End-to-end support for researchers and development teams

Service

Custom LNP Formulation Service

Our Custom LNP Formulation Service provides end-to-end support for researchers and development teams who require optimised, characterised LNP formulations for their specific RNA cargo without the need to build in-house formulation expertise or invest in dedicated infrastructure. From initial lipid selection through to particles ready for cell culture or animal studies, our development team works closely with each partner to design a formulation pathway that matches their scientific goals and timeline.

Our formulation services are available for all of the ionizable lipids in our product catalogue. We will optimise your RNA cargo for packaging with our proprietary ionizable lipids, and our team can help guide your selection of which lipid to use based on your target cell type, administration route, and desired expression profile. Once robust LNP formation is achieved, a standard set of analyses is run as part of our quality assurance, including particle size, zeta potential and specific activity as described in the Quality Control section.

What We Offer

Lipid Selection & Formulation

Access to our full proprietary EUFECT® lipid library. Expert guidance on lipid selection, lipid component molar ratio screening, and N/P optimisation tailored to your RNA cargo and target cell type.

Quality Assurance & QC Release

Every batch is released with a full QC data package: particle size (ZetaView NTA), zeta potential, encapsulation efficiency, and specific activity. Certificate of Analysis included.

RNA Types Supported
mRNA siRNA saRNA gRNA circRNA ASOs
Batch Scale
Research batches: 50 μL – 1 mL
Scale-up: multi-mL for in vivo studies (on request)
Turnaround: 2–4 weeks standard
Protocol transfer included with every project
Ready to start your custom LNP project?

Reach out to our development team with a brief description of your RNA cargo, target cell type, and experimental goal.

Email the Development Team Request EUFECT® Products Back to LNP Introduction