Peptide-Programmed Drug Delivery
We design peptide and lipopeptide building blocks, control their programmed assembly, and develop the resulting structures as delivery carriers for drugs, nucleic acids and bioactive molecules.
RESEARCH
A research framework connecting molecular programming, carrier engineering and precision formulation.
Program molecules. Engineer carriers. Control formulation and manufacture.Recognition, Assembly & Targeting
RNA & Precision Delivery
Structural Control, Precision Formulation & Manufacturing
01 / RESEARCH
From molecular programming to carrier engineering and microfluidic formulation, we develop delivery systems across multiple length scales.
We design peptide and lipopeptide building blocks, control their programmed assembly, and develop the resulting structures as delivery carriers for drugs, nucleic acids and bioactive molecules.
We develop lipid- and peptide-enabled delivery systems for mRNA, siRNA and small-molecule therapeutics, with emphasis on carrier architecture, targeting and biological performance.
We use microfluidic flow, interfacial effects and oscillatory shear to reprogram delivery-carrier architecture, control spatial organization and hierarchical loading, and enable reproducible, scalable manufacturing.