- Are you an existing NanoSight NTA (nanoparticle tracking analysis) user? We would like to feature your research during the conference!
- Email us at apr.info@malvernpanalytical.com
- We are proud to showcase our latest in NTA technology - the NanoSight Pro
- Wider temperature control from 10°C below ambient - 70°C, 16x camera resolution, you can expect greater sensitivity in fluorescence for your biologics and dim particles. Expect 3x quicker analysis and higher reproducibility. Plus also enjoy membrane and biomarker labelling features
- Other solutions for EVs that you can talk to us about include nanoparticle size distribution analysis using the Zetasizer Dynamic Light Scattering with samples auto-assistance *NEW* as well as microcalorimetry for thermal and stability studies with the MicroCal
- 18 Feb, 9.15am - 12.30pm: Drug delivery using EVs and how to properly characterise them | National University of Singapore. More info
CRS 2025 - Singapore
Proud Gold Sponsor | National University of Singapore, 19 - 21 Feb 2025
About The Event
CRS 2025 will be in Singapore. And this year's theme focuses on connecting continents in delivery science. This event aims to foster collaboration across borders, bridging continents through groundbreaking discussions, scientific discoveries, and technological advancements. Malvern Panalytical is proud to be the Gold sponsor. Drug delivery systems such as Extra-cellular microvesicles and exosomes are found to be of great importance in the development and diagnosis of a wide range of disease states. For instance, from cancer to diabetes treatments. Found to be generated by nearly all cells and in all organisms, they are believed to contain a wide range of signaling proteins as well as genetic material of many different types. Their detection has, to date, only been possible by electron microscopy or by classical methods of analysis such as DLS. Conventional flow cytometry has a lower limit in practice of some 300nm and therefore cannot see the majority of microvesicular material thought to be present. NTA offers a means by which not only can such structures be seen and concentration measured, but variations in the technique, such as fluorescence mode NTA, have allowed exosomes to be phenotyped. This multi-parameter capability, compatible with natural structures in their native environment promises to be of significant value in the elucidation of the role these structures play. Malvern Panalytical will be displaying our latest NTA technology - NanoSight Pro.
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