Bridging bench to bioprocess for extrahepatic LNP gene delivery
- Scale up for In Vivo Extrahepatic Targeting
As we move beyond liver-targeted therapies to extrahepatic tissues via novel surface ligands or specialized formulations, how do we balance complex bioconjugation strategies with the need for simplified, reproducible downstream purification and scalable operations?
- Translating from Lab to Clinical Manufacturing: What's Missing?
When moving a promising non-viral formulation from benchtop research into development and manufacturing, where are the biggest gaps in current equipment, standardized analytics, or regulatory guidance?
When scaling lipid nanoparticle (LNP) or polymer-based formulations from bench-scale microfluidics to commercial-scale continuous processing, how are you maintaining particle size distribution, encapsulation efficiency, and critical quality attributes (CQAs) without compromising throughput?
- Expanding Beyond Standard LNPs
As the field pushes beyond standard LNP formulations, what alternative non-viral platforms—such as polymeric nanoparticles, extracellular vesicles/exosomes, or hybrid lipid-polymer systems, or sonoporation—show the most promise for clinical translation and tissue-specific delivery?
- One-Shot Encapsulation vs. Post-Loading Strategies
When evaluating one-shot simultaneous formulation against post-loading nucleic acids into preformed empty LNPs, how to balance payload stability, encapsulation efficiencies, and analytics?


