Lipid nanoparticle (LNP) formulation development begins on a small scale, often with homemade or benchtop setups, using syringe pumps and easily accessible micro-mixing systems. Once a promising formulation has been identified, the next step is to transition to standardized large-scale impingement mixing systems, such as the high flow T-mixing pumps that were used to produce the COVID-19 vaccines (Sealy 2021). Formulators need to consider a number of factors when scaling up novel LNP systems. These include flow rates that affect LNP particles, solvent removal, risk factors when changing equipment, and the impact of tangential flow filtration sensitivity. In this technical note, we discuss these factors and what needs to be considered when developing a cost- and time efficient large-scale process.
Mahmood Majeed, ZS, explains why measurable AI outcomes in pharma supply chain and manufacturing jumped from 29% to 53%, and how GMP limits and GxP validation shape adoption.
Univar Solutions scientists developed a lidocaine cream built on starch, sorbitol, coconut oil, and beeswax that matched a commercial benchmark on viscosity, assay, and hydration.
Nate Edwards of Arya Consulting moderates a discussion with Elisabeth Gardiner of Tevard Biosciences and Donny Xu of the RTW Institute about the regulatory and manufacturing hurdles facing rare disease drug developers.
Jane Zhang of ETCH Sourcing explains why geopolitics, transparency, and partnership now weigh as heavily as cost and quality when companies choose suppliers, in this episode of Ask the Expert, moderated by Susan J. Schniepp of Nelson Labs.