Research
From platform science to product application
Research Directions
Two research tracks: from core technology to applied translation
We have built a dual-engine system of foundational technology research and applied technology research around synthetic biology exosomes — advancing a complete technical pathway from mechanism analysis, engineered delivery, and stabilized preparation through to multi-scenario applied translation.
Core Technology Research
Focused on the foundational scientific questions of synthetic biology exosomes — systematically investigating the intrinsic relationships between information cargo, mechanism of action, delivery efficiency, formulation stability, and scalable preparation.
Understanding the foundational logic between the exosome platform, preparation process, and functional expression — building the core technology base for future applications.
Applied Technology Research
Building on a unified technology platform, we advance applied translation research on synthetic biology exosomes across different tissue microenvironments and application scenarios — covering local immune homeostasis, mucosal and barrier repair, microenvironment optimization, and tissue regeneration support.
Leveraging unified platform capabilities to drive translational research across diverse application directions — connecting scientific mechanisms, scenario value, and product expression.