We are thrilled to participate in ISEVxTech 2024 in Baltimore, Maryland, where we’ll be showcasing the Envision’s advanced capabilities for nanoparticle tracking analysis (NTA). With its unique design and enhanced optical system, the Envision can measure a diverse range of particle sizes and types, accommodating samples that often challenge other NTA instruments. We will be demoing the Envision during the Hands-On Tech Demo sessions on Thursday and Friday from 2-5pm. Be sure to sign up to experience firsthand how the Envision excels in both scatter and fluorescence modes, where we’ll demonstrate real-time analysis on complex samples that have historically posed difficulties for conventional systems.

In addition, we will present two research posters highlighting recent advancements enabled by the Envision. The first poster, “Enhancing Fluorescence Stability in NTA: New Approaches for Analyzing Extracellular Vesicles” by Serina Erxleben, showcases improvements in fluorescence-based NTA, particularly in reducing photobleaching and increasing signal-to-noise ratios compared to legacy instruments. The second poster, “Correlation Between Absolute Scatter Intensity and Size in NTA Measurements” by Shima Nikanik Dehorta, explores the Envision’s ability to correlate quantitative scatter intensity with particle size, providing insights into particle characterization at new levels of precision. Both posters will be displayed on Thursday from 12-2 pm in the Holiday Ballroom.

We are excited to engage with the extracellular vesicle and nanoparticle research communities at ISEVxTech, sharing our progress and demonstrating the Envision’s potential to expand the boundaries of NTA. We look forward to discussing how these innovations in fluorescence stability, sensitivity, and quantitative scatter measurements offer researchers more reliable and versatile tools, contributing to faster, higher-quality data in particle analysis.