Mijin Kim

The paper profiles protein coronas on carbon nanotubes and finds that surface chemistry and dispersion forces shape corona composition and binding, with fluorescence responses partially decoupled from enrichment.

The paper maps metabolite corona composition on 25 chemically modified carbon nanotubes in human plasma, showing polymer wrapping and defects influence class-specific enrichment.

This study shows that DNA sequence-programmed protein coronas on carbon nanotubes control their intracellular fate and proteostatic stress in macrophages.

This paper develops an optical nanosensor array to detect anthracycline chemotherapeutics in synthetic biofluids using machine learning for classification and concentration analysis.

This paper develops a carbon nanotube sensor with RGD tripeptides to detect extracellular vesicles in plasma with high sensitivity.