About ultra-small nanoparticles
Articles and resources on ultra-small nanoparticles and bioprocess characterization.
4 Questions to Danièle Noël: Extracellular Vesicles and their characterization
SD-TDA enables visualization of objects smaller than 50 nm. It improves nanoparticle detection and characterization. It also enhances separation and quality control strategies..
SD-TDA: A Breakthrough for Measuring Encapsulation Efficiency
SD-TDA analyzes size distribution to determine encapsulation efficiency without separation. Free agents appear as molecular-sized, while encapsulated ones match nanoparticle size. The ratio of their areas under the curve quantifies efficiency. This fast, precise method also assesses purification steps, enhancing drug delivery analysis and nanoparticle-based therapeutic development.
SD-TDA: A Game-Changer for Extracellular Vesicle Characterizations
SD-TDA, the groundbreaking technology from Nanoscale Metrix, pushes the boundaries of EV characterization with ultra-precise size measurement and fluorescence detection. Discover how it outperforms conventional methods and unlocks new possibilities in research and medicine.
Interview with Hervé Cottet: TDA has a bright future!
TDA has a bright future, particularly for applications on biomolecules (peptides, proteins), biopharmaceutical formulations,…
![Performance and resolution of SD-TDA compared to DLS and EM [Electronic Microscopy]](https://nanoscale-metrix.com/wp-content/uploads/2024/09/Lets-compare-the-3-main-analyzers-2-400x250.png)
Performance and resolution of SD-TDA compared to DLS and EM [Electronic Microscopy]
SD-TDA combines the sensitivity and resolution of electron microscopy (EM) with the simplicity and speed of DLS, offering unmatched accuracy at these dimensions. Discover below the power of SD-TDA with two typical comparative examples.
The Crucial Importance of Nanoparticle Size Measurement in Therapeutic Processes
Description de l’importance de la mesure de la distribution de taille des nanoparticules metalliques ou biotechnologiques
Taylor Dispersion for Size Distribution Measurement: Unlocking the Secrets of Particle Analysis
Understanding the size distribution of particles is crucial for determining the size distribution helps in quality control, process optimization, and product performance enhancement.
Geoffrey Ingram Taylor: The Visionary behind Taylor Dispersion
Geoffrey Ingram Taylor, a 20th-century British mathematician and physicist, is one unsung genius. His work shaped fluid mechanics and paved the way for the famous “Taylor dispersion..
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