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Scalable Production of Liposomes, LNPs & similar Vesicles

Published on Jul 8, 2021 7:12:36 PM


The Microfluidics team was excited to participate as joint presenters on June 17th with our Turkish colleagues from Anamed & Analitik Group to discuss: Efficient Production of Liposomes, Lipid Nanoparticles and similar Vesicles with Microfluidizer® Technology.

Overview of Liposomes

Small molecules, nucleic acids and proteins can be packaged in lipid-based nanoparticles and used for both drug and vaccine transmission. As one of the most successful delivery systems for clinical use, liposomes offer better efficacy and less toxicity with a targeted delivery compared to other delivery systems. However, replicating research and development results into production of lipid-based nanoparticles (liposomes, lipid nanoparticles and solid lipid nanoparticles) must address many challenges guaranteeing a consistent, repeatable product.



Topics included in this discussion are:

  • Liposomes - an overview of their advantages and benefits
  • Liposomes for vaccine and drug delivery
  • An in-depth examination of liposome formulation and preparation
  • Examination of the solvent-free manufacturing process
  • Demonstration of Microfluidizer® technology from priming to processing
  • Case studies of aqueous soluble small molecules, lipid-soluble drugs
  • A scalable method for producing liposomes with cGMP capability.


HubSpot Video


  • Nejla Kilic Arslaner, – Anamed & Analitik Group
  • Dr. Yang Su, - New Technology and Applications Manager at Microfluidics International Corporation
  • Chris Jaquin, Applications Engineer at Microfluidics International Corporation

For more information about the webcast please Contact our team

Learn more about Anamed & Analitik 

To learn more about Microfluidics comprehensive selection of superior Microfluidizer® processors.

Download the Application Note to Learn More about Liposome Production
Posted by Cathy Silva

Topics: Liposomes, Nanotechnology, Biopharmaceutical, Nutraceuticals, Drug manufacturing, nanoparticles, lipid nanoparticles