Getting to Know Bacterial Extracellular Vesicles: Heroes or Villains? Explore the dual roles of bacterial extracellular vesicles (BEVs) - from mediating pathogenesis to offering novel therapeutic opportunities.

Bacterial EVs! They can drive infection and antibiotic resistance, but also support gut health and deliver therapeutics.
Start with the basics of BEVs and why they matter:
www.izon.com/news/getting...

#BacterialEVs #BiomedicalResearch

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-...

Processing

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 😉

Make the Switch: Why Choose TRPS Over NTA? What is the difference between Nanoparticle Tracking Analysis (NTA) and Tunable Resistive Pulse Sensing (TRPS)? Compare to determine which suits your research.

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...

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

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

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...