Aceer Nadeem

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.

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

This study improves the stability and reconstitution of DNA-functionalized carbon nanotubes using lyophilization with cryoprotectants, enhancing their performance in biomedical applications.

This paper uses NIR fluorescence and Raman microscopy combined with machine learning to identify macrophage phenotypes based on DNA-SWCNT interactions, achieving >95% accuracy.