Make Every Particle Count.
Purify.
Analyse.
Discover.
Characterise Nanoparticles with Unmatched Resolution
Precisely measure nanoparticle size, concentration, and zeta potential using the unmatched resolution of tunable resistive pulse sensing (TRPS) technology. The Exoid’s single-particle measurements provide clarity beyond traditional light-based methods, offering detailed analysis of lipid nanoparticles, extracellular vesicles, and more – empowering your discoveries in biology and nanomedicine.
Explore TRPS
Isolate Extracellular Vesicles for Research and Diagnostic Development
Efficiently isolate extracellular vesicles (EVs) with a scalable, gentle approach.
The qEV Isolation platform is renowned in the EV research community for its versatility and reproducibility, making it a strong choice for EV isolation.
Alongside qEV Automation solutions that minimise errors and streamline isolation workflows, qEV columns use size exclusion chromatography to deliver highly purified isolates, supporting EV research and the development of EV-based biomarkers.
Scale Nanoparticle Purification for Therapeutic or Cosmetic Development
Streamline nanoparticle purification for therapeutic and cosmetic applications with the qEV isolation platform. Combining size exclusion chromatography-based qEV columns, automation, and specialist bioprocessing support, this platform ensures high-purity isolates and process optimisation.
With tangential flow filtration systems, custom columns, and automated chromatography for cGMP-compliant environments, you can scale seamlessly from sample preparation through to purification.
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In Our Customers' Words
“We required a concentrated, high-quality EV isolate for our in vivo animal studies, which we believe could be the foundation for future human translational work. The team optimized the process and purified the sample we provided, enabling us to proceed quickly to the next phase of our research. We are excited and look forward to leveraging Izon’s expertise to scale up the process for future clinical studies. Their collaborative support throughout this project has been invaluable, and I cannot thank them enough.”
University of Nebraska Medical Center
"Izon’s qEV columns offer a simple, effective and reproducible way of purifying EVs directly from biofluids or from EV enriched samples following differential centrifugation. During my PhD at Queensland University of Technology we used qEVoriginal columns (70 nm) for all of our EV preps from plasma and milk samples, prior to mass spectrometry-based proteomics and microRNA sequencing. Our group produced over 10 publications using these columns and continues to be satisfied with the results. I would highly recommend incorporating qEV columns as part of the EV enrichment workflow for any researchers struggling with EV yield and purity."
Postdoctoral Fellow at Scripps Research Institute
