News & Media

On World Hepatitis Day 2021, we explore how researchers are pursuing extracellular vesicles as a way to improve outcomes for people with hepatitis.

BCAL Diagnostics is now listed on Australia’s sharemarket, the ASX. Izon Science and BCAL are co-developing the EV purification process for BCAL’s novel breast cancer test.

A summary of the first ISEV 2021 plenary session by Andrew Hill, La Trobe University. This presentation explored EVs and their role in neurogenerative diseases, with a particular focus on prion diseases.

A wrap-up of the second ISEV 2021 plenary talk by Chantal Boulanger, INSERM. Here, the focus was on EVs in relation to arterial contraction and myocardial infarction.

Highlights from the third ISEV 2021 plenary talk by Simon Carding, University of East Anglia, who discussed bacteria-derived EVs, their dynamics in the gut and their potential as drug delivery vehicles.

Key points from the fourth and final ISEV 2021 plenary talk by Jean Gruenberg, who discussed his group’s recent studies of tetraspanin sorting, endosomal membrane tension and ILV formation.

Together, the qEV Concentration Kit and qEV RNA Extraction Kit provide streamlined and standardised solutions for isolating and concentrating EVs and extracting EV-RNA for downstream analysis.

To help you select a suitable method for your research, we identified three key questions that get to the core of what’s important for characterising nanoparticles.

How is TRPS used to derive EV characteristics? How has a post-processing protocol created new possibilities for zeta potential analysis? Find out in this wrap-up of the ISEV2021 presentation by Dr. Priscila Dauros-Singorenko.

In brief: a summary of work by Vogel et al. (2021), who compared six methods for nanoparticle analysis, and assessed their capabilities using synthetic and biological nanovesicles of varying complexity.

Attending ISEV 2021? Here are a few pointers on what to expect, and how to get the most out of this virtual event.

To strengthen the analysis of nanoparticle size, concentration, and charge, Izon Science has released the Exoid – a new-generation, semi-automated, Tunable Resistive Pulse Sensing (TRPS) technology.

The qEV100, a size exclusion chromatography column capable of running 100 mL samples, has been released to meet the growing need for scalable, EV isolation solutions.

A reflection of the 7th annual meeting of the American Society for Exosomes and Microvesicles, held at Pacific Beach, California. Key themes included cancer metastasis and EV isolation methods.

In 2015, results from a large-scale trial demonstrated the reproducibility of SEC isolation and TRPS measurement using qEV columns and the qNano.

In this interview, Dr de Gracia Lux from UT Southwestern Medical Center discusses the pursuit of phase change perfluorocarbon nanodroplets for diagnostic and therapeutic applications.

If you are yet to join the high-definition revolution, we recommend you read these three studies that harness the accuracy of TRPS measurements.

A 2017 study published in Reproductive Biology report a new method which uses qEV columns to isolate exosomes from bovine milk.

A robust antibody titer is essential in preventing lung lesions associated with Actinobacillus pleuropneumoniae (App) – as discussed in this interview with Dr. Fabio Antenucci, University of Copenhagen.

Continuing advances in the EV field and the discovery of new types of nanosized particles (e.g. exomeres), has led to researchers wanting more specific and precise EV isolation methods.

Izon’s qEV columns harness size exclusion chromatography (SEC) to provide a rapid and effective method for the isolation of exosomes and other extracellular vesicles.

A wrap-up of a conversation with Dr. Maja Mustapic, Staff Scientist at the Kapogiannis Laboratory, Laboratory of Neurosciences, National Institute on Aging (NIA).

Exploring the changing landscape of cannabis legislation in the US: implications for the biopharma sector.

Extracellular vesicles (EVs) derived from human induced pluripotent stem cells may provide a productive, cell-free alternative for regenerative medicine.

This presentation introduces zeta potential theory, assumptions, and applications, and delves into published work related to TRPS measurements of zeta potential.

Two researchers from the Paris Cardiovascular Research Centre, Dr. Pierre-Michaël Coly and Stephane Mazlan, discuss how they are decoding the role of EVs in cardiovascular health.

Watch this short video to learn about TRPS data reporting tools, which are built on a philosophy that values high-quality measurements on a particle-by particle basis – rather than inferences.

A new era in exosome and extracellular vesicle (EV) isolation starts this week when the first Automatic Fraction Collectors (AFC) for the qEV SEC column range are shipped to beta customers.

An extract from an important paper on single particle charge measurement, published in Scientific Reports.

Viruses, EVs, Ebola, and COVID-19 diagnostics: thoughts and reflections from Dr Fatah Kashanchi, Professor and Director at the George Mason University Laboratory of Molecular Virology.

In a candid discourse, Dr. John Ludlow, Executive Director (Regenerative Medicine) at ZenBio, Inc., talks about the future of customised exosomes as surrogates in regenerative medicine.

In this interview, Iraj Aalaei, Center for High-rate Nanomanufacturing at the University of Massachusetts Lowell, shares insights into his nanotoxicology research.

In our first video interview below, Dr Priscila Singorenko from the Dept of Molecular Medicine and Pathology at Auckland University discusses her research on the role of Bacterial Membrane Vesicles in Infection.

Read on to learn about the potential applications of core-shell nanoparticles with tunable titania shells, within the fields of nanomedicine and opto-electrics.

Christoph Metzner, University of Vienna, discusses single-particle characterisation in relation to the field of viral vector research.

A wrap-up of a qEV-enabled study which indicated a role for extracellular vesicles in wound healing.