Nanoparticle Analysis
Sophisticated analysis tools for nanoparticle research and development, offering detailed size distribution and characterization capabilities.
Nanoparticle Analysis
Sophisticated analysis tools for nanoparticle research and development, offering detailed size distribution and characterization capabilities.
Related articles
5 5 articlesGAVE 2026 highlights: extracellular vesicles from placental biology to vaccines
The fourth GAVE workshop brought researchers together in Buenos Aires to discuss the roles and applications of extracellular vesicles. Reliable isolation and characterization emerged as challenges across the studies presented.
Why do some surfactants better protect therapeutic proteins against agitation-induced aggregation?
Protein and surfactant compete for the same air/water interface, and whichever arrives first determines the fate of the batch. Adsorption kinetics, not CMC, correlates with agitation-induced aggregation.
MISEV: Complete Guide to Extracellular Vesicle Studies
A practical guide to MISEV2023 recommendations for rigorous and reproducible extracellular vesicle studies, covering nomenclature, pre-analytical variables, separation, characterization, functional assays and transparent reporting.
Exosome Extraction Techniques: What a Comparative Study with ZetaView Revealed
A comparative study isolated exosomes from human serum using four techniques and found commercial kits yielded 80 to 300 times more particles than ultracentrifugation. ZetaView (NTA) was central to measuring size, concentration and zeta potential.
GAVE 2026: Argentina's Extracellular Vesicle Meeting and How to Characterize Them
GAVE 2026, the IV Workshop of the Argentinian Group for Extracellular Vesicles, takes place Sept 24-25 at UBA, Buenos Aires. Discover the event, speakers and EV characterization by NTA.
Stay in the loop
Get updates, articles and news by email.
Expect news about equipment, services and regulations tailored to your locale.