Research

We believe the next generation of therapeutics will come from rethinking not just what drugs we develop, but how they are delivered. Our mission is to unlock more effective, patient-friendly approaches to treating chronic metabolic and neurological disease through advanced delivery technologies engineered at the molecular level.


Our lead platform combines nanoparticle engineering with targeted therapeutic delivery to improve speed of onset, efficacy, and tolerability compared to conventional administration methods. In preclinical models, the platform demonstrated rapid glucose response, strong weight-loss efficacy across multiple GLP-1 agonists, and meaningful reductions in gastrointestinal side effects commonly associated with existing treatments.


Beyond metabolic disease, we believe this platform has the potential to expand therapeutic access to neurological and CNS-related indications where conventional delivery approaches remain limited. By combining deep expertise in biomaterials, translational medicine, and drug delivery systems, we aim to build a new foundation for how modern therapeutics reach patients.


Biomaterials
Biomaterials

2025

2025

Leveraging patient-derived stem cells and engineered tissues to recreate human disease in the lab.

Leveraging patient-derived stem cells and engineered tissues to recreate human disease in the lab.

Drug and gene delivery
Drug and gene delivery

2025

2025

Building living human tissues and vascular systems to better model disease and evaluate treatments.

Building living human tissues and vascular systems to better model disease and evaluate treatments.

Cell and tissue engineering
Cell and tissue engineering

1999

1999

Engineering nanoparticle systems that enhance immune responses for therapeutic applications.

Engineering nanoparticle systems that enhance immune responses for therapeutic applications.

Biomechanics
Biomechanics

2017

2017

From biomechanical discovery to clinical impact—advancing innovative therapies that improve human health.

From biomechanical discovery to clinical impact—advancing innovative therapies that improve human health.

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