4. Dynamic control of nanostructured materials
We utilize various nanostructured materials, such as (A) tuning nanoscale anisotropy in bioactive ligand presentation to dynamically control cell recruitment and function.
We are interested in designing uniquely nanostructured dynamic materials for (B) diverse biomedical applications, such as (C) drug delivery-based stem cell engineering and tissue regeneration.
(A) Tuning nanoscale ligand anisotropy for dynamic cell engineering
Kang et al, Nano Letters (2019)
(B) Nanostructured dynamic materials for diverse biomedical engineering
Image: Nanotech magazine
(C) Nanostructured dynamic materials for controlled molecular or ionic release toward tissue regeneration
Multi-layered tissue regeneration
Kang et al, Science Advances (2016), Featured in Nature
Kang et al, Biomaterials (2017)
Kang et al, Acta Biomaterialia (2018)