ

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

YouTube video by Izon Science Why Extracellular Vesicle Names Matter

Not all #extracellularvesicles (EVs) are the same, and what you call them matters!

Different subtypes can imply distinct origins and characteristics - so using the right terminology is crucial for accurate scientific reporting.

Get a quick breakdown in our short video: youtube.com/shorts/g-0Sf...