Microfluidics offers superior drug encapsulation

The modular components provide scientists with excellent process control, and the ability to choose from a range of particle diameters between 10 and 50 µm on a single piece of hardware.

PLGA, or poly(lactic-co-glycolic acid), is a copolymer commonly used for drug microencapsulation. Precise manipulation of particle size, shape and architecture is extremely important to the efficacy of the candidate drug. However, conventional emulsion-based batch methods result in uneven API distribution and particle polydispersity, requiring additional size-selection and leading to low particle yields and significant loss of API. Dolomite’s continuous flow microfluidic method overcomes these obstacles, providing almost 100 percent encapsulation within precisely controlled, monodisperse PLGA particles, in a single reproducible step.

Mark Gilligan, CEO and founder of Dolomite Microfluidics, said: "For over 15 years, we have been developing microfluidic technologies to enable efficient microencapsulation. We understand that uniform API distribution, reproducibility and the ability to scale up are critical in drug delivery applications. With Dolomite technology, microencapsulation has never been easier."