Nanocage Engineering
We engineer synthetic protein nanocages that mimic the architecture of viral capsids. These molecular structures are designed with atomic-level precision to serve as programmable containers for genetic cargo, protecting delicate blueprints from degradation while navigating complex biological barriers.
Our cargo encapsulation technology enables the targeted delivery of genetic blueprints directly to specific cells. By optimizing surface properties and release kinetics, we turn the patient's cells into localized bio-factories, offering a versatile and sustainable approach to personalized preventive therapeutics.
Viral Restriction Research
We explore the discovery of antiviral electron transfer and the engineering of viral restrictions factors that block viral replication cycles at the molecular level.
Antiviral Electron Transfer
Viral Restriction Factors
Scientific Publications
Let’s Bridge the Gap from Lab to Bench.
We are actively seeking scientific partnerships, research inquiries, and media contacts to accelerate the impact of engineering viral restriction factors and nanocage engineering.