November 4–6, 2026 | University of Calabria, Rende, Italy
How can advances in nanoparticle purification and characterization help bridge the gap between laboratory research and clinically relevant applications?
This question will be at the heart of Izon Science's contribution to the 38th AICC International Meeting – “Precision Medicine in the Big Data Age”, taking place from November 4 to 6, 2026, at the University of Calabria in Rende, Italy.
SEE Srl will attend the congress alongside its partner Izon Science, contributing to the discussion on technologies that support the transition from experimental research to scalable and reproducible workflows.
From Bench to Clinically Relevant Insights
As extracellular vesicles (EVs) and other biological nanoparticles gain increasing attention in biomarker discovery, disease research, and precision medicine, the need for reliable purification and characterization methods becomes increasingly important.
At AICC 2026, Caterina Severi from Izon Science will deliver a presentation entitled: “From Bench to Clinically Relevant Insights: Scaled-Up Nanoparticles Purification and Single-Particle Characterization”
The presentation will explore a topic central to modern nanoparticle research: the importance of scaling up purification processes while maintaining the ability to characterize individual particles.
These challenges are particularly relevant for laboratories moving beyond small-scale experiments towards more demanding research applications.
Processing larger sample volumes is an important consideration in extracellular vesicle research, especially when working with conditioned cell culture media or biological fluids.
Izon Science's qEV TFF (Tangential Flow Filtration) system addresses this challenge by enabling sample concentration and buffer exchange as part of scalable nanoparticle purification workflows.
The system supports:
Processing of sample volumes from 0.5 to 10 L with the standard research configuration.
Up to 10-fold sample concentration.
Diafiltration and buffer exchange.
Integration with qEV size-exclusion chromatography workflows.
Real-time monitoring of operating parameters.
By supporting the transition from smaller laboratory volumes to larger-scale processing, qEV TFF offers researchers greater flexibility when developing and optimizing nanoparticle preparation protocols.
Beyond Bulk Measurements: The Value of Single-Particle Characterization
Scaling up purification is only one part of the challenge. Obtaining detailed and reliable information about nanoparticle populations is equally essential.
Unlike techniques that provide averaged measurements across a sample, single-particle analysis can reveal differences between nanoparticle populations, offering valuable insights into sample heterogeneity and consistency.
Combining scalable sample preparation with high-resolution particle characterization can help researchers better understand and evaluate their experimental workflows.
The 38th AICC International Meeting brings together researchers exploring the latest developments in cell biology, precision medicine, and innovative analytical technologies.
Don't miss Caterina Severi's presentation and the opportunity to meet SEE and Izon Science at the congress.
We look forward to discussing how scalable purification and single-particle characterization technologies can support your research needs.
Event: 38th AICC International Meeting – Precision Medicine in the Big Data Age
Dates: November 4–6, 2026
Venue: University of Calabria, Rende (Cosenza), Italy
Nanoparticles Purification and Single-Particle Characterization from Bench to Clinical Insights: SEE and Izon Science at AICC 2026
Event - Congress -Workshop
Wednesday 04 November 2026 - 12:00 to Friday 06 November 2026 - 13:00
November 4–6, 2026 | University of Calabria, Rende, Italy
How can advances in nanoparticle purification and characterization help bridge the gap between laboratory research and clinically relevant applications?
This question will be at the heart of Izon Science's contribution to the 38th AICC International Meeting – “Precision Medicine in the Big Data Age”, taking place from November 4 to 6, 2026, at the University of Calabria in Rende, Italy.
SEE Srl will attend the congress alongside its partner Izon Science, contributing to the discussion on technologies that support the transition from experimental research to scalable and reproducible workflows.
From Bench to Clinically Relevant Insights
As extracellular vesicles (EVs) and other biological nanoparticles gain increasing attention in biomarker discovery, disease research, and precision medicine, the need for reliable purification and characterization methods becomes increasingly important.
At AICC 2026, Caterina Severi from Izon Science will deliver a presentation entitled: “From Bench to Clinically Relevant Insights: Scaled-Up Nanoparticles Purification and Single-Particle Characterization”
The presentation will explore a topic central to modern nanoparticle research: the importance of scaling up purification processes while maintaining the ability to characterize individual particles.
These challenges are particularly relevant for laboratories moving beyond small-scale experiments towards more demanding research applications.
Processing larger sample volumes is an important consideration in extracellular vesicle research, especially when working with conditioned cell culture media or biological fluids.
Izon Science's qEV TFF (Tangential Flow Filtration) system addresses this challenge by enabling sample concentration and buffer exchange as part of scalable nanoparticle purification workflows.
The system supports:
Processing of sample volumes from 0.5 to 10 L with the standard research configuration.
Up to 10-fold sample concentration.
Diafiltration and buffer exchange.
Integration with qEV size-exclusion chromatography workflows.
Real-time monitoring of operating parameters.
By supporting the transition from smaller laboratory volumes to larger-scale processing, qEV TFF offers researchers greater flexibility when developing and optimizing nanoparticle preparation protocols.
Discover Izon Science qEV TFF
Scaling up purification is only one part of the challenge. Obtaining detailed and reliable information about nanoparticle populations is equally essential.
Pulsoid, Izon Science's latest single-particle characterization platform, uses Nanopore Pulse Sensing (NPS) technology to measure particle diameter, concentration, zeta potential, and volume.
Unlike techniques that provide averaged measurements across a sample, single-particle analysis can reveal differences between nanoparticle populations, offering valuable insights into sample heterogeneity and consistency.
Combining scalable sample preparation with high-resolution particle characterization can help researchers better understand and evaluate their experimental workflows.
Explore Izon Science Pulsoid
The 38th AICC International Meeting brings together researchers exploring the latest developments in cell biology, precision medicine, and innovative analytical technologies.
Don't miss Caterina Severi's presentation and the opportunity to meet SEE and Izon Science at the congress.
We look forward to discussing how scalable purification and single-particle characterization technologies can support your research needs.
Event: 38th AICC International Meeting – Precision Medicine in the Big Data Age
Dates: November 4–6, 2026
Venue: University of Calabria, Rende (Cosenza), Italy
Visit the official AICC 2026 website
Interested in Izon Science technologies? Contact SEE Srl to discuss your nanoparticle purification and characterization workflows.
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