Izon Science
@IzonScience
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Experts in isolating (#SizeExclusionChromatography with the #qEV column range) & characterising (#TRPS with #Exoid) #ExtracellularVesicles & other nanoparticles
Boston, Lyon, Christchurch
Joined June 2009
Every #ExtracellularVesicles researcher has to do one at some point, no matter how much they may want to avoid it. People expect it. It’s compliant with MISEV guidelines. That’s right, the dreaded Western blot. But don’t despair. Read our guide instead.
izon.com
Struggling with Western blots for extracellular vesicles? This guide will help lead you through the process and its pitfalls.
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Looking for a better way to isolate large EV volumes? Read our article which explains why qEV100 columns outperform ultracentrifugation - offering improved efficiency and purity for large-scale isolation. Linked: https://t.co/psFPXoOHm3
#EVIsolation #qEVPlatform
izon.com
The qEV100 is used to isolate extracellular vesicles (EVs) from large sample volumes. How does this size exclusion chromatography column stack up against ultracentrifugation?
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What's your biggest challenge in EV isolation? Cast your vote ⤵️
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qEV Publication Watch 2024 is here! 📝 From isolating EVs in standard blood test volumes to advancing clinical workflows - researchers are pushing boundaries with the #qEVPlatform. Read more: https://t.co/dyjW5IwNeX
#ExtracellularVesicles #EVResearch #qEV #LiquidBiopsy
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Need EV purification without compromise? Meet our qEV columns - designed for pure #EVisolation with minimal contamination. Find your true match this #ValentinesDay: https://t.co/NEN3AmNnEP
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Scaling #EVisolation for therapeutics? 🚀 A study found that TFF + SEC yields 5.2x more EVs than #ultracentrifugation - and in a fraction of the time. Choosing the right method is key to efficient, scalable EV production. 🔬 Learn more:
izon.com
Unlock the potential of extracellular vesicles for therapeutics with a scalable isolation method that combines tangential flow filtration and qEV columns for optimal efficiency.
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Today is #WorldCancerDay - a call for continued research, innovation, and collaboration in cancer detection and treatment. At Izon, we’re proud to support researchers advancing biomarkers, targeted therapies, and diagnostics.
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The 2024 TRPS Publication Watch is here! 📢 From spirulina-derived EVs for vaccines to EV-driven tooth pulp regeneration, we’ve rounded up 5 must-read studies using TRPS for high-res EV analysis. Read the article:
izon.com
A selection of 5 TRPS papers published in 2024.
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What are extracellular vesicles (EVs)? 🧐 The MISEV2023 guidelines clarify: EVs: cell-derived, lipid bilayer, non-replicating. EPs: includes EVs + non-vesicular particles (NVEPs) What are your thoughts? #EVs #MISEV2023
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Zeta potential matters! ⚡ A higher absolute zeta potential (±30 mV and above) = more stability, less aggregation in a suspension. Closer to 0 mV? Higher risk of clumping over time. Measure zeta potential to optimise formulations & ensure stability. Read more:
izon.com
What is zeta potential, and how are zeta potential measurements shaping nanomedicine developments?
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Happy New Year! 🎉 If your 2025 resolution is to enhance your nanoparticle research through improved automation and scalability, we're here to help. Let's make this the year you achieve your research goals. Head to our website to learn more: https://t.co/4iRgIXgTcV
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Merry Christmas from Izon! 🎄 As the year comes to a close, we'd like to wish you all a very happy holidays. It's been an exciting year and we are truly grateful for your continued support throughout 2024. For now, take care & enjoy the jolly season! 🎅
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Could extracellular vesicles improve the early detection of ovarian cancer? New research shows how targeting 3 key biomarkers on #EVs could enhance diagnostic accuracy and outperform traditional methods like the CA125 assay. Read more:
izon.com
Early diagnosis of ovarian cancer remains a challenge, but what if the answer lies in the smallest of clues?
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#SFNano - what a blast! 🚀 We had a fantastic time in Toulouse, sharing how the #qEVIsolation platform and the #Exoid can support researchers in nanomedicine! Interested? Have a read of our recent article: https://t.co/HdVIQao4Mh
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Purity or recovery - which matters most for your research? With the #qEV series, you choose: maximise particle recovery, prioritise purity, or find the middle ground. Compare the qEV series:
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The classic image of extracellular vesicles (#EVs) may be outdated. Emerging research supports the existence of the #ProteinCorona: a complex protein shell that cloaks EVs. So, what does this mean for EV research? Read our article to learn more:
izon.com
Albumin is a contaminant of extracellular vesicle isolates, right? New research suggests that it may actually be part of the extracellular vesicle corona.
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Did you know? 💡 The #Exoid ensures a standardised approach to nanoparticle measurements with #TRPS! Calibration standards and real-time indicators ensure accurate, reliable results. Get the insights you need for your research:
izon.com
The Exoid is the latest Tunable Resistive Pulse Sensing (TRPS) instrument. Designed to measure extracellular vesicles and nanoparticles from 40 nm to 11 µm.
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Bonjour 👋 If you're attending the #SFNano conference over the coming days, be sure to stop by our booth! Let's discuss your research and explore how the #qEVplatform and the #Exoid can support your work.
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ISEVxTECH2024 💥 We had a great time at #ISEVxTECH connecting with colleagues & discussing the latest in #EVresearch! Thanks to everyone who stopped by our booth!
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Let's talk about #ZetaPotential! ⚡ It's a key particle characteristic you should be measuring, providing you with insights into a particle's surface charge and the stability of colloidal systems. Find out more here: https://t.co/3R2irdBEdQ
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We recently attended the Tecnología de Células Animales: Desarrollo y Producción de Bioterapéuticos workshop at Universidad de Chile (@uchile)! Big thanks to the organisers and attendees for a great event ✨
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