This webinar will discuss the mechanisms behind the technology with the materials, fabrication methods, and how to apply it to encapsulate and deliver drugs, APIs, and biological materials.
In this collaborative webinar, our guest speaker – Ms Anna Cameron from Rinke Group, University of Queensland, Australia, shares their research, which is focused on the high-throughput production of agarose and alginate microparticles for single-cell encapsulation of bacterial populations.
This webinar will discuss the mechanisms behind the technology with the materials, fabrication methods, and how to apply it to encapsulate and deliver drugs, APIs, and biological materials.
In this webinar, Dr. Chinh Nguyen explored the ways Dolomite’s new Automated Nanoparticle System can help you achieve the best results in your LNP formulations using microfluidics technology paired with automation.
experts Dr Julia Rashba-Step, Dr Cate O’Brien, Dr Nicholas Boylan and Dr Nicholas Karabin, shared their insights about the most important considerations when making liposomes and lipid nanoparticles (LNPs) with microfluidics.
This webinar hosted by Dr Gurinder Vinner will show how you can synthesise your LNPs using microfluidics technology paired with automation to achieve the best results in your experiments.
This webinar hosted by Dr Gurinder Vinner will explore the ways Dolomite’s new Automated Nanoparticle System will help streamline your vaccine research and development. There will be a live demo during the webinar so you will get the chance to see the system in action, as well as being able to ask any questions you may have.
This webinar hosted by Dr Gurinder Vinner will introduce you Dolomite’s methods of double (water-in-oil-in-water) emulsion production for FACS using our uEncapsulator System.
This webinar presented our latest research and hydrophilic API encapsulation multiple emulsion methods tested using our PLGA Microparticles Synthesis System.
This webinar presented our latest research and encapsulation methods tested using our Liposome Synthesis Systems.
It explored the combined use of the Malvern Panalytical Zetasizer Ultra and our Nanoparticle Generation System to generate drug-encapsulating nanoparticles with improved monodispersity and higher encapsulation efficiency, and with better reproducibility than a batch system.